Data Types

FB_Coating_States

Record

Type

Description

Pragma

$(PREFIX):01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):BUSY_RBV

bi

$(SYMBOL).bBusy
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):DONE_RBV

bi

$(SYMBOL).bDone
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERR_RBV

bi

$(SYMBOL).bError
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERRID_RBV

longin

$(SYMBOL).nErrorId
io: input

$(PREFIX):ERRMSG_RBV

waveform

$(SYMBOL).sErrorMessage
io: input

$(PREFIX):GET_RBV

mbbi

$(SYMBOL).enumGet
io: input

$(PREFIX):PMPS:ARB:ENABLE

bo

$(SYMBOL).bArbiterEnabled
io: output

$(PREFIX):PMPS:ARB:ENABLE_RBV

bi

$(SYMBOL).bArbiterEnabled
io: output

$(PREFIX):PMPS:MAINT

bo

$(SYMBOL).fbStatePMPS.bMaintMode
io: output

$(PREFIX):PMPS:MAINT_RBV

bi

$(SYMBOL).fbStatePMPS.bMaintMode
io: output

$(PREFIX):RESET

bo

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):RESET_RBV

bi

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):SET

mbbo

$(SYMBOL).enumSet
io: output

$(PREFIX):SET_RBV

mbbi

$(SYMBOL).enumSet
io: output

FB_Coating_States_noPMPS

Record

Type

Description

Pragma

$(PREFIX):01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):BUSY_RBV

bi

$(SYMBOL).bBusy
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):DONE_RBV

bi

$(SYMBOL).bDone
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERR_RBV

bi

$(SYMBOL).bError
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERRID_RBV

longin

$(SYMBOL).nErrorId
io: input

$(PREFIX):ERRMSG_RBV

waveform

$(SYMBOL).sErrorMessage
io: input

$(PREFIX):GET_RBV

mbbi

$(SYMBOL).enumGet
io: input

$(PREFIX):RESET

bo

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):RESET_RBV

bi

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):SET

mbbo

$(SYMBOL).enumSet
io: output

$(PREFIX):SET_RBV

mbbi

$(SYMBOL).enumSet
io: output

LCLS_General.FB_BasicStats

Record

Type

Description

Pragma

$(PREFIX):STATS:ALWAYS_CALC

bo

$(SYMBOL).bAlwaysCalc
io: output

$(PREFIX):STATS:ALWAYS_CALC_RBV

bi

$(SYMBOL).bAlwaysCalc
io: output

$(PREFIX):STATS:DATA_RBV

ai

$(SYMBOL).aSignal
io: input

$(PREFIX):STATS:EXECUTE

bo

$(SYMBOL).bExecute
io: output

$(PREFIX):STATS:EXECUTE_RBV

bi

$(SYMBOL).bExecute
io: output

$(PREFIX):STATS:MAX_RBV

ai

$(SYMBOL).fMax
io: input

$(PREFIX):STATS:MEAN_RBV

ai

$(SYMBOL).fMean
io: input

$(PREFIX):STATS:MIN_RBV

ai

$(SYMBOL).fMin
io: input

$(PREFIX):STATS:NELM_RBV

longin

$(SYMBOL).nElems
io: input

$(PREFIX):STATS:RANGE_RBV

ai

$(SYMBOL).fRange
io: input

$(PREFIX):STATS:RESET

bo

$(SYMBOL).bReset
io: output

$(PREFIX):STATS:RESET_RBV

bi

$(SYMBOL).bReset
io: output

$(PREFIX):STATS:STDEV_RBV

ai

$(SYMBOL).fStDev
io: input

$(PREFIX):STATS:VALID_RBV

bi

$(SYMBOL).bValid
io: input

LCLS_General.FB_Listener

Record

Type

Description

Pragma

$(PREFIX):AlarmsCleared_RBV

longin

$(SYMBOL).nCntAlarmsCleared
io: input

$(PREFIX):AlarmsConfirmed_RBV

longin

$(SYMBOL).nCntAlarmsConfirmed
io: input

$(PREFIX):AlarmsRaised_RBV

longin

$(SYMBOL).nCntAlarmsRaised
io: input

$(PREFIX):Log:EventClass_RBV

waveform

TwinCAT Event class
io: input

$(PREFIX):Log:EventType_RBV

mbbi

The event type
io: input

$(PREFIX):Log:Hostname_RBV

waveform

PLC Hostname
io: input

$(PREFIX):Log:Message_RBV

waveform

$(SYMBOL).stEventInfo.msg
io: input

$(PREFIX):Log:MessageID_RBV

longin

TwinCAT Message ID
io: input

$(PREFIX):Log:MessageJSON_RBV

waveform

Metadata with the message
io: input

$(PREFIX):Log:Schema_RBV

waveform

Schema string
io: input

$(PREFIX):Log:Severity_RBV

mbbi

TcEventSeverity
field: ONST Info
field: THST Error
field: TWST Warning
field: ZRST Verbose
io: input

$(PREFIX):Log:Source_RBV

waveform

$(SYMBOL).stEventInfo.source
io: input

$(PREFIX):Log:Timestamp_RBV

ai

Unix timestamp
io: input

$(PREFIX):LogToVisualStudio

bo

$(SYMBOL).bLogToVisualStudio
io: output

$(PREFIX):LogToVisualStudio_RBV

bi

$(SYMBOL).bLogToVisualStudio
io: output

$(PREFIX):MessagesSent_RBV

longin

$(SYMBOL).nCntMessagesSent
io: input

$(PREFIX):MinSeverity

mbbo

$(SYMBOL).eMinSeverity
io: output

$(PREFIX):MinSeverity_RBV

mbbi

$(SYMBOL).eMinSeverity
io: output

LCLS_General.FB_LogHandler

Record

Type

Description

Pragma

$(PREFIX):ADS:AlarmsCleared_RBV

longin

$(SYMBOL).fbTcAdsListener.nCntAlarmsCleared
io: input

$(PREFIX):ADS:AlarmsConfirmed_RBV

longin

$(SYMBOL).fbTcAdsListener.nCntAlarmsConfirmed
io: input

$(PREFIX):ADS:AlarmsRaised_RBV

longin

$(SYMBOL).fbTcAdsListener.nCntAlarmsRaised
io: input

$(PREFIX):ADS:Log:EventClass_RBV

waveform

TwinCAT Event class
io: input

$(PREFIX):ADS:Log:EventType_RBV

mbbi

The event type
io: input

$(PREFIX):ADS:Log:Hostname_RBV

waveform

PLC Hostname
io: input

$(PREFIX):ADS:Log:Message_RBV

waveform

$(SYMBOL).fbTcAdsListener.stEventInfo.msg
io: input

$(PREFIX):ADS:Log:MessageID_RBV

longin

TwinCAT Message ID
io: input

$(PREFIX):ADS:Log:MessageJSON_RBV

waveform

Metadata with the message
io: input

$(PREFIX):ADS:Log:Schema_RBV

waveform

Schema string
io: input

$(PREFIX):ADS:Log:Severity_RBV

mbbi

TcEventSeverity
field: ONST Info
field: THST Error
field: TWST Warning
field: ZRST Verbose
io: input

$(PREFIX):ADS:Log:Source_RBV

waveform

$(SYMBOL).fbTcAdsListener.stEventInfo.source
io: input

$(PREFIX):ADS:Log:Timestamp_RBV

ai

Unix timestamp
io: input

$(PREFIX):ADS:LogToVisualStudio

bo

$(SYMBOL).fbTcAdsListener.bLogToVisualStudio
io: output

$(PREFIX):ADS:LogToVisualStudio_RBV

bi

$(SYMBOL).fbTcAdsListener.bLogToVisualStudio
io: output

$(PREFIX):ADS:MessagesSent_RBV

longin

$(SYMBOL).fbTcAdsListener.nCntMessagesSent
io: input

$(PREFIX):ADS:MinSeverity

mbbo

$(SYMBOL).fbTcAdsListener.eMinSeverity
io: output

$(PREFIX):ADS:MinSeverity_RBV

mbbi

$(SYMBOL).fbTcAdsListener.eMinSeverity
io: output

$(PREFIX):LCLS:AlarmsCleared_RBV

longin

$(SYMBOL).fbLCLSListener.nCntAlarmsCleared
io: input

$(PREFIX):LCLS:AlarmsConfirmed_RBV

longin

$(SYMBOL).fbLCLSListener.nCntAlarmsConfirmed
io: input

$(PREFIX):LCLS:AlarmsRaised_RBV

longin

$(SYMBOL).fbLCLSListener.nCntAlarmsRaised
io: input

$(PREFIX):LCLS:Log:EventClass_RBV

waveform

TwinCAT Event class
io: input

$(PREFIX):LCLS:Log:EventType_RBV

mbbi

The event type
io: input

$(PREFIX):LCLS:Log:Hostname_RBV

waveform

PLC Hostname
io: input

$(PREFIX):LCLS:Log:Message_RBV

waveform

$(SYMBOL).fbLCLSListener.stEventInfo.msg
io: input

$(PREFIX):LCLS:Log:MessageID_RBV

longin

TwinCAT Message ID
io: input

$(PREFIX):LCLS:Log:MessageJSON_RBV

waveform

Metadata with the message
io: input

$(PREFIX):LCLS:Log:Schema_RBV

waveform

Schema string
io: input

$(PREFIX):LCLS:Log:Severity_RBV

mbbi

TcEventSeverity
field: ONST Info
field: THST Error
field: TWST Warning
field: ZRST Verbose
io: input

$(PREFIX):LCLS:Log:Source_RBV

waveform

$(SYMBOL).fbLCLSListener.stEventInfo.source
io: input

$(PREFIX):LCLS:Log:Timestamp_RBV

ai

Unix timestamp
io: input

$(PREFIX):LCLS:LogToVisualStudio

bo

$(SYMBOL).fbLCLSListener.bLogToVisualStudio
io: output

$(PREFIX):LCLS:LogToVisualStudio_RBV

bi

$(SYMBOL).fbLCLSListener.bLogToVisualStudio
io: output

$(PREFIX):LCLS:MessagesSent_RBV

longin

$(SYMBOL).fbLCLSListener.nCntMessagesSent
io: input

$(PREFIX):LCLS:MinSeverity

mbbo

$(SYMBOL).fbLCLSListener.eMinSeverity
io: output

$(PREFIX):LCLS:MinSeverity_RBV

mbbi

$(SYMBOL).fbLCLSListener.eMinSeverity
io: output

$(PREFIX):Router:AlarmsCleared_RBV

longin

$(SYMBOL).fbTcRouterListener.nCntAlarmsCleared
io: input

$(PREFIX):Router:AlarmsConfirmed_RBV

longin

$(SYMBOL).fbTcRouterListener.nCntAlarmsConfirmed
io: input

$(PREFIX):Router:AlarmsRaised_RBV

longin

$(SYMBOL).fbTcRouterListener.nCntAlarmsRaised
io: input

$(PREFIX):Router:Log:EventClass_RBV

waveform

TwinCAT Event class
io: input

$(PREFIX):Router:Log:EventType_RBV

mbbi

The event type
io: input

$(PREFIX):Router:Log:Hostname_RBV

waveform

PLC Hostname
io: input

$(PREFIX):Router:Log:Message_RBV

waveform

$(SYMBOL).fbTcRouterListener.stEventInfo.msg
io: input

$(PREFIX):Router:Log:MessageID_RBV

longin

TwinCAT Message ID
io: input

$(PREFIX):Router:Log:MessageJSON_RBV

waveform

Metadata with the message
io: input

$(PREFIX):Router:Log:Schema_RBV

waveform

Schema string
io: input

$(PREFIX):Router:Log:Severity_RBV

mbbi

TcEventSeverity
field: ONST Info
field: THST Error
field: TWST Warning
field: ZRST Verbose
io: input

$(PREFIX):Router:Log:Source_RBV

waveform

$(SYMBOL).fbTcRouterListener.stEventInfo.source
io: input

$(PREFIX):Router:Log:Timestamp_RBV

ai

Unix timestamp
io: input

$(PREFIX):Router:LogToVisualStudio

bo

$(SYMBOL).fbTcRouterListener.bLogToVisualStudio
io: output

$(PREFIX):Router:LogToVisualStudio_RBV

bi

$(SYMBOL).fbTcRouterListener.bLogToVisualStudio
io: output

$(PREFIX):Router:MessagesSent_RBV

longin

$(SYMBOL).fbTcRouterListener.nCntMessagesSent
io: input

$(PREFIX):Router:MinSeverity

mbbo

$(SYMBOL).fbTcRouterListener.eMinSeverity
io: output

$(PREFIX):Router:MinSeverity_RBV

mbbi

$(SYMBOL).fbTcRouterListener.eMinSeverity
io: output

$(PREFIX):RTime:AlarmsCleared_RBV

longin

$(SYMBOL).fbTcRTimeListener.nCntAlarmsCleared
io: input

$(PREFIX):RTime:AlarmsConfirmed_RBV

longin

$(SYMBOL).fbTcRTimeListener.nCntAlarmsConfirmed
io: input

$(PREFIX):RTime:AlarmsRaised_RBV

longin

$(SYMBOL).fbTcRTimeListener.nCntAlarmsRaised
io: input

$(PREFIX):RTime:Log:EventClass_RBV

waveform

TwinCAT Event class
io: input

$(PREFIX):RTime:Log:EventType_RBV

mbbi

The event type
io: input

$(PREFIX):RTime:Log:Hostname_RBV

waveform

PLC Hostname
io: input

$(PREFIX):RTime:Log:Message_RBV

waveform

$(SYMBOL).fbTcRTimeListener.stEventInfo.msg
io: input

$(PREFIX):RTime:Log:MessageID_RBV

longin

TwinCAT Message ID
io: input

$(PREFIX):RTime:Log:MessageJSON_RBV

waveform

Metadata with the message
io: input

$(PREFIX):RTime:Log:Schema_RBV

waveform

Schema string
io: input

$(PREFIX):RTime:Log:Severity_RBV

mbbi

TcEventSeverity
field: ONST Info
field: THST Error
field: TWST Warning
field: ZRST Verbose
io: input

$(PREFIX):RTime:Log:Source_RBV

waveform

$(SYMBOL).fbTcRTimeListener.stEventInfo.source
io: input

$(PREFIX):RTime:Log:Timestamp_RBV

ai

Unix timestamp
io: input

$(PREFIX):RTime:LogToVisualStudio

bo

$(SYMBOL).fbTcRTimeListener.bLogToVisualStudio
io: output

$(PREFIX):RTime:LogToVisualStudio_RBV

bi

$(SYMBOL).fbTcRTimeListener.bLogToVisualStudio
io: output

$(PREFIX):RTime:MessagesSent_RBV

longin

$(SYMBOL).fbTcRTimeListener.nCntMessagesSent
io: input

$(PREFIX):RTime:MinSeverity

mbbo

$(SYMBOL).fbTcRTimeListener.eMinSeverity
io: output

$(PREFIX):RTime:MinSeverity_RBV

mbbi

$(SYMBOL).fbTcRTimeListener.eMinSeverity
io: output

$(PREFIX):System:AlarmsCleared_RBV

longin

$(SYMBOL).fbTcSystemListener.nCntAlarmsCleared
io: input

$(PREFIX):System:AlarmsConfirmed_RBV

longin

$(SYMBOL).fbTcSystemListener.nCntAlarmsConfirmed
io: input

$(PREFIX):System:AlarmsRaised_RBV

longin

$(SYMBOL).fbTcSystemListener.nCntAlarmsRaised
io: input

$(PREFIX):System:Log:EventClass_RBV

waveform

TwinCAT Event class
io: input

$(PREFIX):System:Log:EventType_RBV

mbbi

The event type
io: input

$(PREFIX):System:Log:Hostname_RBV

waveform

PLC Hostname
io: input

$(PREFIX):System:Log:Message_RBV

waveform

$(SYMBOL).fbTcSystemListener.stEventInfo.msg
io: input

$(PREFIX):System:Log:MessageID_RBV

longin

TwinCAT Message ID
io: input

$(PREFIX):System:Log:MessageJSON_RBV

waveform

Metadata with the message
io: input

$(PREFIX):System:Log:Schema_RBV

waveform

Schema string
io: input

$(PREFIX):System:Log:Severity_RBV

mbbi

TcEventSeverity
field: ONST Info
field: THST Error
field: TWST Warning
field: ZRST Verbose
io: input

$(PREFIX):System:Log:Source_RBV

waveform

$(SYMBOL).fbTcSystemListener.stEventInfo.source
io: input

$(PREFIX):System:Log:Timestamp_RBV

ai

Unix timestamp
io: input

$(PREFIX):System:LogToVisualStudio

bo

$(SYMBOL).fbTcSystemListener.bLogToVisualStudio
io: output

$(PREFIX):System:LogToVisualStudio_RBV

bi

$(SYMBOL).fbTcSystemListener.bLogToVisualStudio
io: output

$(PREFIX):System:MessagesSent_RBV

longin

$(SYMBOL).fbTcSystemListener.nCntMessagesSent
io: input

$(PREFIX):System:MinSeverity

mbbo

$(SYMBOL).fbTcSystemListener.eMinSeverity
io: output

$(PREFIX):System:MinSeverity_RBV

mbbi

$(SYMBOL).fbTcSystemListener.eMinSeverity
io: output

$(PREFIX):Windows:AlarmsCleared_RBV

longin

$(SYMBOL).fbWindowsListener.nCntAlarmsCleared
io: input

$(PREFIX):Windows:AlarmsConfirmed_RBV

longin

$(SYMBOL).fbWindowsListener.nCntAlarmsConfirmed
io: input

$(PREFIX):Windows:AlarmsRaised_RBV

longin

$(SYMBOL).fbWindowsListener.nCntAlarmsRaised
io: input

$(PREFIX):Windows:Log:EventClass_RBV

waveform

TwinCAT Event class
io: input

$(PREFIX):Windows:Log:EventType_RBV

mbbi

The event type
io: input

$(PREFIX):Windows:Log:Hostname_RBV

waveform

PLC Hostname
io: input

$(PREFIX):Windows:Log:Message_RBV

waveform

$(SYMBOL).fbWindowsListener.stEventInfo.msg
io: input

$(PREFIX):Windows:Log:MessageID_RBV

longin

TwinCAT Message ID
io: input

$(PREFIX):Windows:Log:MessageJSON_RBV

waveform

Metadata with the message
io: input

$(PREFIX):Windows:Log:Schema_RBV

waveform

Schema string
io: input

$(PREFIX):Windows:Log:Severity_RBV

mbbi

TcEventSeverity
field: ONST Info
field: THST Error
field: TWST Warning
field: ZRST Verbose
io: input

$(PREFIX):Windows:Log:Source_RBV

waveform

$(SYMBOL).fbWindowsListener.stEventInfo.source
io: input

$(PREFIX):Windows:Log:Timestamp_RBV

ai

Unix timestamp
io: input

$(PREFIX):Windows:LogToVisualStudio

bo

$(SYMBOL).fbWindowsListener.bLogToVisualStudio
io: output

$(PREFIX):Windows:LogToVisualStudio_RBV

bi

$(SYMBOL).fbWindowsListener.bLogToVisualStudio
io: output

$(PREFIX):Windows:MessagesSent_RBV

longin

$(SYMBOL).fbWindowsListener.nCntMessagesSent
io: input

$(PREFIX):Windows:MinSeverity

mbbo

$(SYMBOL).fbWindowsListener.eMinSeverity
io: output

$(PREFIX):Windows:MinSeverity_RBV

mbbi

$(SYMBOL).fbWindowsListener.eMinSeverity
io: output

LCLS_General.FB_LogMessage

Record

Type

Description

Pragma

$(PREFIX):Reset

bo

Rising-edge reset of trip
io: output

$(PREFIX):Reset_RBV

bi

Rising-edge reset of trip
io: output

$(PREFIX):Tripped_RBV

bi

Log message FB tripped
io: input

LCLS_General.FB_TempSensor

Record

Type

Description

Pragma

$(PREFIX):CONN_RBV

bi

$(SYMBOL).bConnected
field: ONAM Connected
field: ZNAM Disconnected
io: input

$(PREFIX):ERR_RBV

bi

$(SYMBOL).bError
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):TEMP_RBV

ai

$(SYMBOL).fTemp
field: EGU C
field: PREC 2
io: input

LCLS_General.ST_PendingEvent

Record

Type

Description

Pragma

$(PREFIX):EventClass_RBV

waveform

TwinCAT Event class
io: input

$(PREFIX):EventType_RBV

mbbi

The event type
io: input

$(PREFIX):Hostname_RBV

waveform

PLC Hostname
io: input

$(PREFIX):Message_RBV

waveform

$(SYMBOL).stEventInfo.msg
io: input

$(PREFIX):MessageID_RBV

longin

TwinCAT Message ID
io: input

$(PREFIX):MessageJSON_RBV

waveform

Metadata with the message
io: input

$(PREFIX):Schema_RBV

waveform

Schema string
io: input

$(PREFIX):Severity_RBV

mbbi

TcEventSeverity
field: ONST Info
field: THST Error
field: TWST Warning
field: ZRST Verbose
io: input

$(PREFIX):Source_RBV

waveform

$(SYMBOL).stEventInfo.source
io: input

$(PREFIX):Timestamp_RBV

ai

Unix timestamp
io: input

lcls_twincat_motion.DUT_MotionStage

Record

Type

Description

Pragma

$(PREFIX):PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

$(PREFIX):PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

$(PREFIX):PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

$(PREFIX):PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

$(PREFIX):PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

$(PREFIX):PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bHomeCmd

bo

Start the homing routine
io: output

$(PREFIX):PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

$(PREFIX):PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

$(PREFIX):PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bMoveCmd

bo

Start a move
io: output

$(PREFIX):PLC:bMoveCmd_RBV

bi

Start a move
io: output

$(PREFIX):PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

$(PREFIX):PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

$(PREFIX):PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

$(PREFIX):PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

$(PREFIX):PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

$(PREFIX):PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

$(PREFIX):PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

$(PREFIX):PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

$(PREFIX):PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

$(PREFIX):PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

$(PREFIX):PLC:fPosDiff_RBV

ai

Position lag difference
io: input

$(PREFIX):PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

$(PREFIX):PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

$(PREFIX):PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

$(PREFIX):PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

$(PREFIX):PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

$(PREFIX):PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

$(PREFIX):PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

$(PREFIX):PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

$(PREFIX):PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

$(PREFIX):PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

$(PREFIX):PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

$(PREFIX):PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

$(PREFIX):PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

$(PREFIX):PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

$(PREFIX):PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

$(PREFIX):PLC:sName_RBV

waveform

PLC program name
io: input

lcls_twincat_motion.DUT_PositionState

Record

Type

Description

Pragma

$(PREFIX):ACCL

ao

Acceleration to use for moves to this state
io: output

$(PREFIX):ACCL_RBV

ai

Acceleration to use for moves to this state
io: output

$(PREFIX):DCCL

ao

Deceleration to use for moves to this state
io: output

$(PREFIX):DCCL_RBV

ai

Deceleration to use for moves to this state
io: output

$(PREFIX):DELTA

ao

Max deviation from position at this state
field: DRVL 0.0
io: output

$(PREFIX):DELTA_RBV

ai

Max deviation from position at this state
field: DRVL 0.0
io: output

$(PREFIX):ENCODER_RBV

longin

Encoder count associated with this state
io: input

$(PREFIX):LOCKED_RBV

bi

TRUE if state is immutable
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):MOVE_OK_RBV

bi

TRUE if the move would be safe
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):NAME_RBV

waveform

Name of this position state
io: input

$(PREFIX):SETPOINT

ao

Axis position associated with this state
io: output

$(PREFIX):SETPOINT_RBV

ai

Axis position associated with this state
io: output

$(PREFIX):VALID_RBV

bi

TRUE if this is a real state
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):VELO

ao

Speed at which to move to this state
io: output

$(PREFIX):VELO_RBV

ai

Speed at which to move to this state
io: output

lcls_twincat_motion.FB_PositionStateBase

Record

Type

Description

Pragma

$(PREFIX):01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):BUSY_RBV

bi

$(SYMBOL).bBusy
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):DONE_RBV

bi

$(SYMBOL).bDone
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERR_RBV

bi

$(SYMBOL).bError
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERRID_RBV

longin

$(SYMBOL).nErrorId
io: input

$(PREFIX):ERRMSG_RBV

waveform

$(SYMBOL).sErrorMessage
io: input

$(PREFIX):RESET

bo

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):RESET_RBV

bi

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

lcls_twincat_motion.FB_PositionStateBase_WithPMPS

Record

Type

Description

Pragma

$(PREFIX):01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):BUSY_RBV

bi

$(SYMBOL).bBusy
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):DONE_RBV

bi

$(SYMBOL).bDone
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERR_RBV

bi

$(SYMBOL).bError
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERRID_RBV

longin

$(SYMBOL).nErrorId
io: input

$(PREFIX):ERRMSG_RBV

waveform

$(SYMBOL).sErrorMessage
io: input

$(PREFIX):PMPS:ARB:ENABLE

bo

$(SYMBOL).bArbiterEnabled
io: output

$(PREFIX):PMPS:ARB:ENABLE_RBV

bi

$(SYMBOL).bArbiterEnabled
io: output

$(PREFIX):PMPS:MAINT

bo

$(SYMBOL).fbStatePMPS.bMaintMode
io: output

$(PREFIX):PMPS:MAINT_RBV

bi

$(SYMBOL).fbStatePMPS.bMaintMode
io: output

$(PREFIX):RESET

bo

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):RESET_RBV

bi

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

lcls_twincat_motion.FB_PositionStateInOut

Record

Type

Description

Pragma

$(PREFIX):01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

$(PREFIX):15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

$(PREFIX):15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

$(PREFIX):15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

$(PREFIX):15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

$(PREFIX):15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

$(PREFIX):BUSY_RBV

bi

$(SYMBOL).bBusy
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):DONE_RBV

bi

$(SYMBOL).bDone
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERR_RBV

bi

$(SYMBOL).bError
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERRID_RBV

longin

$(SYMBOL).nErrorId
io: input

$(PREFIX):ERRMSG_RBV

waveform

$(SYMBOL).sErrorMessage
io: input

$(PREFIX):GET_RBV

mbbi

$(SYMBOL).enumGet
io: input

$(PREFIX):RESET

bo

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):RESET_RBV

bi

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):SET

mbbo

$(SYMBOL).enumSet
io: output

$(PREFIX):SET_RBV

mbbi

$(SYMBOL).enumSet
io: output

lcls_twincat_motion.FB_PositionStateMove

Record

Type

Description

Pragma

$(PREFIX):ACCL

ao

Acceleration to use for moves to this state
io: output

$(PREFIX):ACCL_RBV

ai

Acceleration to use for moves to this state
io: output

$(PREFIX):AT_STATE_RBV

bi

$(SYMBOL).bAtState
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):BUSY_RBV

bi

$(SYMBOL).bBusy
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):DCCL

ao

Deceleration to use for moves to this state
io: output

$(PREFIX):DCCL_RBV

ai

Deceleration to use for moves to this state
io: output

$(PREFIX):DELTA

ao

Max deviation from position at this state
field: DRVL 0.0
io: output

$(PREFIX):DELTA_RBV

ai

Max deviation from position at this state
field: DRVL 0.0
io: output

$(PREFIX):DONE_RBV

bi

$(SYMBOL).bDone
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ENCODER_RBV

longin

Encoder count associated with this state
io: input

$(PREFIX):ERR_RBV

bi

$(SYMBOL).bError
field: ONAM True
field: ZNAM False
io: input

$(PREFIX):ERRID_RBV

longin

$(SYMBOL).nErrorID
io: input

$(PREFIX):ERRMSG_RBV

waveform

$(SYMBOL).sErrorMessage
io: input

$(PREFIX):GO

bo

$(SYMBOL).bExecute
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):GO_RBV

bi

$(SYMBOL).bExecute
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):LOCKED_RBV

bi

TRUE if state is immutable
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):MOVE_OK_RBV

bi

TRUE if the move would be safe
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):NAME_RBV

waveform

Name of this position state
io: input

$(PREFIX):RESET

bo

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):RESET_RBV

bi

$(SYMBOL).bReset
field: ONAM True
field: ZNAM False
io: output

$(PREFIX):SETPOINT

ao

Axis position associated with this state
io: output

$(PREFIX):SETPOINT_RBV

ai

Axis position associated with this state
io: output

$(PREFIX):VALID_RBV

bi

TRUE if this is a real state
field: ONAM TRUE
field: ZNAM FALSE
io: input

$(PREFIX):VELO

ao

Speed at which to move to this state
io: output

$(PREFIX):VELO_RBV

ai

Speed at which to move to this state
io: output

lcls_twincat_motion.FB_PositionStatePMPS

Record

Type

Description

Pragma

$(PREFIX):MAINT

bo

$(SYMBOL).bMaintMode
io: output

$(PREFIX):MAINT_RBV

bi

$(SYMBOL).bMaintMode
io: output

lcls_twincat_motion.FB_PositionStatePMPS_Base

Record

Type

Description

Pragma

$(PREFIX):MAINT

bo

$(SYMBOL).bMaintMode
io: output

$(PREFIX):MAINT_RBV

bi

$(SYMBOL).bMaintMode
io: output

lcls_twincat_optics.DUT_HOMS

Record

Type

Description

Pragma

$(PREFIX):ALREADY_COUPLED_X_RBV

bi

$(SYMBOL).bGantryAlreadyCoupledX
field: ZSV MAJOR
io: input

$(PREFIX):ALREADY_COUPLED_Y_RBV

bi

$(SYMBOL).bGantryAlreadyCoupledY
field: ZSV MAJOR
io: input

$(PREFIX):COUPLE_X

bo

$(SYMBOL).bExecuteCoupleX
io: output

$(PREFIX):COUPLE_X_RBV

bi

$(SYMBOL).bExecuteCoupleX
io: output

$(PREFIX):COUPLE_Y

bo

$(SYMBOL).bExecuteCoupleY
io: output

$(PREFIX):COUPLE_Y_RBV

bi

$(SYMBOL).bExecuteCoupleY
io: output

$(PREFIX):DECOUPLE_X

bo

$(SYMBOL).bExecuteDecoupleX
io: output

$(PREFIX):DECOUPLE_X_RBV

bi

$(SYMBOL).bExecuteDecoupleX
io: output

$(PREFIX):DECOUPLE_Y

bo

$(SYMBOL).bExecuteDecoupleY
io: output

$(PREFIX):DECOUPLE_Y_RBV

bi

$(SYMBOL).bExecuteDecoupleY
io: output

$(PREFIX):GANTRY_X_RBV

ai

$(SYMBOL).fCurrGantryX_um
field: EGU um
io: input

$(PREFIX):GANTRY_Y_RBV

ai

$(SYMBOL).fCurrGantryY_um
field: EGU um
io: input

lcls_twincat_optics.FB_HomsStats

Record

Type

Description

Pragma

$(PREFIX):XGANDIFFARRAY_RBV

waveform

$(SYMBOL).aXGantryDiff
io: input

$(PREFIX):XGANDIFFMEAN_RBV

ai

$(SYMBOL).fXGantryDiffMean
io: input

$(PREFIX):XGANDIFFSTDEV_RBV

ai

$(SYMBOL).fXGantryDiffStDev
io: input

$(PREFIX):YGANDIFFARRAY_RBV

waveform

$(SYMBOL).aYGantryDiff
io: input

$(PREFIX):YGANDIFFMEAN_RBV

ai

$(SYMBOL).fYGantryDiffMean
io: input

$(PREFIX):YGANDIFFSTDEV_RBV

ai

$(SYMBOL).fYGantryDiffStDev
io: input

lcls_twincat_optics.FB_RMSWatch

Record

Type

Description

Pragma

$(PREFIX):ACTPOSARRAY_RBV

waveform

$(SYMBOL).aEncActPos
io: input

$(PREFIX):MEAN_RBV

ai

$(SYMBOL).fEncMean
io: input

$(PREFIX):RMS_RBV

ai

$(SYMBOL).fCurrRMSError
io: input

$(PREFIX):SETPOSARRAY_RBV

waveform

$(SYMBOL).aEncSetPos
io: input

$(PREFIX):STDEV_RBV

ai

$(SYMBOL).fEncStDev
io: input

PMPS.FB_Arbiter

Record

Type

Description

Pragma

$(PREFIX):AP:Entry:001:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:001:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:001:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:001:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:001:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:001:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:001:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:001:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:001:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:001:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:001:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:001:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:001:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:001:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:001:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:002:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:002:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:002:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:002:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:002:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:002:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:002:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:002:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:002:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:002:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:002:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:002:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:002:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:002:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:003:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:003:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:003:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:003:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:003:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:003:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:003:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:003:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:003:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:003:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:003:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:003:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:003:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:003:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:004:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:004:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:004:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:004:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:004:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:004:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:004:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:004:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:004:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:004:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:004:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:004:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:004:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:004:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:005:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:005:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:005:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:005:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:005:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:005:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:005:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:005:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:005:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:005:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:005:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:005:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:005:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:005:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:006:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:006:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:006:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:006:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:006:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:006:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:006:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:006:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:006:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:006:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:006:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:006:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:006:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:006:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:007:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:007:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:007:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:007:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:007:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:007:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:007:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:007:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:007:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:007:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:007:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:007:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:007:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:007:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:008:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:008:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:008:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:008:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:008:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:008:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:008:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:008:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:008:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:008:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:008:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:008:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:008:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:008:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:009:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:009:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:009:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:009:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:009:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:009:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:009:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:009:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:009:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:009:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:009:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:009:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:009:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:009:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:010:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:010:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:010:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:010:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:010:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:010:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:010:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:010:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:010:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:010:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:010:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:010:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:010:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:010:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:011:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:011:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:011:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:011:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:011:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:011:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:011:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:011:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:011:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:011:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:011:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:011:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:011:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:011:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:012:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:012:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:012:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:012:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:012:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:012:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:012:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:012:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:012:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:012:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:012:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:012:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:012:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:012:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:013:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:013:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:013:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:013:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:013:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:013:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:013:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:013:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:013:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:013:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:013:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:013:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:013:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:013:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:014:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:014:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:014:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:014:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:014:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:014:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:014:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:014:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:014:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:014:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:014:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:014:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:014:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:014:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:015:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:015:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:015:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:015:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:015:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:015:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:015:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:015:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:015:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:015:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:015:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:015:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:015:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:015:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:016:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:016:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:016:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:016:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:016:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:016:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:016:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:016:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:016:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:016:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:016:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:016:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:016:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:016:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:017:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:017:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:017:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:017:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:017:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:017:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:017:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:017:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:017:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:017:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:017:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:017:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:017:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:017:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:018:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:018:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:018:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:018:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:018:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:018:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:018:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:018:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:018:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:018:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:018:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:018:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:018:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:018:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:019:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:019:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:019:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:019:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:019:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:019:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:019:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:019:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:019:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:019:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:019:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:019:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:019:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:019:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:020:Apt:01:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:020:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:020:Apt:02:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:020:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:020:Apt:03:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:020:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:020:Apt:04:OK_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

$(PREFIX):AP:Entry:020:BeamClass_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:BeamClassRanges_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):AP:Entry:020:Device_RBV

waveform

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:020:ID_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:Live_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:MachineMode_RBV

longin

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

$(PREFIX):AP:Entry:020:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

$(PREFIX):AP:Entry:020:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):AP:Entry:020:Valid_RBV

bi

Assertion Pool
io: input

$(PREFIX):AP:Entry:020:Veto_RBV

waveform

Assertion Pool
io: input

$(PREFIX):ArbiterID_RBV

longin

Arbiter ID for elev. req.
io: input

$(PREFIX):ArbitratedBP:Apt:01:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

$(PREFIX):ArbitratedBP:Apt:01:OK_RBV

bi

Arbitrated BP
io: input

$(PREFIX):ArbitratedBP:Apt:01:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

$(PREFIX):ArbitratedBP:Apt:02:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

$(PREFIX):ArbitratedBP:Apt:02:OK_RBV

bi

Arbitrated BP
io: input

$(PREFIX):ArbitratedBP:Apt:02:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

$(PREFIX):ArbitratedBP:Apt:03:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

$(PREFIX):ArbitratedBP:Apt:03:OK_RBV

bi

Arbitrated BP
io: input

$(PREFIX):ArbitratedBP:Apt:03:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

$(PREFIX):ArbitratedBP:Apt:04:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

$(PREFIX):ArbitratedBP:Apt:04:OK_RBV

bi

Arbitrated BP
io: input

$(PREFIX):ArbitratedBP:Apt:04:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

$(PREFIX):ArbitratedBP:BeamClass_RBV

longin

Arbitrated BP
io: input

$(PREFIX):ArbitratedBP:BeamClassRanges_RBV

longin

Arbitrated BP
io: input

$(PREFIX):ArbitratedBP:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):ArbitratedBP:eVRanges_RBV

longin

Arbitrated BP
field: EGU eV
io: input

$(PREFIX):ArbitratedBP:MachineMode_RBV

longin

Arbitrated BP
io: input

$(PREFIX):ArbitratedBP:PhotonEnergy_RBV

ai

Arbitrated BP
field: EGU eV
io: input

$(PREFIX):ArbitratedBP:Rate_RBV

longin

Arbitrated BP
field: EGU Hz
io: input

$(PREFIX):ArbitratedBP:Transmission_RBV

ai

Arbitrated BP
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):ArbitratedBP:Valid_RBV

bi

Arbitrated BP
io: input

$(PREFIX):ArbitratedBP:Veto_RBV

waveform

Arbitrated BP
io: input

$(PREFIX):CohortCounter_RBV

longin

Intrnl cohort counter
io: input

PMPS.FB_BeamParamAssertionPool

Record

Type

Description

Pragma

$(PREFIX):Entry:001:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[1].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:001:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[1].astApertures[1].xOK
io: input

$(PREFIX):Entry:001:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[1].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:001:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[1].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:001:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[1].astApertures[2].xOK
io: input

$(PREFIX):Entry:001:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[1].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:001:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[1].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:001:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[1].astApertures[3].xOK
io: input

$(PREFIX):Entry:001:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[1].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:001:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[1].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:001:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[1].astApertures[4].xOK
io: input

$(PREFIX):Entry:001:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[1].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:001:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[1].nBeamClass
io: input

$(PREFIX):Entry:001:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[1].nBCRange
io: input

$(PREFIX):Entry:001:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:001:Device_RBV

waveform

$(SYMBOL).epicsDataPool[1].sDevName
io: input

$(PREFIX):Entry:001:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[1].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:001:ID_RBV

longin

$(SYMBOL).epicsDataPool[1].nId
io: input

$(PREFIX):Entry:001:Live_RBV

bi

$(SYMBOL).epicsDataPool[1].LiveInTable
io: input

$(PREFIX):Entry:001:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[1].nMachineMode
io: input

$(PREFIX):Entry:001:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[1].neV
field: EGU eV
io: input

$(PREFIX):Entry:001:Rate_RBV

longin

$(SYMBOL).epicsDataPool[1].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:001:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[1].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:001:Valid_RBV

bi

$(SYMBOL).epicsDataPool[1].xValid
io: input

$(PREFIX):Entry:001:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[1].aVetoDevices
io: input

$(PREFIX):Entry:002:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[2].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:002:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[2].astApertures[1].xOK
io: input

$(PREFIX):Entry:002:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[2].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:002:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[2].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:002:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[2].astApertures[2].xOK
io: input

$(PREFIX):Entry:002:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[2].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:002:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[2].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:002:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[2].astApertures[3].xOK
io: input

$(PREFIX):Entry:002:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[2].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:002:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[2].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:002:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[2].astApertures[4].xOK
io: input

$(PREFIX):Entry:002:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[2].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:002:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[2].nBeamClass
io: input

$(PREFIX):Entry:002:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[2].nBCRange
io: input

$(PREFIX):Entry:002:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:002:Device_RBV

waveform

$(SYMBOL).epicsDataPool[2].sDevName
io: input

$(PREFIX):Entry:002:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[2].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:002:ID_RBV

longin

$(SYMBOL).epicsDataPool[2].nId
io: input

$(PREFIX):Entry:002:Live_RBV

bi

$(SYMBOL).epicsDataPool[2].LiveInTable
io: input

$(PREFIX):Entry:002:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[2].nMachineMode
io: input

$(PREFIX):Entry:002:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[2].neV
field: EGU eV
io: input

$(PREFIX):Entry:002:Rate_RBV

longin

$(SYMBOL).epicsDataPool[2].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:002:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[2].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:002:Valid_RBV

bi

$(SYMBOL).epicsDataPool[2].xValid
io: input

$(PREFIX):Entry:002:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[2].aVetoDevices
io: input

$(PREFIX):Entry:003:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[3].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:003:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[3].astApertures[1].xOK
io: input

$(PREFIX):Entry:003:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[3].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:003:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[3].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:003:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[3].astApertures[2].xOK
io: input

$(PREFIX):Entry:003:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[3].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:003:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[3].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:003:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[3].astApertures[3].xOK
io: input

$(PREFIX):Entry:003:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[3].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:003:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[3].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:003:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[3].astApertures[4].xOK
io: input

$(PREFIX):Entry:003:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[3].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:003:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[3].nBeamClass
io: input

$(PREFIX):Entry:003:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[3].nBCRange
io: input

$(PREFIX):Entry:003:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:003:Device_RBV

waveform

$(SYMBOL).epicsDataPool[3].sDevName
io: input

$(PREFIX):Entry:003:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[3].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:003:ID_RBV

longin

$(SYMBOL).epicsDataPool[3].nId
io: input

$(PREFIX):Entry:003:Live_RBV

bi

$(SYMBOL).epicsDataPool[3].LiveInTable
io: input

$(PREFIX):Entry:003:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[3].nMachineMode
io: input

$(PREFIX):Entry:003:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[3].neV
field: EGU eV
io: input

$(PREFIX):Entry:003:Rate_RBV

longin

$(SYMBOL).epicsDataPool[3].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:003:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[3].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:003:Valid_RBV

bi

$(SYMBOL).epicsDataPool[3].xValid
io: input

$(PREFIX):Entry:003:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[3].aVetoDevices
io: input

$(PREFIX):Entry:004:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[4].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:004:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[4].astApertures[1].xOK
io: input

$(PREFIX):Entry:004:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[4].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:004:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[4].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:004:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[4].astApertures[2].xOK
io: input

$(PREFIX):Entry:004:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[4].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:004:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[4].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:004:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[4].astApertures[3].xOK
io: input

$(PREFIX):Entry:004:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[4].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:004:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[4].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:004:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[4].astApertures[4].xOK
io: input

$(PREFIX):Entry:004:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[4].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:004:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[4].nBeamClass
io: input

$(PREFIX):Entry:004:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[4].nBCRange
io: input

$(PREFIX):Entry:004:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:004:Device_RBV

waveform

$(SYMBOL).epicsDataPool[4].sDevName
io: input

$(PREFIX):Entry:004:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[4].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:004:ID_RBV

longin

$(SYMBOL).epicsDataPool[4].nId
io: input

$(PREFIX):Entry:004:Live_RBV

bi

$(SYMBOL).epicsDataPool[4].LiveInTable
io: input

$(PREFIX):Entry:004:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[4].nMachineMode
io: input

$(PREFIX):Entry:004:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[4].neV
field: EGU eV
io: input

$(PREFIX):Entry:004:Rate_RBV

longin

$(SYMBOL).epicsDataPool[4].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:004:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[4].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:004:Valid_RBV

bi

$(SYMBOL).epicsDataPool[4].xValid
io: input

$(PREFIX):Entry:004:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[4].aVetoDevices
io: input

$(PREFIX):Entry:005:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[5].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:005:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[5].astApertures[1].xOK
io: input

$(PREFIX):Entry:005:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[5].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:005:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[5].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:005:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[5].astApertures[2].xOK
io: input

$(PREFIX):Entry:005:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[5].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:005:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[5].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:005:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[5].astApertures[3].xOK
io: input

$(PREFIX):Entry:005:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[5].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:005:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[5].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:005:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[5].astApertures[4].xOK
io: input

$(PREFIX):Entry:005:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[5].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:005:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[5].nBeamClass
io: input

$(PREFIX):Entry:005:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[5].nBCRange
io: input

$(PREFIX):Entry:005:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:005:Device_RBV

waveform

$(SYMBOL).epicsDataPool[5].sDevName
io: input

$(PREFIX):Entry:005:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[5].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:005:ID_RBV

longin

$(SYMBOL).epicsDataPool[5].nId
io: input

$(PREFIX):Entry:005:Live_RBV

bi

$(SYMBOL).epicsDataPool[5].LiveInTable
io: input

$(PREFIX):Entry:005:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[5].nMachineMode
io: input

$(PREFIX):Entry:005:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[5].neV
field: EGU eV
io: input

$(PREFIX):Entry:005:Rate_RBV

longin

$(SYMBOL).epicsDataPool[5].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:005:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[5].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:005:Valid_RBV

bi

$(SYMBOL).epicsDataPool[5].xValid
io: input

$(PREFIX):Entry:005:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[5].aVetoDevices
io: input

$(PREFIX):Entry:006:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[6].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:006:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[6].astApertures[1].xOK
io: input

$(PREFIX):Entry:006:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[6].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:006:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[6].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:006:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[6].astApertures[2].xOK
io: input

$(PREFIX):Entry:006:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[6].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:006:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[6].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:006:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[6].astApertures[3].xOK
io: input

$(PREFIX):Entry:006:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[6].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:006:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[6].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:006:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[6].astApertures[4].xOK
io: input

$(PREFIX):Entry:006:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[6].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:006:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[6].nBeamClass
io: input

$(PREFIX):Entry:006:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[6].nBCRange
io: input

$(PREFIX):Entry:006:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:006:Device_RBV

waveform

$(SYMBOL).epicsDataPool[6].sDevName
io: input

$(PREFIX):Entry:006:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[6].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:006:ID_RBV

longin

$(SYMBOL).epicsDataPool[6].nId
io: input

$(PREFIX):Entry:006:Live_RBV

bi

$(SYMBOL).epicsDataPool[6].LiveInTable
io: input

$(PREFIX):Entry:006:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[6].nMachineMode
io: input

$(PREFIX):Entry:006:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[6].neV
field: EGU eV
io: input

$(PREFIX):Entry:006:Rate_RBV

longin

$(SYMBOL).epicsDataPool[6].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:006:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[6].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:006:Valid_RBV

bi

$(SYMBOL).epicsDataPool[6].xValid
io: input

$(PREFIX):Entry:006:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[6].aVetoDevices
io: input

$(PREFIX):Entry:007:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[7].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:007:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[7].astApertures[1].xOK
io: input

$(PREFIX):Entry:007:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[7].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:007:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[7].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:007:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[7].astApertures[2].xOK
io: input

$(PREFIX):Entry:007:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[7].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:007:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[7].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:007:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[7].astApertures[3].xOK
io: input

$(PREFIX):Entry:007:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[7].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:007:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[7].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:007:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[7].astApertures[4].xOK
io: input

$(PREFIX):Entry:007:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[7].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:007:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[7].nBeamClass
io: input

$(PREFIX):Entry:007:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[7].nBCRange
io: input

$(PREFIX):Entry:007:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:007:Device_RBV

waveform

$(SYMBOL).epicsDataPool[7].sDevName
io: input

$(PREFIX):Entry:007:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[7].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:007:ID_RBV

longin

$(SYMBOL).epicsDataPool[7].nId
io: input

$(PREFIX):Entry:007:Live_RBV

bi

$(SYMBOL).epicsDataPool[7].LiveInTable
io: input

$(PREFIX):Entry:007:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[7].nMachineMode
io: input

$(PREFIX):Entry:007:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[7].neV
field: EGU eV
io: input

$(PREFIX):Entry:007:Rate_RBV

longin

$(SYMBOL).epicsDataPool[7].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:007:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[7].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:007:Valid_RBV

bi

$(SYMBOL).epicsDataPool[7].xValid
io: input

$(PREFIX):Entry:007:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[7].aVetoDevices
io: input

$(PREFIX):Entry:008:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[8].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:008:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[8].astApertures[1].xOK
io: input

$(PREFIX):Entry:008:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[8].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:008:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[8].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:008:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[8].astApertures[2].xOK
io: input

$(PREFIX):Entry:008:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[8].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:008:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[8].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:008:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[8].astApertures[3].xOK
io: input

$(PREFIX):Entry:008:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[8].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:008:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[8].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:008:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[8].astApertures[4].xOK
io: input

$(PREFIX):Entry:008:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[8].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:008:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[8].nBeamClass
io: input

$(PREFIX):Entry:008:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[8].nBCRange
io: input

$(PREFIX):Entry:008:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:008:Device_RBV

waveform

$(SYMBOL).epicsDataPool[8].sDevName
io: input

$(PREFIX):Entry:008:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[8].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:008:ID_RBV

longin

$(SYMBOL).epicsDataPool[8].nId
io: input

$(PREFIX):Entry:008:Live_RBV

bi

$(SYMBOL).epicsDataPool[8].LiveInTable
io: input

$(PREFIX):Entry:008:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[8].nMachineMode
io: input

$(PREFIX):Entry:008:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[8].neV
field: EGU eV
io: input

$(PREFIX):Entry:008:Rate_RBV

longin

$(SYMBOL).epicsDataPool[8].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:008:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[8].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:008:Valid_RBV

bi

$(SYMBOL).epicsDataPool[8].xValid
io: input

$(PREFIX):Entry:008:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[8].aVetoDevices
io: input

$(PREFIX):Entry:009:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[9].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:009:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[9].astApertures[1].xOK
io: input

$(PREFIX):Entry:009:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[9].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:009:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[9].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:009:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[9].astApertures[2].xOK
io: input

$(PREFIX):Entry:009:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[9].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:009:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[9].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:009:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[9].astApertures[3].xOK
io: input

$(PREFIX):Entry:009:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[9].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:009:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[9].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:009:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[9].astApertures[4].xOK
io: input

$(PREFIX):Entry:009:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[9].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:009:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[9].nBeamClass
io: input

$(PREFIX):Entry:009:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[9].nBCRange
io: input

$(PREFIX):Entry:009:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:009:Device_RBV

waveform

$(SYMBOL).epicsDataPool[9].sDevName
io: input

$(PREFIX):Entry:009:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[9].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:009:ID_RBV

longin

$(SYMBOL).epicsDataPool[9].nId
io: input

$(PREFIX):Entry:009:Live_RBV

bi

$(SYMBOL).epicsDataPool[9].LiveInTable
io: input

$(PREFIX):Entry:009:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[9].nMachineMode
io: input

$(PREFIX):Entry:009:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[9].neV
field: EGU eV
io: input

$(PREFIX):Entry:009:Rate_RBV

longin

$(SYMBOL).epicsDataPool[9].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:009:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[9].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:009:Valid_RBV

bi

$(SYMBOL).epicsDataPool[9].xValid
io: input

$(PREFIX):Entry:009:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[9].aVetoDevices
io: input

$(PREFIX):Entry:010:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[10].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:010:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[10].astApertures[1].xOK
io: input

$(PREFIX):Entry:010:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[10].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:010:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[10].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:010:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[10].astApertures[2].xOK
io: input

$(PREFIX):Entry:010:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[10].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:010:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[10].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:010:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[10].astApertures[3].xOK
io: input

$(PREFIX):Entry:010:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[10].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:010:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[10].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:010:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[10].astApertures[4].xOK
io: input

$(PREFIX):Entry:010:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[10].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:010:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[10].nBeamClass
io: input

$(PREFIX):Entry:010:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[10].nBCRange
io: input

$(PREFIX):Entry:010:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:010:Device_RBV

waveform

$(SYMBOL).epicsDataPool[10].sDevName
io: input

$(PREFIX):Entry:010:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[10].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:010:ID_RBV

longin

$(SYMBOL).epicsDataPool[10].nId
io: input

$(PREFIX):Entry:010:Live_RBV

bi

$(SYMBOL).epicsDataPool[10].LiveInTable
io: input

$(PREFIX):Entry:010:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[10].nMachineMode
io: input

$(PREFIX):Entry:010:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[10].neV
field: EGU eV
io: input

$(PREFIX):Entry:010:Rate_RBV

longin

$(SYMBOL).epicsDataPool[10].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:010:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[10].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:010:Valid_RBV

bi

$(SYMBOL).epicsDataPool[10].xValid
io: input

$(PREFIX):Entry:010:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[10].aVetoDevices
io: input

$(PREFIX):Entry:011:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[11].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:011:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[11].astApertures[1].xOK
io: input

$(PREFIX):Entry:011:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[11].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:011:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[11].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:011:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[11].astApertures[2].xOK
io: input

$(PREFIX):Entry:011:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[11].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:011:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[11].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:011:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[11].astApertures[3].xOK
io: input

$(PREFIX):Entry:011:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[11].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:011:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[11].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:011:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[11].astApertures[4].xOK
io: input

$(PREFIX):Entry:011:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[11].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:011:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[11].nBeamClass
io: input

$(PREFIX):Entry:011:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[11].nBCRange
io: input

$(PREFIX):Entry:011:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:011:Device_RBV

waveform

$(SYMBOL).epicsDataPool[11].sDevName
io: input

$(PREFIX):Entry:011:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[11].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:011:ID_RBV

longin

$(SYMBOL).epicsDataPool[11].nId
io: input

$(PREFIX):Entry:011:Live_RBV

bi

$(SYMBOL).epicsDataPool[11].LiveInTable
io: input

$(PREFIX):Entry:011:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[11].nMachineMode
io: input

$(PREFIX):Entry:011:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[11].neV
field: EGU eV
io: input

$(PREFIX):Entry:011:Rate_RBV

longin

$(SYMBOL).epicsDataPool[11].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:011:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[11].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:011:Valid_RBV

bi

$(SYMBOL).epicsDataPool[11].xValid
io: input

$(PREFIX):Entry:011:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[11].aVetoDevices
io: input

$(PREFIX):Entry:012:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[12].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:012:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[12].astApertures[1].xOK
io: input

$(PREFIX):Entry:012:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[12].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:012:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[12].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:012:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[12].astApertures[2].xOK
io: input

$(PREFIX):Entry:012:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[12].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:012:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[12].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:012:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[12].astApertures[3].xOK
io: input

$(PREFIX):Entry:012:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[12].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:012:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[12].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:012:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[12].astApertures[4].xOK
io: input

$(PREFIX):Entry:012:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[12].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:012:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[12].nBeamClass
io: input

$(PREFIX):Entry:012:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[12].nBCRange
io: input

$(PREFIX):Entry:012:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:012:Device_RBV

waveform

$(SYMBOL).epicsDataPool[12].sDevName
io: input

$(PREFIX):Entry:012:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[12].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:012:ID_RBV

longin

$(SYMBOL).epicsDataPool[12].nId
io: input

$(PREFIX):Entry:012:Live_RBV

bi

$(SYMBOL).epicsDataPool[12].LiveInTable
io: input

$(PREFIX):Entry:012:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[12].nMachineMode
io: input

$(PREFIX):Entry:012:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[12].neV
field: EGU eV
io: input

$(PREFIX):Entry:012:Rate_RBV

longin

$(SYMBOL).epicsDataPool[12].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:012:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[12].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:012:Valid_RBV

bi

$(SYMBOL).epicsDataPool[12].xValid
io: input

$(PREFIX):Entry:012:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[12].aVetoDevices
io: input

$(PREFIX):Entry:013:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[13].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:013:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[13].astApertures[1].xOK
io: input

$(PREFIX):Entry:013:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[13].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:013:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[13].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:013:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[13].astApertures[2].xOK
io: input

$(PREFIX):Entry:013:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[13].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:013:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[13].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:013:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[13].astApertures[3].xOK
io: input

$(PREFIX):Entry:013:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[13].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:013:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[13].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:013:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[13].astApertures[4].xOK
io: input

$(PREFIX):Entry:013:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[13].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:013:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[13].nBeamClass
io: input

$(PREFIX):Entry:013:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[13].nBCRange
io: input

$(PREFIX):Entry:013:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:013:Device_RBV

waveform

$(SYMBOL).epicsDataPool[13].sDevName
io: input

$(PREFIX):Entry:013:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[13].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:013:ID_RBV

longin

$(SYMBOL).epicsDataPool[13].nId
io: input

$(PREFIX):Entry:013:Live_RBV

bi

$(SYMBOL).epicsDataPool[13].LiveInTable
io: input

$(PREFIX):Entry:013:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[13].nMachineMode
io: input

$(PREFIX):Entry:013:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[13].neV
field: EGU eV
io: input

$(PREFIX):Entry:013:Rate_RBV

longin

$(SYMBOL).epicsDataPool[13].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:013:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[13].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:013:Valid_RBV

bi

$(SYMBOL).epicsDataPool[13].xValid
io: input

$(PREFIX):Entry:013:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[13].aVetoDevices
io: input

$(PREFIX):Entry:014:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[14].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:014:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[14].astApertures[1].xOK
io: input

$(PREFIX):Entry:014:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[14].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:014:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[14].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:014:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[14].astApertures[2].xOK
io: input

$(PREFIX):Entry:014:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[14].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:014:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[14].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:014:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[14].astApertures[3].xOK
io: input

$(PREFIX):Entry:014:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[14].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:014:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[14].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:014:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[14].astApertures[4].xOK
io: input

$(PREFIX):Entry:014:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[14].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:014:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[14].nBeamClass
io: input

$(PREFIX):Entry:014:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[14].nBCRange
io: input

$(PREFIX):Entry:014:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:014:Device_RBV

waveform

$(SYMBOL).epicsDataPool[14].sDevName
io: input

$(PREFIX):Entry:014:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[14].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:014:ID_RBV

longin

$(SYMBOL).epicsDataPool[14].nId
io: input

$(PREFIX):Entry:014:Live_RBV

bi

$(SYMBOL).epicsDataPool[14].LiveInTable
io: input

$(PREFIX):Entry:014:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[14].nMachineMode
io: input

$(PREFIX):Entry:014:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[14].neV
field: EGU eV
io: input

$(PREFIX):Entry:014:Rate_RBV

longin

$(SYMBOL).epicsDataPool[14].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:014:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[14].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:014:Valid_RBV

bi

$(SYMBOL).epicsDataPool[14].xValid
io: input

$(PREFIX):Entry:014:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[14].aVetoDevices
io: input

$(PREFIX):Entry:015:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[15].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:015:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[15].astApertures[1].xOK
io: input

$(PREFIX):Entry:015:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[15].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:015:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[15].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:015:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[15].astApertures[2].xOK
io: input

$(PREFIX):Entry:015:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[15].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:015:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[15].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:015:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[15].astApertures[3].xOK
io: input

$(PREFIX):Entry:015:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[15].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:015:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[15].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:015:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[15].astApertures[4].xOK
io: input

$(PREFIX):Entry:015:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[15].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:015:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[15].nBeamClass
io: input

$(PREFIX):Entry:015:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[15].nBCRange
io: input

$(PREFIX):Entry:015:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:015:Device_RBV

waveform

$(SYMBOL).epicsDataPool[15].sDevName
io: input

$(PREFIX):Entry:015:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[15].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:015:ID_RBV

longin

$(SYMBOL).epicsDataPool[15].nId
io: input

$(PREFIX):Entry:015:Live_RBV

bi

$(SYMBOL).epicsDataPool[15].LiveInTable
io: input

$(PREFIX):Entry:015:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[15].nMachineMode
io: input

$(PREFIX):Entry:015:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[15].neV
field: EGU eV
io: input

$(PREFIX):Entry:015:Rate_RBV

longin

$(SYMBOL).epicsDataPool[15].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:015:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[15].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:015:Valid_RBV

bi

$(SYMBOL).epicsDataPool[15].xValid
io: input

$(PREFIX):Entry:015:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[15].aVetoDevices
io: input

$(PREFIX):Entry:016:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[16].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:016:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[16].astApertures[1].xOK
io: input

$(PREFIX):Entry:016:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[16].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:016:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[16].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:016:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[16].astApertures[2].xOK
io: input

$(PREFIX):Entry:016:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[16].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:016:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[16].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:016:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[16].astApertures[3].xOK
io: input

$(PREFIX):Entry:016:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[16].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:016:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[16].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:016:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[16].astApertures[4].xOK
io: input

$(PREFIX):Entry:016:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[16].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:016:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[16].nBeamClass
io: input

$(PREFIX):Entry:016:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[16].nBCRange
io: input

$(PREFIX):Entry:016:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:016:Device_RBV

waveform

$(SYMBOL).epicsDataPool[16].sDevName
io: input

$(PREFIX):Entry:016:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[16].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:016:ID_RBV

longin

$(SYMBOL).epicsDataPool[16].nId
io: input

$(PREFIX):Entry:016:Live_RBV

bi

$(SYMBOL).epicsDataPool[16].LiveInTable
io: input

$(PREFIX):Entry:016:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[16].nMachineMode
io: input

$(PREFIX):Entry:016:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[16].neV
field: EGU eV
io: input

$(PREFIX):Entry:016:Rate_RBV

longin

$(SYMBOL).epicsDataPool[16].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:016:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[16].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:016:Valid_RBV

bi

$(SYMBOL).epicsDataPool[16].xValid
io: input

$(PREFIX):Entry:016:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[16].aVetoDevices
io: input

$(PREFIX):Entry:017:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[17].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:017:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[17].astApertures[1].xOK
io: input

$(PREFIX):Entry:017:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[17].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:017:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[17].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:017:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[17].astApertures[2].xOK
io: input

$(PREFIX):Entry:017:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[17].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:017:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[17].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:017:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[17].astApertures[3].xOK
io: input

$(PREFIX):Entry:017:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[17].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:017:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[17].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:017:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[17].astApertures[4].xOK
io: input

$(PREFIX):Entry:017:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[17].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:017:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[17].nBeamClass
io: input

$(PREFIX):Entry:017:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[17].nBCRange
io: input

$(PREFIX):Entry:017:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:017:Device_RBV

waveform

$(SYMBOL).epicsDataPool[17].sDevName
io: input

$(PREFIX):Entry:017:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[17].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:017:ID_RBV

longin

$(SYMBOL).epicsDataPool[17].nId
io: input

$(PREFIX):Entry:017:Live_RBV

bi

$(SYMBOL).epicsDataPool[17].LiveInTable
io: input

$(PREFIX):Entry:017:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[17].nMachineMode
io: input

$(PREFIX):Entry:017:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[17].neV
field: EGU eV
io: input

$(PREFIX):Entry:017:Rate_RBV

longin

$(SYMBOL).epicsDataPool[17].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:017:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[17].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:017:Valid_RBV

bi

$(SYMBOL).epicsDataPool[17].xValid
io: input

$(PREFIX):Entry:017:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[17].aVetoDevices
io: input

$(PREFIX):Entry:018:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[18].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:018:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[18].astApertures[1].xOK
io: input

$(PREFIX):Entry:018:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[18].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:018:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[18].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:018:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[18].astApertures[2].xOK
io: input

$(PREFIX):Entry:018:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[18].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:018:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[18].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:018:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[18].astApertures[3].xOK
io: input

$(PREFIX):Entry:018:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[18].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:018:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[18].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:018:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[18].astApertures[4].xOK
io: input

$(PREFIX):Entry:018:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[18].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:018:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[18].nBeamClass
io: input

$(PREFIX):Entry:018:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[18].nBCRange
io: input

$(PREFIX):Entry:018:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:018:Device_RBV

waveform

$(SYMBOL).epicsDataPool[18].sDevName
io: input

$(PREFIX):Entry:018:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[18].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:018:ID_RBV

longin

$(SYMBOL).epicsDataPool[18].nId
io: input

$(PREFIX):Entry:018:Live_RBV

bi

$(SYMBOL).epicsDataPool[18].LiveInTable
io: input

$(PREFIX):Entry:018:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[18].nMachineMode
io: input

$(PREFIX):Entry:018:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[18].neV
field: EGU eV
io: input

$(PREFIX):Entry:018:Rate_RBV

longin

$(SYMBOL).epicsDataPool[18].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:018:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[18].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:018:Valid_RBV

bi

$(SYMBOL).epicsDataPool[18].xValid
io: input

$(PREFIX):Entry:018:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[18].aVetoDevices
io: input

$(PREFIX):Entry:019:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[19].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:019:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[19].astApertures[1].xOK
io: input

$(PREFIX):Entry:019:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[19].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:019:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[19].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:019:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[19].astApertures[2].xOK
io: input

$(PREFIX):Entry:019:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[19].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:019:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[19].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:019:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[19].astApertures[3].xOK
io: input

$(PREFIX):Entry:019:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[19].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:019:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[19].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:019:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[19].astApertures[4].xOK
io: input

$(PREFIX):Entry:019:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[19].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:019:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[19].nBeamClass
io: input

$(PREFIX):Entry:019:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[19].nBCRange
io: input

$(PREFIX):Entry:019:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:019:Device_RBV

waveform

$(SYMBOL).epicsDataPool[19].sDevName
io: input

$(PREFIX):Entry:019:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[19].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:019:ID_RBV

longin

$(SYMBOL).epicsDataPool[19].nId
io: input

$(PREFIX):Entry:019:Live_RBV

bi

$(SYMBOL).epicsDataPool[19].LiveInTable
io: input

$(PREFIX):Entry:019:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[19].nMachineMode
io: input

$(PREFIX):Entry:019:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[19].neV
field: EGU eV
io: input

$(PREFIX):Entry:019:Rate_RBV

longin

$(SYMBOL).epicsDataPool[19].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:019:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[19].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:019:Valid_RBV

bi

$(SYMBOL).epicsDataPool[19].xValid
io: input

$(PREFIX):Entry:019:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[19].aVetoDevices
io: input

$(PREFIX):Entry:020:Apt:01:Height_RBV

ai

$(SYMBOL).epicsDataPool[20].astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Entry:020:Apt:01:OK_RBV

bi

$(SYMBOL).epicsDataPool[20].astApertures[1].xOK
io: input

$(PREFIX):Entry:020:Apt:01:Width_RBV

ai

$(SYMBOL).epicsDataPool[20].astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Entry:020:Apt:02:Height_RBV

ai

$(SYMBOL).epicsDataPool[20].astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Entry:020:Apt:02:OK_RBV

bi

$(SYMBOL).epicsDataPool[20].astApertures[2].xOK
io: input

$(PREFIX):Entry:020:Apt:02:Width_RBV

ai

$(SYMBOL).epicsDataPool[20].astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Entry:020:Apt:03:Height_RBV

ai

$(SYMBOL).epicsDataPool[20].astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Entry:020:Apt:03:OK_RBV

bi

$(SYMBOL).epicsDataPool[20].astApertures[3].xOK
io: input

$(PREFIX):Entry:020:Apt:03:Width_RBV

ai

$(SYMBOL).epicsDataPool[20].astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Entry:020:Apt:04:Height_RBV

ai

$(SYMBOL).epicsDataPool[20].astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Entry:020:Apt:04:OK_RBV

bi

$(SYMBOL).epicsDataPool[20].astApertures[4].xOK
io: input

$(PREFIX):Entry:020:Apt:04:Width_RBV

ai

$(SYMBOL).epicsDataPool[20].astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):Entry:020:BeamClass_RBV

longin

$(SYMBOL).epicsDataPool[20].nBeamClass
io: input

$(PREFIX):Entry:020:BeamClassRanges_RBV

longin

$(SYMBOL).epicsDataPool[20].nBCRange
io: input

$(PREFIX):Entry:020:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Entry:020:Device_RBV

waveform

$(SYMBOL).epicsDataPool[20].sDevName
io: input

$(PREFIX):Entry:020:eVRanges_RBV

longin

$(SYMBOL).epicsDataPool[20].neVRange
field: EGU eV
io: input

$(PREFIX):Entry:020:ID_RBV

longin

$(SYMBOL).epicsDataPool[20].nId
io: input

$(PREFIX):Entry:020:Live_RBV

bi

$(SYMBOL).epicsDataPool[20].LiveInTable
io: input

$(PREFIX):Entry:020:MachineMode_RBV

longin

$(SYMBOL).epicsDataPool[20].nMachineMode
io: input

$(PREFIX):Entry:020:PhotonEnergy_RBV

ai

$(SYMBOL).epicsDataPool[20].neV
field: EGU eV
io: input

$(PREFIX):Entry:020:Rate_RBV

longin

$(SYMBOL).epicsDataPool[20].nRate
field: EGU Hz
io: input

$(PREFIX):Entry:020:Transmission_RBV

ai

$(SYMBOL).epicsDataPool[20].nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Entry:020:Valid_RBV

bi

$(SYMBOL).epicsDataPool[20].xValid
io: input

$(PREFIX):Entry:020:Veto_RBV

waveform

$(SYMBOL).epicsDataPool[20].aVetoDevices
io: input

PMPS.FB_HardwareFFOutput

Record

Type

Description

Pragma

$(PREFIX):ClearFault

bo

Might be overidden by PLC writes
io: output

$(PREFIX):ClearFault_RBV

bi

Might be overidden by PLC writes
io: output

$(PREFIX):EnableVeto

bo

$(SYMBOL).i_xVeto
io: output

$(PREFIX):EnableVeto_RBV

bi

$(SYMBOL).i_xVeto
io: output

$(PREFIX):FaultHWO_RBV

bi

Hardware Output Status
io: input

$(PREFIX):FF:001:BeamPermitted_RBV

bi

$(SYMBOL).astFF[1].BeamPermitted
io: input

$(PREFIX):FF:001:Info:Desc_RBV

waveform

$(SYMBOL).astFF[1].Info.Desc
io: input

$(PREFIX):FF:001:Info:DevName_RBV

waveform

$(SYMBOL).astFF[1].Info.DevName
io: input

$(PREFIX):FF:001:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[1].Info.InfoString
io: input

$(PREFIX):FF:001:Info:InUse_RBV

bi

$(SYMBOL).astFF[1].Info.InUse
io: input

$(PREFIX):FF:001:Info:Path_RBV

waveform

$(SYMBOL).astFF[1].Info.sPath
io: input

$(PREFIX):FF:001:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[1].Info.TypeCode
io: input

$(PREFIX):FF:001:OK_RBV

bi

$(SYMBOL).astFF[1].OK
io: input

$(PREFIX):FF:001:Ovrd:Activate

bo

$(SYMBOL).astFF[1].Ovrd.Activate
io: output

$(PREFIX):FF:001:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[1].Ovrd.Activate
io: output

$(PREFIX):FF:001:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[1].Ovrd.Active
io: input

$(PREFIX):FF:001:Ovrd:Deactivate

bo

$(SYMBOL).astFF[1].Ovrd.Deactivate
io: output

$(PREFIX):FF:001:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[1].Ovrd.Deactivate
io: output

$(PREFIX):FF:001:Ovrd:Duration

longout

$(SYMBOL).astFF[1].Ovrd.Duration
io: output

$(PREFIX):FF:001:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[1].Ovrd.Duration
io: output

$(PREFIX):FF:001:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[1].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:001:Ovrd:Expiration

longout

$(SYMBOL).astFF[1].Ovrd.Expiration
io: output

$(PREFIX):FF:001:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[1].Ovrd.Expiration
io: output

$(PREFIX):FF:001:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[1].Ovrd.RemainingTime
io: input

$(PREFIX):FF:001:Ovrd:StartDT

longout

$(SYMBOL).astFF[1].Ovrd.StartDT
io: output

$(PREFIX):FF:001:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[1].Ovrd.StartDT
io: output

$(PREFIX):FF:001:Reset

bo

$(SYMBOL).astFF[1].Reset
io: output

$(PREFIX):FF:001:Reset_RBV

bi

$(SYMBOL).astFF[1].Reset
io: output

$(PREFIX):FF:002:BeamPermitted_RBV

bi

$(SYMBOL).astFF[2].BeamPermitted
io: input

$(PREFIX):FF:002:Info:Desc_RBV

waveform

$(SYMBOL).astFF[2].Info.Desc
io: input

$(PREFIX):FF:002:Info:DevName_RBV

waveform

$(SYMBOL).astFF[2].Info.DevName
io: input

$(PREFIX):FF:002:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[2].Info.InfoString
io: input

$(PREFIX):FF:002:Info:InUse_RBV

bi

$(SYMBOL).astFF[2].Info.InUse
io: input

$(PREFIX):FF:002:Info:Path_RBV

waveform

$(SYMBOL).astFF[2].Info.sPath
io: input

$(PREFIX):FF:002:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[2].Info.TypeCode
io: input

$(PREFIX):FF:002:OK_RBV

bi

$(SYMBOL).astFF[2].OK
io: input

$(PREFIX):FF:002:Ovrd:Activate

bo

$(SYMBOL).astFF[2].Ovrd.Activate
io: output

$(PREFIX):FF:002:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[2].Ovrd.Activate
io: output

$(PREFIX):FF:002:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[2].Ovrd.Active
io: input

$(PREFIX):FF:002:Ovrd:Deactivate

bo

$(SYMBOL).astFF[2].Ovrd.Deactivate
io: output

$(PREFIX):FF:002:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[2].Ovrd.Deactivate
io: output

$(PREFIX):FF:002:Ovrd:Duration

longout

$(SYMBOL).astFF[2].Ovrd.Duration
io: output

$(PREFIX):FF:002:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[2].Ovrd.Duration
io: output

$(PREFIX):FF:002:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[2].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:002:Ovrd:Expiration

longout

$(SYMBOL).astFF[2].Ovrd.Expiration
io: output

$(PREFIX):FF:002:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[2].Ovrd.Expiration
io: output

$(PREFIX):FF:002:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[2].Ovrd.RemainingTime
io: input

$(PREFIX):FF:002:Ovrd:StartDT

longout

$(SYMBOL).astFF[2].Ovrd.StartDT
io: output

$(PREFIX):FF:002:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[2].Ovrd.StartDT
io: output

$(PREFIX):FF:002:Reset

bo

$(SYMBOL).astFF[2].Reset
io: output

$(PREFIX):FF:002:Reset_RBV

bi

$(SYMBOL).astFF[2].Reset
io: output

$(PREFIX):FF:003:BeamPermitted_RBV

bi

$(SYMBOL).astFF[3].BeamPermitted
io: input

$(PREFIX):FF:003:Info:Desc_RBV

waveform

$(SYMBOL).astFF[3].Info.Desc
io: input

$(PREFIX):FF:003:Info:DevName_RBV

waveform

$(SYMBOL).astFF[3].Info.DevName
io: input

$(PREFIX):FF:003:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[3].Info.InfoString
io: input

$(PREFIX):FF:003:Info:InUse_RBV

bi

$(SYMBOL).astFF[3].Info.InUse
io: input

$(PREFIX):FF:003:Info:Path_RBV

waveform

$(SYMBOL).astFF[3].Info.sPath
io: input

$(PREFIX):FF:003:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[3].Info.TypeCode
io: input

$(PREFIX):FF:003:OK_RBV

bi

$(SYMBOL).astFF[3].OK
io: input

$(PREFIX):FF:003:Ovrd:Activate

bo

$(SYMBOL).astFF[3].Ovrd.Activate
io: output

$(PREFIX):FF:003:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[3].Ovrd.Activate
io: output

$(PREFIX):FF:003:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[3].Ovrd.Active
io: input

$(PREFIX):FF:003:Ovrd:Deactivate

bo

$(SYMBOL).astFF[3].Ovrd.Deactivate
io: output

$(PREFIX):FF:003:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[3].Ovrd.Deactivate
io: output

$(PREFIX):FF:003:Ovrd:Duration

longout

$(SYMBOL).astFF[3].Ovrd.Duration
io: output

$(PREFIX):FF:003:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[3].Ovrd.Duration
io: output

$(PREFIX):FF:003:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[3].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:003:Ovrd:Expiration

longout

$(SYMBOL).astFF[3].Ovrd.Expiration
io: output

$(PREFIX):FF:003:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[3].Ovrd.Expiration
io: output

$(PREFIX):FF:003:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[3].Ovrd.RemainingTime
io: input

$(PREFIX):FF:003:Ovrd:StartDT

longout

$(SYMBOL).astFF[3].Ovrd.StartDT
io: output

$(PREFIX):FF:003:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[3].Ovrd.StartDT
io: output

$(PREFIX):FF:003:Reset

bo

$(SYMBOL).astFF[3].Reset
io: output

$(PREFIX):FF:003:Reset_RBV

bi

$(SYMBOL).astFF[3].Reset
io: output

$(PREFIX):FF:004:BeamPermitted_RBV

bi

$(SYMBOL).astFF[4].BeamPermitted
io: input

$(PREFIX):FF:004:Info:Desc_RBV

waveform

$(SYMBOL).astFF[4].Info.Desc
io: input

$(PREFIX):FF:004:Info:DevName_RBV

waveform

$(SYMBOL).astFF[4].Info.DevName
io: input

$(PREFIX):FF:004:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[4].Info.InfoString
io: input

$(PREFIX):FF:004:Info:InUse_RBV

bi

$(SYMBOL).astFF[4].Info.InUse
io: input

$(PREFIX):FF:004:Info:Path_RBV

waveform

$(SYMBOL).astFF[4].Info.sPath
io: input

$(PREFIX):FF:004:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[4].Info.TypeCode
io: input

$(PREFIX):FF:004:OK_RBV

bi

$(SYMBOL).astFF[4].OK
io: input

$(PREFIX):FF:004:Ovrd:Activate

bo

$(SYMBOL).astFF[4].Ovrd.Activate
io: output

$(PREFIX):FF:004:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[4].Ovrd.Activate
io: output

$(PREFIX):FF:004:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[4].Ovrd.Active
io: input

$(PREFIX):FF:004:Ovrd:Deactivate

bo

$(SYMBOL).astFF[4].Ovrd.Deactivate
io: output

$(PREFIX):FF:004:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[4].Ovrd.Deactivate
io: output

$(PREFIX):FF:004:Ovrd:Duration

longout

$(SYMBOL).astFF[4].Ovrd.Duration
io: output

$(PREFIX):FF:004:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[4].Ovrd.Duration
io: output

$(PREFIX):FF:004:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[4].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:004:Ovrd:Expiration

longout

$(SYMBOL).astFF[4].Ovrd.Expiration
io: output

$(PREFIX):FF:004:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[4].Ovrd.Expiration
io: output

$(PREFIX):FF:004:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[4].Ovrd.RemainingTime
io: input

$(PREFIX):FF:004:Ovrd:StartDT

longout

$(SYMBOL).astFF[4].Ovrd.StartDT
io: output

$(PREFIX):FF:004:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[4].Ovrd.StartDT
io: output

$(PREFIX):FF:004:Reset

bo

$(SYMBOL).astFF[4].Reset
io: output

$(PREFIX):FF:004:Reset_RBV

bi

$(SYMBOL).astFF[4].Reset
io: output

$(PREFIX):FF:005:BeamPermitted_RBV

bi

$(SYMBOL).astFF[5].BeamPermitted
io: input

$(PREFIX):FF:005:Info:Desc_RBV

waveform

$(SYMBOL).astFF[5].Info.Desc
io: input

$(PREFIX):FF:005:Info:DevName_RBV

waveform

$(SYMBOL).astFF[5].Info.DevName
io: input

$(PREFIX):FF:005:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[5].Info.InfoString
io: input

$(PREFIX):FF:005:Info:InUse_RBV

bi

$(SYMBOL).astFF[5].Info.InUse
io: input

$(PREFIX):FF:005:Info:Path_RBV

waveform

$(SYMBOL).astFF[5].Info.sPath
io: input

$(PREFIX):FF:005:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[5].Info.TypeCode
io: input

$(PREFIX):FF:005:OK_RBV

bi

$(SYMBOL).astFF[5].OK
io: input

$(PREFIX):FF:005:Ovrd:Activate

bo

$(SYMBOL).astFF[5].Ovrd.Activate
io: output

$(PREFIX):FF:005:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[5].Ovrd.Activate
io: output

$(PREFIX):FF:005:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[5].Ovrd.Active
io: input

$(PREFIX):FF:005:Ovrd:Deactivate

bo

$(SYMBOL).astFF[5].Ovrd.Deactivate
io: output

$(PREFIX):FF:005:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[5].Ovrd.Deactivate
io: output

$(PREFIX):FF:005:Ovrd:Duration

longout

$(SYMBOL).astFF[5].Ovrd.Duration
io: output

$(PREFIX):FF:005:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[5].Ovrd.Duration
io: output

$(PREFIX):FF:005:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[5].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:005:Ovrd:Expiration

longout

$(SYMBOL).astFF[5].Ovrd.Expiration
io: output

$(PREFIX):FF:005:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[5].Ovrd.Expiration
io: output

$(PREFIX):FF:005:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[5].Ovrd.RemainingTime
io: input

$(PREFIX):FF:005:Ovrd:StartDT

longout

$(SYMBOL).astFF[5].Ovrd.StartDT
io: output

$(PREFIX):FF:005:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[5].Ovrd.StartDT
io: output

$(PREFIX):FF:005:Reset

bo

$(SYMBOL).astFF[5].Reset
io: output

$(PREFIX):FF:005:Reset_RBV

bi

$(SYMBOL).astFF[5].Reset
io: output

$(PREFIX):FF:006:BeamPermitted_RBV

bi

$(SYMBOL).astFF[6].BeamPermitted
io: input

$(PREFIX):FF:006:Info:Desc_RBV

waveform

$(SYMBOL).astFF[6].Info.Desc
io: input

$(PREFIX):FF:006:Info:DevName_RBV

waveform

$(SYMBOL).astFF[6].Info.DevName
io: input

$(PREFIX):FF:006:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[6].Info.InfoString
io: input

$(PREFIX):FF:006:Info:InUse_RBV

bi

$(SYMBOL).astFF[6].Info.InUse
io: input

$(PREFIX):FF:006:Info:Path_RBV

waveform

$(SYMBOL).astFF[6].Info.sPath
io: input

$(PREFIX):FF:006:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[6].Info.TypeCode
io: input

$(PREFIX):FF:006:OK_RBV

bi

$(SYMBOL).astFF[6].OK
io: input

$(PREFIX):FF:006:Ovrd:Activate

bo

$(SYMBOL).astFF[6].Ovrd.Activate
io: output

$(PREFIX):FF:006:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[6].Ovrd.Activate
io: output

$(PREFIX):FF:006:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[6].Ovrd.Active
io: input

$(PREFIX):FF:006:Ovrd:Deactivate

bo

$(SYMBOL).astFF[6].Ovrd.Deactivate
io: output

$(PREFIX):FF:006:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[6].Ovrd.Deactivate
io: output

$(PREFIX):FF:006:Ovrd:Duration

longout

$(SYMBOL).astFF[6].Ovrd.Duration
io: output

$(PREFIX):FF:006:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[6].Ovrd.Duration
io: output

$(PREFIX):FF:006:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[6].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:006:Ovrd:Expiration

longout

$(SYMBOL).astFF[6].Ovrd.Expiration
io: output

$(PREFIX):FF:006:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[6].Ovrd.Expiration
io: output

$(PREFIX):FF:006:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[6].Ovrd.RemainingTime
io: input

$(PREFIX):FF:006:Ovrd:StartDT

longout

$(SYMBOL).astFF[6].Ovrd.StartDT
io: output

$(PREFIX):FF:006:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[6].Ovrd.StartDT
io: output

$(PREFIX):FF:006:Reset

bo

$(SYMBOL).astFF[6].Reset
io: output

$(PREFIX):FF:006:Reset_RBV

bi

$(SYMBOL).astFF[6].Reset
io: output

$(PREFIX):FF:007:BeamPermitted_RBV

bi

$(SYMBOL).astFF[7].BeamPermitted
io: input

$(PREFIX):FF:007:Info:Desc_RBV

waveform

$(SYMBOL).astFF[7].Info.Desc
io: input

$(PREFIX):FF:007:Info:DevName_RBV

waveform

$(SYMBOL).astFF[7].Info.DevName
io: input

$(PREFIX):FF:007:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[7].Info.InfoString
io: input

$(PREFIX):FF:007:Info:InUse_RBV

bi

$(SYMBOL).astFF[7].Info.InUse
io: input

$(PREFIX):FF:007:Info:Path_RBV

waveform

$(SYMBOL).astFF[7].Info.sPath
io: input

$(PREFIX):FF:007:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[7].Info.TypeCode
io: input

$(PREFIX):FF:007:OK_RBV

bi

$(SYMBOL).astFF[7].OK
io: input

$(PREFIX):FF:007:Ovrd:Activate

bo

$(SYMBOL).astFF[7].Ovrd.Activate
io: output

$(PREFIX):FF:007:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[7].Ovrd.Activate
io: output

$(PREFIX):FF:007:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[7].Ovrd.Active
io: input

$(PREFIX):FF:007:Ovrd:Deactivate

bo

$(SYMBOL).astFF[7].Ovrd.Deactivate
io: output

$(PREFIX):FF:007:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[7].Ovrd.Deactivate
io: output

$(PREFIX):FF:007:Ovrd:Duration

longout

$(SYMBOL).astFF[7].Ovrd.Duration
io: output

$(PREFIX):FF:007:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[7].Ovrd.Duration
io: output

$(PREFIX):FF:007:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[7].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:007:Ovrd:Expiration

longout

$(SYMBOL).astFF[7].Ovrd.Expiration
io: output

$(PREFIX):FF:007:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[7].Ovrd.Expiration
io: output

$(PREFIX):FF:007:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[7].Ovrd.RemainingTime
io: input

$(PREFIX):FF:007:Ovrd:StartDT

longout

$(SYMBOL).astFF[7].Ovrd.StartDT
io: output

$(PREFIX):FF:007:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[7].Ovrd.StartDT
io: output

$(PREFIX):FF:007:Reset

bo

$(SYMBOL).astFF[7].Reset
io: output

$(PREFIX):FF:007:Reset_RBV

bi

$(SYMBOL).astFF[7].Reset
io: output

$(PREFIX):FF:008:BeamPermitted_RBV

bi

$(SYMBOL).astFF[8].BeamPermitted
io: input

$(PREFIX):FF:008:Info:Desc_RBV

waveform

$(SYMBOL).astFF[8].Info.Desc
io: input

$(PREFIX):FF:008:Info:DevName_RBV

waveform

$(SYMBOL).astFF[8].Info.DevName
io: input

$(PREFIX):FF:008:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[8].Info.InfoString
io: input

$(PREFIX):FF:008:Info:InUse_RBV

bi

$(SYMBOL).astFF[8].Info.InUse
io: input

$(PREFIX):FF:008:Info:Path_RBV

waveform

$(SYMBOL).astFF[8].Info.sPath
io: input

$(PREFIX):FF:008:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[8].Info.TypeCode
io: input

$(PREFIX):FF:008:OK_RBV

bi

$(SYMBOL).astFF[8].OK
io: input

$(PREFIX):FF:008:Ovrd:Activate

bo

$(SYMBOL).astFF[8].Ovrd.Activate
io: output

$(PREFIX):FF:008:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[8].Ovrd.Activate
io: output

$(PREFIX):FF:008:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[8].Ovrd.Active
io: input

$(PREFIX):FF:008:Ovrd:Deactivate

bo

$(SYMBOL).astFF[8].Ovrd.Deactivate
io: output

$(PREFIX):FF:008:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[8].Ovrd.Deactivate
io: output

$(PREFIX):FF:008:Ovrd:Duration

longout

$(SYMBOL).astFF[8].Ovrd.Duration
io: output

$(PREFIX):FF:008:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[8].Ovrd.Duration
io: output

$(PREFIX):FF:008:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[8].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:008:Ovrd:Expiration

longout

$(SYMBOL).astFF[8].Ovrd.Expiration
io: output

$(PREFIX):FF:008:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[8].Ovrd.Expiration
io: output

$(PREFIX):FF:008:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[8].Ovrd.RemainingTime
io: input

$(PREFIX):FF:008:Ovrd:StartDT

longout

$(SYMBOL).astFF[8].Ovrd.StartDT
io: output

$(PREFIX):FF:008:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[8].Ovrd.StartDT
io: output

$(PREFIX):FF:008:Reset

bo

$(SYMBOL).astFF[8].Reset
io: output

$(PREFIX):FF:008:Reset_RBV

bi

$(SYMBOL).astFF[8].Reset
io: output

$(PREFIX):FF:009:BeamPermitted_RBV

bi

$(SYMBOL).astFF[9].BeamPermitted
io: input

$(PREFIX):FF:009:Info:Desc_RBV

waveform

$(SYMBOL).astFF[9].Info.Desc
io: input

$(PREFIX):FF:009:Info:DevName_RBV

waveform

$(SYMBOL).astFF[9].Info.DevName
io: input

$(PREFIX):FF:009:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[9].Info.InfoString
io: input

$(PREFIX):FF:009:Info:InUse_RBV

bi

$(SYMBOL).astFF[9].Info.InUse
io: input

$(PREFIX):FF:009:Info:Path_RBV

waveform

$(SYMBOL).astFF[9].Info.sPath
io: input

$(PREFIX):FF:009:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[9].Info.TypeCode
io: input

$(PREFIX):FF:009:OK_RBV

bi

$(SYMBOL).astFF[9].OK
io: input

$(PREFIX):FF:009:Ovrd:Activate

bo

$(SYMBOL).astFF[9].Ovrd.Activate
io: output

$(PREFIX):FF:009:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[9].Ovrd.Activate
io: output

$(PREFIX):FF:009:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[9].Ovrd.Active
io: input

$(PREFIX):FF:009:Ovrd:Deactivate

bo

$(SYMBOL).astFF[9].Ovrd.Deactivate
io: output

$(PREFIX):FF:009:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[9].Ovrd.Deactivate
io: output

$(PREFIX):FF:009:Ovrd:Duration

longout

$(SYMBOL).astFF[9].Ovrd.Duration
io: output

$(PREFIX):FF:009:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[9].Ovrd.Duration
io: output

$(PREFIX):FF:009:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[9].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:009:Ovrd:Expiration

longout

$(SYMBOL).astFF[9].Ovrd.Expiration
io: output

$(PREFIX):FF:009:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[9].Ovrd.Expiration
io: output

$(PREFIX):FF:009:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[9].Ovrd.RemainingTime
io: input

$(PREFIX):FF:009:Ovrd:StartDT

longout

$(SYMBOL).astFF[9].Ovrd.StartDT
io: output

$(PREFIX):FF:009:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[9].Ovrd.StartDT
io: output

$(PREFIX):FF:009:Reset

bo

$(SYMBOL).astFF[9].Reset
io: output

$(PREFIX):FF:009:Reset_RBV

bi

$(SYMBOL).astFF[9].Reset
io: output

$(PREFIX):FF:010:BeamPermitted_RBV

bi

$(SYMBOL).astFF[10].BeamPermitted
io: input

$(PREFIX):FF:010:Info:Desc_RBV

waveform

$(SYMBOL).astFF[10].Info.Desc
io: input

$(PREFIX):FF:010:Info:DevName_RBV

waveform

$(SYMBOL).astFF[10].Info.DevName
io: input

$(PREFIX):FF:010:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[10].Info.InfoString
io: input

$(PREFIX):FF:010:Info:InUse_RBV

bi

$(SYMBOL).astFF[10].Info.InUse
io: input

$(PREFIX):FF:010:Info:Path_RBV

waveform

$(SYMBOL).astFF[10].Info.sPath
io: input

$(PREFIX):FF:010:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[10].Info.TypeCode
io: input

$(PREFIX):FF:010:OK_RBV

bi

$(SYMBOL).astFF[10].OK
io: input

$(PREFIX):FF:010:Ovrd:Activate

bo

$(SYMBOL).astFF[10].Ovrd.Activate
io: output

$(PREFIX):FF:010:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[10].Ovrd.Activate
io: output

$(PREFIX):FF:010:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[10].Ovrd.Active
io: input

$(PREFIX):FF:010:Ovrd:Deactivate

bo

$(SYMBOL).astFF[10].Ovrd.Deactivate
io: output

$(PREFIX):FF:010:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[10].Ovrd.Deactivate
io: output

$(PREFIX):FF:010:Ovrd:Duration

longout

$(SYMBOL).astFF[10].Ovrd.Duration
io: output

$(PREFIX):FF:010:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[10].Ovrd.Duration
io: output

$(PREFIX):FF:010:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[10].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:010:Ovrd:Expiration

longout

$(SYMBOL).astFF[10].Ovrd.Expiration
io: output

$(PREFIX):FF:010:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[10].Ovrd.Expiration
io: output

$(PREFIX):FF:010:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[10].Ovrd.RemainingTime
io: input

$(PREFIX):FF:010:Ovrd:StartDT

longout

$(SYMBOL).astFF[10].Ovrd.StartDT
io: output

$(PREFIX):FF:010:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[10].Ovrd.StartDT
io: output

$(PREFIX):FF:010:Reset

bo

$(SYMBOL).astFF[10].Reset
io: output

$(PREFIX):FF:010:Reset_RBV

bi

$(SYMBOL).astFF[10].Reset
io: output

$(PREFIX):FF:011:BeamPermitted_RBV

bi

$(SYMBOL).astFF[11].BeamPermitted
io: input

$(PREFIX):FF:011:Info:Desc_RBV

waveform

$(SYMBOL).astFF[11].Info.Desc
io: input

$(PREFIX):FF:011:Info:DevName_RBV

waveform

$(SYMBOL).astFF[11].Info.DevName
io: input

$(PREFIX):FF:011:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[11].Info.InfoString
io: input

$(PREFIX):FF:011:Info:InUse_RBV

bi

$(SYMBOL).astFF[11].Info.InUse
io: input

$(PREFIX):FF:011:Info:Path_RBV

waveform

$(SYMBOL).astFF[11].Info.sPath
io: input

$(PREFIX):FF:011:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[11].Info.TypeCode
io: input

$(PREFIX):FF:011:OK_RBV

bi

$(SYMBOL).astFF[11].OK
io: input

$(PREFIX):FF:011:Ovrd:Activate

bo

$(SYMBOL).astFF[11].Ovrd.Activate
io: output

$(PREFIX):FF:011:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[11].Ovrd.Activate
io: output

$(PREFIX):FF:011:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[11].Ovrd.Active
io: input

$(PREFIX):FF:011:Ovrd:Deactivate

bo

$(SYMBOL).astFF[11].Ovrd.Deactivate
io: output

$(PREFIX):FF:011:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[11].Ovrd.Deactivate
io: output

$(PREFIX):FF:011:Ovrd:Duration

longout

$(SYMBOL).astFF[11].Ovrd.Duration
io: output

$(PREFIX):FF:011:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[11].Ovrd.Duration
io: output

$(PREFIX):FF:011:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[11].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:011:Ovrd:Expiration

longout

$(SYMBOL).astFF[11].Ovrd.Expiration
io: output

$(PREFIX):FF:011:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[11].Ovrd.Expiration
io: output

$(PREFIX):FF:011:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[11].Ovrd.RemainingTime
io: input

$(PREFIX):FF:011:Ovrd:StartDT

longout

$(SYMBOL).astFF[11].Ovrd.StartDT
io: output

$(PREFIX):FF:011:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[11].Ovrd.StartDT
io: output

$(PREFIX):FF:011:Reset

bo

$(SYMBOL).astFF[11].Reset
io: output

$(PREFIX):FF:011:Reset_RBV

bi

$(SYMBOL).astFF[11].Reset
io: output

$(PREFIX):FF:012:BeamPermitted_RBV

bi

$(SYMBOL).astFF[12].BeamPermitted
io: input

$(PREFIX):FF:012:Info:Desc_RBV

waveform

$(SYMBOL).astFF[12].Info.Desc
io: input

$(PREFIX):FF:012:Info:DevName_RBV

waveform

$(SYMBOL).astFF[12].Info.DevName
io: input

$(PREFIX):FF:012:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[12].Info.InfoString
io: input

$(PREFIX):FF:012:Info:InUse_RBV

bi

$(SYMBOL).astFF[12].Info.InUse
io: input

$(PREFIX):FF:012:Info:Path_RBV

waveform

$(SYMBOL).astFF[12].Info.sPath
io: input

$(PREFIX):FF:012:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[12].Info.TypeCode
io: input

$(PREFIX):FF:012:OK_RBV

bi

$(SYMBOL).astFF[12].OK
io: input

$(PREFIX):FF:012:Ovrd:Activate

bo

$(SYMBOL).astFF[12].Ovrd.Activate
io: output

$(PREFIX):FF:012:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[12].Ovrd.Activate
io: output

$(PREFIX):FF:012:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[12].Ovrd.Active
io: input

$(PREFIX):FF:012:Ovrd:Deactivate

bo

$(SYMBOL).astFF[12].Ovrd.Deactivate
io: output

$(PREFIX):FF:012:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[12].Ovrd.Deactivate
io: output

$(PREFIX):FF:012:Ovrd:Duration

longout

$(SYMBOL).astFF[12].Ovrd.Duration
io: output

$(PREFIX):FF:012:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[12].Ovrd.Duration
io: output

$(PREFIX):FF:012:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[12].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:012:Ovrd:Expiration

longout

$(SYMBOL).astFF[12].Ovrd.Expiration
io: output

$(PREFIX):FF:012:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[12].Ovrd.Expiration
io: output

$(PREFIX):FF:012:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[12].Ovrd.RemainingTime
io: input

$(PREFIX):FF:012:Ovrd:StartDT

longout

$(SYMBOL).astFF[12].Ovrd.StartDT
io: output

$(PREFIX):FF:012:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[12].Ovrd.StartDT
io: output

$(PREFIX):FF:012:Reset

bo

$(SYMBOL).astFF[12].Reset
io: output

$(PREFIX):FF:012:Reset_RBV

bi

$(SYMBOL).astFF[12].Reset
io: output

$(PREFIX):FF:013:BeamPermitted_RBV

bi

$(SYMBOL).astFF[13].BeamPermitted
io: input

$(PREFIX):FF:013:Info:Desc_RBV

waveform

$(SYMBOL).astFF[13].Info.Desc
io: input

$(PREFIX):FF:013:Info:DevName_RBV

waveform

$(SYMBOL).astFF[13].Info.DevName
io: input

$(PREFIX):FF:013:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[13].Info.InfoString
io: input

$(PREFIX):FF:013:Info:InUse_RBV

bi

$(SYMBOL).astFF[13].Info.InUse
io: input

$(PREFIX):FF:013:Info:Path_RBV

waveform

$(SYMBOL).astFF[13].Info.sPath
io: input

$(PREFIX):FF:013:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[13].Info.TypeCode
io: input

$(PREFIX):FF:013:OK_RBV

bi

$(SYMBOL).astFF[13].OK
io: input

$(PREFIX):FF:013:Ovrd:Activate

bo

$(SYMBOL).astFF[13].Ovrd.Activate
io: output

$(PREFIX):FF:013:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[13].Ovrd.Activate
io: output

$(PREFIX):FF:013:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[13].Ovrd.Active
io: input

$(PREFIX):FF:013:Ovrd:Deactivate

bo

$(SYMBOL).astFF[13].Ovrd.Deactivate
io: output

$(PREFIX):FF:013:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[13].Ovrd.Deactivate
io: output

$(PREFIX):FF:013:Ovrd:Duration

longout

$(SYMBOL).astFF[13].Ovrd.Duration
io: output

$(PREFIX):FF:013:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[13].Ovrd.Duration
io: output

$(PREFIX):FF:013:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[13].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:013:Ovrd:Expiration

longout

$(SYMBOL).astFF[13].Ovrd.Expiration
io: output

$(PREFIX):FF:013:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[13].Ovrd.Expiration
io: output

$(PREFIX):FF:013:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[13].Ovrd.RemainingTime
io: input

$(PREFIX):FF:013:Ovrd:StartDT

longout

$(SYMBOL).astFF[13].Ovrd.StartDT
io: output

$(PREFIX):FF:013:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[13].Ovrd.StartDT
io: output

$(PREFIX):FF:013:Reset

bo

$(SYMBOL).astFF[13].Reset
io: output

$(PREFIX):FF:013:Reset_RBV

bi

$(SYMBOL).astFF[13].Reset
io: output

$(PREFIX):FF:014:BeamPermitted_RBV

bi

$(SYMBOL).astFF[14].BeamPermitted
io: input

$(PREFIX):FF:014:Info:Desc_RBV

waveform

$(SYMBOL).astFF[14].Info.Desc
io: input

$(PREFIX):FF:014:Info:DevName_RBV

waveform

$(SYMBOL).astFF[14].Info.DevName
io: input

$(PREFIX):FF:014:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[14].Info.InfoString
io: input

$(PREFIX):FF:014:Info:InUse_RBV

bi

$(SYMBOL).astFF[14].Info.InUse
io: input

$(PREFIX):FF:014:Info:Path_RBV

waveform

$(SYMBOL).astFF[14].Info.sPath
io: input

$(PREFIX):FF:014:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[14].Info.TypeCode
io: input

$(PREFIX):FF:014:OK_RBV

bi

$(SYMBOL).astFF[14].OK
io: input

$(PREFIX):FF:014:Ovrd:Activate

bo

$(SYMBOL).astFF[14].Ovrd.Activate
io: output

$(PREFIX):FF:014:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[14].Ovrd.Activate
io: output

$(PREFIX):FF:014:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[14].Ovrd.Active
io: input

$(PREFIX):FF:014:Ovrd:Deactivate

bo

$(SYMBOL).astFF[14].Ovrd.Deactivate
io: output

$(PREFIX):FF:014:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[14].Ovrd.Deactivate
io: output

$(PREFIX):FF:014:Ovrd:Duration

longout

$(SYMBOL).astFF[14].Ovrd.Duration
io: output

$(PREFIX):FF:014:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[14].Ovrd.Duration
io: output

$(PREFIX):FF:014:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[14].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:014:Ovrd:Expiration

longout

$(SYMBOL).astFF[14].Ovrd.Expiration
io: output

$(PREFIX):FF:014:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[14].Ovrd.Expiration
io: output

$(PREFIX):FF:014:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[14].Ovrd.RemainingTime
io: input

$(PREFIX):FF:014:Ovrd:StartDT

longout

$(SYMBOL).astFF[14].Ovrd.StartDT
io: output

$(PREFIX):FF:014:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[14].Ovrd.StartDT
io: output

$(PREFIX):FF:014:Reset

bo

$(SYMBOL).astFF[14].Reset
io: output

$(PREFIX):FF:014:Reset_RBV

bi

$(SYMBOL).astFF[14].Reset
io: output

$(PREFIX):FF:015:BeamPermitted_RBV

bi

$(SYMBOL).astFF[15].BeamPermitted
io: input

$(PREFIX):FF:015:Info:Desc_RBV

waveform

$(SYMBOL).astFF[15].Info.Desc
io: input

$(PREFIX):FF:015:Info:DevName_RBV

waveform

$(SYMBOL).astFF[15].Info.DevName
io: input

$(PREFIX):FF:015:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[15].Info.InfoString
io: input

$(PREFIX):FF:015:Info:InUse_RBV

bi

$(SYMBOL).astFF[15].Info.InUse
io: input

$(PREFIX):FF:015:Info:Path_RBV

waveform

$(SYMBOL).astFF[15].Info.sPath
io: input

$(PREFIX):FF:015:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[15].Info.TypeCode
io: input

$(PREFIX):FF:015:OK_RBV

bi

$(SYMBOL).astFF[15].OK
io: input

$(PREFIX):FF:015:Ovrd:Activate

bo

$(SYMBOL).astFF[15].Ovrd.Activate
io: output

$(PREFIX):FF:015:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[15].Ovrd.Activate
io: output

$(PREFIX):FF:015:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[15].Ovrd.Active
io: input

$(PREFIX):FF:015:Ovrd:Deactivate

bo

$(SYMBOL).astFF[15].Ovrd.Deactivate
io: output

$(PREFIX):FF:015:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[15].Ovrd.Deactivate
io: output

$(PREFIX):FF:015:Ovrd:Duration

longout

$(SYMBOL).astFF[15].Ovrd.Duration
io: output

$(PREFIX):FF:015:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[15].Ovrd.Duration
io: output

$(PREFIX):FF:015:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[15].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:015:Ovrd:Expiration

longout

$(SYMBOL).astFF[15].Ovrd.Expiration
io: output

$(PREFIX):FF:015:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[15].Ovrd.Expiration
io: output

$(PREFIX):FF:015:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[15].Ovrd.RemainingTime
io: input

$(PREFIX):FF:015:Ovrd:StartDT

longout

$(SYMBOL).astFF[15].Ovrd.StartDT
io: output

$(PREFIX):FF:015:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[15].Ovrd.StartDT
io: output

$(PREFIX):FF:015:Reset

bo

$(SYMBOL).astFF[15].Reset
io: output

$(PREFIX):FF:015:Reset_RBV

bi

$(SYMBOL).astFF[15].Reset
io: output

$(PREFIX):FF:016:BeamPermitted_RBV

bi

$(SYMBOL).astFF[16].BeamPermitted
io: input

$(PREFIX):FF:016:Info:Desc_RBV

waveform

$(SYMBOL).astFF[16].Info.Desc
io: input

$(PREFIX):FF:016:Info:DevName_RBV

waveform

$(SYMBOL).astFF[16].Info.DevName
io: input

$(PREFIX):FF:016:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[16].Info.InfoString
io: input

$(PREFIX):FF:016:Info:InUse_RBV

bi

$(SYMBOL).astFF[16].Info.InUse
io: input

$(PREFIX):FF:016:Info:Path_RBV

waveform

$(SYMBOL).astFF[16].Info.sPath
io: input

$(PREFIX):FF:016:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[16].Info.TypeCode
io: input

$(PREFIX):FF:016:OK_RBV

bi

$(SYMBOL).astFF[16].OK
io: input

$(PREFIX):FF:016:Ovrd:Activate

bo

$(SYMBOL).astFF[16].Ovrd.Activate
io: output

$(PREFIX):FF:016:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[16].Ovrd.Activate
io: output

$(PREFIX):FF:016:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[16].Ovrd.Active
io: input

$(PREFIX):FF:016:Ovrd:Deactivate

bo

$(SYMBOL).astFF[16].Ovrd.Deactivate
io: output

$(PREFIX):FF:016:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[16].Ovrd.Deactivate
io: output

$(PREFIX):FF:016:Ovrd:Duration

longout

$(SYMBOL).astFF[16].Ovrd.Duration
io: output

$(PREFIX):FF:016:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[16].Ovrd.Duration
io: output

$(PREFIX):FF:016:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[16].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:016:Ovrd:Expiration

longout

$(SYMBOL).astFF[16].Ovrd.Expiration
io: output

$(PREFIX):FF:016:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[16].Ovrd.Expiration
io: output

$(PREFIX):FF:016:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[16].Ovrd.RemainingTime
io: input

$(PREFIX):FF:016:Ovrd:StartDT

longout

$(SYMBOL).astFF[16].Ovrd.StartDT
io: output

$(PREFIX):FF:016:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[16].Ovrd.StartDT
io: output

$(PREFIX):FF:016:Reset

bo

$(SYMBOL).astFF[16].Reset
io: output

$(PREFIX):FF:016:Reset_RBV

bi

$(SYMBOL).astFF[16].Reset
io: output

$(PREFIX):FF:017:BeamPermitted_RBV

bi

$(SYMBOL).astFF[17].BeamPermitted
io: input

$(PREFIX):FF:017:Info:Desc_RBV

waveform

$(SYMBOL).astFF[17].Info.Desc
io: input

$(PREFIX):FF:017:Info:DevName_RBV

waveform

$(SYMBOL).astFF[17].Info.DevName
io: input

$(PREFIX):FF:017:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[17].Info.InfoString
io: input

$(PREFIX):FF:017:Info:InUse_RBV

bi

$(SYMBOL).astFF[17].Info.InUse
io: input

$(PREFIX):FF:017:Info:Path_RBV

waveform

$(SYMBOL).astFF[17].Info.sPath
io: input

$(PREFIX):FF:017:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[17].Info.TypeCode
io: input

$(PREFIX):FF:017:OK_RBV

bi

$(SYMBOL).astFF[17].OK
io: input

$(PREFIX):FF:017:Ovrd:Activate

bo

$(SYMBOL).astFF[17].Ovrd.Activate
io: output

$(PREFIX):FF:017:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[17].Ovrd.Activate
io: output

$(PREFIX):FF:017:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[17].Ovrd.Active
io: input

$(PREFIX):FF:017:Ovrd:Deactivate

bo

$(SYMBOL).astFF[17].Ovrd.Deactivate
io: output

$(PREFIX):FF:017:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[17].Ovrd.Deactivate
io: output

$(PREFIX):FF:017:Ovrd:Duration

longout

$(SYMBOL).astFF[17].Ovrd.Duration
io: output

$(PREFIX):FF:017:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[17].Ovrd.Duration
io: output

$(PREFIX):FF:017:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[17].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:017:Ovrd:Expiration

longout

$(SYMBOL).astFF[17].Ovrd.Expiration
io: output

$(PREFIX):FF:017:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[17].Ovrd.Expiration
io: output

$(PREFIX):FF:017:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[17].Ovrd.RemainingTime
io: input

$(PREFIX):FF:017:Ovrd:StartDT

longout

$(SYMBOL).astFF[17].Ovrd.StartDT
io: output

$(PREFIX):FF:017:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[17].Ovrd.StartDT
io: output

$(PREFIX):FF:017:Reset

bo

$(SYMBOL).astFF[17].Reset
io: output

$(PREFIX):FF:017:Reset_RBV

bi

$(SYMBOL).astFF[17].Reset
io: output

$(PREFIX):FF:018:BeamPermitted_RBV

bi

$(SYMBOL).astFF[18].BeamPermitted
io: input

$(PREFIX):FF:018:Info:Desc_RBV

waveform

$(SYMBOL).astFF[18].Info.Desc
io: input

$(PREFIX):FF:018:Info:DevName_RBV

waveform

$(SYMBOL).astFF[18].Info.DevName
io: input

$(PREFIX):FF:018:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[18].Info.InfoString
io: input

$(PREFIX):FF:018:Info:InUse_RBV

bi

$(SYMBOL).astFF[18].Info.InUse
io: input

$(PREFIX):FF:018:Info:Path_RBV

waveform

$(SYMBOL).astFF[18].Info.sPath
io: input

$(PREFIX):FF:018:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[18].Info.TypeCode
io: input

$(PREFIX):FF:018:OK_RBV

bi

$(SYMBOL).astFF[18].OK
io: input

$(PREFIX):FF:018:Ovrd:Activate

bo

$(SYMBOL).astFF[18].Ovrd.Activate
io: output

$(PREFIX):FF:018:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[18].Ovrd.Activate
io: output

$(PREFIX):FF:018:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[18].Ovrd.Active
io: input

$(PREFIX):FF:018:Ovrd:Deactivate

bo

$(SYMBOL).astFF[18].Ovrd.Deactivate
io: output

$(PREFIX):FF:018:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[18].Ovrd.Deactivate
io: output

$(PREFIX):FF:018:Ovrd:Duration

longout

$(SYMBOL).astFF[18].Ovrd.Duration
io: output

$(PREFIX):FF:018:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[18].Ovrd.Duration
io: output

$(PREFIX):FF:018:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[18].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:018:Ovrd:Expiration

longout

$(SYMBOL).astFF[18].Ovrd.Expiration
io: output

$(PREFIX):FF:018:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[18].Ovrd.Expiration
io: output

$(PREFIX):FF:018:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[18].Ovrd.RemainingTime
io: input

$(PREFIX):FF:018:Ovrd:StartDT

longout

$(SYMBOL).astFF[18].Ovrd.StartDT
io: output

$(PREFIX):FF:018:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[18].Ovrd.StartDT
io: output

$(PREFIX):FF:018:Reset

bo

$(SYMBOL).astFF[18].Reset
io: output

$(PREFIX):FF:018:Reset_RBV

bi

$(SYMBOL).astFF[18].Reset
io: output

$(PREFIX):FF:019:BeamPermitted_RBV

bi

$(SYMBOL).astFF[19].BeamPermitted
io: input

$(PREFIX):FF:019:Info:Desc_RBV

waveform

$(SYMBOL).astFF[19].Info.Desc
io: input

$(PREFIX):FF:019:Info:DevName_RBV

waveform

$(SYMBOL).astFF[19].Info.DevName
io: input

$(PREFIX):FF:019:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[19].Info.InfoString
io: input

$(PREFIX):FF:019:Info:InUse_RBV

bi

$(SYMBOL).astFF[19].Info.InUse
io: input

$(PREFIX):FF:019:Info:Path_RBV

waveform

$(SYMBOL).astFF[19].Info.sPath
io: input

$(PREFIX):FF:019:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[19].Info.TypeCode
io: input

$(PREFIX):FF:019:OK_RBV

bi

$(SYMBOL).astFF[19].OK
io: input

$(PREFIX):FF:019:Ovrd:Activate

bo

$(SYMBOL).astFF[19].Ovrd.Activate
io: output

$(PREFIX):FF:019:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[19].Ovrd.Activate
io: output

$(PREFIX):FF:019:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[19].Ovrd.Active
io: input

$(PREFIX):FF:019:Ovrd:Deactivate

bo

$(SYMBOL).astFF[19].Ovrd.Deactivate
io: output

$(PREFIX):FF:019:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[19].Ovrd.Deactivate
io: output

$(PREFIX):FF:019:Ovrd:Duration

longout

$(SYMBOL).astFF[19].Ovrd.Duration
io: output

$(PREFIX):FF:019:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[19].Ovrd.Duration
io: output

$(PREFIX):FF:019:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[19].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:019:Ovrd:Expiration

longout

$(SYMBOL).astFF[19].Ovrd.Expiration
io: output

$(PREFIX):FF:019:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[19].Ovrd.Expiration
io: output

$(PREFIX):FF:019:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[19].Ovrd.RemainingTime
io: input

$(PREFIX):FF:019:Ovrd:StartDT

longout

$(SYMBOL).astFF[19].Ovrd.StartDT
io: output

$(PREFIX):FF:019:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[19].Ovrd.StartDT
io: output

$(PREFIX):FF:019:Reset

bo

$(SYMBOL).astFF[19].Reset
io: output

$(PREFIX):FF:019:Reset_RBV

bi

$(SYMBOL).astFF[19].Reset
io: output

$(PREFIX):FF:020:BeamPermitted_RBV

bi

$(SYMBOL).astFF[20].BeamPermitted
io: input

$(PREFIX):FF:020:Info:Desc_RBV

waveform

$(SYMBOL).astFF[20].Info.Desc
io: input

$(PREFIX):FF:020:Info:DevName_RBV

waveform

$(SYMBOL).astFF[20].Info.DevName
io: input

$(PREFIX):FF:020:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[20].Info.InfoString
io: input

$(PREFIX):FF:020:Info:InUse_RBV

bi

$(SYMBOL).astFF[20].Info.InUse
io: input

$(PREFIX):FF:020:Info:Path_RBV

waveform

$(SYMBOL).astFF[20].Info.sPath
io: input

$(PREFIX):FF:020:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[20].Info.TypeCode
io: input

$(PREFIX):FF:020:OK_RBV

bi

$(SYMBOL).astFF[20].OK
io: input

$(PREFIX):FF:020:Ovrd:Activate

bo

$(SYMBOL).astFF[20].Ovrd.Activate
io: output

$(PREFIX):FF:020:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[20].Ovrd.Activate
io: output

$(PREFIX):FF:020:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[20].Ovrd.Active
io: input

$(PREFIX):FF:020:Ovrd:Deactivate

bo

$(SYMBOL).astFF[20].Ovrd.Deactivate
io: output

$(PREFIX):FF:020:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[20].Ovrd.Deactivate
io: output

$(PREFIX):FF:020:Ovrd:Duration

longout

$(SYMBOL).astFF[20].Ovrd.Duration
io: output

$(PREFIX):FF:020:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[20].Ovrd.Duration
io: output

$(PREFIX):FF:020:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[20].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:020:Ovrd:Expiration

longout

$(SYMBOL).astFF[20].Ovrd.Expiration
io: output

$(PREFIX):FF:020:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[20].Ovrd.Expiration
io: output

$(PREFIX):FF:020:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[20].Ovrd.RemainingTime
io: input

$(PREFIX):FF:020:Ovrd:StartDT

longout

$(SYMBOL).astFF[20].Ovrd.StartDT
io: output

$(PREFIX):FF:020:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[20].Ovrd.StartDT
io: output

$(PREFIX):FF:020:Reset

bo

$(SYMBOL).astFF[20].Reset
io: output

$(PREFIX):FF:020:Reset_RBV

bi

$(SYMBOL).astFF[20].Reset
io: output

$(PREFIX):FF:021:BeamPermitted_RBV

bi

$(SYMBOL).astFF[21].BeamPermitted
io: input

$(PREFIX):FF:021:Info:Desc_RBV

waveform

$(SYMBOL).astFF[21].Info.Desc
io: input

$(PREFIX):FF:021:Info:DevName_RBV

waveform

$(SYMBOL).astFF[21].Info.DevName
io: input

$(PREFIX):FF:021:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[21].Info.InfoString
io: input

$(PREFIX):FF:021:Info:InUse_RBV

bi

$(SYMBOL).astFF[21].Info.InUse
io: input

$(PREFIX):FF:021:Info:Path_RBV

waveform

$(SYMBOL).astFF[21].Info.sPath
io: input

$(PREFIX):FF:021:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[21].Info.TypeCode
io: input

$(PREFIX):FF:021:OK_RBV

bi

$(SYMBOL).astFF[21].OK
io: input

$(PREFIX):FF:021:Ovrd:Activate

bo

$(SYMBOL).astFF[21].Ovrd.Activate
io: output

$(PREFIX):FF:021:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[21].Ovrd.Activate
io: output

$(PREFIX):FF:021:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[21].Ovrd.Active
io: input

$(PREFIX):FF:021:Ovrd:Deactivate

bo

$(SYMBOL).astFF[21].Ovrd.Deactivate
io: output

$(PREFIX):FF:021:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[21].Ovrd.Deactivate
io: output

$(PREFIX):FF:021:Ovrd:Duration

longout

$(SYMBOL).astFF[21].Ovrd.Duration
io: output

$(PREFIX):FF:021:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[21].Ovrd.Duration
io: output

$(PREFIX):FF:021:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[21].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:021:Ovrd:Expiration

longout

$(SYMBOL).astFF[21].Ovrd.Expiration
io: output

$(PREFIX):FF:021:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[21].Ovrd.Expiration
io: output

$(PREFIX):FF:021:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[21].Ovrd.RemainingTime
io: input

$(PREFIX):FF:021:Ovrd:StartDT

longout

$(SYMBOL).astFF[21].Ovrd.StartDT
io: output

$(PREFIX):FF:021:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[21].Ovrd.StartDT
io: output

$(PREFIX):FF:021:Reset

bo

$(SYMBOL).astFF[21].Reset
io: output

$(PREFIX):FF:021:Reset_RBV

bi

$(SYMBOL).astFF[21].Reset
io: output

$(PREFIX):FF:022:BeamPermitted_RBV

bi

$(SYMBOL).astFF[22].BeamPermitted
io: input

$(PREFIX):FF:022:Info:Desc_RBV

waveform

$(SYMBOL).astFF[22].Info.Desc
io: input

$(PREFIX):FF:022:Info:DevName_RBV

waveform

$(SYMBOL).astFF[22].Info.DevName
io: input

$(PREFIX):FF:022:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[22].Info.InfoString
io: input

$(PREFIX):FF:022:Info:InUse_RBV

bi

$(SYMBOL).astFF[22].Info.InUse
io: input

$(PREFIX):FF:022:Info:Path_RBV

waveform

$(SYMBOL).astFF[22].Info.sPath
io: input

$(PREFIX):FF:022:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[22].Info.TypeCode
io: input

$(PREFIX):FF:022:OK_RBV

bi

$(SYMBOL).astFF[22].OK
io: input

$(PREFIX):FF:022:Ovrd:Activate

bo

$(SYMBOL).astFF[22].Ovrd.Activate
io: output

$(PREFIX):FF:022:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[22].Ovrd.Activate
io: output

$(PREFIX):FF:022:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[22].Ovrd.Active
io: input

$(PREFIX):FF:022:Ovrd:Deactivate

bo

$(SYMBOL).astFF[22].Ovrd.Deactivate
io: output

$(PREFIX):FF:022:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[22].Ovrd.Deactivate
io: output

$(PREFIX):FF:022:Ovrd:Duration

longout

$(SYMBOL).astFF[22].Ovrd.Duration
io: output

$(PREFIX):FF:022:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[22].Ovrd.Duration
io: output

$(PREFIX):FF:022:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[22].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:022:Ovrd:Expiration

longout

$(SYMBOL).astFF[22].Ovrd.Expiration
io: output

$(PREFIX):FF:022:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[22].Ovrd.Expiration
io: output

$(PREFIX):FF:022:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[22].Ovrd.RemainingTime
io: input

$(PREFIX):FF:022:Ovrd:StartDT

longout

$(SYMBOL).astFF[22].Ovrd.StartDT
io: output

$(PREFIX):FF:022:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[22].Ovrd.StartDT
io: output

$(PREFIX):FF:022:Reset

bo

$(SYMBOL).astFF[22].Reset
io: output

$(PREFIX):FF:022:Reset_RBV

bi

$(SYMBOL).astFF[22].Reset
io: output

$(PREFIX):FF:023:BeamPermitted_RBV

bi

$(SYMBOL).astFF[23].BeamPermitted
io: input

$(PREFIX):FF:023:Info:Desc_RBV

waveform

$(SYMBOL).astFF[23].Info.Desc
io: input

$(PREFIX):FF:023:Info:DevName_RBV

waveform

$(SYMBOL).astFF[23].Info.DevName
io: input

$(PREFIX):FF:023:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[23].Info.InfoString
io: input

$(PREFIX):FF:023:Info:InUse_RBV

bi

$(SYMBOL).astFF[23].Info.InUse
io: input

$(PREFIX):FF:023:Info:Path_RBV

waveform

$(SYMBOL).astFF[23].Info.sPath
io: input

$(PREFIX):FF:023:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[23].Info.TypeCode
io: input

$(PREFIX):FF:023:OK_RBV

bi

$(SYMBOL).astFF[23].OK
io: input

$(PREFIX):FF:023:Ovrd:Activate

bo

$(SYMBOL).astFF[23].Ovrd.Activate
io: output

$(PREFIX):FF:023:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[23].Ovrd.Activate
io: output

$(PREFIX):FF:023:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[23].Ovrd.Active
io: input

$(PREFIX):FF:023:Ovrd:Deactivate

bo

$(SYMBOL).astFF[23].Ovrd.Deactivate
io: output

$(PREFIX):FF:023:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[23].Ovrd.Deactivate
io: output

$(PREFIX):FF:023:Ovrd:Duration

longout

$(SYMBOL).astFF[23].Ovrd.Duration
io: output

$(PREFIX):FF:023:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[23].Ovrd.Duration
io: output

$(PREFIX):FF:023:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[23].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:023:Ovrd:Expiration

longout

$(SYMBOL).astFF[23].Ovrd.Expiration
io: output

$(PREFIX):FF:023:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[23].Ovrd.Expiration
io: output

$(PREFIX):FF:023:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[23].Ovrd.RemainingTime
io: input

$(PREFIX):FF:023:Ovrd:StartDT

longout

$(SYMBOL).astFF[23].Ovrd.StartDT
io: output

$(PREFIX):FF:023:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[23].Ovrd.StartDT
io: output

$(PREFIX):FF:023:Reset

bo

$(SYMBOL).astFF[23].Reset
io: output

$(PREFIX):FF:023:Reset_RBV

bi

$(SYMBOL).astFF[23].Reset
io: output

$(PREFIX):FF:024:BeamPermitted_RBV

bi

$(SYMBOL).astFF[24].BeamPermitted
io: input

$(PREFIX):FF:024:Info:Desc_RBV

waveform

$(SYMBOL).astFF[24].Info.Desc
io: input

$(PREFIX):FF:024:Info:DevName_RBV

waveform

$(SYMBOL).astFF[24].Info.DevName
io: input

$(PREFIX):FF:024:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[24].Info.InfoString
io: input

$(PREFIX):FF:024:Info:InUse_RBV

bi

$(SYMBOL).astFF[24].Info.InUse
io: input

$(PREFIX):FF:024:Info:Path_RBV

waveform

$(SYMBOL).astFF[24].Info.sPath
io: input

$(PREFIX):FF:024:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[24].Info.TypeCode
io: input

$(PREFIX):FF:024:OK_RBV

bi

$(SYMBOL).astFF[24].OK
io: input

$(PREFIX):FF:024:Ovrd:Activate

bo

$(SYMBOL).astFF[24].Ovrd.Activate
io: output

$(PREFIX):FF:024:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[24].Ovrd.Activate
io: output

$(PREFIX):FF:024:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[24].Ovrd.Active
io: input

$(PREFIX):FF:024:Ovrd:Deactivate

bo

$(SYMBOL).astFF[24].Ovrd.Deactivate
io: output

$(PREFIX):FF:024:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[24].Ovrd.Deactivate
io: output

$(PREFIX):FF:024:Ovrd:Duration

longout

$(SYMBOL).astFF[24].Ovrd.Duration
io: output

$(PREFIX):FF:024:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[24].Ovrd.Duration
io: output

$(PREFIX):FF:024:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[24].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:024:Ovrd:Expiration

longout

$(SYMBOL).astFF[24].Ovrd.Expiration
io: output

$(PREFIX):FF:024:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[24].Ovrd.Expiration
io: output

$(PREFIX):FF:024:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[24].Ovrd.RemainingTime
io: input

$(PREFIX):FF:024:Ovrd:StartDT

longout

$(SYMBOL).astFF[24].Ovrd.StartDT
io: output

$(PREFIX):FF:024:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[24].Ovrd.StartDT
io: output

$(PREFIX):FF:024:Reset

bo

$(SYMBOL).astFF[24].Reset
io: output

$(PREFIX):FF:024:Reset_RBV

bi

$(SYMBOL).astFF[24].Reset
io: output

$(PREFIX):FF:025:BeamPermitted_RBV

bi

$(SYMBOL).astFF[25].BeamPermitted
io: input

$(PREFIX):FF:025:Info:Desc_RBV

waveform

$(SYMBOL).astFF[25].Info.Desc
io: input

$(PREFIX):FF:025:Info:DevName_RBV

waveform

$(SYMBOL).astFF[25].Info.DevName
io: input

$(PREFIX):FF:025:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[25].Info.InfoString
io: input

$(PREFIX):FF:025:Info:InUse_RBV

bi

$(SYMBOL).astFF[25].Info.InUse
io: input

$(PREFIX):FF:025:Info:Path_RBV

waveform

$(SYMBOL).astFF[25].Info.sPath
io: input

$(PREFIX):FF:025:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[25].Info.TypeCode
io: input

$(PREFIX):FF:025:OK_RBV

bi

$(SYMBOL).astFF[25].OK
io: input

$(PREFIX):FF:025:Ovrd:Activate

bo

$(SYMBOL).astFF[25].Ovrd.Activate
io: output

$(PREFIX):FF:025:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[25].Ovrd.Activate
io: output

$(PREFIX):FF:025:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[25].Ovrd.Active
io: input

$(PREFIX):FF:025:Ovrd:Deactivate

bo

$(SYMBOL).astFF[25].Ovrd.Deactivate
io: output

$(PREFIX):FF:025:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[25].Ovrd.Deactivate
io: output

$(PREFIX):FF:025:Ovrd:Duration

longout

$(SYMBOL).astFF[25].Ovrd.Duration
io: output

$(PREFIX):FF:025:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[25].Ovrd.Duration
io: output

$(PREFIX):FF:025:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[25].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:025:Ovrd:Expiration

longout

$(SYMBOL).astFF[25].Ovrd.Expiration
io: output

$(PREFIX):FF:025:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[25].Ovrd.Expiration
io: output

$(PREFIX):FF:025:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[25].Ovrd.RemainingTime
io: input

$(PREFIX):FF:025:Ovrd:StartDT

longout

$(SYMBOL).astFF[25].Ovrd.StartDT
io: output

$(PREFIX):FF:025:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[25].Ovrd.StartDT
io: output

$(PREFIX):FF:025:Reset

bo

$(SYMBOL).astFF[25].Reset
io: output

$(PREFIX):FF:025:Reset_RBV

bi

$(SYMBOL).astFF[25].Reset
io: output

$(PREFIX):FF:026:BeamPermitted_RBV

bi

$(SYMBOL).astFF[26].BeamPermitted
io: input

$(PREFIX):FF:026:Info:Desc_RBV

waveform

$(SYMBOL).astFF[26].Info.Desc
io: input

$(PREFIX):FF:026:Info:DevName_RBV

waveform

$(SYMBOL).astFF[26].Info.DevName
io: input

$(PREFIX):FF:026:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[26].Info.InfoString
io: input

$(PREFIX):FF:026:Info:InUse_RBV

bi

$(SYMBOL).astFF[26].Info.InUse
io: input

$(PREFIX):FF:026:Info:Path_RBV

waveform

$(SYMBOL).astFF[26].Info.sPath
io: input

$(PREFIX):FF:026:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[26].Info.TypeCode
io: input

$(PREFIX):FF:026:OK_RBV

bi

$(SYMBOL).astFF[26].OK
io: input

$(PREFIX):FF:026:Ovrd:Activate

bo

$(SYMBOL).astFF[26].Ovrd.Activate
io: output

$(PREFIX):FF:026:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[26].Ovrd.Activate
io: output

$(PREFIX):FF:026:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[26].Ovrd.Active
io: input

$(PREFIX):FF:026:Ovrd:Deactivate

bo

$(SYMBOL).astFF[26].Ovrd.Deactivate
io: output

$(PREFIX):FF:026:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[26].Ovrd.Deactivate
io: output

$(PREFIX):FF:026:Ovrd:Duration

longout

$(SYMBOL).astFF[26].Ovrd.Duration
io: output

$(PREFIX):FF:026:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[26].Ovrd.Duration
io: output

$(PREFIX):FF:026:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[26].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:026:Ovrd:Expiration

longout

$(SYMBOL).astFF[26].Ovrd.Expiration
io: output

$(PREFIX):FF:026:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[26].Ovrd.Expiration
io: output

$(PREFIX):FF:026:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[26].Ovrd.RemainingTime
io: input

$(PREFIX):FF:026:Ovrd:StartDT

longout

$(SYMBOL).astFF[26].Ovrd.StartDT
io: output

$(PREFIX):FF:026:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[26].Ovrd.StartDT
io: output

$(PREFIX):FF:026:Reset

bo

$(SYMBOL).astFF[26].Reset
io: output

$(PREFIX):FF:026:Reset_RBV

bi

$(SYMBOL).astFF[26].Reset
io: output

$(PREFIX):FF:027:BeamPermitted_RBV

bi

$(SYMBOL).astFF[27].BeamPermitted
io: input

$(PREFIX):FF:027:Info:Desc_RBV

waveform

$(SYMBOL).astFF[27].Info.Desc
io: input

$(PREFIX):FF:027:Info:DevName_RBV

waveform

$(SYMBOL).astFF[27].Info.DevName
io: input

$(PREFIX):FF:027:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[27].Info.InfoString
io: input

$(PREFIX):FF:027:Info:InUse_RBV

bi

$(SYMBOL).astFF[27].Info.InUse
io: input

$(PREFIX):FF:027:Info:Path_RBV

waveform

$(SYMBOL).astFF[27].Info.sPath
io: input

$(PREFIX):FF:027:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[27].Info.TypeCode
io: input

$(PREFIX):FF:027:OK_RBV

bi

$(SYMBOL).astFF[27].OK
io: input

$(PREFIX):FF:027:Ovrd:Activate

bo

$(SYMBOL).astFF[27].Ovrd.Activate
io: output

$(PREFIX):FF:027:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[27].Ovrd.Activate
io: output

$(PREFIX):FF:027:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[27].Ovrd.Active
io: input

$(PREFIX):FF:027:Ovrd:Deactivate

bo

$(SYMBOL).astFF[27].Ovrd.Deactivate
io: output

$(PREFIX):FF:027:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[27].Ovrd.Deactivate
io: output

$(PREFIX):FF:027:Ovrd:Duration

longout

$(SYMBOL).astFF[27].Ovrd.Duration
io: output

$(PREFIX):FF:027:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[27].Ovrd.Duration
io: output

$(PREFIX):FF:027:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[27].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:027:Ovrd:Expiration

longout

$(SYMBOL).astFF[27].Ovrd.Expiration
io: output

$(PREFIX):FF:027:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[27].Ovrd.Expiration
io: output

$(PREFIX):FF:027:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[27].Ovrd.RemainingTime
io: input

$(PREFIX):FF:027:Ovrd:StartDT

longout

$(SYMBOL).astFF[27].Ovrd.StartDT
io: output

$(PREFIX):FF:027:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[27].Ovrd.StartDT
io: output

$(PREFIX):FF:027:Reset

bo

$(SYMBOL).astFF[27].Reset
io: output

$(PREFIX):FF:027:Reset_RBV

bi

$(SYMBOL).astFF[27].Reset
io: output

$(PREFIX):FF:028:BeamPermitted_RBV

bi

$(SYMBOL).astFF[28].BeamPermitted
io: input

$(PREFIX):FF:028:Info:Desc_RBV

waveform

$(SYMBOL).astFF[28].Info.Desc
io: input

$(PREFIX):FF:028:Info:DevName_RBV

waveform

$(SYMBOL).astFF[28].Info.DevName
io: input

$(PREFIX):FF:028:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[28].Info.InfoString
io: input

$(PREFIX):FF:028:Info:InUse_RBV

bi

$(SYMBOL).astFF[28].Info.InUse
io: input

$(PREFIX):FF:028:Info:Path_RBV

waveform

$(SYMBOL).astFF[28].Info.sPath
io: input

$(PREFIX):FF:028:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[28].Info.TypeCode
io: input

$(PREFIX):FF:028:OK_RBV

bi

$(SYMBOL).astFF[28].OK
io: input

$(PREFIX):FF:028:Ovrd:Activate

bo

$(SYMBOL).astFF[28].Ovrd.Activate
io: output

$(PREFIX):FF:028:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[28].Ovrd.Activate
io: output

$(PREFIX):FF:028:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[28].Ovrd.Active
io: input

$(PREFIX):FF:028:Ovrd:Deactivate

bo

$(SYMBOL).astFF[28].Ovrd.Deactivate
io: output

$(PREFIX):FF:028:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[28].Ovrd.Deactivate
io: output

$(PREFIX):FF:028:Ovrd:Duration

longout

$(SYMBOL).astFF[28].Ovrd.Duration
io: output

$(PREFIX):FF:028:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[28].Ovrd.Duration
io: output

$(PREFIX):FF:028:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[28].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:028:Ovrd:Expiration

longout

$(SYMBOL).astFF[28].Ovrd.Expiration
io: output

$(PREFIX):FF:028:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[28].Ovrd.Expiration
io: output

$(PREFIX):FF:028:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[28].Ovrd.RemainingTime
io: input

$(PREFIX):FF:028:Ovrd:StartDT

longout

$(SYMBOL).astFF[28].Ovrd.StartDT
io: output

$(PREFIX):FF:028:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[28].Ovrd.StartDT
io: output

$(PREFIX):FF:028:Reset

bo

$(SYMBOL).astFF[28].Reset
io: output

$(PREFIX):FF:028:Reset_RBV

bi

$(SYMBOL).astFF[28].Reset
io: output

$(PREFIX):FF:029:BeamPermitted_RBV

bi

$(SYMBOL).astFF[29].BeamPermitted
io: input

$(PREFIX):FF:029:Info:Desc_RBV

waveform

$(SYMBOL).astFF[29].Info.Desc
io: input

$(PREFIX):FF:029:Info:DevName_RBV

waveform

$(SYMBOL).astFF[29].Info.DevName
io: input

$(PREFIX):FF:029:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[29].Info.InfoString
io: input

$(PREFIX):FF:029:Info:InUse_RBV

bi

$(SYMBOL).astFF[29].Info.InUse
io: input

$(PREFIX):FF:029:Info:Path_RBV

waveform

$(SYMBOL).astFF[29].Info.sPath
io: input

$(PREFIX):FF:029:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[29].Info.TypeCode
io: input

$(PREFIX):FF:029:OK_RBV

bi

$(SYMBOL).astFF[29].OK
io: input

$(PREFIX):FF:029:Ovrd:Activate

bo

$(SYMBOL).astFF[29].Ovrd.Activate
io: output

$(PREFIX):FF:029:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[29].Ovrd.Activate
io: output

$(PREFIX):FF:029:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[29].Ovrd.Active
io: input

$(PREFIX):FF:029:Ovrd:Deactivate

bo

$(SYMBOL).astFF[29].Ovrd.Deactivate
io: output

$(PREFIX):FF:029:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[29].Ovrd.Deactivate
io: output

$(PREFIX):FF:029:Ovrd:Duration

longout

$(SYMBOL).astFF[29].Ovrd.Duration
io: output

$(PREFIX):FF:029:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[29].Ovrd.Duration
io: output

$(PREFIX):FF:029:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[29].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:029:Ovrd:Expiration

longout

$(SYMBOL).astFF[29].Ovrd.Expiration
io: output

$(PREFIX):FF:029:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[29].Ovrd.Expiration
io: output

$(PREFIX):FF:029:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[29].Ovrd.RemainingTime
io: input

$(PREFIX):FF:029:Ovrd:StartDT

longout

$(SYMBOL).astFF[29].Ovrd.StartDT
io: output

$(PREFIX):FF:029:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[29].Ovrd.StartDT
io: output

$(PREFIX):FF:029:Reset

bo

$(SYMBOL).astFF[29].Reset
io: output

$(PREFIX):FF:029:Reset_RBV

bi

$(SYMBOL).astFF[29].Reset
io: output

$(PREFIX):FF:030:BeamPermitted_RBV

bi

$(SYMBOL).astFF[30].BeamPermitted
io: input

$(PREFIX):FF:030:Info:Desc_RBV

waveform

$(SYMBOL).astFF[30].Info.Desc
io: input

$(PREFIX):FF:030:Info:DevName_RBV

waveform

$(SYMBOL).astFF[30].Info.DevName
io: input

$(PREFIX):FF:030:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[30].Info.InfoString
io: input

$(PREFIX):FF:030:Info:InUse_RBV

bi

$(SYMBOL).astFF[30].Info.InUse
io: input

$(PREFIX):FF:030:Info:Path_RBV

waveform

$(SYMBOL).astFF[30].Info.sPath
io: input

$(PREFIX):FF:030:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[30].Info.TypeCode
io: input

$(PREFIX):FF:030:OK_RBV

bi

$(SYMBOL).astFF[30].OK
io: input

$(PREFIX):FF:030:Ovrd:Activate

bo

$(SYMBOL).astFF[30].Ovrd.Activate
io: output

$(PREFIX):FF:030:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[30].Ovrd.Activate
io: output

$(PREFIX):FF:030:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[30].Ovrd.Active
io: input

$(PREFIX):FF:030:Ovrd:Deactivate

bo

$(SYMBOL).astFF[30].Ovrd.Deactivate
io: output

$(PREFIX):FF:030:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[30].Ovrd.Deactivate
io: output

$(PREFIX):FF:030:Ovrd:Duration

longout

$(SYMBOL).astFF[30].Ovrd.Duration
io: output

$(PREFIX):FF:030:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[30].Ovrd.Duration
io: output

$(PREFIX):FF:030:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[30].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:030:Ovrd:Expiration

longout

$(SYMBOL).astFF[30].Ovrd.Expiration
io: output

$(PREFIX):FF:030:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[30].Ovrd.Expiration
io: output

$(PREFIX):FF:030:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[30].Ovrd.RemainingTime
io: input

$(PREFIX):FF:030:Ovrd:StartDT

longout

$(SYMBOL).astFF[30].Ovrd.StartDT
io: output

$(PREFIX):FF:030:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[30].Ovrd.StartDT
io: output

$(PREFIX):FF:030:Reset

bo

$(SYMBOL).astFF[30].Reset
io: output

$(PREFIX):FF:030:Reset_RBV

bi

$(SYMBOL).astFF[30].Reset
io: output

$(PREFIX):FF:031:BeamPermitted_RBV

bi

$(SYMBOL).astFF[31].BeamPermitted
io: input

$(PREFIX):FF:031:Info:Desc_RBV

waveform

$(SYMBOL).astFF[31].Info.Desc
io: input

$(PREFIX):FF:031:Info:DevName_RBV

waveform

$(SYMBOL).astFF[31].Info.DevName
io: input

$(PREFIX):FF:031:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[31].Info.InfoString
io: input

$(PREFIX):FF:031:Info:InUse_RBV

bi

$(SYMBOL).astFF[31].Info.InUse
io: input

$(PREFIX):FF:031:Info:Path_RBV

waveform

$(SYMBOL).astFF[31].Info.sPath
io: input

$(PREFIX):FF:031:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[31].Info.TypeCode
io: input

$(PREFIX):FF:031:OK_RBV

bi

$(SYMBOL).astFF[31].OK
io: input

$(PREFIX):FF:031:Ovrd:Activate

bo

$(SYMBOL).astFF[31].Ovrd.Activate
io: output

$(PREFIX):FF:031:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[31].Ovrd.Activate
io: output

$(PREFIX):FF:031:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[31].Ovrd.Active
io: input

$(PREFIX):FF:031:Ovrd:Deactivate

bo

$(SYMBOL).astFF[31].Ovrd.Deactivate
io: output

$(PREFIX):FF:031:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[31].Ovrd.Deactivate
io: output

$(PREFIX):FF:031:Ovrd:Duration

longout

$(SYMBOL).astFF[31].Ovrd.Duration
io: output

$(PREFIX):FF:031:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[31].Ovrd.Duration
io: output

$(PREFIX):FF:031:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[31].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:031:Ovrd:Expiration

longout

$(SYMBOL).astFF[31].Ovrd.Expiration
io: output

$(PREFIX):FF:031:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[31].Ovrd.Expiration
io: output

$(PREFIX):FF:031:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[31].Ovrd.RemainingTime
io: input

$(PREFIX):FF:031:Ovrd:StartDT

longout

$(SYMBOL).astFF[31].Ovrd.StartDT
io: output

$(PREFIX):FF:031:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[31].Ovrd.StartDT
io: output

$(PREFIX):FF:031:Reset

bo

$(SYMBOL).astFF[31].Reset
io: output

$(PREFIX):FF:031:Reset_RBV

bi

$(SYMBOL).astFF[31].Reset
io: output

$(PREFIX):FF:032:BeamPermitted_RBV

bi

$(SYMBOL).astFF[32].BeamPermitted
io: input

$(PREFIX):FF:032:Info:Desc_RBV

waveform

$(SYMBOL).astFF[32].Info.Desc
io: input

$(PREFIX):FF:032:Info:DevName_RBV

waveform

$(SYMBOL).astFF[32].Info.DevName
io: input

$(PREFIX):FF:032:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[32].Info.InfoString
io: input

$(PREFIX):FF:032:Info:InUse_RBV

bi

$(SYMBOL).astFF[32].Info.InUse
io: input

$(PREFIX):FF:032:Info:Path_RBV

waveform

$(SYMBOL).astFF[32].Info.sPath
io: input

$(PREFIX):FF:032:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[32].Info.TypeCode
io: input

$(PREFIX):FF:032:OK_RBV

bi

$(SYMBOL).astFF[32].OK
io: input

$(PREFIX):FF:032:Ovrd:Activate

bo

$(SYMBOL).astFF[32].Ovrd.Activate
io: output

$(PREFIX):FF:032:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[32].Ovrd.Activate
io: output

$(PREFIX):FF:032:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[32].Ovrd.Active
io: input

$(PREFIX):FF:032:Ovrd:Deactivate

bo

$(SYMBOL).astFF[32].Ovrd.Deactivate
io: output

$(PREFIX):FF:032:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[32].Ovrd.Deactivate
io: output

$(PREFIX):FF:032:Ovrd:Duration

longout

$(SYMBOL).astFF[32].Ovrd.Duration
io: output

$(PREFIX):FF:032:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[32].Ovrd.Duration
io: output

$(PREFIX):FF:032:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[32].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:032:Ovrd:Expiration

longout

$(SYMBOL).astFF[32].Ovrd.Expiration
io: output

$(PREFIX):FF:032:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[32].Ovrd.Expiration
io: output

$(PREFIX):FF:032:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[32].Ovrd.RemainingTime
io: input

$(PREFIX):FF:032:Ovrd:StartDT

longout

$(SYMBOL).astFF[32].Ovrd.StartDT
io: output

$(PREFIX):FF:032:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[32].Ovrd.StartDT
io: output

$(PREFIX):FF:032:Reset

bo

$(SYMBOL).astFF[32].Reset
io: output

$(PREFIX):FF:032:Reset_RBV

bi

$(SYMBOL).astFF[32].Reset
io: output

$(PREFIX):FF:033:BeamPermitted_RBV

bi

$(SYMBOL).astFF[33].BeamPermitted
io: input

$(PREFIX):FF:033:Info:Desc_RBV

waveform

$(SYMBOL).astFF[33].Info.Desc
io: input

$(PREFIX):FF:033:Info:DevName_RBV

waveform

$(SYMBOL).astFF[33].Info.DevName
io: input

$(PREFIX):FF:033:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[33].Info.InfoString
io: input

$(PREFIX):FF:033:Info:InUse_RBV

bi

$(SYMBOL).astFF[33].Info.InUse
io: input

$(PREFIX):FF:033:Info:Path_RBV

waveform

$(SYMBOL).astFF[33].Info.sPath
io: input

$(PREFIX):FF:033:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[33].Info.TypeCode
io: input

$(PREFIX):FF:033:OK_RBV

bi

$(SYMBOL).astFF[33].OK
io: input

$(PREFIX):FF:033:Ovrd:Activate

bo

$(SYMBOL).astFF[33].Ovrd.Activate
io: output

$(PREFIX):FF:033:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[33].Ovrd.Activate
io: output

$(PREFIX):FF:033:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[33].Ovrd.Active
io: input

$(PREFIX):FF:033:Ovrd:Deactivate

bo

$(SYMBOL).astFF[33].Ovrd.Deactivate
io: output

$(PREFIX):FF:033:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[33].Ovrd.Deactivate
io: output

$(PREFIX):FF:033:Ovrd:Duration

longout

$(SYMBOL).astFF[33].Ovrd.Duration
io: output

$(PREFIX):FF:033:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[33].Ovrd.Duration
io: output

$(PREFIX):FF:033:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[33].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:033:Ovrd:Expiration

longout

$(SYMBOL).astFF[33].Ovrd.Expiration
io: output

$(PREFIX):FF:033:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[33].Ovrd.Expiration
io: output

$(PREFIX):FF:033:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[33].Ovrd.RemainingTime
io: input

$(PREFIX):FF:033:Ovrd:StartDT

longout

$(SYMBOL).astFF[33].Ovrd.StartDT
io: output

$(PREFIX):FF:033:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[33].Ovrd.StartDT
io: output

$(PREFIX):FF:033:Reset

bo

$(SYMBOL).astFF[33].Reset
io: output

$(PREFIX):FF:033:Reset_RBV

bi

$(SYMBOL).astFF[33].Reset
io: output

$(PREFIX):FF:034:BeamPermitted_RBV

bi

$(SYMBOL).astFF[34].BeamPermitted
io: input

$(PREFIX):FF:034:Info:Desc_RBV

waveform

$(SYMBOL).astFF[34].Info.Desc
io: input

$(PREFIX):FF:034:Info:DevName_RBV

waveform

$(SYMBOL).astFF[34].Info.DevName
io: input

$(PREFIX):FF:034:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[34].Info.InfoString
io: input

$(PREFIX):FF:034:Info:InUse_RBV

bi

$(SYMBOL).astFF[34].Info.InUse
io: input

$(PREFIX):FF:034:Info:Path_RBV

waveform

$(SYMBOL).astFF[34].Info.sPath
io: input

$(PREFIX):FF:034:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[34].Info.TypeCode
io: input

$(PREFIX):FF:034:OK_RBV

bi

$(SYMBOL).astFF[34].OK
io: input

$(PREFIX):FF:034:Ovrd:Activate

bo

$(SYMBOL).astFF[34].Ovrd.Activate
io: output

$(PREFIX):FF:034:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[34].Ovrd.Activate
io: output

$(PREFIX):FF:034:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[34].Ovrd.Active
io: input

$(PREFIX):FF:034:Ovrd:Deactivate

bo

$(SYMBOL).astFF[34].Ovrd.Deactivate
io: output

$(PREFIX):FF:034:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[34].Ovrd.Deactivate
io: output

$(PREFIX):FF:034:Ovrd:Duration

longout

$(SYMBOL).astFF[34].Ovrd.Duration
io: output

$(PREFIX):FF:034:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[34].Ovrd.Duration
io: output

$(PREFIX):FF:034:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[34].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:034:Ovrd:Expiration

longout

$(SYMBOL).astFF[34].Ovrd.Expiration
io: output

$(PREFIX):FF:034:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[34].Ovrd.Expiration
io: output

$(PREFIX):FF:034:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[34].Ovrd.RemainingTime
io: input

$(PREFIX):FF:034:Ovrd:StartDT

longout

$(SYMBOL).astFF[34].Ovrd.StartDT
io: output

$(PREFIX):FF:034:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[34].Ovrd.StartDT
io: output

$(PREFIX):FF:034:Reset

bo

$(SYMBOL).astFF[34].Reset
io: output

$(PREFIX):FF:034:Reset_RBV

bi

$(SYMBOL).astFF[34].Reset
io: output

$(PREFIX):FF:035:BeamPermitted_RBV

bi

$(SYMBOL).astFF[35].BeamPermitted
io: input

$(PREFIX):FF:035:Info:Desc_RBV

waveform

$(SYMBOL).astFF[35].Info.Desc
io: input

$(PREFIX):FF:035:Info:DevName_RBV

waveform

$(SYMBOL).astFF[35].Info.DevName
io: input

$(PREFIX):FF:035:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[35].Info.InfoString
io: input

$(PREFIX):FF:035:Info:InUse_RBV

bi

$(SYMBOL).astFF[35].Info.InUse
io: input

$(PREFIX):FF:035:Info:Path_RBV

waveform

$(SYMBOL).astFF[35].Info.sPath
io: input

$(PREFIX):FF:035:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[35].Info.TypeCode
io: input

$(PREFIX):FF:035:OK_RBV

bi

$(SYMBOL).astFF[35].OK
io: input

$(PREFIX):FF:035:Ovrd:Activate

bo

$(SYMBOL).astFF[35].Ovrd.Activate
io: output

$(PREFIX):FF:035:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[35].Ovrd.Activate
io: output

$(PREFIX):FF:035:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[35].Ovrd.Active
io: input

$(PREFIX):FF:035:Ovrd:Deactivate

bo

$(SYMBOL).astFF[35].Ovrd.Deactivate
io: output

$(PREFIX):FF:035:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[35].Ovrd.Deactivate
io: output

$(PREFIX):FF:035:Ovrd:Duration

longout

$(SYMBOL).astFF[35].Ovrd.Duration
io: output

$(PREFIX):FF:035:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[35].Ovrd.Duration
io: output

$(PREFIX):FF:035:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[35].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:035:Ovrd:Expiration

longout

$(SYMBOL).astFF[35].Ovrd.Expiration
io: output

$(PREFIX):FF:035:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[35].Ovrd.Expiration
io: output

$(PREFIX):FF:035:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[35].Ovrd.RemainingTime
io: input

$(PREFIX):FF:035:Ovrd:StartDT

longout

$(SYMBOL).astFF[35].Ovrd.StartDT
io: output

$(PREFIX):FF:035:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[35].Ovrd.StartDT
io: output

$(PREFIX):FF:035:Reset

bo

$(SYMBOL).astFF[35].Reset
io: output

$(PREFIX):FF:035:Reset_RBV

bi

$(SYMBOL).astFF[35].Reset
io: output

$(PREFIX):FF:036:BeamPermitted_RBV

bi

$(SYMBOL).astFF[36].BeamPermitted
io: input

$(PREFIX):FF:036:Info:Desc_RBV

waveform

$(SYMBOL).astFF[36].Info.Desc
io: input

$(PREFIX):FF:036:Info:DevName_RBV

waveform

$(SYMBOL).astFF[36].Info.DevName
io: input

$(PREFIX):FF:036:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[36].Info.InfoString
io: input

$(PREFIX):FF:036:Info:InUse_RBV

bi

$(SYMBOL).astFF[36].Info.InUse
io: input

$(PREFIX):FF:036:Info:Path_RBV

waveform

$(SYMBOL).astFF[36].Info.sPath
io: input

$(PREFIX):FF:036:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[36].Info.TypeCode
io: input

$(PREFIX):FF:036:OK_RBV

bi

$(SYMBOL).astFF[36].OK
io: input

$(PREFIX):FF:036:Ovrd:Activate

bo

$(SYMBOL).astFF[36].Ovrd.Activate
io: output

$(PREFIX):FF:036:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[36].Ovrd.Activate
io: output

$(PREFIX):FF:036:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[36].Ovrd.Active
io: input

$(PREFIX):FF:036:Ovrd:Deactivate

bo

$(SYMBOL).astFF[36].Ovrd.Deactivate
io: output

$(PREFIX):FF:036:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[36].Ovrd.Deactivate
io: output

$(PREFIX):FF:036:Ovrd:Duration

longout

$(SYMBOL).astFF[36].Ovrd.Duration
io: output

$(PREFIX):FF:036:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[36].Ovrd.Duration
io: output

$(PREFIX):FF:036:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[36].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:036:Ovrd:Expiration

longout

$(SYMBOL).astFF[36].Ovrd.Expiration
io: output

$(PREFIX):FF:036:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[36].Ovrd.Expiration
io: output

$(PREFIX):FF:036:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[36].Ovrd.RemainingTime
io: input

$(PREFIX):FF:036:Ovrd:StartDT

longout

$(SYMBOL).astFF[36].Ovrd.StartDT
io: output

$(PREFIX):FF:036:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[36].Ovrd.StartDT
io: output

$(PREFIX):FF:036:Reset

bo

$(SYMBOL).astFF[36].Reset
io: output

$(PREFIX):FF:036:Reset_RBV

bi

$(SYMBOL).astFF[36].Reset
io: output

$(PREFIX):FF:037:BeamPermitted_RBV

bi

$(SYMBOL).astFF[37].BeamPermitted
io: input

$(PREFIX):FF:037:Info:Desc_RBV

waveform

$(SYMBOL).astFF[37].Info.Desc
io: input

$(PREFIX):FF:037:Info:DevName_RBV

waveform

$(SYMBOL).astFF[37].Info.DevName
io: input

$(PREFIX):FF:037:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[37].Info.InfoString
io: input

$(PREFIX):FF:037:Info:InUse_RBV

bi

$(SYMBOL).astFF[37].Info.InUse
io: input

$(PREFIX):FF:037:Info:Path_RBV

waveform

$(SYMBOL).astFF[37].Info.sPath
io: input

$(PREFIX):FF:037:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[37].Info.TypeCode
io: input

$(PREFIX):FF:037:OK_RBV

bi

$(SYMBOL).astFF[37].OK
io: input

$(PREFIX):FF:037:Ovrd:Activate

bo

$(SYMBOL).astFF[37].Ovrd.Activate
io: output

$(PREFIX):FF:037:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[37].Ovrd.Activate
io: output

$(PREFIX):FF:037:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[37].Ovrd.Active
io: input

$(PREFIX):FF:037:Ovrd:Deactivate

bo

$(SYMBOL).astFF[37].Ovrd.Deactivate
io: output

$(PREFIX):FF:037:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[37].Ovrd.Deactivate
io: output

$(PREFIX):FF:037:Ovrd:Duration

longout

$(SYMBOL).astFF[37].Ovrd.Duration
io: output

$(PREFIX):FF:037:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[37].Ovrd.Duration
io: output

$(PREFIX):FF:037:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[37].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:037:Ovrd:Expiration

longout

$(SYMBOL).astFF[37].Ovrd.Expiration
io: output

$(PREFIX):FF:037:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[37].Ovrd.Expiration
io: output

$(PREFIX):FF:037:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[37].Ovrd.RemainingTime
io: input

$(PREFIX):FF:037:Ovrd:StartDT

longout

$(SYMBOL).astFF[37].Ovrd.StartDT
io: output

$(PREFIX):FF:037:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[37].Ovrd.StartDT
io: output

$(PREFIX):FF:037:Reset

bo

$(SYMBOL).astFF[37].Reset
io: output

$(PREFIX):FF:037:Reset_RBV

bi

$(SYMBOL).astFF[37].Reset
io: output

$(PREFIX):FF:038:BeamPermitted_RBV

bi

$(SYMBOL).astFF[38].BeamPermitted
io: input

$(PREFIX):FF:038:Info:Desc_RBV

waveform

$(SYMBOL).astFF[38].Info.Desc
io: input

$(PREFIX):FF:038:Info:DevName_RBV

waveform

$(SYMBOL).astFF[38].Info.DevName
io: input

$(PREFIX):FF:038:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[38].Info.InfoString
io: input

$(PREFIX):FF:038:Info:InUse_RBV

bi

$(SYMBOL).astFF[38].Info.InUse
io: input

$(PREFIX):FF:038:Info:Path_RBV

waveform

$(SYMBOL).astFF[38].Info.sPath
io: input

$(PREFIX):FF:038:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[38].Info.TypeCode
io: input

$(PREFIX):FF:038:OK_RBV

bi

$(SYMBOL).astFF[38].OK
io: input

$(PREFIX):FF:038:Ovrd:Activate

bo

$(SYMBOL).astFF[38].Ovrd.Activate
io: output

$(PREFIX):FF:038:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[38].Ovrd.Activate
io: output

$(PREFIX):FF:038:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[38].Ovrd.Active
io: input

$(PREFIX):FF:038:Ovrd:Deactivate

bo

$(SYMBOL).astFF[38].Ovrd.Deactivate
io: output

$(PREFIX):FF:038:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[38].Ovrd.Deactivate
io: output

$(PREFIX):FF:038:Ovrd:Duration

longout

$(SYMBOL).astFF[38].Ovrd.Duration
io: output

$(PREFIX):FF:038:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[38].Ovrd.Duration
io: output

$(PREFIX):FF:038:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[38].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:038:Ovrd:Expiration

longout

$(SYMBOL).astFF[38].Ovrd.Expiration
io: output

$(PREFIX):FF:038:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[38].Ovrd.Expiration
io: output

$(PREFIX):FF:038:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[38].Ovrd.RemainingTime
io: input

$(PREFIX):FF:038:Ovrd:StartDT

longout

$(SYMBOL).astFF[38].Ovrd.StartDT
io: output

$(PREFIX):FF:038:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[38].Ovrd.StartDT
io: output

$(PREFIX):FF:038:Reset

bo

$(SYMBOL).astFF[38].Reset
io: output

$(PREFIX):FF:038:Reset_RBV

bi

$(SYMBOL).astFF[38].Reset
io: output

$(PREFIX):FF:039:BeamPermitted_RBV

bi

$(SYMBOL).astFF[39].BeamPermitted
io: input

$(PREFIX):FF:039:Info:Desc_RBV

waveform

$(SYMBOL).astFF[39].Info.Desc
io: input

$(PREFIX):FF:039:Info:DevName_RBV

waveform

$(SYMBOL).astFF[39].Info.DevName
io: input

$(PREFIX):FF:039:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[39].Info.InfoString
io: input

$(PREFIX):FF:039:Info:InUse_RBV

bi

$(SYMBOL).astFF[39].Info.InUse
io: input

$(PREFIX):FF:039:Info:Path_RBV

waveform

$(SYMBOL).astFF[39].Info.sPath
io: input

$(PREFIX):FF:039:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[39].Info.TypeCode
io: input

$(PREFIX):FF:039:OK_RBV

bi

$(SYMBOL).astFF[39].OK
io: input

$(PREFIX):FF:039:Ovrd:Activate

bo

$(SYMBOL).astFF[39].Ovrd.Activate
io: output

$(PREFIX):FF:039:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[39].Ovrd.Activate
io: output

$(PREFIX):FF:039:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[39].Ovrd.Active
io: input

$(PREFIX):FF:039:Ovrd:Deactivate

bo

$(SYMBOL).astFF[39].Ovrd.Deactivate
io: output

$(PREFIX):FF:039:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[39].Ovrd.Deactivate
io: output

$(PREFIX):FF:039:Ovrd:Duration

longout

$(SYMBOL).astFF[39].Ovrd.Duration
io: output

$(PREFIX):FF:039:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[39].Ovrd.Duration
io: output

$(PREFIX):FF:039:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[39].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:039:Ovrd:Expiration

longout

$(SYMBOL).astFF[39].Ovrd.Expiration
io: output

$(PREFIX):FF:039:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[39].Ovrd.Expiration
io: output

$(PREFIX):FF:039:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[39].Ovrd.RemainingTime
io: input

$(PREFIX):FF:039:Ovrd:StartDT

longout

$(SYMBOL).astFF[39].Ovrd.StartDT
io: output

$(PREFIX):FF:039:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[39].Ovrd.StartDT
io: output

$(PREFIX):FF:039:Reset

bo

$(SYMBOL).astFF[39].Reset
io: output

$(PREFIX):FF:039:Reset_RBV

bi

$(SYMBOL).astFF[39].Reset
io: output

$(PREFIX):FF:040:BeamPermitted_RBV

bi

$(SYMBOL).astFF[40].BeamPermitted
io: input

$(PREFIX):FF:040:Info:Desc_RBV

waveform

$(SYMBOL).astFF[40].Info.Desc
io: input

$(PREFIX):FF:040:Info:DevName_RBV

waveform

$(SYMBOL).astFF[40].Info.DevName
io: input

$(PREFIX):FF:040:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[40].Info.InfoString
io: input

$(PREFIX):FF:040:Info:InUse_RBV

bi

$(SYMBOL).astFF[40].Info.InUse
io: input

$(PREFIX):FF:040:Info:Path_RBV

waveform

$(SYMBOL).astFF[40].Info.sPath
io: input

$(PREFIX):FF:040:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[40].Info.TypeCode
io: input

$(PREFIX):FF:040:OK_RBV

bi

$(SYMBOL).astFF[40].OK
io: input

$(PREFIX):FF:040:Ovrd:Activate

bo

$(SYMBOL).astFF[40].Ovrd.Activate
io: output

$(PREFIX):FF:040:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[40].Ovrd.Activate
io: output

$(PREFIX):FF:040:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[40].Ovrd.Active
io: input

$(PREFIX):FF:040:Ovrd:Deactivate

bo

$(SYMBOL).astFF[40].Ovrd.Deactivate
io: output

$(PREFIX):FF:040:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[40].Ovrd.Deactivate
io: output

$(PREFIX):FF:040:Ovrd:Duration

longout

$(SYMBOL).astFF[40].Ovrd.Duration
io: output

$(PREFIX):FF:040:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[40].Ovrd.Duration
io: output

$(PREFIX):FF:040:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[40].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:040:Ovrd:Expiration

longout

$(SYMBOL).astFF[40].Ovrd.Expiration
io: output

$(PREFIX):FF:040:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[40].Ovrd.Expiration
io: output

$(PREFIX):FF:040:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[40].Ovrd.RemainingTime
io: input

$(PREFIX):FF:040:Ovrd:StartDT

longout

$(SYMBOL).astFF[40].Ovrd.StartDT
io: output

$(PREFIX):FF:040:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[40].Ovrd.StartDT
io: output

$(PREFIX):FF:040:Reset

bo

$(SYMBOL).astFF[40].Reset
io: output

$(PREFIX):FF:040:Reset_RBV

bi

$(SYMBOL).astFF[40].Reset
io: output

$(PREFIX):FF:041:BeamPermitted_RBV

bi

$(SYMBOL).astFF[41].BeamPermitted
io: input

$(PREFIX):FF:041:Info:Desc_RBV

waveform

$(SYMBOL).astFF[41].Info.Desc
io: input

$(PREFIX):FF:041:Info:DevName_RBV

waveform

$(SYMBOL).astFF[41].Info.DevName
io: input

$(PREFIX):FF:041:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[41].Info.InfoString
io: input

$(PREFIX):FF:041:Info:InUse_RBV

bi

$(SYMBOL).astFF[41].Info.InUse
io: input

$(PREFIX):FF:041:Info:Path_RBV

waveform

$(SYMBOL).astFF[41].Info.sPath
io: input

$(PREFIX):FF:041:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[41].Info.TypeCode
io: input

$(PREFIX):FF:041:OK_RBV

bi

$(SYMBOL).astFF[41].OK
io: input

$(PREFIX):FF:041:Ovrd:Activate

bo

$(SYMBOL).astFF[41].Ovrd.Activate
io: output

$(PREFIX):FF:041:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[41].Ovrd.Activate
io: output

$(PREFIX):FF:041:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[41].Ovrd.Active
io: input

$(PREFIX):FF:041:Ovrd:Deactivate

bo

$(SYMBOL).astFF[41].Ovrd.Deactivate
io: output

$(PREFIX):FF:041:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[41].Ovrd.Deactivate
io: output

$(PREFIX):FF:041:Ovrd:Duration

longout

$(SYMBOL).astFF[41].Ovrd.Duration
io: output

$(PREFIX):FF:041:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[41].Ovrd.Duration
io: output

$(PREFIX):FF:041:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[41].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:041:Ovrd:Expiration

longout

$(SYMBOL).astFF[41].Ovrd.Expiration
io: output

$(PREFIX):FF:041:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[41].Ovrd.Expiration
io: output

$(PREFIX):FF:041:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[41].Ovrd.RemainingTime
io: input

$(PREFIX):FF:041:Ovrd:StartDT

longout

$(SYMBOL).astFF[41].Ovrd.StartDT
io: output

$(PREFIX):FF:041:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[41].Ovrd.StartDT
io: output

$(PREFIX):FF:041:Reset

bo

$(SYMBOL).astFF[41].Reset
io: output

$(PREFIX):FF:041:Reset_RBV

bi

$(SYMBOL).astFF[41].Reset
io: output

$(PREFIX):FF:042:BeamPermitted_RBV

bi

$(SYMBOL).astFF[42].BeamPermitted
io: input

$(PREFIX):FF:042:Info:Desc_RBV

waveform

$(SYMBOL).astFF[42].Info.Desc
io: input

$(PREFIX):FF:042:Info:DevName_RBV

waveform

$(SYMBOL).astFF[42].Info.DevName
io: input

$(PREFIX):FF:042:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[42].Info.InfoString
io: input

$(PREFIX):FF:042:Info:InUse_RBV

bi

$(SYMBOL).astFF[42].Info.InUse
io: input

$(PREFIX):FF:042:Info:Path_RBV

waveform

$(SYMBOL).astFF[42].Info.sPath
io: input

$(PREFIX):FF:042:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[42].Info.TypeCode
io: input

$(PREFIX):FF:042:OK_RBV

bi

$(SYMBOL).astFF[42].OK
io: input

$(PREFIX):FF:042:Ovrd:Activate

bo

$(SYMBOL).astFF[42].Ovrd.Activate
io: output

$(PREFIX):FF:042:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[42].Ovrd.Activate
io: output

$(PREFIX):FF:042:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[42].Ovrd.Active
io: input

$(PREFIX):FF:042:Ovrd:Deactivate

bo

$(SYMBOL).astFF[42].Ovrd.Deactivate
io: output

$(PREFIX):FF:042:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[42].Ovrd.Deactivate
io: output

$(PREFIX):FF:042:Ovrd:Duration

longout

$(SYMBOL).astFF[42].Ovrd.Duration
io: output

$(PREFIX):FF:042:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[42].Ovrd.Duration
io: output

$(PREFIX):FF:042:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[42].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:042:Ovrd:Expiration

longout

$(SYMBOL).astFF[42].Ovrd.Expiration
io: output

$(PREFIX):FF:042:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[42].Ovrd.Expiration
io: output

$(PREFIX):FF:042:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[42].Ovrd.RemainingTime
io: input

$(PREFIX):FF:042:Ovrd:StartDT

longout

$(SYMBOL).astFF[42].Ovrd.StartDT
io: output

$(PREFIX):FF:042:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[42].Ovrd.StartDT
io: output

$(PREFIX):FF:042:Reset

bo

$(SYMBOL).astFF[42].Reset
io: output

$(PREFIX):FF:042:Reset_RBV

bi

$(SYMBOL).astFF[42].Reset
io: output

$(PREFIX):FF:043:BeamPermitted_RBV

bi

$(SYMBOL).astFF[43].BeamPermitted
io: input

$(PREFIX):FF:043:Info:Desc_RBV

waveform

$(SYMBOL).astFF[43].Info.Desc
io: input

$(PREFIX):FF:043:Info:DevName_RBV

waveform

$(SYMBOL).astFF[43].Info.DevName
io: input

$(PREFIX):FF:043:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[43].Info.InfoString
io: input

$(PREFIX):FF:043:Info:InUse_RBV

bi

$(SYMBOL).astFF[43].Info.InUse
io: input

$(PREFIX):FF:043:Info:Path_RBV

waveform

$(SYMBOL).astFF[43].Info.sPath
io: input

$(PREFIX):FF:043:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[43].Info.TypeCode
io: input

$(PREFIX):FF:043:OK_RBV

bi

$(SYMBOL).astFF[43].OK
io: input

$(PREFIX):FF:043:Ovrd:Activate

bo

$(SYMBOL).astFF[43].Ovrd.Activate
io: output

$(PREFIX):FF:043:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[43].Ovrd.Activate
io: output

$(PREFIX):FF:043:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[43].Ovrd.Active
io: input

$(PREFIX):FF:043:Ovrd:Deactivate

bo

$(SYMBOL).astFF[43].Ovrd.Deactivate
io: output

$(PREFIX):FF:043:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[43].Ovrd.Deactivate
io: output

$(PREFIX):FF:043:Ovrd:Duration

longout

$(SYMBOL).astFF[43].Ovrd.Duration
io: output

$(PREFIX):FF:043:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[43].Ovrd.Duration
io: output

$(PREFIX):FF:043:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[43].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:043:Ovrd:Expiration

longout

$(SYMBOL).astFF[43].Ovrd.Expiration
io: output

$(PREFIX):FF:043:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[43].Ovrd.Expiration
io: output

$(PREFIX):FF:043:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[43].Ovrd.RemainingTime
io: input

$(PREFIX):FF:043:Ovrd:StartDT

longout

$(SYMBOL).astFF[43].Ovrd.StartDT
io: output

$(PREFIX):FF:043:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[43].Ovrd.StartDT
io: output

$(PREFIX):FF:043:Reset

bo

$(SYMBOL).astFF[43].Reset
io: output

$(PREFIX):FF:043:Reset_RBV

bi

$(SYMBOL).astFF[43].Reset
io: output

$(PREFIX):FF:044:BeamPermitted_RBV

bi

$(SYMBOL).astFF[44].BeamPermitted
io: input

$(PREFIX):FF:044:Info:Desc_RBV

waveform

$(SYMBOL).astFF[44].Info.Desc
io: input

$(PREFIX):FF:044:Info:DevName_RBV

waveform

$(SYMBOL).astFF[44].Info.DevName
io: input

$(PREFIX):FF:044:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[44].Info.InfoString
io: input

$(PREFIX):FF:044:Info:InUse_RBV

bi

$(SYMBOL).astFF[44].Info.InUse
io: input

$(PREFIX):FF:044:Info:Path_RBV

waveform

$(SYMBOL).astFF[44].Info.sPath
io: input

$(PREFIX):FF:044:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[44].Info.TypeCode
io: input

$(PREFIX):FF:044:OK_RBV

bi

$(SYMBOL).astFF[44].OK
io: input

$(PREFIX):FF:044:Ovrd:Activate

bo

$(SYMBOL).astFF[44].Ovrd.Activate
io: output

$(PREFIX):FF:044:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[44].Ovrd.Activate
io: output

$(PREFIX):FF:044:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[44].Ovrd.Active
io: input

$(PREFIX):FF:044:Ovrd:Deactivate

bo

$(SYMBOL).astFF[44].Ovrd.Deactivate
io: output

$(PREFIX):FF:044:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[44].Ovrd.Deactivate
io: output

$(PREFIX):FF:044:Ovrd:Duration

longout

$(SYMBOL).astFF[44].Ovrd.Duration
io: output

$(PREFIX):FF:044:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[44].Ovrd.Duration
io: output

$(PREFIX):FF:044:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[44].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:044:Ovrd:Expiration

longout

$(SYMBOL).astFF[44].Ovrd.Expiration
io: output

$(PREFIX):FF:044:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[44].Ovrd.Expiration
io: output

$(PREFIX):FF:044:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[44].Ovrd.RemainingTime
io: input

$(PREFIX):FF:044:Ovrd:StartDT

longout

$(SYMBOL).astFF[44].Ovrd.StartDT
io: output

$(PREFIX):FF:044:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[44].Ovrd.StartDT
io: output

$(PREFIX):FF:044:Reset

bo

$(SYMBOL).astFF[44].Reset
io: output

$(PREFIX):FF:044:Reset_RBV

bi

$(SYMBOL).astFF[44].Reset
io: output

$(PREFIX):FF:045:BeamPermitted_RBV

bi

$(SYMBOL).astFF[45].BeamPermitted
io: input

$(PREFIX):FF:045:Info:Desc_RBV

waveform

$(SYMBOL).astFF[45].Info.Desc
io: input

$(PREFIX):FF:045:Info:DevName_RBV

waveform

$(SYMBOL).astFF[45].Info.DevName
io: input

$(PREFIX):FF:045:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[45].Info.InfoString
io: input

$(PREFIX):FF:045:Info:InUse_RBV

bi

$(SYMBOL).astFF[45].Info.InUse
io: input

$(PREFIX):FF:045:Info:Path_RBV

waveform

$(SYMBOL).astFF[45].Info.sPath
io: input

$(PREFIX):FF:045:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[45].Info.TypeCode
io: input

$(PREFIX):FF:045:OK_RBV

bi

$(SYMBOL).astFF[45].OK
io: input

$(PREFIX):FF:045:Ovrd:Activate

bo

$(SYMBOL).astFF[45].Ovrd.Activate
io: output

$(PREFIX):FF:045:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[45].Ovrd.Activate
io: output

$(PREFIX):FF:045:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[45].Ovrd.Active
io: input

$(PREFIX):FF:045:Ovrd:Deactivate

bo

$(SYMBOL).astFF[45].Ovrd.Deactivate
io: output

$(PREFIX):FF:045:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[45].Ovrd.Deactivate
io: output

$(PREFIX):FF:045:Ovrd:Duration

longout

$(SYMBOL).astFF[45].Ovrd.Duration
io: output

$(PREFIX):FF:045:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[45].Ovrd.Duration
io: output

$(PREFIX):FF:045:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[45].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:045:Ovrd:Expiration

longout

$(SYMBOL).astFF[45].Ovrd.Expiration
io: output

$(PREFIX):FF:045:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[45].Ovrd.Expiration
io: output

$(PREFIX):FF:045:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[45].Ovrd.RemainingTime
io: input

$(PREFIX):FF:045:Ovrd:StartDT

longout

$(SYMBOL).astFF[45].Ovrd.StartDT
io: output

$(PREFIX):FF:045:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[45].Ovrd.StartDT
io: output

$(PREFIX):FF:045:Reset

bo

$(SYMBOL).astFF[45].Reset
io: output

$(PREFIX):FF:045:Reset_RBV

bi

$(SYMBOL).astFF[45].Reset
io: output

$(PREFIX):FF:046:BeamPermitted_RBV

bi

$(SYMBOL).astFF[46].BeamPermitted
io: input

$(PREFIX):FF:046:Info:Desc_RBV

waveform

$(SYMBOL).astFF[46].Info.Desc
io: input

$(PREFIX):FF:046:Info:DevName_RBV

waveform

$(SYMBOL).astFF[46].Info.DevName
io: input

$(PREFIX):FF:046:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[46].Info.InfoString
io: input

$(PREFIX):FF:046:Info:InUse_RBV

bi

$(SYMBOL).astFF[46].Info.InUse
io: input

$(PREFIX):FF:046:Info:Path_RBV

waveform

$(SYMBOL).astFF[46].Info.sPath
io: input

$(PREFIX):FF:046:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[46].Info.TypeCode
io: input

$(PREFIX):FF:046:OK_RBV

bi

$(SYMBOL).astFF[46].OK
io: input

$(PREFIX):FF:046:Ovrd:Activate

bo

$(SYMBOL).astFF[46].Ovrd.Activate
io: output

$(PREFIX):FF:046:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[46].Ovrd.Activate
io: output

$(PREFIX):FF:046:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[46].Ovrd.Active
io: input

$(PREFIX):FF:046:Ovrd:Deactivate

bo

$(SYMBOL).astFF[46].Ovrd.Deactivate
io: output

$(PREFIX):FF:046:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[46].Ovrd.Deactivate
io: output

$(PREFIX):FF:046:Ovrd:Duration

longout

$(SYMBOL).astFF[46].Ovrd.Duration
io: output

$(PREFIX):FF:046:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[46].Ovrd.Duration
io: output

$(PREFIX):FF:046:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[46].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:046:Ovrd:Expiration

longout

$(SYMBOL).astFF[46].Ovrd.Expiration
io: output

$(PREFIX):FF:046:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[46].Ovrd.Expiration
io: output

$(PREFIX):FF:046:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[46].Ovrd.RemainingTime
io: input

$(PREFIX):FF:046:Ovrd:StartDT

longout

$(SYMBOL).astFF[46].Ovrd.StartDT
io: output

$(PREFIX):FF:046:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[46].Ovrd.StartDT
io: output

$(PREFIX):FF:046:Reset

bo

$(SYMBOL).astFF[46].Reset
io: output

$(PREFIX):FF:046:Reset_RBV

bi

$(SYMBOL).astFF[46].Reset
io: output

$(PREFIX):FF:047:BeamPermitted_RBV

bi

$(SYMBOL).astFF[47].BeamPermitted
io: input

$(PREFIX):FF:047:Info:Desc_RBV

waveform

$(SYMBOL).astFF[47].Info.Desc
io: input

$(PREFIX):FF:047:Info:DevName_RBV

waveform

$(SYMBOL).astFF[47].Info.DevName
io: input

$(PREFIX):FF:047:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[47].Info.InfoString
io: input

$(PREFIX):FF:047:Info:InUse_RBV

bi

$(SYMBOL).astFF[47].Info.InUse
io: input

$(PREFIX):FF:047:Info:Path_RBV

waveform

$(SYMBOL).astFF[47].Info.sPath
io: input

$(PREFIX):FF:047:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[47].Info.TypeCode
io: input

$(PREFIX):FF:047:OK_RBV

bi

$(SYMBOL).astFF[47].OK
io: input

$(PREFIX):FF:047:Ovrd:Activate

bo

$(SYMBOL).astFF[47].Ovrd.Activate
io: output

$(PREFIX):FF:047:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[47].Ovrd.Activate
io: output

$(PREFIX):FF:047:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[47].Ovrd.Active
io: input

$(PREFIX):FF:047:Ovrd:Deactivate

bo

$(SYMBOL).astFF[47].Ovrd.Deactivate
io: output

$(PREFIX):FF:047:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[47].Ovrd.Deactivate
io: output

$(PREFIX):FF:047:Ovrd:Duration

longout

$(SYMBOL).astFF[47].Ovrd.Duration
io: output

$(PREFIX):FF:047:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[47].Ovrd.Duration
io: output

$(PREFIX):FF:047:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[47].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:047:Ovrd:Expiration

longout

$(SYMBOL).astFF[47].Ovrd.Expiration
io: output

$(PREFIX):FF:047:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[47].Ovrd.Expiration
io: output

$(PREFIX):FF:047:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[47].Ovrd.RemainingTime
io: input

$(PREFIX):FF:047:Ovrd:StartDT

longout

$(SYMBOL).astFF[47].Ovrd.StartDT
io: output

$(PREFIX):FF:047:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[47].Ovrd.StartDT
io: output

$(PREFIX):FF:047:Reset

bo

$(SYMBOL).astFF[47].Reset
io: output

$(PREFIX):FF:047:Reset_RBV

bi

$(SYMBOL).astFF[47].Reset
io: output

$(PREFIX):FF:048:BeamPermitted_RBV

bi

$(SYMBOL).astFF[48].BeamPermitted
io: input

$(PREFIX):FF:048:Info:Desc_RBV

waveform

$(SYMBOL).astFF[48].Info.Desc
io: input

$(PREFIX):FF:048:Info:DevName_RBV

waveform

$(SYMBOL).astFF[48].Info.DevName
io: input

$(PREFIX):FF:048:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[48].Info.InfoString
io: input

$(PREFIX):FF:048:Info:InUse_RBV

bi

$(SYMBOL).astFF[48].Info.InUse
io: input

$(PREFIX):FF:048:Info:Path_RBV

waveform

$(SYMBOL).astFF[48].Info.sPath
io: input

$(PREFIX):FF:048:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[48].Info.TypeCode
io: input

$(PREFIX):FF:048:OK_RBV

bi

$(SYMBOL).astFF[48].OK
io: input

$(PREFIX):FF:048:Ovrd:Activate

bo

$(SYMBOL).astFF[48].Ovrd.Activate
io: output

$(PREFIX):FF:048:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[48].Ovrd.Activate
io: output

$(PREFIX):FF:048:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[48].Ovrd.Active
io: input

$(PREFIX):FF:048:Ovrd:Deactivate

bo

$(SYMBOL).astFF[48].Ovrd.Deactivate
io: output

$(PREFIX):FF:048:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[48].Ovrd.Deactivate
io: output

$(PREFIX):FF:048:Ovrd:Duration

longout

$(SYMBOL).astFF[48].Ovrd.Duration
io: output

$(PREFIX):FF:048:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[48].Ovrd.Duration
io: output

$(PREFIX):FF:048:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[48].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:048:Ovrd:Expiration

longout

$(SYMBOL).astFF[48].Ovrd.Expiration
io: output

$(PREFIX):FF:048:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[48].Ovrd.Expiration
io: output

$(PREFIX):FF:048:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[48].Ovrd.RemainingTime
io: input

$(PREFIX):FF:048:Ovrd:StartDT

longout

$(SYMBOL).astFF[48].Ovrd.StartDT
io: output

$(PREFIX):FF:048:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[48].Ovrd.StartDT
io: output

$(PREFIX):FF:048:Reset

bo

$(SYMBOL).astFF[48].Reset
io: output

$(PREFIX):FF:048:Reset_RBV

bi

$(SYMBOL).astFF[48].Reset
io: output

$(PREFIX):FF:049:BeamPermitted_RBV

bi

$(SYMBOL).astFF[49].BeamPermitted
io: input

$(PREFIX):FF:049:Info:Desc_RBV

waveform

$(SYMBOL).astFF[49].Info.Desc
io: input

$(PREFIX):FF:049:Info:DevName_RBV

waveform

$(SYMBOL).astFF[49].Info.DevName
io: input

$(PREFIX):FF:049:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[49].Info.InfoString
io: input

$(PREFIX):FF:049:Info:InUse_RBV

bi

$(SYMBOL).astFF[49].Info.InUse
io: input

$(PREFIX):FF:049:Info:Path_RBV

waveform

$(SYMBOL).astFF[49].Info.sPath
io: input

$(PREFIX):FF:049:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[49].Info.TypeCode
io: input

$(PREFIX):FF:049:OK_RBV

bi

$(SYMBOL).astFF[49].OK
io: input

$(PREFIX):FF:049:Ovrd:Activate

bo

$(SYMBOL).astFF[49].Ovrd.Activate
io: output

$(PREFIX):FF:049:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[49].Ovrd.Activate
io: output

$(PREFIX):FF:049:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[49].Ovrd.Active
io: input

$(PREFIX):FF:049:Ovrd:Deactivate

bo

$(SYMBOL).astFF[49].Ovrd.Deactivate
io: output

$(PREFIX):FF:049:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[49].Ovrd.Deactivate
io: output

$(PREFIX):FF:049:Ovrd:Duration

longout

$(SYMBOL).astFF[49].Ovrd.Duration
io: output

$(PREFIX):FF:049:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[49].Ovrd.Duration
io: output

$(PREFIX):FF:049:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[49].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:049:Ovrd:Expiration

longout

$(SYMBOL).astFF[49].Ovrd.Expiration
io: output

$(PREFIX):FF:049:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[49].Ovrd.Expiration
io: output

$(PREFIX):FF:049:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[49].Ovrd.RemainingTime
io: input

$(PREFIX):FF:049:Ovrd:StartDT

longout

$(SYMBOL).astFF[49].Ovrd.StartDT
io: output

$(PREFIX):FF:049:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[49].Ovrd.StartDT
io: output

$(PREFIX):FF:049:Reset

bo

$(SYMBOL).astFF[49].Reset
io: output

$(PREFIX):FF:049:Reset_RBV

bi

$(SYMBOL).astFF[49].Reset
io: output

$(PREFIX):FF:050:BeamPermitted_RBV

bi

$(SYMBOL).astFF[50].BeamPermitted
io: input

$(PREFIX):FF:050:Info:Desc_RBV

waveform

$(SYMBOL).astFF[50].Info.Desc
io: input

$(PREFIX):FF:050:Info:DevName_RBV

waveform

$(SYMBOL).astFF[50].Info.DevName
io: input

$(PREFIX):FF:050:Info:InfoString_RBV

waveform

$(SYMBOL).astFF[50].Info.InfoString
io: input

$(PREFIX):FF:050:Info:InUse_RBV

bi

$(SYMBOL).astFF[50].Info.InUse
io: input

$(PREFIX):FF:050:Info:Path_RBV

waveform

$(SYMBOL).astFF[50].Info.sPath
io: input

$(PREFIX):FF:050:Info:TypeCode_RBV

longin

$(SYMBOL).astFF[50].Info.TypeCode
io: input

$(PREFIX):FF:050:OK_RBV

bi

$(SYMBOL).astFF[50].OK
io: input

$(PREFIX):FF:050:Ovrd:Activate

bo

$(SYMBOL).astFF[50].Ovrd.Activate
io: output

$(PREFIX):FF:050:Ovrd:Activate_RBV

bi

$(SYMBOL).astFF[50].Ovrd.Activate
io: output

$(PREFIX):FF:050:Ovrd:Active_RBV

bi

$(SYMBOL).astFF[50].Ovrd.Active
io: input

$(PREFIX):FF:050:Ovrd:Deactivate

bo

$(SYMBOL).astFF[50].Ovrd.Deactivate
io: output

$(PREFIX):FF:050:Ovrd:Deactivate_RBV

bi

$(SYMBOL).astFF[50].Ovrd.Deactivate
io: output

$(PREFIX):FF:050:Ovrd:Duration

longout

$(SYMBOL).astFF[50].Ovrd.Duration
io: output

$(PREFIX):FF:050:Ovrd:Duration_RBV

longin

$(SYMBOL).astFF[50].Ovrd.Duration
io: output

$(PREFIX):FF:050:Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).astFF[50].Ovrd.ElapsedTime
io: input

$(PREFIX):FF:050:Ovrd:Expiration

longout

$(SYMBOL).astFF[50].Ovrd.Expiration
io: output

$(PREFIX):FF:050:Ovrd:Expiration_RBV

longin

$(SYMBOL).astFF[50].Ovrd.Expiration
io: output

$(PREFIX):FF:050:Ovrd:RemainingTime_RBV

longin

$(SYMBOL).astFF[50].Ovrd.RemainingTime
io: input

$(PREFIX):FF:050:Ovrd:StartDT

longout

$(SYMBOL).astFF[50].Ovrd.StartDT
io: output

$(PREFIX):FF:050:Ovrd:StartDT_RBV

longin

$(SYMBOL).astFF[50].Ovrd.StartDT
io: output

$(PREFIX):FF:050:Reset

bo

$(SYMBOL).astFF[50].Reset
io: output

$(PREFIX):FF:050:Reset_RBV

bi

$(SYMBOL).astFF[50].Reset
io: output

$(PREFIX):OK_RBV

bi

$(SYMBOL).xOK
io: input

$(PREFIX):RegistrationFailure

bo

$(SYMBOL).xFastFaultRegFail
io: output

$(PREFIX):RegistrationFailure_RBV

bi

$(SYMBOL).xFastFaultRegFail
io: output

PMPS.FB_SubSysToArbiter_IO

Record

Type

Description

Pragma

$(PREFIX):ActiveCohort_RBV

longin

$(SYMBOL).nActiveCohort
io: input

$(PREFIX):RequestCohort_RBV

longin

$(SYMBOL).nRequestCohort
io: input

PMPS.ST_BeamParams

Record

Type

Description

Pragma

$(PREFIX):Apt:01:Height_RBV

ai

$(SYMBOL).astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Apt:01:OK_RBV

bi

$(SYMBOL).astApertures[1].xOK
io: input

$(PREFIX):Apt:01:Width_RBV

ai

$(SYMBOL).astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Apt:02:Height_RBV

ai

$(SYMBOL).astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Apt:02:OK_RBV

bi

$(SYMBOL).astApertures[2].xOK
io: input

$(PREFIX):Apt:02:Width_RBV

ai

$(SYMBOL).astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Apt:03:Height_RBV

ai

$(SYMBOL).astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Apt:03:OK_RBV

bi

$(SYMBOL).astApertures[3].xOK
io: input

$(PREFIX):Apt:03:Width_RBV

ai

$(SYMBOL).astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Apt:04:Height_RBV

ai

$(SYMBOL).astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Apt:04:OK_RBV

bi

$(SYMBOL).astApertures[4].xOK
io: input

$(PREFIX):Apt:04:Width_RBV

ai

$(SYMBOL).astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):BeamClass_RBV

longin

$(SYMBOL).nBeamClass
io: input

$(PREFIX):BeamClassRanges_RBV

longin

$(SYMBOL).nBCRange
io: input

$(PREFIX):Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):eVRanges_RBV

longin

$(SYMBOL).neVRange
field: EGU eV
io: input

$(PREFIX):MachineMode_RBV

longin

$(SYMBOL).nMachineMode
io: input

$(PREFIX):PhotonEnergy_RBV

ai

$(SYMBOL).neV
field: EGU eV
io: input

$(PREFIX):Rate_RBV

longin

$(SYMBOL).nRate
field: EGU Hz
io: input

$(PREFIX):Transmission_RBV

ai

$(SYMBOL).nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Valid_RBV

bi

$(SYMBOL).xValid
io: input

$(PREFIX):Veto_RBV

waveform

$(SYMBOL).aVetoDevices
io: input

PMPS.ST_BP_ArbInternal

Record

Type

Description

Pragma

$(PREFIX):Apt:01:Height_RBV

ai

$(SYMBOL).astApertures[1].Height
field: EGU mm
io: input

$(PREFIX):Apt:01:OK_RBV

bi

$(SYMBOL).astApertures[1].xOK
io: input

$(PREFIX):Apt:01:Width_RBV

ai

$(SYMBOL).astApertures[1].Width
field: EGU mm
io: input

$(PREFIX):Apt:02:Height_RBV

ai

$(SYMBOL).astApertures[2].Height
field: EGU mm
io: input

$(PREFIX):Apt:02:OK_RBV

bi

$(SYMBOL).astApertures[2].xOK
io: input

$(PREFIX):Apt:02:Width_RBV

ai

$(SYMBOL).astApertures[2].Width
field: EGU mm
io: input

$(PREFIX):Apt:03:Height_RBV

ai

$(SYMBOL).astApertures[3].Height
field: EGU mm
io: input

$(PREFIX):Apt:03:OK_RBV

bi

$(SYMBOL).astApertures[3].xOK
io: input

$(PREFIX):Apt:03:Width_RBV

ai

$(SYMBOL).astApertures[3].Width
field: EGU mm
io: input

$(PREFIX):Apt:04:Height_RBV

ai

$(SYMBOL).astApertures[4].Height
field: EGU mm
io: input

$(PREFIX):Apt:04:OK_RBV

bi

$(SYMBOL).astApertures[4].xOK
io: input

$(PREFIX):Apt:04:Width_RBV

ai

$(SYMBOL).astApertures[4].Width
field: EGU mm
io: input

$(PREFIX):BeamClass_RBV

longin

$(SYMBOL).nBeamClass
io: input

$(PREFIX):BeamClassRanges_RBV

longin

$(SYMBOL).nBCRange
io: input

$(PREFIX):Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

$(PREFIX):Device_RBV

waveform

$(SYMBOL).sDevName
io: input

$(PREFIX):eVRanges_RBV

longin

$(SYMBOL).neVRange
field: EGU eV
io: input

$(PREFIX):ID_RBV

longin

$(SYMBOL).nId
io: input

$(PREFIX):Live_RBV

bi

$(SYMBOL).LiveInTable
io: input

$(PREFIX):MachineMode_RBV

longin

$(SYMBOL).nMachineMode
io: input

$(PREFIX):PhotonEnergy_RBV

ai

$(SYMBOL).neV
field: EGU eV
io: input

$(PREFIX):Rate_RBV

longin

$(SYMBOL).nRate
field: EGU Hz
io: input

$(PREFIX):Transmission_RBV

ai

$(SYMBOL).nTran
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX):Valid_RBV

bi

$(SYMBOL).xValid
io: input

$(PREFIX):Veto_RBV

waveform

$(SYMBOL).aVetoDevices
io: input

PMPS.ST_FF

Record

Type

Description

Pragma

$(PREFIX):BeamPermitted_RBV

bi

$(SYMBOL).BeamPermitted
io: input

$(PREFIX):Info:Desc_RBV

waveform

$(SYMBOL).Info.Desc
io: input

$(PREFIX):Info:DevName_RBV

waveform

$(SYMBOL).Info.DevName
io: input

$(PREFIX):Info:InfoString_RBV

waveform

$(SYMBOL).Info.InfoString
io: input

$(PREFIX):Info:InUse_RBV

bi

$(SYMBOL).Info.InUse
io: input

$(PREFIX):Info:Path_RBV

waveform

$(SYMBOL).Info.sPath
io: input

$(PREFIX):Info:TypeCode_RBV

longin

$(SYMBOL).Info.TypeCode
io: input

$(PREFIX):OK_RBV

bi

$(SYMBOL).OK
io: input

$(PREFIX):Ovrd:Activate

bo

$(SYMBOL).Ovrd.Activate
io: output

$(PREFIX):Ovrd:Activate_RBV

bi

$(SYMBOL).Ovrd.Activate
io: output

$(PREFIX):Ovrd:Active_RBV

bi

$(SYMBOL).Ovrd.Active
io: input

$(PREFIX):Ovrd:Deactivate

bo

$(SYMBOL).Ovrd.Deactivate
io: output

$(PREFIX):Ovrd:Deactivate_RBV

bi

$(SYMBOL).Ovrd.Deactivate
io: output

$(PREFIX):Ovrd:Duration

longout

$(SYMBOL).Ovrd.Duration
io: output

$(PREFIX):Ovrd:Duration_RBV

longin

$(SYMBOL).Ovrd.Duration
io: output

$(PREFIX):Ovrd:ElapsedTime_RBV

longin

$(SYMBOL).Ovrd.ElapsedTime
io: input

$(PREFIX):Ovrd:Expiration

longout

$(SYMBOL).Ovrd.Expiration
io: output

$(PREFIX):Ovrd:Expiration_RBV

longin

$(SYMBOL).Ovrd.Expiration
io: output

$(PREFIX):Ovrd:RemainingTime_RBV

longin

$(SYMBOL).Ovrd.RemainingTime
io: input

$(PREFIX):Ovrd:StartDT

longout

$(SYMBOL).Ovrd.StartDT
io: output

$(PREFIX):Ovrd:StartDT_RBV

longin

$(SYMBOL).Ovrd.StartDT
io: output

$(PREFIX):Reset

bo

$(SYMBOL).Reset
io: output

$(PREFIX):Reset_RBV

bi

$(SYMBOL).Reset
io: output

PMPS.ST_FFInfo

Record

Type

Description

Pragma

$(PREFIX):Desc_RBV

waveform

$(SYMBOL).Desc
io: input

$(PREFIX):DevName_RBV

waveform

$(SYMBOL).DevName
io: input

$(PREFIX):InfoString_RBV

waveform

$(SYMBOL).InfoString
io: input

$(PREFIX):InUse_RBV

bi

$(SYMBOL).InUse
io: input

$(PREFIX):Path_RBV

waveform

$(SYMBOL).sPath
io: input

$(PREFIX):TypeCode_RBV

longin

$(SYMBOL).TypeCode
io: input

PMPS.ST_FFOverride

Record

Type

Description

Pragma

$(PREFIX):Activate

bo

$(SYMBOL).Activate
io: output

$(PREFIX):Activate_RBV

bi

$(SYMBOL).Activate
io: output

$(PREFIX):Active_RBV

bi

$(SYMBOL).Active
io: input

$(PREFIX):Deactivate

bo

$(SYMBOL).Deactivate
io: output

$(PREFIX):Deactivate_RBV

bi

$(SYMBOL).Deactivate
io: output

$(PREFIX):Duration

longout

$(SYMBOL).Duration
io: output

$(PREFIX):Duration_RBV

longin

$(SYMBOL).Duration
io: output

$(PREFIX):ElapsedTime_RBV

longin

$(SYMBOL).ElapsedTime
io: input

$(PREFIX):Expiration

longout

$(SYMBOL).Expiration
io: output

$(PREFIX):Expiration_RBV

longin

$(SYMBOL).Expiration
io: output

$(PREFIX):RemainingTime_RBV

longin

$(SYMBOL).RemainingTime
io: input

$(PREFIX):StartDT

longout

$(SYMBOL).StartDT
io: output

$(PREFIX):StartDT_RBV

longin

$(SYMBOL).StartDT
io: output

PMPS.ST_PMPS_Aperture

Record

Type

Description

Pragma

$(PREFIX):Height_RBV

ai

$(SYMBOL).Height
field: EGU mm
io: input

$(PREFIX):OK_RBV

bi

$(SYMBOL).xOK
io: input

$(PREFIX):Width_RBV

ai

$(SYMBOL).Width
field: EGU mm
io: input

PMPS.T_HashTableEntry

Record

Type

Description

Pragma

$(PREFIX):Key_RBV

longin

$(SYMBOL).key
io: input

ST_BeamParams_IO

Record

Type

Description

Pragma

$(PREFIX):Attenuation_RBV

ai

$(SYMBOL).nTran
io: input

$(PREFIX):Attenuation_RBV

longin

$(SYMBOL).nCohortInt
io: input

$(PREFIX):AuxAttenuator_RBV

waveform

$(SYMBOL).aVetoDevices
io: input

$(PREFIX):PhotonEnergy_RBV

longin

$(SYMBOL).neVRange
io: input

$(PREFIX):Rate_RBV

longin

$(SYMBOL).nRate
io: input

$(PREFIX):Valid_RBV

bi

$(SYMBOL).xValid
io: input

ST_LoggingEventInfo

Record

Type

Description

Pragma

$(PREFIX):EventClass_RBV

waveform

TwinCAT Event class
io: input

$(PREFIX):EventType_RBV

mbbi

The event type
io: input

$(PREFIX):Hostname_RBV

waveform

PLC Hostname
io: input

$(PREFIX):Message_RBV

waveform

$(SYMBOL).msg
io: input

$(PREFIX):MessageID_RBV

longin

TwinCAT Message ID
io: input

$(PREFIX):MessageJSON_RBV

waveform

Metadata with the message
io: input

$(PREFIX):Schema_RBV

waveform

Schema string
io: input

$(PREFIX):Severity_RBV

mbbi

TcEventSeverity
field: ONST Info
field: THST Error
field: TWST Warning
field: ZRST Verbose
io: input

$(PREFIX):Source_RBV

waveform

$(SYMBOL).source
io: input

$(PREFIX):Timestamp_RBV

ai

Unix timestamp
io: input

ST_PMPS_Aperture_IO

Record

Type

Description

Pragma

$(PREFIX):Height_RBV

ai

$(SYMBOL).Height
field: EGU mm
io: input

$(PREFIX):OK_RBV

bi

$(SYMBOL).xOK
io: input

$(PREFIX):Width_RBV

ai

$(SYMBOL).Width
field: EGU mm
io: input

Database Records

Record

Type

Description

Pragma

PLC:XRT:OPTICS:M2:IN_RBV

bi

GVL.bXRT_M2_IN
io: output

PLC:XRT:OPTICS:M2:IN

bo

GVL.bXRT_M2_IN
io: output

PLC:XRT:OPTICS:M2:OUT_RBV

bi

GVL.bXRT_M2_OUT
io: output

PLC:XRT:OPTICS:M2:OUT

bo

GVL.bXRT_M2_OUT
io: output

$(PREFIX)LCLSGeneral:GlobalLogTrickleTrip_RBV

bi

Tripped by overall log count
io: input

$(PREFIX)LCLSGeneral:LogHost_RBV

waveform

The log host IP address
io: output

$(PREFIX)LCLSGeneral:LogHost

waveform

The log host IP address
io: output

$(PREFIX)LCLSGeneral:LogPort_RBV

longin

The log host UDP port
io: output

$(PREFIX)LCLSGeneral:LogPort

longout

The log host UDP port
io: output

$(PREFIX)LCLSGeneral:LogMessageCount_RBV

longin

Total log messages on the last cycle
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[10].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[10].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[10].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[10].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[10].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[10].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[10].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[10].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[10].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[10].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:010:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[10].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[11].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[11].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[11].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[11].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[11].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[11].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[11].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[11].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[11].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[11].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:011:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[11].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[12].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[12].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[12].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[12].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[12].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[12].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[12].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[12].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[12].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[12].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:012:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[12].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[13].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[13].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[13].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[13].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[13].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[13].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[13].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[13].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[13].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[13].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:013:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[13].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[14].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[14].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[14].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[14].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[14].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[14].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[14].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[14].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[14].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[14].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:014:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[14].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[15].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[15].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[15].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[15].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[15].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[15].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[15].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[15].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[15].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[15].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:015:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[15].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[16].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[16].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[16].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[16].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[16].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[16].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[16].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[16].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[16].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[16].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:016:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[16].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[17].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[17].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[17].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[17].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[17].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[17].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[17].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[17].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[17].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[17].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:017:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[17].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[18].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[18].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[18].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[18].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[18].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[18].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[18].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[18].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[18].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[18].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:018:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[18].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[19].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[19].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[19].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[19].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[19].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[19].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[19].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[19].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[19].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[19].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:019:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[19].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[1].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[1].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[1].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[1].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[1].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[1].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[1].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[1].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[1].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[1].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:001:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[1].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[20].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[20].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[20].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[20].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[20].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[20].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[20].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[20].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[20].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[20].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:020:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[20].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[21].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[21].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[21].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[21].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[21].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[21].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[21].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[21].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[21].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[21].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:021:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[21].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[22].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[22].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[22].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[22].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[22].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[22].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[22].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[22].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[22].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[22].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:022:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[22].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[23].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[23].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[23].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[23].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[23].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[23].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[23].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[23].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[23].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[23].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:023:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[23].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[24].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[24].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[24].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[24].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[24].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[24].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[24].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[24].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[24].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[24].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:024:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[24].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[25].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[25].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[25].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[25].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[25].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[25].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[25].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[25].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[25].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[25].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:025:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[25].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[26].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[26].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[26].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[26].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[26].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[26].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[26].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[26].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[26].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[26].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:026:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[26].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[27].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[27].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[27].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[27].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[27].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[27].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[27].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[27].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[27].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[27].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:027:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[27].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[28].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[28].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[28].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[28].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[28].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[28].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[28].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[28].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[28].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[28].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:028:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[28].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[29].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[29].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[29].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[29].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[29].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[29].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[29].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[29].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[29].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[29].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:029:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[29].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[2].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[2].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[2].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[2].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[2].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[2].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[2].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[2].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[2].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[2].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:002:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[2].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[30].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[30].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[30].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[30].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[30].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[30].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[30].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[30].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[30].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[30].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:030:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[30].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[31].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[31].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[31].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[31].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[31].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[31].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[31].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[31].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[31].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[31].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:031:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[31].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[32].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[32].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[32].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[32].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[32].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[32].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[32].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[32].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[32].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[32].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:032:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[32].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[33].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[33].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[33].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[33].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[33].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[33].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[33].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[33].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[33].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[33].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:033:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[33].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[34].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[34].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[34].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[34].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[34].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[34].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[34].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[34].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[34].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[34].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:034:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[34].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[35].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[35].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[35].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[35].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[35].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[35].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[35].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[35].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[35].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[35].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:035:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[35].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[36].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[36].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[36].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[36].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[36].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[36].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[36].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[36].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[36].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[36].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:036:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[36].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[37].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[37].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[37].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[37].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[37].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[37].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[37].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[37].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[37].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[37].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:037:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[37].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[38].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[38].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[38].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[38].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[38].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[38].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[38].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[38].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[38].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[38].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:038:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[38].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[39].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[39].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[39].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[39].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[39].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[39].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[39].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[39].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[39].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[39].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:039:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[39].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[3].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[3].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[3].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[3].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[3].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[3].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[3].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[3].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[3].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[3].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:003:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[3].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[40].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[40].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[40].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[40].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[40].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[40].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[40].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[40].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[40].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[40].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:040:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[40].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[41].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[41].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[41].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[41].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[41].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[41].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[41].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[41].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[41].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[41].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:041:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[41].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[42].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[42].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[42].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[42].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[42].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[42].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[42].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[42].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[42].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[42].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:042:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[42].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[43].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[43].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[43].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[43].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[43].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[43].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[43].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[43].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[43].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[43].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:043:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[43].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[44].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[44].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[44].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[44].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[44].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[44].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[44].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[44].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[44].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[44].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:044:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[44].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[45].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[45].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[45].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[45].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[45].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[45].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[45].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[45].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[45].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[45].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:045:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[45].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[46].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[46].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[46].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[46].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[46].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[46].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[46].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[46].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[46].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[46].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:046:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[46].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[47].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[47].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[47].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[47].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[47].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[47].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[47].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[47].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[47].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[47].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:047:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[47].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[48].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[48].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[48].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[48].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[48].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[48].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[48].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[48].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[48].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[48].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:048:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[48].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[49].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[49].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[49].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[49].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[49].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[49].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[49].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[49].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[49].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[49].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:049:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[49].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[4].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[4].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[4].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[4].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[4].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[4].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[4].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[4].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[4].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[4].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:004:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[4].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[50].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[50].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[50].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[50].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[50].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[50].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[50].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[50].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[50].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[50].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:050:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[50].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[5].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[5].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[5].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[5].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[5].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[5].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[5].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[5].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[5].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[5].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:005:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[5].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[6].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[6].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[6].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[6].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[6].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[6].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[6].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[6].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[6].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[6].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:006:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[6].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[7].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[7].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[7].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[7].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[7].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[7].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[7].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[7].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[7].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[7].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:007:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[7].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[8].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[8].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[8].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[8].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[8].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[8].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[8].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[8].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[8].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[8].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:008:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[8].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[9].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[9].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[9].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[9].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[9].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[9].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput1.astFF[9].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[9].OK
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput1.astFF[9].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput1.astFF[9].Reset
io: output

PLC:XRT:OPTICS:FFO:01:FF:009:Reset

bo

GVL_PMPS.g_FastFaultOutput1.astFF[9].Reset
io: output

PLC:XRT:OPTICS:FFO:01:ClearFault_RBV

bi

Might be overidden by PLC writes
io: output

PLC:XRT:OPTICS:FFO:01:ClearFault

bo

Might be overidden by PLC writes
io: output

PLC:XRT:OPTICS:FFO:01:EnableVeto_RBV

bi

GVL_PMPS.g_FastFaultOutput1.i_xVeto
io: output

PLC:XRT:OPTICS:FFO:01:EnableVeto

bo

GVL_PMPS.g_FastFaultOutput1.i_xVeto
io: output

PLC:XRT:OPTICS:FFO:01:FaultHWO_RBV

bi

Hardware Output Status
io: input

PLC:XRT:OPTICS:FFO:01:RegistrationFailure_RBV

bi

GVL_PMPS.g_FastFaultOutput1.xFastFaultRegFail
io: output

PLC:XRT:OPTICS:FFO:01:RegistrationFailure

bo

GVL_PMPS.g_FastFaultOutput1.xFastFaultRegFail
io: output

PLC:XRT:OPTICS:FFO:01:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput1.xOK
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[10].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[10].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[10].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[10].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[10].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[10].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[10].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[10].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[10].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[10].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:010:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[10].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[11].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[11].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[11].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[11].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[11].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[11].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[11].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[11].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[11].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[11].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:011:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[11].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[12].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[12].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[12].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[12].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[12].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[12].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[12].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[12].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[12].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[12].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:012:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[12].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[13].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[13].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[13].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[13].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[13].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[13].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[13].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[13].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[13].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[13].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:013:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[13].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[14].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[14].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[14].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[14].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[14].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[14].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[14].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[14].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[14].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[14].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:014:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[14].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[15].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[15].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[15].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[15].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[15].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[15].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[15].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[15].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[15].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[15].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:015:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[15].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[16].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[16].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[16].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[16].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[16].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[16].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[16].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[16].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[16].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[16].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:016:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[16].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[17].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[17].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[17].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[17].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[17].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[17].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[17].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[17].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[17].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[17].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:017:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[17].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[18].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[18].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[18].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[18].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[18].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[18].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[18].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[18].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[18].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[18].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:018:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[18].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[19].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[19].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[19].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[19].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[19].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[19].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[19].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[19].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[19].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[19].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:019:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[19].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[1].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[1].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[1].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[1].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[1].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[1].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[1].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[1].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[1].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[1].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:001:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[1].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[20].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[20].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[20].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[20].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[20].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[20].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[20].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[20].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[20].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[20].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:020:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[20].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[21].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[21].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[21].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[21].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[21].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[21].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[21].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[21].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[21].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[21].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:021:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[21].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[22].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[22].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[22].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[22].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[22].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[22].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[22].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[22].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[22].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[22].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:022:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[22].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[23].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[23].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[23].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[23].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[23].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[23].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[23].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[23].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[23].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[23].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:023:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[23].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[24].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[24].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[24].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[24].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[24].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[24].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[24].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[24].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[24].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[24].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:024:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[24].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[25].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[25].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[25].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[25].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[25].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[25].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[25].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[25].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[25].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[25].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:025:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[25].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[26].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[26].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[26].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[26].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[26].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[26].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[26].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[26].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[26].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[26].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:026:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[26].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[27].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[27].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[27].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[27].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[27].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[27].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[27].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[27].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[27].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[27].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:027:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[27].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[28].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[28].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[28].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[28].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[28].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[28].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[28].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[28].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[28].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[28].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:028:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[28].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[29].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[29].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[29].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[29].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[29].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[29].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[29].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[29].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[29].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[29].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:029:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[29].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[2].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[2].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[2].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[2].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[2].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[2].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[2].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[2].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[2].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[2].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:002:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[2].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[30].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[30].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[30].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[30].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[30].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[30].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[30].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[30].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[30].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[30].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:030:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[30].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[31].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[31].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[31].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[31].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[31].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[31].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[31].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[31].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[31].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[31].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:031:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[31].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[32].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[32].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[32].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[32].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[32].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[32].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[32].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[32].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[32].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[32].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:032:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[32].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[33].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[33].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[33].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[33].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[33].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[33].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[33].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[33].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[33].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[33].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:033:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[33].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[34].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[34].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[34].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[34].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[34].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[34].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[34].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[34].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[34].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[34].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:034:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[34].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[35].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[35].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[35].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[35].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[35].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[35].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[35].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[35].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[35].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[35].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:035:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[35].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[36].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[36].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[36].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[36].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[36].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[36].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[36].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[36].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[36].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[36].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:036:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[36].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[37].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[37].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[37].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[37].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[37].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[37].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[37].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[37].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[37].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[37].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:037:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[37].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[38].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[38].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[38].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[38].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[38].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[38].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[38].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[38].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[38].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[38].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:038:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[38].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[39].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[39].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[39].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[39].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[39].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[39].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[39].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[39].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[39].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[39].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:039:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[39].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[3].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[3].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[3].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[3].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[3].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[3].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[3].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[3].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[3].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[3].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:003:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[3].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[40].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[40].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[40].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[40].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[40].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[40].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[40].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[40].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[40].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[40].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:040:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[40].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[41].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[41].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[41].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[41].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[41].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[41].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[41].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[41].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[41].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[41].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:041:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[41].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[42].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[42].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[42].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[42].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[42].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[42].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[42].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[42].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[42].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[42].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:042:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[42].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[43].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[43].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[43].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[43].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[43].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[43].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[43].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[43].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[43].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[43].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:043:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[43].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[44].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[44].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[44].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[44].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[44].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[44].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[44].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[44].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[44].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[44].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:044:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[44].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[45].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[45].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[45].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[45].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[45].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[45].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[45].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[45].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[45].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[45].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:045:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[45].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[46].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[46].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[46].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[46].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[46].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[46].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[46].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[46].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[46].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[46].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:046:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[46].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[47].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[47].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[47].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[47].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[47].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[47].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[47].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[47].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[47].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[47].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:047:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[47].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[48].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[48].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[48].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[48].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[48].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[48].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[48].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[48].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[48].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[48].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:048:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[48].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[49].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[49].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[49].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[49].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[49].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[49].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[49].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[49].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[49].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[49].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:049:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[49].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[4].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[4].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[4].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[4].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[4].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[4].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[4].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[4].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[4].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[4].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:004:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[4].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[50].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[50].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[50].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[50].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[50].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[50].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[50].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[50].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[50].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[50].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:050:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[50].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[5].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[5].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[5].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[5].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[5].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[5].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[5].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[5].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[5].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[5].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:005:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[5].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[6].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[6].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[6].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[6].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[6].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[6].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[6].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[6].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[6].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[6].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:006:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[6].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[7].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[7].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[7].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[7].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[7].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[7].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[7].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[7].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[7].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[7].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:007:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[7].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[8].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[8].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[8].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[8].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[8].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[8].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[8].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[8].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[8].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[8].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:008:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[8].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:BeamPermitted_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[9].BeamPermitted
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Info:Desc_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[9].Info.Desc
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Info:DevName_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[9].Info.DevName
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Info:InUse_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[9].Info.InUse
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Info:InfoString_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[9].Info.InfoString
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Info:TypeCode_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[9].Info.TypeCode
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Info:Path_RBV

waveform

GVL_PMPS.g_FastFaultOutput2.astFF[9].Info.sPath
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[9].OK
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:Activate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:Activate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.Activate
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:Active_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.Active
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:Deactivate_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:Deactivate

bo

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.Deactivate
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:Duration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:Duration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.Duration
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:ElapsedTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.ElapsedTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:Expiration_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:Expiration

longout

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.Expiration
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:RemainingTime_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.RemainingTime
io: input

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:StartDT_RBV

longin

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Ovrd:StartDT

longout

GVL_PMPS.g_FastFaultOutput2.astFF[9].Ovrd.StartDT
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Reset_RBV

bi

GVL_PMPS.g_FastFaultOutput2.astFF[9].Reset
io: output

PLC:XRT:OPTICS:FFO:02:FF:009:Reset

bo

GVL_PMPS.g_FastFaultOutput2.astFF[9].Reset
io: output

PLC:XRT:OPTICS:FFO:02:ClearFault_RBV

bi

Might be overidden by PLC writes
io: output

PLC:XRT:OPTICS:FFO:02:ClearFault

bo

Might be overidden by PLC writes
io: output

PLC:XRT:OPTICS:FFO:02:EnableVeto_RBV

bi

GVL_PMPS.g_FastFaultOutput2.i_xVeto
io: output

PLC:XRT:OPTICS:FFO:02:EnableVeto

bo

GVL_PMPS.g_FastFaultOutput2.i_xVeto
io: output

PLC:XRT:OPTICS:FFO:02:FaultHWO_RBV

bi

Hardware Output Status
io: input

PLC:XRT:OPTICS:FFO:02:RegistrationFailure_RBV

bi

GVL_PMPS.g_FastFaultOutput2.xFastFaultRegFail
io: output

PLC:XRT:OPTICS:FFO:02:RegistrationFailure

bo

GVL_PMPS.g_FastFaultOutput2.xFastFaultRegFail
io: output

PLC:XRT:OPTICS:FFO:02:OK_RBV

bi

GVL_PMPS.g_FastFaultOutput2.xOK
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:010:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:011:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:012:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:013:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:014:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:015:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:016:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:017:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:018:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:019:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:001:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:020:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:002:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:003:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:004:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:005:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:006:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:007:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:008:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:AP:Entry:009:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:01:CohortCounter_RBV

longin

Intrnl cohort counter
io: input

PLC:XRT:OPTICS:ARB:01:ArbiterID_RBV

longin

Arbiter ID for elev. req.
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Veto_RBV

waveform

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:01:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:01:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:01:OK_RBV

bi

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:02:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:02:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:02:OK_RBV

bi

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:03:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:03:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:03:OK_RBV

bi

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:04:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:04:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Apt:04:OK_RBV

bi

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:BeamClassRanges_RBV

longin

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:BeamClass_RBV

longin

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:MachineMode_RBV

longin

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Rate_RBV

longin

Arbitrated BP
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Transmission_RBV

ai

Arbitrated BP
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:PhotonEnergy_RBV

ai

Arbitrated BP
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:eVRanges_RBV

longin

Arbitrated BP
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:01:ArbitratedBP:Valid_RBV

bi

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:010:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:011:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:012:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:013:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:014:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:015:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:016:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:017:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:018:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:019:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:001:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:020:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:002:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:003:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:004:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:005:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:006:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:007:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:008:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Live_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Veto_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:01:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:01:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:01:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:02:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:02:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:02:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:03:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:03:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:03:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:04:Height_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:04:Width_RBV

ai

Assertion Pool
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Apt:04:OK_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:BeamClassRanges_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:BeamClass_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:ID_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:MachineMode_RBV

longin

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Rate_RBV

longin

Assertion Pool
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Transmission_RBV

ai

Assertion Pool
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:PhotonEnergy_RBV

ai

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:eVRanges_RBV

longin

Assertion Pool
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Device_RBV

waveform

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:AP:Entry:009:Valid_RBV

bi

Assertion Pool
io: input

PLC:XRT:OPTICS:ARB:02:CohortCounter_RBV

longin

Intrnl cohort counter
io: input

PLC:XRT:OPTICS:ARB:02:ArbiterID_RBV

longin

Arbiter ID for elev. req.
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Veto_RBV

waveform

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:01:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:01:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:01:OK_RBV

bi

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:02:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:02:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:02:OK_RBV

bi

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:03:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:03:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:03:OK_RBV

bi

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:04:Height_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:04:Width_RBV

ai

Arbitrated BP
field: EGU mm
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Apt:04:OK_RBV

bi

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:BeamClassRanges_RBV

longin

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:BeamClass_RBV

longin

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Cohort_RBV

longin

Cohort inc on each arb cycle
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:MachineMode_RBV

longin

Arbitrated BP
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Rate_RBV

longin

Arbitrated BP
field: EGU Hz
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Transmission_RBV

ai

Arbitrated BP
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:PhotonEnergy_RBV

ai

Arbitrated BP
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:eVRanges_RBV

longin

Arbitrated BP
field: EGU eV
io: input

PLC:XRT:OPTICS:ARB:02:ArbitratedBP:Valid_RBV

bi

Arbitrated BP
io: input

MR1L3:HOMS:ENV:RTD:1:CONN_RBV

bi

GVL_RTDS.fbMR1L3_Env_RTD_1.bConnected
field: EGU C
field: ONAM Connected
field: ZNAM Disconnected
io: input

MR1L3:HOMS:ENV:RTD:1:ERR_RBV

bi

GVL_RTDS.fbMR1L3_Env_RTD_1.bError
field: EGU C
field: ONAM True
field: ZNAM False
io: input

MR1L3:HOMS:ENV:RTD:1:TEMP_RBV

ai

GVL_RTDS.fbMR1L3_Env_RTD_1.fTemp
field: EGU C
field: PREC 2
io: input

MR1L3:HOMS:ENV:RTD:2:CONN_RBV

bi

GVL_RTDS.fbMR1L3_Env_RTD_2.bConnected
field: EGU C
field: ONAM Connected
field: ZNAM Disconnected
io: input

MR1L3:HOMS:ENV:RTD:2:ERR_RBV

bi

GVL_RTDS.fbMR1L3_Env_RTD_2.bError
field: EGU C
field: ONAM True
field: ZNAM False
io: input

MR1L3:HOMS:ENV:RTD:2:TEMP_RBV

ai

GVL_RTDS.fbMR1L3_Env_RTD_2.fTemp
field: EGU C
field: PREC 2
io: input

MR1L3:HOMS:ENV:RTD:3:CONN_RBV

bi

GVL_RTDS.fbMR1L3_Env_RTD_3.bConnected
field: EGU C
field: ONAM Connected
field: ZNAM Disconnected
io: input

MR1L3:HOMS:ENV:RTD:3:ERR_RBV

bi

GVL_RTDS.fbMR1L3_Env_RTD_3.bError
field: EGU C
field: ONAM True
field: ZNAM False
io: input

MR1L3:HOMS:ENV:RTD:3:TEMP_RBV

ai

GVL_RTDS.fbMR1L3_Env_RTD_3.fTemp
field: EGU C
field: PREC 2
io: input

MR1L4:HOMS:ENV:RTD:1:CONN_RBV

bi

GVL_RTDS.fbMR1L4_Env_RTD_1.bConnected
field: EGU C
field: ONAM Connected
field: ZNAM Disconnected
io: input

MR1L4:HOMS:ENV:RTD:1:ERR_RBV

bi

GVL_RTDS.fbMR1L4_Env_RTD_1.bError
field: EGU C
field: ONAM True
field: ZNAM False
io: input

MR1L4:HOMS:ENV:RTD:1:TEMP_RBV

ai

GVL_RTDS.fbMR1L4_Env_RTD_1.fTemp
field: EGU C
field: PREC 2
io: input

MR1L4:HOMS:ENV:RTD:2:CONN_RBV

bi

GVL_RTDS.fbMR1L4_Env_RTD_2.bConnected
field: EGU C
field: ONAM Connected
field: ZNAM Disconnected
io: input

MR1L4:HOMS:ENV:RTD:2:ERR_RBV

bi

GVL_RTDS.fbMR1L4_Env_RTD_2.bError
field: EGU C
field: ONAM True
field: ZNAM False
io: input

MR1L4:HOMS:ENV:RTD:2:TEMP_RBV

ai

GVL_RTDS.fbMR1L4_Env_RTD_2.fTemp
field: EGU C
field: PREC 2
io: input

MR1L4:HOMS:ENV:RTD:3:CONN_RBV

bi

GVL_RTDS.fbMR1L4_Env_RTD_3.bConnected
field: EGU C
field: ONAM Connected
field: ZNAM Disconnected
io: input

MR1L4:HOMS:ENV:RTD:3:ERR_RBV

bi

GVL_RTDS.fbMR1L4_Env_RTD_3.bError
field: EGU C
field: ONAM True
field: ZNAM False
io: input

MR1L4:HOMS:ENV:RTD:3:TEMP_RBV

ai

GVL_RTDS.fbMR1L4_Env_RTD_3.fTemp
field: EGU C
field: PREC 2
io: input

MR2L3:HOMS:ENV:RTD:1:CONN_RBV

bi

GVL_RTDS.fbMR2L3_Env_RTD_1.bConnected
field: EGU C
field: ONAM Connected
field: ZNAM Disconnected
io: input

MR2L3:HOMS:ENV:RTD:1:ERR_RBV

bi

GVL_RTDS.fbMR2L3_Env_RTD_1.bError
field: EGU C
field: ONAM True
field: ZNAM False
io: input

MR2L3:HOMS:ENV:RTD:1:TEMP_RBV

ai

GVL_RTDS.fbMR2L3_Env_RTD_1.fTemp
field: EGU C
field: PREC 2
io: input

MR2L3:HOMS:ENV:RTD:2:CONN_RBV

bi

GVL_RTDS.fbMR2L3_Env_RTD_2.bConnected
field: EGU C
field: ONAM Connected
field: ZNAM Disconnected
io: input

MR2L3:HOMS:ENV:RTD:2:ERR_RBV

bi

GVL_RTDS.fbMR2L3_Env_RTD_2.bError
field: EGU C
field: ONAM True
field: ZNAM False
io: input

MR2L3:HOMS:ENV:RTD:2:TEMP_RBV

ai

GVL_RTDS.fbMR2L3_Env_RTD_2.fTemp
field: EGU C
field: PREC 2
io: input

MR2L3:HOMS:ENV:RTD:3:CONN_RBV

bi

GVL_RTDS.fbMR2L3_Env_RTD_3.bConnected
field: EGU C
field: ONAM Connected
field: ZNAM Disconnected
io: input

MR2L3:HOMS:ENV:RTD:3:ERR_RBV

bi

GVL_RTDS.fbMR2L3_Env_RTD_3.bError
field: EGU C
field: ONAM True
field: ZNAM False
io: input

MR2L3:HOMS:ENV:RTD:3:TEMP_RBV

ai

GVL_RTDS.fbMR2L3_Env_RTD_3.fTemp
field: EGU C
field: PREC 2
io: input

MR1L3:HOMS:MMS:YUP:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YUP:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YUP:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L3:HOMS:MMS:YUP:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YUP:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YUP:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L3:HOMS:MMS:YUP:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L3:HOMS:MMS:YUP:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L3:HOMS:MMS:YUP:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L3:HOMS:MMS:YUP:PLC:bMoveCmd

bo

Start a move
io: output

MR1L3:HOMS:MMS:YUP:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YUP:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YUP:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YUP:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:YUP:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:YUP:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:YUP:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:YUP:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:YUP:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:YUP:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:YUP:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:YUP:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L3:HOMS:MMS:YUP:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:YUP:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:YUP:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:YUP:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:YUP:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L3:HOMS:MMS:YUP:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:YUP:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:YUP:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:YUP:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:YUP:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L3:HOMS:MMS:YUP:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L3:HOMS:MMS:YUP:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L3:HOMS:MMS:YUP:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L3:HOMS:MMS:YUP:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L3:HOMS:MMS:YUP:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L3:HOMS:MMS:YUP:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L4:HOMS:MMS:XDWN:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bMoveCmd

bo

Start a move
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XDWN:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:XDWN:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L4:HOMS:MMS:XDWN:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:XDWN:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:XDWN:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L4:HOMS:MMS:XDWN:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:XDWN:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:XDWN:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:XDWN:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:XDWN:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L4:HOMS:MMS:XDWN:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L4:HOMS:MMS:XDWN:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L4:HOMS:MMS:XDWN:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L4:HOMS:MMS:XDWN:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L4:HOMS:MMS:XDWN:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L4:HOMS:MMS:XDWN:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L4:HOMS:MMS:PITCH:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bMoveCmd

bo

Start a move
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:PITCH:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:PITCH:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L4:HOMS:MMS:PITCH:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:PITCH:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:PITCH:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L4:HOMS:MMS:PITCH:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:PITCH:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:PITCH:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:PITCH:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:PITCH:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L4:HOMS:MMS:PITCH:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L4:HOMS:MMS:PITCH:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L4:HOMS:MMS:PITCH:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L4:HOMS:MMS:PITCH:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L4:HOMS:MMS:PITCH:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L4:HOMS:MMS:PITCH:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L4:HOMS:MMS:BENDER:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bMoveCmd

bo

Start a move
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:BENDER:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:BENDER:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L4:HOMS:MMS:BENDER:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:BENDER:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:BENDER:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L4:HOMS:MMS:BENDER:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:BENDER:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:BENDER:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:BENDER:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:BENDER:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L4:HOMS:MMS:BENDER:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L4:HOMS:MMS:BENDER:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L4:HOMS:MMS:BENDER:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L4:HOMS:MMS:BENDER:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L4:HOMS:MMS:BENDER:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L4:HOMS:MMS:BENDER:PLC:sName_RBV

waveform

PLC program name
io: input

MR2L3:HOMS:MMS:YUP:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YUP:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YUP:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR2L3:HOMS:MMS:YUP:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YUP:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YUP:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR2L3:HOMS:MMS:YUP:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR2L3:HOMS:MMS:YUP:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR2L3:HOMS:MMS:YUP:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR2L3:HOMS:MMS:YUP:PLC:bMoveCmd

bo

Start a move
io: output

MR2L3:HOMS:MMS:YUP:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YUP:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YUP:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YUP:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:YUP:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:YUP:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:YUP:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:YUP:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:YUP:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:YUP:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:YUP:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:YUP:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR2L3:HOMS:MMS:YUP:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:YUP:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:YUP:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:YUP:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:YUP:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR2L3:HOMS:MMS:YUP:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:YUP:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:YUP:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:YUP:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:YUP:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR2L3:HOMS:MMS:YUP:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR2L3:HOMS:MMS:YUP:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR2L3:HOMS:MMS:YUP:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR2L3:HOMS:MMS:YUP:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR2L3:HOMS:MMS:YUP:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR2L3:HOMS:MMS:YUP:PLC:sName_RBV

waveform

PLC program name
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR2L3:HOMS:MMS:YDWN:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bMoveCmd

bo

Start a move
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:YDWN:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:YDWN:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR2L3:HOMS:MMS:YDWN:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:YDWN:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:YDWN:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR2L3:HOMS:MMS:YDWN:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:YDWN:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:YDWN:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:YDWN:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:YDWN:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR2L3:HOMS:MMS:YDWN:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR2L3:HOMS:MMS:YDWN:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR2L3:HOMS:MMS:YDWN:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR2L3:HOMS:MMS:YDWN:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR2L3:HOMS:MMS:YDWN:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR2L3:HOMS:MMS:YDWN:PLC:sName_RBV

waveform

PLC program name
io: input

MR2L3:HOMS:MMS:XUP:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XUP:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XUP:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR2L3:HOMS:MMS:XUP:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XUP:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XUP:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR2L3:HOMS:MMS:XUP:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR2L3:HOMS:MMS:XUP:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR2L3:HOMS:MMS:XUP:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR2L3:HOMS:MMS:XUP:PLC:bMoveCmd

bo

Start a move
io: output

MR2L3:HOMS:MMS:XUP:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XUP:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XUP:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XUP:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:XUP:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:XUP:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:XUP:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:XUP:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:XUP:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:XUP:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:XUP:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:XUP:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR2L3:HOMS:MMS:XUP:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:XUP:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:XUP:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:XUP:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:XUP:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR2L3:HOMS:MMS:XUP:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:XUP:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:XUP:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:XUP:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:XUP:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR2L3:HOMS:MMS:XUP:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR2L3:HOMS:MMS:XUP:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR2L3:HOMS:MMS:XUP:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR2L3:HOMS:MMS:XUP:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR2L3:HOMS:MMS:XUP:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR2L3:HOMS:MMS:XUP:PLC:sName_RBV

waveform

PLC program name
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR2L3:HOMS:MMS:XDWN:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bMoveCmd

bo

Start a move
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:XDWN:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:XDWN:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR2L3:HOMS:MMS:XDWN:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:XDWN:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:XDWN:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR2L3:HOMS:MMS:XDWN:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:XDWN:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:XDWN:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:XDWN:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:XDWN:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR2L3:HOMS:MMS:XDWN:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR2L3:HOMS:MMS:XDWN:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR2L3:HOMS:MMS:XDWN:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR2L3:HOMS:MMS:XDWN:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR2L3:HOMS:MMS:XDWN:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR2L3:HOMS:MMS:XDWN:PLC:sName_RBV

waveform

PLC program name
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR2L3:HOMS:MMS:PITCH:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bMoveCmd

bo

Start a move
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:PITCH:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:PITCH:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR2L3:HOMS:MMS:PITCH:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:PITCH:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:PITCH:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR2L3:HOMS:MMS:PITCH:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:PITCH:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:PITCH:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:PITCH:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:PITCH:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR2L3:HOMS:MMS:PITCH:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR2L3:HOMS:MMS:PITCH:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR2L3:HOMS:MMS:PITCH:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR2L3:HOMS:MMS:PITCH:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR2L3:HOMS:MMS:PITCH:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR2L3:HOMS:MMS:PITCH:PLC:sName_RBV

waveform

PLC program name
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR2L3:HOMS:MMS:BENDER:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bMoveCmd

bo

Start a move
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:MMS:BENDER:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:BENDER:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR2L3:HOMS:MMS:BENDER:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:BENDER:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR2L3:HOMS:MMS:BENDER:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR2L3:HOMS:MMS:BENDER:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:BENDER:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR2L3:HOMS:MMS:BENDER:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:BENDER:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR2L3:HOMS:MMS:BENDER:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR2L3:HOMS:MMS:BENDER:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR2L3:HOMS:MMS:BENDER:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR2L3:HOMS:MMS:BENDER:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR2L3:HOMS:MMS:BENDER:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR2L3:HOMS:MMS:BENDER:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR2L3:HOMS:MMS:BENDER:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L3:HOMS:MMS:YDWN:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bMoveCmd

bo

Start a move
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:YDWN:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:YDWN:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L3:HOMS:MMS:YDWN:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:YDWN:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:YDWN:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L3:HOMS:MMS:YDWN:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:YDWN:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:YDWN:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:YDWN:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:YDWN:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L3:HOMS:MMS:YDWN:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L3:HOMS:MMS:YDWN:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L3:HOMS:MMS:YDWN:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L3:HOMS:MMS:YDWN:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L3:HOMS:MMS:YDWN:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L3:HOMS:MMS:YDWN:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L3:HOMS:MMS:XUP:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XUP:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XUP:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L3:HOMS:MMS:XUP:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XUP:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XUP:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L3:HOMS:MMS:XUP:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L3:HOMS:MMS:XUP:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L3:HOMS:MMS:XUP:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L3:HOMS:MMS:XUP:PLC:bMoveCmd

bo

Start a move
io: output

MR1L3:HOMS:MMS:XUP:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XUP:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XUP:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:XUP:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:XUP:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:XUP:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:XUP:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:XUP:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:XUP:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:XUP:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:XUP:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L3:HOMS:MMS:XUP:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:XUP:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:XUP:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:XUP:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:XUP:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L3:HOMS:MMS:XUP:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:XUP:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:XUP:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:XUP:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:XUP:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L3:HOMS:MMS:XUP:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L3:HOMS:MMS:XUP:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L3:HOMS:MMS:XUP:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L3:HOMS:MMS:XUP:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L3:HOMS:MMS:XUP:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L3:HOMS:MMS:XUP:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L3:HOMS:MMS:XDWN:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bMoveCmd

bo

Start a move
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XDWN:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:XDWN:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L3:HOMS:MMS:XDWN:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:XDWN:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:XDWN:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L3:HOMS:MMS:XDWN:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:XDWN:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:XDWN:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:XDWN:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:XDWN:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L3:HOMS:MMS:XDWN:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L3:HOMS:MMS:XDWN:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L3:HOMS:MMS:XDWN:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L3:HOMS:MMS:XDWN:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L3:HOMS:MMS:XDWN:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L3:HOMS:MMS:XDWN:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L3:HOMS:MMS:PITCH:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bMoveCmd

bo

Start a move
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:PITCH:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:PITCH:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L3:HOMS:MMS:PITCH:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:PITCH:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:PITCH:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L3:HOMS:MMS:PITCH:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:PITCH:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:PITCH:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:PITCH:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:PITCH:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L3:HOMS:MMS:PITCH:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L3:HOMS:MMS:PITCH:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L3:HOMS:MMS:PITCH:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L3:HOMS:MMS:PITCH:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L3:HOMS:MMS:PITCH:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L3:HOMS:MMS:PITCH:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L3:HOMS:MMS:BENDER:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bMoveCmd

bo

Start a move
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:BENDER:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:BENDER:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L3:HOMS:MMS:BENDER:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:BENDER:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L3:HOMS:MMS:BENDER:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L3:HOMS:MMS:BENDER:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:BENDER:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L3:HOMS:MMS:BENDER:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:BENDER:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L3:HOMS:MMS:BENDER:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L3:HOMS:MMS:BENDER:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L3:HOMS:MMS:BENDER:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L3:HOMS:MMS:BENDER:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L3:HOMS:MMS:BENDER:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L3:HOMS:MMS:BENDER:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L3:HOMS:MMS:BENDER:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L4:HOMS:MMS:YUP:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YUP:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YUP:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L4:HOMS:MMS:YUP:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YUP:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YUP:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L4:HOMS:MMS:YUP:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L4:HOMS:MMS:YUP:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L4:HOMS:MMS:YUP:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L4:HOMS:MMS:YUP:PLC:bMoveCmd

bo

Start a move
io: output

MR1L4:HOMS:MMS:YUP:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YUP:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YUP:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YUP:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:YUP:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:YUP:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:YUP:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:YUP:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:YUP:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:YUP:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:YUP:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:YUP:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L4:HOMS:MMS:YUP:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:YUP:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:YUP:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:YUP:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:YUP:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L4:HOMS:MMS:YUP:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:YUP:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:YUP:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:YUP:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:YUP:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L4:HOMS:MMS:YUP:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L4:HOMS:MMS:YUP:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L4:HOMS:MMS:YUP:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L4:HOMS:MMS:YUP:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L4:HOMS:MMS:YUP:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L4:HOMS:MMS:YUP:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L4:HOMS:MMS:YDWN:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bMoveCmd

bo

Start a move
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:YDWN:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:YDWN:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L4:HOMS:MMS:YDWN:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:YDWN:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:YDWN:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L4:HOMS:MMS:YDWN:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:YDWN:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:YDWN:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:YDWN:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:YDWN:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L4:HOMS:MMS:YDWN:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L4:HOMS:MMS:YDWN:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L4:HOMS:MMS:YDWN:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L4:HOMS:MMS:YDWN:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L4:HOMS:MMS:YDWN:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L4:HOMS:MMS:YDWN:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L4:HOMS:MMS:XUP:PLC:bAllBackwardEnable_RBV

bi

Summary of axis permission to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bAllEnable_RBV

bi

Summary of axis permission to have power
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bAllForwardEnable_RBV

bi

Summary of axis permission to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bBrakeRelease_RBV

bi

TRUE if brake released
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bBusy_RBV

bi

TRUE if in the middle of a command
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bDone_RBV

bi

TRUE if command finished successfully
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bEnable_RBV

bi

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XUP:PLC:bEnable

bo

Used internally to request enables
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XUP:PLC:bEnableDone_RBV

bi

TRUE if done enabling
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bError_RBV

bi

TRUE if we are in an error state
field: ONAM TRUE
field: ZNAM FALSE
io: input
update: 100hz notify

MR1L4:HOMS:MMS:XUP:PLC:bExecute_RBV

bi

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XUP:PLC:bExecute

bo

Used internally and by the IOC to start or stop
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XUP:PLC:bGantryAxis_RBV

bi

TRUE if gantry EPS active
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bGantryBackwardEnable_RBV

bi

TRUE if gantry ok to move backward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bGantryForwardEnable_RBV

bi

TRUE if gantry ok to move forward
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bHardwareEnable_RBV

bi

TRUE if STO not hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bHome_RBV

bi

TRUE if at homing switch
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bHomeCmd_RBV

bi

Start the homing routine
io: output

MR1L4:HOMS:MMS:XUP:PLC:bHomeCmd

bo

Start the homing routine
io: output

MR1L4:HOMS:MMS:XUP:PLC:bHomed_RBV

bi

TRUE if the motor has been homed
io: input

MR1L4:HOMS:MMS:XUP:PLC:bLimitBackwardEnable_RBV

bi

FALSE if reverse limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bLimitForwardEnable_RBV

bi

FALSE if forward limit hit
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bMoveCmd_RBV

bi

Start a move
io: output

MR1L4:HOMS:MMS:XUP:PLC:bMoveCmd

bo

Start a move
io: output

MR1L4:HOMS:MMS:XUP:PLC:bPowerSelf_RBV

bi

FALSE if axis is in PMPS
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bReset_RBV

bi

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XUP:PLC:bReset

bo

Used internally to reset errors
field: ONAM TRUE
field: ZNAM FALSE
io: output

MR1L4:HOMS:MMS:XUP:PLC:bSafetyReady_RBV

bi

TRUE if safe to start a move
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:PLC:bUserEnable_RBV

bi

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:XUP:PLC:bUserEnable

bo

Used to disable power entirely for an axis
field: ONAM ENABLE
field: ZNAM DISABLE
io: output

MR1L4:HOMS:MMS:XUP:PLC:fAcceleration_RBV

ai

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:XUP:PLC:fAcceleration

ao

Used internally and by the IOC to set acceleration
io: output

MR1L4:HOMS:MMS:XUP:PLC:fDeceleration_RBV

ai

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:XUP:PLC:fDeceleration

ao

Used internally and by the IOC to set deceleration
io: output

MR1L4:HOMS:MMS:XUP:PLC:fHomePosition_RBV

ai

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:XUP:PLC:fHomePosition

ao

Used internally and by the IOC to pick home position
io: output

MR1L4:HOMS:MMS:XUP:PLC:fPosDiff_RBV

ai

Position lag difference
io: input

MR1L4:HOMS:MMS:XUP:PLC:fPosition_RBV

ai

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:XUP:PLC:fPosition

ao

Used internally and by the IOC as the set position
io: output

MR1L4:HOMS:MMS:XUP:PLC:fVelocity_RBV

ai

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:XUP:PLC:fVelocity

ao

Used internally and by the IOC to set velocity
io: output

MR1L4:HOMS:MMS:XUP:PLC:nBrakeMode_RBV

mbbi

Describes when the brake will be released
io: input

MR1L4:HOMS:MMS:XUP:PLC:nCmdData_RBV

longin

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:XUP:PLC:nCmdData

longout

Used internally and by the IOC to pass extra args
io: output

MR1L4:HOMS:MMS:XUP:PLC:nCommand_RBV

longin

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:XUP:PLC:nCommand

longout

Used internally and by the IOC to pick move type
io: output

MR1L4:HOMS:MMS:XUP:PLC:nEnableMode_RBV

mbbi

Describes when the axis will automatically get power
io: input

MR1L4:HOMS:MMS:XUP:PLC:nEncoderCount_RBV

longin

Count from encoder hardware
io: input

MR1L4:HOMS:MMS:XUP:PLC:nErrorId_RBV

longin

Error code if nonzero
io: input
update: 100hz notify

MR1L4:HOMS:MMS:XUP:PLC:nHomingMode_RBV

mbbi

Describes our homing strategy
io: input

MR1L4:HOMS:MMS:XUP:PLC:nMotionAxisID_RBV

longin

Unique ID assigned to each axis in the NC
io: input

MR1L4:HOMS:MMS:XUP:PLC:sErrorMessage_RBV

waveform

Message to identify the error state
io: input
update: 100hz notify

MR1L4:HOMS:MMS:XUP:PLC:sName_RBV

waveform

PLC program name
io: input

MR1L3:HOMS:COUPLE_X_RBV

bi

Main.MR1L3.bExecuteCoupleX
io: output

MR1L3:HOMS:COUPLE_X

bo

Main.MR1L3.bExecuteCoupleX
io: output

MR1L3:HOMS:COUPLE_Y_RBV

bi

Main.MR1L3.bExecuteCoupleY
io: output

MR1L3:HOMS:COUPLE_Y

bo

Main.MR1L3.bExecuteCoupleY
io: output

MR1L3:HOMS:DECOUPLE_X_RBV

bi

Main.MR1L3.bExecuteDecoupleX
io: output

MR1L3:HOMS:DECOUPLE_X

bo

Main.MR1L3.bExecuteDecoupleX
io: output

MR1L3:HOMS:DECOUPLE_Y_RBV

bi

Main.MR1L3.bExecuteDecoupleY
io: output

MR1L3:HOMS:DECOUPLE_Y

bo

Main.MR1L3.bExecuteDecoupleY
io: output

MR1L3:HOMS:ALREADY_COUPLED_X_RBV

bi

Main.MR1L3.bGantryAlreadyCoupledX
field: ZSV MAJOR
io: input

MR1L3:HOMS:ALREADY_COUPLED_Y_RBV

bi

Main.MR1L3.bGantryAlreadyCoupledY
field: ZSV MAJOR
io: input

MR1L3:HOMS:GANTRY_X_RBV

ai

Main.MR1L3.fCurrGantryX_um
field: EGU um
io: input

MR1L3:HOMS:GANTRY_Y_RBV

ai

Main.MR1L3.fCurrGantryY_um
field: EGU um
io: input

MR1L4:HOMS:COUPLE_X_RBV

bi

Main.MR1L4.bExecuteCoupleX
io: output

MR1L4:HOMS:COUPLE_X

bo

Main.MR1L4.bExecuteCoupleX
io: output

MR1L4:HOMS:COUPLE_Y_RBV

bi

Main.MR1L4.bExecuteCoupleY
io: output

MR1L4:HOMS:COUPLE_Y

bo

Main.MR1L4.bExecuteCoupleY
io: output

MR1L4:HOMS:DECOUPLE_X_RBV

bi

Main.MR1L4.bExecuteDecoupleX
io: output

MR1L4:HOMS:DECOUPLE_X

bo

Main.MR1L4.bExecuteDecoupleX
io: output

MR1L4:HOMS:DECOUPLE_Y_RBV

bi

Main.MR1L4.bExecuteDecoupleY
io: output

MR1L4:HOMS:DECOUPLE_Y

bo

Main.MR1L4.bExecuteDecoupleY
io: output

MR1L4:HOMS:ALREADY_COUPLED_X_RBV

bi

Main.MR1L4.bGantryAlreadyCoupledX
field: ZSV MAJOR
io: input

MR1L4:HOMS:ALREADY_COUPLED_Y_RBV

bi

Main.MR1L4.bGantryAlreadyCoupledY
field: ZSV MAJOR
io: input

MR1L4:HOMS:GANTRY_X_RBV

ai

Main.MR1L4.fCurrGantryX_um
field: EGU um
io: input

MR1L4:HOMS:GANTRY_Y_RBV

ai

Main.MR1L4.fCurrGantryY_um
field: EGU um
io: input

MR2L3:HOMS:COUPLE_X_RBV

bi

Main.MR2L3.bExecuteCoupleX
io: output

MR2L3:HOMS:COUPLE_X

bo

Main.MR2L3.bExecuteCoupleX
io: output

MR2L3:HOMS:COUPLE_Y_RBV

bi

Main.MR2L3.bExecuteCoupleY
io: output

MR2L3:HOMS:COUPLE_Y

bo

Main.MR2L3.bExecuteCoupleY
io: output

MR2L3:HOMS:DECOUPLE_X_RBV

bi

Main.MR2L3.bExecuteDecoupleX
io: output

MR2L3:HOMS:DECOUPLE_X

bo

Main.MR2L3.bExecuteDecoupleX
io: output

MR2L3:HOMS:DECOUPLE_Y_RBV

bi

Main.MR2L3.bExecuteDecoupleY
io: output

MR2L3:HOMS:DECOUPLE_Y

bo

Main.MR2L3.bExecuteDecoupleY
io: output

MR2L3:HOMS:ALREADY_COUPLED_X_RBV

bi

Main.MR2L3.bGantryAlreadyCoupledX
field: ZSV MAJOR
io: input

MR2L3:HOMS:ALREADY_COUPLED_Y_RBV

bi

Main.MR2L3.bGantryAlreadyCoupledY
field: ZSV MAJOR
io: input

MR2L3:HOMS:GANTRY_X_RBV

ai

Main.MR2L3.fCurrGantryX_um
field: EGU um
io: input

MR2L3:HOMS:GANTRY_Y_RBV

ai

Main.MR2L3.fCurrGantryY_um
field: EGU um
io: input

MR1L3:HOMS:ENC:BENDER:ACTPOSARRAY_RBV

waveform

Main.fbBenderRMSErrorMR1L3.aEncActPos
io: input

MR1L3:HOMS:ENC:BENDER:SETPOSARRAY_RBV

waveform

Main.fbBenderRMSErrorMR1L3.aEncSetPos
io: input

MR1L3:HOMS:ENC:BENDER:RMS_RBV

ai

Main.fbBenderRMSErrorMR1L3.fCurrRMSError
io: input

MR1L3:HOMS:ENC:BENDER:MEAN_RBV

ai

Main.fbBenderRMSErrorMR1L3.fEncMean
io: input

MR1L3:HOMS:ENC:BENDER:STDEV_RBV

ai

Main.fbBenderRMSErrorMR1L3.fEncStDev
io: input

MR1L4:HOMS:ENC:BENDER:ACTPOSARRAY_RBV

waveform

Main.fbBenderRMSErrorMR1L4.aEncActPos
io: input

MR1L4:HOMS:ENC:BENDER:SETPOSARRAY_RBV

waveform

Main.fbBenderRMSErrorMR1L4.aEncSetPos
io: input

MR1L4:HOMS:ENC:BENDER:RMS_RBV

ai

Main.fbBenderRMSErrorMR1L4.fCurrRMSError
io: input

MR1L4:HOMS:ENC:BENDER:MEAN_RBV

ai

Main.fbBenderRMSErrorMR1L4.fEncMean
io: input

MR1L4:HOMS:ENC:BENDER:STDEV_RBV

ai

Main.fbBenderRMSErrorMR1L4.fEncStDev
io: input

MR2L3:HOMS:ENC:BENDER:ACTPOSARRAY_RBV

waveform

Main.fbBenderRMSErrorMR2L3.aEncActPos
io: input

MR2L3:HOMS:ENC:BENDER:SETPOSARRAY_RBV

waveform

Main.fbBenderRMSErrorMR2L3.aEncSetPos
io: input

MR2L3:HOMS:ENC:BENDER:RMS_RBV

ai

Main.fbBenderRMSErrorMR2L3.fCurrRMSError
io: input

MR2L3:HOMS:ENC:BENDER:MEAN_RBV

ai

Main.fbBenderRMSErrorMR2L3.fEncMean
io: input

MR2L3:HOMS:ENC:BENDER:STDEV_RBV

ai

Main.fbBenderRMSErrorMR2L3.fEncStDev
io: input

MR1L3:HOMS:STATS:XGANDIFFARRAY_RBV

waveform

Main.fbMR1L3GantryStats.aXGantryDiff
io: input

MR1L3:HOMS:STATS:YGANDIFFARRAY_RBV

waveform

Main.fbMR1L3GantryStats.aYGantryDiff
io: input

MR1L3:HOMS:STATS:XGANDIFFMEAN_RBV

ai

Main.fbMR1L3GantryStats.fXGantryDiffMean
io: input

MR1L3:HOMS:STATS:XGANDIFFSTDEV_RBV

ai

Main.fbMR1L3GantryStats.fXGantryDiffStDev
io: input

MR1L3:HOMS:STATS:YGANDIFFMEAN_RBV

ai

Main.fbMR1L3GantryStats.fYGantryDiffMean
io: input

MR1L3:HOMS:STATS:YGANDIFFSTDEV_RBV

ai

Main.fbMR1L3GantryStats.fYGantryDiffStDev
io: input

MR1L4:HOMS:STATS:XGANDIFFARRAY_RBV

waveform

Main.fbMR1L4GantryStats.aXGantryDiff
io: input

MR1L4:HOMS:STATS:YGANDIFFARRAY_RBV

waveform

Main.fbMR1L4GantryStats.aYGantryDiff
io: input

MR1L4:HOMS:STATS:XGANDIFFMEAN_RBV

ai

Main.fbMR1L4GantryStats.fXGantryDiffMean
io: input

MR1L4:HOMS:STATS:XGANDIFFSTDEV_RBV

ai

Main.fbMR1L4GantryStats.fXGantryDiffStDev
io: input

MR1L4:HOMS:STATS:YGANDIFFMEAN_RBV

ai

Main.fbMR1L4GantryStats.fYGantryDiffMean
io: input

MR1L4:HOMS:STATS:YGANDIFFSTDEV_RBV

ai

Main.fbMR1L4GantryStats.fYGantryDiffStDev
io: input

MR2L3:HOMS:STATS:XGANDIFFARRAY_RBV

waveform

Main.fbMR2L3GantryStats.aXGantryDiff
io: input

MR2L3:HOMS:STATS:YGANDIFFARRAY_RBV

waveform

Main.fbMR2L3GantryStats.aYGantryDiff
io: input

MR2L3:HOMS:STATS:XGANDIFFMEAN_RBV

ai

Main.fbMR2L3GantryStats.fXGantryDiffMean
io: input

MR2L3:HOMS:STATS:XGANDIFFSTDEV_RBV

ai

Main.fbMR2L3GantryStats.fXGantryDiffStDev
io: input

MR2L3:HOMS:STATS:YGANDIFFMEAN_RBV

ai

Main.fbMR2L3GantryStats.fYGantryDiffMean
io: input

MR2L3:HOMS:STATS:YGANDIFFSTDEV_RBV

ai

Main.fbMR2L3GantryStats.fYGantryDiffStDev
io: input

MR1L3:HOMS:ENC:PITCH:ACTPOSARRAY_RBV

waveform

Main.fbPitchRMSErrorMR1L3.aEncActPos
io: input

MR1L3:HOMS:ENC:PITCH:SETPOSARRAY_RBV

waveform

Main.fbPitchRMSErrorMR1L3.aEncSetPos
io: input

MR1L3:HOMS:ENC:PITCH:RMS_RBV

ai

Main.fbPitchRMSErrorMR1L3.fCurrRMSError
io: input

MR1L3:HOMS:ENC:PITCH:MEAN_RBV

ai

Main.fbPitchRMSErrorMR1L3.fEncMean
io: input

MR1L3:HOMS:ENC:PITCH:STDEV_RBV

ai

Main.fbPitchRMSErrorMR1L3.fEncStDev
io: input

MR1L4:HOMS:ENC:PITCH:ACTPOSARRAY_RBV

waveform

Main.fbPitchRMSErrorMR1L4.aEncActPos
io: input

MR1L4:HOMS:ENC:PITCH:SETPOSARRAY_RBV

waveform

Main.fbPitchRMSErrorMR1L4.aEncSetPos
io: input

MR1L4:HOMS:ENC:PITCH:RMS_RBV

ai

Main.fbPitchRMSErrorMR1L4.fCurrRMSError
io: input

MR1L4:HOMS:ENC:PITCH:MEAN_RBV

ai

Main.fbPitchRMSErrorMR1L4.fEncMean
io: input

MR1L4:HOMS:ENC:PITCH:STDEV_RBV

ai

Main.fbPitchRMSErrorMR1L4.fEncStDev
io: input

MR2L3:HOMS:ENC:PITCH:ACTPOSARRAY_RBV

waveform

Main.fbPitchRMSErrorMR2L3.aEncActPos
io: input

MR2L3:HOMS:ENC:PITCH:SETPOSARRAY_RBV

waveform

Main.fbPitchRMSErrorMR2L3.aEncSetPos
io: input

MR2L3:HOMS:ENC:PITCH:RMS_RBV

ai

Main.fbPitchRMSErrorMR2L3.fCurrRMSError
io: input

MR2L3:HOMS:ENC:PITCH:MEAN_RBV

ai

Main.fbPitchRMSErrorMR2L3.fEncMean
io: input

MR2L3:HOMS:ENC:PITCH:STDEV_RBV

ai

Main.fbPitchRMSErrorMR2L3.fEncStDev
io: input

MR1L3:HOMS:ENC:X:ACTPOSARRAY_RBV

waveform

Main.fbXRMSErrorMR1L3.aEncActPos
io: input

MR1L3:HOMS:ENC:X:SETPOSARRAY_RBV

waveform

Main.fbXRMSErrorMR1L3.aEncSetPos
io: input

MR1L3:HOMS:ENC:X:RMS_RBV

ai

Main.fbXRMSErrorMR1L3.fCurrRMSError
io: input

MR1L3:HOMS:ENC:X:MEAN_RBV

ai

Main.fbXRMSErrorMR1L3.fEncMean
io: input

MR1L3:HOMS:ENC:X:STDEV_RBV

ai

Main.fbXRMSErrorMR1L3.fEncStDev
io: input

MR1L4:HOMS:ENC:X:ACTPOSARRAY_RBV

waveform

Main.fbXRMSErrorMR1L4.aEncActPos
io: input

MR1L4:HOMS:ENC:X:SETPOSARRAY_RBV

waveform

Main.fbXRMSErrorMR1L4.aEncSetPos
io: input

MR1L4:HOMS:ENC:X:RMS_RBV

ai

Main.fbXRMSErrorMR1L4.fCurrRMSError
io: input

MR1L4:HOMS:ENC:X:MEAN_RBV

ai

Main.fbXRMSErrorMR1L4.fEncMean
io: input

MR1L4:HOMS:ENC:X:STDEV_RBV

ai

Main.fbXRMSErrorMR1L4.fEncStDev
io: input

MR2L3:HOMS:ENC:X:ACTPOSARRAY_RBV

waveform

Main.fbXRMSErrorMR2L3.aEncActPos
io: input

MR2L3:HOMS:ENC:X:SETPOSARRAY_RBV

waveform

Main.fbXRMSErrorMR2L3.aEncSetPos
io: input

MR2L3:HOMS:ENC:X:RMS_RBV

ai

Main.fbXRMSErrorMR2L3.fCurrRMSError
io: input

MR2L3:HOMS:ENC:X:MEAN_RBV

ai

Main.fbXRMSErrorMR2L3.fEncMean
io: input

MR2L3:HOMS:ENC:X:STDEV_RBV

ai

Main.fbXRMSErrorMR2L3.fEncStDev
io: input

MR1L3:HOMS:ENC:Y:ACTPOSARRAY_RBV

waveform

Main.fbYRMSErrorMR1L3.aEncActPos
io: input

MR1L3:HOMS:ENC:Y:SETPOSARRAY_RBV

waveform

Main.fbYRMSErrorMR1L3.aEncSetPos
io: input

MR1L3:HOMS:ENC:Y:RMS_RBV

ai

Main.fbYRMSErrorMR1L3.fCurrRMSError
io: input

MR1L3:HOMS:ENC:Y:MEAN_RBV

ai

Main.fbYRMSErrorMR1L3.fEncMean
io: input

MR1L3:HOMS:ENC:Y:STDEV_RBV

ai

Main.fbYRMSErrorMR1L3.fEncStDev
io: input

MR1L4:HOMS:ENC:Y:ACTPOSARRAY_RBV

waveform

Main.fbYRMSErrorMR1L4.aEncActPos
io: input

MR1L4:HOMS:ENC:Y:SETPOSARRAY_RBV

waveform

Main.fbYRMSErrorMR1L4.aEncSetPos
io: input

MR1L4:HOMS:ENC:Y:RMS_RBV

ai

Main.fbYRMSErrorMR1L4.fCurrRMSError
io: input

MR1L4:HOMS:ENC:Y:MEAN_RBV

ai

Main.fbYRMSErrorMR1L4.fEncMean
io: input

MR1L4:HOMS:ENC:Y:STDEV_RBV

ai

Main.fbYRMSErrorMR1L4.fEncStDev
io: input

MR2L3:HOMS:ENC:Y:ACTPOSARRAY_RBV

waveform

Main.fbYRMSErrorMR2L3.aEncActPos
io: input

MR2L3:HOMS:ENC:Y:SETPOSARRAY_RBV

waveform

Main.fbYRMSErrorMR2L3.aEncSetPos
io: input

MR2L3:HOMS:ENC:Y:RMS_RBV

ai

Main.fbYRMSErrorMR2L3.fCurrRMSError
io: input

MR2L3:HOMS:ENC:Y:MEAN_RBV

ai

Main.fbYRMSErrorMR2L3.fEncMean
io: input

MR2L3:HOMS:ENC:Y:STDEV_RBV

ai

Main.fbYRMSErrorMR2L3.fEncStDev
io: input

MR1L3:HOMS:ENC:PITCH:CNT_RBV

longin

Main.nEncCntPitchMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:PITCH:CNT_RBV

longin

Main.nEncCntPitchMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:PITCH:CNT_RBV

longin

Main.nEncCntPitchMR2L3
field: EGU cnt
io: input

MR1L3:HOMS:ENC:XDWN:CNT_RBV

longin

Main.nEncCntXdwnMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:XDWN:CNT_RBV

longin

Main.nEncCntXdwnMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:XDWN:CNT_RBV

longin

Main.nEncCntXdwnMR2L3
field: EGU cnt
io: input

MR1L3:HOMS:ENC:XUP:CNT_RBV

longin

Main.nEncCntXupMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:XUP:CNT_RBV

longin

Main.nEncCntXupMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:XUP:CNT_RBV

longin

Main.nEncCntXupMR2L3
field: EGU cnt
io: input

MR1L3:HOMS:ENC:YDWN:CNT_RBV

longin

Main.nEncCntYdwnMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:YDWN:CNT_RBV

longin

Main.nEncCntYdwnMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:YDWN:CNT_RBV

longin

Main.nEncCntYdwnMR2L3
field: EGU cnt
io: input

MR1L3:HOMS:ENC:YUP:CNT_RBV

longin

Main.nEncCntYupMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:YUP:CNT_RBV

longin

Main.nEncCntYupMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:YUP:CNT_RBV

longin

Main.nEncCntYupMR2L3
field: EGU cnt
io: input

MR1L3:HOMS:ENC:PITCH:REF_RBV

longin

Main.nEncRefPitchMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:PITCH:REF_RBV

longin

Main.nEncRefPitchMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:PITCH:REF_RBV

longin

Main.nEncRefPitchMR2L3
field: EGU cnt
io: input

MR1L3:HOMS:ENC:XDWN:REF_RBV

longin

Main.nEncRefXdwnMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:XDWN:REF_RBV

longin

Main.nEncRefXdwnMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:XDWN:REF_RBV

longin

Main.nEncRefXdwnMR2L3
field: EGU cnt
io: input

MR1L3:HOMS:ENC:XUP:REF_RBV

longin

Main.nEncRefXupMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:XUP:REF_RBV

longin

Main.nEncRefXupMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:XUP:REF_RBV

longin

Main.nEncRefXupMR2L3
field: EGU cnt
io: input

MR1L3:HOMS:ENC:YDWN:REF_RBV

longin

Main.nEncRefYdwnMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:YDWN:REF_RBV

longin

Main.nEncRefYdwnMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:YDWN:REF_RBV

longin

Main.nEncRefYdwnMR2L3
field: EGU cnt
io: input

MR1L3:HOMS:ENC:YUP:REF_RBV

longin

Main.nEncRefYupMR1L3
field: EGU cnt
io: input

MR1L4:HOMS:ENC:YUP:REF_RBV

longin

Main.nEncRefYupMR1L4
field: EGU cnt
io: input

MR2L3:HOMS:ENC:YUP:REF_RBV

longin

Main.nEncRefYupMR2L3
field: EGU cnt
io: input

$(PREFIX)AccumulatedFastFaults_RBV

longin

PMPS_GVL.AccumulatedFF
io: input

$(PREFIX)SuccessfulPreemptions_RBV

longin

PMPS_GVL.SuccessfulPreemption
io: input

$(PREFIX)0RateBeamCnst:Veto_RBV

waveform

0-rate beam constant
archive: 1s monitor
io: input

$(PREFIX)0RateBeamCnst:Apt:01:Height_RBV

ai

0-rate beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)0RateBeamCnst:Apt:01:Width_RBV

ai

0-rate beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)0RateBeamCnst:Apt:01:OK_RBV

bi

0-rate beam constant
archive: 1s monitor
io: input

$(PREFIX)0RateBeamCnst:Apt:02:Height_RBV

ai

0-rate beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)0RateBeamCnst:Apt:02:Width_RBV

ai

0-rate beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)0RateBeamCnst:Apt:02:OK_RBV

bi

0-rate beam constant
archive: 1s monitor
io: input

$(PREFIX)0RateBeamCnst:Apt:03:Height_RBV

ai

0-rate beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)0RateBeamCnst:Apt:03:Width_RBV

ai

0-rate beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)0RateBeamCnst:Apt:03:OK_RBV

bi

0-rate beam constant
archive: 1s monitor
io: input

$(PREFIX)0RateBeamCnst:Apt:04:Height_RBV

ai

0-rate beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)0RateBeamCnst:Apt:04:Width_RBV

ai

0-rate beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)0RateBeamCnst:Apt:04:OK_RBV

bi

0-rate beam constant
archive: 1s monitor
io: input

$(PREFIX)0RateBeamCnst:BeamClassRanges_RBV

longin

0-rate beam constant
archive: 1s monitor
io: input

$(PREFIX)0RateBeamCnst:BeamClass_RBV

longin

0-rate beam constant
archive: 1s monitor
io: input

$(PREFIX)0RateBeamCnst:Cohort_RBV

longin

Cohort inc on each arb cycle
archive: 1s monitor
io: input

$(PREFIX)0RateBeamCnst:MachineMode_RBV

longin

0-rate beam constant
archive: 1s monitor
io: input

$(PREFIX)0RateBeamCnst:Rate_RBV

longin

0-rate beam constant
archive: 1s monitor
field: EGU Hz
io: input

$(PREFIX)0RateBeamCnst:Transmission_RBV

ai

0-rate beam constant
archive: 1s monitor
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX)0RateBeamCnst:PhotonEnergy_RBV

ai

0-rate beam constant
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)0RateBeamCnst:eVRanges_RBV

longin

0-rate beam constant
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)0RateBeamCnst:Valid_RBV

bi

0-rate beam constant
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:Veto_RBV

waveform

Full beam constant
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:Apt:01:Height_RBV

ai

Full beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)FullBeamCnst:Apt:01:Width_RBV

ai

Full beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)FullBeamCnst:Apt:01:OK_RBV

bi

Full beam constant
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:Apt:02:Height_RBV

ai

Full beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)FullBeamCnst:Apt:02:Width_RBV

ai

Full beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)FullBeamCnst:Apt:02:OK_RBV

bi

Full beam constant
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:Apt:03:Height_RBV

ai

Full beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)FullBeamCnst:Apt:03:Width_RBV

ai

Full beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)FullBeamCnst:Apt:03:OK_RBV

bi

Full beam constant
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:Apt:04:Height_RBV

ai

Full beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)FullBeamCnst:Apt:04:Width_RBV

ai

Full beam constant
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)FullBeamCnst:Apt:04:OK_RBV

bi

Full beam constant
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:BeamClassRanges_RBV

longin

Full beam constant
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:BeamClass_RBV

longin

Full beam constant
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:Cohort_RBV

longin

Cohort inc on each arb cycle
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:MachineMode_RBV

longin

Full beam constant
archive: 1s monitor
io: input

$(PREFIX)FullBeamCnst:Rate_RBV

longin

Full beam constant
archive: 1s monitor
field: EGU Hz
io: input

$(PREFIX)FullBeamCnst:Transmission_RBV

ai

Full beam constant
archive: 1s monitor
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX)FullBeamCnst:PhotonEnergy_RBV

ai

Full beam constant
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)FullBeamCnst:eVRanges_RBV

longin

Full beam constant
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)FullBeamCnst:Valid_RBV

bi

Full beam constant
archive: 1s monitor
io: input

$(PREFIX)eVRangeCnst_RBV

waveform

Active eV Range constants
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)K:eVRangeCnst_RBV

waveform

eV Range constants
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)L:eVRangeCnst_RBV

waveform

eV Range constants
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)eVRangeHyst_RBV

ai

eV Range hystersis
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)CurrentBP:Veto_RBV

waveform

PMPS_GVL.stCurrentBeamParameters.aVetoDevices
archive: 1s monitor
io: input

$(PREFIX)CurrentBP:Apt:01:Height_RBV

ai

PMPS_GVL.stCurrentBeamParameters.astApertures[1].Height
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)CurrentBP:Apt:01:Width_RBV

ai

PMPS_GVL.stCurrentBeamParameters.astApertures[1].Width
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)CurrentBP:Apt:01:OK_RBV

bi

PMPS_GVL.stCurrentBeamParameters.astApertures[1].xOK
archive: 1s monitor
io: input

$(PREFIX)CurrentBP:Apt:02:Height_RBV

ai

PMPS_GVL.stCurrentBeamParameters.astApertures[2].Height
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)CurrentBP:Apt:02:Width_RBV

ai

PMPS_GVL.stCurrentBeamParameters.astApertures[2].Width
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)CurrentBP:Apt:02:OK_RBV

bi

PMPS_GVL.stCurrentBeamParameters.astApertures[2].xOK
archive: 1s monitor
io: input

$(PREFIX)CurrentBP:Apt:03:Height_RBV

ai

PMPS_GVL.stCurrentBeamParameters.astApertures[3].Height
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)CurrentBP:Apt:03:Width_RBV

ai

PMPS_GVL.stCurrentBeamParameters.astApertures[3].Width
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)CurrentBP:Apt:03:OK_RBV

bi

PMPS_GVL.stCurrentBeamParameters.astApertures[3].xOK
archive: 1s monitor
io: input

$(PREFIX)CurrentBP:Apt:04:Height_RBV

ai

PMPS_GVL.stCurrentBeamParameters.astApertures[4].Height
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)CurrentBP:Apt:04:Width_RBV

ai

PMPS_GVL.stCurrentBeamParameters.astApertures[4].Width
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)CurrentBP:Apt:04:OK_RBV

bi

PMPS_GVL.stCurrentBeamParameters.astApertures[4].xOK
archive: 1s monitor
io: input

$(PREFIX)CurrentBP:BeamClassRanges_RBV

longin

PMPS_GVL.stCurrentBeamParameters.nBCRange
archive: 1s monitor
io: input

$(PREFIX)CurrentBP:BeamClass_RBV

longin

PMPS_GVL.stCurrentBeamParameters.nBeamClass
archive: 1s monitor
io: input

$(PREFIX)CurrentBP:Cohort_RBV

longin

Cohort inc on each arb cycle
archive: 1s monitor
io: input

$(PREFIX)CurrentBP:MachineMode_RBV

longin

PMPS_GVL.stCurrentBeamParameters.nMachineMode
archive: 1s monitor
io: input

$(PREFIX)CurrentBP:Rate_RBV

longin

PMPS_GVL.stCurrentBeamParameters.nRate
archive: 1s monitor
field: EGU Hz
io: input

$(PREFIX)CurrentBP:Transmission_RBV

ai

PMPS_GVL.stCurrentBeamParameters.nTran
archive: 1s monitor
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX)CurrentBP:PhotonEnergy_RBV

ai

PMPS_GVL.stCurrentBeamParameters.neV
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)CurrentBP:eVRanges_RBV

longin

PMPS_GVL.stCurrentBeamParameters.neVRange
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)CurrentBP:Valid_RBV

bi

PMPS_GVL.stCurrentBeamParameters.xValid
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:Veto_RBV

waveform

PMPS_GVL.stRequestedBeamParameters.aVetoDevices
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:Apt:01:Height_RBV

ai

PMPS_GVL.stRequestedBeamParameters.astApertures[1].Height
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)RequestedBP:Apt:01:Width_RBV

ai

PMPS_GVL.stRequestedBeamParameters.astApertures[1].Width
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)RequestedBP:Apt:01:OK_RBV

bi

PMPS_GVL.stRequestedBeamParameters.astApertures[1].xOK
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:Apt:02:Height_RBV

ai

PMPS_GVL.stRequestedBeamParameters.astApertures[2].Height
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)RequestedBP:Apt:02:Width_RBV

ai

PMPS_GVL.stRequestedBeamParameters.astApertures[2].Width
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)RequestedBP:Apt:02:OK_RBV

bi

PMPS_GVL.stRequestedBeamParameters.astApertures[2].xOK
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:Apt:03:Height_RBV

ai

PMPS_GVL.stRequestedBeamParameters.astApertures[3].Height
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)RequestedBP:Apt:03:Width_RBV

ai

PMPS_GVL.stRequestedBeamParameters.astApertures[3].Width
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)RequestedBP:Apt:03:OK_RBV

bi

PMPS_GVL.stRequestedBeamParameters.astApertures[3].xOK
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:Apt:04:Height_RBV

ai

PMPS_GVL.stRequestedBeamParameters.astApertures[4].Height
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)RequestedBP:Apt:04:Width_RBV

ai

PMPS_GVL.stRequestedBeamParameters.astApertures[4].Width
archive: 1s monitor
field: EGU mm
io: input

$(PREFIX)RequestedBP:Apt:04:OK_RBV

bi

PMPS_GVL.stRequestedBeamParameters.astApertures[4].xOK
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:BeamClassRanges_RBV

longin

PMPS_GVL.stRequestedBeamParameters.nBCRange
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:BeamClass_RBV

longin

PMPS_GVL.stRequestedBeamParameters.nBeamClass
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:Cohort_RBV

longin

Cohort inc on each arb cycle
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:MachineMode_RBV

longin

PMPS_GVL.stRequestedBeamParameters.nMachineMode
archive: 1s monitor
io: input

$(PREFIX)RequestedBP:Rate_RBV

longin

PMPS_GVL.stRequestedBeamParameters.nRate
archive: 1s monitor
field: EGU Hz
io: input

$(PREFIX)RequestedBP:Transmission_RBV

ai

PMPS_GVL.stRequestedBeamParameters.nTran
archive: 1s monitor
field: HOPR 1
field: LOPR 0
field: PREC 2
io: input

$(PREFIX)RequestedBP:PhotonEnergy_RBV

ai

PMPS_GVL.stRequestedBeamParameters.neV
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)RequestedBP:eVRanges_RBV

longin

PMPS_GVL.stRequestedBeamParameters.neVRange
archive: 1s monitor
field: EGU eV
io: input

$(PREFIX)RequestedBP:Valid_RBV

bi

PMPS_GVL.stRequestedBeamParameters.xValid
archive: 1s monitor
io: input

MR1L3:HOMS:COATING:STATE:10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:COATING:STATE:09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:COATING:STATE:09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:COATING:STATE:09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:COATING:STATE:PMPS:ARB:ENABLE_RBV

bi

PRG_States.fbMR1L3_Coating_States.bArbiterEnabled
io: output

MR1L3:HOMS:COATING:STATE:PMPS:ARB:ENABLE

bo

PRG_States.fbMR1L3_Coating_States.bArbiterEnabled
io: output

MR1L3:HOMS:COATING:STATE:BUSY_RBV

bi

PRG_States.fbMR1L3_Coating_States.bBusy
field: ONAM True
field: ZNAM False
io: input

MR1L3:HOMS:COATING:STATE:DONE_RBV

bi

PRG_States.fbMR1L3_Coating_States.bDone
field: ONAM True
field: ZNAM False
io: input

MR1L3:HOMS:COATING:STATE:ERR_RBV

bi

PRG_States.fbMR1L3_Coating_States.bError
field: ONAM True
field: ZNAM False
io: input

MR1L3:HOMS:COATING:STATE:RESET_RBV

bi

PRG_States.fbMR1L3_Coating_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR1L3:HOMS:COATING:STATE:RESET

bo

PRG_States.fbMR1L3_Coating_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR1L3:HOMS:COATING:STATE:GET_RBV

mbbi

PRG_States.fbMR1L3_Coating_States.enumGet
io: input

MR1L3:HOMS:COATING:STATE:SET_RBV

mbbi

PRG_States.fbMR1L3_Coating_States.enumSet
io: output

MR1L3:HOMS:COATING:STATE:SET

mbbo

PRG_States.fbMR1L3_Coating_States.enumSet
io: output

MR1L3:HOMS:COATING:STATE:PMPS:MAINT_RBV

bi

PRG_States.fbMR1L3_Coating_States.fbStatePMPS.bMaintMode
io: output

MR1L3:HOMS:COATING:STATE:PMPS:MAINT

bo

PRG_States.fbMR1L3_Coating_States.fbStatePMPS.bMaintMode
io: output

MR1L3:HOMS:COATING:STATE:ERRID_RBV

longin

PRG_States.fbMR1L3_Coating_States.nErrorId
io: input

MR1L3:HOMS:COATING:STATE:ERRMSG_RBV

waveform

PRG_States.fbMR1L3_Coating_States.sErrorMessage
io: input

MR1L3:HOMS:MMS:XUP:STATE:10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L3:HOMS:MMS:XUP:STATE:09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L3:HOMS:MMS:XUP:STATE:09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L3:HOMS:MMS:XUP:STATE:BUSY_RBV

bi

PRG_States.fbMR1L3_InOut_States.bBusy
field: ONAM True
field: ZNAM False
io: input

MR1L3:HOMS:MMS:XUP:STATE:DONE_RBV

bi

PRG_States.fbMR1L3_InOut_States.bDone
field: ONAM True
field: ZNAM False
io: input

MR1L3:HOMS:MMS:XUP:STATE:ERR_RBV

bi

PRG_States.fbMR1L3_InOut_States.bError
field: ONAM True
field: ZNAM False
io: input

MR1L3:HOMS:MMS:XUP:STATE:RESET_RBV

bi

PRG_States.fbMR1L3_InOut_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR1L3:HOMS:MMS:XUP:STATE:RESET

bo

PRG_States.fbMR1L3_InOut_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR1L3:HOMS:MMS:XUP:STATE:GET_RBV

mbbi

PRG_States.fbMR1L3_InOut_States.enumGet
io: input

MR1L3:HOMS:MMS:XUP:STATE:SET_RBV

mbbi

PRG_States.fbMR1L3_InOut_States.enumSet
io: output

MR1L3:HOMS:MMS:XUP:STATE:SET

mbbo

PRG_States.fbMR1L3_InOut_States.enumSet
io: output

MR1L3:HOMS:MMS:XUP:STATE:ERRID_RBV

longin

PRG_States.fbMR1L3_InOut_States.nErrorId
io: input

MR1L3:HOMS:MMS:XUP:STATE:ERRMSG_RBV

waveform

PRG_States.fbMR1L3_InOut_States.sErrorMessage
io: input

MR1L4:HOMS:COATING:STATE:10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:COATING:STATE:09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:COATING:STATE:09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:COATING:STATE:09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:COATING:STATE:BUSY_RBV

bi

PRG_States.fbMR1L4_Coating_States.bBusy
field: ONAM True
field: ZNAM False
io: input

MR1L4:HOMS:COATING:STATE:DONE_RBV

bi

PRG_States.fbMR1L4_Coating_States.bDone
field: ONAM True
field: ZNAM False
io: input

MR1L4:HOMS:COATING:STATE:ERR_RBV

bi

PRG_States.fbMR1L4_Coating_States.bError
field: ONAM True
field: ZNAM False
io: input

MR1L4:HOMS:COATING:STATE:RESET_RBV

bi

PRG_States.fbMR1L4_Coating_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR1L4:HOMS:COATING:STATE:RESET

bo

PRG_States.fbMR1L4_Coating_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR1L4:HOMS:COATING:STATE:GET_RBV

mbbi

PRG_States.fbMR1L4_Coating_States.enumGet
io: input

MR1L4:HOMS:COATING:STATE:SET_RBV

mbbi

PRG_States.fbMR1L4_Coating_States.enumSet
io: output

MR1L4:HOMS:COATING:STATE:SET

mbbo

PRG_States.fbMR1L4_Coating_States.enumSet
io: output

MR1L4:HOMS:COATING:STATE:ERRID_RBV

longin

PRG_States.fbMR1L4_Coating_States.nErrorId
io: input

MR1L4:HOMS:COATING:STATE:ERRMSG_RBV

waveform

PRG_States.fbMR1L4_Coating_States.sErrorMessage
io: input

MR1L4:HOMS:MMS:XUP:STATE:10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR1L4:HOMS:MMS:XUP:STATE:09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR1L4:HOMS:MMS:XUP:STATE:09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR1L4:HOMS:MMS:XUP:STATE:BUSY_RBV

bi

PRG_States.fbMR1L4_InOut_States.bBusy
field: ONAM True
field: ZNAM False
io: input

MR1L4:HOMS:MMS:XUP:STATE:DONE_RBV

bi

PRG_States.fbMR1L4_InOut_States.bDone
field: ONAM True
field: ZNAM False
io: input

MR1L4:HOMS:MMS:XUP:STATE:ERR_RBV

bi

PRG_States.fbMR1L4_InOut_States.bError
field: ONAM True
field: ZNAM False
io: input

MR1L4:HOMS:MMS:XUP:STATE:RESET_RBV

bi

PRG_States.fbMR1L4_InOut_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR1L4:HOMS:MMS:XUP:STATE:RESET

bo

PRG_States.fbMR1L4_InOut_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR1L4:HOMS:MMS:XUP:STATE:GET_RBV

mbbi

PRG_States.fbMR1L4_InOut_States.enumGet
io: input

MR1L4:HOMS:MMS:XUP:STATE:SET_RBV

mbbi

PRG_States.fbMR1L4_InOut_States.enumSet
io: output

MR1L4:HOMS:MMS:XUP:STATE:SET

mbbo

PRG_States.fbMR1L4_InOut_States.enumSet
io: output

MR1L4:HOMS:MMS:XUP:STATE:ERRID_RBV

longin

PRG_States.fbMR1L4_InOut_States.nErrorId
io: input

MR1L4:HOMS:MMS:XUP:STATE:ERRMSG_RBV

waveform

PRG_States.fbMR1L4_InOut_States.sErrorMessage
io: input

MR2L3:HOMS:COATING:STATE:10:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:10:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:10:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:10:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:10:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:10:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:10:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:10:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:10:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:10:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:10:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:10:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:10:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:10:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:10:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:11:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:11:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:11:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:11:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:11:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:11:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:11:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:11:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:11:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:11:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:11:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:11:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:11:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:11:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:11:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:12:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:12:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:12:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:12:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:12:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:12:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:12:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:12:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:12:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:12:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:12:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:12:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:12:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:12:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:12:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:13:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:13:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:13:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:13:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:13:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:13:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:13:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:13:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:13:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:13:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:13:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:13:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:13:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:13:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:13:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:14:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:14:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:14:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:14:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:14:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:14:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:14:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:14:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:14:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:14:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:14:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:14:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:14:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:14:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:14:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:15:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:15:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:15:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:15:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:15:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:15:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:15:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:15:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:15:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:15:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:15:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:15:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:15:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:15:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:15:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:01:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:01:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:01:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:01:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:01:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:01:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:01:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:01:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:01:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:01:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:01:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:01:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:01:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:01:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:01:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:02:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:02:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:02:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:02:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:02:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:02:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:02:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:02:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:02:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:02:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:02:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:02:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:02:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:02:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:02:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:03:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:03:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:03:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:03:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:03:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:03:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:03:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:03:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:03:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:03:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:03:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:03:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:03:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:03:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:03:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:04:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:04:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:04:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:04:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:04:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:04:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:04:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:04:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:04:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:04:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:04:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:04:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:04:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:04:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:04:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:05:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:05:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:05:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:05:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:05:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:05:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:05:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:05:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:05:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:05:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:05:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:05:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:05:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:05:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:05:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:06:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:06:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:06:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:06:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:06:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:06:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:06:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:06:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:06:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:06:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:06:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:06:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:06:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:06:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:06:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:07:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:07:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:07:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:07:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:07:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:07:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:07:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:07:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:07:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:07:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:07:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:07:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:07:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:07:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:07:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:08:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:08:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:08:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:08:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:08:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:08:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:08:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:08:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:08:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:08:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:08:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:08:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:08:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:08:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:08:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:09:LOCKED_RBV

bi

TRUE if state is immutable
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:09:MOVE_OK_RBV

bi

TRUE if the move would be safe
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:09:VALID_RBV

bi

TRUE if this is a real state
expand: %.2d
field: ONAM TRUE
field: ZNAM FALSE
io: input

MR2L3:HOMS:COATING:STATE:09:ACCL_RBV

ai

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:09:ACCL

ao

Acceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:09:DCCL_RBV

ai

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:09:DCCL

ao

Deceleration to use for moves to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:09:DELTA_RBV

ai

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:09:DELTA

ao

Max deviation from position at this state
expand: %.2d
field: DRVL 0.0
io: output

MR2L3:HOMS:COATING:STATE:09:SETPOINT_RBV

ai

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:09:SETPOINT

ao

Axis position associated with this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:09:VELO_RBV

ai

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:09:VELO

ao

Speed at which to move to this state
expand: %.2d
io: output

MR2L3:HOMS:COATING:STATE:09:ENCODER_RBV

longin

Encoder count associated with this state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:09:NAME_RBV

waveform

Name of this position state
expand: %.2d
io: input

MR2L3:HOMS:COATING:STATE:BUSY_RBV

bi

PRG_States.fbMR2L3_Coating_States.bBusy
field: ONAM True
field: ZNAM False
io: input

MR2L3:HOMS:COATING:STATE:DONE_RBV

bi

PRG_States.fbMR2L3_Coating_States.bDone
field: ONAM True
field: ZNAM False
io: input

MR2L3:HOMS:COATING:STATE:ERR_RBV

bi

PRG_States.fbMR2L3_Coating_States.bError
field: ONAM True
field: ZNAM False
io: input

MR2L3:HOMS:COATING:STATE:RESET_RBV

bi

PRG_States.fbMR2L3_Coating_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR2L3:HOMS:COATING:STATE:RESET

bo

PRG_States.fbMR2L3_Coating_States.bReset
field: ONAM True
field: ZNAM False
io: output

MR2L3:HOMS:COATING:STATE:GET_RBV

mbbi

PRG_States.fbMR2L3_Coating_States.enumGet
io: input

MR2L3:HOMS:COATING:STATE:SET_RBV

mbbi

PRG_States.fbMR2L3_Coating_States.enumSet
io: output

MR2L3:HOMS:COATING:STATE:SET

mbbo

PRG_States.fbMR2L3_Coating_States.enumSet
io: output

MR2L3:HOMS:COATING:STATE:ERRID_RBV

longin

PRG_States.fbMR2L3_Coating_States.nErrorId
io: input

MR2L3:HOMS:COATING:STATE:ERRMSG_RBV

waveform

PRG_States.fbMR2L3_Coating_States.sErrorMessage
io: input