Device-defined data types (5069-OF4)

0 = Idle

1 = Run

0 = A connection exists between the device and the controller.

1 = Not connected

0 = No diagnostics active

1 = One or more diagnostics are active or the prognostics threshold is reached

0 to 255

Increments each time a distinct diagnostic condition is detected, and each time a distinct diagnostic condition transitions from detected to not detected.

0 = No fault exists

1 = Fault exists

A fault is a roll-up of all of the diagnostic conditions that the device can detect and indicates bad data. If there is a detailed data type member that indicates a given detected condition, this fault member does not affect the DiagnosticActive or DiagnosticSequenceCount members. However, if there is no detailed data type for a given detected condition, this fault member triggers both the DiagnosticActive member and increments/decrements the Diagnostic Sequence Count.

0 = Valid data

1 = Data validity uncertain. Device is operating outside its designed operating range, or data is under manual or override control.

0 = No Load condition does not exist

1 = No Load condition exists, meaning a signal wire is disconnected from the channel or the RTB is removed from the device.

0 = No Short Circuit or Overcurrent condition exists

1 = Short Circuit or Overcurrent exists

0 = Device temperature is not over the operating limits

1 = Device temperature is over the operating limits

0 = Field Power is present

1 = Field Power is not present

0 = Channel is not holding

1 = Channel is holding

0 = Last channel data received was a number

1 = Output value received from the originator is NotANumber (the IEEE NAN value). The output channel will hold its last state

0 = The input signal at the channel is greater than the minimum detectable signal.

1 = The input signal at the channel is less than or equal to the minimum detectable signal.

0 = The input signal at the channel is less than the maximum detectable signal.

1 = The input signal at the channel is greater than or equal to the maximum detectable signal.

0 = Alarm is not triggered

1 = Alarm is triggered

0 = Alarm is not triggered

1 = Alarm is triggered

0 = Alarm is not triggered

1 = Alarm is triggered

0 = Calibration did not fail

1 = A calibration session for a channel was interrupted or failed. CalFault is reset by product reset or power cycle.

0 = Channel is not being calibrated

1 = Channel is being calibrated

-1.0E11 to 1.0E11

Any positive value.

RollingTimestamp is a continuously running timer that counts in milliseconds. When an input device scans its channels, it also records the RollingTimestamp value.

Transition from low to high unlatches alarm.

Transition from high to low unlatches alarm.

Transition from low to high unlatches alarm

-1.0E11 to 1.0E11

0 = -10…10V

1 = 0…5V

2 = 0…10V

4 = 0…20 mA

5 = 4…20 mA

0 = Alarms are enabled

1 = Alarms are disabled (default) for the channel

0 = Latching disabled (default)

1 = Latching enabled

0 = Latching disabled (default)

1 = Latching enabled

0 = Disabled (default)

1 = Enabled

0 = Channel is enabled (default)

1 = Channel is disabled

0 = Transition to user-defined value

1 = Hold Last State (default)

0 = Transition to user-defined value

1 = Hold Last State (default)

0 = Channel remains in Program mode

1 = Channel transitions to Fault mode

0 = Unchecked

1 = Checked

Enables ramping of the output value during Run mode between the current output level and a newly requested output. Ramping defines the maximum rate the output is allowed to transition based upon the configured RampRate.

0 = Unchecked

1 = Checked

Enables ramping of the output value to a user-defined program value, Ch0x.ProgValue, when set. Ramping defines the maximum rate the output is allowed to transition based upon the configured RampRate.

0 = Unchecked

1 = Checked

Enables ramping of the output value to a user-defined Fault value, Ch0xFaultValue, when set. Ramping defines the maximum rate the output is allowed to transition based upon the configured RampRate.

0 = Unchecked

1 = Checked

When set configures the channel to hold, or not change, until initialized with a value within 0.1% of full scale of its current value when one of these conditions occurs:

Determines the length of time the Fault mode state is held prior to the FaultFinalState being applied.

-1.0E11 to 1.0E11

Maximum rate that the output value may change when transitioning to either the FaultValue or ProgValue if either the RampToFault or RampToProg bits are set, respectively, or in Run mode if RampToRun is set. In terms of Engineering Units per second.

-1.0E11 to 1.0E11

A combination of LowSignal, HighSignal, LowEngineering, and HighEngineering are used to scale the input data returned by the device.

-1.0E11 to 1.0E11

A combination of LowSignal, HighSignal, LowEngineering, and HighEngineering are used to scale the input data returned by the device.

-1.0E11 to 1.0E11

A combination of LowSignal, HighSignal, LowEngineering, and HighEngineering are used to scale the input data returned by the device.

-1.0E11 to 1.0E11

A combination of LowSignal, HighSignal, LowEngineering, and HighEngineering are used to scale the input data returned by the device.

-1.0E11 to 1.0E11

Any value lower than the high limit

-1.0E11 to 1.0E11

Any value higher than the low limit

-1.0E11 to 1.0E11

Corrects for actuator inaccuracy in the Output Actuator itself providing a mechanism for the user to calibrate their system outside of the Output Device itself. Offset is configured per channel and in Engineering Units. The Offset is added to the Data before scaling from EU to Signal for output.

-1.0E11 to 1.0E11

Value, in engineering units, the output should take if a communication fault occurs when the FaultMode bit it set.

-1.0E11 to 1.0E11

Value, in engineering units, the output should take when the connection transitions to Program mode if the ProgMode bit is set to "User-Defined Value"

-1.0E11 to 1.0E11

If FaultValueStateDuration is non-zero determines the final Output state after the configured FalueValueStateDuration time out occurs.

0 = Idle

1 = Run

0 = A connection exists between the device and the controller.

1 = Not connected

0 = No diagnostics active

1 = One or more diagnostics are active or the prognostics threshold is reached

0 to 255

Count that increments for each diagnostic.

0 = Good

1 = Bad

0 = Valid data

1 = Data validity uncertain. Device is operating outside its designed operating range, or data is under manual or override control.

0 = No Load condition does not exist

1 = No Load condition exists, meaning a signal wire is disconnected from the channel or the RTB is removed from the device.

0 = No Short Circuit or Overcurrent condition exists

1 = Short Circuit or Overcurrent exists

0 = Device temperature is not over the operating limits

1 = Device temperature is over the operating limits

0 = Field Power is present

1 = Field Power is not present

0 = Channel is not holding

1 = Channel is holding

0 = Last channel data received was a number

1 = Last channel data received was not a number

0 = Channel data is not beneath the underrange threshold

1 = Input signal at the channel is less than or equal to the minimum detectable signal

0 = Channel data is not above the overrange threshold

1 = Input signal at the channel is greater than or equal to the maximum detectable signal.

0 = Alarm is not triggered

1 = Alarm is triggered

0 = Alarm is not triggered

1 = Alarm is triggered

0 = Alarm is not triggered

1 = Alarm is triggered

0 = Calibration did not fail

1 = Calibration error occurred during calibration of the channel

0 = Channel is not being calibrated

1 = Channel is being calibrated

0 = Valid Low Reference signal has not been sampled on this channel.

1 = Valid Low Reference signal has been sampled on this channel.

0= Invalid Low Reference signal has not been sampled on this channel.

1 = Invalid Low Reference signal has been sampled on this channel.

0 = Valid High Reference signal has not been sampled on this channel.

1 = Valid High Reference signal has been sampled on this channel.

0 = Invalid High Reference signal has not been sampled on this channel.

1 = Invalid High Reference signal has been sampled on this channel.

0 = Calibration was not successful

1 = Calibration was successful and calibrating state has been exited.

-1.0E11 to 1.0E11

Any positive value

A continuously running 15-bit timer that counts in milliseconds (unrelated to the Coordinated System Time).

Transition from low to high unlatches alarm.

Transition from high to low unlatches alarm.

Transition from low to high unlatches alarm

0 = Channel is not being calibrated.

1 = Channel is being calibrated.

0 = Do not output Cal Low Reference.

1 = Commands device to output Calibration Low Reference.

0 = Do not Output Cal High Reference.

1 = Commands device to output Calibration High Reference Signal

0 = Not sending Recorded Cal Low Ref.

1 = Sending Recorded Cal Low Reference in Output Data for Calibration Verification.

Rising edge indicates that the Data field contains the recorded Low Reference value for the Output which should be used by the device in Calibration.

0 = Not sending Cal High Reference

1 = Sending recorded Calibration High Reference Signal in Output Data for Calibration Verification.

Rising edge indicates that the Data field contains the recorded High Reference value for the Output which should be used by the device in Calibration.

0 = Channel not triggered to complete the calibration procedure.

1 = Channel triggered to complete the calibration -procedure.

-1.0E11 to 1.0E11