Device-defined input tags (floating point)

Channel Faults

- A collection of individual channel indicators. For example, ChannelFaults.3 for channel 3.

An ordered status of faults that indicates that a point is faulted and input data may be incorrect. Check other diagnostic faults, if they are available, for further diagnosis of the root cause. If communication to the input device is lost, then all points for a device are faulted.

Module Faults

- A collection of all device-level fault members.

Analog Group Fault

- Indicates if a channel fault occurred on any channel.

Indicates if a calibration is currently in progress on any channel.

Calibration Fault

- Indicates if any channel has a bad calibration. Bad calibration means the last attempt to calibrate the channel failed with an error and was aborted.

Status

- Collection of individual channel status bits.

Channel Calibration Fault

- Status indicating if the channel has a bad calibration. Bad calibration means the last attempt to calibrate the channel failed with an error and was aborted.

Underrange

- Alarm indicating the channel’s input is less than the minimum detectable input signal.

Overrange

- Alarm indicating the channel’s input is greater than the maximum detectable input signal.

Rate Alarm

- Alarm that is set when the input channel’s rate of change exceeds the configured Ch0Config.RateAlarmLimit. The alarm remains set until the rate change drops below the configured limit unless it is latched by Ch0Config.RateAlarmLatch in the configuration.

Low Alarm

- Alarm that is set when the input signal moves below the configured low alarm trigger point, Ch0Config.LAlarmLimit. The alarm remains set until the input signal moves above the trigger point unless it is latched by Ch0Config.ProcAlarmLatch or the input is still within the configured alarm deadband, Ch0Config.AlarmDeadband, of the low alarm trigger point.

High Alarm

- Alarm that is set when the input signal moves above the configured high alarm trigger point, Ch0Config.HAlarmLimit. The alarm remains set until the input signal moves below the trigger point unless it is latched by Ch0Config.ProcAlarmLatch or the input is still within the configured alarm deadband, Ch0Config.AlarmDeadband, of the high alarm trigger point.

Low Low Alarm

- Alarm that is set when the input signal moves beneath the configured low low alarm trigger point, Ch0Config.LLAlarmLimit. The alarm remains set until the input signal moves above the trigger point unless it is latched by Ch0Config.ProcAlarmLatch or the input is still within the configured alarm deadband, Ch0Config.AlarmDeadband, of the low low alarm trigger point.

High High Alarm

- Alarm that is set when the input signal moves above the configured high high alarm trigger point, Ch0Config.HHAlarmLimit. The alarm remains set until the input signal moves below the trigger point unless it is latched by Ch0Config.ProcAlarmLatch or the input is still within the configured alarm deadband, Ch0Config.AlarmDeadband, of the high high alarm trigger point.

High Limit Alarm

- Alarm that is set when the requested output value, Ch0Data, is above the configured high limit, Ch0Config.HighLimit. The output stops at the configured high limit, which the echo reflects. The alarm remains set until the requested output moves below the high limit unless it is latched by Ch0Config.LimitAlarmLatch.

Input channel value that reflects the current signal read from the terminals and scaled into the configured engineering units for the channel.

Cold Junction Data

- The cold junction sensor temperature in degrees Celsius or Fahrenheit.

Coordinated System Time Timestamp

- Timestamp taken at time the input data was sampled (or, if an output, when the output was applied) in terms of microseconds relative to the backplane. Must be addressed in 32-bit chunks as an array

Rolling Timestamp

- Timestamp taken at time the input data was sampled (or, if an output, when the output was applied) in terms of milliseconds relative to the individual device. Value ranges 0...32,767 ms.