Device-defined data types (5094-IF8IH, 5094-IF8IHXT)

0 = Idle

1 = Run

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

1 = Bad

0 = No diagnostics active

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

-128 to 127

Increments each time a distinct diagnostic condition is detected, and each time a distinct diagnostic condition transitions from detected to not detected. The value of 0 is skipped except during device power-up.

0 = No fault exists

1 = Fault exists

A fault is a roll-up of all 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 = Open wire condition does not exist or open wire detection is disabled.

1 = Open wire condition exists, meaning the signal wire is disconnected from the channel or the RTB.

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 = Last channel data received was a number

1 = Last channel data received was not a number

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 = The input signal has moved below the configured Low Low Alarm Limit. It remains set until the signal moves above the configured Low Low Alarm Limit plus Deadband if specified.

0 = Alarm is not triggered

1 = The input signal moved below the configured Low Alarm Limit. It remains set until the signal moves above the configured Low Alarm Limit plus Deadband if specified.

0 = Alarm is not triggered

1 = The input signal moved above the configured High Alarm Limit. It remains set until the signal moves below the configured High High Alarm Limit minus Deadband if specified.

0 = Alarm is not triggered

1 = The input signal moved above the configured High High Alarm Limit. It remains set until the signal moves below the configured High High Alarm Limit minus Deadband if specified.

0 = Alarm is not triggered

1 = The input channel’s rate of change exceeds the configured rate alarm. It remains set until the rate of change drops below the configured rate.

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.

0 = No fault exists

1 = Fault exists

A fault is a roll-up of all 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 = Input is Off

1 = Input is On

0 = Valid data

1 = Data validity uncertain

Device is operating outside its designed operating range.

0 = Type 3-d Open Wire is not detected

1 = Type 3-d Open Wire is detected

0 = Type 3-d Short Circuit is not detected

1 = Type 3-d Short Circuit is detected

0 = Alarm is disabled

1 = Alarm is enabled

0 = Alarm is disabled

1 = Alarm is enabled

0 = Alarm is disabled

1 = Alarm is enabled

0 = Alarm is disabled

1 = Alarm is enabled

0 = Alarm is disabled

1 = Alarm is enabled

Transition from low to high unlatches alarm.

Transition from low to high unlatches alarm.

Transition from high to low unlatches alarm.

Transition from high to low unlatches alarm.

Transition from low to high unlatches alarm.

-1.0E11 to 1.0E11

A user-defined offset in engineering units added directly into the scaled data, used to compensate for inherent sensor offset. Commonly used with thermocouple sensors to offset accuracy issues.

Not applicable to this device

0 = 10 Hz

1 = 50 Hz

2 = 60 Hz (default)

3 = 100 Hz

4 = 200 Hz

5 = 500 Hz

6 = 1,000 Hz

7 = 2,500 Hz

8 = 5,000 Hz

9 = 10,000 Hz

13 = 5 Hz

15 = 15 Hz

16 = 20 Hz

0 = Alarms are enabled

1 = Alarms are disabled (default) for the channel

0 = Latching disabled (default)

1 = Latching enabled for all four process alarms: low low, low, high and high high. Latching causes the process alarm to remain set until an unlatch service is explicitly sent to the channel or alarm.

0 = Latching disabled (default)

1 = Latching enabled for the rate alarm. Latching causes the rate alarm to remain set until an unlatch service is explicitly sent to the channel or alarm.

0 = Disabled (default)

1 = Enabled detection when the signal wire is disconnected from one of its channels or the RTB.

0 = Channel is enabled (default)

1 = Channel is disabled

-1.00 to 1.00 ohms

Offset used to linearize a 10 Ω copper sensor type’s input.

0 to 32,767 ms

Time constant, in milliseconds, used in a first order lag filter to smooth the input signal.

-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

The low low alarm trigger point.

-1.0E11 to 1.0E11

The low alarm trigger point.

-1.0E11 to 1.0E11

The high alarm trigger point.

-1.0E11 to 1.0E11

The high high alarm trigger point.

0.0 to 1.0E11

0.0 to 1.0E11

Off to On digital filter

On to Off digital filter

0 = disable Type 3-d Open Wire detection

1 = enable Type 3-d Open Wire detection

0 = disable Type 3-d Short Circuit detection

1 = enable Type 3-d Short Circuit detection