Device-defined data types (5094-OF8IH, 5094-OF8IHXT)
Device-defined data type names vary for each device depending on selections made when creating the device.
These tables list and describe device-defined data types for the 5094-OF8IH or 5094-OF8IHXT devices.
These tables include this information:
- input (as indicated by an "I")
- output (as indicated by an "O")
- configuration (as indicated by a "C")
Device-defined data type: AB:5000_AO8:I:0
Connection Type: Data and Listen Only
Member Name | Type | Style | Valid Values |
|---|---|---|---|
RunMode | BOOL | Decimal | 0 = Idle 1 = Run
|
ConnectionFaulted | BOOL | Decimal | 0 = A connection exists between the device and the controller. 1 = Not connected |
DiagnosticActive | BOOL | Decimal | 0 = No diagnostics active 1 = One or more diagnostics are active or the prognostics threshold is reached |
DiagnosticSequenceCount | SINT | Decimal | -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. |
Ch0x.Fault | BOOL | Decimal | 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. |
Ch0x.Uncertain | BOOL | Decimal | 0 = Valid data 1 = Data validity uncertain. Device is operating outside its designed operating range, or data is under manual or override control. |
Ch0x.NoLoad | BOOL | Decimal | 0 = No load condition does not exist 1 = No load condition exists, meaning a signal wire is disconnected from the channel or the RTB. |
Ch0x.ShortCircuit | BOOL | Decimal | 0 = No short circuit or overcurrent condition exists 1 = Short circuit or overcurrent exists |
Ch0x.OverTemperature | BOOL | Decimal | 0 = Device temperature is not over the operating limits 1 = Device temperature is over the operating limits |
Ch0x.FieldPowerOff | BOOL | Decimal | 0 = Field power is present 1 = Field power is not present |
Ch0x.InHold | BOOL | Decimal | 0 = Channel is not holding 1 = Channel is holding |
Ch0x.NotANumber | BOOL | Decimal | 0 = Last channel data received was a number 1 = Output value received from the originator is NotANumber (the IEEE NAN value). The output channel holds its last state |
Ch0x.Underrange | BOOL | Decimal | 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. |
Ch0x.Overrange | BOOL | Decimal | 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. |
Ch0x.LLimitAlarm | BOOL | Decimal | 0 = Alarm is not triggered 1 = Alarm is triggered |
Ch0x.HLimitAlarm | BOOL | Decimal | 0 = Alarm is not triggered 1 = Alarm is triggered |
Ch0x.RampAlarm | BOOL | Decimal | 0 = Alarm is not triggered 1 = Alarm is triggered |
Ch0x.CalFault | BOOL | Decimal | 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. |
Ch0x.Calibrating | BOOL | Decimal | 0 = Channel is not being calibrated 1 = Channel is being calibrated |
Ch0x.Data | REAL | Float | -1.0E11 to 1.0E11 |
Ch0x.RollingTimestamp | INT | Decimal | 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. |
Device-defined data type: AB:5000_AO8:O:0
Connection Type: Data
Member Name | Type | Style | Valid Values |
|---|---|---|---|
Ch0x.LLimitAlarmUnlatch | BOOL | Decimal | Transition from low to high unlatches alarm. |
Ch0x.HLimitAlarmUnlatch | BOOL | Decimal | Transition from high to low unlatches alarm. |
Ch0x.RampAlarmUnlatch | BOOL | Decimal | Transition from low to high unlatches alarm |
Ch0x.Data | REAL | Float | -1.0E11 to 1.0E11 |
Device-defined data type: AB:5000_AO8_HART:C:0
Connection Type: Data
Member Name | Type | Style | Valid Values |
|---|---|---|---|
Ch0x.AlarmDisable | BOOL | Decimal | 0 = Alarms are enabled 1 = Alarms are disabled (default) |
Ch0x.LimitAlarmLatchEn | BOOL | Decimal | 0 = Latching disabled (default) 1 = Latching enabled |
Ch0x.RampAlarmLatchEn | BOOL | Decimal | 0 = Latching disabled (default) 1 = Latching enabled |
Ch0x.NoLoadEn | BOOL | Decimal | 0 = Disabled (default) 1 = Enabled |
Ch0x.Disable | BOOL | Decimal | 0 = Channel is enabled (default) 1 = Channel is disabled |
Ch0x.FaultMode | BOOL | Decimal | 0 = Transition to user-defined value 1 = Hold Last State (default) |
Ch0x.ProgMode | BOOL | Decimal | 0 = Transition to user-defined value 1 = Hold Last State (default) |
Ch0x.ProgramToFaultEn | BOOL | Decimal | 0 = Channel remains in Program mode 1 = Channel transitions to Fault mode |
Ch0x.RampInRun | BOOL | Decimal | 0 = Ramping disabled (default) 1 = Ramping enabled in Run mode |
Ch0x.RampToProg | BOOL | Decimal | 0 = Ramping disabled (default) 1 = Ramping enabled to Program mode state |
Ch0x.RampToFault | BOOL | Decimal | 0 = Ramping disabled (default) 1 = Ramping enabled to Fault mode state |
Ch0x.HoldForInit | BOOL | Decimal | 0 = Unchecked 1 = Checked |
Ch0x.FaultValueStateDuration | SINT | Decimal | 0 = Forever 1 = 1 second 2 = 2 seconds 5 = 5 seconds 10 seconds |
Ch0x.MaxRampRate | REAL | Float | 0 to 1.0E11 |
Ch0x.LowSignal | REAL | Float | -1.0E11 to 1.0E11 A combination of LowSignal, HighSignal, LowEngineering, and HighEngineering are used to scale the input data returned by the device. |
Ch0x.HighSignal | REAL | Float | -1.0E11 to 1.0E11 A combination of LowSignal, HighSignal, LowEngineering, and HighEngineering are used to scale the input data returned by the device. |
Ch0x.LowEngineering | REAL | Float | -1.0E11 to 1.0E11 A combination of LowSignal, HighSignal, LowEngineering, and HighEngineering are used to scale the input data returned by the device. |
Ch0x.HighEngineering | REAL | Float | -1.0E11 to 1.0E11 A combination of LowSignal, HighSignal, LowEngineering, and HighEngineering are used to scale the input data returned by the device. |
Ch0x.LowLimit | REAL | Float | -1.0E11 to 1.0E11 |
Ch0x.HighLimit | REAL | Float | -1.0E11 to 1.0E11 |
Ch0x.Offset | REAL | Float | -1.0E11 to 1.0E11 |
Ch0x.FaultValue | REAL | Float | -1.0E11 to 1.0E11 |
Ch0x.ProgValue | REAL | Float | -1.0E11 to 1.0E11 |
Ch0x.FaultFinalState | REAL | Float | -1.0E11 to 1.0E11 |
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