Configuration Tag Definitions – 5034-OF4

5034-OF4 Configuration Tags – 5034-OF4
Name
Data Type
Definition
Valid Values
Chxx.Range
SINT
Channel’s operating range
  • 0 = -10…+10V
  • 1 = 0…5V
  • 2 = 0…10V
  • 4 = 0…20 mA
  • 5 = 4…20 mA
Chxx.AlarmDisable
BOOL
Disables all alarms on the channel.
0 = Alarms are enabled
1 = Alarms are disabled
Chxx.LimitAlarmLatchEn
BOOL
Configures Limit alarms to latch until they are explicitly unlatched.
0 = Latching disabled
1 = Latching enabled
Chxx.RampAlarmLatchEn
BOOL
Latches Ramp Alarm when set so that it does not clear until explicitly unlatched.
0 = Latching disabled
1 = Latching enabled
Chxx.NoLoadEn
BOOL
Enables the input No Load diagnostic.
0 = Disabled
1 = Enabled
Chxx.Disable
BOOL
Disables the channel.
0 = Channel is enabled
1 = Channel is disabled
Chxx.FaultMode
BOOL
Determines output action when a connection fault occurs.
At the fault occurrence, the output holds its last state or transitions to the value set in the Fault Value parameter. The channel continues the Fault Mode for the length of time set in the Fault Value State Duration parameter.
0 = Transition to user-defined value
1 = Hold Last State
Chxx.ProgMode
BOOL
Determines output action when the controller transitions to Program Mode or Inhibit mode.
At the transition to Program Mode, the output holds its last state or transitions to the value set in the Program Value parameter.
0 = Transition to user-defined value
1 = Hold Last State
Chxx.ProgramToFaultEn
BOOL
Determines channel action if a connection faults while the module is in a safe state for Program Mode.
The channel can remain in a safe state for Program Mode or transition to a safe state for Communication Fault mode.
If the channel remains in a safe state for Program Mode, the Final Fault State parameter is ignored.
0 = Remains in the Program state
1 = Transitions to the safe state for the Fault mode
Chxx.FaultValueStateDuration
SINT
Determines the length of time the FaultMode or FaultValue parameter value is held prior to the Final Fault State.
  • 0 = Forever
  • 1 = 1 s
  • 2 = 2 s
  • 5 = 5 s
  • 10 = 10 s
Chxx.FaultValue
REAL
Value to which the output changes if the following events exist:
  • Fault Mode = 0
  • Either of the following:
    • Controller is in Run Mode and the connection is lost
    • Controller is in Program Mode, the connection is lost, and the ProgamToFaultEn tag is set
Any value
Chxx.ProgValue
REAL
Value to which the channel changes if the following events exist:
  • Program Mode = 0
  • Controller transitions to Program Mode
Any value
Chxx.FaultFinalState
REAL
If FaultValueStateDuration is nonzero, this value determines the final Output state after the configured FaultValueStateDuration timeout occurs.
Any value
Chxx.RampInRun
BOOL
Enables Output Ramping when the module is in Run Mode.
Output changes during Run Mode are limited to the Maximum Ramp Rate value.
0 = Ramping disabled
1 = Ramping enabled in Run Mode
Chxx.RampToProg
BOOL
Enables Output Ramping when the controller transitions to Program Mode.
Output changes during Program Mode are limited to the Maximum Ramp Rate value.
0 = Ramping disabled
1 = Ramping enabled to Program Mode state
Chxx.RampToFault
BOOL
Enables Output Ramping when the connection to the module faults.
Output transitions to FaultValue and FaultFinalState are limited to the MaximumRampRate.
0 = Ramping disabled
1 = Ramping enabled to Fault mode state
Chxx.HoldForInit
BOOL
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 the following conditions occurs.
  • Module initial connection (powerup)
  • Controller transition from Program Mode back to Run Mode
  • Module re-establishes communication after a fault
  • SA power is restored after being lost.
0 = Output O.Chxx.Data signal immediately
1 = Hold last signal until initialization match
Chxx.MaxRampRate
REAL
Maximum rate at which the channel can transition to in Engineering Units/Second.
This tag is used only if at least one of the following output ramping modes is enabled:
  • Ramp In Run
  • Ramp To Fault
  • Ramp To Program
If the MaxRampRate = 0.0, the ramp rate is limited to ramping the range full scale in one RPI.
Any value greater than zero = Trigger point
Chxx.LowSignal
REAL
One of four points used in scaling. The low signal is in terms of the inputs signal units and corresponds to the low engineering term when scaled.
Any value less than the high signal in range
Chxx.HighSignal
REAL
One of four points used in scaling. The high signal is in terms of the inputs signal units and corresponds to the high engineering term when scaled.
Any value greater than the low signal in range
Chxx.LowEngineering
REAL
One of four points used in scaling. The low engineering helps determine the engineering units the signal values scale into. The low engineering term corresponds to the low signal value.
Any value
Chxx.HighEngineering
REAL
One of four points used in scaling. The high engineering helps determine the engineering units the signal values scale into. The high engineering term corresponds to the high signal value.
Any value
Chxx.LowLimit
REAL
Lowest value to which the output can go. The tag value is engineering units.
Any value lower than the HighLimit
Chxx.HighLimit
REAL
Highest value to which the output can go. The tag value is engineering units.
Any value higher than the LowLimit
Chxx.Offset
REAL
Compensates for any known error on the sensor or channel to which the sensor is connected. The value is set in engineering units.
Any value
Use a small value.
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