100/104-E-INT-X Contactor Communication Module Auto-generated Tags
After you configure the device, tags are automatically generated. The data
from the input (produced) and output (consumed) assemblies is used as descriptive tag
names to simplify programming.
Tag | Data Type | Function |
|---|---|---|
DeviceName:I.RunMode | BIT | 0 = Not Run Mode 1 = Run Mode |
DeviceName.I.ConnectionFaulted | BIT | Connection to the device is 0 = Up and working 1 = Not connected |
DeviceName.I.DiagnosticActive | BIT | 0 = No diagnostics active 1 = One or more diagnostic or prognostics thresholds reached |
DeviceName.I.DiagSequenceCount | SINT | Increments for each time a distinct diagnostic condition is
detected, including each time a distinct diagnostic condition
transitions from detected to not detected. |
DeviceName.I.Overload.Fault | BIT | 0 = Normal good data 1 = Bad data |
DeviceName.I.Overload.Uncertain | BIT | 0 = Valid data 1 = Data validity is questionable |
DeviceName.I.Overload.AuxForwardContact | BIT | Indicates Auxiliary Forward Contact status. Indicates the Auxiliary Forward Contact status. If Auxiliary
Forward contact type is set to Normally Open: Run command = 0; Auxiliary Forward Contact status = 0: Contactor
is OFF Run command = 1; Auxiliary Forward Contact status = 1: Contactor
is ON If Auxiliary Forward contact type is set to Normally Close: Run command = 0; Auxiliary Forward Contact status = 1: Contactor
is OFF Run command = 1; Auxiliary Forward Contact status = 0: Contactor
is ON |
DeviceName.I.Overload.AuxReverseContact | BIT | Indicates the Auxiliary Reverse Contact status. If Auxiliary Forward contact type is set to Normally Open: Run command = 0; Auxiliary Reverse Contact status = 0: Contactor
is OFF Run command = 1; Auxiliary Reverse Contact status = 1: Contactor
is On in Reverse direction If Auxiliary Forward contact type is set to Normally Close: Run command = 0; Auxiliary Reverse Contact status = 1: Contactor
is OFF Run command = 1; Auxiliary Reverse Contact status = 0: Contactor
is On in Reverse direction Run command = 1; Auxiliary Forward Contact status = 1: Contactor
is ON If Auxiliary Forward contact type is set to Normally Close: Run command = 0; Auxiliary Forward Contact status = 1: Contactor
is OFF Run command = 1; Auxiliary Forward Contact status = 0: Contactor
is ON |
DeviceName.I.Overload.Interlock | BIT | Status of Interlock input depending on configuration parameter
InterlockNormallyClosed |
DeviceName.I.Overload.MotorCurrentPresent | BIT | Status indicates if motor has current or not |
DeviceName.I.Overload.Stopped | BIT | 0 = Starter ON (forward or reverse) 1 = Starter not On. |
DeviceName.I.Overload.PeerControlEn | BIT | Indicate the control source of Motor starter 0 = Controller 1 = Peer If operating mode is set to Peer 2 Wire or Peer 3 wire If Operating mode is Controller/Peer 2 Wire or Controller/Peer 3
Wire and in Hand mode is active |
DeviceName:I.CircuitBreaker.CBOff | BIT | This tag is visible to a 140ME connection. If set indicates the 140ME circuit breaker handle is in the OFF
position |
DeviceName:I.CircuitBreaker.CBTripped | BIT | This tag is visible to a 140ME connection. If set indicates a trip state on the 140ME circuit breaker, a
reset is required at the breaker. Reset they fault by rotating 140ME circuit breaker handle to OFF
position, before rotating into ON position. |
DeviceName:I.CircuitBreaker.ShortCircuitTrip | BIT | This tag is visible to a 140ME connection. If set indicates a short circuit trip on the 140ME Circuit
Breaker, a reset is required at the 140ME breaker. Reset fault by rotating 140ME handle to OFF position, before
rotating into ON position. |
DeviceName:I.CircuitBreaker.ContactorWeldTrip | BIT | This tag is visible to a 140ME connection. If set indicates a potential weld/operational issue with
connected AC contactor. Check AC contactor plunger operation.
Replace if needed. |
DeviceName.I.Overload.TripPresent | BIT | If set indicates that device has tripped and this could happen
due to following trip(s): OverloadTrip PhaseLossTrip JamTrip,UnderloadTrip TestTrip 140ME.140METripped 140ME.ShortCircuitTrip 140ME.ContactorWeldTrip |
DeviceName.I.Overload.WarningPresent | BIT | If set indicates that device has shown warnings, these could
be: OverloadWarning JamWarning UnderloadWarning |
DeviceName.I.Overload.OverloadTrip | BIT | If set indicates that there is a trip due to overload |
DeviceName.I.Overload.PhaseLossTrip | BIT | If set indicates that there is a trip due to phase loss |
DeviceName.I.Overload.JamTrip | BIT | If set indicates that there is a trip due to jam |
DeviceName.I.Overload.UnderloadTrip | BIT | If set indicates that there is a trip due to underload |
DeviceName.I.Overload.TestTrip | BIT | If set indicates that there is a trip due to test underway |
DeviceName.I.Overload.OverloadWarning | BIT | If set indicates that there is a warning that is caused by the
Overload level exceeding the configured OverloadWarningLimit |
DeviceName.I.Overload.PhaseLossWarning | BIT | If set indicates that there is a warning that is caused by phase
loss |
DeviceName.I.Overload.JamWarning | BIT | If set indicates that there is a warning that is caused by a Jam
which has exceeded the JamWarningLimit and is beyond the
JamWarningDelay time |
DeviceName.I.Overload.UnderloadWarning | BIT | If set indicates that there is a warning that is caused by an
Underload condition - value beneath the UnderloadWarningLimit
and has exceeded the UnderloadWarningDelay time |
DeviceName:I.CircuitBreaker.DataPortFault | BIT | This tag is visible with both a 140ME circuit breaker or E100
overload connection. If set indicates the device data port cable is missing or
un-connected, or an in-correct protection device selection. |
DeviceName:I.Overload.DataPortFault | BIT | This tag is visible with both a 140ME circuit breaker or E100
overload connection. If set indicates the device data port cable is missing or
un-connected, or an in-correct protection device selection. |
DeviceName.I.Overload.PeerCommFault | BIT | A roll-up of all P2P communication faults. This rollup is set to
1 when at least one connection fault has been detected for P2P
control commands. 0 = No P2P communication faults 1 = Communication fault has been detected for at least one
control command |
DeviceName.I.Overload.InternalFault | BIT | Indicates fault state when the AD signal goes out of range to
read the opto-isolator monitoring the Contactor/Motor starter
plunger |
DeviceName.I.Overload.OperationsAlarm | BIT | Indicates when the Motor starter or contactor operations counter
reaches alarm threshold. It can be the maximum lifetime for the
Motor starter or contactor |
DeviceName.I.Overload.OperatingHoursAlarm | BIT | Indicates when the Motor starter or contactor operating hours
counter reaches alarm threshold. It can be the maximum lifetime
for the Motor starter or contactor |
DeviceName.I.Overload.TCUPercent | REAL | TCU (Thermal Capacity Used) is the percentage utilization of
thermal capacity of the overload relay or the circuit
breaker |
DeviceName.I.Overload.FLAAvgPercent | REAL | The percentage utilization of the current capacity of the
overload or the circuit breaker |
DeviceName.I.Overload.CurrentAvg | REAL | Average phase current (A) |
DeviceName.I.Overload.L1Current | REAL | The actual L1 phase current |
DeviceName.I.Overload.L2Current | REAL | The actual L2 phase current |
DeviceName.I.Overload.L3Current | REAL | The actual L3 phase current |
Tag | Data Type | Function | 100-E-INT-X | 104-E-INT-X |
|---|---|---|---|---|
DeviceName:O.Command.Run | BIT | Command that is received from Controller or Peer to Turn On the
Non reversing motor starter | ✔ | |
DeviceName:O.Command.ResetTrip | BIT | When transitioned from 0 to 1, Trip condition is reset | ✔ | ✔ |
DeviceName:O.Command.RunForward | BIT | Command from Controller or Peer to Turn On the reversing motor
starter in Forward direction | ✔ | |
DeviceName:O.Command.RunReverse | BIT | Command from Controller or Peer to Turn On the reversing motor
starter in Reverse direction | ✔ |
Tag | Data Type | Function | 100-E-INT-X | 104-E-INT-X |
|---|---|---|---|---|
DeviceName:C.Starter.JamEn | BIT | Enables/Disables the trip and warning if jam has occurred. If
disabled the trip/ warning is not set even if the jam condition
occurs. 0 = Disabled 1 = Enabled | ✔ | ✔ |
DeviceName:C.Starter.UnderloadEn | BIT | Enables/Disables the trip and warning if underload has occurred.
If disabled the trip/ warning is not set even if the underload
condition occurs. 0 = Disabled 1 = Enabled | ✔ | ✔ |
DeviceName:C.Starter.OperationsAlarmEn | BIT | Enables/Disables the Operations Alarm. If disabled the Operations
Alarm is not set when the operations counter crosses the alarm
threshold. 0 = Disabled 1 = Enabled | ✔ | ✔ |
DeviceName:C.Starter.OperatingHoursAlarmEn | BIT | Enables/Disables the Operating Hours Alarm. If it is disabled,
the Operating Hours Alarm is not set when the number of
operating hours counter crosses the alarm threshold. 0 = Disabled 1 = Enabled | ✔ | ✔ |
DeviceName:C.Starter.RemainingOperationsAlarmLimit | DINT | Specifies a remaining life level for number of operations
(relative to the user maintenance total life for this component
group) below which component reports a predictive maintenance
event. 0 - 1 000 000, Default 100 000 | ✔ | ✔ |
DeviceName:C.Starter.RemainingOperatingHoursAlarmLimit | DINT | Specifies a remaining life level for number of operating hours
(relative to the user maintenance total life for this component
group) below which component reports a predictive maintenance
event. 0 - 100 000. Default 10 000 | ✔ | ✔ |
DeviceName:C.Starter.FaultMode | BIT | Defines the state of the Motor starter or contactor when
communication fault occurs. 0 = Fault value 1 = Hold Last State | ✔ | ✔ |
DeviceName:C.Starter.FaultValue | BIT | Defines the state of Motor starter or contactor when
communication fault occurs. The FaultMode has to be set to
0. 0 = Off 1 = On | ✔ | |
DeviceName:C.Starter.FaultValue | SINT | Defines the state of Reversing Motor starter when communication
fault occurs. The FaultMode has to be set to 0 0 = Off 1 = RunForward 2 = RunReverse | ✔ | |
DeviceName:C.Starter.ProgMode | BIT | Defines the state of the Motor starter or contactor when
transitioned into the Program Mode. 0 = Go to Program Mode 1 = Hold Last State | ✔ | ✔ |
DeviceName:C.Starter.ProgValue | BIT | Defines the state of the Motor starter or contactor when
transitioned into the Program Mode. 0 = OFF 1 = ON | ✔ | |
DeviceName:C.Starter.ProgValue | SINT | Defines the state of Reversing Motor starter when transitioned
into the Program Mode. The ProgMode has to be set to 0 0 = Off 1 = RunForward 2 = RunReverse | ✔ | |
DeviceName:C.Starter.FaultFinalState | BIT | Defines the state of Motor starter or contactor once the time in
FaultValueStateDuration elapses. 0 = Off 1 = On | ✔ | ✔ |
DeviceName:C.Starter.ProgramToFaultEn | BIT | Determines if Motor starter or contactor should transition to the
Fault Mode if the connection faults while in Program Mode. 0 = Stay in Program Mode 1 = Go to Fault Mode | ✔ | ✔ |
DeviceName:C.Starter.FaultValueStateDuration | SINT | This value determines time the Fault Mode state is held before
the FaultFinalState being applied. 0 = Hold forever (default) 1 = 1 second 2 = 2 seconds 5 = 5 seconds 10 = 10 seconds | ✔ | ✔ |
DeviceName:C.Protection.FLASetting | REAL | Defines the full-load current setting (Amps) | ✔ | ✔ |
DeviceName:C.Protection.TripClass | SINT | Defines trip class which is the maximum time that is taken by the
relay (in seconds) to open in the case of an overload
condition: 0 = Class 10/10E 1 = Class 15/15E 2 = Class 20/20E 3 = Class 30/30E | ✔ | ✔ |
DeviceName:C.Protection.AutoResetEn | BIT | Enables/disables auto reset mode in case of overload trip
action | ✔ | ✔ |
DeviceName:C.Protection.TimeoutTripEn | BIT | Enable/disables a trip in case there is a loss of CSI
communication | ✔ | |
DeviceName:C.Protection.OverloadWarningLimit | SINT | Overload warning limit (%TCU) | ✔ | ✔ |
DeviceName:C.Protection.JamInhibitMode | SINT | Defines the Jam inhibit mode 0 = TimedInhibit 1 = DynamicInhibit 2 = NoInhibit | ✔ | ✔ |
DeviceName:C.Protection.JamInhibitTime | USINT | Jam Detect Inhibit Time in sec (s) | ✔ | ✔ |
DeviceName:C.Protection.JamTripDelay | USINT | Jam Detect Trip Delay in sec (s) | ✔ | ✔ |
DeviceName:C.Protection.JamTripLimit | INT | Jam Detect Trip Level in %FLA | ✔ | ✔ |
DeviceName:C.Protection.JamWarningDelay | USINT | Jam Detect Warning Delay in sec (s) | ✔ | ✔ |
DeviceName:C.Protection.UnderloadInhibitMode | SINT | Underload Inhibit Mode, allowed values are 0 = TimedInhibit 1 = DynamicInhibit 2 = NoInhibit | ✔ | ✔ |
DeviceName:C.Protection.JamWarningLimit | INT | Jam Detect Warning Level in %FLA | ✔ | ✔ |
DeviceName:C.Protection.UnderloadInhibitTime | USINT | Underload Inhibit Time in sec (s) | ✔ | ✔ |
DeviceName:C.Protection.UnderloadTripDelay | USINT | Underload Trip Delay in sec (s) | ✔ | ✔ |
DeviceName:C.Protection.UnderloadTripLimit | INT | Underload Trip Level in %FLA | ✔ | ✔ |
DeviceName:C.Protection.UnderloadWarningDelay | USINT | Underload Warning Delay in sec (s) | ✔ | ✔ |
DeviceName:C.Protection.UnderloadWarningLimit | SINT | Underload Warning Level in %FLA | ✔ | ✔ |
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