MID0061 Rev.3-Last Tightening Result event variables

The event variables available to an Atlas Copco Event Message, MID0061 Rev.3-Last Tightening Result event trigger are:

Event Variable Name Description
IP Address The IP Address of the Atlas Copco controller that generated the message.
A String in the form of nnn.nnn.nnn.nnn.
P01-CellId The Cell ID of the Atlas Copco controller that generated the message. Range is 0 - 9999.
P02-ChannelID The Channel ID of the Atlas Copco controller that generated the message. Range is 0 - 99.
P03-TorqueControllerName The Controller Name of the Atlas Copco controller that generated the message. A String with a maximum length of 25.
P04-VIN The VIN in the PSET on the Atlas Copco controller that generated the message. A String with a maximum length of 25.
P05-JobID The Job ID of the Atlas Copco controller that generated the message. Range is 0 - 99.
P06-ParameterSetNumber The Parameter Set Number (PSET) of the Atlas Copco controller that generated the message. Range is 0 - 999.
P07-Strategy The Strategy currently run by the controller. Range is 0 – 99.
The corresponding strategies are :
  • 01=Torque control
  • 02=Torque control / angle monitoring
  • 03=Torque control / angle control
  • 04=Angle control / torque monitoring
  • 05=DS control
  • 06=DS control torque monitoring
  • 07=Reverse angle
  • 08=Reverse torque
  • 09=Click wrench
  • 10=Rotate spindle forward
  • 11=Torque control angle control
  • 12=Rotate spindle reverse
  • 13=Home position forward
  • 14=EP Monitoring
  • 15=Yield
  • 16=EP Fixed
  • 17=EP Control
  • 18=EP Angle shutoff
  • 19=Yield / torque control
  • 20=Snug gradient
  • 21=Residual torque / Time
  • 22=Residual torque / Angle
  • 23=Breakaway peak
  • 24=Loose and tightening
  • 25=Home position reverse
  • 26=PVT comp with Snug
  • 99=No strategy
P08-StrategyOptions The options associated with the Strategy. An integer with the following bit mask.
  • Bit 0 Torque
  • Bit 1 Angle
  • Bit 2 Batch
  • Bit 3 PVT Monitoring
  • Bit 4 PVT Compensate
  • Bit 5 Selftap
  • Bit 6 Rundown
  • Bit 7 CM
  • Bit 8 DS control
  • Bit 9 Click Wrench
  • Bit 10 RBW Monitoring
P09-BatchSize The batch size for the Parameter Set on the Atlas Copco controller that generated the message. Range is 0 – 9999.
P10-BatchCounter The batch counter for the Parameter Set on the Atlas Copco controller that generated the message. Range is 0 – 9999.
P11-TighteningStatus Tightening status of the rundown, 0-Not OK, 1-OK.
P12-BatchStatus Batch status of the rundown, 0-Batch not complete, 1-Batch OK, 2-Batch not used.
P13-TorqueStatus Torque status of the rundown, 0-Low, 1-OK, 2-High.
P14-AngleStatus Angle status of the rundown, 0-Low, 1-OK, 2-High.
P15-RundownAngleStatus Rundown angle status of the rundown, 0-Low, 1-OK, 2-High.
P16-CurrentMonitoringStatus Current Monitoring status of the rundown, 0-Low, 1-OK, 2-High.
P17-SelftapStatus Selftap status of the rundown, 0-Low, 1-OK, 2-High.
P18-PVTMonitoringStatus Prevail Torque Monitoring status of the rundown, 0-Low, 1-OK, 2-High.
P19-PVTCompensateStatus Prevail Torque Compensate status of the rundown, 0-Low, 1-OK, 2-High.
P20-TighteningErrorStatus Tightening error bits that show what went wrong with the tightening. A 0 indicates no error, otherwise the following bit mask is used.
  • Bit 1 Rundown angle max shut off
  • Bit 2 Rundown angle min shut off
  • Bit 3 Torque max shut off
  • Bit 4 Angle max shut off
  • Bit 5 Selftap torque max shut off
  • Bit 6 Selftap torque min shut off
  • Bit 7 Prevail torque max shut off
  • Bit 8 Prevail torque min shut off
  • Bit 9 Prevail torque compensate overflow
  • Bit 10 Current monitoring max shut off
  • Bit 11 Post view torque min torque shut off
  • Bit 12 Post view torque max torque shut off
  • Bit 13 Post view torque Angle too small
  • Bit 14 Trigger lost
  • Bit 15 Torque less than target
  • Bit 16 Tool hot
  • Bit 17 Multistage abort
  • Bit 18 Rehit
  • Bit 19 DS measure failed
  • Bit 20 Current limit reached
  • Bit 21 EndTime out shutoff
  • Bit 22 Remove fastener limit exceeded
  • Bit 23 Disable drive
  • Bit 24 Transducer lost
  • Bit 25 Transducer shorted
  • Bit 26 Transducer corrupt
  • Bit 27 Sync timeout
  • Bit 28 Dynamic current monitoring min
  • Bit 29 Dynamic current monitoring max
  • Bit 30 Angle max monitor
  • Bit 31 Yield nut off
  • Bit 32 Yield too few samples
P21-TorqueMinLimit The torque minimum limit represented as a FLOAT4 value.
P22-TorqueMaxLimit The torque maximum limit represented as a FLOAT4 value.
P23-TorqueFinalTarget The torque final target value represented as a FLOAT4 value.
P24-Torque The torque value represented as a FLOAT4 value.
P25-AngleMin The angle minimum value in degrees. Each turn represents 360 degrees. Represented as a UINT4 value.
P26-AngleMax The angle maximum value in degrees. Each turn represents 360 degrees. Represented as a UINT4 value.
P27-FinalAngleTarget The target angle value in degrees. Each turn represents 360 degrees. Represented as a UINT4 value.
P28-Angle The turning angle value in degrees. Each turn represents 360 degrees. Represented as a UINT4 value.
P29-RundownAngleMin The tightening angle minimum value in degrees. Each turn represents 360 degrees. Represented as a UINT4 value.
P30-RundownAngleMax The tightening angle maximum value in degrees. Each turn represents 360 degrees. Represented as a UINT4 value.
P31-RundownAngle The tightening angle value in degrees. Each turn represents 360 degrees. Represented as a UINT4 value.
P32-CurrentMonitoringMin The current monitoring minimum limit in percent. Represented as a value with a range of 0 – 999.
P33-CurrentMonitoringMax The current monitoring maximum limit in percent. Represented as a value with a range of 0 – 999.
P34-CurrentMonitoringValue The current monitoring value limit in percent. Represented as a value with a range of 0 – 999.
P35-SelftapMin The selftap minimum limit value represented as a FLOAT4 value.
P36-SelftapMax The selftap maximum limit value represented as a FLOAT4 value.
P37-SelftapTorque The selftap torque value represented as a FLOAT4 value.
P38-PrevailTorqueMonitoringMin The prevail torque minimum limit value represented as a FLOAT4 value.
P39-PrevailTorqueMonitoringMax The prevail torque maximum limit value represented as a FLOAT4 value.
P40-PrevailTorque The prevail torque value represented as a FLOAT4 value.
P41-TighteningID The tightening ID is a unique ID that is incremented after each tightening. It is represented in a UINT4, with a maximum value of 4294967295.
P42-JobSequenceNumber The Job sequence number is unique for each Job. All tightenings performed in the same Job are stamped with the same Job sequence number. It is represented as a UINT4 with a maximum value of 65535.
P43-SyncTighteningID The sync tightening ID is a unique ID for each sync tightening result. Each individual result of each spindle is stamped with this ID. The tightening ID is incremented after each sync tightening. It is represented as a UINT4 with a maximum value of 65535.
P44-ToolSerialNumber The tool serial number is represented by a string and is a maximum of 14 characters long.
P45-Timestamp The timestamp that the tightening occurred.
P46-LastChangeParameterSettings The timestamp for the last change in the current parameter set settings.
P47-ParameterSetName The Parameter Set Name is represented by a string and is a maximum of 25 characters long.
P48-TorqueValuesUnit The units in which the torque values are sent. The torque values unit is represented as a UINT1. The valid values are:
1=Nm, 2=Lbf.ft, 3=Lbf.In, 4=Kpm
5=Kgf.cm, 6=ozf.in, 7=%
P49-ResultType The result type is represented as a UINT2. The valid values are:
1=Tightening, 2=Loosening, 3=Batch Increment
4=Batch decrement, 5=Bypass parameter set result
6=Abort Job result, 7=Sync tightening,
8=Reference setup