HP Indigo W7250 Strain Gauge Second Transfer Measurement Service and Troublesh - Page 11

Value on arm, Measurement output, Related Systab parameters

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Figure 2-11 Value on arm Typical measurement output from one of the two strain gauges is shown below. Figure 2-12 Measurement output Related Systab parameters Direction MCN>PLC MCN>PLC PLC>MCN PLC>MCN MCN>PLC MCN>PLC Systab WHS_W_Host_To_PLC:SecoundTransferMesurmentEnable = 0 WHS_W_Host_To_PLC:SecoundTransferMeasurmentMode = 0 I/O: SecoundTransferForceFront IO: SecoundTransferForceRear WHS_W_Configuration: SecoundTrsf_Newton_per_10V_Front = 6300 (default) WHS_W_Configuration: SecoundTrsf_Newton_per_10V_Rear = 6300 (default) Each strain gauge arm should have its own "SecoundTrsf_Newton" value according to the label on the actual strain gauge arm Principles of Operation 9

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Figure 2-11
Value on arm
Typical measurement output from one of the two strain gauges is shown below.
Figure 2-12
Measurement output
Related Systab parameters
Direction
Systab
MCN>PLC
WHS_W_Host_To_PLC:SecoundTransferMesurmentEnable = 0
MCN>PLC
WHS_W_Host_To_PLC:SecoundTransferMeasurmentMode = 0
PLC>MCN
I/O: SecoundTransferForceFront
PLC>MCN
IO: SecoundTransferForceRear
MCN>PLC
WHS_W_Configuration: SecoundTrsf_Newton_per_10V_Front = 6300 (default)
MCN>PLC
WHS_W_Configuration: SecoundTrsf_Newton_per_10V_Rear = 6300 (default)
Each strain gauge arm should have its own “SecoundTrsf_Newton” value according to the label on the
actual strain gauge arm
Principles of Operation
9