How do I Perform a Shunt Calibration With the ScopeCorder Strain Gage Module?

Resources:

To perform a shunt calibration using the 701271 strain gage module and the ScopeCorder, please complete the following procedures:
  1. Connect the strain module 701271, bridge head 701957/701958 and the strain gauge 
  2. Attach the shunt resistor to the bridge head
  3. Set the range unit, range, excitation voltage, and gauge factor
  4. Press the Exec Balance soft key
  5. Enter the reference strain value corresponding to the attached resistor for P2:Y
  6. Select the Unit
  7. Execute the Shunt Cal to perform the calibration
  8. After the calibration is done, the P1:X and P2:X values as well as the Upper and Lower Scale will have changed
  9. If negative strain direction is selected, the P2:Y value must be negative and the P2:X value will also be negative after calibration

Please refer to the attached file for more details on shunt calibration.

Related Products & Solutions

Data Acquisition (DAQ)

Scalable DAQ systems with industry-leading isolation, noise immunity, built-in conditioning, and real-time analysis, ensuring accurate, reliable measurements and faster decisions.

High Speed Data Acquisition

  • PC-based, streaming, local, or remote operation
  • 20+ modules, isolated and versatile inputs
  • Up to 200 MS/s or 640 ch
  • Used in aerospace, automotive, energy, and manufacturing industries
  •  

Isolated Oscilloscopes | ScopeCorders

  • An integrated measurement system for every electromechanical application
  • Modular platform combines oscilloscope and DAQ functionality
  • Capture high-speed transients and low-speed trends

Oscilloscopes

Accelerate debugging and gain deeper insight with high-resolution oscilloscopes designed for speed, clarity, and precision.

SL1000 High-Speed Data Acquisition Unit

Predecessor to SL2000. A PC-based ScopeCorder system capable of synchronizing multiple chassis.

WE7000 PC-Based Measurement Instruments

One system, multiple instruments:  WE7000 satisfies demands for fast, reliable and precise data acquisition which uses a standard laptop or PC as its user interface. Input modules plug into an expandable measuring station. Via the optical interface, it is possible to galvanically isolate the laptop/PC.

Precision Making

Top