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Advantages Shunt Calibration

Technical Advantages and Best Practices for Shunt Calibration

Interface answers why shunt calibration matters for load cell system verification and provides engineering best practices. Incorporating shunt calibration into your testing and measurement program has key advantages, including rapid system verification, reduced downtime, minimal equipment requirements, repeatable results, and flexibility in integration within measurement systems.
Accessories For Force And Torque

Essential Interface Accessories for Force and Torque Measurement

Interface accessories contribute to the performance and longevity of force and torque measurement devices. Accessories include cables, connectors, base kits, mounting hardware, adapters, calibration resistors, simulator couplings, bearings, TEDS, and more. Explore accessories for load cells and torque transducers.
ACCESSORIES GUIDE BLOG

New Interface Accessories Selection Guide

Interface Accessories Selection Guide will help you complete your test and measurement project design with the highest performance. Accessories are available in many design configurations for load cells, torque transducers, instrumentation, and calibration systems. Use this Interface resource guide to combine accessories designed for the specific measurement products.
INTERFACE 101 SERIES TENSION LOAD CELLS 1

Shunt Calibration Resistors 101

Interface shunt calibration resistors, known as RCAL Resistors, are an accessory product. A shunt calibration resistor is a resistor that is connected in parallel with a measurement instrument to provide a known resistance value. The purpose of the shunt cal resistor is to calibrate the instrument to accurately measure the current passing through it. Shunt calibration resistors are often used with load cells to improve the accuracy and reliability of their measurements.