Strain Measurement

STRAIN MEASUREMENT

Expand your Capabilities with the Multi Function Bridge, Voltage and ICP Channel Card

An integrated and synchronized solution for all SignalCalc 900 analyzer and controller applications – the Multi Function precision measurement card adds strain measurement to the 900 Series platform, and is an all-in-one solution for bridge, voltage and IEPE/ICP (including TEDS) signal conditioning. Featuring four versatile input channels with secure micro-D9 connectors in the front-end, the Multi Function card can tackle a wide range of dynamic signal measurement applications.

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Multi Function Card Performance Highlights

  • Supports Quarter, Half and Full Bridge configurations, IEPE/ICP and bridge sensors
  • Includes 120 Ω and 350 Ω completion resistors and a 100 KΩ shunt resistors for each channel
  • Supplies user configurable ±5V bridge power with precision DACs
  • Compensates high value bridge unbalance with nulling DAC during offset calibration
Shown in the 906 chassis – the Multi Function precision conditioning and measurement card is an all-in-one solution for bridge, voltage and IEPE/ICP (including TEDS) signal conditioning. Featuring 4 versatile input channels with secure micro-D9 connectors in the front-end, the Multi Function card can tackle a wide range of dynamic signal measurement applications. Providing an integrated and synchronized solution for SignalCalc 900 analyzer and controller applications.

New Software Features

  • Strain gauge database enables a quick and intuitive test setup
  • Built in bridge balancing and shunt calibration for optimal performance
  • Real-time temperature compensation of strain using thermocouple data
  • Real-time principal strain and stress calculations for strain gauge rosettes
CONSULT A DATA PHYSICS APPLICATIONS ENGINEER

Access the Data Sheet 

Common Strain Applications 

Automotive

Testing strain and stress in vehicle components like chassis, suspension systems, and engine parts for durability and safety.

Manufacturing

Controlling and optimizing manufacturing processes by measuring strains in materials during forming, welding, machining, and assembly.

Research and Development

Conducting experiments and studies in various scientific fields where precise strain measurement is essential.

Renewable Energy

Monitoring strains in wind turbine blades, solar panels, and hydroelectric structures to improve efficiency and reliability.

Aerospace

Monitoring strains in aircraft components, wings, fuselage, and engine parts to ensure safety and performance.

Product Testing

Testing strains in consumer products, electronics, packaging materials, and other goods to ensure quality and durability.