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Dynamisk kraftgivare med inbyggd accelerometer

Force transducers for dynamic force measurement 1.25 kN to 2.5 MN

Fast facts

The patented DR series force/acceleration transducers are equipped with two integrated MEMS accelerometers with different sensitivity characteristics. This allows for a simple and efficient determination of any inertial forces that occur in the force measurement or test bench setup during dynamic measurements. The innovative solution also eliminates the need for one or more external accelerometers, which is a major advantage for the customer.

Based on the principle of shear stress measurement, DR Series load cells also feature very high stiffness and high natural frequency, enabling a wide dynamic measurement range for industrial applications - the ideal high-precision solution with integrated MEMS accelerometers. Their very broad sensitivity spectrum also makes them suitable for a wide range of dynamic test bench applications.

The robust design and low deformation of DR Series force transducers make them ideal for dynamic test benches for materials and components in the automotive, aerospace and energy sectors.

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Characteristics:

Nominal force range: 1.25 kN to 2.5 MN
Accuracy class: 0.03 - 0.06
Fatigue limit: >100 million load cycles
Several ways to mount: threaded or flanged
Optimized for dynamic compression and tension forces
Integrated MEMS accelerometers

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Force transducers for dynamic force measurement 1.25 kN to 2.5 MN

    • Flexibly configurable sensor variants
    • Innovative and future-proof
    • Accurate and reliable measurements
    • The perfect end-to-end solution for dynamic applications
    • Investment security thanks to long lifespan
    • Very robust and durable

Request for quotation

If you are interested in Force transducers for dynamic force measurement 1.25 kN to 2.5 MN or any of our other products, you can use the form to request a quote. Do not hesitate to contact us if you have any questions about our products and we will get back to you as soon as possible.

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