Force Sensor Plates

SensorData Technologies offers force sensor plates across a broad capacity range. For example, the F341–F347 series covers 5K to 500K lbf, the F502 series handles 5K to 100K lbf, and the F654 series ranges from 5K to 25K lbf. Multiple models are available to match your specific application load requirements.

Yes. SensorData's fatigue-rated force sensor plates are guaranteed against fatigue failure for 100 million fully reversed load cycles. This makes them ideal for material testing machines, component life cycle testing, and other applications involving continuous or repetitive loading that standard load cells cannot reliably withstand.

SensorData force sensor plates are compatible with both AC carrier and DC strain gage signal conditioning electronics. This dual compatibility provides flexibility when integrating sensors into existing test systems or data acquisition setups, reducing the need for additional interface hardware or signal conversion equipment.

The F341–F347 series achieves nonlinearity and hysteresis of just 0.07%, among the highest accuracy levels available in shear web load cell design. The F502 series maintains 0.15% nonlinearity and hysteresis. All models feature low-profile construction with deflection under 0.002 inch, ensuring high stiffness and minimal system compliance.

Force sensor plates are widely used in aerospace for airframe structural testing, automotive for hydraulic actuator and press calibration, material testing laboratories for component life cycle testing, and industrial settings for tank, bin, hopper, and silo weighing. Civil engineering, rolling mills, and suspension weighing systems also rely on these sensors for reliable force measurement.

Yes. SensorData Technologies has over 25 years of in-house design and manufacturing capability, offering custom force sensor plates for unique capacities, geometries, or environmental requirements. Technical consultation is available, and the company retains proprietary rights to all custom designs while providing solutions tailored precisely to your application demands.