Xensor | Motion Sensor Supplier

Xensor specializes in designing and manufacturing position sensing products based on the latest and most advanced magnetic technologies in presence, proximity, position, speed, direction, rotational and linear displacement, actuation and servo control.

Xensor specializes in the engineering and manufacturing of sensors to meet the demanding specifications of an ever-changing high technology world. We also have the unique ability to customize functional, physical and performance characteristics alike.

Made possible by innovative design and vertically integrated production capabilities that extend beyond our products to provide superior performance and the highest quality.

Sensor Products

Hall Effect

We offer high quality single and dual hall-effect sensors that excel in harsh operating conditions in hydraulic motors for the mobile off-highway market.

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LVDT/LVIT/RVDT

Flexible in its possible applications as a direct indication of displacement, in an alarm circuit or in a null balance servo system or in a complete instrumentation system providing the primary system input.

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Magnetic Pickups

Sensitive, shock resistant, versatile, reliable in harsh environments, Xensor magnetic pickups create value by enhancing their system’s engine performance, efficiency, and on-board diagnostics.

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Magneto-Resistive

Digitrac® Solid-state Single Magneto-Resistive sensors with digital or analog output and true zero-speed capability provide valuable output by indicating relative position within the sensing area with an incremental position output.
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Proximity

Watertight, dust-proof, impervious to oil, yet sensitive to all metals they operate on the Eddy Current principle. The sensing head emits an alternating radio frequency field generated by a solid state oscillator.

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Rotary/Angular Position

A magnetically biased, Hall-effect integrated circuit (IC) senses rotary movement of the actuator shaft over a set operating range. Rotation of the actuator shaft changes the IC’s position relative to the magnets position, the resulting change in flux density is converted into a linear output.

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