M Series Magnetostrictive Linear Displacement Sensors for Construction Machinery, Special Vehicles, and Railway Vehicles
Temposonics MH Series
This is a robust magnetostrictive linear displacement sensor designed to withstand harsh environments such as shock, vibration, and temperature using magnetostrictive technology.
This sensor is a compact, non-contact, high-reliability sensor specially developed through rigorous testing to fit within hydraulic and pneumatic cylinders. To accommodate various applications, you can choose from interfaces such as analog, PWM, CANbus, CANopen, and J1939. It also supports SIL2 and performance level d, which will become essential in the future.
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basic information
■A compact-sized stainless steel displacement sensor designed for use built into hydraulic cylinders ■Ideal for vehicle clevis-type cylinders and cylinders with limited installation space ■The sensor head is housed in a robust stainless steel case containing a circuit board ■The sensor rod incorporates a detection element and magnetostrictive wire within a pressure-resistant stainless rod, fitting inside a ground piston rod ■The magnet is the only movable part, mounted at the bottom of the piston, moving non-contact along the sensor rod without wear; the magnetic field generated by this magnet acts on the internal magnetostrictive wire as it passes through the sensor rod to detect the magnet's position 【Features】 ●Non-contact ●High precision ●Redundancy (two sensors in one housing) ●Ultra-compact, can be built into hydraulic and pneumatic cylinders ●Built-in for vehicle, railway, and marine cylinders ●Measures absolute position and movement speed ●Selectable interfaces: analog (voltage, current), PWM, CANbus, CANopen, J1939, etc. ●Operating temperature range: -40℃ to +105℃
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Applications/Examples of results
Hydraulic cylinders, steering, suspension, height control, position control, tilt control, level control, and wind power generation for construction machinery, resource extraction machinery, road vehicles, railway vehicles, agricultural machinery, ships, and aircraft.
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Company information
Temposonics introduced a non-contact, high-precision, and cost-effective non-contact absolute sensor method to the market in the early 1970s, using the magnetostrictive effect (Weidmann effect) for position measurement, which had previously been dominated by incremental methods. As a leading company in magnetostrictive sensors, we are committed to improving accuracy as position sensors, engaging in research and development, and enhancing quality to meet the needs of the industrial sector. Our sensors are increasingly being adopted not only as linear sensors to replace rotary encoders, linear encoders, and potentiometers but also in various industries such as hydraulics, pneumatics, water pressure, injection molding, welding, printing, textiles, construction machinery, wind power generation, metal processing, as well as in disaster prevention sensors like landslide sensors and bridge sensors. Temposonics will continue to develop further and strive day and night to be of service as a leading company in industrial sensors.