Curtiss-Wright WM-H10 Shaft-Operated Rotary Position Sensor
Curtiss-Wright’s WM-H10 shaft-operated rotary position sensor has a full range of electrical output which can be set to correspond to maximum rotations from 15-360 degrees.
Curtiss-Wright’s Industrial division has announced the launch of the WM-H10, a shaft-operated rotary position sensor featuring a solid-state, Hall-effect sensor that offers two independent and electrically-isolated outputs.
- Contained in a compact housing with an integrated connector
- Robust, mechanical design suits use in hostile, on- and off-highway vehicle environments
- Full range electrical output can be set to correspond to maximum rotations from 15-360 degrees
- Provides dual linear output voltage proportional to an absolute position of 6 mm (0.24 in.), a D-profiled shaft in either direction from a reference angle
- Integral magnet arrangement ensures consistent sensor-magnet separation to avoid errors associated with air-gap fluctuations
- Two independent measuring circuits, each with its own +5V DC power supply connection, enable use of algorithms that compare signals for error checking
- Use of first output signal as a source of rotational motion detection, and the second signal for diagnostic purposes, comparing positional data from both outputs, signal veracity can be determined, meaning high-performing, safety-critical applications can easily be addressed
- Further integrity is also provided as outputs enter pre-defined states in the event of connection errors to the sensor
- Fail-safe outputs
- IP68/IP69K-rated for water and dust, shock, vibration, and temperature
- Operating temperature from -40-85 C (SAE J1455 [-40-185 F])
- A lifespan of 10 million cycles at 1Hz
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