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elobau U.S., Inc. Datasheets for Industrial Joysticks

Industrial joysticks use potentiometric, inductive or photoelectric sensing systems and/or switches to translate joystick motion into an output signal.
Industrial Joysticks: Learn more

Product Name Notes
Due to its compact design, the fingertip joystick is ideal for use in control panels and armrests. The area of application ranges from industrial trucks, agricultural and construction machinery to...
The angular operating range is ± 20°(± 15°). The operating principle is noncontacting: – analogue: rotating magnetic field over hall-sensor – discrete output: Reed technique Short circuit-proof with analogue version...
The angular operating range is ± 25°(± 20° + ± 15°). The operating principle is non-contacting: – analogue: rotating magnetic field over hall-sensor – discrete output: Reed technique Short circuit-proof...
The angular operating range is ± 25°(optional ± 20°; ± 15°; ± 10°). The operating principle is non-contacting: – analogue: rotating magnetic field over hall-sensor – discrete output: Reed technique...
The angular operating range is ±15°. The operating principle is noncontacting: – analogue: rotating magnetic field over hall-sensor Short circuit-proof with analogue version (short circuit duration: unlimited) toward power supply.
The angular operating range is ±20° (25°). The operating principle is noncontacting: – analogue: rotating magnetic field over hall-sensor – discrete output: reed technique. Short circuit-proof with analogue version (short...
The angular operating range is ±20°. The operating principle is non-contacting: - analogue: rotating magnetic field over hall-sensor - digital: reed technique. Short circuit-proof with analogue version (short circuit duration:...
The angular operating range is ±25° (±20°). The operating principle is non-contacting: – analogue: rotating magnetic field over hall-sensor – discrete output: reed technique. Short circuit-proof with analogue version (short...