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 |
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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... |