-40%

Otto JH Series- Large Industrial Hall Effect Joystick JH-0066 Excavator Loader

$ 52.79

Availability: 100 in stock
  • Return shipping will be paid by: Buyer
  • Number of Positions: 4
  • Brand: OTTO Controls
  • MPN: JH-0066
  • Item must be returned within: 30 Days
  • Condition: New
  • Refund will be given as: Money Back
  • All returns accepted: Returns Accepted
  • Panel Cutout Shape: Square
  • Termination Type: Lead

    Description

    Part
    ; OTTO JH Series Control
    Industrial Hall Effect Joystick
    The JH Series Joystick has a dual magnet design and has been fashioned around a traditional 4-way hydraulic joystick. This design yields increased life, dependable performance, and a joystick with fully programmable sensors and temperature compensation logic. A wide variety of input and output configurations are available and it can be configured for both standard and custom I/O requirements. The JH Hall Effect Technology Joystick works well in numerous commercial and military applications
    The JH Series Joystick is designed around the rugged mechanism of a traditional 4-way hydraulic joystick, but it utilizes contactless Hall Effect technology for increased life and more dependable performance in the field. This combination provides performance and features never before available in an electronic joystick. The JH series uses OTTO’s field-proven dual magnet configuration found in OTTO’s HPL Linear Output Hall Effect switches. The Hall Effect sensors are fully protected against electromagnetic and radio frequency interference (EMI and RFI) up to 100V/M. Programmable sensors with built-in magnetic temperature compensation logic ensure consistent and repeatable operation. The JH series is designed for maximum flexibility in features and in tactile feel. A wide variety of input and output configurations are available to satisfy different applications. The modular electronic package can be configured for both standard and custom I/O requirements including CANbuus commercial and military applicati