IQAN-LC5-X05 Large Analog, Hall Effect, 2-axis Joysticks
The IQAN-LC5-X05 is a large, coordinate joystick that is robust and able to withstand aggressive conditions during outdoor use and in outdoor installations, including EMI, vibrations and a wide temperature range. The IQAN-LC5-X05 is designed for outdoor use. The housing is rated IP65 above the flange, and has an integrated Deutsch transportation connector. The handle cable is routed completely through the main, non-corrosive housing. This makes field mounting of new handles or replacing a bellow very easy to accomplish. In case of water ingress (i.e. a damaged bellow), the built-in drainage from this design will protect the electronics. The MP handle option for the LC5 provides a variety of control interfaces in an ergonomic, multi-function handle, making it ideal for repetitive motion functions during extended periods in mobile equipment applications. The handle has the capability to have a maximum of 8 buttons or 2 proportional thumb wheels in the faceplate. Combinations of buttons, thumb wheels, and trigger are also possible.
All proportional output signals in the joystick base, the handle thumb wheels and rocker are of contactless Hall effect type with dual sensors to provide redundancy for safety and reliability.
A magnet shielding technology is used to protect the joystick from external magnetic fields.
The joystick has redundant signals which allow error checking to make it easy for the application designer to meet high safety requirements by using IQAN software. The primary signal for each axis is 10%-90% of supply voltage. The corresponding secondary signal is 90%-10% of supply voltage.
All proportional output signals in the joystick base, the handle thumb wheels and rocker are of contactless Hall effect type with dual sensors to provide redundancy for safety and reliability.
A magnet shielding technology is used to protect the joystick from external magnetic fields.
The joystick has redundant signals which allow error checking to make it easy for the application designer to meet high safety requirements by using IQAN software. The primary signal for each axis is 10%-90% of supply voltage. The corresponding secondary signal is 90%-10% of supply voltage.