Finger joystick 842

Finger Joystick 842

Robust potentiometric joystick in a variety of designs - compact but flexible

  • Very robust potentiometric finger joystick with metal mechanics
  • Wide range of knobs
  • Degree of protection up to IP65 above panel
  • Inherently robust towards electromagnetic interference
  • Custom versions possible with friction brake for one axis, spring return for the second axis
  • Microswitches for detecting the central position/deflection optional
  • Customer- specific billet shapes, bellows and sensors on request
Axes 1, 2, 3
Output interface Analogue voltage output
Size Finger Joystick
Return Mechanism Spring Return, Friction Clutch
Technology Potentiometric
Housing depth under panel 31...≤40 mm
Number of Pushbuttons 0, 1, 2
Sealing above panel Dust and spray water protection (IP54 or better), Dust and water tight (IP65 or better)
Limiter plate Square, Slotted y direction (1 axis)
Description
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Product description: Finger Joystick 842

Inherently RFI/EMC immune and most flexible in its class

The joysticks of the series 842 exhibit properties, which are normally found in bigger joystick models only, even though it is a very compact finger joystick. Particularly worth mentioning is the possibility to configure the three axes independently and the option for a friction clutch in x and/or y-axis.
The series is equipped with potentiometers, because potentiometers are still the best choice if EMI/RFI resistance requirements are very high. The joysticks are available with up to 3 axes, and exhibit a robust mechanical metal mechanism. This way the return properties of the x and y-axis can be changed by e.g. using a stronger or weaker spring, or by using a friction clutch.
Due to the variety of handle shapes, the optimum product can be selected for the application. A special feature is the option for micro switches, if the open frame version is chosen.

  • Potentiometer in rail-to-rail configuration (full angle) or with partial angle output are available
  • Alternative to Hall effect joysticks due to inherent immunity to electromagnetic interference

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