Industrial Finger Joysticks
In addition to our extended range of robust joystick controllers, we offer new product line of Industrial Finger Joysticks that will help you take control of your heavy machinery, special vehicles, and control systems.
For cranes, winches, DP systems, agricultural machinery, lifting equipment, CCTV and PTZ control systems and remote control systems. Also for applications such as wheelchairs, robotic operations, medical instruments or where precision is essential.
Standard delivery time 2-3 weeks | Industrial quality | Customized configurations | Different electrical output options | Small quantities available
All configurations are available with a standard delivery time of 2-3 weeks and the configurations we keep on stock within days. Our Controls team is happy to support you with a quotation within 48 hours.
Not exactly what you are looking for?
We offer standard force sensors but can also help you with customized design or a complete measurement solution.
HE1 Multi-assige Vinger Joystick
- Bewegingshoek: ±20° (X&Y assen) ±45° (Z as)
- Diverse handvat- en montagemogelijkheden
- Levensverwachting: ±5.000.000 handelingen
HE2 Multi-assige Vinger Joystick
- Bewegingshoek: ±20° (X,Y-assen) / ±45° (Z-as)
- Sensortype: Hall effect
- Levensverwachting: ±5.000.000 handelingen
HE3 Multi-assige Vinger Joystick
- Bewegingshoek: ±20° (X,Y-assen) / ±45° (Z-as)
- Te gebruiken bij: -40°C~+85°C
- Levensduur: ±5.000.000 handelingen
MH Multi-assige Vinger Joystick
- Bewegingshoek: ±25°(X&Y) ±45°(Z)
- Onafhankelijke Hall-effect sensor per as
- Levensverwachting 5.000.000 handelingen
MR Multi-assige Potentiometer Vinger Joystick
- Bewegingshoek ±25°(X&Y) ±45°(Z)
- Te gebruiken bij temepraturen tussen -20°C tot +60°C
- Goed bestand tegen Elektromagnetische Interferentie
HED Desktop Controller
- Bewegingshoek: ±25°(X&Y) ±45°(Z)
- 4 of 10 knoppen layout beschikbaar
- Levensverwachting: ±5.000.000 keer
MFD Desktop Controller
- Bewegingshoek: ±25° (X&Y) ±45° (Z)
- -17,8°C tot 60°C bedrijfstemperatuur
- Verkrijgbaar met Hall-effect of resistieve sensoren
Hall Effect Finger Joysticks
The finger joysticks on this page, all work with the Hall effect principle. Industrial Hall effect joysticks are similar to the traditional potentiometric joysticks as they both give a proportional electrical output signal that corresponds with the position of the joystick lever. The difference is that the operating principle of Hall effect joysticks is based on contactless Hall effect technology where a magnet underneath the moving joystick lever affects the electromagnetic field that is generated by an Hall effect sensor beneath the magnet.
Hall effect technology has some advantages over potentiometric echnology. The contactless Hall effect technology implies that there is no contact between the sensor and the moving magnet. Therefore the sensor element does not wear out by repetitive movements and heavy vibrations which results in a long life expectancy.