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M-03 / Joysticks
MO 395
Mini Joystick · Panel-mount mini joystick with safety double sensor per axis
The MO 395 is a compact mini joystick for armrests and control panels, with contactless hall-effect sensing and a safety double sensor output per axis. Single-axis, 2-axis and Z-axis options ship with analog, PWM, CAN or USB outputs.
- Axes
- 1 / 2 / Z-axis
- Output
- Analog / PWM / CAN / USB
- Sealing
- IP65
Quick highlights
Performance snapshot
Built for fingertip multi-axis control on armrests.
- Safety double sensor output per axis
- Up to 5 million cycles (no detent)
- Z-axis and 3-position detent grip options
- Analog / PWM / CAN / USB output range
- IP65 from top to mounting plate
- Supply 5V or 8-32V (by variant)
Engineering views
Technical overview
- Sensing principle
- Contactless hall-effect (double sensor per axis)
- Axes
- 1 / 2 (plus, square) / Z-axis
- Operating angle
- ±20° main · ±45° Z-axis · ±20° detent
- Supply voltage
- 5V or 8-32V (by hardware variant)
- Output
- Analog / PWM / CAN J1939 / CANopen / USB
- Redundancy
- Full redundant; Z-axis / detent options
- Connectors
- Hirose 12-pin (Deutsch DTM04-4P optional)
- Ingress protection
- IP65 (top to mounting plate)
- Lifetime
- 5M (no detent) · 2M (Z-axis) · 500k (Z detent)
- Operating temperature
- -40°C … +85°C
Module capabilities
- Contactless hall-effect with safety double sensor output per axis
- Single-axis, 2-axis (plus / square) and Z-axis options
- Grip types with up to 3 buttons
- ±20° operating angle, ±45° Z-axis, ±20° detent (3 positions)
- Analog, PWM, CAN J1939, CANopen and USB outputs
- Hirose 12-pin standard connector (Deutsch DTM optional)
- Self-centering lever
Order Code
| MO 395 - | HXX - Option | Axis Description |
|---|---|---|
| Hardware | H10-H19 | Analog · H40 - Power · H20 - CAN · H30 - USB |
| Axis | 0 | 2-axis full · 1 - 2-axis plus · 2 - single-axis |
| Grip | B0-B3 / Z0-Z3 / Y0-Y3 | buttons, Z-axis or detent grips |
| Program | P001 | Standard signal program |
Example: MO 395 - H10 - 0 - 0 - B0 - P001 - 05
Need a custom configuration?
Contact EngineeringTell our engineering team about your machine platform, function map and bus protocol. We'll match the grip, switch layout, axis count and output configuration to your operator workflow.