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M-02 / Joysticks
MO 391 & 387
Midi CAN Joystick · Midi grip joystick with interchangeable front panel
The MO 391 & 387 is a midi multi-axis joystick system pairing the MO 391 base with the modular MO 387 grip. An interchangeable front panel accepts push buttons, thumbwheels, rockers, toggles or a micro joystick, all on a full-redundant contactless platform.
- Axes
- 2-axis full
- Output
- Analog / PWM / CAN
- Sealing
- IP67
Quick highlights
Performance snapshot
Built for compact multi-function command.
- Up to 5 million lifetime cycles
- ±20° self-centering operating angle
- Modular front-panel control layout
- Analog, PWM and CAN output options
- IP67 ingress protection
- Supply 5V or 8-32V
Engineering views
Technical overview
- Sensing principle
- Contactless hall-effect
- Actuation
- 2-axis full
- Operating angle
- ±20° (self-centering)
- Supply voltage
- 5V or 8-32V
- Supply current
- 30 mA typical (no load)
- Output
- Analog voltage / PWM / CAN (J1939 / CANopen)
- Redundancy
- Full redundant
- Connectors
- Deutsch 8-pin / Tyco 18-pin
- Ingress protection
- IP67
- Lifetime
- Up to 5 million cycles
- Operating temperature
- -40°C … +85°C
Module capabilities
- Contactless hall-effect measuring principle, full redundant
- 2-axis full actuation, ±20° self-centering
- Interchangeable front panel: 0-5 push buttons, thumbwheel, rocker, toggle or micro joystick
- Analog voltage, PWM and CAN (J1939 / CANopen) outputs
- Deutsch 8-pin and Tyco 18-pin connectors
- 30 mA typical supply current (no load)
- Customizable output signal program
Order Code
| MO 391&387 - | HXX - Option | [S] Description |
|---|---|---|
| Hardware | H10-H19 | Analog / voltage & output combinations |
| Hardware | H20 | CAN (SAE J1939 or CANopen) |
| Rear | 0-3 | Button / detection-switch options |
| Front panel | A0-H2 | 0-5 push buttons, thumbwheel, rocker, toggle, micro joystick |
| Program | P01 | Standard signal program |
Example (analog): MO 391&387 - H10 - 0 - P01 - 1 - A0
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.