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MO 367
Bidirectional Rocker Pedal · Two-direction rocker pedal with independent springs per direction
MO 367 is a bidirectional rocker pedal for commercial and off-road vehicles, with two independent springs for each direction of travel. The contactless sensor and full redundant programmable outputs support standard, hydraulic and lock connection types.
- Type
- Bidirectional
- Output
- Dual analog / IVS
- Sealing
- IP6K9K
Quick highlights
Performance snapshot
Built for two-direction proportional command.
- Bidirectional travel with independent springs per direction
- Full redundant double programmable outputs
- Travel angle options: 10° / 14°
- Standard (S), hydraulic (H) and lock (L) connection types
- Up to 1 million actuations
- IP6K9K sealed sensor
Engineering views
Technical overview
- Type
- Bidirectional rocker
- Measuring principle
- Contactless
- Travel angle
- 10° / 14°
- Supply voltage
- 5V or 8-32V
- Outputs
- Dual analog (0-5V / PWM); Analog+IVS
- Redundancy
- Full redundant double programmable outputs
- Connector
- 6-way Delphi Packard Metri-Pack 150
- Ingress protection
- IP6K9K (sensor)
- Lifetime
- Up to 1 million actuations
- Operating temperature
- -40°C … +85°C
- Housing
- Heavy-duty metal case
Module capabilities
- Bidirectional rocker type
- Suitable for different engine interfaces
- Contactless measuring principle with full redundant double programmable outputs
- Dual analog type: 0-5V / PWM
- Analog+IVS type: analog with high-side or low-side switch
- Two independent springs for every direction
- Standard, hydraulic and lock connection types
Order Code
| MO 367 - | X - Option | X Description |
|---|---|---|
| Connection type | S | Standard |
| Connection type | H | Hydraulic |
| Connection type | L | Lock |
| Travel angle | 1 | 10° |
| Travel angle | 2 | 14° |
| Sensor program | P009 | Dual analog (other programs on request) |
Example: MO 367 - S - 1 - 1 - P009
Need a custom configuration?
Contact EngineeringTell our engineering team about your machine platform, mounting envelope and required output. We'll propose the right hardware variant, rod/lever option and sensor program.