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2025-09-19
Modular accelerator pedal sensors
The modular accelerator pedal was specially developed for agricultural and construction vehicles: The robust mechanical design of the system guarantees functional reliability under the harshest conditions as well as high interference immunity against electrical and magnetic fields.
It is also very flexible: a pedal can be configured as required according to the modular principle. At the heart of every pedal is the base unit. The measuring principle of the modular accelerator pedal sensors operates without magnets and is therefore rare-earth-free. It is powered by FORVIA HELLA’s high-precision CIPOS® inductive sensor technology - proven over decades in more than one billion applications worldwide! The signal output can be provided in classic analog or digital form.
Various pedal arms are available - either upright, suspended, made of plastic or steel. In addition, various connectors and mounting elements are available so that the accelerator pedal can be easily integrated into all vehicle architectures.
The modular accelerator pedal was specially developed for agricultural and construction vehicles: The robust mechanical design of the system guarantees functional reliability under the harshest conditions as well as high interference immunity against electrical and magnetic fields.
It is also very flexible: a pedal can be configured as required according to the modular principle. At the heart of every pedal is the base unit. The measuring principle of the modular accelerator pedal sensors operates without magnets and is therefore rare-earth-free. It is powered by FORVIA HELLA’s high-precision CIPOS® inductive sensor technology - proven over decades in more than one billion applications worldwide! The signal output can be provided in classic analog or digital form.
Various pedal arms are available - either upright, suspended, made of plastic or steel. In addition, various connectors and mounting elements are available so that the accelerator pedal can be easily integrated into all vehicle architectures.
Basic device with pedal arm axis and the integrated sensor concept CIPOS® (Contactless Inductive Position Sensor).
Drawing of the basis with pedal axle.
Suspended accelerator pedal with steel lever.
Drawing of the suspended pedal with steel lever.
Underfloor mounted accelerator pedal with steel lever.
Drawing of the underflor pedal.
Accelerator pedal for upright mounting.
Drawing of the upright accelerator pedal.
Suspended accelerator pedal with plastic lever arm.
Drawing of the suspended accelerator pedal with plastic lever arm.
Modular accelerator pedal sensors - robust and interferenc-resistant!
CIPOS® technology
Technical Data
| Operating voltage range | Single-voltage 5 V ± 0.5 V |
| Rated voltage | 12 V |
| Start / end force customizable Actuation angle |
< 20° |
| Output signals | 2x analogue with ASIL B (D) 2x SENT with ASIL B (D) |
| Sensor accuracy | ± 0,5° |
| Approved | ECE R10, FMVSS 302, FMVSS 124 |
| Operating temperature | - 40 °C to 85 °C |
| Protection class (mechanical) | IP 5K4 |
| Protection class (electric, with attached mating connector) |
IP 6K9K |
| Mating connector Standard | Molex 31402-6110 but also customizable |
Program Overview
| Variant | Part number | PU |
|---|---|---|
| Accelerator pedal, pedal arm axis | On request | 1 |
| Accelerator pedal, floor-mounted | On request | 1 |
| Accelerator pedal, suspended, with steel lever arm | On request | 1 |
| Accelerator pedal, suspended, with plastic lever arm | On request | 1 |
| Underfoor pedal | On request | 1 |