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2024-11-20
Pedal sensors
Determining speed: HELLA accelerator pedal sensors are suitable for a wide range of applications in different vehicle sectors. Whether for upright or pendant surface mounting: The accelerator pedal sensors can be used for passenger cars, for example sports cars or electric vehicles, as well as for numerous commercial or special vehicles.
The contactless measurement of the CIPOS® sensor technology developed by HELLA (CIPOS = contactless inductive position sensor) ensures minimal wear – a major advantage over contact pedal sensors.
The housing and pedal plate of both the upright and pendant HELLA accelerator pedal sensors are made of recyclable, fiberglass-reinforced plastic. Force transmission and safe resetting are provided by two independent springs. The CIPOS® sensor provides the electrical output signal. In both pedal variants, a cursor sheet is guided from the pedal plate with deflection rod (upright) or the pedal arm (pendant) over sensor conductor tracks of the measuring board. On the measuring board, two galvanically isolated sensors each generate an output signal. The signal type depends on the measuring board. Individual characteristic curves can also be programmed to meet customer-specific requirements.
Determining speed: HELLA accelerator pedal sensors are suitable for a wide range of applications in different vehicle sectors. Whether for upright or pendant surface mounting: The accelerator pedal sensors can be used for passenger cars, for example sports cars or electric vehicles, as well as for numerous commercial or special vehicles.
The contactless measurement of the CIPOS® sensor technology developed by HELLA (CIPOS = contactless inductive position sensor) ensures minimal wear – a major advantage over contact pedal sensors.
The housing and pedal plate of both the upright and pendant HELLA accelerator pedal sensors are made of recyclable, fiberglass-reinforced plastic. Force transmission and safe resetting are provided by two independent springs. The CIPOS® sensor provides the electrical output signal. In both pedal variants, a cursor sheet is guided from the pedal plate with deflection rod (upright) or the pedal arm (pendant) over sensor conductor tracks of the measuring board. On the measuring board, two galvanically isolated sensors each generate an output signal. The signal type depends on the measuring board. Individual characteristic curves can also be programmed to meet customer-specific requirements.
Pedal sensor for pendant mounting.
Technical drawing of the pedal sensor for pendant mounting.
Pedal sensor for upright mounting.
Technical drawing of the pedal sensor for upright mounting.
Side view of the pedal sensor for upright mounting.
Pedal sensors
Technical Data
| Pendant pedal sensors |
Upright pedal sensors |
|
|
Operating voltage |
5 V ± 10% |
5 V ± 6% |
|
Initial force |
20 N |
15.5 N |
| Final force | 35 N | 31 N |
| Actuation angle |
13° |
15° |
| Output signal |
2 x analog ratiometric, 2nd channel half pitch |
2 x analog ratiometric, 2nd channel half pitch |
| Idling voltage |
15% / 7.5% |
16% / 8% |
| Full throttle voltage | 88% / 44% | 79% / 39% |
| Operating temperature |
-40 °C to +80 °C |
-40 °C to +80 °C |
| Protection class | IP 5K4 |
IP 5K4 |
Program Overview
| Variant | Part number | PU |
|---|---|---|
| Pendant pedal sensor | 6PV 009 898-007 | 33 |
| Upright pedal sensor |
6PV 312 093-017 |
16 |
| Off-Highway pedal | on request | 1 |