Gas pedal HELLA Citroën Peugeot 9671433880 1601CX

Description

HELLA gas pedal for CITROEN and PEUGEOT cars

Part description

This used HELLA gas pedal is an electrical component designed for Citroën and Peugeot cars. It is an important acceleration control element that translates pedal movement into an electronic signal for the vehicle’s control system. Parts of this type are also often searched for by production or order number, so it is advisable to compare the markings 9671433880 and 1601CX with the original piece.

The advantage is the original processing of the HELLA brand, which is a practical choice for routine repairs and replacement of worn or non-functional parts. The product may be suitable, for example, for the model series listed on the product labels.

Technical information

• Manufacturer: HELLA
• Model: Citroen C-Elysée, Citroën C3 III, Peugeot 207, Peugeot 301, Peugeot 308
• Other numbers: 9671433880, 1601CX

Product codes

• Product codes: 9671433880, 1601CX

Installation recommendations

Since the documents do not contain an exact assembly procedure for a specific car model, below is a general procedure typically for replacing an electronic accelerator pedal. The exact steps may vary depending on the specific vehicle design.

1) Before assembly

• Check that the new part number matches the original part, especially 9671433880 and 1601CX.
• Compare the shape of the part, the attachment, the connector and the overall design.
• Check the condition of the connector and contacts, whether they are damaged, oxidized or mechanically deformed.
• Check that the pedal mechanism moves smoothly and without stuttering.

2) Necessary tools and materials

• A common set of hand tools
• Screwdrivers and socket wrenches according to the type of attachment
• Flashlight for checking the assembly area
• Cleaning agent for electrical contacts
• Protective gloves

3) Step-by-step assembly procedure

1. Turn off the ignition and secure the vehicle against movement.
2. To be safe, disconnect the battery, especially if you will be working with the electrical connector for a long time.
3. Access the space of the original pedal according to the design of the car.
4. Disconnect the electrical connector of the old part carefully so as not to damage the latch.
5. Undo the fasteners and remove the original gas pedal.
6. Compare the dismantled part with the new part, including the attachment, connector and overall shape.
7. If necessary, clean the contact surfaces and check the condition of the cabling around the installation.
8. Place the new pedal in place and carefully align it to the correct position.
9. Install the fasteners and tighten evenly without excessive force.
10. Connect the electrical connector and verify that it clicks properly.
11. Restore dismantled covers or other parts if they were removed during work.
12. Connect the battery and perform a basic function check after switching on the ignition.
• 4) Post-assembly checks and test drive/function verification
  • Check that the pedal responds smoothly and without mechanical resistance.
  • Verify that the connector is firmly in place and there is no loose wiring anywhere.
  • With the vehicle started, observe whether the response to pressing the pedal is smooth.
  • After a short test drive, visually check the fastening of the part again.

  5) The most common assembly mistakes + how to avoid them

  • Exchanging a part based on appearance – always compare the product numbers as well.
  • Damage to the connector – never pry the connector with force, release the fuse first.
  • Insufficient pedal seating – check the correct position of the part before tightening.
  • Overview of damaged cabling – always check the condition of wires and contacts before assembly.
  • Assembly without final inspection – after replacement, always check the smooth running and reaction of the vehicle.

  Reasons why the part is damaged

  • normal mechanical wear during long-term use,
  • wear or contamination of the sensing part of the pedal,
  • damage to the electrical connector or wiring,
  • moisture, oxidation of contacts or dirt in the assembly area,
  • improper handling during disassembly or assembly,
  • excessive load or mechanical damage during operation.