Battery negative cable 9676812480 9802871680 5638PR

Description

Battery negative pole cable for e-hdi engines for Citroen and Peugeot cars

Part description

Used negative battery cable designed for Citroën and Peugeot cars with e-HDi engines. It is an important part of the electrical system, which ensures the reliable connection of the negative pole of the battery to the vehicle and the proper functioning of other connected electrical circuits.

This part is often searched for by production numbers, so we include more designations in the description to make it easier to find the right part. It is an advantage for auto mechanics and DIYers that this is an original used part from the Stellantis PSA group, which can be a suitable solution for repairing a damaged or non-functional original cable.

Technical information

• Manufacturer: Stellantis Citroën Peugeot
• Model: Citroen C4 II, Citroën C4 PICASSO, Peugeot 3008 I, Peugeot 308, Peugeot 5008 I
• Other numbers: 9676812480, 9802870580, 9802871680, 5638PR

Product codes

Product codes: 9676812480, 9802871680, 5638PR, 9802870580

Installation recommendations

Generally/typically for this type of part, the exact replacement procedure may vary depending on the specific car model and wiring design. For the cable of the negative pole of the battery, it is important to safely disconnect the electrical system, check the matching of the terminals and carefully seat it without tension.

1) Before assembly

• Check that the used cable matches the old part in terms of shape, length, routing and terminations.
• Compare all listed product numbers and markings on the part.
• Inspect the cable for damaged insulation, corroded terminals and loose connection points.
• Check the mating surfaces for heavy oxidation or dirt.

2) Necessary tools and materials

• regular set of hand tools
• ratchet and suitable attachments
• screwdrivers
• cleaning agent for electrical contacts
• brush or fine abrasive for cleaning contact surfaces
• protective gloves

3) Step-by-step assembly procedure

1. Turn off the ignition and secure the vehicle against movement.
2. Open access to the battery and to the original negative cable routing.
3. First, safely disconnect the original negative cable from the battery.
4. Release the cable from the holders, guides or fixing points through which it is routed.
5. Disconnect the other end of the cable from the appropriate grounding or connection point.
6. Compare the dismantled part with the new one, including the length, shape and type of ends.
7. Clean the contact surfaces so that the connection is electrically clean and mechanically strong.
8. Place the used cable in the same route as the original part and make sure it is not twisted or stretched.
9. Connect the cable to the bodywork or grounding point and then to the battery terminal.
10. Check the correct routing of the cable in the holders and sufficient distance from moving or heat-stressed parts.
11. Make sure all connections are tight and there is no play anywhere.
12. Once assembly is complete, restore power and perform a basic check of the vehicle’s electrical functions.
• 4) Post-assembly checks and function verification
  • Check if the vehicle responds without problems after connecting the battery.
  • Verify that the connection is not heated, loose or unstable.
  • Check for power outages or electrical system irregularities.
  • After a short test drive or operational check, visually check the cable fastening again.

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

  • Replacing the cable with a similar type – always compare the part numbers and the shape of the terminals.
  • Mounting on dirty contact surfaces – clean the contacts thoroughly before mounting.
  • Incorrect cable routing – the cable must not be under tension or in contact with sharp edges.
  • Insufficient fixing – check all brackets and fixing points.
  • Work under voltage – always disconnect the battery safely first and proceed with caution.

  Reasons why the part is damaged

  • long-term corrosion on contacts and connections
  • oxidation caused by humidity and operational age
  • mechanical damage to the insulation during disassembly or previous repair
  • motor vibration and gradual loosening of connections
  • thermal stress in the engine compartment
  • inappropriate cable routing that causes chafing or kinking