Alternator holder Citroën Peugeot 9684613880 5706N9

Description

Alternator holder 1.6 HDI EURO5 for CITROEN and PEUGEOT cars

Part description

This used alternator holder is intended for 1.6 HDI EURO5 engines in Citroën and Peugeot cars. It is an important structural part of the engine compartment, which ensures correct fastening of the alternator and contributes to its stable position during operation. A properly seated holder has a major influence on the precise guidance of accessories and the trouble-free operation of related components.

The part is searched mainly by production numbers, therefore it is suitable for anyone looking for an original used car part under the designation 9684613880 or 5706N9. Suitable as a replacement for a damaged, cracked or worn original holder.

Technical information

• Manufacturer: Stellantis Citroën Peugeot
• Model: Citroën Berlingo B9, Citroen C4 II, Citroën C4 PICASSO, Citroen C5 X7, Peugeot 3008 I, Peugeot 308, Peugeot Partner Tepee
• Other numbers: 9684613880, 5706N9

Product codes

Product codes: 9684613880, 5706N9

Models from labels: Citroën Berlingo B9, Citroen C4 II, Citroën C4 PICASSO, Citroen C5 X7, Peugeot 3008 I, Peugeot 308, Peugeot Partner Tepee

Installation recommendations

In general and typically for this type of part, the exact replacement procedure may vary depending on the specific design of the car and the layout of the engine compartment. For the alternator holder, it is important to carefully compare the old and new piece and check the bearing surfaces.

1) Before assembly

• Check whether the used design matches the old part in terms of shape, fit and markings.
• Check whether the part is cracked, deformed or excessively damaged at the points of attachment.
• Compare all mounting points and mating surfaces with the old piece.
• Check the condition of surrounding components that attach to or are related to the bracket.

2) Necessary tools and materials

• regular set of hand tools
• ratchet and corresponding attachments
• extensions and joints for hard-to-reach places
• cleaner for metal contact surfaces
• brush or cloth to remove dirt
• work lighting

3) Step-by-step assembly procedure

1. Secure the car against movement and prepare your work space.
2. It is generally recommended to disconnect the battery, especially when working near electrical parts.
3. Access the mounting space according to the specific layout of the car.
4. Remove the original damaged or inadequate alternator bracket.
5. Carefully clean the bearing surfaces on the engine and on the connected parts.
6. Compare the disassembled part with the new piece to ensure that all attachment points and shape match.
7. Place the bracket in place without applying force and verify proper seating.
8. Mount the fasteners loosely first to fine-tune the position of the part.
9. After proper seating, tighten the holder evenly according to the normal procedure for the given type of assembly.
10. If the alternator or related accessories have been removed, put everything back in the correct order.
11. Check that there is no tension, crossing, or incorrect seating of parts.
12. After assembly is complete, reconnect the disconnected parts and perform a final check.
• 4) Post-assembly checks and test drive/function verification
  • Verify that the bracket fits tightly and without play.
  • Check whether the alternator and possibly connected accessories are in their natural position.
  • After starting, observe for unusual vibrations, hums or signs of poor seating.
  • After a short test drive, visually check the fit of the part again.

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

  • Assembly without comparison with the old part – always check the shape and fit before installation.
  • Uncleaned contact surfaces – dirt can cause poor seating and tension in the part.
  • Overview of cracks in surrounding parts – when replacing, it is also advisable to check the subsequent attachment and surrounding components.
  • Insufficient final inspection – always check the strength, fit and running behavior of the engine after assembly.

  Reasons why the part is damaged

  • long-term vibrations and mechanical fatigue of the material
  • cracking after stress or impacts during operation
  • damage to threads or mounting points during unprofessional disassembly and assembly
  • deformation caused by incorrect seating of related parts
  • corrosion, dirt or neglected technical condition of surrounding components