Turbo GARRETT 1.6 e-HDI GTC1244VZ 9686120680 0375P7 88 thousand km

Description

Turbocharger for CITROEN PEUGEOT cars with 1.6 e-HDI engine
From a car with only 88,000 km

Part description

The used turbo GARRETT is a suitable choice for the repair of Citroën and Peugeot cars, where the emphasis is on functionality, reasonable costs and preservation of the original solution. It is a part from the category engine – parts and accessories / turbo, which is often searched for by production numbers as well.

This turbocharger is designed for 1.6 e-HDI engines and comes from a car with 88000 km. For mechanics and home repairers, it is especially important to compare the markings on the part and the connecting parts with the existing piece. The advantage is the original GARRETT design, which is usually sought after when replacing a damaged or worn turbo.

In practice, the product is often searched under the names GTC1244VZ, 9686120680, 0375P7 or 0375P8.

Technical information

• Manufacturer: GARRETT
• Model: GTC1244VZ
• Other numbers: 9686120680, 0375P7, 0375P8
• Category: 1.6 HDI | Engine – parts and accessories | Turbo
• Determination according to the documents: Citroën Peugeot cars with 1.6 e-HDI engine
• Condition: used part
• Mileage of the car: 88000 km

Product codes

• Product codes: GTC1244VZ, 9686120680, 0375P7, 0375P8
• Models from labels: Citroën C4, Citroen C4 II, Citroën C4 PICASSO, PEUGEOT 3008 I, Peugeot 308, PEUGEOT 5008 I

Installation recommendations

Generally/typically for turbocharger replacement, the exact procedure may vary depending on the specific car model and engine design. Below is a practical general procedure for this type of part.

1) Before assembly

• Check that all serial numbers and markings on the original and new part match.
• Compare the connection surfaces, mounts, position of the inlets and outlets and the overall appearance of the turbocharger.
• Check the condition of the turbo casing, whether it is cracked, mechanically damaged or excessively dirty.
• Check that the rotor rotates smoothly with no obvious rubbing and that the part is free of foreign objects in the intake or exhaust section.
• Before the replacement itself, it is advisable to check the condition of the related suction and lubrication parts in order to avoid repeated damage to the newly assembled piece.

2) Necessary tools and materials

• Normal gola set and hand tools
• Remedies for loosening clogged joints
• Cleaning agents for seating surfaces and pipes
• Suitable containers and protective equipment
• New mounting material if the condition of the original requires it
• New gaskets and sealing elements, if used for that connection

3) Step-by-step assembly procedure

1. Secure the vehicle against movement and prepare a work area with good access to the part.
2. Dismantle the parts that prevent access to the turbocharger and label the connections and hoses as you go.
3. Disconnect connecting pipes and other connected parts so as not to damage them.
4. Carefully remove the original turbocharger and check the surrounding lines for dirt or residue from a previous failure.
5. Thoroughly clean the contact surfaces and connection points. Pollution in these places can significantly shorten the life of the turbo.
6. Compare the old and new part side-by-side, especially the mounting, housing shape, pipe connections and label codes.
7. If it is usual for this type of installation, ensure proper preparation of the lubrication system before installation and keep all supply lines clean.
8. Sit the turbocharger into place and install it without using force to avoid crossing the connections or stressing the mounting.
9. Reconnect all pipes, hoses and fittings in the same order in which they were removed.
10. Check that there are no loose fasteners, unsealed holes or incorrectly routed hoses.
11. Reinstall all covers and other removed parts.
12. Before starting the engine for the first time, visually check the completeness of the assembly and the cleanliness of the part around the part.
• 4) Post-assembly checks and test drive/function verification
  • After initial start-up, observe for leaks, unusual noises, or unusual smoke after repair.
  • Check the tightness of all connections in the intake and exhaust parts, possibly also in the places connected to the lines.
  • Let the engine run for a short time and then perform a visual inspection again.
  • During a test drive, verify the smoothness of the pull and the overall behavior of the engine without excessive noise or power failures.
  • After driving, recheck the connections and surroundings of the turbocharger.

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

  • Assembly without cleaning the adjacent parts – dirt can quickly damage the new part.
  • Leaving old damaged sealing elements – leads to leaks and operational problems.
  • Insufficient inspection of inlet and outlet paths – limited lubrication or contamination are among the frequent causes of early failure.
  • Conversion or misalignment of pipes – can cause leaks, whistling or malfunction.
  • Hurry at the first start-up after assembly – it is always better to do a thorough inspection of all joints and the surroundings of the part.

  Reasons why the part is damaged

  • Insufficient lubrication or dirty lubrication system
  • Foreign objects in the intake or exhaust section that will damage the blades or internal parts of the turbo
  • Clogging of connecting pipes and restriction of proper flow
  • Leaks in the system that negatively affect the operation of the turbocharger
  • Long-term wear at higher engine load
  • Failure to remove the original cause of the defect during the previous replacement