Citroen Berlingo Peugeot Partner Injector Holder Mount is an original part from the injector nozzles category, designed for diesel engine fuel systems. It ensures stable, factory-standard injector mounting in the cylinder head, which translates to proper operation of the diesel engine.
Specifications and technical data
- SKU: 9801927080
- Mark: Citroën
- Condition: Used
- OEM Part Number: 9801927080
- Substitutable numbers: 9801927080, 98 019 270 80
- Fuel type: Diesel
- Category: Fuel Injectors
Purpose and Function of the Injector Holder
The injector mounting bracket is responsible for precisely pressing the injector into its seat in the engine cylinder head. In diesel fuel systems, this is crucial for:
- maintaining the seal of the connection between the injector and the combustion chamber,
- stable injector position under thermal and mechanical load,
- reducing vibrations that can affect the durability of fuel injection system components.
In Citroën Berlingo and Peugeot Partner vehicles, correct injector mounting is particularly important due to the operating characteristics of diesel engines, which generate high injection pressures and significant thermal loads.
Benefits of Using an Original Citroën Holder
This part comes from the Citroën OE line, meaning it has been designed according to the vehicle manufacturer's factory specifications. This offers a range of practical benefits for installation and operation:
- factory fit to the cylinder head – no modifications or adjustments required,
- consistent pressing geometry – maintaining the correct injector position relative to the combustion chamber,
- compatibility with the original injection system – predictable engine performance after installation.
This makes the holder a suitable choice for servicing the fuel injection system in commercial vehicles, where reliability and repeatable operating parameters are essential.
Application in Diesel Engines
The presented holder is designed for diesel engine fuel systems. In these types of units, the precision of injector mounting affects:
- the correct fuel spray pattern in the combustion chamber,
- stable injection pressure over a long service life,
- reduced risk of exhaust gas blow-by around the injector seat.
A correctly selected mounting bracket is therefore one of the components that help maintain engine running smoothness, reduce combustion noise, and decrease the risk of injector seat damage.
Part Condition and Installation Aspects
The offered holder is a used part, which translates to a favorable compromise between repair cost and maintaining original manufacturer specifications. During installation, it is recommended to:
- inspect the contact surfaces of the holder with the cylinder head and injector,
- use the correct tightening torque according to the service documentation for the specific engine,
- verify the condition of the injector seat and seals before final installation.
A correctly installed holder helps maintain stable injector operating conditions and reduces the risk of subsequent leaks or working clearances.
Diagnostics and Prevention for the Fuel Injection System
In case of problems with diesel engine operation – such as rough idling, loss of power, or smoking – it is advisable to conduct a comprehensive assessment of the injectors and their mounting. Practical tips on symptoms and consequences of faults can be found in the article: Diesel Injector Faults – How to Recognize Them and What Neglecting Them Entails.
Citroën Injector Nozzles – Selecting Related Parts
If you plan to replace multiple fuel injection system components during a single service, it is also worth considering other Citroën injector nozzles dedicated to this brand. Check the available Citroën injector nozzles to select compatible components in one repair stage.
If you are considering the choice between a used part and an aftermarket replacement, the following guide may be helpful: 5 Reasons Why a Used OEM Part is a Better Choice Than an Aftermarket Replacement, which discusses practical criteria for selecting parts with examples of popular models.
