Fuel Line Citroen Relay Peugeot 5008 2.0 2.2 HDi Diesel Pipe Hose 9822442980

Fuel Line Citroen Relay Peugeot 5008 2.0 2.2 HDi Diesel Pipe Hose is a specialized fuel system component designed for diesel engines, ensuring stable fuel delivery under demanding operating conditions. With a design tailored to specific applications in Citroën and Peugeot vehicles, this component from the Lines, Hoses and Pipes category allows for precise and secure installation in the engine bay. It is a practical solution for workshops and users looking for a proven, original service solution.

Specifications and technical data

• SKU: 9822442980
• Mark: Citroën
• Condition: Used
• OEM Part Number: 9822442980
• Substitutable numbers: 9822442980
• Fuel type: Diesel
• Category: Hoses, Lines & Pipes

Purpose and function in the fuel system

The presented fuel pipe is designed to work with Diesel power units, typical for modern HDi engines used in commercial and passenger models. It is responsible for the controlled transport of diesel fuel between fuel system components, which has a direct impact on pressure stability, proper injector operation, and engine refinement.

A properly selected fuel hose helps reduce the risk of leaks, power drops, or starting problems, especially in vehicles operated with high mileage. The design, matched to the specific engine architecture, facilitates installation and minimizes stress resulting from engine vibrations.

Construction and fitment for Citroën / Peugeot

The pipe belongs to the Lines, Hoses and Pipes group, which means it has been developed to work in a fuel environment, under variable temperatures and loads. The shape, connection diameters, and length are adapted to the factory mounting points in Citroën and Peugeot vehicles, which allows for maintaining the original routing of the line in the engine bay.

Such fitment translates into:

• proper fuel routing without kinks or bends,
• reduction of vibrations and mechanical stress on the line,
• easier installation in workshop conditions,
• maintenance of the factory fuel system geometry.

Condition, origin, and service application

The item comes from the Citroën parts line and is classified as used, which makes it an attractive alternative to new components while maintaining the original specification. For many service applications, especially in fleet or heavily used vehicles, this choice allows for optimizing repair costs while maintaining an appropriate level of reliability.

The fuel pipe will work well both for standard replacement of a worn-out line and for larger works within the fuel system, such as engine accessory regeneration or replacement of other components related to fuel supply.

Benefits of using an original fuel line

Using an original fuel line in a diesel engine brings a number of practical benefits:

• Compatibility with the HDi system – the line is designed for the specific operating parameters of diesel engines, including fuel pressure and temperature.
• Stable fuel system operation – proper fuel flow promotes even injector operation and correct dosing.
• Reduced risk of leaks – matched ends and line geometry reduce the probability of leaks at connections.
• Better installation ergonomics – the line is routed according to the factory path, which facilitates service and subsequent inspections.

For users who care about a conscious approach to vehicle operation and the use of reclaimed parts, an interesting addition to their knowledge may be the article Eco-tuning in practice: how to increase performance while reducing your carbon footprint with recycled parts, which describes the practical aspects of using components sourced from recycling.

Fuel system expansion and related parts

If you are planning a comprehensive repair or upgrade of the engine area in your Citroën and need other elements from the same group, such as additional fuel lines, return hoses, or breather pipes, check the available parts in the Citroen Lines, Hoses and Pipes category.

This approach allows you to replace several cooperating components in one service stage, which reduces the risk of further vehicle downtime and facilitates the planning of long-term operation of the fuel system in a diesel engine.