Fuel Injection Pipe Renault Trafic 2 Opel Vivaro A 2.0 dCi Supply 8200386024

Fuel Injection Pipe Renault Trafic 2 Opel Vivaro A 2.0 dCi Supply is a precision component of the diesel engine fuel system, designed to operate in the demanding conditions of Diesel units. It is responsible for the stable delivery of fuel to the fuel rail, which directly impacts engine performance, dynamics, and operational safety. This solution is dedicated to users who expect proven, factory-standard geometry and a reliable fit for the injection system.

Specifications and technical data

• SKU: 8200386024
• Mark: Renault
• Condition: Used
• OEM Part Number: 8200386024
• Substitutable numbers: 8200386024
• Fuel type: Diesel
• Category: Additional Fuel Injection Parts

Purpose and function in the injection system

The described fuel pipe is a component of the diesel fuel supply system in Renault Trafic 2 and Opel Vivaro A models with the 2.0 dCi engine. Its task is to maintain proper fuel flow between the supply line and the fuel rail, while maintaining the correct operating pressure. A properly selected pipe minimizes the risk of leaks, pressure drops, and problems with starting or uneven engine operation.

Construction and technical fit

The element has been designed as part of a Diesel injection system, taking into account the specific pressure and temperature loads occurring in modern diesel units. The factory geometry of the connections and the shape of the pipe routing allow for correct placement in the engine compartment, without tension or unwanted twisting, which translates into the stability of the entire system.

Thanks to the use of the original design concept, the pipe works with the fuel rail and other fuel system components in accordance with the vehicle manufacturer's specifications. This facilitates installation and limits the need for additional modifications or adjustments during service.

Benefits of use in Renault Trafic 2 and Opel Vivaro A

Choosing this fuel injection pipe for Renault and Opel commercial vehicles allows you to maintain engine performance parameters close to factory standards. This is particularly important in commercial vehicles, where performance repeatability, predictable fuel consumption, and reliability in daily fleet operation are essential. Maintaining proper fuel supply also promotes the correct operation of injectors and reduces the risk of secondary failures within the injection system.

The product from the Other injection system parts category will prove useful both for typical replacement of a worn element and for repairs after a fuel system failure, where restoring tightness and stable fuel pressure is crucial.

Performance characteristics and condition

The fuel pipe comes from the used parts segment, which allows for economical repair while maintaining the manufacturer's original technical concept. For workshops and individual users, this means the possibility of matching an element consistent with the factory design, without the need to resort to random replacements with uncertain geometry.

Due to operation in a high-pressure system, replacing a worn or damaged pipe with a properly selected element is important from the point of view of safety, limiting fuel leaks, and maintaining correct combustion parameters in the diesel engine.

Technical support and further information

If you are planning a comprehensive repair or upgrade of the diesel engine fuel supply area in your Renault and need other elements from the same group, such as supply lines, return sections, or additional supply pipes, check the available parts in the Other Renault injection system parts category.

When planning fuel system repairs, it is also worth paying attention to the selection of appropriate components from the secondary market and the differences between used parts and replacements. This topic is discussed in more detail in the article Post-accident repair of your car: why are used body parts a better choice than replacements?, which helps you make an informed choice regarding parts in the context of quality and service cost-effectiveness.