Citroen Jumper Peugeot Boxer Vacuum Tank Container 2.2 Diesel 9805069780

Citroen Jumper Peugeot Boxer Vacuum Tank Container 2.2 Diesel is a specialized component of the diesel engine power supply and control system, classified under the Air and fuel intake sensors group. It is responsible for the stable accumulation of vacuum, which is essential for the proper operation of related components, such as actuators, control valves, or boost regulation elements. Using an original Citroën brand component is a sensible choice for servicing commercial vehicles, where functionality and predictable performance in daily operation are paramount.

Specifications and technical data

• SKU: 9805069780-1
• Mark: Citroën
• Condition: Used
• OEM Part Number: 9805069780
• Substitutable numbers: 9805069780, 031006 1 756 72F, 031006175672F
• Fuel type: Diesel
• Category: Air Intake & Fuel Sensors

Purpose and role in the power supply system

The vacuum tank in a 2.2 Diesel engine acts as a buffer for the vacuum generated by the power unit or the vacuum pump. This enables:

• maintaining a stable vacuum level under varying engine loads,
• efficient operation of vacuum-controlled components (e.g., actuators, valves, flaps),
• reducing fluctuations in the operating parameters of the intake and fuel system.

In commercial vehicles such as the Citroen Jumper and Peugeot Boxer, this has a direct impact on the engine's refinement, predictable throttle response, and the stability of systems working with vacuum.

Benefits of using an original vacuum tank

Using an original vacuum tank in the Air and fuel intake sensors group allows for maintaining the factory operating parameters of the system. Key advantages include:

• preserving the correct characteristics of vacuum accumulation and release,
• compatibility with factory diesel engine equipment,
• reducing the risk of ECU errors resulting from unstable vacuum,
• more predictable vehicle behavior under heavy load conditions (driving with cargo, highway routes).

For workshops and fleet users, this means easier diagnostics, fewer return visits for service, and consistency with the manufacturer's technical documentation.

Installation and operational characteristics

The vacuum tank designed for the diesel engine in the Citroen Jumper and Peugeot Boxer is structurally matched to factory mounts and vacuum line routing. In practice, this translates into:

• the ability to install it in place of the factory component without interfering with the installation,
• correct routing of lines and connectors,
• maintaining the original geometry of the system in the engine bay.

Using this component allows for economical repair while maintaining the proper function of the system, which is particularly important in vehicles used intensively in local and long-distance transport.

Selection of a used component and quality aspects

When choosing a used vacuum tank for a diesel engine, it is worth paying attention to compatibility with the specific version of the power unit and control system. The original Citroën brand element, assigned to the Air and fuel intake sensors category, facilitates matching the factory vehicle configuration without the need for installation modifications.

If you want to better understand when choosing a used component is justified and how to minimize risks when purchasing electronics and components working with control systems, it is worth reading our guide: The second life of electronics – when is it worth choosing used engine controllers, comfort modules, and parking sensors?.

Expanding service within the same group

If you are planning a comprehensive repair or upgrade of the engine area in your Citroen and need other elements from the same group, such as additional vacuum tanks, air flow measurement elements, or components related to fuel supply, check the available parts in the Citroen air and fuel intake sensors category.

Summary

Citroen Jumper Peugeot Boxer Vacuum Tank Container 2.2 Diesel is a practical service solution for diesel-powered commercial vehicles where stable vacuum in the power supply and control system is crucial. Choosing an original, used component allows for maintaining proper cooperation with engine equipment, reducing the risk of engine performance issues, and optimizing repair costs while maintaining a technically correct system configuration.