Audi A4 S4 B8 Secondary Air Pump Valve EGR Valve 3.0 V6 Petrol 06E131102K

Audi A4 S4 B8 Secondary Air Pump Valve EGR Valve 3.0 V6 Petrol is an original component from the EGR valves and parts group, designed for petrol-powered systems in V6 engines. This used OEM part allows for maintaining the factory operating characteristics of the powertrain, which is particularly important for the precise operation of the exhaust gas recirculation system and the secondary air pump. This is a solution for users who expect compliance with factory specifications and stable engine performance parameters.

Specifications and technical data

• SKU: 06E131102K
• Mark: Audi
• Condition: Used
• OEM Part Number: 06E131102K
• Substitutable numbers: 06E131102K, 06E 131 102 K, 06E131102B
• Fuel type: Petrol
• Category: EGR Parts & Valves

Purpose and technical function

The presented valve is a component of the system responsible for controlling exhaust gas and secondary air flow in the 3.0 V6 petrol engine. A properly functioning component of this type supports:

• maintaining correct combustion parameters across various load ranges,
• stable operation of the powertrain during start-up and warm-up,
• proper cooperation with the engine control electronics.

By maintaining factory geometry and flow characteristics, the valve helps reduce the risk of engine control unit errors and uneven idling.

Benefits of using an original EGR valve

Choosing an original Audi A4 / S4 B8 secondary air pump EGR valve provides a number of practical benefits in daily operation:

• Factory fitment to the intake and exhaust system, without the need for installation modifications.
• Proper cooperation with the engine control unit software, which limits the risk of diagnostic errors.
• Consistency with other exhaust gas recirculation system components, which facilitates diagnostics and service.
• The ability to maintain original exhaust emission parameters within the design intended by the manufacturer.

This is a particularly beneficial solution for servicing cars used on a daily basis, where operational predictability and compliance with factory assumptions are important.

Installation and operational characteristics

The valve has been designed to operate in petrol systems, which means it is adapted to the specific temperatures and exhaust gas composition in these types of units. With proper installation and airtight connections, you can expect:

• stable EGR system operation across the full RPM range,
• proper control of secondary air flow,
• reduction of phenomena such as jerking or RPM fluctuations resulting from improper exhaust gas recirculation.

A used OEM part is a good choice in situations where the existing valve has suffered mechanical wear or has stopped responding correctly to control signals.

Application in 3.0 V6 petrol engines

In 3.0 V6 petrol engines, the exhaust gas recirculation and secondary air system has a significant impact on the engine's refinement and cooperation with the exhaust system. Using the appropriate valve allows you to:

• maintain predictable pressure and flow values in the manifolds,
• maintain proper operating conditions for sensors and probes in the exhaust system,
• minimize the risk of deposits accumulating in critical flow areas.

Thanks to this, the car maintains stable performance and repeatable reactions to load, which is important both in daily driving and with a more dynamic driving style.

Expanding the EGR system in Audi

If you are planning a comprehensive repair or upgrade of the engine area in your Audi and need other elements from the same group, such as additional valves, hoses, or control elements, check out the available parts in the Audi EGR valves and parts category.

Support in selecting used components

When planning broader modifications or refreshing your car, it is also worth paying attention to the vehicle's interior. Inspiration regarding the use of used equipment elements, such as seats or steering wheels, can be found in the article Car interior tuning with Global Parts, which shows how to reasonably combine functionality with cost optimization.