Audi S3 8Y Fuel Injector Injection Unit Nozzle 2.0 TFSI Petrol 06Q906036A

Audi S3 8Y Fuel Injector 2.0 TFSI is an original injector nozzle from the Audi group, designed for TFSI gasoline engines. This component ensures precise fuel dosing, which translates to stable engine operation, proper dynamics, and fuel consumption control.

Specifications and technical data

• SKU: 06Q906036A
• Mark: Audi
• Condition: Used
• OEM Part Number: 06Q906036A
• Substitutable numbers: 06Q906036A, 06Q 906 036 A
• Fuel type: Petrol
• Category: Fuel Injectors

Purpose and Technical Characteristics

The presented fuel injector for Audi S3 8Y belongs to the Injector Nozzles category and is structurally adapted for use in the 2.0 TFSI gasoline engine. The use of a properly selected injector nozzle is crucial for correct mixture formation, stable system pressure, and maintaining the engine's factory parameters.

The injector works with the gasoline fuel supply system, ensuring:

• precise fuel atomization in the combustion chamber,
• repeatable injection doses across the full load range,
• maintaining engine smooth running at low and high RPMs.

Benefits of Using an Original Audi Injector Nozzle

The original Audi injector nozzle has been designed for the specific characteristics of the TFSI engine, allowing for the preservation of factory injection maps and engine operating parameters. Using such a component helps to:

• reduce the risk of uneven engine operation resulting from incorrect fuel dosing,
• maintain correct exhaust emission values and compatibility with the exhaust gas treatment system,
• preserve predictable throttle response and stable power across the entire RPM range.

The choice of an original injector nozzle is particularly important in turbocharged engines, where injection accuracy directly impacts engine thermal safety and component durability.

Component Condition and Service Application

The fuel injector is offered in used condition, allowing for economical fuel system repair while maintaining an OEM-class component. This type of part is suitable for both replacing a single nozzle and for phased regeneration of the entire injection system in a gasoline engine.

In workshop practice, a used OEM component often represents a favorable alternative to aftermarket parts of unknown origin because it:

• retains the original operating characteristics intended by the vehicle manufacturer,
• facilitates diagnostics and adaptation in the engine control unit,
• allows for reduced repair time due to direct compatibility with the existing installation.

Diagnostics and Preventive Maintenance of the Injection System

Although the described component is for a gasoline engine, the principle of caring for the injection system is similar to that of diesel engines. It is worth knowing the typical symptoms of injector wear, such as uneven running, power loss, or increased fuel consumption. More details on the symptoms and consequences of neglect in this area can be found in the article: diesel injector faults – symptoms, consequences, and diagnostics, which helps to better understand the importance of functional injector nozzles in any engine type.

Assistance with Selection and Other Audi Injector Nozzles

If you also need other Audi injector nozzles for the remaining cylinders or other models of this brand, check out our dedicated category: Audi injector nozzles. Focusing on this specific product group makes it easier to quickly compare available solutions and select the right component for a specific engine configuration.

When planning a more extensive repair, it is also worth considering the use of used OEM components, which can often significantly reduce vehicle downtime in the workshop and optimize costs. You can find more on this topic in the material: how the availability of used OEM parts affects repair time in a workshop.

Summary

The Audi S3 8Y Fuel Injector 2.0 TFSI is a functional injector nozzle from the original Audi line, designed for use in TFSI gasoline engines. The application of this component allows for maintaining proper fuel supply parameters, stable engine operation, and predictable performance, which is crucial both in everyday use and in vehicles driven more dynamically.