BMW E60 E87 LCI E81 E90 E91 E92 N47 Turbo Control Module Actuator K006T50172

The BMW E60 E87 E90 N47 Turbo Controller K006T50172 is an original turbocharger and parts component designed for the supercharging system in BMW cars with the N47 engine. This used turbo controller allows for a cost-effective yet professional repair of the supercharging control system without the need to invest in a new part.

Specifications and technical data

• SKU: 8506892-11
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 8506892
• Substitutable numbers: 135-19611, K006T50172, 8506892, 11658506892, 7808478, 11657808478, 7797782, 11657797782, 4727470, 11654727470
• Category: Turbos & Parts

Purpose and function of the BMW N47 turbine controller

The turbine controller in N47 engines is responsible for precisely managing the variable geometry and regulating boost pressure. A properly functioning module:

• stabilizes engine performance across the full rev range,
• reduces the risk of overloading and failure mode,
• supports the maintenance of correct combustion and exhaust emission parameters,
• ensures smooth, predictable power delivery.

The presented controller is an original BMW component, which translates into proper fit to the factory turbocharger and compatibility with the vehicle's control software.

Compatibility with BMW E60, E87, E90 with N47 engine

The BMW E60 E87 E90 N47 Turbo ECU K006T50172 is designed to work with the N47 diesel engines found in the popular BMW E60, E87, and E90 series. This makes it the right choice when:

• the factory turbine controller has been mechanically or electronically damaged,
• there are errors related to boost regulation,
• it is necessary to replace the module as part of the turbocharger repair.

The component is assigned an OEM part number and a set of interchangeable numbers, which facilitates clear verification of compatibility with the specific engine and turbocharger configuration in a given BMW.

Product characteristics and technical condition

The turbine controller offered comes from a disassembly and is considered a used original part . This type of component is particularly attractive to users who:

• are looking for a cost-effective solution while maintaining factory specifications,
• prefer OEM components instead of substitutes of unknown origin,
• want to restore the correct operation of the turbocharger without interfering with the control software.

A used controller, when correctly selected based on the part number and reference numbers, allows for efficient repair of the supercharging system while maintaining the original operating characteristics of the engine.

Advantages of using the original BMW turbine controller

Choosing an original turbine controller for the N47 engine brings a number of practical benefits:

• Factory fit – compatibility with the wiring harness, mountings and turbocharger operating parameters.
• Stable operation of the supercharging system – proper control of the geometry and supercharging pressure, which translates into smooth engine operation.
• Compatibility with vehicle electronics – correct cooperation with the engine control unit and diagnostic systems.
• Economical repair – a used OEM component allows you to reduce service costs while maintaining a high level of reliability.

Before installation, it is recommended to verify compatibility by part number and interchangeable numbers, as well as to perform any adaptations or service procedures required by the specific BMW model.

Other BMW turbochargers and parts and technical knowledge

If you're looking for other turbochargers and parts for BMW, check out our dedicated category: BMW Turbochargers and Parts . There you'll find a wide selection of turbocharger components tailored to popular BMW models.

When selecting used components, it's also worth understanding best practices related to used parts. Our blog article, "Replacing Body Parts with Used Ones – Can Body Parts Look Like New?" , may be helpful. It discusses the approach to used car parts in terms of quality, cost-effectiveness, and operational safety.