BMW F10 LCI F34 GT 320d B47 EGR Exhaust Radiator Cooler Diesel 8513691 7822347

BMW F10 LCI F34 GT 320d B47 EGR Exhaust Radiator Cooler is an original exhaust gas recirculation system component designed for BMW F-series diesel engines with the B47 unit. This used exhaust cooler, belonging to the EGR Valves and Parts group, allows for the restoration of proper EGR system operation, exhaust gas temperature stabilization, and compliance with emission standards.

Specifications and technical data

• SKU: 8513691-5
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 8513691
• Substitutable numbers: 8513691, 11718513691, 8513132, 11718513132, 11717822347, 7822347
• Fuel type: Diesel
• Part type: EGR Cooler
• Category: EGR Parts & Valves

Purpose and function in the EGR system

The presented EGR exhaust cooler is dedicated to the B47 diesel engine in BMW F10 LCI and F34 GT 320d models. It is responsible for lowering the temperature of exhaust gases directed back to the intake manifold, which allows for the reduction of nitrogen oxide emissions and stable operation of the power unit under a wide range of loads.

By using an original component, the exhaust gas recirculation system maintains proper flow parameters, and the engine control unit can precisely monitor the dosage and temperature of the exhaust gases. This translates into proper diesel engine performance, a lower risk of intake clogging, and the maintenance of factory performance levels.

Benefits of using an original exhaust cooler

Choosing an original EGR exhaust cooler for BMW provides a number of practical advantages in daily operation:

• preservation of the factory operating characteristics of the EGR system and diesel engine,
• proper cooling of exhaust gases before they are reintroduced into the intake,
• reduction of the risk of overheating components in the engine compartment,
• better compatibility with the factory engine control unit software,
• reduced probability of EGR-related errors.

By using an original element from the EGR Valves and Parts group, you minimize the risk of fitment issues, leaks, or incorrect exhaust flow, which is particularly important in modern diesel units.

Product characteristics and installation

The EGR exhaust cooler for BMW F10 LCI and F34 GT 320d has been designed as an element working with the Diesel supply system, taking into account the high temperatures and pressures present in modern engines. The design provides for compatibility with factory mounts and piping, which facilitates installation and reduces the time required for replacement.

The element comes from dismantling, making it a cost-effective solution for users who want to restore full efficiency to the EGR system without the need to invest in a new part. A used OEM component is a reasonable compromise between price and quality, especially in the case of intensively used vehicles.

Why choose a used OEM part

In the case of modern diesel engines, the use of original EGR system elements is crucial for the durability of the power unit. A used OEM exhaust cooler retains the factory geometry of the channels, the appropriate heat exchange surface, and compatibility with other system components.

If you want to better understand why dismantled parts are often a cost-effective choice when repairing older BMW models and other brands, it is worth reading the guide: No parts at the dealership? How to handle the repair of older models using dismantled parts. The article explains how to practically use used components to reduce service costs while maintaining appropriate quality.

Expanding the EGR system in BMW – related elements

If you are planning a comprehensive repair or upgrade of the engine area in your BMW and need other elements from the same group, such as exhaust coolers, EGR valves, or recirculation pipes, check the available parts in the BMW EGR Valves and Parts category.

Thanks to this, you can replace several cooperating components in one service stage, which reduces the risk of re-disassembly in the future and helps keep the exhaust gas recirculation system in a consistent, predictable operational condition.