Ford Transit Custom Oil Separator Breather 2.0 EcoBlue Diesel GK2Q-6C757-AD

Ford Transit Custom Oil Separator Breather 2.0 EcoBlue Diesel is a crankcase ventilation system component specifically designed for Ford diesel engines. It is responsible for separating oil mist from gases before they return to the intake, which helps maintain the cleanliness of the intake system and ensures stable engine operation. This technical solution helps reduce oil consumption and improves the overall performance of the power unit.

Specifications and technical data

• SKU: GK2Q-6C757-AB
• Mark: Ford
• Condition: Used
• OEM Part Number: GK2Q-6C757-AB
• Substitutable numbers: GK2Q-6C757-AB, GK2Q6C757AB
• Fuel type: Diesel
• Category: Oil Filters

Function and role of the breather – oil separator in the 2.0 EcoBlue engine

In diesel engines, such as the 2.0 EcoBlue, the breather – oil separator plays a key role in controlling crankcase pressure and managing blow-by gases. This component:

• separates oil particles from the gases escaping the crankcase,
• directs cleaned gases back into the intake system,
• limits the amount of oil entering the intake and manifold,
• supports stable operating parameters of the diesel engine. As a result, the risk of excessive carbon deposit buildup in the intake is reduced, and the lubrication system maintains more predictable operating conditions.

Benefits of using an original Ford component

The oil separator in question comes from the group of original Ford solutions, which translates into a perfect fit for the specific design of the 2.0 EcoBlue engine. In practice, this means:

• geometry and flow rates adapted to the characteristics of the diesel unit,
• proper compatibility with the factory intake and gas recirculation system,
• maintenance of the operating parameters specified by the vehicle manufacturer. Choosing such a solution is particularly important in Diesel engines, where stable crankcase ventilation affects smooth operation, reduced smoke emission, and predictable engine oil consumption.

Purpose and application in Ford Transit Custom

The presented breather – oil separator was developed for use in the Ford Transit Custom model with a 2.0 EcoBlue diesel engine. The design is integrated with the lubrication and intake system in such a way as to:

• maintain proper crankcase pressure during variable loads,
• limit oil leakage into the intake hoses,
• support long-term, repeatable operation of the power unit under the conditions of a commercial vehicle. This makes this component an important part of the entire engine gas management system, influencing its durability and stability of operating parameters.

Condition, verification, and technical aspects of installation

The offered oil separator comes from a group of used original components, which allows for combining factory fitment with cost-effective maintenance. Before installation, a standard visual inspection, checking the cleanliness of the channels, and verifying the connections are recommended to ensure proper cooperation with the intake and lubrication system. Replacing the breather – oil separator is particularly recommended in situations where increased oil consumption, excessive oiling of the intake hoses, or unstable crankcase pressure is observed. A correctly selected component helps restore predictable operating conditions for the diesel engine.

Ford oil filters – expanding the lubrication system

If you are planning a comprehensive repair or upgrade of the engine area in your Ford and need other elements from the same group, such as filter cartridges, filter housings, or lubrication system seals, check the available parts in the Ford oil filters category.

Technical support and knowledge about engine systems

When working with engine system components – such as the breather, oil separator, or cooling system parts – it is worth using reliable sources of knowledge. To expand your information on the impact of operating temperature and cooling on the durability of the power unit, you can read the article: Engine cooling system – overheating, repair, and used radiators. This will allow you to better understand the relationships between lubrication, cooling, and the overall condition of the diesel engine.