BMW 3 F30 LCI 330e Hybrid Battery Cooling Refrigerant Double Pipe 9368338

BMW 3 F30 LCI 330e Hybrid Battery Cooling Refrigerant Double Pipe is a specialized refrigerant cooling system line designed for the high-voltage hybrid system in the BMW 3 Series F30 LCI 330e. This component is responsible for the stable routing of refrigerant within the battery cooling circuit, which translates into safe operation of the traction battery and consistent performance of the hybrid drive.

Specifications and technical data

• SKU: 9368338
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 9368338
• Substitutable numbers: 64539368338, 9368338, BG
• Category: Batteries

Purpose and function in the hybrid system

The described double refrigerant pipe is a component of the thermal management system responsible for controlling the temperature of the high-voltage battery in the BMW 3 F30 LCI 330e. Proper cooling of the hybrid battery:

• reduces the risk of cell overheating during intensive acceleration and regenerative braking,
• supports the stability of electrical parameters across a wide range of ambient temperatures,
• helps maintain predictable hybrid drive performance over a long service life.

Thanks to the properly routed refrigerant circuit, this pipe helps maintain consistent battery operating conditions, which is crucial for both the performance and longevity of the entire high-voltage system.

Construction and fitment for BMW 3 F30 LCI 330e

The double design of the pipe allows for parallel routing of two refrigerant lines in one integrated component, which simplifies installation and reduces the number of connections in the system. This solution:

• ensures an orderly layout of pipes in the installation compartment,
• minimizes the risk of collision with other components,
• facilitates service and diagnostics of the battery cooling system.

As a part dedicated to a specific model version, the pipe is geometrically matched to the BMW 3 F30 LCI 330e, allowing for installation at factory mounting points without the need for modifications or the use of adapters.

Characteristics of the used component

The offered pipe comes from the group of used BMW components, which means it was previously used in a vehicle and then removed in accordance with procedures appropriate for cooling and high-voltage system elements. This type of part is an attractive cost-effective alternative to a new component, while maintaining the original design and compatibility with the factory system.

Choosing a used hybrid battery cooling pipe allows you to reduce the costs of repair or system upgrades while maintaining consistency with the factory vehicle specification, which is important for diagnostics and future servicing.

Benefits of using an original cooling pipe

Using a dedicated refrigerant pipe in the BMW 3 F30 LCI 330e hybrid battery system brings a number of practical benefits:

• Compatibility with the cooling system – a component designed to work with the factory air conditioning installation and the battery thermal system.
• Stable refrigerant routing – reduction of local constrictions and kinks in the pipe, which promotes uniform flow.
• Consistency with the factory vehicle architecture – no need to modify other components in the installation area.
• Support for battery longevity – maintaining the appropriate operating temperature range for the hybrid battery.

BMW Batteries – expansion and system service

When working on the high-voltage and battery cooling system, it is worth treating the entire system as a cohesive unit, including the battery itself, as well as pipes, connectors, and refrigerant flow control elements. If you are planning a comprehensive repair or upgrade of the power and energy storage area in your BMW and need other elements from the same group, such as housings, mounts, or additional pipes, check out the available parts in the BMW Batteries category.

Ecological aspect and circular economy

Choosing a used hybrid battery cooling pipe aligns with the principles of the circular economy – it reduces the demand for new raw materials and decreases the amount of waste generated during vehicle servicing. For users who want to consciously combine rational repair costs with environmental care, opting for verified parts from dismantling is a technically sound and economically beneficial solution. You can find more about the practical benefits of this approach in the article Circular economy in your garage – how choosing used parts from dismantling really supports environmental protection and your wallet?.