Thermostat Renault Master 2 Opel Movano A 2.5 dCi Thermostat Housing 8200262235

Thermostat Renault Master 2 Opel Movano A 2.5 dCi Thermostat Housing is a component from the Thermostats and housings category, designed for the cooling system of the 2.5 dCi diesel engine. This used Vauxhall part ensures proper coolant circulation and a stable operating temperature for the power unit, which directly impacts engine durability and operational safety.

Specifications and technical data

• SKU: 8200262235
• Mark: Vauxhall (Genuine OE)
• Condition: Used
• OEM Part Number: 8200262235
• Substitutable numbers: 8200262235
• Tire profile: 65535
• Category: Thermostats & Housings

Purpose and function in the cooling system

The thermostat housing in the Renault Master 2 and Opel Movano A 2.5 dCi is responsible for securely seating the thermostat and properly guiding the coolant between the engine block and the radiator system. A correctly selected component from this group minimizes the risk of engine overheating or undercooling, which is crucial for the longevity of the engine, turbocharger, and auxiliary equipment.

A proper thermostat housing ensures:

• a tight connection of coolant channels,
• stable mounting of the thermostat in its intended operating position,
• the correct direction of fluid flow across various temperature ranges.

Technical characteristics and fitment

The presented housing belongs to the Thermostats and housings category, meaning it has been designed to operate in direct contact with coolant and under variable thermal loads. The construction is prepared for compatibility with the 2.5 dCi engine used in the Renault Master 2 and Opel Movano A, ensuring that factory cooling channel routing and mounting geometry are maintained.

The product has assigned OEM part numbers and interchangeable numbers, which facilitates verification of compatibility with specific engine versions and vehicle model years. In practice, this means it can be precisely fitted to the existing cooling system without the need for modifications.

Condition, application, and installation benefits

The thermostat housing is offered as a used part, allowing for an economical repair of the cooling system while maintaining parameters close to factory solutions. For vehicles used intensively – in local transport, distribution, or services – replacing a worn or leaking housing with a functional element from the same group is often the fastest way to restore the correct engine operating temperature.

The main benefits of using this housing include:

• reducing the risk of coolant leaks in the thermostat area,
• maintaining a stable operating temperature for the 2.5 dCi engine,
• reducing the load on other cooling system components.

Installation and operational aspects

The thermostat housing for the Renault Master 2 and Opel Movano A 2.5 dCi is structurally prepared for installation in place of the factory component, which facilitates the mechanic's work and reduces vehicle downtime. When replacing, it is recommended to simultaneously check the condition of the thermostat, cooling hoses, and mating surfaces to fully utilize the potential of the newly installed part.

A properly selected component from this group contributes to:

• cooling system stability across a wide range of loads,
• even engine warm-up after startup,
• maintaining proper operating conditions for engine oil and accessories.

System expansion and selection of related components

If you are planning a comprehensive repair or upgrade of the engine area in your Vauxhall vehicle and need other elements from the same group, such as additional housings, bodies, or components cooperating with the cooling system, check out the available parts in the Vauxhall Thermostats and housings category.

If you are simultaneously upgrading the vehicle's interior and are interested in improving ergonomics and driving comfort, it is worth checking out our guide on choosing seats – you can find practical tips in the article Interior metamorphosis: how branded seats from dismantling affect comfort and car value.