Opel Combo D 1.3 CDTi Diesel Engine Coolant Cooling Water Pump 93195466

Opel Combo D 1.3 CDTi Diesel Engine Coolant Cooling Water Pump is an original cooling system component designed for diesel engines in the Combo D model. This used water pump from this series ensures a factory-fit, maintaining the correct coolant circulation parameters and stable operation of the power unit. It is a practical solution for users looking for a proven OEM component at a reasonable price.

Specifications and technical data

• SKU: 93195466-1
• Mark: Opel
• Condition: Used
• OEM Part Number: 93195466
• Substitutable numbers: 93195466, 93 195 466
• Fuel type: Diesel
• Category: Water Pumps

Purpose and role in the cooling system

The water pump in the 1.3 CDTi diesel engine is responsible for the forced circulation of coolant between the engine block, cylinder head, and radiator. A properly functioning component in this group:

• stabilizes the operating temperature of the power unit,
• reduces the risk of overheating under heavy loads,
• supports even heat dissipation from the combustion chamber,
• indirectly affects the durability of the head gasket and other components.

For diesel engines such as the 1.3 CDTi, maintaining the correct operating temperature is particularly important, which is why a functional water pump has a direct impact on the lifespan of the entire powertrain.

Benefits of using an original Opel water pump

Choosing a water pump dedicated to the Opel Combo D with a diesel engine allows you to maintain the parameters specified by the vehicle manufacturer. The original design ensures:

• precise fit to the timing cover and cooling system,
• correct positioning of ports and flow channels,
• compliance with factory requirements regarding flow efficiency,
• consistent cooperation with other cooling system components.

A used element of this class is a reasonable compromise between cost and functionality, especially for vehicles used intensively, where technical correctness and compatibility with factory specifications are what count.

Selection, diagnostics, and installation aspects

Before installing the water pump in the 1.3 CDTi engine, it is worth verifying the part's compatibility with the specific version of the power unit and the condition of other cooling system components. In service practice, it is recommended to simultaneously check:

• the tightness of hoses and the radiator,
• the condition of the thermostat and temperature sensors,
• the quality of the coolant,
• the tension and routing of the belt driving the pump (if applicable).

Such an approach reduces the risk of having to intervene in the system again in the near future and allows you to fully utilize the potential provided by a functional water pump in a diesel engine.

Optimal operation of the 1.3 CDTi diesel engine

In diesel units such as the 1.3 CDTi, stable cooling translates into smooth operation, fuel consumption, and the durability of accessories. Regular monitoring of the operating temperature and coolant condition allows for early detection of water pump wear symptoms, such as a drop in circulation efficiency or improper engine heating. Using a dedicated element from the Water pumps group for the Opel brand helps maintain operating parameters in accordance with the manufacturer's assumptions.

If you are planning a comprehensive repair or upgrade of the engine area in your Opel and need other elements from the same group, such as pump housings, impellers, or seals, check the available parts in the Opel water pumps category.

Technical support and knowledge about fuel systems

When working with diesel engines, it is worth paying attention not only to the cooling system but also to the condition of the fuel system, which directly affects the thermal load of the unit. Issues related to diagnostics, selection by identification numbers, and regeneration of fuel supply components have been discussed in more detail in the article: Fuel system – injectors, pumps, and fuel tank: maintenance and regeneration. This makes it easier to plan the full scope of service work on a diesel engine, where both the cooling and fuel systems play a key role.