Ac pump for SEAT IBIZA 1.0 MPi

This air conditioning compressor is a used component, classified as quality B, and is supplied with the associated magnetic clutch. The part is positioned on the engine and is driven by the auxiliary drive belt. The OEM part numbers for this unit are 5Q0816803D and 5Q0816803H, and it is manufactured by SEAT. It is designed for vehicles with a 1.0-litre three-cylinder petrol engine, specifically the DFNA engine code, and is paired with a manual transmission, identified by the code M. This compressor is also compatible with other Volkswagen Group models sharing the same platform and engine specification, including certain variants of the Volkswagen Polo, Škoda Fabia, and Audi A1. The price for this part is 192,53 EUR excluding VAT, which equates to 192,53 EUR including VAT. All orders benefit from free standard shipping with an expected delivery time of 4-10 days. An express delivery service is available for an additional fee. The purchase is covered by a 30-day full return policy.

This spare part originates from the following car:

The source vehicle is a SEAT IBIZA, specifically the Mk V (KJ1) model in the 1.0 MPi hatchback variant. The car was first registered in 2019 and had recorded a mileage of 100,470 kilometres at the time of dismantling. It originated from Sweden. The vehicle was equipped with a 999cc three-cylinder petrol engine, using an intake manifold injection fuel system. The specific engine code is DFNA, and it was coupled with a manual transmission, code M. The vehicle identification number is VSSZZZKJZKR139796. The engine produces 80 horsepower, equivalent to 59 kilowatts. The car's construction type is a hatchback. When sourcing a replacement air conditioning compressor, verifying the OEM part number is essential to ensure correct fitment and system compatibility. It is often practical to replace related components such as the condenser, receiver-drier, and associated hoses during an air conditioning system service. Opting for a used genuine part like this offers a cost-effective and sustainable solution, reducing waste by giving a fully functional component a second life.

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