Oil Radiator for Hyundai i30 1.6 CRDi

This oil radiator component is a used part, designated as quality grade B. It is designed for the Hyundai i30 model in the GD generation, specifically the 1.6 CRDi variant. The part is compatible with vehicles featuring the D4FB engine code, a 1.6-litre diesel engine with direct injection. The associated transmission code for this application is WDJ6 A 999377. The original equipment manufacturer numbers for this component are 130830-1995 and 264102A300. It is crucial to verify these OEM numbers against your vehicle's specifications to ensure correct fitment and compatibility. This oil radiator may also be suitable for other makes and models that share the same engineering specifications, though cross-referencing the OEM numbers is always recommended. The price for this part is 135,72 EUR excluding VAT, which equates to 135,72 EUR including VAT. A 30-day full return policy applies to this item. Standard delivery is free of charge with an estimated delivery time of 5-6 days. An express delivery service is available for an additional fee to expedite shipping.

This spare part originates from the following car:

The source vehicle is a Hyundai i30 from the GD generation, specifically a 1.6 CRDi hatchback. The car was constructed in 2014 and had recorded a mileage of 71,110 kilometres. It originated from Sweden. The vehicle was equipped with a diesel fuel system using direct injection. The engine was a 1.6-litre diesel unit with the engine code D4FB, featuring four cylinders and a capacity of 1582 cubic centimetres. This engine produced 110 horsepower, equivalent to 81 kilowatts. The transmission code was WDJ6 A 999377. The vehicle identification number, or chassis number, was TMAD351UAEJ165672. When replacing an oil radiator, it is often prudent to inspect and potentially renew related components such as oil cooler lines, seals, and gaskets to ensure a complete and reliable repair. Opting for a quality used part like this supports sustainable automotive practices by giving existing components a second life, reducing waste and the demand for new raw materials.

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