Turbo charge control for Volvo V60 D4 AWD

This turbo charge control unit is a type of electronic actuator designed to regulate the boost pressure from the turbocharger. Its OEM part numbers are 31219138 and 7.02221.00, and it was manufactured by Volvo. The unit is positioned on the engine in the turbocharger assembly. The quality of this part is classified as B, indicating it is a used component that has been removed from a donor vehicle. It is intended for use with a diesel engine of the type D5244T21, which corresponds to the engine code D 5244 T21. This part is compatible with vehicles equipped with an automatic transmission. While sourced specifically for a Volvo V60 D4 AWD, this turbo charge control unit is also compatible with other Volvo models and variants that utilise the same D5244T21 engine and corresponding control system. The price for this part is 84,02 EUR excluding VAT, with the total price including VAT being 84,02 EUR. All purchases are covered by a 30-day full return policy. Standard shipping is free, with an expected delivery time of 5-10 days. An express delivery option is available for an additional fee to expedite the shipping process.

This spare part originates from the following car:

The part was sourced from a Volvo V60, specifically the D4 AWD variant, which is an estate car. The source vehicle is a 2016 model that had covered 126,420 kilometres. Its fuel system utilised direct injection for diesel. The car originated from Sweden. The engine type was diesel, with the specific engine code D5244T21. The vehicle was fitted with an automatic transmission. The VIN or chassis number for this donor car is YV1FZA5C6G1017025. The engine had a cylinder capacity of 2400cc, producing 190 horsepower, which is equivalent to 140 kilowatts. The car's construction type was an estate. Ensuring the OEM part numbers match is crucial for confirming compatibility with your vehicle. When replacing a turbo charge control unit, it is common to also inspect or replace related components such as the turbocharger itself, associated vacuum lines, and sensors to ensure optimal system performance. Opting for a used genuine part like this supports sustainability by giving a fully functional component a second life, reducing waste and the demand for new manufacturing resources.

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