Lambda Probe for Volvo V70 III (135) D5 AWD

This lambda probe is a used part designed for the Volvo V70 III (135) D5 AWD. The OEM numbers for this component are 31422345 and 9487151, ensuring compatibility with the original specifications. It is manufactured by Volvo and positioned in the exhaust system for monitoring oxygen levels. The part is classified under quality grade B, indicating it has been used but remains fully functional. It is compatible with the D5244T15 engine, which features a 2.4-litre five-cylinder diesel configuration with direct injection. The transmission type for this application is the TF-80SC AWD automatic gearbox.

This lambda probe may also fit other Volvo models equipped with the same engine and transmission setup, though verification via OEM numbers is recommended for accurate compatibility. The price including VAT is 151,86 EUR, while the price excluding VAT is 151,86 EUR. The part comes with a 30-day full return policy, allowing for a refund or exchange if necessary. Free shipping is included, with an expected delivery time of 3-6 days. An express delivery option is available for an additional fee if faster shipment is required.

This spare part originates from the following car:

The source vehicle is a 2014 Volvo V70 III (135) D5 AWD, an estate model with a diesel engine. The car had a recorded mileage of 285,080 km at the time of dismantling. The fuel system uses direct injection, and the vehicle originates from Sweden. The engine type is the D5244T15, a 2.4-litre five-cylinder diesel unit producing 215 HP (158 kW). The transmission is the TF-80SC AWD automatic gearbox. The VIN/chassis number of the donor vehicle is YV1BW8256E1304001.

When replacing a lambda probe, it is advisable to check related components such as the catalytic converter or exhaust sensors, as these parts often wear simultaneously. Using a used OEM lambda probe contributes to sustainability by reducing waste and the need for new manufacturing. Always verify the OEM numbers to ensure proper fitment across compatible models.

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