Switch - various for Renault Twingo III 1.0 SCe 70 (BCMB)

This switch is a used part, classified as quality B, and is specifically the air conditioning control panel. Its original equipment manufacturer number is 00862902, and it was produced by Renault. The part is designed for vehicles with a petrol engine, specifically the 1.0 SCe 70 12V type with the engine code H4D-400, also listed as H4D-A4. It is compatible with a manual five-speed transmission, coded as M5. This switch is a direct fit for the Renault Twingo III model in the 1.0 SCe 70 (BCMB) variant. It is also compatible with other vehicles within the Twingo III (BCM_) model series that share the same specifications. The price for this part is 134,35 EUR excluding VAT, which amounts to 134,35 EUR including VAT. A full 30-day return policy applies to this item. Standard shipping is free of charge, with an expected delivery time of 3-6 days. An express delivery service is available for an additional fee to expedite receipt of the part.

This spare part originates from the following car:

The source vehicle is a Renault Twingo III, specifically the 1.0 SCe 70 (BCMB) variant, which is a hatchback. The car was first registered in 2016 and had recorded a mileage of 45,874 kilometres. It originated from the Netherlands. The fuel system is petrol, utilising intake manifold injection. The engine is a 1.0 SCe 70 12V type with the engine code H4D 400. The transmission is a manual five-speed gearbox. The vehicle identification number is VF1AHB40D55708195. The engine has a cylinder capacity of 999 cubic centimetres, which equates to 1.0 litres. It produces 69 horsepower, equivalent to 51 kilowatts. The car's construction type is a hatchback. When sourcing a replacement switch, verifying the OEM number is crucial to ensure correct compatibility with your vehicle. For air conditioning system repairs, related parts such as the blower motor resistor or climate control unit are sometimes replaced concurrently. Utilising a quality used part like this contributes to sustainability by giving functional components a second life and reducing waste.

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