Fuel Pump for Citroën C5 II Break 2.0 16V (RERFJB, RERFJC)

This fuel pump is a genuine original equipment manufacturer part, identified by the OEM numbers 1525KJ and 700463030. The manufacturer is Citroën. The part is positioned within the vehicle's fuel tank. Its quality is graded as B1. This component is designed for the 2.0 16V petrol engine, specifically the engine code RFJ (EW10A). It is compatible with a manual transmission, which is a 5-speed unit. This specific fuel pump is also compatible with other makes and models, including various Citroën C5 II Break variants from the same production period with the matching 2.0 16V RFJ engine. The price is 150,57 EUR excluding VAT, with the total price including VAT being 150,57 EUR. The part is covered by a 30-day full return policy. Shipping is free, with an expected delivery time of 3-6 days. An express delivery option is available for an additional fee.

This spare part originates from the following car:

The source vehicle is a Citroën C5 II Break, an estate car type. The specific variant is the 2.0 16V (RERFJB, RERFJC). The car was manufactured in 2005 and had recorded 244,000 kilometres at the time of dismantling. Its fuel system is intake manifold injection. The vehicle originates from Denmark. The engine is a 2.0-litre 16-valve petrol unit, with the engine code RFJ (EW10A). The transmission is a 5-speed manual gearbox. The vehicle identification number is VF7RERFJC76714048. The cylinder capacity is 1997 cc. The engine produces 140 horsepower, which is equivalent to 103 kilowatts. The construction type is an estate.

Ensuring the OEM number matches your vehicle's specification is crucial for correct fitment and operation. When replacing a fuel pump, it is common to also inspect or replace related components such as the fuel filter, fuel level sender unit, and the fuel pump relay or control module to ensure a complete and reliable repair. Opting for a used original part like this supports sustainability by giving quality components a second life, reducing waste and the environmental impact associated with manufacturing new parts.

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