Complete engine FORD TRANSIT 3rd Series P8FA 86 HP 63 KW P8FA DIESEL 2198 (94-00)

The complete engine FORD TRANSIT 3rd Series (P8FA) with product code P8FA is a reliable and high-performance used part, designed to fit models produced between 1994 and 2000. This product has a displacement of 2198 cc and delivers 86 HP (63 KW) Complete, making it an excellent option for those needing a functional and durable engine for their Ford Transit. The product is powered by diesel fuel, ensuring better fuel efficiency and longevity. It is certified with Euro 6 emissions standards, which means it adheres to stringent environmental regulations, offering improved performance and reduced emissions.

Complete engine FORD TRANSIT 3rd Series P8FA 86 HP 63 KW P8FA DIESEL 2198 (94-00)

• OE Code: P8FA 86 HP 63 KW

• Production years: 1994 > 2000

• Year: 2006

• Displacement: 2198 cc

• Fuel type: Diesel

• Engine codes: P8FA

• Labels and certifications: Euro 6

• Part type: Used

• Our reference code: 1974671

The engine’s OE code is P8FA 86 HP 63 KW, and it is compatible with various models of the Ford Transit from the specified years. As a used part, it has been thoroughly inspected to meet high standards of quality, ensuring it can be installed and put to work without concerns. This product is ideal for anyone looking to replace a worn-out product or as part of a project to restore a Ford Transit. With the added benefit of being an original part, the engine ensures compatibility with your vehicle, providing seamless integration. The engine’s reference number is 1974671, and additional information is available by contacting the provided customer service number. This used product represents a cost-effective and reliable solution for keeping your Ford Transit on the road, delivering the durability and efficiency needed for everyday driving or business operations. In summary, the complete product for the FORD TRANSIT 3rd Series P8FA 86 HP 63 KW Diesel 2198 cc is a dependable, Euro 6 certified replacement option for your vehicle, offering optimal performance and value.