Delphi® Diesel Fuel Transfer Unit FT4050

Delphi Fuel Transfer Unit are featured as follows:

• Prevents fuel tube chafing while enhancing durability and stability with internal springs.
• Steel plated all-metal internal components enhance the longevity.
• Can be used in both positive displacement and turbine pumps.
• Greenhouse gas emissions are lowered through integrated original equipment fuel vapor pressure sensor.
• Two-strainer system promotes extended pump life by filtering out contaminants.
• Works on alcohol fuels and blends, and it is also compatible with extreme temperatures as well low-fuel hesitation.
• Consistent flow rate of 26 g/s, with superior performance in cold weather and low flow situations.
• Increased terminal size and enhanced connectors for better electrical flow and heat dissipation.
• Connections are corrosion-free using heat shrinking method.
• Thicker wiring for greater electrical resistance.
• Float retention design allows for precise gas gauge reading.

The Delphi Fuel Transfer Unit FT4050 is a premium replacement part that made to improve your vehicle's fuel efficiency and performance. Constructed from superior materials, this pump is crafted to replace the original, ensuring an easy and straightforward installation. Moreover, it surpasses the OEM specifications and compatible with electronic fuel injection systems. It has a rapid pressure rise that makes pumping more efficient using less power. This reduces problems such as long cranking, hesitations and sluggishness in performance.

Delphi is a respectable brand within the automotive industry for over 100 years. They started to making the first automobile radiator (in 1911), the first vehicle air conditioning system (in 1954), and the initial car heater (in 1929). As a leader in OE-quality products, Delphi manufactures efficient and reliable compressors that are utilized in more than 3,400 applications in North America. The company continues to maintain its focus on quality and innovation by manufacturing most of its products within North America.