Fleece PowerFlo 170GPH Fuel Lift Pump For 2011-2018 Dodge Ram 6.7 Cummins Diesel

---

Item condition:

New

Ended:

Nov 23, 11:49 PST

Shipping:

FREE

Item location:

Chapel Hill,NC,USA

Ships to:

Worldwide

Item specifics

• Country/Region of Manufacture:

  United States

• Interchange Part Number:

  11 12 13 14 15 16 17 18 6.7 6.7L Ram

• Manufacturer Part Number:

  FPE-34562

• Gallons Per Hour (GPH):

  170

• PSI:

  15

• Brand:

  Fleece Performance

• Fitment Type:

  Performance/Custom

• Warranty:

  Lifetime

---

• Home
• Feedback
• View All Listings
• Contact Us
• Warranty
• Returns

Menu

• cold air intakes
• Lighting
• Engine Parts
• exhaust systems
• Fuel System
• OEM Ford Parts
• Package deals
• programmers
• Suspension
• Turbochargers

Store Categories

• cold air intakes
• Lighting
• Engine Parts
• exhaust systems
• Fuel System
• OEM Ford Parts
• Package deals
• programmers
• Suspension
• Turbochargers

Store newsletter

Add our store to your Favorites to receive our email newsletters about new items & special promotions.

sign up

Fleece PowerFlo 170GPH Fuel Lift Pump For 2011-2018 Dodge Ram 6.7 Cummins Diesel

• Click Thumbnails to Enlarge

Product Description

Upgrade the lift pump in your 2011-2018 Dodge 6.7L Cummins with the Fleece FPE-34562 PowerFlo Lift Pump. Say goodbye to noisy lift pumps, cutting holes in your fuel tank, and quarter tank issues. Fleece's PowerFlo Lift Pump gives you a drop-in alternative to the current frame-mounted lift pumps on the market. Utilizing factory connections, the PowerFlow is designed for a simple installation and its active fill bucket technology eliminates the need for a draw straw, or fuel tank sump. Built with two OEM quality gerotor pumps that have surpassed 12,000 hours of testing and flow 170 GPH @ 15PSI, the PowerFlo gives you the ability to support 800+ RWHP.   

FEATURES:

• Drop-In Lift Pump 
• 170 GPH @ 15 PSI
• Supports 800 RWHP 
• Uses Factory Connections
• No Sump Or Draw Straw Needed
• In-Tank Installation For Silent Operation
• Regulated Return Flow Eliminates Over Pressure Situations
• ...

View more info...