2003-2007 Cummins PowerFlo 750 CP3 (FPE-CUMM-CP3-10MM-5.9)

Description

Fits

Year	Make	Engine
2003-2007	Dodge Ram	5.9L Cummins

 

The Fleece Performance FPE-CUMM-CP3-10MM-5.9 Cummins PowerFlo 750 CP3 is a straight forward, no inflated numbers, CP3 upgrade proven to support 750 RWHP with the proper complimenting modifications. Not only will it support 750 RWHP, but it also eliminates the factory fuel flow restriction that begins at 3,000 RPM. If you have a stock CP3 pump you are losing fuel flow and rail pressure after 3000 RPM, which correlates to lost horsepower when you need it most. This cost-effective upgrade will allow you to maintain desired fuel rail pressure through your entire RPM range, as well as provide enough fuel to support 750rwhp. Every Fleece Performance CP3 is tested on their own in-house engine simulator and pump test stand to simulate real-world situations and ensure that each pump is ready to work for you!

Fleece Product Number: FPE-CUMM-CP3-10MM-5.9

Features

• Proven to support 750 RWHP
  
• Eliminates the factory fuel flow restriction that begins at 3,000 RPM
• Allows you to maintain desired fuel rail pressure through your entire RPM range
• Every CP3 has been tested in Fleece's engine simulator and pump test stand to simulate real-world situations

Q & A

Q: What size injectors does the PowerFlo 750 support?

A: Injector size should be based on desired horsepower goals, truck uses, and tuning capabilities. Commanded main injection duration, or tuning, ultimately determines what size injector a CP3 will support. Our PowerFlo750 will support our 100hp injector at 2600uS with no issue, resulting in over 750RWHP if your turbo will support that. Some people have seen over 800rwhp with shorter duration and larger injectors on FPE 68mm turbo's and larger.

Q: What is Main Injection Duration?

A: Main Injection Duration is the amount of time that the injector is turned on or energized. Measured in microseconds (uS) it is sometimes referred to as pulse-width.

Q: What does a CP3 Pump do?

A: A common rail fuel system is most easily related to supply & demand. Commanded main injection duration, the demand, while the CP3 is the supply. The bigger the injector and/or longer the commanded duration, the higher the demand. CP3's are limited to what they can supply (Volume) based on displacement & RPM. As demand increases beyond the CP3's ability to supply, then fuel rail pressure starts to drop.