Best Quality Exergy 550 Alpha Cp3 | 13-18 & 21+ 6.7 Cummins Eco-friendly [KPCSZtc7]

Exergy 550 Alpha CP3: Revolutionizing Pump Performance

Introducing the Exergy 550 Alpha CP3, the pinnacle of pump technology designed for high-performance engines. This innovative pump is the first in a groundbreaking series set to elevate the CP3 pump platform to new heights. Engineered with our renowned 14mm Stroker pumps, the 550 Alpha CP3 offers an extraordinary output trajectory, extending 1000 RPM further than its predecessors and competitors, reaching a peak of 550 liters per hour. This makes it the ideal choice for high RPM race applications that exceed 4500 RPM.

Compatibility and Specifications

The Exergy 550 Alpha CP3 is designed to be fully compatible with a wide range of 6.7 Cummins engines, including models from 2013-2018, 2019-2020 with CP3 conversion, and 2021-present. This ensures that you can upgrade your engine with confidence, knowing that the 550 Alpha CP3 will deliver exceptional performance. It's important to note that the 550 Alpha pumps require a different supply line, with the original supply port being securely plugged. This plug must never be removed. The fuel supply is fed directly into the billet gear pump housing at the port labeled "Inlet," and the pump features a proprietary MPROP/fuel pressure regulator design for optimal rail pressure control without compromising maximum pump performance.

Practical Benefits and Tuning Requirements

With the Exergy 550 Alpha CP3, you'll experience a suite of practical benefits, including increased fuel flow and enhanced engine performance. To achieve the full potential of this pump, custom tuning and supporting modifications are essential. The primary fuel supply requirement for optimal performance is a flow rate of 200 GPH at 15 psi per pump. This ensures that your engine receives the fuel it needs to reach its peak capabilities. The 550 Alpha CP3 is more than just a pump; it's a comprehensive solution for high-performance engines seeking unparalleled power and efficiency.