EWP150 Remote Elec. WP & Controller Combo - Black

The EWP150 Remote Electric Water Pump & Controller Combo in black represents a modern solution for serious automotive enthusiasts and engine builders seeking precise coolant flow management. This Davies Craig system eliminates mechanical belt-driven water pump inefficiencies by delivering electronically controlled cooling independent of engine RPM. Whether you're running a high-performance street engine, a track-focused build, or a custom cooling setup, the EWP150 allows independent adjustment of coolant circulation to optimize thermal management under any driving condition.

The remote electric pump design separates the pumping unit from the engine bay, providing installation flexibility and reducing heat load in confined spaces where traditional belt-driven alternatives prove problematic. The integrated controller features variable speed operation, allowing you to dial in precise flow rates based on engine load, ambient temperature, and coolant temperature—critical for maximizing horsepower while maintaining safe operating temperatures. This combo package includes both the pump assembly and dedicated controller, eliminating the need for separate purchases and ensuring component compatibility from day one. The compact 6.3 x 3.9 x 13.6-inch footprint (4.75 lbs) makes integration straightforward even in tightly packaged engine compartments or custom fabrication projects.

Professional engine builders, drag racers, road racing competitors, and street performance enthusiasts benefit most from this system's precision and reliability. Custom engine swaps, turbocharged conversions, and high-displacement naturally aspirated builds all gain significant advantages from decoupled pump operation that responds dynamically rather than passively to engine speed. Installation typically integrates into existing cooling lines with proper plumbing; consult your specific vehicle or engine build manual for mounting location, electrical integration with your vehicle's harness, and hose routing to ensure optimal flow paths and controller signal accuracy.