Honda/Interpump Petrol Engine Pump Unit – High-Flow Power for Rapid Cleaning

The Honda/Interpump Petrol Engine Pump Unit (Part No: E100-1046) is a formidable, high-flow cleaning system engineered for rapid and efficient cleaning across the most demanding commercial, agricultural, and industrial applications. Delivering a robust 125 Bar max pressure combined with an exceptional 30 l/min max flow, this unit provides the sheer volume of water needed to quickly clear large surface areas of heavy dirt, muck, and debris, significantly reducing cleaning times and boosting productivity.

At its heart, this powerhouse features a supremely reliable Honda GX390 petrol engine with recoil start, ensuring dependable and effortless ignition for continuous heavy-duty work. This is perfectly paired with a heavy-duty Interpump WS1630 triplex plunger pump via a robust gearbox drive, a combination renowned for its extreme longevity and unwavering performance under the most rigorous professional use. The pump is capable of handling fluid temperatures up to 60°C, offering versatility for various cleaning challenges, including hot water applications.

Mounted securely on a heavy-duty skid frame, this engine pump unit ensures maximum stability and durability in rugged operational environments, ideal for fixed installations or seamless integration into custom mobile setups. It comes fully equipped with a 3/8" BSPF unloader valve for precise pressure regulation, a 1" hose barb inline suction filter to protect the pump from contaminants, and a 15mm hose barb return-to-tank bypass for enhanced system longevity during extended operation. For added operational convenience, it's fitted with an "Easystart" valve, simplifying the startup sequence. Choosing this Honda/Interpump unit means investing in a top-tier, reliable solution that excels in high-flow performance, durability, and efficiency for the most challenging professional cleaning operations.

Note: This unit is not supplied with lance or hoses, allowing you to customise your setup to specific requirements.