Black Friday Doorbuster Goulds 5hm02n05t6zbqe Multi-stage High Pressure Booster Pump Ehm 3/4hp, 575v, 3ph, 2stg 1"npt Stainless Steel Gadget [oXscezai]

Goulds Multi-Stage High Pressure Booster Pump

Introducing the Goulds 5HM02N05T6ZBQE Multi-Stage High Pressure Booster Pump eHM, a reliable solution for commercial and industrial applications. This pump stands out with its exceptional efficiency, achieved through its high-efficiency motor that reduces size while delivering superior performance. The pump is designed for applications requiring precise and powerful water flow, making it an essential component in various industries.

Product Specifications and Features

The eHM series is built on the trusted hydraulics of the e-SV model, ensuring reliability and performance. Key features include a standard balanced impeller that cuts axial thrust by 40%, significantly prolonging motor bearing life. Additionally, the pump features a 20% increase in body thickness, enhancing durability and reducing life cycle costs. Notable specifications include:

• 3/4HP motor power, 575V voltage, 3PH phase, and 2STG stages.
• 1"NPT Stainless Steel construction for corrosion resistance and longevity.

These specifications make the eHM an ideal choice for demanding applications.

Applications and Benefits

Engineered for versatility, the eHM is perfect for a wide range of applications, including industrial washing and cleaning, food and beverage processing, industrial refrigeration, water treatment, and custom OEM applications. The pump's compact design and high efficiency make it ideal for situations where space is limited or performance is crucial. Benefits include:

• Reduced size without compromising performance.
• Longer motor bearing life with less maintenance required.

Whether it's for pressure boosting, water supply systems, or circulation in cooling and conditioning systems, the eHM delivers unmatched efficiency and reliability. This pump is a must-have for any industrial or commercial setting looking to improve operational efficiency and extend the life of their water-related systems.