Goulds 1SV27GB30 – e-SV Stainless Steel Multistage Pump End Only (no motor)

Description

Goulds Water Technology e-SV Series Stainless Steel Vertical Multistage Pump

The e-SV Series stainless steel, fabricated vertical multistage pump, is a high efficiency, non self priming solution designed to deliver reliable performance while reducing energy use and lifecycle costs. Paired with a premium efficient motor, the e-SV is engineered to handle mechanically aggressive and high temperature liquids across demanding applications. The extensive portfolio includes a wide range of configurable models to match precise duty points and operating environments.

Features:

• High efficiency hydraulics and motor: Delivers maximum pumping efficiency and performance, reducing energy consumption from day one.
• Variable speed drive compatibility: When paired with the Smart Motor, HYDROVAR, hydrovar X, or AQUAVAR® IPC drives, energy use can be reduced by up to 70%, lowering operating costs and CO2 emissions.
• Expanded hydraulic range and portfolio: Enables precise duty point selection, ensuring optimal efficiency, reliability, and system performance for every application.
• Flexible pump configurations: Available in vertical or horizontal designs with multiple flange and low NPSH options for easy system integration and layout flexibility.
• In-line, quick change mechanical seal design: Allows fast seal replacement without removing the motor or pump, reducing downtime and repair time by up to 50%.
• Standardized, maintenance friendly components: Common mechanical seals, wear parts, NEMA motors, and o-ring designs simplify service, reduce spare parts inventory, and lower lifetime maintenance costs.

Applications:

e-SV multistage pumps have a history of performance handling water and liquids such as glycol, oils/solvents, and more in the in a wide range of demanding environments. Some of the many applications include:

• Agriculture
• Commercial building services
• Data centers
• Energy and power generation
• General and OEM manufacturing
• Industrial
• Municipal drinking water
• Water circulation and cooling