Grundfos Circulator Pump, Series: UPS, 52 gpm, 45.28 ft Maximum Head, 370 W, 115 V AC, 2.5 to 3.5 A, 60 Hz, 1 ph, 145 psi Maximum, 104 deg F Ambient, 7-1/8 in W x 6-1/2 in H
The Grundfos UPS 26-150 F circulator pump is a high-performance solution designed for hydronic heating and closed-loop circulation systems in residential and commercial applications. Built with a durable cast iron housing and a corrosion-resistant composite impeller, this pump delivers reliable, long-lasting performance under demanding conditions. Engineered with a canned rotor (seal-less) design, the UPS 26-150 F integrates the pump and motor into a single unit, eliminating the need for a shaft seal and reducing maintenance requirements. The pump’s liquid-lubricated bearings ensure quiet operation and extended service life. With three-speed operation, this pump provides flexibility for optimizing flow and head performance, while its 115V single-phase motor requires no additional motor protection, making installation simple and efficient.
Grundfos Circulator Pump, Series: UPS, 52 gpm, 45.28 ft Maximum Head, 370 W, 115 V AC, 2.5 to 3.5 A, 60 Hz, 1 ph, 145 psi Maximum, 104 deg F Ambient, 7-1/8 in W x 6-1/2 in H
The Grundfos UPS 26-150 F circulator pump is a high-performance solution designed for hydronic heating and closed-loop circulation systems in residential and commercial applications. Built with a durable cast iron housing and a corrosion-resistant composite impeller, this pump delivers reliable, long-lasting performance under demanding conditions. Engineered with a canned rotor (seal-less) design, the UPS 26-150 F integrates the pump and motor into a single unit, eliminating the need for a shaft seal and reducing maintenance requirements. The pump’s liquid-lubricated bearings ensure quiet operation and extended service life. With three-speed operation, this pump provides flexibility for optimizing flow and head performance, while its 115V single-phase motor requires no additional motor protection, making installation simple and efficient.
