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Grundfos 96402807 1.5HP 460V 3-Phase 2-Speed Bronze Wet Rotor Circulator Pump UPS 40-240 F B

Original price was: $6,013.20.Current price is: $751.65.

SKU: 96402807 Category: Tag:

Description

The Grundfos 96402807 (Model UPS 40-240 F B) is a high-performance, wet rotor in-line circulator pump engineered for demanding hydronic heating and cooling applications. Combining robust construction with multi-speed flexibility, this pump delivers reliable, efficient fluid circulation in commercial and industrial systems.

Key Features
  • 1.5 HP motor output for powerful, consistent circulation performance
  • 460 VAC, three-phase power supply for commercial and industrial installations
  • 3,450 RPM operating speed for high-head hydronic system demands
  • 2-speed operation allows system optimization and energy savings across varying load conditions
  • Wet rotor design — motor rotor runs submerged in system fluid, eliminating the need for external shaft seals and reducing maintenance requirements
  • Bronze housing provides excellent corrosion resistance in hydronic water systems
  • Stainless steel impeller for durability and long service life
  • 1-1/2″ non-ANSI 2-bolt flange suction and discharge connections for straightforward in-line installation
Construction & Materials
  • Housing material: Bronze
  • Impeller material: Stainless steel
  • Pump type: Wet rotor, in-line circulator
  • Connection type: 1-1/2″ non-ANSI 2-bolt flange (suction and discharge)
Electrical Specifications
  • Voltage: 460 VAC
  • Phase: Three-phase
  • Horsepower: 1.5 HP
  • Speed: 3,450 RPM, 2-speed
Typical Applications
  • Commercial hydronic heating and cooling systems
  • Industrial process fluid circulation
  • Hot water and chilled water distribution loops
  • HVAC air handling and fan coil unit circuits

The Grundfos UPS 40-240 F B is built to the exacting standards Grundfos is known for worldwide, making it a trusted choice for mechanical contractors and building engineers who require dependable, long-life performance in three-phase hydronic applications. The wet rotor construction minimizes maintenance intervals while the two-speed capability supports efficient system balancing.