Description
The Grundfos 96402882 UPS 50-240 F is a heavy-duty wet rotor circulator pump engineered for demanding hydronic heating and cooling applications. Combining a robust cast iron housing with a corrosion-resistant stainless steel impeller, this pump delivers reliable, long-service-life performance in commercial and industrial systems.
The wet rotor design eliminates the need for external shaft seals and separate lubrication, as the pumped fluid itself lubricates the motor bearings — reducing maintenance requirements and extending operational life. Three selectable speed settings give system designers and technicians the flexibility to dial in precise flow rates and match system demand, optimizing energy efficiency across varying load conditions.
Key Features
- Motor Output: 2 HP
- Voltage: 208–230V AC
- Phase: Three Phase
- Speed: 3450 RPM
- Speed Settings: 3-Speed selectable
- Housing Material: Cast Iron for durability and strength
- Impeller Material: Stainless Steel for corrosion resistance
- Design: Wet Rotor — fluid-lubricated bearings, no external seals required
- Connections: 2″ Non-ANSI 4-Bolt Flange Suction and Discharge
- Model: UPS 50-240 F
Connection Details
- 2″ non-ANSI 4-bolt flange suction connection
- 2″ non-ANSI 4-bolt flange discharge connection
- Designed for straightforward integration into existing hydronic piping systems
Applications
- Commercial and industrial hydronic heating systems
- Chilled water circulation
- Hot water heating loops
- Building HVAC distribution systems
- Process fluid circulation
Why Choose Grundfos UPS 50-240 F?
Grundfos is a globally recognized leader in pump technology, and the UPS 50-240 F upholds that reputation with its rugged construction and versatile three-speed operation. The wet rotor motor design means quieter operation and reduced maintenance compared to traditional dry rotor pumps. Whether you’re designing a new system or replacing an existing circulator, the UPS 50-240 F offers the performance, reliability, and flexibility that HVAC professionals demand.
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