Description
Bell & Gossett 1EF006LF — Model e612S In-Line Centrifugal Pump
The Bell & Gossett 1EF006LF is a high-performance, maintenance-free small flex-coupled in-line centrifugal pump engineered for demanding hydronic heating and cooling applications. Built on the proven e612S platform, this pump combines a rugged cast iron body with bronze-fitted internals to deliver exceptional durability, corrosion resistance, and long service life in closed-loop hydronic systems.
Key Features
- 1 HP motor for reliable, consistent flow performance
- Dual voltage capability: 115/230V AC, single phase — flexible installation options
- 1,750 RPM motor speed for efficient, quiet operation
- Cast iron construction with bronze-fitted wetted components for corrosion resistance
- 5.25″ impeller diameter for optimized hydraulic performance
- 2″ suction and discharge connections for straightforward system integration
- Maintenance-free design reduces downtime and total cost of ownership
- Small flex-coupled configuration isolates motor vibration and simplifies motor replacement
- In-line design allows installation directly in the piping without special supports
Application
The Bell & Gossett e612S series is ideally suited for hydronic heating and cooling systems, hot water circulation, and industrial fluid transfer. The in-line configuration saves valuable mechanical room space, while the flex-coupled motor design allows for easy motor servicing without disturbing the piping connections.
Specifications
- SKU / Part Number: 1EF006LF
- Model: e612S
- Motor Power: 1 HP
- Voltage: 115/230V AC
- Phase: Single Phase
- Motor Speed: 1,750 RPM
- Body Material: Cast Iron
- Fitted: Bronze
- Impeller Diameter: 5.25″
- Suction Connection: 2″
- Discharge Connection: 2″
- Coupling Type: Flex Coupled
- Maintenance: Maintenance Free
- Pump Style: In-Line Centrifugal
Why Choose Bell & Gossett?
Bell & Gossett, a Xylem brand, has been the industry standard in hydronic pumping solutions for over a century. The e612S series reflects that legacy with precision engineering, field-proven reliability, and a design that minimizes installation complexity while maximizing system efficiency.







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