Bell & Gossett e626T Series e-60 Inline Pump 3/4HP
Zoning large-scale cooling loops, the three-phase Bell & Gossett 1EF144LF uses a 3/4 HP motor running at 1725 RPM to circulate hot process fluids up to 250F.
- 0.75 HP drive tackles industrial loops
- 250F rating handles hot process fluids
- 3 inch flange simplifies line installation
- Bronze trimmed impeller resists water wear
Description
Move large cooling-loop volume with Bell & Gossett e626T Series e-60 inline pump for three-phase industrial process systems. Its 3/4 HP motor accepts 208–230 or 460 volts, while the 3-inch flanged arrangement and 4.50-inch bronze-trim impeller suit larger piping layouts. The 250°F maximum operating temperature provides a defined service limit. Confirm flange dimensions, phase rotation, system curve, and clearance before installation.
The e626T uses a 4.50-inch bronze-trim impeller in a 3 x 3 x 5.25 Series e-60 configuration, driven by a 3/4 HP three-phase motor. Its 208–230/460-volt service requires field verification before wiring, and the 3-inch flanged layout must match the existing piping. The listed application covers industrial process water and large-scale cooling loops. Flow, head, RPM, seal materials, dimensions, weight, and pressure are not supplied.
Key Features & Benefits
- 3/4 HP Three-Phase Motor: Supports industrial process and large-scale cooling-loop circulation.
- 208–230/460-Volt Configuration: Fits common commercial power systems after field checks.
- 3-Inch Flanged Connections: Help match the pump to larger industrial piping.
- 4.50-Inch Bronze-Trim Impeller: Provides a defined hydraulic component for equipment comparison.
- 250°F Maximum Operating Temperature: Establishes the stated upper temperature limit for service.
- Series e-60 Design: Targets three-phase industrial process and cooling applications.
Why Choose Bell & Gossett e626T
The e626T provides a 3-inch e-60 flanged configuration for industrial process and cooling-loop service. Its three-phase motor, bronze-trim impeller, and temperature rating give contractors specific replacement checkpoints for larger systems.
- Build: The 3-inch flange, bronze-trim impeller, and Series e-60 arrangement define the supplied package.
- Value: Matching the existing plant piping can limit retrofit work during pump replacement.
- Audience: Fits industrial HVAC contractors, plant engineers, facility managers, and process-water maintenance teams.
Applications & Use Cases
Apply this inline pump to three-phase industrial process systems and large-scale cooling loops that match the listed temperature limit. Check the 3-inch flange pattern, pipe supports, valve clearance, motor access, lifting path, and available service space. Flow, head, overall dimensions, weight, and pressure are not supplied, so verify the manufacturer’s submittal before purchase.
Warranty & Support
- Warranty Terms: Warranty duration, coverage, exclusions, and registration requirements require confirmation from the authorized seller.
- Service Requirements: Confirm whether authorized service is required for warranty claims.
- Model Verification: Match Bell & Gossett e626T and SKU 1EF144LF to the seller’s order documentation.
Verify phase and voltage, align the 3-inch flanges, purge air, inspect strainers, and check the system for leaks during commissioning. Keep fluid temperature within the stated limit and select from the actual pump curve. Purchase the Bell & Gossett e626T Series e-60 inline pump at Mulmotor.com for genuine equipment, applicable warranty coverage, and pump support.
Bell & Gossett 1EF144LF Series e-60 Model e626T (3/4 HP) Specs
| Technical Parameter | Official Specification (Verified) |
|---|---|
| Brand & Model | Series e-60 High Efficiency (e626T) |
| SKU / Part Number | 1EF144LF |
| Horsepower (HP) | 3/4 HP |
| Electrical Phase | Three-Phase (3-PH) |
| Voltage Configuration | 208–230 / 460 V |
| Pump Size | 3 x 3 x 5.25 (3" Flanged) |
| Impeller Diameter | 4.50" (Bronze Trim) |
| Max Operating Temp | 250°F (121°C) |
| Application Information | 3-Phase Industrial Process; Large Scale Cooling Loops |












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