FE6001F – CONDENSER MOTOR (1/3-1/6 HP, 2-SPD, 825 RPM) (TRANE MOUNT)

$234.13

The FE6001F is a multi-HP condenser fan motor operating at 208-230V and 825 RPM, delivering 1/6 to 1/3 HP across two speeds. Designed for HVAC systems with Trane mounting configurations, it features a TEAO enclosure, ball bearings, and includes a capacitor for efficient performance.

Only 4 left in stock

SKU: FE6001F Categories: , Tags: ,

Description

The FE6001F is a multi-horsepower condenser fan motor designed for HVAC systems, particularly those requiring a Trane mounting configuration. This motor operates at 208-230 volts, delivering between 1/6 to 1/3 horsepower across two speeds, with a nominal speed of 825 RPM. Its ball bearing construction and totally enclosed air over (TEAO) design ensure durability and efficient performance in various environmental conditions.

  • Compatibility:
    • Suitable for HVAC systems, especially those with Trane mounting requirements.
    • Direct replacement for motors with similar specifications in condenser fan applications.
  • Temperature Ratings:
    • Ambient Temperature: Up to 70°C (158°F).
  • Key Technical Specifications:
    • Voltage: 208-230V
    • Horsepower: 1/6 to 1/3 HP
    • Speed: 825 RPM
    • Amperage: 1.2 to 1.9A
    • Speeds: 2
    • Rotation: Reversible
    • Frame Size: 48
    • Shaft Diameter: 1/2″
    • Shaft Length: 6.5″
    • Enclosure: Totally Enclosed Air Over (TEAO)
    • Bearings: Ball
    • Insulation Class: F
    • Capacitor Required: 10 or 7.5 MFD 370V (included)
  • Replacement Part Numbers:
    • Century FE6001F
    • Packard 5464
    • Emerson 5464H
    • GE 5KCP39JFAC23
    • Rheem 51-23054-13
    • Rheem 51-23055-12
    • AO Smith F48AD76A01
    • Lennox 51H6801
    • Carrier HC39GE208
    • Trane MOT08878
  • Additional Information:
    • Features extended studs and mounting holes in the shell for versatile installation options.
    • Includes a capacitor for immediate installation and operation.
    • Designed for continuous duty in condenser fan applications, ensuring reliable performance.