Pro-source CED4045-WP-OM Fan Motor 1/4 Hp 1050 Rpm

Product Description

The PRO-SOURCE CED4045-WP-OM is a single-speed, permanent-split-capacitor fan motor rated at 1/4 horsepower and 1050 RPM. It operates on 120 volts and is designed for clockwise (CW) shaft rotation. Pulling 3 amps at 5 watts, this motor delivers reliable, low-draw airflow for residential and light-commercial HVAC applications. Licensed HVAC technicians and refrigeration mechanics install this motor as a direct replacement in condenser and evaporator fan assemblies. Its compact frame and standard mounting dimensions make it compatible with a wide range of OEM applications across the heating and cooling trades.

This motor is suited for use in residential and light-commercial fan coil units, condenser fan assemblies, and forced-air evaporator systems. It is a replacement-class motor intended for installations where the original motor has failed or requires upgrade to a serviceable part. The CW rotation designation is critical when selecting this motor for a specific application - confirm shaft rotation and mounting orientation before installation.

Key Features

• 1/4 HP output at 1050 RPM for standard condenser and evaporator fan duties
• 120-volt single-phase operation suitable for residential and light-commercial circuits
• 3-amp draw with 5-watt rating for efficient, low-load performance
• Clockwise (CW) shaft rotation - verify against OEM specification before ordering
• Replacement and web-only classification for broad aftermarket fitment

Compatibility

Designed as an OEM-style replacement fan motor for residential and light-commercial HVAC systems requiring a 1/4 HP, 1050 RPM, 120-volt, clockwise-rotation motor.

Installation Notes

Installation should be performed by a licensed HVAC technician in accordance with applicable mechanical and electrical codes. Disconnect and lock out all power to the unit before removing the existing motor or any associated wiring. Confirm shaft rotation direction, mounting configuration, and capacitor requirements match the original motor before energizing the system. Do not run the motor without proper airflow load, as unloaded operation can cause overheating.