Pro-source CED4045-WP-NOM Fan Motor 1/4 Hp 120V 1050 Rpm

Product Description

The PRO-SOURCE CED4045-WP-NOM is a single-voltage fan motor rated at 1/4 horsepower and 120 volts, designed for use in HVAC air-handling and fan applications. It operates at 1050 RPM with clockwise (CW) shaft rotation and draws 3 amps at full load. Weighing 25 pounds, this is a robust replacement-grade motor built for residential and light commercial fan assemblies. Licensed HVAC technicians and mechanical contractors install this type of motor when servicing condenser fans, evaporator fans, or other forced-air components requiring a 120-volt, 1050 RPM drive unit.

This fan motor is suited for residential and light commercial HVAC systems where a 120-volt, 1/4 HP motor is the specified replacement. Typical installations include condenser fan assemblies, cabinet unit heaters, and evaporator blower sections. The clockwise shaft rotation must be confirmed against the existing motor nameplate before installation. No compatible model numbers or system families were provided by the manufacturer for this SKU; verify fitment against the original equipment nameplate data before ordering.

Key Features

• 1/4 HP output at 120 volts for standard single-phase fan duty
• 1050 RPM operating speed suitable for low-speed fan applications
• Clockwise (CW) shaft rotation - confirm against OEM spec before install
• 3-amp full-load amperage draw for circuit sizing reference
• 25-pound construction indicating heavy-duty frame and winding assembly
• Sold individually (package quantity of 1)

Compatibility

Designed as an OEM-style replacement fan motor for 120-volt HVAC systems requiring a 1/4 HP, 1050 RPM, clockwise-rotation motor. No specific compatible equipment model numbers were provided in the product data; verify against the original motor nameplate before installation.

Installation Notes

Installation should be performed by a licensed HVAC technician or qualified mechanical contractor. Disconnect and lock out all electrical power to the unit before removing the existing motor. Confirm shaft diameter, rotation direction, mounting configuration, and voltage rating match the replacement motor before energizing. Wiring must comply with NEC requirements for motor branch circuits and any applicable local codes.