With a sturdy, OEM-standard replacement, VEVOR condenser fan motors restore coolness to your air conditioner, heat pump, or refrigeration device. Available in 1/10 to 1/3 HP, with reversible rotation, 825 to 1100 RPM, and an explosion-proof CBB65 capacitor, they operate on 208-230V. For a simple exchange, each motor cross-references well-known GE Genteq, Carrier, Lennox, and Rheem condenser fan motors. This motor matches the horsepower, speed, and fit your unit requires, whether you work as an HVAC system service technician or are repairing your condenser.
Is the fan not spinning, or is your outside unit overheating? With a durable, enhanced replacement made to OEM specifications, VEVOR condenser fan motors restore proper airflow and heat transfer. Each motor, ranging from 1/10 to 1/3 HP on 208-230V, includes reverse rotation and a capacitor in the box and is designed to fit most home and commercial HVAC, refrigeration, and heat pump systems so you can quickly restore cooling.
The first step in a thorough repair is matching both horsepower and rotation direction to your unit. Horsepower determines how much airflow a motor can drive, while rotation direction ensures optimal airflow.
Lower horsepower variants suit smaller condenser fan motors and lighter fan loads. For compact condensers, the 1/10 HP condenser fan motor rotates at 1100 RPM; on smaller systems, the 1/8 HP condenser fan motor operates at 825 RPM for a softer, quieter airflow.
The 1/6 HP condenser fan motor produces 1075 RPM, a typical speed for many heat pumps and air conditioners in homes. Each of the three has a broader range of reversible rotation and the same 208-230V rating.
These lower-HP condenser fan motors work well in refrigerators, freezers, display cases, and smaller AC condensers with light fan blades and moderate airflow requirements. The fan stays balanced and effective when you match the original horsepower.
Selecting the appropriate lower-HP motor for compact and mid-size cooling equipment guarantees quiet, effective operation without overpowering a small fan. For a clean, dependable repair, verify your old motor's rating and choose the closest match. The original rating is your best bet because undersizing can reduce airflow, while oversizing can strain the fan blade and waste electricity.
More horsepower is required for larger condensers and heavier blades. The 1/5 HP condenser fan motor serves a variety of mid-size residential and light commercial condenser fan motors and is available in 825 and 1075 RPM models, as well as a dual-speed 1075/900 RPM option.
With 825 and 1100 RPM options, the 1/4 HP condenser fan motor goes one step further. It is ideal for larger AC and heat-pump condensers that circulate more air: both share reversible rotation and a 208-230V supply.
For large residential and commercial systems with larger fan blades and higher airflow requirements, the top 1/3 HP condenser fan motor runs at a powerful 1075 RPM. For high cooling loads, it is the condenser fan motor's mainstay.
Always match the horsepower to your original part for dependable, effective cooling. Sizing up to the right higher-HP motor ensures the fan runs at maximum speed under load for large condensers and commercial equipment. If a motor is too weak, it will bog down under a heavy blade, reducing airflow and shortening its lifespan.
Fan speed matters as much as horsepower. These condenser fan motors come in 825, 900, 1075, and 1100 RPM, so you can match the airflow your condenser was designed for instead of guessing.
Heat transfer efficiency depends on operating at the right RPM; if you run it too slowly, the coil cannot shed heat effectively, and if you run it too quickly, you waste energy and create noise. The mechanism stays quiet and balanced when you match the initial speed.
One 1/5 HP machine even supports dual-speed 1075/900 RPM operation, giving you the flexibility to fine-tune airflow or adapt to slightly different applications. Because of its adaptability, stocking a single motor for several tasks becomes easier.
When selecting from these condenser fan motors, always pair the proper RPM with the right horsepower, since the two together define performance; study your old motor's data plate and match both figures for the cleanest, most efficient replacement. The data plate lists both, making it the single most dependable reference when you order a part, besides the voltage and frame size.
Because proper airflow direction is crucial, these motors are designed to be flexible. Reversible spinning condenser fan motors can be configured to rotate either clockwise or counterclockwise, allowing a single component to suit condenser fan motors regardless of their initial direction of rotation.
Because it eliminates the uncertainty and stocking headache associated with matching CW versus CCW motors, this reversible design is a huge advantage for technicians. You can reduce the number of parts you need for the vehicle by using a single motor for both.
For optimal heat transfer and cooling, the fan must rotate correctly to pull or push air through the condenser coil. If it's wired incorrectly, air will move backward, severely impairing performance.
Installation is easier and more forgiving because these condenser fan motors can operate in any direction. Verify the required rotation for your unit, wire it correctly, and you'll get proper airflow without searching for a direction-specific component. A quick check before wiring prevents rework because the rotation direction is typically printed on the old motor or the unit's wiring diagram.
The provided capacitor and wide cross-reference compatibility determine the motor's compatibility and ease of installation, along with its horsepower and speed.
A proper capacitor is necessary for a motor to function, and VEVOR includes one. Each condenser fan motor with capacitor includes an explosion-proof CBB65 unit rated 5μF or 7.5μF at 370V, depending on the model, so you have the right starting component in the box.
Because the capacitor is sized to the motor for dependable starting and operation, this feature eliminates the need for a separate purchase and the uncertainty it can bring. The explosion-proof design adds a safety margin against failure in hot outdoor situations.
These condenser fan motors, built to OEM-standard and improved requirements, use robust parts designed for prolonged outdoor use, withstanding heat and weather throughout extended cooling seasons. Even in hot summers with almost constant runtime, robust bearings and copper windings support a long service life.
To wire the motor and its matching capacitor together and have the reversible rotating condenser fan motor cooling without a second trip for parts, include the correct capacitor for a complete, ready-to-install repair. A new matched capacitor restores reliable starting because a failing capacitor often causes a motor to hum but not start.
With a replacement, fitment is crucial, and these motors have extensive cross-referencing. We list the OEM part numbers that each HVAC condenser fan replacement motor from GE Genteq, Carrier, Bryant, Payne, Lennox, Amana Janitrol, Fasco, Dayton, Century, Rheem Ruud, and Emerson replaces.
This wide compatibility lets you match your failed motor by its original part number or by its horsepower, voltage, RPM, and rotation specifications. Before you buy, make sure the data plate matches the listing by comparing them.
Most outdoor condenser fan motors use these condenser fan motors in home air conditioning, commercial HVAC, refrigeration, heat pumps, and industrial cooling. The mounting and shaft dimensions match because of the OEM-standard design.
Always match the specifications and part number of your previous motor to the product listing to ensure a clean swap. These condenser fan motors are a reliable, updated replacement for a variety of systems. When in doubt, VEVOR's support staff can help verify the correct match before you buy, eliminating uncertainty from the repair process.
VEVOR covers the entire range of cooling repairs in a single lineup, ranging from 1/10 to 1/3 HP, all on 208-230V, with reversible rotation and an explosion-proof capacitor included. Matching your unit is easy, with speeds ranging from 825 to 1100 RPM and broad cross-reference compatibility with GE Genteq, Carrier, Lennox, Rheem, and more. Each AC, heat pump, and refrigeration motor meets updated OEM requirements and comes with reliable after-sales service. Browse the full selection today to get your system cooled again quickly.
On 208-230V, the range includes 1/10, 1/8, 1/6, 1/5, 1/4, and 1/3 HP. For proper fan speed and airflow, match the horsepower to the data plate of your original motor.
Indeed. Depending on the type, each motor comes with an explosion-proof CBB65 capacitor rated at 5μF or 7.5μF at 370V, so you have the appropriate start component ready to install straight out of the box.
OEM part numbers from GE Genteq, Carrier, Bryant, Payne, Lennox, Amana Janitrol, Fasco, Dayton, Century, Rheem Ruud, and Emerson are cross-referenced. Always verify the part number and specifications against the listing.
A reversible motor lets one component run in either direction by wiring it to spin clockwise or counterclockwise. During installation, wire it to match the airflow direction your device needs.
