Packard A65105 Fan Blade

The Packard A65105 is a high-performance 10-inch aluminum fan blade engineered for precision in condenser and evaporator applications. Designed with a 5-blade configuration and a 20-degree pitch, this unit optimizes CFM output while maintaining structural integrity under high torque. It features a 1/4-inch hub bore with a CCW (Counter-Clockwise) rotation as viewed from the discharge side. The intake-side hub location ensures the air flow is directed toward the motor, providing essential cooling for the compressor or motor housing in confined HVACR cabinets. For contractors performing a condenser fan blade replacement, this component offers a direct-fit solution that balances static pressure requirements with low-noise fan blade operation. This HVAC blower component is balanced to reduce vibration, extending the service life of the motor bearings and ensuring consistent performance in demanding refrigeration or air conditioning environments.

• Precision Pitch: The 20-degree pitch provides optimal air movement efficiency for HVAC repair parts requiring specific static pressure.
• Durable Construction: High-grade aluminum blades resist corrosion and maintain aerodynamic performance in outdoor or high-moisture environments.
• Critical Specifications: A standard 1/4" bore and intake-side hub allow for seamless integration with fractional horsepower motors.
• Optimal Airflow: Designed for an "Air Toward Motor" configuration to maximize system cooling and heat exchange efficiency.

How do I determine the rotation for the Packard A65105?
Rotation is determined by looking at the discharge side of the blade. This specific model is CCW (Counter-Clockwise). Always verify the motor's rotation before installation to prevent reversed airflow.

Will this blade fit any 1/4-inch motor shaft?
Yes, as long as the motor shaft is a standard 1/4-inch diameter. However, you must ensure the 10-inch diameter and 20-degree pitch match your system's original specifications to avoid overloading the motor.

What is the importance of the 'Air Toward Motor' airflow direction?
This design pulls air through the blades and pushes it over the motor. It is essential for applications where the motor relies on the moving air for thermal management to prevent overheating during continuous operation.

Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.