Secure consistent airflow for your refrigeration systems with the Carrier 06DA680080 Fan Blade. This OEM Carrier replacement part is engineered for precision balance and high-efficiency performance in demanding commercial condenser and evaporator applications. As an essential condenser fan blade component, the 06DA680080 is designed to maintain optimal head pressure by ensuring proper heat exchange across the coils. Built for durability in high-cycle environments, this HVAC propeller fan matches the exact aerodynamic profile required to maintain the design CFM of your system, preventing motor strain and ensuring the longevity of the compressor.

When performing a replacement fan blade installation, technicians should verify the bore size and rotation to ensure a seamless match with the existing fan motor. Using genuine Carrier HVAC parts like the 06DA680080 eliminates the vibration issues and mechanical noise often associated with generic alternatives. This specific blade is a critical refrigeration spare part for contractors maintaining 06D series compressors and compatible air-cooled equipment, providing the reliable cooling performance necessary for critical temperature applications.

Key Benefits:

• OEM Precision: Factory-balanced to reduce vibration and extend the service life of the fan motor bearings.
• Optimized Airflow: Engineered blade pitch ensures maximum CFM delivery for efficient heat rejection.
• Direct Compatibility: Designed specifically for integrated use within Carrier refrigeration and HVAC systems.
• Rugged Construction: Materials selected to withstand standard industrial environmental stressors without warping.

Common Questions:

• Which rotation is this fan blade? This part is designed to match the specific clockwise or counter-clockwise rotation required by the original equipment specifications; always check the motor lead orientation during install.
• Can I use this for non-Carrier units? While some dimensions may overlap, using this exact OEM part ensures the system operates within its original efficiency parameters.
• What causes these blades to fail? Typical failure points include debris impact or structural fatigue from imbalanced motors; replacing the blade promptly prevents secondary damage to the coil or motor.

Item is Non Cancelable / Non Returnable

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.