Danfoss 119-7079 Motor

The Danfoss 119-7079 is a high-efficiency condenser fan motor engineered for consistent thermal management in commercial refrigeration systems. Operating at 120V and delivering 9W of output at a fixed 1550RPM, this motor provides the necessary torque for demanding heat transfer applications. This model serves as the direct replacement for 119-3256, ensuring a drop-in fit that eliminates the need for harness modifications or bracket adjustments during field service. Designed with a robust shaded pole configuration or equivalent high-reliability winding, the 119-7079 maintains stable RPM under varying static pressure loads. Technical specifications focus on long-term operation within HVACR condensing units, where maintaining precise airflow over the coils is critical for system head pressure control and overall compressor longevity. Contractors should verify lead terminations and mounting patterns to ensure seamless integration with existing fan blades and shrouds.

• Direct OEM Replacement: Engineered to replace the legacy 119-3256 motor without mechanical modification.
• Verified Performance: Operates at a consistent 1550RPM to maintain design-spec airflow across condenser coils.
• Standardized Electrical Specs: 120V 9W configuration matches standard commercial refrigeration controller outputs.
• Durable Construction: Built to withstand the high-ambient conditions found in condensed-air environments.

Is the Danfoss 119-7079 compatible with older 119-3256 mounts?
Yes, this unit is the designated successor to the 119-3256 and utilizes the same mounting footprint and shaft dimensions for immediate installation.

What is the rotation direction for this motor?
This motor is configured for standard refrigeration fan rotation; always verify your fan blade pitch (CW/CCW) against the motor's shaft rotation before finalizing the installation.

Can this 9W motor be used in 208-230V applications?
No, this is a dedicated 120V component. Applying voltage higher than the rated 120V will cause immediate winding failure and potential control board damage.

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.