Rheem-Ruud 51-23679-01 Motor

For service calls involving air handler or furnace airflow issues, this Rheem-Ruud 51-23679-01 Motor is the direct OEM replacement engineered for precise compatibility with Rheem and Ruud residential HVAC equipment. As a veteran-grade 1/2 HP 1075 RPM motor, it features a 3-speed configuration, allowing for tailored static pressure adjustments and airflow balancing in the field. Operating on 208-230V single-phase power, this PSC blower motor requires a 10 MFD run capacitor for optimal torque and efficiency. The motor is built in a 48 NEMA frame with an open air over (OAO) enclosure and durable sleeve bearings, ensuring heat dissipation during continuous duty cycles. Designed for CW rotation (clockwise) with a standard 1/2-inch x 2 1/2-inch shaft, this direct drive blower motor prevents the excessive vibration and premature failure often seen with "universal Fit" alternatives. Using this genuine HVAC blower motor replacement ensures the unit maintains its original SEER rating and airflow specifications without the need for mounting modifications or bracket fabrication.

• OEM Precision: Specifically designed for Rheem and Ruud cabinet dimensions to eliminate installation profile conflicts.
• Multi-Speed Versatility: Features 3 speed taps to match the exact CFM requirements of different furnace and air handler heat/cool stages.
• Industrial Build: Utilizes sleeve bearings and an open air over enclosure for consistent cooling during peak summer loads.
• Simplified Wiring: Color-coded leads match factory schematics, reducing troubleshooting time on the job site.

• What capacitor is required for the 51-23679-01? This motor typically utilizes a 10 MFD / 370V-440V run capacitor. Always check the nameplate on the specific unit before energizing.
• Can I use this to replace a higher HP motor? No, you should never downsize horsepower. Use this only for 1/2 HP applications to avoid overheating the windings and tripping the thermal limit.
• How do I confirm the rotation? This motor is CW rotation looking from the lead end. Ensure your blower wheel pitch matches this rotation to avoid poor static pressure.

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.