York S1-024-35320-000 Motor

The York S1-024-35320-000 Motor is a heavy-duty PSC blower motor designed specifically for air handling units and furnace applications requiring a 3/4 HP HVAC motor. Operating at 208-230Vac single-phase power, this NEMA 48 frame motor delivers reliable performance with a rated speed of 1075 RPM. This York blower motor replacement features a 3-speed configuration, allowing for precise airflow tuning across varying duct static pressures. As a Permanent Split Capacitor motor, it integrates an open enclosure design to facilitate optimal heat dissipation during continuous operation. The rotation is fixed at Counter-Clockwise Lead End (CCWLE), ensuring compatibility with standard York centrifugal blower wheels. For technicians performing field service, the multi-speed leads provide the versatility needed to match original equipment manufacturer performance curves without complex modifications to the mounting bracketry or fan housing.

Key Benefits

• Versatile Airflow Control: 3-speed taps allow for optimized CFM settings in heating and cooling modes.
• Standardized Fitment: The 48 Nema Frame size ensures a direct drop-in replacement for specified York and Luxaire residential units.
• Reliable PSC Design: Permanent Split Capacitor engineering offers a balance of starting torque and operational efficiency for high-static applications.
• Enhanced Cooling: Open-air over design utilizes the system's airflow to maintain lower motor winding temperatures.

Common Questions

What is the rotation direction for the S1-024-35320-000?
This motor is engineered for CCW (Counter-Clockwise) rotation when viewed from the lead end of the motor.

Can this motor replace a single-speed blower motor?
Yes, provided the frame size and electrical specs match; however, you should select the speed tap that most closely aligns with the original blower's RPM requirements.

How do I identify the capacitor requirements?
As a PSC motor, it requires a specific run capacitor (typically 10-15 MFD/370V) to be sized according to the nameplate data for optimal torque and amperage draw.

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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.