York S1-024-42180-000 Motor

The York S1-024-42180-000 Blower Motor is a high-performance HVAC replacement motor engineered for single-phase 230V systems. Delivering 3/4 HP at a rated speed of 1075 RPM, this 3-speed motor provides the airflow modulation necessary for maintaining static pressure in residential and light commercial air handlers and furnaces. As a designated York OEM motor, it features a counterclockwise (CCW) rotation and robust internal components designed for continuous duty cycles in demanding environments. This unit serves as the direct replacement for S1-024-21670-001, as well as obsolete models S1-024-26044-000, S1-024-25973-000, and S1-024-25985-000. Field technicians will find the multi-speed leads allow for precise CFM tuning to match specific system requirements, ensuring compatibility across various York, Luxaire, and Coleman equipment. Utilizing a genuine York S1-024-42180-000 ensures the electrical specifications and mounting footprints match the original factory installation, preventing the common vibration and overheating issues associated with generic universal alternatives.

Key Benefits

• Optimized Performance: 3/4 HP output at 1075 RPM provides reliable torque for heavy-duty blower wheels.
• Direct Fit Compatibility: Specifically engineered to replace obsolete York part numbers S1-024-21670-001 and S1-024-26044-000 without mounting modifications.
• Multi-Speed Versatility: 3-speed configuration allows for customized airflow settings to improve system efficiency and dehumidification.
• Industrial Grade Build: Designed for 208-230V single-phase operation with CCW rotation, ideal for standard blower deck configurations.

Common Questions

What is the correct rotation for the S1-024-42180-000?
This motor is fixed for Counterclockwise (CCW) rotation. Always verify the lead-end or shaft-end rotation requirement of your specific blower housing before installation.

Can this motor replace a 1/2 HP or 1 HP unit?
It is critical to match the horsepower (3/4 HP) and RPM (1075) of your existing motor. Downsizing horsepower will lead to overheating, while upsizing may cause excessive static pressure or motor mount failure.

Does this motor require a new run capacitor?
Technicians generally recommend replacing the run capacitor when installing a new blower motor to ensure the start-up torque and operational efficiency meet OEM specifications.

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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.