York S1-024-35322-000 Motor

When you're servicing a furnace or air handler and identify a failing exhaust system, the York S1-024-35322-000 Inducer Motor is the direct OEM replacement engineered for precise combustion and venting. This 1/40 HP motor operates on a 208-230V single-phase power supply at a fixed speed of 3200 RPM, providing the static pressure required to clear combustion gases effectively from the heat exchanger. Built on a 3.3 frame size with an open drip-proof (ODP) enclosure, this motor is designed for internal furnace environments where moisture and heat management are critical. The clockwise (CW) lead end rotation ensures exact compatibility with York and Johnson Controls draft inducer assemblies. Featuring a sleeve bearing design and drawing 1.0 full load amp, this draft inducer replacement motor delivers the reliable torque needed for high-cycle residential and light commercial HVAC applications. Using a genuine York motor maintains the factory-certified safety and performance standards of the equipment.

• OEM Precision: Direct replacement for S1-024-35322-000 ensures exact mounting without modifications.
• Optimized Performance: High-speed 3200 RPM operation maintains correct airflow for proper combustion.
• Voltage Versatility: Designed for 208-230Vac systems, covering a wide range of residential and commercial units.
• Reliable Construction: The 3.3 NEMA frame and ODP enclosure are engineered for longevity in restricted HVAC compartments.

Common Questions

What are the signs that this inducer motor needs to be replaced?
Technicians often look for high-pitched bearing noise, vibration, or a pressure switch failure code on the control board. If the inducer fails to reach the required 3200 RPM, the furnace will not complete its ignition sequence.

Is this motor compatible with 115V systems?
No, this specific part is rated for 208-230V. Installing this on a 115V circuit will cause the motor to underperform or fail to start, potentially damaging the control board.

Does the rotation matter for this inducer?
Yes, the CW rotation at the lead end is critical for the centrifugal blower wheel to push air in the correct direction; an incorrect rotation will fail to create the vacuum needed to close the pressure switch.

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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.