York S1-FHM3583 Motor

The York S1-FHM3583 is a purpose-built 1/4 HP blower motor designed for high-static pressure applications in residential and light commercial air handlers. Operating on 115V at a rated speed of 1075 RPM, this 3-speed HVAC motor allows technicians to fine-tune airflow for specific heating and cooling CFM requirements. It features a standard 48 frame configuration, making it a drop-in mechanical fit for a wide range of furnace and modular blower decks. This unit serves as the direct OEM replacement for legacy part numbers S1-024-25942-700 and S1-024-23209-701, eliminating the need for mounting bracket modifications in the field. As a Permanent Split Capacitor (PSC) motor, it utilizes a sleeve bearing design to minimize vibration and audible noise during long run cycles. When installing, verify the run capacitor rating against the motor nameplate to ensure optimal torque and thermal protection. This motor is engineered to maintain performance under varying duct loads, ensuring reliable air circulation across the evaporator coil.

• OEM Compatibility: Direct replacement for York S1-024-25942-700 and S1-024-23209-701 ensures exact shaft height and lead lengths.
• Multi-Speed Versatility: Three distinct speed taps allow for precise balancing of the HVAC system's static pressure.
• Standardized Mounting: The NEMA 48 frame is compatible with most resilient motor mounts and belly-band brackets.
• Effortless Retrofitting: Designed for 115V systems, reducing installation time by matching existing electrical footprints.

What replaces York S1-024-25942-700?
The S1-FHM3583 is the authorized factory replacement for that specific part number, along with S1-024-23209-701, maintaining all original performance specifications.

Can I use this motor in a 230V application?
No, this is a dedicated 115V single-phase motor. Applying 230V will result in immediate winding failure and potential electrical hazards.

Are the speed taps color-coded for standard York wiring?
Yes, the wiring follows standard OEM lead identification for high, medium, and low speeds, though technicians should always reference the schematic on the motor housing before terminating connections.

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.