The York S1-324-36074-554 is a 3/4 HP Programmed EON Electronically Commutated Motor (ECM) blower motor engineered as a direct OEM replacement for compatible York heating and cooling systems. ECM technology sets this motor apart from conventional PSC motors by using a variable-speed, brushless DC design that continuously adjusts airflow to match system demand — resulting in quieter operation, improved comfort, and significant energy savings.
Why Choose an ECM Blower Motor?
Electronically Commutated Motors are the gold standard in residential and light commercial HVAC applications. Unlike single-speed motors, ECM blower motors modulate their speed based on system signals, maintaining consistent static pressure and airflow across a wide range of operating conditions. The result is reduced energy consumption, lower utility bills, and enhanced indoor air quality through more consistent air circulation.
Key Features
- 3/4 HP ECM blower motor for York-compatible systems
- Programmed EON platform — factory pre-programmed for direct OEM replacement
- Variable-speed, brushless DC motor design for superior efficiency
- Consistent airflow and static pressure control across all operating modes
- Quieter operation compared to standard PSC motors
- Reduced energy consumption for lower operating costs
- Designed for reliable, long-service-life performance
- OEM-quality construction for confidence in every installation
Applications
- York residential and light commercial air handlers and furnaces
- Direct OEM replacement for systems originally equipped with EON ECM blower motors
- Compatible with York heating, cooling, and heat pump system configurations
Product Specifications
- Brand: York
- Part Number: S1-324-36074-554
- Motor Type: ECM (Electronically Commutated Motor) — EON Platform
- Horsepower: 3/4 HP
- Motor Function: Blower / Air Handler
- Programming: Factory Pre-Programmed (Plug-and-Play OEM Replacement)
Order the York S1-324-36074-554 ECM Blower Motor from Jackson Systems and keep your HVAC equipment running at peak efficiency.
