York 026-36401-100 Blower Motor

The York 026-36401-100 Blower Motor is a direct-drive, 2-speed centrifugal blower motor designed specifically for compatibility with York HVAC air handlers and packaged units. As a high-torque induction motor, it operates on 208-230V single-phase power, delivering consistent airflow for demanding commercial climate control applications. Technicians will find the multi-speed configuration essential for balancing static pressure across ductwork, ensuring the HVAC blower assembly maintains design CFM requirements. Built with heavy-duty bearings and a standard NEMA frame mounting pattern, this replacement condenser fan motor ensures a precise fit and reliable thermal protection. When performing a York blower motor replacement, verifying the run capacitor MFD rating is critical for optimal torque and long-term stator integrity. This OEM York motor is engineered to withstand high-duty cycles, providing the necessary mechanical force to drive the squirrel cage blower wheel without premature winding failure or efficiency loss under variable load conditions.

Technical Benefits

• Dual-Speed Logic: Supports low-stage and high-stage airflow requirements to optimize system efficiency and dehumidification.
• OEM Precision: Guaranteed shaft diameter and length compatibility for seamless integration with existing York blowers.
• Thermal Overload Protection: Internal safeguards prevent winding damage during restricted airflow or high-heat scenarios.
• Resilient Mounting: Designed for standard belly-band or through-bolt installation, reducing vibration and decibel levels.

Common Installation Questions

What is the correct replacement protocol for this 2-speed motor?
Ensure the power supply matches the 208-230V rating and always install a new run capacitor of the exact microfarad (MFD) specified on the motor nameplate to prevent overheating.

Can this motor replace a single-speed York blower?
While physically possible if frame sizes match, the control board or thermostat must support multi-speed fan wiring to utilize the two-speed functionality effectively.

What causes premature failure in York blower motors?
Excessive external static pressure from clogged filters or undersized ducting forces the motor to run hotter, eventually compromising the insulation class of the internal windings.

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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.