York S1-026-32625-700 Wheel

For field technicians and mechanical contractors serviceing York, Luxaire, or Coleman equipment, the York S1-026-32625-700 Blower Wheel is a critical OEM replacement part for restoring induction system static pressure and airflow velocity. This 4" X 2" CCW Venter Wheel is precision-engineered from heavy-duty galvanized steel (or stainless steel depending on the production run) to withstand the high-temperature corrosive flue gases typical of venter blower assemblies. Featuring a 3/8" bore, this wheel is designed for secure mounting on standard inducer motor shafts, ensuring concentric rotation and minimal vibration. Its counter-clockwise (CCW) rotation and specific blade pitch are optimized for exhausting combustion gases efficiently, which prevents pressure switch lockout and maintains furnace combustion efficiency. When diagnosing a noisy inducer or a "Limit Tripped" code, verifying the integrity of the S1-026-32625-700 is an essential step in your HVAC induction motor repair. This genuine York blower wheel ensures consistent performance without the balance issues common to universal alternatives.

• Precision Balanced: Factory-balancing reduces mechanical vibration, protecting the inducer motor bearings and extending the life of the entire venter assembly.
• OEM Compatibility: Specifically designed for select York, Luxaire, and Coleman furnaces, eliminating the need for shaft modifications or housing adjustments.
• Resilient Construction: Manufactured to handle the thermal stress of furnace startup and continuous exhaust cycles without blade deformation.
• Optimal Airflow: The 4-inch diameter and 2-inch width configuration is calibrated for high-static pressure requirements in high-efficiency venting systems.

Which way should the wheel rotate?
This specific model is a Counter-Clockwise (CCW) wheel. Always verify the rotation of the existing motor or the directional arrow on the blower housing before installation to ensure the unit draws air correctly.

How do I secure the wheel to the motor shaft?
The 3/8-inch bore includes a set screw. Ensure the set screw is tightened against the flat portion of the motor shaft to prevent slipping and ensure a positive mechanical connection.

What causes these wheels to fail?
Most failures result from moisture-induced corrosion or debris buildup that throws the wheel out of balance, eventually causing vibration that can crack the hub or damage the venter motor.

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.