Heil Quaker ICP 1086485 Motor

The Heil Quaker ICP 1086485 Motor is a high-performance 1/8 HP condenser fan motor designed for direct OEM replacement in residential and light commercial condensing units. Operating at 1075 RPM, this single-speed motor is engineered to maintain the critical airflow required to dissipate heat from the refrigerant coils, preventing compressor overheating. Built with a 42 NEMA frame size and a standard thru-bolt mount, it provides a stable, vibration-resistant fit for HVAC technicians performing field replacements. The Permanent Split Capacitor motor design ensures energy-efficient operation at 208-230Vac with a low 0.93 FLA rating. Featuring a CW rotation (clockwise) and sleeve bearings, this condenser motor is optimized for continuous operation in outdoor environments. To ensure long-term reliability of the Heil Quaker fan motor, professionals always recommend verifying the capacitor requirements and inspecting the existing fan blade for balance issues prior to installation.

• OEM Compatibility: Precision-fit for ICP, Heil, Tempstar, and Arcoaire models, ensuring seamless integration without bracket modification.
• Thermal Management: Maintaining a consistent 1075 RPM is essential for proper head pressure control in condenser fan assemblies.
• Reduced Amp Draw: The 0.93 amp rating minimizes electrical stress on the circuit, promoting overall system efficiency.
• Standardized Frame: The 42-frame diameter and thru-bolt configuration facilitate rapid installation in tightly packed condenser cabinets.

Can I use a 1075 RPM motor to replace an 825 RPM motor?
No. Increasing the RPM will significantly increase the amp draw and lead to motor failure or damage to the fan blade. Always match the original RPM specifications.

Which way does this motor rotate?
This specific model features CW rotation. Always verify the rotation by looking at the shaft end or checking the fan blade pitch before completing the install.

Is a capacitor included with the 1086485?
Most OEM replacement motors require a separate run capacitor. It is standard practice to replace the capacitor during any motor swap to prevent premature failure from out-of-tolerance electrical components.

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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.