Heil Quaker ICP 1191325 Motor

The Heil Quaker ICP 1191325 Motor is a high-performance direct replacement condenser fan motor engineered for specific International Comfort Products (ICP), Heil, and Tempstar residential condensing units. This 1/12 HP fan motor operates at 208-230V and is rated for 800 RPM, providing the precise torque and static pressure required to maintain critical airflow across the condenser coils. A common OEM match for NXH5 and N4H6 heat pump series, this motor features a CW (clockwise) rotation and a standard 1/2-inch shaft diameter. For optimal field restoration, verify that your existing unit utilizes a 5 MFD at 370VAC capacitor, as operating with an out-of-tolerance run capacitor can lead to thermal overload and premature winding failure. This thermally protected motor is designed for continuous air-over (CAO) applications to ensure consistent heat dissipation during peak load cycles. Always cross-reference the Y7S859B509L manufacturer part number to confirm a direct mechanical and electrical fit for your specific HVAC cabinet.

• OEM Compatibility: Designed as a drop-in replacement for ICP 1191325 and 1184597 part numbers, ensuring correct lead lengths and mounting alignment.
• Optimized Efficiency: The 800 RPM low-speed design reduces operational noise while meeting the original AHRI efficiency ratings of the condensing unit.
• Industrial Durability: Features an insulation class B rating and internal thermal protection to safeguard against voltage fluctuations and high ambient temperatures.
• Broad Application: Compatible with various sub-brands under the International Comfort Products umbrella, including Comfortmaker, Keeprite, and Day & Night.

• Does this motor require a new capacitor? While the motor is the primary component, technicians recommend replacing the 5 MFD capacitor during installation to ensure the motor starts under proper load and avoids overheating.
• How do I confirm the rotation? This specific model is CW (clockwise) rotation looking from the lead end; always check your fan blade pitch to ensure proper airflow direction.
• What causes this motor to fail prematurely? Most failures occur due to unbalanced fan blades, debris accumulation on the condenser coils restricting airflow, or electrical surging from a failing contactor.

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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.