Heil Quaker ICP 1192057 Motor

The Heil Quaker ICP 1192057 Motor is a high-efficiency X-13 ECM blower motor engineered for precise airflow management in residential and light commercial HVAC systems. This 1/3 HP constant torque motor operates at 208-230V and delivers a rated speed of 1200 RPM, making it a critical component for maintaining system static pressure and SEER efficiency. As an OEM replacement part for International Comfort Products (ICP), it is compatible with brands such as Heil, Tempstar, Comfortmaker, and KeepRite.

Designed to replace failing furnace blower motors exhibiting symptoms like weak airflow, hunting, or bearing noise, the 1192057 utilizes an integrated electronic control module to regulate torque. This technology ensures consistent air delivery across varying duct resistances, reducing the thermal stress often seen in standard PSC motors. For technicians, the NEMA 48 frame and single-phase wiring provide a direct-fit solution, minimizing field modification time during emergency HVAC motor replacement calls.

• Advanced Efficiency: High-efficiency ECM technology reduces energy consumption compared to traditional induction motors.
• Versatile Application: Programmed for X-13 leads, ensuring proper compatibility with multi-speed tap configurations.
• Quiet Operation: Precision-balanced rotor and ball bearing design minimize vibration and audible resonance within the air handler.
• Voltage Stability: Rated for 208/230V at 50/60Hz, providing reliable performance across standard residential electrical loads.

• Can I replace a PSC motor with this ECM unit? No, this is a programmed ECM blower motor. It requires the specific control signals provided by X-13 compatible boards; it is not a drop-in replacement for standard capacitor-start motors.
• How do I verify a motor failure? Check for line voltage at the 5-pin power connector and 24V signals at the speed taps. If the module receives power and signal but fails to turn, the 1192057 requires replacement.
• What causes these motors to fail prematurely? High static pressure due to undersized ductwork or clogged HVAC filters is the primary cause of module overheating and winding stress.

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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.