Heil Quaker ICP 1173701 Motor

Heil Quaker ICP 1173701 Motor

  • $492.56


The Heil Quaker ICP 1173701 Condenser Fan Motor is a high-performance OEM replacement motor engineered for demanding HVACR applications. This 1/2 HP condenser motor operates at 208-230V and 1105 RPM, providing the necessary torque for consistent airflow across the outdoor coil. Built on a 48 NEMA frame with a thru-bolt mount, it ensures a direct mechanical fit for a wide range of Heil, Quaker, and International Comfort Products (ICP) units. As a Permanent Split Capacitor (PSC) motor, it delivers high electrical efficiency and 1-speed operation at 3 Amps. The clockwise (CW) rotation and sleeve bearing design are optimized for vertical or horizontal condenser fan orientations. When replacing a failed fan motor, utilizing this 1173701 HVAC motor ensures the system maintains factory-spec head pressure and cooling capacity without the need for field modifications or bracket retrofitting.

Key Benefits for Technicians:

  • Direct OEM Compatibility: Eliminates guesswork by matching the exact physical and electrical specifications of the ICP 1173701.
  • Efficient PSC Design: The Permanent Split Capacitor configuration offers reliable starting torque and lower operational costs.
  • Standardized 48 Frame: Features a 48 NEMA frame size and thru-bolt mounting for fast, secure installation in condensed housings.
  • Heil Quaker Specs: Optimized for 208-230Vac single phase systems, drawing 3.0 Amps for stable performance in high-ambient conditions.

Common Questions:

What is the rotation of the 1173701 motor?
This motor is lead-end clockwise (CW rotation). Always verify the fan blade pitch matches this rotation before completing the installation.

Does this motor require a capacitor?
Yes, as a PSC motor, it requires a specific run capacitor (typically 7.5 MFD or 10 MFD at 370V/440V) to operate at peak efficiency and protect the windings.

Can I use this for 115V applications?
No, the ICP 1173701 is rated specifically for 208-230V. Using it with lower voltage will lead to winding failure and motor burnout.

This item is not eligible for free shipping.

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.

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