Rescue EZ-Wire PCS Condensor Fan Motor, 1/4-1/8 HP, 825RPM, Single Phase, One Speed, 208-230V

U.S. Motors 5431 – Rescue EZ-Wire PCS Condenser Fan Motor, 1/4–1/8 HP, 825 RPM, 208–230V The Rescue EZ-Wire PCS Condenser Fan Motor (model 5431) is a dual-horsepower, single-phase motor engineered for residential and light commercial HVAC systems. It is rated at 1/4–1/8 HP and operates at 825 RPM, offering a drop-in replacement solution for a wide range of condenser applications requiring consistent, low-speed airflow. Professional Features: Dual HP Configuration – Factory-configured to operate at 1/4 or 1/8 horsepower to match system requirements. Permanent Split Capacitor (PSC) – Enhances energy efficiency and reduces power draw under normal load. EZ-Wire Terminal Access – Simplifies wiring with color-coded leads and accessible connection points for faster field installation. Resilient Base Mount – Allows flexible mounting in a variety of condenser cabinet configurations. Capacitor Required (not included) – Compatible with a 5 µF, 370V capacitor for optimal startup and performance. Technical Specifications: Motor Type: Condenser Fan Horsepower: 1/4 – 1/8 HP Voltage: 208–230V Phase: Single Speed: 825 RPM Mounting: Belly band or resilient base Rotation: Reversible (factory set counterclockwise) Shaft Size: 1/2" diameter x 4" length Ambient Rating: 70°C Bearings: Sleeve Frame: 48Y Installation Notes: This motor is designed for field replacement in air conditioning condensers. Reversible rotation and multi-fit mounting brackets accommodate a broad range of equipment models. Installation should be completed by a qualified HVAC technician to ensure proper airflow orientation, electrical compliance, and capacitor matching. Improper wiring or shaft alignment may result in premature failure or reduced efficiency. Application Scope: Designed for use in direct-drive outdoor condenser fans Suitable for equipment that originally specified an 825 RPM, dual-speed PSC motor Meets OEM requirements for airflow, amp draw, and cooling efficiency