Mars 22585 Blower Motor 1/3 Hp 115V

Product Description

The MARS 22585 is a 1/3 HP blower motor rated for 115 volts, designed for use in forced-air HVAC systems. Blower motors drive the indoor air handler or furnace blower wheel, moving conditioned air across the heat exchanger or evaporator coil and into the duct system. The 22585 is sold as a single unit and is intended as a direct replacement for failed OEM blower motors in residential and light commercial applications. Installation is typically performed by licensed HVAC technicians during routine maintenance calls or unplanned service visits when a motor fails to start or runs at reduced capacity.

This motor is suited for residential forced-air systems where a 1/3 HP, 115-volt single-phase motor is specified. Typical install scenarios include gas furnaces, air handlers, and fan coil units where the blower assembly requires a replacement motor matching these electrical and mechanical ratings. Verify shaft diameter, frame size, and rotation direction before ordering to confirm fitment with the existing blower wheel and housing.

Key Features

• 1/3 HP output rating suitable for standard residential blower assemblies
• 115-volt single-phase operation compatible with standard residential electrical supply
• Sold as a single unit for straightforward one-for-one replacement
• OEM-style replacement designed to restore original system airflow performance

Compatibility

Designed as an OEM-style replacement blower motor for residential and light commercial forced-air HVAC systems requiring a 1/3 HP, 115-volt motor. Confirm frame dimensions, shaft size, and rotation direction against the existing unit before installation.

Installation Notes

Blower motor replacement is performed by qualified HVAC technicians. Disconnect and lock out all electrical power to the air handler or furnace before beginning any work. Verify that the replacement motor shaft diameter, rotation direction, and mounting configuration match the original before securing the blower wheel. Wiring must comply with NEC requirements and the equipment manufacturer's wiring diagram.