Rcd hd56fe652 Ac Motor 2.4 Hp 208-230/460V 1725 Rpm

Product Description

The RCD hd56fe652 is a three-phase AC induction motor rated at 2.4 horsepower, designed for commercial and industrial HVAC and pump applications. Operating at 208-230/460 volts, 60 Hz, it delivers 1725 RPM output speed, making it suitable for fan, blower, and pump-drive installations where consistent torque and multi-voltage flexibility are required. Licensed HVAC technicians and mechanical contractors are the primary installers of this motor class. The dual-voltage winding allows the same unit to be wired for either low-voltage or high-voltage service depending on the available supply.

This motor is applicable to commercial HVAC systems, chilled-water pump assemblies, condenser fan arrays, and industrial process equipment requiring a three-phase drive source. It is associated with Carrier HVAC central air parts and accessories and Carrier pump and motor component lines, making it a fit for commercial rooftop, chiller, and air-handling unit service work where a three-phase fractional-to-integral horsepower motor is specified.

Key Features

• 2.4 HP output rated for demanding HVAC and pump drive loads
• Dual-voltage winding: 208-230 volts or 460 volts for installation flexibility
• Three-phase, 60 Hz design for commercial power distribution systems
• 1725 RPM synchronous-class speed for standard 4-pole motor applications
• Compatible with Carrier HVAC and pump component applications

Compatibility

Associated with Carrier HVAC central air parts and accessories and Carrier pump and motor component lines. Verify exact model compatibility using the Carrier equipment nameplate and service documentation before ordering.

Installation Notes

Three-phase motor replacement must be performed by a licensed electrician or qualified HVAC-R technician in accordance with NEC Article 430 governing motor branch circuits, overload protection, and disconnecting means. De-energize and lock out the disconnect before removing the existing motor. Verify that the supply voltage matches the selected winding configuration before energizing, and confirm shaft rotation direction before coupling to the driven load.