Carrier HD56FE652 Blower Motor 2.4 HP 1725 RPM 208-230/460V 3-Phase 60Hz
Specifications
- Type: Blower Motor
- Voltage: 208/230/460V
- Phase: 3-PH
Loyalty ProgramBlower assemblies depend on a dedicated motor to provide the mechanical drive required for air circulation. The Carrier HD56FE652 is a blower motor that supplies rotational output to the connected blower in Carrier HVAC systems. Its motor output supports the operating function of the associated blower assembly.
Electrical Input and Motor Power:
The motor's electrical configuration establishes the input required for operation. The 208-230/460V rating provides the specified voltage options, while the 3-phase, 60 Hz configuration defines the electrical supply characteristics. Its 2.4 HP rating indicates the motor's specified power capacity for the connected mechanical load.
Rotational Output and Blower Drive:
The motor transfers mechanical output through its shaft to the connected blower. Its 1725 RPM rating specifies the rotational speed of the shaft during operation, establishing the rate at which mechanical movement is delivered to the blower.
Replacement Guidelines:
Replacement may be appropriate when the motor develops persistent deterioration in mechanical performance or when physical damage affects dependable operation. Before ordering, compare the existing HD56FE652 part number with the applicable equipment requirements and verified specifications.
Common Failure Symptoms:
Equipment Compatibility:
The Carrier HD56FE652 Blower Motor is associated with Carrier equipment models 48TCED125A, 40RUAA12AA6A, and 48HCEE085A. Before purchasing, confirm the existing HD56FE652 part number, motor configuration, electrical requirements, and applicable equipment model information against the original documentation.
Technical Specifications:
Part Identification:
Brand: Carrier
Part Number: HD56FE652
Product Type: Blower Motor
Electrical:
Voltage: 208-230/460V
Frequency: 60 Hz
Phase: 3-Phase
Mechanical:
Horsepower: 2.4 HP
Speed: 1725 RPM
Step 1: Turn off and lock out power to prevent electrical hazards.
Step 2: Remove the old motor and note wiring connections.
Step 3: Mount the new motor securely in the blower assembly.
Step 4: Align and attach the blower wheel to the motor shaft.
Step 5: Connect wiring, check the rotation direction and adjust if needed.
Step 6: Restore power and test for smooth, safe operation.