Heatcraft Refrigeration 7072102S 3/4 HP Blower Motor 1140 RPM CW/CCW 230-460V 3-Phase
Specifications
- Type: Blower
- Horsepower: 3/4HP
- Voltage: 230-460V
- Phase: 3 Phase
- Speed: 1140 RPM
- Rotation: Counterclockwise/Clockwise
Loyalty ProgramBlower assemblies require a motor to provide the rotational drive needed for air movement. The Heatcraft Refrigeration 7072102S is a blower motor that transfers shaft rotation to the connected blower assembly. This mechanical drive allows the blower to perform its intended airflow function.
Blower Motor Operation:
The motor converts electrical input into shaft rotation for the connected blower assembly. As the shaft turns, its mechanical output is transferred to the blower, allowing the assembly to generate airflow.
Motor Speed and Electrical Operation:
The motor operates at 1140 RPM and uses a 230-460V, 3-phase electrical configuration. Its 3/4 HP rating represents the specified power capacity available to drive the connected blower assembly.
Replacement Guidelines:
Replacement may be appropriate when the 7072102S develops inconsistent shaft rotation or when its mechanical output no longer maintains the required blower operation. Before ordering, compare the existing part number with the applicable equipment requirements and verified specifications.
Common Failure Symptoms:
Equipment Compatibility:
The Heatcraft Refrigeration 7072102S Blower Motor is intended for blower applications requiring the corresponding motor configuration. Before selection, verify the existing 7072102S part number, motor configuration, rotation, and applicable equipment requirements against the original equipment documentation.
Technical Specifications:
Part Identification:
Brand: Heatcraft Refrigeration
Part Number: 7072102S
Product Type: Blower Motor
Electrical:
Voltage: 230-460V
Phase: 3-Phase
Mechanical:
Horsepower: 3/4 HP
Speed: 1140 RPM
Rotation: CW/CCW
Step 1: Turn off power to the refrigeration system for safety.
Step 2: Remove the existing motor if replacing, noting mounting and wiring configuration.
Step 3: Secure the new motor to the blower housing using the provided mounting bolts.
Step 4: Connect electrical wiring according to voltage and phase requirements.
Step 5: Ensure the motor shaft rotates freely in the correct CW/CCW direction.
Step 6: Restore power and test the blower for proper operation and airflow.