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Heatcraft Refrigeration 25314601S 460V1Ph 1/3Hp 1075Rpm Motor

Special Price $635.19 Regular Price $705.06
In stock
SKU
25314601S

The Heatcraft Refrigeration 25314601S is a 1/3 horsepower, single-phase, 460-volt electric motor with a 1075 RPM rotation speed. It is probably intended for usage in walk-in coolers, freezers, and cold storage units, among other commercial refrigeration applications. The motor in these systems functions by transforming electrical energy into mechanical energy, which is subsequently applied to power different parts. It might power compressors that pump refrigerant throughout the system, fans that circulate cold air across the room, or motors that draw warm air across evaporator coils to chill them. Your business refrigeration system may be able to function and perform as intended again if a malfunctioning motor is swapped out for the Heatcraft Refrigeration 25314601S.

https://www.partshnc.com/media/catalog/product/2/5/25314601S_heatcraft-refrigeration_partshnc.jpg
Manufacturer Name: Heatcraft Refrigeration
Product Number: 25314601S
OEM Part Number: 25314601S
Product Description: 460V1ph 1/3Hp 1075Rpm Motor
Weight:13.96lbs/6332.14g

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Customer Questions
What maintenance is required for the Heatcraft Refrigeration 25314601S Motor?

Regularly inspect the motor for dust, debris, and signs of wear. Check that electrical connections are tight and the motor shaft rotates smoothly. Lubricate bearings if applicable and ensure proper ventilation to prevent overheating during operation.

What are common issues with the Heatcraft Refrigeration 25314601S Motor?

  • Reduced or inconsistent RPM.
  • Overheating during use.
  • Loose or faulty electrical connections.
  • Unusual noise or vibration indicating internal wear.

Installation Steps

Step 1: Turn off power to the equipment before starting.

Step 2: Remove the existing motor, noting mounting and wiring positions.

Step 3: Mount the new motor securely on the motor bracket or base.

Step 4: Connect the single-phase wiring according to the manufacturer’s diagram.

Step 5: Ensure all connections are tight and properly insulated.

Step 6: Check that the motor shaft rotates freely without obstruction.

Step 7: Restore power and test motor operation, monitoring speed and current draw.