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Carrier HB39GQ232 1/4HP Motor 825 RPM 208-230V/1-PH

Special Price $266.19 Regular Price $297.86
In stock
SKU
HB39GQ232
The Carrier HB39GQ232 1/4HP Motor is a part that is designed to deliver long lasting, efficient power to HVAC systems to ensure smooth operation in both residential and commercial conditions. It has a voltage range of 208-230V/1-PH and operates at 825 RPM to power different components. The motor powers the fan or blower in HVAC systems to move air around and ensure proper temperature regulation. This motor provides energy efficiency, durability, and quiet operation, which leads to increased system life and better indoor comfort.
Manufacturer:
https://www.partshnc.com/media/catalog/product/h/b/hb39gq232-carrier_partshnc.jpg

Specifications

  • Voltage/Electrical: 208-230V
  • RPM (Revolutions Per Minute): 825 RPM
  • Horsepower(HP): 1/4HP
  • Frequency: 50Hz
  • Weight: 12.45lbs
Manufacturer Name: Carrier
Product Number: HB39GQ232
OEM Part Number: HB39GQ232
Product Description: 208-230V1ph 1/4Hp 825Rpm Motor
Weight:12.42lbs/5633.61g

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Customer Questions
What maintenance is required for the Carrier HB39GQ232 Motor?

Inspect and clean the motor regularly to prevent dust buildup and overheating. Lubricate bearings as recommended by the manufacturer and ensure electrical connections remain tight. Routine checks support to ensure efficiency and reduce unexpected failures.

What are common issues with the Carrier HB39GQ232 Motor?

  • Overheating due to blocked ventilation or continuous load.
  • Bearing wear causing noise and vibration.
  • Electrical winding failure or insulation breakdown.
  • Reduced speed or failure to start from capacitor or voltage issues.

Installation Steps

Step 1: Turn off power at breaker and check zero voltage.

Step 2: Remove access panel and document wiring and motor mounting.

Step 3: Disconnect old motor and note capacitor connections if present.

Step 4: Install new motor secure mounting align shaft.

Step 5: Reconnect wiring per diagram ensure correct voltage.

Step 6: Restore power test rotation and airflow check overheating and vibration.

Step 7: Allow motor to run for several minutes and recheck terminal tightness and bearing noise.