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Trane MOT19647 3-Phase OD Motor 1/2 HP 60 Hz 208-230 V

Special Price $317.32 Regular Price $352.22
In stock
SKU
MOT19647
The Trane MOT19647 1/2 horsepower, a 3-phase electric motor is a heavy-duty motor intended for use in a range of temperature controlled equipment including refrigeration systems. The 3-phase motors than the single-phase motors are better as they will have enough cutting torque at the start which is when a fan or compressor in a chiller or air conditioner is being powered. The motor is small, with a 48 frame size and offers a nice blend of power and size for a variety of HVAC applications. The motor can handle voltages between 208 and 230 volts and runs at a standard frequency of 60 Hz. It runs at a single speed in a counter-clockwise direction.
Manufacturer:
https://www.partshnc.com/media/catalog/product/m/o/mot19647-trane_partshnc.jpg

Specifications

  • Length: 10.72"
  • Weight: 18lbs
  • Enclosure Type: OAO
  • Frame Size: 48
  • Frequency: 60 Hz
  • HP: 1/2 HP
  • Motor Type: Air Over
  • Number of Phase: 3
  • Number of Speeds: 1
  • Rotation: CCW
  • Temperature: 140°F
  • Type: AC
  • Voltage: 208-230 V
Manufacturer Name: Trane
Product Number: MOT19647
OEM Part Number: MOT19647
Product Description: 1/2Hp Od Motor 208-230V 60Hz 3Ph
Weight:18lbs/8164.66g

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Customer Questions
What maintenance is required for the Trane MOT19647 Motor?

Regularly inspect the motor for dust, debris, and loose connections. Lubricate bearings according to manufacturer guidelines. Ensure proper ventilation and check electrical connections.

What are common issues with the Trane MOT19647 Motor?

  • Overheating due to blocked airflow.
  • Bearing wear or failure.
  • Electrical connection problems.
  • Unusual vibrations or noise.
  • Inconsistent motor speed or torque.

Installation Steps

Step 1: Turn off main power and lock out/tag out to prevent accidental energizing during installation.

Step 2: Remove access panel and disconnect existing motor wiring, labeling phases for correct reconnection.

Step 3: Mount new motor securely and align shaft with fan assembly to avoid imbalance.

Step 4: Reconnect wiring per schematic, ensuring tight terminals and proper grounding.

Step 5: Restore power, check rotation direction, and verify smooth operation under load.