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Trane MOT17379 Motor 3-Phase 208-230V 3/4HP 1100 RPM

Special Price $731.26 Regular Price $811.70
In stock
SKU
MOT17379
The Trane MOT17379 Motor is enhanced; it is a 3-phase electric motor that is specific for HVAC systems. This dual-speed motor runs at 1140 RPM and provides a consistent 3/4 horsepower which is ideal for various heavy tasks. This machine has a frequency of 60Hz and a voltage rating of 208-230V to guarantee optimum performance and efficiency. It is employed in Trane air conditioners, furnaces and other climate control products because of its reliability and fine performance. Advantages of the Motor include increased energy efficiency, lower operational sound, and increased system durability.
Manufacturer:
https://www.partshnc.com/media/catalog/product/M/O/MOT17379_trane_partshnc.jpg

Specifications

  • RPM (Revolutions Per Minute): 1140
  • Number Of Speed: 2
  • Horsepower: 3/4 HP
  • Frequency: 60Hz
  • Voltage: 208-230V
  • Weight: 21.48lbs
Manufacturer Name: Trane
Product Number: MOT17379
OEM Part Number: MOT17379
Product Description: 208-230V3ph 3/4Hp 1100Rpm Mtr
Weight:21.48lbs/9743.16g

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Customer Questions
What maintenance is required for the Trane MOT17379 Motor?

Inspect electrical connections and tighten terminals periodically. Keep motor clean and free from dust buildup to ensure proper cooling. Regular lubrication of bearings can prevent wear and ensures smooth, better operation under load.

What are common issues with the Trane MOT17379 Motor?

  • Overheating under heavy load.
  • Bearing noise or wear.
  • Electrical winding failure.
  • Voltage imbalance sensitivity.
  • Motor vibration during operation.
  • Reduced torque output.

Installation Steps

Step 1: Turn off power; verify voltage for safety.

Step 2: Mount motor securely on bracket; ensure shaft alignment.

Step 3: Connect phase wiring per diagram; ensure grounding and tight terminals.

Step 4: Check rotation direction; swap phases if required; verify airflow compatibility.

Step 5: Tighten fasteners; test run at low load; monitor noise and temperature.

Step 6: Inspect bearings; apply recommended lubrication if needed.

Step 7: Run full-load test; check current draw and vibration.