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Trane MOT19014 1/6HP Motor 1500/1200/900 RPM 115V

Special Price $641.53 Regular Price $712.09
In stock
SKU
MOT19014
Trane MOT19014 Motor is a robust mounting type motor used in HVAC equipment and is well acclaimed for its durability and performance. Interfacing at 60 Hz with a voltage of 115 V, it fits perfectly well into standard residential and commercial electric systems. It has a horsepower of 1/6 HP with three-speed settings to provide convenience in regulating the flow of air as well as temperature. It has a frame size of 48 and thus it is easy to install and occupy little space. This motor is designed to power numerous parts of HVAC systems such as fans and blowers to deliver efficiency and comfort.
Manufacturer:
https://www.partshnc.com/media/catalog/product/m/o/mot19014_trane_partshnc.jpg

Specifications

  • Mounting Type: Resilient
  • Frequency: 60Hz
  • Horsepower: 1/6 HP
  • Number of Speeds: 3
  • Voltage: 115V
  • RPM (Revolutions Per Minute): 1500
  • Frame Size
  • : 48
  • Weight: 12.84lbs
Manufacturer Name: Trane
Product Number: MOT19014
OEM Part Number: MOT19014
Product Description: 1/6Hp 115V 1500/1200/900Rpm
Weight:12.84lbs/5824.12g

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Customer Questions
What maintenance is required for the Trane MOT19014 Motor?

Routine inspection of bearings and electrical connections ensures smooth, accurate operation. Lubrication, if applicable, reduces friction and prevents wear. Keep the motor clean, ensure airflow, and check for overheating or vibration during use.

What are common issues with the Trane MOT19014 Motor?

  • Bearing wear causing noise and reduced efficiency over time.
  • Electrical connection failures leading to intermittent operation issues.
  • Overheating due to poor ventilation or overload conditions.
  • Shaft misalignment causing vibration and instability during operation.

Installation Steps

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

Step 2: Remove old motor, label wiring and note speed tap connections.

Step 3: Mount new motor securely, align shaft, ensure correct rotation direction.

Step 4: Connect wiring to matching speed taps and capacitor if present.

Step 5: Restore power, test operation at each speed, check airflow and noise.

Step 6: Ensure proper grounding and wear PPE during installation and testing.