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Nordyne M0101402R 1/2HP Programmable Motor P7RE03

Special Price $435.52 Regular Price $483.43
In stock
SKU
M0101402R
Nordyne M0101402R 1/2HP Programmable Motor is designed for use in HVAC systems. It offers a programmable electronic motor design, providing precise control over fan speeds and airflow. Generally speaking, this motor is applied in furnaces, air handlers, and other equipment used in heating or cooling. By altering fan speeds according to heating or cooling needs, it can run efficiently hence enhancing energy efficiency as well as reducing noise levels. It has a 1/2 horsepower rating which suits most HVAC requirements. The Nordyne M0101402R should be a favorable option for replacement because it is reliable, long-lasting, and saves on energy consumption.
Manufacturer:
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Specifications

  • Type: Programmable Motor
  • Voltage: 208-230V
  • Horse Power: 1/2 HP
  • Speed: 1725 RPM
  • Frequency: 60 Hz
Manufacturer Name: Nordyne
Product Number: M0101402R
OEM Part Number: M0101402R
Product Description: 1/2Hp Prog P7re03 Motor
Weight:12.07lbs/5474.86g

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Customer Questions
What maintenance is required for the Nordyne M0101402R Programmable Motor?

Inspect the motor regularly for dust buildup, loose wiring, and overheating signs. Clean exterior vents and ensure proper airflow to prevent strain on internal components. Check bearings and electrical connections periodically and contact issues promptly for safe operation.

What are common issues with the Nordyne M0101402R Programmable Motor?

  • Overheating due to dust-clogged vents or restricted airflow.
  • Inconsistent speed control or failure in programmed motor settings.
  • Bearing noise, vibration, or wear affecting smooth operation.
  • Electrical connection faults or intermittent power loss.

Installation Steps

Step 1: Turn off power at breaker and verify zero voltage before starting work.

Step 2: Remove old motor and note all wiring connections carefully for reference.

Step 3: Mount new motor securely in the housing and ensure proper alignment.

Step 4: Connect wiring per diagram, matching terminals carefully to avoid errors.

Step 5: Tighten fasteners and ensure shaft alignment before closing the unit.

Step 6: Restore power and test operation for smooth, better running performance.