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Heat Controller 11002015A01257 Motor 1300 RPM 20W 280 VDC

Special Price $67.40 Regular Price $77.51
In stock
SKU
11002015A01257
Heat Controller 11002015A01257 Motor is a high-performance part for HVAC systems. It operates at 1300 RPM at 20W power and 280 VDC voltage. It is particularly suited to furnaces, air handlers, and other ventilation applications since it provides efficient airflow. Its high-quality design and emulation efficiency enhance the entire system of HVAC. It can reduce energy consumption without sacrificing optimal airflow with precise speed control, and an energy-efficient operation. This motor's compact build and rugged body make it a reliable cost-effective solution for maintaining comfortable indoor environments.
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Specifications

  • Type: Motor
  • Speed: 1300 RPM
  • Power: 20W
  • Voltage: 280 VDC
Manufacturer Name: Heat Controller
Product Number: 11002015A01257
OEM Part Number: 11002015A01257
Product Description: 280Vdc 20W 1300Rpm Motor
Weight:1.84lbs/834.61g

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Customer Questions
What maintenance is required for the Heat Controller 11002015A01257 Motor?

Regularly check the motor for dust buildup and inspect wiring connections for tightness. Lubricate bearings if applicable and ensure proper voltage supply. Maintenance prevents overheating and vibration. Always disconnect power before servicing for safety.

What are common issues with the Heat Controller 11002015A01257 Motor?

  • Excessive noise or vibration.
  • Reduced RPM or performance.
  • Motor overheating.
  • Electrical connection failures.
  • Bearing wear causing operational inconsistency.

Installation Steps

Step 1: Ensure the power source is completely turned off before installation.

Step 2: Remove the existing motor, noting all wiring connections and mounting positions.

Step 3: Install the new motor securely in its mounting location.

Step 4: Reconnect all wiring exactly as it was, making sure terminals are tight and insulated.

Step 5: Secure the motor to prevent movement during operation.

Step 6: Restore power and test the motor to confirm proper rotation and performance.