Facebook Pixel

Daikin-McQuay 060961803 1/3Hp 460V 1100Rpm 2Spd Motor

Special Price $383.46 Regular Price $425.64
Out of stock
SKU
060961803

The Daikin-McQuay 060961803 is a highly resilient and adaptable 1/3 horsepower motor. It powers blowers, fans, and pumps in furnaces, air conditioners, and chillers efficiently with a 460-volt voltage rating and a maximum speed of 1100 RPM. Due to its dual-speed capability, it is more versatile and can alter the water or airflow to suit the needs of the system, which maximises efficiency and reduces energy usage. This motor has a strong construction with components that are built to last through hard use and extended periods of operation. The Daikin-McQuay 060961803 greatly aids in improving system efficiency, extending lifespan, and reducing energy costs by guaranteeing reliable and effective operation of essential HVAC equipment.

https://www.partshnc.com/media/catalog/product/0/6/060961803-daikin-mcquay_partshnc.jpg
Manufacturer Name: Daikin-McQuay
Product Number: 060961803
OEM Part Number: 060961803
Product Description: 1/3Hp 460V 1100Rpm 2Spd Motor
Weight:13.37lbs/6064.53g

Choose the best HVAC equipment parts and supplies from PartsHnC!

  • Same Day Shipping

  • Best Quality And Best Price

  • Wide Range of Inventory

  • Best Customer Service

Have More Questions or Need Help to Place The Order?
Reach us at (866)773-0907 or [email protected]

Write Your Own Review
You're reviewing:Daikin-McQuay 060961803 1/3Hp 460V 1100Rpm 2Spd Motor
Your Rating
Customer Questions
What maintenance is required for the Daikin-McQuay 060961803 Motor?

Regularly inspect the motor for dust accumulation, overheating, and unusual vibration during operation. Keep ventilation areas clear to ensure proper cooling and airflow. Check electrical connections for tightness and corrosion, and ensure bearings are properly lubricated if applicable to maintain smooth and accurate performance.

What are common issues with the Daikin-McQuay 060961803 Motor?

  • Overheating due to restricted airflow or heavy load.
  • Excessive vibration or operational noise.
  • Electrical connection failures causing intermittent operation.
  • Reduced speed or weak motor output.
  • Bearing wear leading to unstable or noisy performance.

Installation Steps

Step 1: Turn off power, apply lockout/tagout, and check zero voltage.

Step 2: Remove old motor and inspect mounting base for damage or debris.

Step 3: Align new motor shaft with driven equipment and secure bolts evenly.

Step 4: Connect wiring per diagram, confirm correct phases and grounding.

Step 5: Check belt or coupling alignment and adjust tension if needed.

Step 6: Restore power, test both speeds, and monitor vibration and temperature.