Howard 20-429 Fan Motor 18.2W 3000 RPM 115V 60Hz

SKU: 20-429 Brand:
Howard
Availability:
In Stock
(0)
C$ 138.25 Price reduced from C$ 218.95
Save C$ 80.70
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Specifications:

Attribute Details
Fan Motoer, 115V, 60Hz, 18.2W, 3000 RPM, Cw,
Shaft Dia. .181"
Perlick

Description

The Howard 20-429 Fan Motor is a mechanical part found in commercial foodservice appliances to circulate air inside the appliance. The 18.2 W 3000 RPM rated product is rated to run on 115 V 60 Hz power with the aim to move air to either aid in temperature distribution, ventilation, or cooling. This motor will act as a component of an airflow and thermal control system of the equipment, which will allow the internal conditions to remain the same during use. In kitchen settings, it is normally installed when there is a need to maintain or replace to ensure that there is an adequate air flow and effective operation of heating, cooling or ventilation systems throughout the day.

More Information:

  • PERLICK:C15239-A ,C15239A ,PEC15239A

Step1: Disconnect power supply and ensure equipment is completely switched off.

Step2: Remove housing and disconnect old motor wiring, noting connection layout.

Step3: Mount new fan motor securely using brackets and fasteners.

Step4: Reconnect wiring as per diagram, ensuring proper insulation and tight connections.

Step5: Restore power and test rotation, checking for vibration and noise.

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  • What maintenance is required for the Howard 20-429 Fan Motor?

    Keep the motor clean by removing dust and debris from the housing and ventilation areas. Inspect electrical connections regularly to ensure they are tight and corrosion-free. Check for vibration or overheating during operation.

  • What are common issues with the Howard 20-429 Fan Motor?

    • Motor overheating during continuous use.
    • Excessive vibration or unbalanced rotation.
    • Bearing wear causing noise or stiffness.
    • Electrical connection failure or intermittent power supply.
    • Reduced airflow due to motor inefficiency.
    • Shaft misalignment affecting smooth operation.