Henny Penny 25751 Blower Motor 1/4" Shaft CW 3000 RPM 120V

SKU: 25751 Brand:
Henny Penny
Availability:
In Stock
(0)
C$ 125.17 Price reduced from C$ 216.88
Save C$ 91.71
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Specifications:

Attribute Details
Blower Motor, [ 120V, ] [3000 RPM ] [1.15A ][ Rotation Cw ]
[ 1/4" Shaft ]
For Blower Wheel Use # 26-3466
For Cooling Fan Blade Use # 28-1140
Henny Penny Warmer Hc-(900,903,906,908,932,934).
Epc-2, Hc-900, Hc-932-Mcds, Hc-934-Mcds, Hcd-930, Hhc-900,
Hhc-902, Hhc-903, Hhc-906, Hhc-908

Description

The Henny Penny 25751 Blower Motor is a 120V, 3000 RPM with 1/4 inch shaft for blower wheels and cooling fan blades. This indicator together with its clockwise rotation and 1.15A current make it useful in different heating and cooling uses. This motor is suitable for several warmer models; HC-900, HC-932, and HHC series. It is durable to provide dependable performance in commercial food services equipment to improve the heating and ventilation systems. Perfect for keeping the temperature and air flow at its better, the motor is built for durability and low noise in extreme conditions.

More Information:

  • HENNY PENNY:182498-001 ,25751

Step1: Disconnect the power supply and allow appliance to cool.

Step2: Open the service panel to access the blower motor area.

Step3: Disconnect wiring and remove mounting bolts.

Step4: Remove old motor from housing carefully.

Step5: Install new blower motor, align the shaft, and secure bolts.

Step6: Reconnect wiring, close the panel, restore power, and test operation.

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  • What maintenance is required for the Henny Penny 25751 Blower Motor?

    Regularly inspect and clean the motor to remove dust and grease buildup. Ensure the shaft rotates smoothly and electrical connections are secure. Proper maintenance supports maintain airflow efficiency, reduces noise, and prevents overheating during operation.

  • What are common issues with the Henny Penny 25751 Blower Motor?

    • Motor overheating or stalling.
    • Unusual noise or vibration.
    • Shaft misalignment or binding.
    • Electrical connection failures causing intermittent operation.