Carter Hoffmann 18603-0025 Food Warmer Fan Motor W/ 3/16" X 1-5/8" Shaft 115V

SKU: 18603-0025 Brand:
Carter Hoffmann
Availability:
In Stock
(0)
C$252.15 Price reduced from C$434.39
Save C$182.24
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Specifications:

Attribute Details
[ 115V, ] [2500/3000 RPM ] [.26/.33Amp ]
[ 3/16 X 1-5/8 Shaft ].
Carter-Hoffman
Food Warmer Fh80
Fan Blade Use A3932,W-1092, # 262869
Carter Hoffmann Fh80

Description

The Carter Hoffmann 18603-0025 Fan Motor is used in the FH80 food warmer equipment. Running at 115V, this motor offers 2500-3000 RPM and 0.26 to 0.33A current. Equipped with a 3/16 X 1-5/8 inch shaft, it effectively drives the fan blade A3932, W-1092, #262869 to keep your food warm constantly. The motor assists in circulating warm air of the warmer if food is to be maintained at a certain temperature. This durable component makes it possible to have a reliable operation that enhances longer food freshness and nonoverheating. Ideal for food service settings.

More Information:

  • CARTER HOFFMAN:18603-0025 ,CAR18603-0025

Step1: Disconnect power supply to food warmer and verify is off before servicing

Step2: Remove old fan motor, noting shaft alignment and mounting bracket position

Step3: Install new motor, secure bracket, align shaft properly with fan assembly

Step4: Reconnect wiring according to diagram, ensure tight insulated secure connections

Step5: Restore power, test operation, ensure smooth rotation; avoid touching moving parts, check no obstructions

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  • What maintenance is required for the Carter Hoffmann 18603-0025 Fan Motor?

    Inspect the food warmer motor regularly for dust and grease buildup and keep ventilation clear. Check wiring connections for tightness and signs of overheating. Ensure shaft rotates smoothly and lubricate bearings if applicable to maintain consistent airflow and safe operation.

  • What are common issues with the Carter Hoffmann 18603-0025 Fan Motor?

    • Motor overheating due to restricted airflow or grease buildup.
    • Worn bearings causing noise and reduced performance.
    • Electrical connection failure leading to intermittent operation.
    • Shaft misalignment causing vibration and uneven rotation.