APW 2U-1212000 Gear Motor 5/16" Shaft 115V

SKU: 2U-1212000 1-2U-1212000 Brand:
APW
Availability:
In Stock
(0)
$193.31 Price reduced from $336.95
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Specifications:

  • Gear Motor
  • [ 115V, ] [.41A ] [ 5/16 Shaft
  • American Permanent Ware Hot Dog Cooker Hrs20

Description

APW 2U-1212000 Gear Motor is an essential accessory that enhances the functionality of commercial cooking equipment and Hot Dog Cooker HRS20. This gear motor operates at 115V and draws 0.41A with 5/16" shaft for use in wide range of applications requiring reliable power transmission. In the cooking operations, the gear motor is used to convert into electrical energy supplied to mechanical energy, and it consists of a gear reduction system with increasing torque and decreased speed as the gear reduction system. The main advantages of this gear motor is that it provides consistent and controlled movement, which means even cooking and top quality food.

Dimensions:

  • Weight: 3.8 lbs
  • Length: 6.5 in
  • Height: 4.3 in
  • Width: 2.7 in

APW WYOTT:

1212000

Step1: Turn off power and apply lockout/tagout. Wear insulated gloves for safety.

Step2: Mount the gear motor securely align the shaft with the driven equipment coupling.

Step3: Connect wiring to supply following manufacturer diagram ensure proper grounding.

Step4: Secure all fasteners and check alignment then briefly jog test rotation for smooth operation.

Step5: Restore power check load operation and inspect for overheating or loose components.

  • What maintenance is required for the APW 2U-1212000 Gear Motor?

    Regularly inspect the gear motor for unusual noise, vibration, or overheating during operation. Ensure the shaft and surrounding components remain clean and free of debris buildup. Periodically check electrical connections for tightness and signs of wear. Always disconnect power before servicing to ensure safety.

  • What are common issues with the APW 2U-1212000 Gear Motor?

    • Motor fails to start or runs intermittently.
    • Excessive noise or vibration during operation.
    • Overheating under normal load conditions.
    • Shaft misalignment or uneven rotation.
    • Reduced torque or inconsistent speed output.

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