Southbend 1188524 Convection Oven Motor 208/230V 2 Speed 50HZ 1PH

SKU: 1188524 1-1188524 Brand:
Southbend
Availability:
In Stock
(0)
$551.44 Price reduced from $1,182.14
Save $630.70
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Specifications:

  • Convection Motor, 208/230V, 2 Speed,
  • 1710/1120 RPM, 60Hz, Amp
  • 1425/950 RPM. 50Hz
  • 1 Phase,
  • 4" Shaft W/ 2 Flat Sides
  • Frame C56Y
  • 1/2 Hp
  • Southbend

Description

The Southbend 1188524 Convection Oven Motor is an component that runs at 208/230V, has two-speed and a frequency of 50Hz. This effectively spins the fan that provides the hot air needed for optimally toasting and to evenly brown the food, if necessary as well. The advantages of this include shorter cooking time of up to 25%, energy conservation, and the use of the same to cook different meals at different temperatures at the same time. Perfect for bake, roast and broil use and is effective in improving food quality.

Dimensions:

  • Weight: 20.12 lbs
  • Length: 11 in
  • Height: 8 in
  • Width: 8.5 in

SOUTHBEND:

1175568 1194781 SOU1175568 SOU1194781

Step1: Turn off the power to the oven and unplug it to ensure safety.

Step2: Remove the oven access panel to expose the existing motor.

Step3: Disconnect the wiring from the old motor, noting wire positions.

Step4: Unscrew and remove the old motor from its mounting bracket.

Step5: Mount the new motor, securing it with screws.

Step6: Reconnect wiring exactly as before.

Step7: Replace the access panel and restore power.

Step8: Test the motor by running the oven briefly to ensure proper operation.

  • What maintenance is required for the Southbend 1188524 Motor?

    Regularly inspect the motor for dust, grease, and debris buildup. Check wiring connections for tightness and verify mounting brackets are secure. Lubricate bearings if applicable to maintain efficient oven rotation and accurate heat circulation.

  • What are the common issues with the Southbend 1188524 Motor?

    • Motor failing to start or stalling.
    • Excessive vibration or noise during operation.
    • Inconsistent speed control affects airflow.
    • Overheating under load.
    • Bearing wear causing inefficient rotation.
    • Electrical connection issues leading to intermittent operation.

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