Garland 1613900 Oven Blower Wheel CW Rotation

SKU: 1613900 Brand:
Garland
Availability:
In Stock
(0)
C$ 425.95
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Specifications:

Attribute Details
Blower Wheel,
[ 10-3/4"Dia ] X 3-1/8"W, 5/8" Hole, Concave Back,
Cw Rotation Looking From Back Of Wheel. Smooth Hub, 1 Set
Screw.
Garland Calls This Cw, No Puller Hub.
Garland
Oven E56Pb, E56Pt, G56-Pt

Description

The Garland 1613900 Blower Wheel Rotation is a replacement part that is used in commercial ovens. Constructed to rotate clockwise, it circulates air in same direction all over the cooking chamber to assist in keeping internal conditions. This blower wheel is normally fitted in the professional kitchen ovens where the airflow is controlled to maintain consistent heat distribution. Being an essential internal components of the airflow system in the oven, it provides proper circulation, helps to maintain the uniformity of cooking performance, and provides functionality in high-volume foodservice settings.

More Information:

  • GARLAND:1613900

Step1: Disconnect power and allow the equipment to cool completely.

Step2: Remove the access panel to reach the blower assembly.

Step3: Loosen the set screw and slide out the damaged blower wheel.

Step4: Align the new blower wheel on the motor shaft with the correct rotation.

Step5: Tighten the set screw securely and ensure the wheel spins freely.

Step6: Reinstall the access panel, restore power, and test blower operation for smooth airflow.

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  • What maintenance is required for the Garland 1613900 Blower Wheel?

    Inspect the blower wheel regularly for grease and dust buildup, ensuring blades remain clean and balanced. Check mounting tightness and alignment to prevent vibration. Lubricate bearings if applicable and remove any obstructions to maintain smooth airflow and performance.

  • What are common issues with the Garland 1613900 Blower Wheel?

    • Blade imbalance causing excessive vibration and noise.
    • Worn bearings leading to rough operation or squealing sounds.
    • Dust or grease buildup reducing airflow efficiency.
    • Loose mounting causing instability during operation.
    • Unbalanced wheel causing uneven airflow.