Garland 1613901 Oven Blower Wheel CW 10-3/4"D X 3-1/8"W 5/8"

SKU: 1613901 Brand: Availability:
In Stock
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$203.56 Price reduced from $271.95
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Specifications:

Attribute Details
Blower Wheel,
[ 10-3/4"Dia ] X [3-1/8"W] 5/8" Hole,
Concave Back, Ccw Rotation , Looking From Back Of Wheel.
Smooth Hub, 1 Set Screw.
Garland Calls This Ccw, No Puller Hub, 1 Set Screw.
1613900 Blower Wheel Cw Rotation
1613901 Blower Wheel Ccw Rotation
Garland
Oven E56Pb, G56-Pb

Description

The Garland 1613901 Oven Blower Wheel Cw 10-3/4"D X 3-1/8"W 5/8" is made to rotate clockwise to push air into the system and circulate it through internal passages to the controlled movement of air during operation. The curvature of the wheel moves the air evenly as it spins to ensure that the heating chamber moves the air in the same direction. Constructed with a certain diameter and width, it fits into compatible assemblies of the oven. The wheel provides adequate air flow necessary for the regulation of temperature and the general operation of cooking cycles.

More Information:

  • GARLAND:1613901

Step1: Disconnect power supply and ensure unit is completely cool.

Step2: Remove access panel and carefully note wheel orientation and position.

Step3: Loosen set screw on shaft using proper tool.

Step4: Slide out old blower wheel carefully from shaft.

Step5: Align new blower wheel on shaft ensuring correct rotation direction.

Step6: Tighten set screw securely to fix wheel in place.

Step7: Reassemble panel and test operation for smooth running.

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  • What maintenance is required for the Garland 1613901 Blower Wheel?

    Inspect the blower wheel regularly for grease, dust, and debris buildup on the blades. Ensure proper alignment and secure mounting to prevent vibration. Check for wear on bearings and clean airflow passages to maintain consistent air movement and stable operation.

  • What are common issues with the Garland 1613901 Blower Wheel?

    • Dust accumulation reducing airflow efficiency.
    • Blade imbalance causing vibration and noise.
    • Worn bearings leading to rough rotation.
    • Loose mounting causing instability.
    • Reduced performance from airflow restriction.