Hobart 00-024308-00001 Mixer Bowl Beater Paddle 60 QT

SKU: 00-024308-00001 Brand:
Hobart
Availability:
In Stock
(0)
$447.59 Price reduced from $480.72
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Specifications:

Attribute Details
Aluminum Beater Paddle,
For 60 Qt Bowl
Hobart Mixer H-600, P-660

Description

The Hobart 00-024308-00001 Mixer Bowl Beater/Paddle 60Qt is used in components that are rotated through the fold, cream, and blend the contents. It has a flat paddle shape that pushes the material outward and back in the process of generating mixing. This component is internal, and it is attached to the planetary shaft. The beater paddle was designed to be used in commercial settings for purposes such as combining batters, sauces, and moderate ingredients. The shape enables constant contact with ingredients and sufficient clearance from the walls.

More Information:

  • BERKEL:00-275885||HOBART:00-024308-00001 ,00-24308-1 ,00-275885 ,00-60B ,24308-1 ,275885 ,60B ,HOB00-24308-1 ,HOB00-275885 ,HOB24308-1 ,HOB275885||UNIWORLD:UM-60FB ,UM60FB ,UWDUM-60FB ,UWDUM60FB

Step1: Turn off and unplug the unit before handling any attachments to prevent damage.

Step2: Ensure bowl is properly locked in place and the head is fully raised.

Step3: Align the beater paddle with the planetary shaft hub.

Step4: Slide the paddle upward onto the shaft and rotate clockwise until it locks securely.

Step5: Lower bowl and manually rotate to confirm clearance and fit.

Customer Reviews

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  • What maintenance is required for the Hobart 00-024308-00001 Beater Paddle?

    Clean after each use with warm water and mild detergent to remove residue. Inspect for bending or cracks and ensure proper mounting before operation. Avoid abrasive cleaners, sanitize regularly and dry thoroughly before storage to prevent corrosion and damage.

  • What are common issues with the Hobart 00-024308-00001 Beater Paddle?

    • Bent or warped paddle causing uneven mixing.
    • Improper attachment leading to wobble or noise.
    • Surface wear or aluminum oxidation buildup.
    • Food residue accumulation affecting performance.
    • Loose fit on drive shaft during operation.