Hobart 00-23126 Beater Aluminum 20QT

SKU: 00-23126 1-00-23126 Brand:
Hobart
Availability:
In Stock
(0)
$246.22 Price reduced from $311.64
Save $65.42
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Specifications:

  • Aluminum Beater Paddle,
  • For 20 Qt Bowl
  • Hobart Mixer

Description

The Hobart 00-23126 Beater Aluminium 20 QT rotates in the bowl to mix or aerate ingredients in the bowl. Its body directs the contents of the bowl so that it is evenly mixed throughout the mixing cycle. The beater is fitted in a bowl that fits in the mixer with a direct connection to the drive hub. It is used in commercial kitchens and is used to prepare batter, dough, or other food. The beater is an element of the mixer assembly, which operates continuously when mixing is normal.

Dimensions:

  • Weight: 1.46 lbs
  • Length: 5.12 in
  • Height: 0.93 in
  • Width: 3.41 in

HOBART:

00-023126 00-275459 23126 275459 HOB00-23126 HOB00-275459 HOB23126 HOB275459

UNIWORLD:

UM-20FB UM20FB UWDUM-20FB UWDUM20FB

Step1: Turn off and unplug unit; confirm all motion stopped before handling attachments.

Step2: Secure the bowl in locked position to prevent shifting during installation.

Step3: Align beater paddle with planetary hub matching drive slot orientation.

Step4: Insert paddle fully and rotate clockwise until it locks into place securely.

Step5: Gently pull downward to check proper seating and stability.

Step6: Run unit briefly at low speed to confirm smooth balanced operation.

  • What maintenance is required for the Hobart 00-23126 Aluminum Beater Paddle?

    Regularly wash the beater paddle with mild detergent and warm water after each use to prevent food buildup. Inspect for dents, cracks, or loose fitting areas before operation. Avoid abrasive cleaners that may damage the aluminum surface. Ensure the paddle is completely dry before storage to reduce corrosion risk.

  • What are common issues with the Hobart 00-23126 Aluminum Beater Paddle?

    • Bent paddle edges affecting mixing performance
    • Loose fitment on compatible mixer shafts
    • Surface scratches or aluminum wear from heavy use
    • Vibration or uneven mixing during operation
    • Cracks caused by accidental impacts or overloading

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