Middleby Marshall 57321 Oven Pillow Block Bearing 1-7/16" Bore

SKU: 57321 1-57321 Brand:
Middleby Marshall
Availability:
In Stock
(0)
$223.82 Price reduced from $270.97
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Specifications:

  • Pillow Block Bearing, 1-7/16" Bore
  • Middleby Conveyor Oven: Ps555, Ps570G, Ps770, Ps870

Description

The Middleby Marshall 57321 Pillow Block Bearing with a 1-7/16” bore is used in ovens such as PS555, PS570G, PS770, and PS870. This bearing offers antifriction support to the rotating parts and ensures great performance of the oven conveyor system. This is because it reduces rubbing and tear of the surfaces in contact and thus increases on the service life of the components and reduces the interval for maintenance. Since the conveyor belt requires constant movement, this pillow block bearing ensures high efficiency and productivity in oven production to give consistent cooking results hence making it a essential component.

Dimensions:

  • Weight: 3.83 lbs
  • Length: 7 in
  • Height: 2.5 in
  • Width: 4.5 in

MIDDLEBY MARSHALL:

22072-0017 62069 70126

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

Step2: Remove panels to access the conveyor shaft and existing bearing.

Step3: Loosen set screws and detach the worn bearing from the shaft.

Step4: Clean the shaft and mounting surface thoroughly.

Step5: Position the new bearing, align properly, and secure with bolts.

Step6: Tighten set screws, reassemble panels, and test operation.

  • What maintenance is required for the Middleby Marshall 57321 Pillow Block Bearing?

    Lubricate bearings periodically with suitable grease and inspect for noise or wobble. Check mounting bolts for tightness and alignment to ensure efficient rotation of the oven components.

  • What are common issues with the Middleby Marshall 57321 Pillow Block Bearing?

    • Excessive noise during rotation.
    • Wobbling or misalignment causing vibration.
    • Seized bearing due to debris or contamination.
    • Wear on inner or outer races affecting performance.
    • Overheating from friction reducing rotation efficiency.

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