APW 21793400 White PTFE Bearing Assembly Front & Rear Rollers

SKU: 21793400 Brand:
APW
Availability:
In Stock
(0)
C$ 13.80 Price reduced from C$ 17.39
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Specifications:

Attribute Details
Ptfe Bearing Assembly Notched Bright White
For Front And Rear Rollers. For Other Rollers See 281198
Units Made Before May,2011.
Apw Wyott Roller Grill Hr-31, Hr-45, Hr-75, Hr-85, Hrs-31,
Hrs-45, Hrs-75, Hrs-85

Description

The APW 21793400 White PTFE Bearing Assembly Front and Rear Rollers is a spare part that is used in compatible commercial equipment. It gives the conveyor rotation and minimises friction. This group is usually found in commercial kitchens, bakeries and foodservice that have conveyor systems to move products through ovens, warmers or proofers. It helps in the regular motion and the correct positioning of the conveyor belt. The component is involved in the preservation of the performance of the system and its operation during the food handling and processing activities.

More Information:

  • APW WYOTT:21793400 ,2P-21793400 ,APW21793400

Step1: Disconnect power and ensure the equipment is fully shut down before servicing.

Step2: Remove conveyor or roller assembly access cover to expose worn bearings.

Step3: Slide out old bearing assemblies from front and rear roller mounts.

Step4: Insert new bearing assembly, ensuring correct orientation and full seating.

Step5: Reinstall rollers and verify smooth rotation without binding.

Step6: Secure covers, restore power, and test operation.

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  • What maintenance is required for the APW 21793400 Bearing Assembly?

    Keep the bearing assembly clean and free from debris to ensure smooth roller movement. Periodically inspect for wear or deformation in the material. Ensure proper alignment during installation to avoid uneven pressure.

  • What are common issues with the APW 21793400 Bearing Assembly?

    • Excessive wear causing unstable roller movement.
    • Increased friction leading to noisy operation.
    • Misalignment affecting roller performance.
    • Rollers failing to rotate consistently.