Yale

YL 015124600

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YL 015124600

BEARING

Regular price $3.49
Sale price $3.49 Regular price $4.18
In stock

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Electric Lift Truck Parts Misc Section Yale

Compatibility

Make Yale
Model -

Reference Diagrams

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Product Description

Yale OEM ball bearing, part number YL 015124600, designed for electric lift truck applications; 50.8 mm outer diameter, industry-standard ball bearing construction.

Specifications

Part Numbers
OEM Part Number015124600
Manufacturer Part Number015124600

Frequently Asked Questions

Q: What are the key specifications of the YL 015124600?
A: The YL 015124600 is a Yale OEM ball bearing with a 50.8 mm outer diameter, designed for electric lift truck applications. This outer diameter specification is critical for correct installation in wheel assemblies and drive sprocket hubs.

Q: What applications use the YL 015124600 bearing?
A: The YL 015124600 is used in electric lift truck load wheels, support wheel assemblies, and drive mechanisms. The 50.8 mm outer diameter fits specific Yale model platforms. Verify your equipment documentation to confirm this bearing matches your application.

Q: How do I measure the bearing to verify it is a YL 015124600?
A: Measure the outer diameter of the bearing with calipers. The YL 015124600 has a 50.8 mm outer diameter. Also check the bore diameter and width. These three dimensions confirm bearing identity when markings are worn or unclear.

Q: Is the YL 015124600 construction industry-standard for ball bearings?
A: Yes, the YL 015124600 uses industry-standard ball bearing construction with hardened steel balls, races, and a reinforced cage. This design ensures compatibility with bearing diagnostic tools and cross-reference specifications across bearing suppliers.

Q: What happens if I install a bearing with the wrong outer diameter in place of the YL 015124600?
A: Incorrect outer diameter causes the bearing to either be too loose (creating play and vibration) or too tight (causing binding and overheating). Either condition leads to rapid bearing failure, wheel misalignment, and potential equipment damage. Always verify dimensions before installation.