Product Description
Yale OEM bearing, part number YL 015120800, for electric lift truck applications. Ball bearing type for Yale equipment. Fully validated for OEM compatibility. Includes equivalent part numbers. No cross-reference or superseding numbers are available.
Specifications
Part Numbers
| OEM Part Number | YL 015120800 |
| Manufacturer Part Number | 015120800 |
| Equivalent Part Number | Y015120800 |
Frequently Asked Questions
Q: What equipment is the YL 015120800 bearing compatible with?
A: The YL 015120800 is a Yale OEM ball bearing designed for electric lift truck applications. It is fully validated for use in Yale electric material handling equipment wheel assemblies and drive mechanisms.
Q: What is the equivalent part number for the YL 015120800?
A: The equivalent part number is Y015120800. Both YL 015120800 and Y015120800 refer to the same Yale OEM bearing and can be used interchangeably.
Q: What is the manufacturer part number for the YL 015120800?
A: The manufacturer part number is 015120800. Use this number when searching bearing suppliers or cross-referencing specifications across different part numbering systems.
Q: How long does a YL 015120800 bearing typically last?
A: Bearer lifespan depends on load, operating hours, environment, and lubrication maintenance. In normal warehouse conditions, a Yale OEM bearing typically lasts 1,500 to 3,000 operating hours. Heavy-duty or outdoor use reduces lifespan. Replace when noise, vibration, or play develops.
Q: Can I use a non-OEM bearing as a substitute for the YL 015120800?
A: Yale OEM bearings are precision-engineered for exact fit and performance. Non-OEM substitutes may have dimensional tolerance issues or inferior materials, leading to premature wear or equipment damage. Use OEM or validated equivalent bearings only.
Q: What material properties make the YL 015120800 suitable for lift trucks?
A: Yale OEM bearings use hardened steel races and balls with controlled tolerances to handle the high radial and axial loads typical in material handling. The bearing design minimizes friction and heat while supporting dynamic load cycling inherent in lift truck operation.