Product Description
Bearing
Frequently Asked Questions
Q: What forklift equipment does bearing 0100842-00 fit?
A: This bearing is designed for forklift load wheel and drive train applications. It is compatible with common OEM forklift brands including Crown, Toyota, Raymond, Hyster, Jungheinrich, Linde, Clark, Mitsubishi, and CAT. Verify your equipment model and bearing dimensions before ordering.
Q: What are common failure modes for forklift bearings?
A: Forklift bearings fail due to excessive side loading, inadequate lubrication, contamination from debris, water intrusion, and bearing race spalling. Symptoms include grinding noises, rough rotation, heat buildup, and loss of load wheel alignment. Inspect bearings regularly and replace if wear is evident.
Q: What material and construction is used in bearing 0100842-00?
A: This bearing is manufactured with through-hardened bearing steel for the races and reinforced cage material for forklift duty cycle requirements. The construction supports both radial and axial load capacity needed in industrial forklift operations.
Q: What is the service life of a forklift bearing?
A: Forklift bearing life typically ranges from 3-7 years depending on equipment usage, load intensity, environmental conditions, and maintenance practices. Heavy-duty warehouse operations with contaminated environments experience shorter bearing life and require more frequent replacement cycles.
Q: Can bearing 0100842-00 be used as a cross-reference or replacement for other forklift models?
A: Cross-reference compatibility depends on matching bore size, outer diameter, width, and load rating specifications. Different forklift manufacturers use different bearing dimensions. Verify part numbers and specifications against your equipment documentation to ensure correct fitment.
Q: How does operating environment affect bearing durability?
A: Bearings used in outdoor, wet, or salt-spray environments deteriorate faster than those in dry indoor warehouses. Cold storage operations also accelerate wear. Indoor ambient temperature and humidity controlled environments maximize bearing assembly lifespan.