Product Description
OEM bearing assembly for manual pallet jack applications. Precision radial ball bearing engineered for load and steer wheels, constructed from high-carbon steel with through-hardened raceways for extended service in industrial duty pallet trucks. Application-specific press-fit design intended for direct replacement and maintenance of compatible manual pallet jack models.
Specifications
Part Numbers
| OEM Part Number | 40560042 |
| Manufacturer Part Number | 40560042 |
Frequently Asked Questions
Q: What is the 40560042 bearing assembly designed for?
A: The 40560042 is a precision radial ball bearing assembly engineered for load wheel and steering wheel applications on manual pallet jacks. It is constructed from high-carbon steel with through-hardened raceways for industrial-duty performance and extended service life.
Q: Which pallet jack brands and models use the 40560042 bearing?
A: The 40560042 bearing is compatible with standard manual pallet jacks from manufacturers including Crown, Toyota, Raymond, Yale, and similar equipment brands. Check your equipment documentation to verify the part number matches before ordering.
Q: What material specifications does the 40560042 bearing have?
A: The 40560042 features high-carbon steel construction with through-hardened raceways designed for heavy-duty industrial applications. The precision design ensures accurate load distribution and reduced vibration in load and steer wheel assemblies.
Q: How does press-fit design on the 40560042 affect replacement?
A: The 40560042 uses application-specific press-fit design intended as a direct replacement for OEM bearing assemblies. The precision fit ensures proper alignment and load transfer. Verify bore diameter and mounting specifications match your equipment before ordering.
Q: What is the typical service life of the 40560042 bearing?
A: The 40560042 bearing typically provides 3 to 5 years of service in standard warehouse and material handling operations. Through-hardened raceways resist wear and fatigue. Environmental factors such as wet floors, cold storage, and high-speed operation may reduce service intervals.
