Product Description
Bearing assembly (single shield), OEM part number 14535-11240-71, designed for manual pallet jack wheel and axle applications. Features ball bearing construction with single steel shield and grease lubrication. Fabricated using case-hardened carbon steel components for sustained durability in industrial environments.
Specifications
Material
| Cage Material | Pressed steel |
| Shield Material | Steel, single shielded |
| Bearing Material | Case-hardened carbon steel |
Part Numbers
| OEM Part Number | 14535-11240-71 |
| Manufacturer Part Number | 14535-11240-71 |
Frequently Asked Questions
Q: What is bearing assembly 14535-11240-71 designed for?
A: Bearing assembly 14535-11240-71 is an OEM part for manual pallet jack wheel and axle applications. The single-shield design provides ball bearing construction with grease lubrication for industrial material handling use.
Q: What are the material specifications for SKU 14535-11240-71?
A: Bearing material is case-hardened carbon steel with a pressed steel cage and single steel shield. Designed for sustained durability in warehouse and industrial environments with standard load and duty cycles.
Q: Is bearing 14535-11240-71 interchangeable with part number 14535-11240?
A: Yes. Part numbers 14535-11240-71, 14535-11240, and 14535-1124071 are cross-references of the same bearing. Confirm your equipment specification before ordering, as some models may require one variant over another.
Q: Which manual pallet jack brands are compatible with bearing 14535-11240-71?
A: This bearing fits multiple manual pallet jack brands, including Crown, Toyota, Raymond, Yale, Hyster, and Jungheinrich models. Verify your exact model and serial number match before ordering to confirm fitment.
Q: How long does bearing 14535-11240-71 last in warehouse service?
A: Case-hardened carbon steel construction provides 4 to 6 years of typical warehouse service life under standard load and duty cycles. Wet storage, contamination, or heavy use reduces bearing lifespan. Replace when noisy or when resistance to rotation increases.
