Product Description
BEARING assembly (SINGLE SHIELD)
Specifications
Product Overview
| Product Type | Bearing Assembly |
Physical Specifications
| Shield Configuration | Single Shield (One Side) |
| Race Material | Through-Hardened Bearing Steel |
| Ball Material | Through-Hardened Bearing Steel |
| Cage Material | Molded Nylon Retainer |
| Bearing Type | Ball Bearing Assembly |
| Protection Level | Partial - Contaminant Protection with Heat Dissipation |
Compatibility
| Applications | Manual Pallet Jacks, Material Handling Equipment |
Frequently Asked Questions
Q: What is a single shield bearing assembly and how does it differ from a sealed bearing?
A: A single shield bearing assembly has a steel cover on one side only, providing some protection from contaminants while allowing better heat dissipation than fully sealed bearings. Single shield designs are common in manual pallet jack applications where moderate protection is needed without excessive drag.
Q: Which manual pallet jack models use the 06001-06204 bearing assembly?
A: The 06001-06204 bearing assembly is compatible with most standard manual pallet jacks from manufacturers including Crown, Toyota, Raymond, Yale, and Hyster. Verify the bearing bore and outside diameter match your equipment specifications before ordering.
Q: What materials are used in this bearing assembly?
A: This bearing assembly uses through-hardened bearing steel races and balls with a molded nylon retainer cage, providing good durability for general material handling applications.
Q: How long does a manual pallet jack bearing typically last?
A: Bearing life depends on load, frequency of use, and maintenance. Under normal warehouse conditions with proper lubrication, single shield bearing assemblies typically last 3 to 5 years before showing wear or increased friction.
Q: Are there cross-reference part numbers for the 06001-06204?
A: Contact us directly with your equipment make and model, and we can identify equivalent part numbers and compatible bearing assemblies from our inventory.
