Product Description
Toyota OEM snap ring (00591-75385-81) designed for manual pallet jack applications, manufactured from hardened spring steel for retaining hydraulic or wheel assemblies. Outer diameter approximately 50 mm, thickness 1.90 mm, suitable for use with specified Toyota manual pallet jack models.
Specifications
Material & Construction
| Material Specification | Spring steel, hardened |
Part Numbers
| OEM Part Number | 00591-75385-81 |
| Manufacturer Part Number | 00591-75385-81 |
Frequently Asked Questions
Q: What are the dimensions and material specifications for the 00591-75385-81 snap ring?
A: The 00591-75385-81 is a Toyota OEM snap ring manufactured from hardened spring steel. The outer diameter is approximately 50 mm with a thickness of 1.90 mm. This specification is designed specifically for Toyota manual pallet jack applications.
Q: What is the 00591-75385-81 snap ring used for?
A: This snap ring retains hydraulic or wheel assemblies on Toyota manual pallet jacks. The hardened spring steel construction provides the necessary tension and durability for reliable retention in repeated load cycles.
Q: What Toyota manual pallet jack models use the 00591-75385-81 snap ring?
A: The 00591-75385-81 is compatible with Toyota manual pallet jack models equipped with 50 mm shaft diameters in hydraulic or wheel assembly applications. Verify the shaft diameter and assembly type on your equipment before ordering.
Q: Will the 00591-75385-81 work as a replacement for aftermarket snap rings?
A: The 00591-75385-81 is a Toyota OEM part with specific material hardness and dimensional tolerances. While aftermarket snap rings may appear similar, they may not provide equivalent spring tension or durability. Using the OEM part ensures consistent performance.
Q: What is the expected lifespan of the 00591-75385-81 snap ring?
A: Hardened spring steel snap rings like the 00591-75385-81 are long-lasting retention components. Failure typically occurs only after physical damage, loss of spring tension from repeated stress cycles over many years, or improper shaft diameter fit. Regular inspection for deformation or cracks will identify wear before failure.
