Product Description
Lockwasher, OEM part number 08915-23810, designed for use in manual pallet jack assemblies to prevent fastener loosening. Constructed of high-carbon steel for secure performance in dynamic, high-vibration environments.
Specifications
Material
| Material Specification | High-carbon steel, conical spring form |
Part Numbers
| OEM Part Number | 08915-23810 |
| Manufacturer Part Number | 08915-23810 |
Frequently Asked Questions
Q: What material is lockwasher SKU 08915-23810 made from?
A: This lockwasher is constructed from high-carbon steel in a conical spring form. The high-carbon steel composition provides superior hardness and load-bearing capacity, making it durable in high-vibration environments typical of manual pallet jack assemblies.
Q: What equipment is the 08915-23810 lockwasher compatible with?
A: The 08915-23810 is designed for manual pallet jack assemblies from common manufacturers including Crown, Toyota, Raymond, Yale, and similar material handling equipment. It secures fasteners in dynamic assembly points where vibration prevention is critical.
Q: Why does a conical spring form lockwasher prevent fastener loosening?
A: The conical spring form maintains constant tension on the fastener even as vibrations from equipment operation try to loosen it. As the fastener tightens, the washer flattens slightly, then springs back to resist loosening, providing mechanical lock-out without requiring additional adhesives or replacement.
Q: Is the OEM part number the same as the SKU for 08915-23810?
A: Yes, the OEM part number and manufacturer part number are both 08915-23810, matching the SKU exactly. This is the verified OEM component, not an aftermarket replacement.
Q: How long does a high-carbon steel lockwasher typically last in service?
A: High-carbon steel lockwashers are designed for the service life of the equipment. They do not wear out like rubber or plastic components. Failure typically occurs only if the fastener itself fails, the washer becomes damaged during installation, or the equipment experiences extreme overload beyond design specifications.
