Product Description
OEM Crown CR 042185 Shaft for electric lift truck lift linkage assembly; precision steel, 1.93 inch nominal length, compatible with GPW Series. Induction hardened wear surfaces for durability in articulated motion. No cross-reference part numbers available.
Specifications
Material & Construction
| Material Specification | Precision-machined steel |
| Surface Finish | Turned and polished finish per OEM specification |
Part Numbers
| OEM Part Number | CR 042185 |
| Manufacturer Part Number | CR 042185 |
| Associated Components | Often installed with adjacent shafts CR 042190, CR 042215, CR 042192, CR 043350; associated with bushing CR 042053-008 in lift linkage assembly |
Frequently Asked Questions
Q: What is the CR 042185 shaft used for?
A: The CR 042185 is an OEM Crown shaft for the lift linkage assembly on GPW Series electric lift trucks. It is a precision component that transmits motion in the articulated lift mechanism.
Q: What are the dimensions of the CR 042185 shaft?
A: The CR 042185 has a nominal length of 1.93 inches. Verify this dimension matches your equipment assembly before ordering.
Q: What material and surface treatment does the CR 042185 have?
A: The CR 042185 is precision-machined from steel with induction hardened wear surfaces. This treatment provides durability and wear resistance in articulated motion applications.
Q: What related components are installed with the CR 042185?
A: The CR 042185 is often installed adjacent to shafts CR 042190, CR 042215, and CR 042192 in the lift linkage assembly. The bushing CR 042053-008 is also part of this assembly. Confirm all components match your equipment configuration.
Q: Are there alternative or cross-reference part numbers for the CR 042185?
A: No cross-reference part numbers are available for the CR 042185. This is a direct OEM Crown component with no known interchange options.
Q: Why does the CR 042185 have induction hardened wear surfaces?
A: Induction hardening increases surface hardness and wear resistance on the shaft. This extends component life and maintains tight tolerances in the linkage assembly during repeated lift and lower cycles.