Product Description
Crown CR 41126 Pivot Axle is a hardened steel component engineered for use as the primary frame pivot axle in Crown PTH Series manual pallet jacks. Designed with precision machining and induction hardened wear surfaces, this axle ensures robust transfer of mechanical loads in pallet jack frame assemblies.
Compatibility: Fits pallet jacks made by Crown, model PTH. SKU: CR 41126
Specifications
Material & Construction
| Material | Hardened steel, precision ground |
| Surface Finish | Machined finish, oil-coated |
| Wear Treatment | Induction hardened wear surfaces |
Part Information
| Part Number | CR 41126 |
| Manufacturer | Crown Equipment |
| Application | Frame pivot axle for manual pallet jacks |
Frequently Asked Questions
Q: What is the CR 41126 used for?
A: The CR 41126 is the primary frame pivot axle for Crown PTH Series manual pallet jacks. It serves as the structural component that transfers mechanical loads through the jack frame assembly during lifting and steering operations.
Q: What material and surface finish does the CR 41126 have?
A: The CR 41126 is precision ground hardened steel with induction-hardened wear surfaces. The finish is machined and oil-coated to provide corrosion resistance and smooth operation.
Q: Which Crown pallet jack models use the CR 41126?
A: The CR 41126 is engineered for Crown PTH Series manual pallet jacks. Confirm your jack matches the PTH model designation before ordering.
Q: Why is the CR 41126 induction hardened?
A: Induction hardening increases wear resistance at the pivot point surfaces where the jack frame articulates. This prolongs service life under continuous loading and repetitive steering movements typical of warehouse and handling environments.
Q: What maintenance does the CR 41126 require?
A: The CR 41126 is designed for long service life with minimal maintenance. Periodic inspection for wear or damage at pivot points is recommended. The oil coating provides baseline corrosion protection; reapplication of light oil may be beneficial in high-moisture environments.