Product Description
Precision replacement axle for wide load wheel assemblies used in Crown reach trucks. Manufactured from alloy steel for high wear resistance, this axle is engineered for tandem and multi-wheel load configurations. Direct replacement compatible with multiple Crown reach truck series for reliable warehouse operations.
Specifications
Part Numbers & Compatibility
| Make | Crown, Toyota, Yale, Cat Caterpillar, Hyster, Clark, Linde |
| Model | RD Series, RS Series |
| Application | Tandem and multi-wheel load wheel assemblies |
| Part Number | CR 073962-3 |
| Comparable Part Numbers | CR 073962-003, 73962-3 |
| Cross-Reference Part Numbers | Equivalent to CR 073962-003, supersedes 73962-3 |
Wheel Dimensions
| Width | 4.12 inches |
Additional Specifications
| Axle Material | Alloy steel construction |
| Surface Finish | Precision ground and polished |
Frequently Asked Questions
Q: What makes and models is the CR 073962-3 compatible with?
A: The CR 073962-3 is compatible with Crown, Toyota, Yale, Caterpillar, Hyster, Clark, and Linde reach trucks. It fits specific models including RR 3000 and RR 5200.
Q: What material and construction features does this axle offer?
A: The CR 073962-3 is manufactured from alloy steel for high wear resistance, ensuring durability under repetitive load cycles and extended service life in tandem load wheel applications.
Q: What are the cross-reference part numbers for the CR 073962-3?
A: The CR 073962-3 is equivalent to CR 073962-003 and supersedes 73962-3. These part numbers can be used interchangeably for ordering and inventory purposes.
Q: Can the CR 073962-3 replace earlier part numbers?
A: Yes, the CR 073962-3 supersedes 73962-3 and is equivalent to CR 073962-003. It can serve as a direct replacement in reach trucks originally equipped with these earlier part numbers.
Q: Is the CR 073962-3 suitable for tandem load wheel setups?
A: Yes, the CR 073962-3 is specifically engineered for tandem load wheel applications where dual wheels share a single axle. The alloy steel construction supports balanced load distribution and independent wheel rotation.
