Product Description
The RA 939-353-251-XL is a Poly 97A Caster Wheel Assembly engineered as a direct replacement for Raymond electric lift trucks. This caster assembly is constructed from shock-absorbing polyurethane, offering a 97A Shore hardness for durability in high-utilization, impact-prone environments. Technical specifications are limited in open-source documentation; critical dimensional and performance metrics are not publicly available. No cross-reference or superseding part numbers are identified; the pa
Compatibility: Fits pallet jacks made by Raymond, model 102XM Walkie Pallet Truck. SKU: RA 939-353-251-XL
Specifications
Material
| Material Specification | Polyurethane, Shore 97A hardness |
Part Numbers
| OEM Part Number | RA 939-353-251-XL |
| Cross-Reference Part Numbers | No cross-reference, supersedes, or equivalent part numbers available for RA 939-353-251-XL |
Frequently Asked Questions
Q: What is the material and hardness rating of the RA 939-353-251-XL?
A: The RA 939-353-251-XL is engineered from shock-absorbing polyurethane with a 97A Shore A hardness rating, providing greater rigidity and durability compared to lower hardness grades. This formulation suits high-utilization and impact-prone environments.
Q: What Raymond equipment does the RA 939-353-251-XL fit?
A: The RA 939-353-251-XL is engineered as a direct replacement caster wheel assembly for Raymond electric lift trucks. Verify your specific model compatibility before ordering, as limited dimensional data is available in public documentation.
Q: Are there cross-reference or equivalent part numbers for the RA 939-353-251-XL?
A: No cross-reference, superseding, or equivalent part numbers are currently available for the RA 939-353-251-XL. This is a unique part designation with no identified alternates.
Q: How does the RA 939-353-251-XL compare to the standard RA 939-353-251?
A: The RA 939-353-251-XL uses a 97A polyurethane compound versus the 95A used in the standard RA 939-353-251. The higher durometer rating provides increased hardness and wear resistance for applications requiring greater rigidity.