Product Description
The Raymond Poly Load Wheel Assembly delivers reliable performance for Class III electric pallet trucks. Manufactured from abrasion-resistant XL grade polyurethane with a Shore A durometer of 97A, this wheel provides smooth rotation and durability under sustained load in warehousing and distribution environments.
Specifications
Material
| Wheel Material | Polyurethane |
| Durometer Rating | 97A |
| Finish | Molded polyurethane, natural finish |
Bearing
| Bearing Type | Extended inner race ball bearings |
Application
| Compatibility | Class III electric pallet trucks - Raymond models 8300, 8400, 8500, 8600 |
| Manufacturer Part Number | RA 632-421/CR7-XL-A |
Frequently Asked Questions
Q: What are the dimensions of the 632-421/CR7-XL-A load wheel?
A: The wheel has a nominal diameter and nominal length. Confirm these dimensions match your Raymond truck axle assembly before ordering.
Q: What bearing type does the 632-421/CR7-XL-A use?
A: The wheel is equipped with extended inner race ball bearings. These bearings are specifically engineered for Class III electric pallet trucks and provide smooth rotation under sustained load.
Q: Is the 632-421/CR7-XL-A compatible with Raymond electric pallet trucks?
A: Yes. The wheel is specifically engineered for Raymond pallet truck axle assemblies, compatible with Class III models 8300, 8400, 8500, and 8600.
Q: What durometer rating does the 632-421/CR7-XL-A have?
A: The wheel has a Shore A durometer of 97A. This high-durometer, abrasion-resistant XL grade polyurethane compound resists wear in high-impact and heavy-load scenarios.
Q: What finish does the 632-421/CR7-XL-A have?
A: The wheel features a molded polyurethane finish in natural color. No additional coatings or protective treatments are applied; the natural polyurethane surface provides durability and grip.
Q: What is the material composition of this load wheel?
A: The wheel is manufactured from XL grade polyurethane, an abrasion-resistant compound designed to withstand heavy-duty warehouse and distribution center operations with minimal wear over extended use cycles.
