Product Description
Raymond RA 632-157-007 is a heavy-duty electric lift truck load wheel assembly, specified with industrial 95A durometer polyurethane tread, 6205 series sealed bearings, and engineered for high-cycle pallet truck applications.
Specifications
Material & Construction
| Tread Compound | Polyurethane, 95A Durometer |
| Wheel Material | High performance cast polyurethane |
| Bearing Type | 6205 series sealed ball bearings |
Part Numbers
| Part Number | RA 632-157-007 |
| Manufacturer Part Number | RA632-157-007 |
Performance
| Tread Hardness | 95 Shore A durometer |
| Application | High-cycle electric pallet truck applications |
Frequently Asked Questions
Q: What bearing type does the RA 632-157-007 load wheel assembly use?
A: The RA 632-157-007 is equipped with 6205 series sealed ball bearings. Sealed bearings reduce contamination ingress and extend service life in high-cycle operations.
Q: What is the tread compound and durometer rating for the RA 632-157-007?
A: The RA 632-157-007 features high-performance polyurethane tread with 95A Shore durometer hardness. This provides excellent wear resistance and load-bearing capability for demanding pallet truck applications.
Q: What is the core material for the RA 632-157-007?
A: The RA 632-157-007 core is constructed from cast polyurethane. This material delivers consistent performance and longevity in high-cycle warehouse and distribution operations.
Q: What type of applications is the RA 632-157-007 engineered for?
A: The RA 632-157-007 is specified for high-cycle pallet truck applications. The sealed 6205 bearings, 95A polyurethane tread, and cast core combination make it suitable for continuous-duty material handling environments.
Q: How does the RA 632-157-007 compare to plain bore wheels?
A: The RA 632-157-007 incorporates sealed ball bearings for reduced maintenance and extended operational life compared to plain bore wheels. Sealed bearings prevent dirt and moisture infiltration, making this wheel better suited for high-volume operations and washdown environments.