Product Description
Raymond OEM load wheel RA 631-051-007 for electric lift trucks features a 4.000 inch diameter, 2.880 inch tread width, and 2.047 inch bore, constructed of Durarun 95A polyurethane bonded to a machined steel core with 6205 bearing fitment. Designed for high-capacity lift applications requiring durable, high-hardness load wheels.
Specifications
Material & Construction
| Construction | Cast polyurethane tread bonded to machined steel core |
| Tread Material | Durarun 95A polyurethane |
| Tread Hardness | Durometer 95A Shore |
Physical Specifications
| Diameter | 4.000 inch |
| Tread Width | 2.880 inch |
| Bore | 2.047 inch |
| Bearing Fitment | 6205 bearing fitment |
Part Numbers
| Part Number | 631-051-007 |
| Manufacturer Part Number | 631051007 |
| Cross-Reference Part Numbers | Raymond 631-051-007, RA631-051-007, RA631051007, 631051007 |
| Equivalent Part Numbers | 631-051-007-A, 631051007A, RA631051007A |
Frequently Asked Questions
Q: What are the core specifications for RA 631-051-007?
A: RA 631-051-007 has a 4.000 inch outer diameter, 2.880 inch tread width, and 2.047 inch bore. The wheel features Durarun 95A polyurethane bonded to a machined steel core with 6205 bearing fitment.
Q: Which Raymond lift trucks use RA 631-051-007?
A: RA 631-051-007 is designed for Raymond electric lift trucks requiring high-capacity load wheels. Verify your equipment model against manufacturer specifications before ordering.
Q: What is the hardness rating of RA 631-051-007 tread?
A: The Durarun 95A polyurethane tread has a hardness rating of 95 Shore A, providing high wear resistance and durability in high-capacity lift applications.
Q: What are the equivalent part numbers for RA 631-051-007?
A: Cross-reference and equivalent part numbers include RA 631-051-007-A, RA631051007A, 631051007A, 631051007, and Raymond RA631-051-007.
Q: Why is RA 631-051-007 built with a machined steel core?
A: The machined steel core provides structural strength and precision bearing fitment necessary for high-capacity lift applications. Steel construction resists deformation under sustained load cycles.