Product Description
The 43312-FS000 is a smooth flat rubber drive tire manufactured for Barrett electric pallet jacks. OEM part number BR 43312-FS000 with cross-reference to BR43312-FS000-XGROOVE and equivalent variants. Constructed from an industrial-grade rubber compound for drive axle mounting, this tire is designed for long service life in material handling environments. Precision-machined mounting ensures compatibility with Barrett OEM specifications.
Specifications
Part Numbers & Compatibility
| OEM Part Number | 43312-FS000 |
| Manufacturer Part Number | BR 43312-FS000 |
| Cross-Reference Part Numbers | Supersedes BR43312-FS000-XGROOVE, equivalent to BR43312FS000XGROOVE, compatible with Barrett 2W2B |
Frequently Asked Questions
Q: What is the 43312-FS000 drive tire?
A: The 43312-FS000 is a smooth flat rubber drive tire designed for Barrett electric pallet jacks and Class-III lift trucks. It features an industrial-grade rubber compound optimized for drive axle mounting and engineered for long service life in material handling environments.
Q: Which equipment models use the 43312-FS000?
A: The 43312-FS000 is compatible with Barrett electric pallet jacks, including Barrett 2W2B models. Cross-references include BR43312-FS000-XGROOVE and BR43312FS000XGROOVE. Verify compatibility with your equipment before ordering.
Q: What material is used in this tire?
A: The 43312-FS000 features a smooth flat industrial-grade rubber compound profile engineered for optimal drive axle performance and durability in warehouse operations.
Q: How does the smooth flat profile affect performance?
A: The smooth flat tread design provides consistent contact with the drive axle and floor surface, ensuring predictable torque transfer, minimizing vibration, and delivering reliable power transmission through repeated material handling cycles.
Q: Can this tire be reused?
A: Reusability depends on visual inspection for wear, cracks, or deformation. Store in a cool, dry location away from direct sunlight and extreme temperatures to maintain tire integrity between uses.
