Product Description
BA 9988-049-A is a Baker electric lift truck load wheel assembly featuring a 3.25 inch wide polyurethane tread on a 6.00 inch diameter steel core. Engineered for Baker electric pallet trucks, this assembly delivers robust load support and abrasion resistance in demanding warehouse environments.
Specifications
Material
| Tread Material | Polyurethane industrial grade |
| Finish | Smooth finished tread surface |
Part Numbers
| OEM Part Number | BA 9988-049-A |
| Manufacturer Part Number | BA 9988-049-A |
Frequently Asked Questions
Q: What is the difference between BA 9988-049 and BA 9988-049-A?
A: The BA 9988-049-A is a complete load wheel assembly, while the BA 9988-049 is typically a wheel-only component. Both feature 3.25 inch width by 6.00 inch diameter polyurethane tread on steel core, but the A variant includes the full assembly configuration for your specific equipment.
Q: What are the specifications of the BA 9988-049-A load wheel assembly?
A: The BA 9988-049-A is a 3.25 inch by 6.00 inch polyurethane load wheel assembly with industrial-grade polyurethane tread on a steel core. It delivers smooth finished tread surface for reliable load support on Baker electric pallet trucks.
Q: Is the BA 9988-049-A compatible with Baker electric trucks?
A: Yes, the BA 9988-049-A is engineered specifically for Baker electric pallet trucks. It provides robust load support and abrasion resistance in demanding warehouse environments. Verify your equipment model to confirm assembly compatibility.
Q: What materials compose the BA 9988-049-A assembly?
A: The BA 9988-049-A features industrial-grade polyurethane tread bonded to a steel core. The smooth finished tread surface resists abrasion and provides consistent rolling performance under load.
Q: When should the BA 9988-049-A load wheel assembly be replaced?
A: Replace the BA 9988-049-A when polyurethane tread becomes visibly worn, cracked, or flattened, or when the wheel does not roll smoothly on the axle. Progressive wear is normal; replacement timing depends on utilization and load patterns.
