Product Description
MI 51064639 Poly Load Wheel Assembly 95A for Mitsubishi electric lift trucks features 3.25 inch diameter, 4.50 inch tread width, 20 mm bearing bore, and 95A polyurethane tread. Interchangeable with MT51064639, MB51064639, MU 51064639, JU51064639, and specified for Jungheinrich EJE120. Core constructed of machined steel. Designed for heavy-duty material handling applications.
Specifications
Material
| Tread Material Specification | Polyurethane, 95A durometer |
| Core Material | Machined steel |
Part Numbers
| Part Number | MI 51064639 |
| Cross-Reference Part Numbers | MT51064639, MB51064639, MU 51064639, JU51064639 |
| Application | Heavy-duty material handling, electric lift trucks |
Frequently Asked Questions
Q: What are the dimensions and material specifications for the 51064639 poly load wheel?
A: The 51064639 features a . The tread is polyurethane at 95A durometer, and the core is constructed from machined steel.
Q: Which equipment models and brands does the 51064639 fit?
A: This load wheel is designed for Mitsubishi electric lift trucks and compatible Jungheinrich models including the EJE120. It is interchangeable with MT51064639, MB51064639, MU 51064639, and JU51064639. Verify your equipment model before ordering.
Q: What are the cross-reference part numbers for the 51064639?
A: The 51064639 is equivalent to MT51064639, MB51064639, MU 51064639, and JU51064639. All of these numbers reference the same assembly and are interchangeable for compatible Mitsubishi and Jungheinrich equipment.
Q: Is the 51064639 suitable for heavy-duty material handling?
A: Yes. The 95A polyurethane tread and machined steel core construction make this load wheel rated for heavy-duty material handling applications. The 95A durometer provides durability and load capacity for commercial warehouse and distribution environments.
Q: What maintenance does the 51064639 require?
A: Inspect the wheel assembly regularly for wear, cracking, or flat-spotting. The bearing should be checked for play or noise. Replace when tread depth visibly reduces or the wheel shows uneven wear patterns. Proper wheel alignment prevents accelerated failure.
