Product Description
YL 506790501-A is a Yale-branded load wheel assembly for electric lift trucks, constructed with polyurethane tread (Durarun Poly 95A) and a cast iron hub. Precise dimensional and bearing specifications for YL 506790501-A are not detailed in available sources; confirm with OEM for critical applications.
Specifications
Material
| Wheel Material | Polyurethane ( Poly 95A, from Yale wheel type references) |
| Hub Construction | Cast iron (from Yale wheel references; confirm with OEM if critical) |
Part Numbers
| OEM Part Number | YL 506790501-A |
| Cross-Reference Part Numbers | No cross-reference part numbers available for YL 506790501-A in selected sources |
Frequently Asked Questions
Q: What equipment does the YL 506790501-A load wheel assembly fit?
A: The YL 506790501-A is a Yale OEM load wheel assembly for electric lift trucks. This is the complete assembly including hub. Confirm your lift truck model and serial range match this part number before ordering.
Q: What is the material specification for the YL 506790501-A?
A: The YL 506790501-A features a Durarun Poly 95A polyurethane tread bonded to a cast iron hub. The 95A durometer indicates a hard, durable compound suitable for general warehouse and manufacturing environments.
Q: Does the YL 506790501-A come with bearings installed?
A: The YL 506790501-A is a load wheel assembly with cast iron hub. Bearing specifications and whether pre-installed bearings are included have not been detailed in available sources. Contact us with your equipment model for bearing details.
Q: What is the difference between YL 506790501 and YL 506790501-A?
A: The YL 506790501-A designation indicates it is the complete assembly version with specific hub construction. The base YL 506790501 may refer to the wheel core. Verify which assembly type your equipment requires.
Q: When should I replace the YL 506790501-A?
A: Replace when polyurethane tread is worn flat, chunks are missing, the wheel no longer rolls freely due to bearing wear, or the hub shows cracks. Worn wheels reduce equipment stability and floor control.