Product Description
Yale YL 582031852 Poly Drive Tire Assembly with integrated hub, constructed from 92A durometer polyurethane for electric lift trucks. Cross-reference: YL582031852-XG. Suitable for Yale drive axle applications requiring high traction and durability.
Specifications
Material & Construction
| Tire Material | Polyurethane elastomer |
| Hub Material | Steel core with polyurethane tread |
Part Numbers
| OEM Part Number | YL 582031852 |
| Manufacturer Part Number | YL 582031852 |
| Cross-Reference Part Numbers | YL582031852-XG |
Frequently Asked Questions
Q: What is the difference between a drive tire and a load wheel on an electric lift truck?
A: Drive tires (like the YL 582031852) connect to the powered axle and propel the truck forward and backward. Load wheels are passive and provide support. Drive tires are subject to higher rotational forces and typically require different durometer compounds optimized for traction rather than pure wear resistance.
Q: What material is the YL 582031852 drive tire assembly made from?
A: The YL 582031852 consists of a steel core with a 92A durometer polyurethane tread layer. This construction combines structural strength from the steel hub with elasticity and traction from the polyurethane compound optimized for drive axle applications.
Q: Why does the YL 582031852 have 92A durometer instead of higher hardness?
A: The 92A durometer is softer than load wheel compounds, providing superior grip and traction for motor-driven rotation. This softness allows the tire to conform to floor surfaces and generate the friction needed for acceleration and deceleration without wheel slip.
Q: What cross-reference part number exists for the YL 582031852?
A: The cross-reference part number is YL582031852-XG. The -XG suffix indicates a variant specification. Verify your truck documentation specifies YL 582031852 or the -XG variant before ordering to ensure axle compatibility.
Q: How long does a 92A polyurethane drive tire typically last before replacement?
A: Drive tire lifespan depends on cycle frequency, load, and floor conditions. The softer 92A compound wears faster than harder load wheel compounds due to increased traction friction. Inspect tread depth and grip regularly. Replace when tread flattens or wheel slip occurs during acceleration.