Product Description
Yale YL 065771100 Riser, Wheel & Axle Assembly engineered for electric lift truck integration. Precision alloy steel axle with sealed ball bearing and high-durability polyurethane wheel. Designed for drop-in mounting in Yale lift truck applications. Rated for 2200 lbs at 24 inch load center.
Specifications
Material
| Wheel Hardness | Polyurethane, 95 Shore A |
Part Numbers
| OEM Part Number | YL 065771100 |
| Alternative Part Number | 0657711-00 |
Performance
| Service Factor | 1.15 |
Frequently Asked Questions
Q: What is the load capacity of the YL 065771100 riser wheel and axle assembly?
A: The YL 065771100 is rated for 2200 lbs at 24 inch load center. This rating applies to typical warehouse duty cycles with balanced loads. Do not exceed this capacity or use the assembly outside its design parameters.
Q: What is the wheel hardness and material for the YL 065771100?
A: The wheel is polyurethane with 95 Shore A hardness, providing durability and wear resistance in material handling applications. This hardness level balances load capacity with floor protection and grip characteristics on typical warehouse surfaces.
Q: Does the YL 065771100 have a sealed bearing?
A: Yes, the YL 065771100 features a sealed ball bearing design. The sealed construction prevents dirt, moisture, and debris contamination, extending bearing life and reducing maintenance in typical warehouse and dock environments.
Q: What is the alternative part number for the YL 065771100?
A: The alternative part number is YL 0657711-00. Both SKUs reference the same riser wheel and axle assembly with identical specifications and performance ratings.
Q: What Yale lift truck models are compatible with YL 065771100?
A: This assembly is designed for drop-in mounting in Yale electric lift truck applications. Verify your equipment model and serial number against Yale parts documentation for fitment confirmation before ordering.
Q: What is the service factor for this riser assembly?
A: The YL 065771100 has a service factor of 1.15, indicating the assembly is designed with a safety margin above the rated load. This factor accounts for shock loading and typical operational stress in material handling duty.