LW900K 9 Ton Wheel Loader
Product Description
The LW900KN 9 ton wheel loader is the latest generation of products with an international advanced level, which is made with an international R&D platform. The machine is solid in structure, strong in power, stable and reliable, safe and comfortable, energy-saving and efficient, and is the first choice for production equipment in ports, logistics and large mines.
Main Parameters
| Item | Unit | Parameter |
| Rated operating load | kg | 9000 |
| Bucket capacity | m³ | 5 |
| Machine weight | kg | 29500 |
| Max. breakout force | kN | 260 |
| Wheel tread | mm | 2460 |
| Wheelbase | mm | 3600 |
| Overall machine dimension L×W×H | mm | 9400×3500×3770 |
| Engine model | - | QSM11 |
| Rated Power/speed | kW/rpm | 250/2100 |
Product Performance
1. Scientifically matched and deeply optimized drive train, international leading quality gearbox and drive axle, more efficient and reliable.
2. Long wheelbase and heavy-duty design, three-dimensional simulation analysis and optimization of structural parts, to meet the needs of harsh working conditions.
3. The load-sensitive variable technology is used to provide pressure and flow according to the needs of the operation, and the fuel utilization efficiency is significantly improved by more than 10%.
4. The latest integrated FOPS&ROPS ultra-quiet cab, European and American mainstream style, large space, bringing together today's international leading technology, reaching world-class level, higher safety, wider vision, and more comfortable operation.
5. Equipped with an independent cooling system and a single-row large-space radiator, which completely solves the problem of thermal balance in various harsh environments.
6. According to different materials and working conditions, 4.0~7.0m³ buckets can be selected, and the maximum unloading height can reach 3.9m, which can cope with various working conditions freely.
7. Ultra-low-noise cab realize higher safety, broader visual field, and better operating comfort.
8. Achieve higher efficiency and reliability.
9. Meet the operation needs under severe working conditions.
10. Greatly improves the utilization efficiency of fuel.
11. Thoroughly solve the thermal balance difficult during operations under diversified severe environments.
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