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The Lonking LG6225E excavator is a medium-sized crawler hydraulic machine designed for urban construction, infrastructure development, large-scale earthworks, and mining operations. This model features a powerful engine and an efficient hydraulic system, providing exceptional performance in heavy-duty working conditions. The LG6225E is known for its excellent stability and high fuel efficiency, making it an ideal choice for medium-scale engineering projects.
Official Specifications:
The Lonking LG6225E excavator is a high-performance, stable, and fuel-efficient medium-sized hydraulic machine designed to handle complex working environments. Its powerful engine and efficient hydraulic system ensure superior performance under various working conditions. With excellent digging depth and working radius, the LG6225E is capable of tackling large earthworks and infrastructure projects with ease. Additionally, the optimized hydraulic system and fuel efficiency design help reduce operational costs, making it an economically viable solution for long-term use. It is the ideal choice for medium-scale engineering projects.
Official Specifications:
- Engine Type: Inline 6-cylinder diesel engine
- Engine Power: 130 kW (174 horsepower)
- Operating Weight: 22,500 kg
- Bucket Capacity: 0.9 m³
- Maximum Digging Depth: 6,460 mm
- Maximum Digging Radius: 9,500 mm
- Maximum Dump Height: 6,470 mm
- Travel Speed: 3.0 km/h (low speed), 5.5 km/h (high speed)
- Hydraulic System Flow Rate: 280 L/min
- Fuel Tank Capacity: 380 L
- Track Width: 600 mm
- Minimum Ground Clearance: 400 mm
- Machine Dimensions (L × W × H): 8,900 mm × 2,550 mm × 3,180 mm
The Lonking LG6225E excavator is a high-performance, stable, and fuel-efficient medium-sized hydraulic machine designed to handle complex working environments. Its powerful engine and efficient hydraulic system ensure superior performance under various working conditions. With excellent digging depth and working radius, the LG6225E is capable of tackling large earthworks and infrastructure projects with ease. Additionally, the optimized hydraulic system and fuel efficiency design help reduce operational costs, making it an economically viable solution for long-term use. It is the ideal choice for medium-scale engineering projects.