XE215CLL long reach arm boom crawler excavator Max Digging Radius 15430mm

XE215CLL hydraulic excavator with super long reach is a new self-developed product by adopting the latest technology and the advanced technology of similar products abroad. It is an efficient excavator with the latest technology, full attention to safety and environmental performance, and high production efficiency.
Based on the full absorption of internationally advanced technology and relying on independent innovation, the fully upgraded XE215CLL hydraulic excavator has more power, lower fuel consumption and stronger working performance. It can be widely used in river dredging, lake cleaning, reservoir maintenance and other special working conditions.
In addition, it has strong adaptability to the implementation of revetment and slope operation, agricultural construction, wetland and soil exhumation after swamp pumping.
1. High-end configuration·Excellent performance

XE215CLL is suitable for earth and stone construction projects such as municipal construction, highway bridges, housing construction, road engineering, farmland water conservancy construction, port construction and so on, it has features of good flexibility and maneuverability, low fuel consumption, high construction efficiency, large digging force, comfortable driving environment and wide range of application.

2. New generation·Environmental·Energy-saving·Large power engine

New generation environmental engine is adopted in this machine, which has both excellent environmental performance and large power, matched with ow fuel consumption design, operating costs are significantly reduced, and fuel consumption is reduced by 10% or less compared to previous generation of machine.

3. With independently developed intelligent study-type control system in XE215CLL series, it can be matched efficiently and reasonably so that the resistance of hydraulic oil return system is greatly decreased, working efficiency reaches above 15% (compared with old model XE215CLL), which has the highest earthwork efficiency among similar models.

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