| Type: | Crawler Excavator |
|---|---|
| Usage: | Special Excavator |
| Bucket: | Grab Shovel |
| Transmission: | Hydraulic Transmission |
| Drive Type: | Electric Drive |
| Bucket Capacity: | 1.4cbm |
| Customization: |
|---|
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First, more energy saving and environmental protection
1. Highly maneuverable and environmentally efficient engine
The XE60WA uses a high-efficiency direct injection engine and is one of the most successful and reliable models in the world. The use of mechanical direct injection technology can achieve the best fuel economy and meet environmental emission requirements without post-treatment (DPF). The overall cylinder displacement is increased, the friction work loss is low, the structure is stronger, and the noise is lower. The engine has been carefully designed and commissioned for consistently stable and powerful power output at low speeds. Powerful torque to meet hydraulic system requirements and achieve faster duty cycles.
2, automatic idle speed
The full range of wheel excavation comes standard with an automatic idle function that saves fuel.
3, low noise design
The use of high static pressure low speed fans reduces additional fuel consumption and noise levels while improving cooling performance and providing optimum environmental friendliness.
Second, more efficient return
1. The XE60WA wheeled excavator has excellent maneuverability, is capable of frequent and highly maneuverable transition requirements, and saves you time and money with its efficient and reliable performance. With good digging forces, convenient operation and speed, the equipment can be efficiently put into daily work. The compact power hydraulic system and improved fuel efficiency mean intuitive maintenance costs and reduced environmental impact.
2, the best work efficiency
• Powerful electronic control system and hydraulic power boost to optimize power matching;
• Efficient low speed control features for better fuel efficiency and lower cost;
• Use a large flow pump unit to improve hydraulic valve handling and coordinated control of the work unit;
Third, more reliable and durable
1. Calculate the optimal load distribution of the entire boom structure using finite element analysis (FEA). The thickness and support of the sheet are strengthened according to the re-distribution, thereby improving the reliability of the boom and the service life of the components.
2. Forged at the hinge position of the stick and boom to extend the life of the stick. The thickness is increased at the position of the shaft hole support and the rocker at the end of the stick to improve the durability of the component.
3. The overall weight of the compact design is internally casted to effectively reduce the impact caused by external impact.
4. The rigid welded frame provides excellent durability. Hydraulic lines, high-quality gearboxes and heavy-duty axles make chassis drives more suitable for complex environments in wheeled excavators.
• Enhanced frame and smooth transmission ensure comfortable ride and better rugged terrain adaptability;
• The dozer blade cylinder and the leg cylinder cover the protection plate to avoid damage to the cylinder by the stone;
• Excellent driving performance: Provides high/low speed front gear reverse gear for complex terrain;
• Using Dana's advanced "Shift-On-Fly" shifting gearbox with synchronizer, with high speed mode and slow speed mode, greatly improving the success rate of shifting and reducing maintenance costs;
Fourth, more intelligent control, Excellent control strategy
• The vehicle's forward, neutral and reverse gears are located on the right side of the joystick, which fully complies with the road equipment handling habits;
• Rotate smooth jog dials and switches to control various device functions;
• Feature-rich monitor for real-time monitoring, data collection and maintenance of a wide range of information such as temperature and pressure;
• Excellent hydraulic control system, stable control, precise operation, reserved multiple custom interfaces, easy to configure other attachments;
• Three-stage front axle swing control mode (on/off/auto) for better driving performance.
| SPECIFICATIONS FOR 26 TON HYDRAULIC CRAWLER EXCAVATOR | |||
| Engine | Engine model | - | QSB7 |
| Rated power | kw/rpm | 150/2050 | |
| Max. torque | N.m/rpm | 825/1250 | |
| No. of cylinders | - | 6 | |
| Displacement | L | 6.7 | |
Main performance |
Walking speed | km/h | 6.1/3.8 |
| Rotary speed | r/min | 11.4 | |
| Climbing ability | ° | 35 | |
| Ground pressure | kPa | 52.1 | |
| Bucket digging force | kN | 185 | |
| Arm digging force | kN | 129 | |
| Max. traction | kN | 205 | |
Hydraulic system |
Main pump rated flow | L/min | 259*2 |
| Main safety valve pressure | MPa | 34.3/37 | |
| Travel system pressure | MPa | 34.3 | |
| Rotary system pressure | MPa | 25 | |
| Pilot system pressure | MPa | 3.9 | |
| Oil capacity | Fuel tank capacity | L | 400 |
| Hydraulic tank volume | L | 220 | |
| Working dimensions | Max. digging height | mm | 10095 |
| Max. digging depth | mm | 6925 | |
| Max. digging radius | mm | 10240 | |
| Min. turning radius | mm | 3510 | |
| Boom length | mm | 6000 | |
| Arm length | mm | 2964 | |
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