










| Specifications | Value |
|---|---|
| No. | 970757 |
| Tonnage (tons) | 20 |
| Working weight (kg) | 20000 |
| Bucket capacity (m³) | 0.8 |
| power | Traditional power |
| manufacturer | Joint venture/Import |
| bucket | backhoe |
| Engine type | Mitsubishi 6D34-TLU2D |
| Rated power (kw/rpm) | 110/2000 |
| Cooling mode | water-cooling |
| Working form | Water-cooled, four-stroke, six-cylinder, direct injection, turbocharged, built-in intercooling |
| Ground specific pressure (Kpa) | 45; 35 |
| Rotation speed (rpm) | 11 |
| Climbing ability (%) | 70 |
| Bucket digging force (kN) | 143; Supercharged state: 157 |
| Rod digging force (kN) | 97.1; Supercharged state: 107 |
| Travel speed (km/h) | 1 speed: 4.0 2 speed :6.0 |
| Main overflow set pressure (Mpa) | 34.3; Supercharged state: 37.8 |
| Main pump type | Double variable displacement axial piston pump pilot gear pump |
| Fuel Tank (L) | 340 |
| Track plate width (mm) | 600; 800 |
Description
【 Premium 15-year-old Kobelco SK200-8 Super 8 Excavator 】 This 2015 Kobelco SK200-8 Super 8 excavator is one of the highly praised classic models in the market. It has a working time of only 4,500 hours. For a second-hand device, this usage time is very ideal, indicating that its core components are still in good working condition and have a long service life in the future. In terms of the power system, this model is equipped with an efficient in-line four-cylinder water-cooled diesel engine, with a maximum output power of up to 110kW (approximately 148 horsepower). This not only ensures strong power output but also takes into account fuel economy. It can maintain stable and reliable performance even under complex working conditions, and handle operations such as excavation, loading and crushing with ease. The hydraulic system is a major highlight of this excavator. It adopts an advanced closed center load sensing hydraulic control system, which can achieve precise and rapid operation response. In combination with the large-capacity oil tank design, it ensures the stability and efficiency of the hydraulic system during long-term continuous operation. In addition, its unique energy-saving mode can effectively reduce fuel consumption
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