








| Specifications | Value |
|---|---|
| No. | 969085 |
| 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
【 Second-hand Kobelco SK200-8YN10 Excavator 】 This second-hand Kobelco SK200-8YN10 excavator is an extremely cost-effective choice, renowned for its affordability. It is highly suitable for users with limited budgets who still pursue efficient operations. The working time of this excavator is only 3,500 hours. For a medium-sized excavator, this usage period means that it is still in good working condition and has a relatively long remaining service life. In terms of the power system, this excavator is equipped with a high-performance Cummins engine, which is renowned for its excellent fuel economy and strong power output, ensuring stable and reliable power support under various working conditions. Whether it's excavation, loading or crushing operations, they can all be handled with ease, meeting your diverse needs. The hydraulic system adopts advanced negative flow control technology, which can achieve more precise operation response and higher work efficiency. In addition, its unique energy-saving mode design not only ensures operational efficiency but also effectively reduces fuel consumption, further saving operating costs. The stability and reliability of the hydraulic system have been widely recognized, and it can maintain good
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