SC230.8H Hybrid Excavator
Inquire NowDescription
Lishide SC230.8H Hybrid Excavator represents the future of construction machinery with its innovative hybrid technology co-developed with Zhejiang University. This energy-saving excavator employs hydraulic energy storage technology to efficiently recover energy and optimize fuel usage, delivering exceptional fuel economy improvements of 15% to 20% compared to conventional excavators of similar tonnage.
Designed for reliability and durability, the SC230.8H features a robust hydraulic system that minimizes energy conversion losses, ensuring a stable and high-performance operation. The hydraulic accumulator charges and discharges quickly, enhancing efficiency, while the hydraulic pump/motor offers high output torque and precision control. With a compact design that requires minimal installation space, this excavator is both powerful and environmentally friendly, utilizing components that do not pollute the environment.
The system’s integration of energy recovery functions and engine fuel efficiency optimization establishes a new standard for hybrid power systems in heavy machinery, making the SC230.8H an excellent choice for modern construction needs.
Specifications
| Items | Unit | Parameters |
|---|---|---|
| Model | SC230.8H | |
| Operating weight | T | 22.6 |
| Bucket capacity | m³ | 0.8-1.2 |
| Engine model | Cummins 6BTAA5.9 | |
| Gradeability | % | 70 |
| Bucket digging force | Kn | 159.7 |
| Hydraulic pump | K3v112DT | |
| A-Total length | mm | 10145 |
| B-Total width | mm | 2980 |
| C-Total height (to boom top) | mm | 3285 |
| Total height (to cab top) | mm | 3120 |
| Track length | mm | 4256 |
| Track width | mm | 2980 |
| Max. digging height | mm | 9010 |
| Max. dump height | mm | 6180 |
| Max. digging depth | mm | 6345 |
| Max. vertical digging depth | mm | 5241 |
| Max. digging reach | mm | 9655 |
| Arm length | mm | 2500 |
| Boom length | mm | 5850 |
Additional Information
- Energy-saving design with a reliable and stable hybrid system.
- Environmentally friendly components that do not pollute the environment.
- Enhanced fuel economy and operational efficiency for cost-effective performance.
