NOUNOU
- Cross-section Design The octagonal boom cross-section design is commonly adopted. It significantly improves the strength of the boom cylinder and its anti-extrusion stability while reducing the self-weight.
- High Operational Capability: It has a stronger lifting capacity and a wider lifting range.
- Intelligent Configuration:n There are abundant optional configurations. Besides the standard configuration, customers can also choose functions such as remote-control operation, two-speed winch, moment-limit and overload protection, height limit, radiator, etc. These not only enhance operational efficiency but also ensure that the lifting operations are safer and more reliable.
- Protection System: There is pressure overload protection. Different load ratios are tested, accompanied by different alarm sounds. Standardized tests ensure that they can meet various harsh working conditions.
NGAAHI FOTUNGA
Ko e Sany 10 Loli ton Telescopic au is a versatile and reliable piece of heavy equipment, perfectly tailored to meet the demands of various lifting operations across multiple industries.
Impressive Lifting Capacity
Boasting a 10-ton lifting capacity, this crane is designed to handle a wide array of loads. ʻI he ngaahi ngāue langá, it can effortlessly lift medium-sized steel beams, pre – pre-fabricated building components, and large-scale construction materials. Whether it’s for building a residential complex or a small-scale commercial structure, the crane’s lifting power ensures that the materials are transported precisely to their required positions. The advanced hydraulic system provides smooth and stable lifting force, allowing for safe and efficient operations even when approaching the maximum load limit.
Flexible Telescopic Boom
The telescopic boom is a standout feature of the Sany 10-ton crane. Comprising multiple telescoping sections, it offers operators the flexibility to reach different heights and distances. Using advanced hydraulic controls, the boom can be extended or retracted with pinpoint accuracy. This makes it ideal for tasks such as installing equipment in industrial plants, where the crane needs to navigate around existing machinery to reach the installation point. In addition, during the construction of bridges or elevated structures, the telescopic boom can be adjusted to place precast segments at the desired location.
Enhanced Mobility
Mounted on a sturdy and well-engineered truck chassis, the Sany 10-ton crane offers excellent mobility. It can be easily transported from one job site to another, reducing the time and cost associated with equipment relocation. The truck’s design also ensures good maneuverability, enabling it to navigate through narrow construction site access roads, congested urban areas, and tight workspaces. This mobility makes it suitable for a wide range of projects, from urban construction projects with limited space to rural infrastructure development.
Comprehensive Safety Features
Safety is a top priority in the design of the Sany 10-ton truck telescopic crane. It is equipped with a load-moment indicator that continuously monitors the load and the crane’s operating conditions. This real-time monitoring helps prevent overloading, which is a common cause of crane accidents. Anti – two – block systems are installed to prevent the hook from colliding with the boom. The outriggers are designed to provide maximum stability during lifting operations and can be adjusted according to the ground conditions. The operator’s cab is ergonomically designed to reduce fatigue and ensure clear visibility, further enhancing safety.
Durability and Low Maintenance
Built with high-quality materials and advanced manufacturing techniques, the Sany 10-ton crane is highly durable. Its components are engineered to withstand the harsh conditions of heavy-duty use, including extreme weather and continuous operation. The robust construction reduces the frequency of breakdowns and maintenance requirements. This not only minimizes downtime but also cuts down on long-term operating costs, making it a cost-effective investment for businesses.
FAKAMATALA PAU
| Lifting Capacity | |
| Rated Lifting Load Mass | 10000 kilo ʻe |
| Rated Lifting Moment | 25 t·m |
| Lifting Load Range | |
| Basic Boom Length | 5.3 m |
| Number of Boom Sections | 5 |
| Maximum Lifting Height | 20.1 m |
| Maximum Hook Multiplier | 6 |
| Fully Extended Boom Length | 18.1 m |
| Maximum Working Radius | 17.7 m |
| Slewing Angle | Full rotation |
| Luffing Angle Range | 0 – 75° |
| Other Parameters | |
| Outrigger Span (Fully Extended) | 5.6 m |
| Rated System Pressure | 34 Mpa |
| Recommended System Flow Rate | 60 – 70 L/min |
| Fuel Tank Volume | 200 L |
| Three Most Important Parameters | |
| Rated Lifting Load Mass | 10000 kilo ʻe |
| Fully Extended Boom Length | 18.1 m |
| Maximum Lifting Capacity | 10000 kilo ʻe |
| Maximum Lifting Height | 20.1 m |
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