• Cross-section Design The octagonal boom cross-section design is commonly adopted. It not only reduces the self-weight but also significantly enhances the strength of the boom cylinder and its anti-extrusion stability.
• Strong Operational Capability: It has a stronger lifting capacity and a wider lifting range.
• Intelligent Configuration. There is a wealth of optional configurations. Besides the standard configuration, customers can also choose to equip functions such as remote-control operation, two-speed winch, moment-limit and overload protection, height limit, radiator, etc. These configurations can improve operational efficiency while ensuring that the lifting operations are safer and more reliable.
• Protection System: It is equipped with pressure overload protection. Tests are carried out for different load ratios, with different alarm sounds. Standardized tests ensure that they can meet various harsh working conditions.

The Nomer 20 Kren teleskopik ton is a remarkable piece of heavy-duty equipment that combines power, Presisi, lan versatility, setting a high standard in the lifting industry.

Unrivaled Lifting Capacity

With a staggering 20-ton lifting capacity, this crane is engineered to handle the most demanding lifting tasks. It can effortlessly hoist large-scale construction materials like massive steel columns for skyscrapers or heavy-duty industrial machinery during factory expansions. The advanced hydraulic system ensures smooth, stable, and controlled lifting operations, even at the maximum load limit. This makes it an essential asset for large-scale infrastructure projects, where the movement of heavy loads requires both strength and accuracy.

Advanced Telescopic Boom System

The telescopic boom of the Sany 20-ton crane is a technological marvel. It features multiple telescoping sections, allowing for an extensive and adjustable reach. Operators can precisely extend or retract the boom to access different heights and distances, thanks to the state – saka – The – art hydraulic controls. This versatility is crucial in various applications. Kayata, in high-rise building construction, the crane can reach upper floors to place construction materials with pinpoint accuracy. In large-scale port operations, it can efficiently load and unload heavy cargo from ships, adapting to different vessel sizes and berthing conditions.

Exceptional Mobility and Maneuverability

Mounted on a purpose-built, robust truck chassis, the Sany 20-ton crane offers outstanding mobility. It can be quickly transported to different job sites, minimizing transportation time and costs. The truck’s design ensures excellent maneuverability, enabling it to navigate through congested construction sites, narrow urban roads, and tight work areas. This mobility and ease of movement make it highly adaptable to diverse work environments, enhancing its overall efficiency and usability.

Stringent Safety Features

Safety is at the core of the Sany 20-ton crane’s design. It is equipped with a comprehensive set of safety features. Load – moment indicators continuously monitor the load and the crane’s operating conditions, providing real-time data to prevent overloading. Anti – two – block systems are in place 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. Kajaba iku, the operator’s cab is ergonomically designed, reducing operator fatigue and ensuring clear visibility, further enhancing safety.

Durability and Low Maintenance

Constructed with high-quality materials and advanced manufacturing techniques, the Sany 20-ton crane is built to last. Its components are engineered to withstand the harsh conditions of heavy-duty use, including extreme weather and continuous operation. The robust construction significantly 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 in the long run.