Sany SAC2000C8

SANY SAC2000C8 Mobile Crane is designed to excel in a range of demanding construction applications. With reliable lifting capacity and reach, it is ideal for positioning heavy structural elements with precision and safety in various construction settings. In bridge construction, its robust load-bearing capabilities and long boom are particularly advantageous, meeting the high lifting requirements where weight and reach are critical. The crane’s extended boom and fixed jib lengths make SAC2000C8 Mobile Crane well-suited for wind turbine installation, efficiently handling tall, heavy components essential to renewable energy projects. Additionally, its precision lifting capabilities make SANY SAC2000C8 an optimal choice for the installation and maintenance of telecommunication towers, enabling stable and accurate handling of large tower sections.

SANY SAC2000C8 is powered by a robust 391 kW engine, supporting a maximum lifting capacity of 160 tons. SAC2000C8 Mobile Crane features a main boom with an impressive length of 74.8 meters, allowing for substantial reach and versatility on-site. Additionally, SANY SAC2000C8 Mobile Crane includes a fixed jib that ranges in length from 18 to 34 meters, providing added lifting height and flexibility to handle diverse and demanding lifting tasks.

SANY SAC2000C8 Mobile Crane offers advanced features that set it apart in the heavy lifting industry. Its Single Cylinder Boom Pinning Technology enhances operational efficiency by simplifying boom deployment, allowing for faster setup times, which is crucial in high-demand lifting projects. With a class-leading load capacity of 160 tons, SANY SAC2000C8 is equipped to handle the oversized loads common in applications such as bridge construction and wind turbine assembly. Safety is prioritized through the SANY Load Moment Indicator (LMI), which monitors load limits in real time to prevent overloading and maintain stability. Additionally, the RootCloud MachineLink+ Telematics system enables operators to track crane performance and status remotely, enhancing operational diagnostics and efficiency, while offering better fleet management for large-scale projects.