Sany SAC4000C8-8 Crane

SANY SAC4000C8 Mobile Crane is ideal for large-scale construction, bridge construction, wind turbine installations, and telecommunication tower erections. With its 400-ton lifting capacity and a main boom length of 93 meters, it offers exceptional lifting power and reach for handling heavy materials and equipment. In bridge construction, the SAC4000C8 Mobile Crane allows for the precise placement of massive beams and structures. For wind turbine installations, its lifting capacity and height enable the safe positioning of turbine components. Additionally, its superior reach and power make SANY SAC4000C8 well-suited for telecommunication tower erections, ensuring efficiency in remote or high-rise locations.

SANY SAC4000C8 is powered by a 199 kW engine, with a maximum lifting capacity of 400 tons. SAC4000C8 Mobile Crane features a main boom length of 93 meters, offering exceptional reach, and a fixed jib length ranging from 36 to 43 meters, providing added versatility for various lifting applications. With its high lifting capacity and extended boom, the SANY SAC4000C8 Mobile Crane is well-suited for large-scale construction projects, bridge construction, wind turbine installations, and telecommunication tower erections.

SANY SAC4000C8 Mobile Crane is equipped with several unique selling points that enhance its performance and efficiency. The self-assembling SANY ‘Y’ Superlift Device enables quick deployment while ensuring top-tier lifting power for large-scale projects. It features the SANY SYMC LMI System, which provides real-time data on ground pressure ratio, intelligent operation reminders, fault diagnostics, and GPS positioning, ensuring safe and efficient lifting operations. The RootCloud MachineLink+ Telematics system allows for remote monitoring, offering operators and fleet managers real-time insights into crane performance and maintenance needs. Additionally, the Superlift Tensioning Protection System maximizes lifting capacity while maintaining stability and safety throughout lifting processes.