Features of Sany’s SAC6000

Sany has the world's advanced manufacturing technology. With well-made products, operational reliability, industry service, Sany's mobile crane series products won the trust of customers. Among them, the SAC6000 uses 7-arm structure, its maximum lifting height is 90m.It is equipped with low temperature starting device which enables the crane to work in cold winter under -30℃. At the same time, it has an admirable unique design.

Here are some advantages of SAC6000 in details.

Its engine, transmission, axle, and tires are all well-known brands with strong power to meet the demand of a variety of road driving. Using self-made special all-terrain chassis, its maximum speed is 75km/h; it is easy to operate, flexible in turning with better motor performance. It uses dual-circuit brake system which makes braking safer. At the same time, various braking modes make braking performance more reliable. Through the steam pressure of disc brake, brake pad replacement is simpler and quick. Its service life is longer and the braking force is more powerful. It uses leading international electro-hydraulic technology; the vehicle turning radius is small and safe. It can adapt to various complicated working conditions and its steering performance is more flexible. The leading international hydro-pneumatic suspension technology is adopted, so that the machine can automatically adjust in a large scale. It has the world-leading crane test runway road to ensure that the chassis driving performance more reliable.

 Its control system is all top international configuration, fully meet the European and American industry safety standards to ensure safe,stable and efficient operation. With high precision, high stability, high intelligent torque limiter system, and all-round protection of mobile cranes load operation, it makes the operation more accurate, more stable, and more comfortable. It has a user-friendly interaction interface design; it provides clear information. Customers can set up their own personal vehicle handling based on their operating habits.