Product Introduction: The rail-mounted column cantilever crane is composed of a column, a slewing arm, a slewing drive device and a chain electric hoist. The lower end of the column is generally fixed on the concrete foundation through anchor bolts. For large-tonnage cantilever cranes, a more solid foundation is obtained through deep pit pre-embedding. In terms of driving, a cycloidal pinwheel reduction device is used to drive the slewing arm to rotate. The electric chain hoist (including the trolley) runs left and right in a straight line on the flexible beam and lifts heavy objects. The rail-mounted column cantilever crane is widely used in different places in various industries. It has the characteristics of light weight, long cantilever, large lifting capacity, small floor area, and simple installation, operation and maintenance. It has a simple structure, is safe and reliable, and is highly efficient and energy-saving. It can be flexibly operated within the designed working space according to local conditions and is applied in occasions with dense working sections and large height differences. It has more advantages than other conventional lifting equipment. The rail-mounted column cantilever crane is composed of a column, a slewing arm, a slewing drive device and a chain electric hoist. The lower end of the column is generally fixed on the concrete foundation through anchor bolts. Large-tonnage cantilever cranes obtain a more solid foundation through deep pit embedded methods. In terms of driving, a cycloidal pinwheel reduction device is used to drive the slewing arm to rotate. The electric chain hoist (including the trolley) runs left and right in a straight line on the flexible beam and lifts heavy objects.
The rail-mounted column cantilever crane is widely used in different places in various industries. It has light weight, long cantilever, large lifting capacity, small floor area, and is simple to install, operate and maintain. It has the characteristics of simple structure, safety and reliability, high efficiency and energy saving. It can be flexibly operated within the designed working space according to local conditions. It is applied in occasions with dense working sections and large height differences. It has more advantages than other conventional lifting equipment.
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