What is a crane?

The wall crane is a type of crane that can be mounted on the inner wall of the building. It allows users to move or lift heavy objects that they could not move manually. Because it is mounted on the wall, the crane of the wall can only move objects in the semicircular area. Depending on the model, the cranes on the wall can be controlled either using a manual string string or motorized control system. One end of the boom is attached to the bracket system or wall mounting system, while the other end has a hook, wires or another form of the elevator system. Depending on the unit, the boom can move up and down or side to the side along the height or wall width. The whole boom often moves along guides or tracks, although some simply depend on the wall, so that only the lifting mechanism moves. Some wall cranes even have a telescopic arm that create greater flexibility in terms of objects.

There are two basic varieties of crane walls on the paddockR and each is categorized on the basis of assembly requirements. The cantilever wall is equipped with a boom mounted at the top of the wall. This type of unit is best for maximizing the jack area in applications with low ceiling height. The tie with a coating has a boom located in the middle of the wall height, while the boom is supported by tie connected to the floor or ceiling. This design is cheaper and works best in areas with relatively large ceiling heights.

Wall Jib Crains offer a number of advantages over other crane designs. Because they are directly attached to the support of the columns inside the wall, they do not require complex feet or foundation systems. This significantly becomes installation costs and allows the use of a wall crane in a wider range of applications than many other types of lifting systems. By mounting the crane to the wall of users, the aušete floor surface, which makes these cranes the optimal choice for tight warehouses or work spaces. Wall cranes are also relatively small and portable in CfToss with other types of lifting devices and tends to have relatively low costs.

Due to their small size, however, the cranes on the wall generally have lower lifting capacity than the cranes of the tower or large pull -out systems. When they are mounted on the walls of the building, they often lay significant stress columns of the structural support of the building. In order to prevent these columns from failing, the buyers should consult a design engineer to propose the corresponding supports for moving cranes.