Freestanding Tower

Free Standing Towers

The parameters of self-supported tower equipment

will vary due to different application scenarios and types. The following are some common parameters:

1. Bearing capacity: The load borne by self-supported tower equipment

includes mass load, wind load, seismic load, eccentric load, etc. Therefore, the structure design of the tower must be able to withstand these loads. The specific carrying capacity needs to be calculated and determined based on the application scenario and type.

2, height: self-supporting tower equipment

is usually relatively high, height will affect the stability and bearing capacity of the equipment. The height of different types of self-supporting tower equipment

varies greatly. For example, the height of the chimney tower is generally between 40 meters and 70 meters, while the height of the

self-supporting tower can reach more than 100 meters.

3. Mass load: The mass of self-supporting tower equipment

will also affect its stability and bearing capacity, so it is necessary to consider the mass and center of gravity position of the tower in the design.

4, wind load: self-supporting tower equipment

will also be affected by wind load, the higher the wind speed, the greater the wind load. Therefore, the design of self-supporting tower equipment

needs to take into account the effect of wind loads to ensure that it can remain stable even at higher wind speeds.

5. Seismic loads: Seismic loads can also have an impact on self-supporting tower

equipment, especially in earthquake-prone areas. Therefore, the design of self-supported tower equipment needs to consider the influence of seismic load to ensure its safety under strong earthquake conditions.

6, eccentric load: self-supporting tower equipment

will also be affected by eccentric load, eccentric load will make the tower bending and deformation. Therefore, the influence of eccentric load on the stability of the tower should be considered in the design.

7. Skirt: The skirt design of self-supporting tower equipment

will also affect its bearing capacity and stability. The size and shape of the skirt need to be calculated and determined according to the use scenario and type. Note that the parameters of a self-supporting tower are calculated and

determined based on the actual application scenario and type.

Therefore, you need to select a tower based on the actual situation. At the same time, the parameters of different types of self-supporting tower equipment

vary greatly, so it is necessary to select and calculate according to the actual situation in the design.

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