Unloading via spiral staircase
Thread Content
How to calculate the unloading using a spiral staircase in oil tanks
By measuring the vertical projection of the inclined ladder on the ground along the tank, this projection represents one of the legs of the right triangle formed by the inclined ladder and the ground. Together with the height of the tank, these elements form a right triangle; the Pythagorean theorem can then be used to determine the length of the ladder. This ladder can be divided into several sections for prefabrication, before being assembled together.
I would like to ask the experts for advice – could you please let me know how the tripod used to support the spiral staircase is arranged (what are the horizontal and vertical distances)?
Wow, when you do these projects, don’t you have any design drawings? These items include brackets, tank accessories, and so on. The design drawings contain detailed specifications; you should take a look and cut the materials according to those drawings. . .
:)youmoyou?
Find an album to take a look at. . . The unloading of the spiral staircase involves calculating triangles using the layout diagram. . .
It doesn’t need to be very precise; it can be simplified by considering the dimensions of the flat bar – it’s not that complicated
One must learn to find information on their own; there’s a lot of it available online. But first, it’s necessary to look at the design drawings – the length of the triangular supports varies depending on whether insulation is used or not, and the design of those triangles also changes in areas where there is interference with pipes