Handling of interference between the externally flanged semi-circular tube and the ear seat
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As shown in the diagram, the outer clamping tube interferes with the ear seat; the drawings do not specify a solution to avoid this interference, but it is mentioned that if such interference occurs, the ear seat should be avoided appropriately. First, there is the following processing scheme ； The spacing between the upper, lower, and outer clamping tubes was adjusted so that only one outer clamping tube passed through the rib plate of the ear seat, but this does not conform to the requirements specified in the drawings. Have any of you encountered this problem? How did you solve it?
This manufacturing method will not work; the backing plate is clamped outside the semi-coil, and the reinforcing plates are inserted there based on the helical surface of the semi-circular tube.
I’d like to ask, how do you handle it?
I’d like to ask, how do you handle it?
If the device is quite heavy, it’s better to use a half-tube that winds through a maze-like path around the base; although this reduces the available space, the structure remains reliable
For large containers, such as reactors with a volume of over 5 cubic meters, as mentioned on the 6th floor, the half-pipes follow a labyrinthine path and wind around the supports. For reactors with a volume of less than 5 cubic meters, the spacing between the half-pipes can be adjusted; the supports are welded in the gaps between them, and their height can be increased to ensure sufficient strength. Four supports must be installed.
The diameter of the outer clamping tube is 114, with a spacing of 150; only 8 turns are possible in total. The length of the backing plate is 315, and no matter how the spacing is adjusted, it’s still not possible to make more turns.
What is the size of your reactor, and what is its diameter? Cylinder height?
Mixer with a diameter of 1600, a height of around 2000, and a volume of less than 5 cubic meters