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The drawing approach is as follows: by selecting the appropriate device flanges (type A, type B, and long-neck butt-weld type), the sealing structure between the flange and the tube sheet, as well as the corresponding gaskets, are automatically determined. The openings and tolerances of the tube sheet, as well as those of the baffle plates, are automatically determined from the data of the heat exchange tubes. An automatic 1:1 assembly drawing is obtained. The overall layout generates the corresponding nodes and schedules. The first part drawing generates the front and rear tube box diagrams (to scale), the equipment flange manufacturing drawings (not to scale), and the stage separation diaphragm diagram (not to scale). The second part drawing generates the front and rear tube sheet drawings (to scale) and the tube box gasket drawing (not to scale). The third part diagram generates a baffle diagram (to scale) and a long/short rod diagram (not to scale). It is expected that the design of the fixed tube sheet, which originally took 3 days, can now be completed easily in just one day. It saves a great deal on standardization efforts and labor hours, making it a powerful productivity tool. http://vcad.blog.163.com/blog/static/21570508020172882910298/#
The website won’t open, and it says there’s an error on the page you’re trying to access. What should I do?
It still feels pretty good, haha
It’s better to learn something professional in this field