Friends who want to build towers, come in!
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The company is currently working on a batch of tower equipment. Since I haven’t dealt with this type of work before, I would appreciate it if any friends could offer some advice on this topic – regarding the manufacturing process for these towers or any other matters that need attention. Please share your insights so that we can learn from them.
Refer to the standards for 4710 towers, HG20652-98 \"Technical Specifications for Tower Design\"
I think teaming up in the tower and marking lines are very important. Could you give some advice on these aspects?
This is just the skill level of the workshop workers; do you really have to go and ask them?
Our company is small, so sometimes I have to go and draw the lines myself.
. . . . The skill in alignment and marking improves over time through regular practice. There’s no difference between tower vessels and ordinary containers; it’s just that due to their longer length, higher standards are required. I’m afraid the person asking can only practice on their own*.
Friend, “forming a team” should mean pairing up components, right? At first glance, I thought your company was doing very well and that there was a long queue of people waiting to place orders. Let’s talk about pairing first: in principle, the circumference of the upper and lower cylinder sections must be identical; this is an effective way to prevent any deviations. Once the circumferences are the same, the effects of welding contraction on pairing will not be significant. As for marking lines, experience shows that different methods are used depending on the thickness of the plates. It’s important to take into account welding contraction, as well as the type of welding and the groove design. Note that it’s necessary to determine whether the edges should be flush on the inside or on the outside – this is something that must be considered when dealing with composite plate towers of different thicknesses
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Due to the relatively high height of the tower, the most important aspect is the control of its straightness; another factor is the large number of internal components in the tower.