The principle of mechanical seals
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What is the principle of mechanical seals, what are their types, and how is the compression amount measured?
Here we go again – this question is too abstract and covers too wide a range. Although the principles behind mechanical seals are similar, when it comes to measurement, things depend on the specific conditions of each device! There are many types of mechanical seals, and their compression amounts vary; generally, the small spring accounts for about 1/2 of the total compression amount, while the large spring accounts for around 2/3 of it! It’s best to have specific questions, so that after a few rounds of communication, actions can be taken accordingly! It’s still quite easy to understand!
http://bbs.hcbbs.com/forum.php?mod=viewthread&tid=1408327&extra=page%3D2%26filter%3Dtypeid%26typeid%3D99
When there is a physical object, it’s easy to understand at a glance; even if described in writing, it’s not easy to grasp
I have a suggestion: if you have specific examples, just mention them – sending pictures is also fine. If your knowledge is general, you can first look up information online; if you have questions, be more specific so it’s easier to answer them. P.S. I’m not very familiar with mechanical seals either
Let’s first get some basic information and learn it*; we can discuss the things that are unclear in detail later. Different devices use different algorithms, and the positions that are measured also vary. Next time you install the mechanical seal, take some pictures; we’ll tell you how to measure it later, and then you’ll know how to do it. It’s not difficult for those who know how!
Add me as a friend; QQ is also fine. Take pictures of whatever type of sealing device you have, and I’ll teach you everything I know
It’s better to be more specific with the question; it’s hard to reply like this
Combination of dynamic and static rings using spring elasticity