Is the operating range of level gauges really that wide?
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It is said that level gauges are used in various industries such as power generation, metallurgy, sewage treatment, chemicals, pharmaceuticals, paper manufacturing, and so on. But who knows exactly in which devices or apparatuses they are applied within each of these industries? Are there some devices that are optional? Confusion
A level gauge is simply a general term for instruments used to measure the height of a liquid level. There are many types of level gauges, so they have a wide range of applications. Each industry is in a different situation, so it’s sufficient to make a specific and practical match. The introduction didn’t say that all equipment in this industry has to be equipped with a level gauge. Bro, let’s not get stuck on this, okay? To give a very simple example, pasta products include baozi, steamed buns, dumplings, noodles, and so on. But if someone doesn’t eat dumplings, it doesn’t stop them from eating steamed buns, right? We just drink water; we don’t eat pasta, and it’s not illegal, right!
The original poster has delved quite deeply into this topic; let’s see what the experts below have to say
A container that you use to hold liquids, yet you don’t want to know anything about its liquid level – you don’t care if it’s going to overflow or if there won’t be enough liquid left. That’s really strange, isn’t it?:lol
It’s nothing unusual; some people think that a little liquid leaking out is not a big deal, and even a lack of material doesn’t pose any problems, allowing unnecessary costs to be avoided.
They are generally located in areas related to the liquid level, and some must be pressed.
So the question arises: for example, which ones are mandatory to install? :lol
The problem with this situation is indeed that companies in such a state can only be given a \"fail\" rating – their management is poor and their employees lack a sense of responsibility. For example, take a water tank – water can spill out, and the loss isn’t that great. The problem is that it will cause damage to the foundation and the tank. In mild cases, it reduces lifespan; in severe cases, it injures employees. Such things are quite common these days. You say you want to reduce costs, but when something goes wrong, the losses amount to tens of thousands of times more. Even if it reduces the equipment lifespan, it still represents a loss of several hundred level gauges. When it comes to economic factors, a comprehensive view is necessary.