The relationship between electrode and electromagnetic flowmeter

I believe that the majority of users are not unfamiliar with electromagnetic flowmeters. Since the electromagnetic flowmeter has been developed, it has helped users solve the burden of measurement and cost accounting. The so-called contribution is indispensable. Most users only know that electromagnetic flowmeters can measure acid. , Alkali, salt corrosive media, understand it thoroughly, but how many users know that there are two inconspicuous small electrodes in the middle of the electromagnetic flowmeter, and what does it do? What is the relationship between electrodes and electromagnetic flowmeters? Let's learn together! Electrodes play the role of supporting the top and the bottom. Electrodes and electromagnetic flowmeters have complementary advantages and are indispensable. Even though it only accounts for about 0.3% of the electromagnetic flowmeter space, it can make the electromagnetic flowmeter fail, Idling, water inflow, when it comes to this, the user has to ask, is the electrode really so beneficial? The answer is yes, the role of electrodes is explained below. Although electrodes and electromagnetic flowmeters have a complementary relationship, they also have a great relationship with users when selecting electrodes. Case study. In June 2019, a chemical factory in Guangdong purchased a DN150 electromagnetic flowmeter. It didn't take long for the electromagnetic flowmeter to enter the water, causing the entire electromagnetic flowmeter to be scrapped. At that time, our technicians arrived at the scene for the first time to understand the situation and analyze it. The reason is that there is no problem with its selection, but it is on the medium. Its medium is hydrofluoric acid. At the time of selection and pairing, it was said that there was acid in the pipeline. At that time, our suggestion was tantalum electrodes, like ordinary sulfuric acid and nitric acid. , hydrochloric acid is no problem, and hydrofluoric acid is different from them, because its characteristics are stronger than all other acids, and platinum-iridium electrodes should be selected, because ordinary acids cannot withstand hydrofluoric acid and cause electrodes to be corroded The consequence of this is that the inside of the electromagnetic flowmeter is full of hydrofluoric acid, which causes the entire electromagnetic flowmeter to be scrapped. From the above cases, it is not difficult to see that the relationship between electrodes and electromagnetic flowmeters is also related to user selection. Users often say that quality is the premise and selection is the key. Here we have to add that electrodes are the backing!
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