Electrostatic capture insulator
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Who has information on electric capture insulators, or could some experienced colleague explain their principle, function, and structure? And what is the explosion-proof film used for! I’m sharing two professional papers with everyone.
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It’s a very simple question; you’ll understand it if you learn more while at work. It’s the most basic of questions. An insulator, of course, serves to insulate – it insulates the tower body and the conductors； The explosion-proof plate prevents a sudden increase in pressure inside the electrostatic precipitator; when the pressure rises, the plate ruptures instantly to release pressure outward, after which the flaps outside the plate close again to minimize air intake. I’ve experienced this too; it’s very useful!
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Cylindrical insulators are also known as porcelain insulators. If the insulating porcelain capacitors are contaminated by deposits of tar, naphthalene, and steam present in the gas inside the insulation box, this reduces their surface insulation properties, leading to surface discharge and breakdown under high voltage ； It can also crack due to mechanical vibrations and sudden changes in the temperature of the insulation box, which is the main reason for the shutdown of electric tar catchers.