What method can be used to make the wiring box of a split-type electromagnetic flowmeter suitable for use in water? Everyone is welcome to submit proposals.
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What method can be used to make the wiring box of a split-type electromagnetic flowmeter suitable for use in water? Everyone is welcome to submit proposals. For the E+H L400 series, change iP67 to iP68.
The initial plan is to apply sealant first. Are there any effective silicone electronic sealants with an IP68 waterproof rating? The one that has actually been used is the best!
The structure shown in the diagram might be used with it completely submerged in water; how can normal operation be ensured?
E+H has models with IP69 rating; it’s not clear what kind of adhesive is used for sealing inside.
E*H, what the fuck is that? Just a worthless Nazi dog that’s been defeated twice. . . Gagaga! The diving gauge packaged by Pig Brother doesn’t leak even after 15 years of continuous submersion. There are plenty of devices that have been in use for over 10 years without breaking down. Do you want to learn? Come on, I’ll sell you the packaging process as intelligence. :With all these adhesives and sealants, go ahead and try it out. If it can remain waterproof for over 8 months without any leaks, then I’ll consider you an expert. If it can stay waterproof for over 2 years, then I’ll regard you as a true master. And if it can remain waterproof for over 5 years, then you’ll be ready to compete with me, brother Pig.
In terms of leakage resistance, IP68 and IP69 are equivalent to underdeveloped versions of such ratings. . . Bro Pig guesses that the poster probably doesn’t intend to submerge the watch case in water, right? I guess it’s for use in header sections in high-humidity environments like underground water supply wells, right? If that’s the case, then achieving high-humidity impermeability is even more difficult than achieving impermeability in flooded conditions. Hehe. Come on, Brother Pig will sell you the information. :P