Issues related to level gauge selection

Does too high viscosity have an impact on pressure changes?

This post was last edited by 1111111 on 2019-12-4 at 18:22. The viscosity of honey is approximately 3000. . . I forgot how to write the unit name; please look it up and fill it in. The viscosity of the liquid used by the poster is 5W, or 50,000; it’s about 17 times more viscous than honey. Would you dare to taste sugar that’s 17 times more viscous than honey? I guess rats and mice wouldn’t dare to do it – it would stick to their lips and teeth. Well, with such sticky material, it’s easy to damage those flat faces or those circular faces covered with membranes; what’s the difficulty in that? ! If you don’t believe it, give it a try – it won’t get damaged by sticking. It won’t move around randomly when stuck, and I’ll send you a big red envelope, big bro. So how do we measure it? When measuring viscous materials, the smaller the diaphragm, the better. It would be ideal if the diaphragm could be as small as a needle tip. Why is that? The smaller the diaphragm, the smaller its area; as a result, the tensile force acting on it is reduced. Moreover, a smaller diaphragm has less bending, which means it is more straight, and thus its resistance to tensile forces is greater. Do you understand? So how small can a diaphragm be? Diameters of 20 mm, 15 mm, 13 mm, 10 mm..... If you’re rich enough and don’t mind spending money, how about I make you a needle-tip diaphragm? . . . {:2_36:} That pancake-shaped face mask has some kind of gimmick to it – even using your toes, you can make it work great. .

It is recommended to give priority to radar level gauges.

God, I’ve learned it! I’ve learned something!

I built a tank for slurry, 11 meters high, using a radar level gauge.

Please contact me at 18151526080; the WeChat ID is the same