Is the tangential air intake of the vacuum buffer tank counterclockwise better than clockwise?
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Is the tangential air intake of the vacuum buffer tank counterclockwise better than clockwise? I heard it is related to the earth's magnetic field. Counterclockwise in the Northern Hemisphere and clockwise in the Southern Hemisphere. Athletes also mostly move counterclockwise on the circular track. Is this correct?
I have never heard of magnetic fields affecting non-conductors. If electrons come in, I can definitely tell you that there will be an impact.
The first time I saw this statement, I learned* Take a moment and continue to pay attention to see what the experts have to say, haha
You don’t need to think too much, just make it easy to operate and maintain according to the needs of the site layout, beautiful, practical, and save materials!
In order to overcome the resistance, our vacuum tanks all use radial air intake. I have never seen tangential air intake:o
You have thought too much about this. As long as you enter it tangentially, you can achieve good gas-liquid separation.
The main consideration is gas-liquid separation, and everything else is secondary. If the magnetic field has an influence, just follow your own design path to make the gas dizzy.
If the tangential air intake is well designed, it facilitates gas-liquid separation. For gas feed, counterclockwise and clockwise have little effect ； If the feed is mainly liquid, I personally think that counterclockwise should be used.
I heard experts say that this is not the influence of the magnetic field, but the rotation of the earth.
Wow, we are engaged in production design, not scientific research. It doesn’t matter what you think. Just look at the scene more and don’t complicate the problem! ! ! !
Counterclockwise and clockwise have little effect, and are mostly designed and arranged on site.