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As the title suggests, the flowchart shows that there is only one interface for liquid level transmission at the bottom of the storage tank; however, I previously saw that there were interfaces at both the bottom and the top
This post was last edited by ylb913 on 2016-2-19 09:39; it refers to atmospheric pressure storage tanks, those with an open top. Such a liquid level indicates that our device has four.
A double-flange design requires two connections, while a single-flange design only needs one connection at the bottom
Does this jar have an overflow tube? It has a mouth; I thought it was some kind of level gauge that uses electromagnetic induction!
Yes, I would like to ask whether such a level gauge determines the liquid level based on pressure difference
Can a pressure-rated storage tank use a level gauge with two ports? Why isn’t a level gauge with two ports used?
There is no overflow pipe; this one should use pressure to measure the liquid level
The differential pressure level gauge has only one port
For bottom-mounted installations, it might be differential pressure or pressure using a single flange; for top-mounted installations, it could be radar, ultrasonic, or magnetic strain gauge technology
In what situations is level transmission with one sensor at the top and another at the bottom generally used, and what are the differences in the usage of these level gauges?