How does a 20M magnetic flap remote transmission transmitter work?
Thread Content
This level gauge is a segmented field magnetic flap level gauge; if a remote transmitter is added, it also needs to be connected segment by segment. How can this be achieved? How should the transmitter pipes between the different segments be connected?
That’s not a proper way to reply. Are you in a bad mood today?
It’s so long, the price is high, and it’s not easy to observe or maintain. Maybe choose something else, like pressure or radar
Segmented remote transmission rods can be used; mark the zero point for each segment. Anyway, other types of level gauges are much better than this one – why use such a thing?
20 meters~~The longest single flap is roughly 6 to 8 meters long~~You will need to use two such flaps; they can be controlled remotely, and the current liquid level can be displayed through calculations in the control system~~
One transmitter is installed for each magnetic flap on site; if there are 4 of them, starting from the bottom, their measurement ranges will be 0-5/5-10/10-15/15-20, which will suffice. .
Hehe, the key is that someone actually uses it this way! It’s so simple to use a single-flange design
Oh, should it be like this: if 20 meters is divided into four sections, the first section is 0.4 MA, the second section is 8 MA, the third section is 12 MA, and the fourth section is 16 MA. In that case, if calibration is needed, each section would have to be calibrated separately. Also, I wonder why the connection wires between the sections are three-core; shouldn’t they just be two cores connected in series? Does the original poster know about this? Could you explain it: handshake