Please suggest a level gauge suitable for this tank
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The stainless steel tank is equipped with a stirrer; it contains a mixture of wastewater and thick slurry produced in industrial processes. Lime is added to this mixture for treatment. I’m not sure what type of level gauge would be suitable for roughly measuring the liquid level in it
Double flange with flushing, or an external ultrasonic level gauge
Choose him, choose the ultimate product – the Seick submersible sensor diaphragm level gauge that does not come into contact with liquid. There are desulfurization lime pump rooms with agitators, drilling mud pits, and so on – all of them use it, and it’s very easy to operate. :Lol, first put a steel pipe or plastic pipe into the material pool, then lower the probe along the pipe – and voilà.
Ultrasonic or radar level gauges will work; domestic ones are not expensive either.
Where in the tank should this sensor be placed?
Just place the casing in the material tank away from the mixing blades, and that’s it. Lower the probe down along the casing, letting it hang inside the casing; just make sure it doesn’t fall to the bottom of the tank and get buried in mud. That’s it. .
That is to say, the liquid level is calculated based on pressure; if the placement depth is different, the pressure will also be different, and thus the measurement will not be accurate
That is to say, the liquid level is calculated based on pressure; if the placement depth is different, the pressure will also be different, and thus the measurement will not be accurate
With different levels of immersion, the measurement zero point will naturally be different. But shifting the coordinate axes and doing a little arithmetic with the meters isn’t that difficult at all. For example, if the probe is placed 0.5 meters above the pool bottom, and the pool bottom is to be used as the zero point for measurement, then for our factory’s meters, it’s sufficient to enter the menu and set the parameter Gc1=0.5 – and that’s it! Hydrologically, the gauges are installed in Tibet, and the water level values are measured with sea level as the zero point. The data sent by the gauges in my factory to satellites is directly 4567.1234 meters. :lol
It’s simple to get accurate measurements: first, wrap the end of the cable around a post or some kind of tube to secure it, then lower the probe. Do this 10,000 times, and the diaphragm of the probe will also be at zero. :lol
Double-flange level gauges, flushing rings – this is the standard design for desulfurization processes.