May I ask for the calculation process?
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For the level gauge 58LT1009C in Heat and Power Workshop No. 3, the center distance between the two chambers of its balance container is 670 MM. The working medium is saturated water; the absolute working pressure is 11.5 MPa. The density of water under operating conditions is 663.482 kg/m3, while the density of steam under operating conditions is 66.237 kg/m3. The density of water in its initial state is 849.762 kg/m3, and the density of steam in its initial state is 10.047 kg/m3. Try to calculate the range of the level gauge transmitter
Those in the front row are waiting patiently for a master to appear. How can one calculate densities with so many different states?
The range can be set to 670 mm; the range has nothing to do with density, right?
Can you show the calculation process? ? ? ? ? ? ?
Watching from the sidelines… Anyway, I definitely won’t do it. Is there any expert who can teach me?
Generally, the measurement range for liquid level is determined based on the height of the liquid level of the medium being measured. If the center distance between the flanges is already fixed at 670 mm at most, and if an on-site level gauge is used, subtracting the distance of about 300 mm between the upper and lower valves leaves 370 mm. I’m not sure whether this is related to density; I’m not very familiar with it……