What is the typical conductivity of circulating water?
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What is the typical conductivity of circulating water?
The conductivity of the circulating water is unstable; the fluctuation ranges for the first cycle and the third cycle are 330–613 μS/cm and 308–618 μS/cm, respectively.
It is also related to the conductivity of the make-up water. Generally speaking, the conductivity of circulating water is unstable and fluctuates.
We require the circulating water temperature to be below 2000; over time, industrial water needs to be added as a supplement. When the concentration ratio increases, add some tap water
The main factor affecting this issue is the concentration ratio of the circulating water; a higher concentration ratio results in a higher conductivity. Generally, an economical concentration ratio lies between 4 and 6 times. In our plant, the conductivity ranges from 1900 to 2300. Additionally, this conductivity can be kept stable, with fluctuations generally remaining within 50 units.
Different water fountains should be used for different devices! Some devices require a very low conductivity!
As far as I know, the normal range is around 400-1000; specifically, it shouldn’t exceed 2000, otherwise one would need to take strong tonics, I guess.
The requirement is 500–1800