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How much do you know about the use process of the residual chlorine detector? The potentiostatic online residual chlorine detector is an industrial online water quality analysis monitoring and control instrument
.
It is used for wastewater and water treatment in water plants, drinking water distribution networks, swimming pools, etc.
, and is matched with chlorine dioxide generator equipment
.
The residual chlorine detector is simply an instrument for rapid detection of residual chlorine.
The instrument is equivalent to a small spectrophotometer.
After the water sample is reacted with special reagents, the residual chlorine/total chlorine value is calculated by spectrophotometry.
.
The use process of the residual chlorine detector: 1.
The factory setting range of the water quality analyzer is generally 2PPM.
If you need to change it, please go to the CAL calibration menu to set it; 2.
Before powering on, replace the diaphragm and electrolyte, and pour the electrolyte into the electrolyte chamber.
body and pour to the lower edge of the female thread
.
3.
The inner diameter of the water inlet plug connector interface of the steady flow box is ¼"ID, and the inner diameter of the water outlet plug connector interface is ½"ID
.
4.
If a new probe is installed, it needs to be stabilized for several hours to avoid too large errors and inaccurate measurement.
If it is necessary to calibrate the zero point or span, the probe can be immersed in pure water for 8 hours or used for 24 hours before the zero point or span can be calibrated
.
5.
The probe is based on the principle of platinum electrode detection.
Generally, the diaphragm and electrolyte need to be replaced every three to six months in tap water
.
If it is not replaced for a long time, a large amount of iron, manganese and other metals in the water will precipitate on the electrode, which will cause the electrode measurement to be inaccurate.
If the electrolyte is not much, the electrode will be burned
.
6.
The probe is disconnected from water and power.
If the power is not interrupted, it is easy to cause the electrode to burn
.
The above is the relevant introduction about the use process of the residual chlorine detector.
I believe that everyone has a corresponding understanding of this after reading it.
You can use it as a reference and hope it will be helpful to you
.
.
It is used for wastewater and water treatment in water plants, drinking water distribution networks, swimming pools, etc.
, and is matched with chlorine dioxide generator equipment
.
The residual chlorine detector is simply an instrument for rapid detection of residual chlorine.
The instrument is equivalent to a small spectrophotometer.
After the water sample is reacted with special reagents, the residual chlorine/total chlorine value is calculated by spectrophotometry.
.
The use process of the residual chlorine detector: 1.
The factory setting range of the water quality analyzer is generally 2PPM.
If you need to change it, please go to the CAL calibration menu to set it; 2.
Before powering on, replace the diaphragm and electrolyte, and pour the electrolyte into the electrolyte chamber.
body and pour to the lower edge of the female thread
.
3.
The inner diameter of the water inlet plug connector interface of the steady flow box is ¼"ID, and the inner diameter of the water outlet plug connector interface is ½"ID
.
4.
If a new probe is installed, it needs to be stabilized for several hours to avoid too large errors and inaccurate measurement.
If it is necessary to calibrate the zero point or span, the probe can be immersed in pure water for 8 hours or used for 24 hours before the zero point or span can be calibrated
.
5.
The probe is based on the principle of platinum electrode detection.
Generally, the diaphragm and electrolyte need to be replaced every three to six months in tap water
.
If it is not replaced for a long time, a large amount of iron, manganese and other metals in the water will precipitate on the electrode, which will cause the electrode measurement to be inaccurate.
If the electrolyte is not much, the electrode will be burned
.
6.
The probe is disconnected from water and power.
If the power is not interrupted, it is easy to cause the electrode to burn
.
The above is the relevant introduction about the use process of the residual chlorine detector.
I believe that everyone has a corresponding understanding of this after reading it.
You can use it as a reference and hope it will be helpful to you
.
