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How to use the residual chlorine analyzer correctly? Residual chlorine analyzers have relatively low conductivity
.
However, the presence of ionized species increases conductivity
.
If the two electrodes are immersed in a solution of a chemical substance (ion) that can be reduced by gaining electrons, the substance can move to the negative electrode, which can accept electrons from the negative electrode
.
To balance this flow of electrons (current), simultaneous oxidation reactions (an oxidizable species lose electrons at the same rate) take place on the surface of the positive electrode
.
Usage regulations of residual chlorine analyzer: 1.
This type of dissolved oxygen electrode is a maintenance-free sensor for measuring dissolved oxygen in water medium
.
Electrodes are available in PG 13.
5 thread or inserted into a suitable sized tube
.
2.
Improper or wrong use is dangerous
.
3.
Assembly and maintenance should only be carried out by trained personnel
.
Since the inside of the sensor is a glass body, be careful when handling it
.
The top of the sensor may be damaged by impact
.
4.
If the sensor is mechanically damaged, the electrolyte may leak
.
Avoid contact of skin, eyes or mucous membranes with electrolyte
.
5.
Ensure that no damage occurs when screwing in the PG 13.
5 thread and O-ring
.
O-rings are consumable items and should be replaced regularly - at least once a year
.
Even when all measures have been taken, there is still a risk of leakage or mechanical damage to the armature
.
A small amount of dissolved oxygen may not be detected at the seal or where there are screw holes, and gas or liquid leakage may not be detected
.
6.
Before disassembling the electrode, make sure there is no overpressure in the process
.
Precautions for Residual Chlorine Analyzers: a) It is the responsibility of the equipment operator in hazardous atmospheres to ensure that all components of the system are zone-identified and compatible with each other
.
b) Sensors, transmitters and other required equipment shall be assembled with separate compensation systems
.
c) The O-ring is recommended to be replaced every time the sensor is removed
.
The above is the relevant introduction about the use of residual chlorine analyzer.
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
.
.
However, the presence of ionized species increases conductivity
.
If the two electrodes are immersed in a solution of a chemical substance (ion) that can be reduced by gaining electrons, the substance can move to the negative electrode, which can accept electrons from the negative electrode
.
To balance this flow of electrons (current), simultaneous oxidation reactions (an oxidizable species lose electrons at the same rate) take place on the surface of the positive electrode
.
Usage regulations of residual chlorine analyzer: 1.
This type of dissolved oxygen electrode is a maintenance-free sensor for measuring dissolved oxygen in water medium
.
Electrodes are available in PG 13.
5 thread or inserted into a suitable sized tube
.
2.
Improper or wrong use is dangerous
.
3.
Assembly and maintenance should only be carried out by trained personnel
.
Since the inside of the sensor is a glass body, be careful when handling it
.
The top of the sensor may be damaged by impact
.
4.
If the sensor is mechanically damaged, the electrolyte may leak
.
Avoid contact of skin, eyes or mucous membranes with electrolyte
.
5.
Ensure that no damage occurs when screwing in the PG 13.
5 thread and O-ring
.
O-rings are consumable items and should be replaced regularly - at least once a year
.
Even when all measures have been taken, there is still a risk of leakage or mechanical damage to the armature
.
A small amount of dissolved oxygen may not be detected at the seal or where there are screw holes, and gas or liquid leakage may not be detected
.
6.
Before disassembling the electrode, make sure there is no overpressure in the process
.
Precautions for Residual Chlorine Analyzers: a) It is the responsibility of the equipment operator in hazardous atmospheres to ensure that all components of the system are zone-identified and compatible with each other
.
b) Sensors, transmitters and other required equipment shall be assembled with separate compensation systems
.
c) The O-ring is recommended to be replaced every time the sensor is removed
.
The above is the relevant introduction about the use of residual chlorine analyzer.
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
.
