OEM China Use Of Turbidity Sensor - CS1501 pH Sensor – Chunye Detail:
Conventional online ORP electrode
•Using PTFE large ring diaphragm to ensure the durability of the electrode;
•Can be used under 6 bar pressure;
•Long service life;
•Optional for high alkali/high acid process glass;
•Optional internal NTC temperature sensor for precise temperature compensation;
•TOP 68 insertion system for reliable measurement of transmission;
•Only one electrode installation position and one connecting cable are required;
•Continuous and accurate ORP measurement system with temperature compensation.
Model No. |
CS1501 |
Measure material |
Glass |
Reference system |
Ag/AgCl/KCl |
Electrolyte solution |
3.3M KCl |
Membrane resistance |
<600MΩ |
Housing material |
PP |
Liquid junction |
Porous ceramics |
Waterproof grade |
IP68 |
Measurement range |
2-12pH |
Accuracy |
±0.05pH |
Pressure resistance |
≤0.3Mpa |
Temperature compensation |
NTC10K,PT100,PT1000 (Optional) |
Temperature range |
0-80℃ |
Calibration |
Sample calibration, standard liquid calibration |
Double Junction |
Yes |
Cable length |
Standard 5m cable, can be extended to 100m |
Installation thread |
PG13.5 |
Application |
Common water quality |
Product detail pictures:
Related Product Guide:
We aim to find out quality disfigurement from the production and supply the best service to domestic and overseas customers wholeheartedly for OEM China Use Of Turbidity Sensor - CS1501 pH Sensor – Chunye , The product will supply to all over the world, such as: Slovakia, Cyprus, Belgium, Company name, is always regarding quality as company' s foundation, seeking for development via high degree of credibility , abiding by ISO quality management standard strictly, creating top-ranking company by spirit of progress-marking honesty and optimism.
By Sarah from Belarus - 2017.10.13 10:47
We always believe that the details decides the company's product quality, in this respect, the company conform our requirements and the goods are meet our expectations.
By Elsa from Czech - 2018.09.16 11:31