Lowest Price for Salt Conductivity Meter - CS2700 ORP 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. |
CS2700 |
Measure material |
GF |
Housing material |
PA |
Waterproof grade |
IP68 |
Measurement range |
±1000mV |
Accuracy |
±3mV |
Pressure resistance |
≤0.6Mpa |
Temperature compensation |
None |
Temperature range |
0-80℃ |
Measuring/Storage Temperature |
0-45℃ |
Calibration |
Sample calibration, standard liquid calibration |
Connection methods |
4 core cable |
Cable length |
Standard 5m cable, can be extended to 100m |
Installation thread |
NPT3/4” |
Application |
General application, industrial water, sewage, river, lake and so on. |
Product detail pictures:
Related Product Guide:
"Quality very first, Honesty as base, Sincere assistance and mutual profit" is our idea, in an effort to create consistently and pursue the excellence for Lowest Price for Salt Conductivity Meter - CS2700 ORP Sensor – Chunye , The product will supply to all over the world, such as: Denmark, Serbia, United States, Now, we are trying to enter new markets where we do not have a presence and developing the markets we have now the already penetrated. On account of superior quality and competitive price , we'll be the market leader, be sure to don??¥t hesitate to contact us by phone or email, if you are interested in any of our solutions.
By Kevin Ellyson from Zimbabwe - 2018.10.09 19:07
This is a very professional and honest Chinese supplier, from now on we fell in love with the Chinese manufacturing.
By Alberta from Birmingham - 2018.09.16 11:31