Suzhou Delfino Environmental Technology Co., Ltd.
Create value for customers!
Add to Cart
0.1~200μS/Cm K Constant 0.1 Conductivity Probe For Pure Water And Industrial Water
Conductivity analyzers are used to measure electrical conductivity (EC). EC is a widely used analysis parameter for water purity analysis, chemical process control, and industrial wastewater applications.
The ASCK01 EC sensor can be used with the online conductivity controller to provide reliable measurement to ensure process control.
Specification:
| Model | ASCK01 |
| Measuring Principle | 2-pole conductivity sensor |
| K Constant | K=0.1±15% |
| Measuring Range | 0.1~200μS/cm |
| TEMP Compensation | PT1000/NTC10K |
| Working Temperature | 0~100℃ |
| Working Pressure | 6Bar |
| Electrode Materials | 304/316 stainless steel or Ti (customized) |
| Installation Method | 1/2"NPT or 3/4"NPT |
Please click the catalog of conductivity sensor here:
Brief introduction:
● 2-pole conductivity electrode, 304 stainless steel electrode head, good electrical and thermal conductivity, high temperature resistance, and good chemical stability.
● Solid structure, both ends have mounting threads, easy to install;
● The electrode is divided into 2 basic models according to the packaging method of the temperature unit PT1000 or NTC10K;
● The electrode is equipped with a protective cover with its own cleaning interface, and the user can quickly access the automatic cleaning system.
Aplication:
◇ Pure water ultra pure water
◇ Drinking water
◇ Waste water
◇ Food and beverage industry
◇ chemical process
◇ Industrial water supply
FAQ
1. What is the measuring principle of the conductivity sensor?
A: Graphite 2-pole
2. What is the advantage of conductivity sensor?
A: The conductivity sensor is the basic type, it has no temperature unit. If you want temperature unit, you can view other type of our company.
3.Can your conductivity controller measure the resistivity, TDS and salinity of water?
A:Our controller can measure the conductivity, resistivity, TDS and salinity of water. Because there is a relationship between these quantities.