| Model | TDS-6012/6013 |
|---|---|
| Output | 4~20 mA /RS485 |
| Power supply | / |
| Application | for the measurement of conductivity value in the fields of pure water, water treatment and thermal power plant. |
| Description | It adopts two types of stainless steel electrodes and polysulfone electrodes with different electrode constants (K=0.01, K=0.1, K=1.0, K=10.0) to meet the needs of different application scenarios. |
This product series of high-end conductivity electrodes is designed for the measurement of conductivity value in the fields of pure water, water treatment and thermal power plants. It adopts two types of stainless steel electrodes and polysulfone electrodes with different electrode constants (K=0.01, K=0.1, K=1.0, K=10.0) to meet the needs of different application scenarios.
The measurement principle of conductivity electrodes is based on the basic definition of conductivity, i.e. the ability of a solution to conduct an electric current. By placing two electrode plates (or cylindrical electrodes) parallel to each other at a fixed distance in the solution under test, and adding a certain electric potential to the ends of the plates, the charged ions move directionally under the action of the electric field, so as to measure the current flowing between the electrode plates and calculate the conductivity. Quadrupole conductivity electrodes utilize four electrodes, two of which are used to apply the electric field and the other two are used to measure the strength of the electric field, in order to more accurately calculate the conductivity of the electrolyte solution.
| Measurement variables: | conductivity, temperature |
| Measuring range and electrode constant: | K=0.01(0~20)μS/cm, K=0.1(0~200)μS/cm, K=1.0(0~2000)μS/cm |
| Temperature range: | 0~60°C |
| Accuracy: | Conductivity 1% F.S, temperature ± 0.5°C |
| Temperature compensation: | standard Pt1000 (optional Pt100, NTC series, etc.) |
| Protection grade: | IP54 |
| Process conditions: | process temperature 0 ~ 45 ℃, process pressure ≤ 4bar |
| Mechanical structure: | shell material 304, 316L or titanium alloy, process connection optional NPT1/2 thread, NPT3/4 thread, clamps |
| Measurement variables: | conductivity, temperature |
| Electrode constant: | K = 10.0 |
| Measurement range: | conductivity (020000) μS/cm, temperature 0-60 ℃ |
| Accuracy: | conductivity 1% F.S, temperature ± 0.5 ℃ |
| Temperature compensation: | standard NTC10K (optional Pt100, Pt1000, NTC series, etc.) |
| Protection grade: | IP54 |
| Process conditions: | process temperature 0 ~ 60 ℃, process pressure atmospheric pressure |
| Mechanical structure: | shell material polysulfone, process connection G3/4 threads |
Adopting double cylinder structure, made of titanium alloy, naturally oxidized to form a chemical passivation layer with strong resistance to penetration.
Resistant to all liquids other than fluorinated acid, applicable to a variety of harsh environments.
Various temperature compensation components can be specified according to the user's needs.
Adopting large-area platinum structure, resistant to strong acid and alkali, strong anti-pollution ability.
It is mainly used for online measurement of conductivity value in special industries to ensure accurate and reliable data.
Provide a variety of installation methods, such as pipeline, immersed type, clamp type, etc., to meet the needs of different application scenarios.
Each installation method provides detailed dimensional drawings to facilitate user selection and installation.
Tube conductivity electrode size
Submerged Conductivity Electrode Dimensions
Provide K = 10.0 conductivity electrode dimensional drawings to facilitate users to understand the specific dimensions and installation of the electrode.
Summary
This product series of high-end conductivity electrodes, characterized by accurate measurement, wide range of application and easy installation, is the ideal choice for conductivity value measurement in the fields of pure water, water treatment and thermal power plants. We are committed to providing excellent service and technical support to ensure that users get the best experience in the process of using.
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