Conductivity

Electrodes

Conductiviy Controllers & Instruments

 

 

| Inline Holders | Submersible Holders | Bypass-Offline Holders |

Conductivity Electrode Measurement

 

Conductivity electrodes consists of two electrodes with an AC voltage applied across the surface area one being the transmitting electrode the other the receiving electrode inducing an electrical current when immersed in the sample solution measuring the ion concentration activity and therefore it's conductivity, the direct relationship between a solution's current flow and ion concentration is proportional offering a fast reliable and non-destructive way to access the sample solution's ion content and therefore it's conductivity value.

 

Conductivity measurements is typically expressed in units like Siemens per meter (S/m) or microsiemens per centimeter (µS/cm).

 

 

 

 

 

Conductivity Electrode Measurement

 

Conductivity electrodes measures the electrolytic conductivity charge between two  electrodes immersed  a solution by applying an alternating voltage across the electrodes surface area of two electrodes generating an electrical field measuring the resulting current flow which is a key indicator of water quality as it reflects the dissolved ions (impurities) in the measured solution, therefore a higher concentration of ions in the solution the greater the current flow across the electrodes indicating a higher conductivity value measurement.

 

Conductivity measurements is typically expressed in units like Siemens per meter (S/m) or microsiemens per centimeter (µS/cm).

Conductivity Electrode Maintainance

 

Conductivity electrodes are generally low maintenance although they require periodic servicing crucial to restoring the probes efficiency and performance particularly when used on challendging processes where the the electrodes could become dirty or fouled compromising the probe measurement accuracy, routine cleaning with warm water or mild a detergent and brush helps remove solids that slowly accumulate on the electrodes surface that could cause entrapment of air bubbles compromising the probes measurement accuracy. 

 

Inline Conductivity Electrode

Conductivity probe with graphite electrodes and temperature sensor manufactured in epoxy chosen for it's robustness and increased resistance to harsh process-control environments making them suitable for field and various industrial water treatment applications, for processes with fluctuating temperatures to maintain stable conductivity readings temperature sensor compensates and corrects to a standard reference temperature usually 25°C to ensure the reliability and accuracy of conductivity measurement.

 

 

Type CTK-1-GR-EP 

Conductivity Electrode

Conductivity electrode in glass body with highly sensitive platinum electrodes suitable for medium-high conductivity measurement for reverse osmosis and fish farming applications offering exceptional measurement feedback direct from the flow stream greatly improving process efficiency and performance, helps with early detection of any potential issues with the RO membrane and water quality including salinity levels crucial for establishing a healthy environment for the survival of fish and other aquatic organisms.

Type CK-1-PT-GL

Type CTK-01-PT-EX

Conductivity Electrode

Robust conductivity electrode in epoxy body with integrated temperature sensor and highly sensitive platinum electrodes specifically designed for measurement of sample solutions with high conductivity levels such as wastewater and salt water process-control applications, the platinum electrodes are made of superior material offering increased resistance against corrosion and oxidation eliminating any reaction or contamination with the measured solution retaining exceptional measurement feedback accuracy and performance.

Type CTK-10-PT-EX

Conductivity Electrode

Robust conductivity electrode in epoxy body with integrated temperature sensor and highly sensitive platinum electrodes specifically designed for measurement of sample solutions with high conductivity levels such as wastewater and salt water process-control applications, the platinum electrodes are made of superior material offering increased resistance against corrosion and oxidation eliminating any reaction or contamination with the measured solution retaining exceptional measurement feedback accuracy and performance.