Conductiviy Controllers & Instruments

 

 

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

Immersion Conductivity Probes

Conductivity probe specifically designed for immersion into tank, open vessels and cooling tower ponds as a cost effective and practical way of monitoring conductivity levels offering real-time accurate measurement instant data feedback for quick indentification of concentrated dissolved solids effecting process efficiency and essentially the water quality in cooling towers, the versatility of immersion conductivity probes means can be utilised for a wide range of industrial water treatment applications.

 

 

Inline Conductivity Probes

Conductivity probe manufactured in PVC specifically designed for inline or bypass manifold installation into the existing pipework for continuous conductivity measurement the sample solution with union connection to allow for periodic inspection and routine servicing to maintain the probes working efficiency measurement accuracy and performance.

 

 

Conductivity Probes Inline

Conductivity probe range manufactured in robust polypropylene body and stainless steel electrodes best suited for inline and bypass manifold installations offering exceptional stable measurement feedback direct from the flow stream greatly improving process efficiency and performance, designed for continuous monitoring and analysis in a wide range of industrial water treatment applications ensuring effective removal of impurities and maintain desired conductivity parameters in the system.

Conductivity Probe Measurement

 

Conductivity probes 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 a solutions ability to conduct electricity by applying an alternating voltage across the surface area of two electrodes immersed in a solution creating an electrical field between the conductivity electrode surfaces measuring the resulting current flow which is proportional to the solutions ion concentration and therefore conductivity, the higher the concentration of ions in the solution the greater the current flow therefore the higher the conductivity measurement in the solution.

 

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

Conductivity Probe Maintainance

 

Conductivity probes are 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. 

 

Type EC-CM1 

High Temperature Probes Available

Type EC-DIP18

Type CK-1-SS-PP

Type CTK-1-SS-PP

Conductivity Probes Inline

Conductivity probe with built-in temperature sensor for applications with temperature variations significantly impacting conductivity measurement accuracy automatically taking into account any temperature increases occurring adjusting the conductivity measurement accordingly, manufactured in robust polypropylene body and designed for inline and bypass manifold installations offering exceptional stable measurement feedback direct from the flow stream greatly improving process efficiency and superior performance.