Immersion Conductivity Probes

 

Immersion style conductivity probes are indispensable tools for real-time monitoring designed to be placed directly into open tanks, basins and reservoirs to determine the concentration of dissolved ions, salts and chemicals they offer several strategic advantages providing instantaneous data directly from the source, optimising cooling tower performance by detecting Total Dissolved Solids to automate the blowdown process replacing heavy-mineral water before it triggers scale formation, corrosion or expensive damage.

 

 

Inline Conductivity Probes

 

Industrial Conductivity Probe mounted in high-grade chemical resistant PVC  housing with integrated union connection designed for seamless integration into high-flow systems provides reliable real-time monitoring of aqueous solutions this sensor is engineered for durability in harsh working environments, whether you are monitoring a cooling tower blowdown system or borehole water quality this assembly offers the perfect balance of accuracy, reliability ease-of-use including routine servicing and periodic probe calibration.

 

 

 

Conductivity Probes

High Performance

 

High resolution inline Conductivity Probe designed for seamless integration into existing pipework and pressurised systems in reinforced polypropylene and premium-grade 316 stainless steel electrodes for stable and consistent conductivity analysis directly from the main process flow stream, specifically designed to operate in pressurised processes by combining a polypropylene body with broad chemical compatibility with high grade electrodes ensuring long-term stability, minimal polarization and exceptional corrosion resistance.

Why Temperature Compensation Matters

 

Conductivity is highly sensitive to temperature fluctuations therefore a conductivity electrode equipped with Automatic Temperature Compensation (ATC) ensures that measurements are accurate, comparable and actionable by normalizing the data to a standard reference temperature, the most critical benefit is the elimination of temperature-induced errors with industrial and regulatory limits such as those for drinking water or wastewater discharge based on conductivity values at 25°C working temperature.

 

 

 

 

 

Conductivity Electrode Measurement

 

Industrial 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 Probe Maintenance

 

Conductivity probes are low maintenance although they require periodic servicing crucial to restoring the probes efficiency and performance particularly when used on challenging 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. 

 

Conductivity Sensors

Thermal Compensation

 

Engineered for reliability and built to withstand the rigors of industrial processing these Inline Conductivity Sensors offers the perfect balance of chemical resistance, high-pressure durability coupled with integrated temperature compensation to deliver accurate reading despite thermal and pressure fluctuations, features premium grade 316 Stainless Steel electrodes ensuring long-term measurement stability and resistance to polarization and removable electrical cable connector for effortless maintenance and servicing.