Product Announcements:
Conductivity Electrodes

Electro-Chemical Devices, Inc. offers two Universal Sensor designs, the Model S10, an immersion or insertion sensor, and the Model S17, a valve retractable sensor. These sensors are ideal for high conductivity solutions like percentage concentration measurements or any application that coats or corrodes the standard contacting conductivity sensors. Read more...

Greater than 20% improved accuracy over analog sensors. Extended conductivity measurement range – one sensor covers pure water to highly conductive chemical process solutions. Digital signal ensures high process reliability in harsh environments. No signal degradation over long cable lengths. Highly repeatable accuracy due to patent.... Read more...

Engineers in search of a rugged conductivity sensor for high pressure, high temperature environments will find that the new CSX2 Conductivity Sensor from Electro-Chemical Devices (ECD) offers maximum reliability and a dramatically increased usable lifetime for harsh industrial processes. Read more...

UniCond® sensors with ISM contain electronics embedded in each sensor that convert the process measurement into a digital signal. ISM sensors provide more reliable up-to-the-second process measurement data in addition to sensor diagnostics for managing and maintaining optimum sensor performance. UniCond extends the range of measurement to cover UPW to seawater with a single sensor! Read more...

The highly reliable automated Model 61 Boiler Blowdown Control System from Electro-Chemical Devices (ECD) offers a complete, ready-to-use system providing continuous control of the surface blowdown rate for commercial and industrial boilers, optimizing blowdown cycles and reducing scaling and corrosion to reduce plant operating costs and extend boiler life. Read more...

PFA made sensor for conductivity measurements up to maximum conductivities. Smooth, easy to clean, design. High accuracy due to electrodeless measurement. For hazardous and non-hazardous locations. Read more...