Reliable conductivity probe with high linear readings providing consistant and accurate information back to the controller, designed for unpressurised open tank installations requiring low maintenance and servicing.
A bracket mounted on the tank holds the conductivity probe in position according to the probes length required.

Inline conductivity probe in tee housing designed to be installed into existing pipework, providing continuous conductivity measurement through the pipework flow. The union connection on the housing provides easy access for maintenance and inspection throughout the lifetime of the probe, suitable for all types of process environments and water treatment applications.

Conductivity Probe

Dip Type

Conductivity Probe

Inline Flow 

Conductivity Probe

High Temperature

Measurement of Conductivity Cell

 

Conductivity is ability of a solution to conduct an electric current between two electrodes across the surface area or distance between the cell electrodes by the resistance of the measured solution, the level of concentration of dissolved ionic species plus weak and strong electrolytes change the electrical current therefore an high concentration of ions in the solution will result in a fast current and higher conductivity values and a slower electrical current indicates lower concentration of ions are present in the solution indicating lower conductivity values.
Conductivity systems are used routinely in many industrial water treatment and environmental applications as a fast and inexpensive reliable way of measuring the total dissolved solids (T.D.S) content in a solution, applications include public water supplies, irrigation systems, brewing industry, industrial boilers, wastewater and cooling tower systems.

 

All our conductivity controllers incorporate control relays as well as a (0) 4-20mA signal. Depending on which model of controller - these can be used to control a piece of control equipment such as a pump or solenoid valve. Often these pieces of control equipment can be controlled proportionally that is - causing the device to speed up, or dose faster / slower depending on the deviation from the desired set-point.