FOXBORO L0114AG

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FOXBORO L0114AG IO module In Stock

negatively charged cathode. In practice, a small amplitude alternating voltage is applied to 

prevent measurement errors due to electrolysis. The magnitude of the resulting alternating 

current flow is related to the number of charge carriers present and therefore the concentration

 of the electrolyte may be inferred from the conductance measurement.

Conductivity and resistivity are the more familiar terms used in the measurements of solutions.

 Specific conductivity, or more commonly conductivity, is the conductance as measured 

between opposite faces of a 1-cm cube of the solution. Bulk material measurements utilize this 

“reference state” and conductivity rather than conductance. The conductivity reading shows 

an almost direct relationship with impurities in the water and is the technique commonly seen 

in feedwater and pretreatment processes.

For Ultrapure and pure water applications, a cell factor of 0.1 cm-1

 is selected and measurements are usually expressed as resistivity in units of MΩ• cm or in conductivity in units of uS/cm. Ultrapure water applications benefit from resistivity measurements because it more effectively

 resolves the range of interest. For more conductive solutions, a cell factor of 10 cm-1 is used and measurements are expressed in mS/cm. When cells are interfaced to Foxboro Analyzers or 

Transmitters, effects of temperature on measurements can be compensated and readout in appropriate

 units can be displayed.

The 0.1 cm-1cell has two electrodes constructed with concentric cylinders which must be in contact with the solution being measured. The two electrodes are separated by an insulator 

inside the electrode. The 10 cm-1 cell utilizes two graphite buttons for its measurement electrodes.

 A third electrode in the electrode eliminates a parallel measurement path that could occur outside of the electrod.

Product details:

FOXBORO L0114AG IO module

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