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Thermal conductivity sensor HMCCS
2-electrodefor pure waterfor wastewater

Thermal conductivity sensor - HMCCS - Levtech Service  Production SRL - 2-electrode / for pure water / for wastewater
Thermal conductivity sensor - HMCCS - Levtech Service  Production SRL - 2-electrode / for pure water / for wastewater
Thermal conductivity sensor - HMCCS - Levtech Service  Production SRL - 2-electrode / for pure water / for wastewater - image - 2
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Characteristics

Type
thermal
Technology
2-electrode
Applications
for pure water, for wastewater, for clean water, for chemicals
Other characteristics
with temperature measurement

Description

The HMCCS- conductivity sensor can be used in the following fields: pure and ultra pure water treatment, pharmaceutical industry, chemical industry, food technology, chip manufacture, ion exchanger plants and reverse osmosis plants. It is especially suitable for conductivity measurement in thermal power plant and water treatment industry. Conductivity cells are used in conjunction with the conductivity transmitters for determining the electrolytic conductivity of liquids. The measuring cell consist of 2 electrodes. An AC voltage is applied on the cells by the transmitter while the liquid is flowing through between the two cells and the transmitter measures the conductivity. The accuracy of the measurement is strongly influenced by the temperature variation and right cable usage. The cable that is used for connecting the sensor to the transmitter. The cable has to be shielded and most importantly one of the cell wires have to be shielded individually. Features • M12 male connector • Cell constant K = 0,1 • Accuracy ± 0,5% • Materials stainless steel and ABS • Pressure 4 bar or 8bar • Temperature up to 100 °C • Temperature compensation Pt100
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.