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Degassed Conductivity Meter

Applications
Advantages of the degassed conductivity analyzer: Specific, cation and degassed cation conductivity are measured under identical conditions without heating the sample, avoiding temperature-related measurement errors. Unheated degassing also prevents volatile substances escaping and prevents sample concentration caused by evaporation, so readings reflect the contaminants actually present. No heater or cooling unit is required, simplifying installation and safe maintenance. Discharge at ambient temperature protects operators and avoids thermal pollution.

R. Thiedig DEVAC technical advantage

• Specific conductivity, cation conductivity and degassed cation conductivity are measured under the same conditions. Degassing without heating preserves the sample water temperature and avoids measurement errors.

(a) Not to heat the water sample, to ensure that volatile substances in the water sample do not emit and that the evaporation of the water sample does not result in water sample enrichment by heating, and to ensure that the measurements reflect the authenticity of the hazardous substances in the water sample;

Unheated and, of course, non-refrigerated, on-site, easy to install, easy to maintain and safe.

(a) Regular water drainage to ensure the safety of on-site operators and to avoid high temperature contamination of drainage.

Dr. Thiedig Technical Advantages for Gas Demotives

100% It's... CO2 Remove Effects ;

• Fast degassing unit response: t90 <90 s

(a) ø exchange resin regeneratives, which are simple and can be directly regenerated using Dr. Thiedig ' s anemic regeneratives;

• No heater; low total power consumption: <60 VA

(a) The effective improvement of the accuracy of the measurement of the anemic condition by removing the CO2 contained in the water sample, reflecting only the effect of impurity ion in the water sample and providing greater guidance on the safety monitoring of the power plant;

(j) The presence of flow-resilient devices that effectively regulate and ensure the stability of the flow of the sample and provide a stable sample environment for the measurement units;

• Precise temperature measurement enables accurate temperature compensation of conductivity readings.