Difference between revisions of "Hardness Analyzers"
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[[File:Hardness analyzers.jpg|thumb|right|Hardness Analyzers]] | |||
'''Hardness Analyzer''' is designed for continuous automatic monitoring of total content of calcium and magnesium salts (total hardness) in water. Analyzer performs automatic monitoring of water stream for technological processes of water treatment, power generation industry, for environmental monitoring. The analyzer does not consume any chemicals during measurements. The analyzer may be incorporated in a complex control system of water treatment process. | '''Hardness Analyzer''' is designed for continuous automatic monitoring of total content of calcium and magnesium salts (total hardness) in water. Analyzer performs automatic monitoring of water stream for technological processes of water treatment, power generation industry, for environmental monitoring. The analyzer does not consume any chemicals during measurements. The analyzer may be incorporated in a complex control system of water treatment process. | ||
==Principle Of Operation== | ==Principle Of Operation== | ||
Based on potentiometric determination of the total content of calcium and magnesium ions. | Based on potentiometric determination of the total content of calcium and magnesium ions. | ||
==Features and benefits== | ==Features and benefits== | ||
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* digital data processing;self-test diagnostics. | * digital data processing;self-test diagnostics. | ||
==Applications== | ==Applications== |
Latest revision as of 09:18, 14 December 2012
Hardness Analyzer is designed for continuous automatic monitoring of total content of calcium and magnesium salts (total hardness) in water. Analyzer performs automatic monitoring of water stream for technological processes of water treatment, power generation industry, for environmental monitoring. The analyzer does not consume any chemicals during measurements. The analyzer may be incorporated in a complex control system of water treatment process.
Principle Of Operation
Based on potentiometric determination of the total content of calcium and magnesium ions.
Features and benefits
- continuous on-line monitoring;
- high stability of the performance characteristics of solid-state electrodes;
- stable hydrodynamic conditions of the primary potentiometric transducer functioning;
- automatic correction for variations in the flow temperature;
- one-point calibration;
- programmable sample intake rate;
- digital data processing;self-test diagnostics.
Applications
- monitoring the operation of water preparation facilities of power plants;
- monitoring the operation of artesian-well water softening facilities;
- quality control of feed water for electrical power plants;
- quality control of turbine condensate of steam power plants;
- quality control of water for food/beverage industry.