Dissolved Ozone Transmitter
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Industrial Online Waterproof Digital Dissolved Ozone Sensor CS6530D
Potentiostatic principle electrode is used to measure dissolved ozone in water. The potentiostatic measurement method is to maintain a stable potential at the electrode measuring end, and different measured components produce different current intensities under this potential. It consists of two platinum electrodes and a reference electrode to form a micro current measurement system. The dissolved ozone in the water sample flowing through the measuring electrode will be consumed. -
Online Dissolved Ozone Meter Analyser T6558
Function
Online dissolved ozone meter is a microprocessor-based water quality
online monitoring control instrument.
Typical Use
This instrument is widely used in online monitoring of water supply, tap
water, rural drinking water, circulating water, washing film water,
disinfectant water, pool water. It continuous monitoring and control water
quality disinfection (ozone generator matching) and other industrial
processes. -
CS6530 Potentiostatic Dissolved Ozone Sensor Analyser
Specifications
Measuring Range:0 - 5.000 mg/L, 0 - 20.00 mg/L Temperature Range:0 - 50°C
Double liquid junction,annular liquid junction Temperature sensor: standard no, optional Housing/dimensions: glass,120mm*Φ12.7mm Wire: wire length 5m or agreed, terminal Measurement method: tri-electrode method Connection thread:PG13.5 -
Online Dissolved Ozone Meter T4058 Analyser
Online dissolved ozone meter is a microprocessor-based water quality online monitoring control instrument.
Typical Use
This instrument is widely used in online monitoring of water supply, tap water, rural drinking water, circulating water, washing film water, disinfectant water, pool water. It continuous monitoring and control water quality disinfection (ozone generator matching) and other industrial processes.
Features
1. Large display, standard 485 communication, with online and offline alarm, 98*98*120mm meter size, 92.5*92.5mm hole size,3.0 inch large screen display.
2. The data curve recording function is installed, the machine replaces the manual meter reading, and the query range is arbitrarily specified, so that the data is no longer lost.
3. Built-in various measurement functions, one machine with multiple functions, meeting the requirements of various measurement standards. -
Online Dissolved Ozone Meter Analyser T6058
Online Dissolved Ozone meter is a microprocessor-based water quality online monitoring control instrument. It is widely used in drinking water treatment plants, drinking water distribution networks, swimming pools, water treatment projects, sewage treatment, water disinfection and other industrial processes. It continuous monitoring and control Dissolved Ozone value in aqueous solution. -
Potentiostatic Portable Interior Multi Gas Analyzers CS6530
Specifications
Measuring Range:0 - 5.000 mg/L, 0 - 20.00 mg/L
Temperature Range:0 - 50°C
Double liquid junction,annular liquid junction
Temperature sensor: standard no, optional
Housing/dimensions: glass,120mm*Φ12.7mm
Wire: wire length 5m or agreed, terminal
Measurement method: tri-electrode method
Connection thread:PG13.5
This electrode is used with a flow tank. -
Manufacturer Digital Dissolved O3 Ozone Sensor Water Monitor Meter CS6530D
Potentiostatic method electrode is used to measure residual chlorine or dissolved ozone in water. The potentiostatic method measurement method is to maintain a stable potential at the electrode measuring end, and different measured components produce different current intensities under this potential. It consists of two platinum electrodes and a reference electrode to form a micro current measurement system. The residual chlorine or dissolved ozone in the water sample flowing through the measuring electrode will be consumed. Therefore, the water sample must be kept flowing continuously through the measuring electrode during measurement. The potentiostatic method measurement method uses a secondary instrument to continuously and dynamically control the potential between the measuring electrodes, eliminating the inherent resistance and oxidation-reduction potential of the measured water sample, so that the electrode can measure the current signal and the measured water sample concentration A good linear relationship is formed between them, with a very stable zero point performance, ensuring accurate and reliable measurement