Overview
The DDKSIC CD10 Portable conductivity, dissolved oxygen meter is a Multi-Parameter water quality analysis instrument with a 3.5-inch TFT LCD screen, which can simultaneously measure conductivity, resistivity, TDS, salinity, dissolved oxygen concentration, dissolved oxygen Saturation and temperature.
Features
1.3.5-Inch TFT LCD color screen, beautiful, clear and easy to operate
2. New UI interface design, navigational operation experience
3. Intelligent Operating system with Electrode Management, Data Management, Parameter Setting and other functions
4. Electrode constant calibration, solution calibration, conductivity calibration can be customized
5. Automatic temperature compensation and air pressure compensation
6. Support salinity manual compensation
7. Support zero oxygen and fullness correction
8. Super data management function, maximum storage of 3000 sets of data
9. Measurement mode of interval timing can be set
10. Low battery display and data lock function
11. Type C charging interface, easy to use
12. Lithium battery powered, supports low power management and power failure protection
13. IP57 dustproof and waterproof grade
14. Supporting PC-side Software supports operation behavior records, sample ID information, user classification management and other functions
Principle
The instrument conductivity Electrode measurement of water sample conductivity, and calculated the resistivity, TDS and salinity parameters according to the Electrode constant. Electrochemical sensor principle of dissolved oxygen measurement, through automatic temperature compensation, pressure compensation and salinity compensation to ensure measurement accuracy. All measurement data are calculated by the built-in processor and displayed on the color screen.
Applications
Water quality monitoring, environment testing, aquaculture, wastewater treatment, laboratory analysis, industrial process control
Standards
European Union standards
Steps
1. Turn it on and check the battery level.
2. Measurement parameters and mode selection
3. Electrode calibration (conductivity calibration can choose Electrode constant calibration or solution calibration)
4. Set compensation parameters (temperature, air pressure, salinity)
5. Electrode immersion in the sample to be tested
6. Wait for the reading to stabilize and record the data
7. Optional data locking or storage
8. Clean Electrode and shut down after use
Notice
• Make sure Electrode is clean and free of contamination before use
• Electrode calibration is performed regularly to ensure measurement accuracy
Avoid use in extreme temperature environments
• Pay attention to the battery level and charge it in time.
• Keep Type C interface drying clean
• Use strictly according to IP57 grade to avoid long-term soaking
• Pay attention to sample identification when storing data
• Make sure to connect correctly when using the supporting PC software
