Overview
The A151-UK laboratory conductivity /TDS/salinity/resistivity meter is a professional precision Conductivity Meter of the BANTE brand, equipped with a 7-inch TFT display, which can measure the conductivity, total dissolved solids (TDS), salinity and resistivity of liquids. Measurement accuracy of 0.5% F.S.
Features
1. Professional Precision Conductivity Meter with 7-inch TFT Display
2.1 to 5 point button calibrated Conductivity detector standard
3. Optional Electrode Constant, Match Connected Conductivity detector Electrode and Call Sensor calibrate data
4. Optional linear temperature compensation coefficient, pure water compensation coefficient, standardized temperature and TDS conversion factor
5. Automatic temperature compensation to ensure accurate measurement of full scale
6. Alarm limit, automatic warning Measured value exceeds the set range
7. Calibrate expiration reminder, prompting users to calibrate regularly
8. Automatic end point lock, retain stable Measured value
9. Interval reading mode, send Measured values to computer or printer regularly
10. Password protection to prevent unauthorized calibrating and setting
11. Extended memory can store up to 1000 sets of data
12. USB Communication interface Easy to connect external devices
13. One-click reset automatically restores to factory default settings
Principle
The meter connects the Conductivity detector Electrode measurement characteristics of the liquid, combines the temperature sensor for automatic temperature compensation, uses the built-in algorithm to calculate the conductivity, TDS, salinity and resistivity values, and ensures the measurement accuracy through calibrating and parameter settings.
Applications
Laboratory, water quality monitoring, industrial process control, environment testing, scientific research and education
Steps
1. Connect Conductivity detector Electrode and temperature probe
2. Power on and select Measurement mode
3. Perform 1 to 5 point calibrating (optional)
4. Set temperature compensation, TDS conversion factor and other parameters
5. Electrode immersion in the liquid to be tested
6. Measured value after reading stability
7. Use Interval reading or Data storage function (optional)
8. Transfer data via USB interface
Notice
• Periodically calibrated to ensure Measurement accuracy
• Conductivity detector calibrated with specified standard solution
• Avoid Electrode Pollution and Clean It After Use
Make sure the temperature compensation is set correctly
Pay attention to calibrated expiration reminders
• Using Original Accessories and Power Adapters
• Avoid high temperature and high humidity environment during storage
