Overview
The Bante902-CN Multi-Parameter Water Quality Analyzer is a precision laboratory instrument that integrates six measurement functions: pH, conductivity, TDS, salinity, resistivity and ORP. The instrument is equipped with a large-screen backlit LCD display, supports automatic temperature compensation and calibrated reminders, and has a built-in system menu to customize 12 function parameters for Multi-Parameter water quality analysis of various liquids.
Features
1. Multi-Parameter measurement function: support pH, ORP, conductivity, TDS, salinity, resistivity six index measurement
2. Intelligent calibrating system: 1-5 point button calibrating, automatic identification of standard buffer and Conductivity detector standard solution
3. Flexible configuration options: optional pH buffer standard (USA/NIST/DIN), Electrode constant, TDS conversion factor, temperature compensation mode
4. Data management function: Extended memory can store 500 sets of data, USB interface supports data transfer
5. Automatic diagnosis function: Automatic Electrode slope display, Electrode diagnosis and end point locking
6. GLP compliant: Built-in clock automatically marks the date and time of stored data
Principle
The instrument detects various parameters in the water sample by connecting different types of Electrode (pH Electrode, Conductivity detector Electrode, ORP Electrode). The principle of electrochemistry is used to measure ph value and ORP value, and the conductivity Measurement principle is used to calculate TDS, salinity and resistivity values. The built-in temperature sensor provides automatic temperature compensation to ensure the accuracy of measurement in different temperature environments.
Applications
Laboratory water quality analysis, environment monitoring, industrial process control, drinking water testing, sewage treatment, aquaculture, scientific research and education
Standards
GLP specification
Steps
1. Electrode and temperature sensors
2. Power on and select Measurement mode
3. Measurement parameters as required
4. Use standard liquid for calibrating
5. Electrode immersion in the sample to be tested
6. Wait for the reading to stabilize and record the data
7. Storage data can be exported via USB interface
Notice
• Please read the instructions carefully before use
Periodic instrument calibration to ensure measurement accuracy
• Electrode should be cleaned and stored properly after use
• Avoid Electrode Exposure to Air for a Long Time
• Use specified standard buffer and Conductivity detector standard
• Pay attention to the Operating Environment Temperature and Humidity Requirements of the Instrument
• Regularly check Electrode status and replace Electrode if necessary
