Overview
The BANTE Bante950-DL is a High Accuracy laboratory conductivity /TDS/salinity/resistivity meter with a large screen backlit LCD display. The meter is suitable for the measurement of liquid conductivity, total dissolved solids (TDS), salinity and resistivity values. Measurement accuracy reaches 0.5% F.S, supports 5 point button calibrate and automatic information prompts, and the built-in system menu can customize 11 function parameters.
Features
1. High Accuracy Laboratory Conductivity Meter with Large Screen Backlit LCD
2.1 to 5 point button calibrating, automatic identification Conductivity detector calibrating liquid
3. Optional Electrode constant (K = 0.1/1/10), TDS factor, normalized temperature (20 or 25 ° C), linear and pure water temperature compensation, seawater and practical salinity Measurement mode
4. Automatic temperature compensation to ensure accurate measurement over the full range
5. Automatic end point lock, keep stable Measured value for easy browsing or recording
6. Electrode diagnostics, check Electrode slope value (K)
7. The system menu can customize 11 function parameters such as the number of calibrated points, Stability standard, data locking mode, and automatic shutdown
8. One-click reset (Reset) automatically restores the meter to the factory default settings
9. Extended memory can store up to 500 sets of measurement data
10. Built-in clock automatically marks the time and date of stored data to comply with GLP specifications
11. USB Communication interface to send stored data to PC
Principle
Measured values are converted to conductivity, TDS, salinity or resistivity by means of Conductivity detector Electrode measurement of liquid Conductivity detector characteristics, combined with temperature sensor for automatic temperature compensation. Manual or automatic temperature compensation mode is supported, and linear or pure water compensation can be selected to ensure measurement accuracy under different temperature conditions.
Applications
Water and wastewater treatment, scientific research and education, environment monitoring and agricultural breeding, printing and chemical industry, fishery breeding and hydroponic planting, beverage industry and other industrial applications
Standards
GLP specification
Steps
1. Connect Conductivity detector Electrode and temperature probe
2. Select Measurement mode (conductivity /TDS/salinity/resistivity)
3. Electrode constant, temperature compensation and other parameters as needed
4. Perform 1-5 point calibrating (optional automatic identification calibrating liquid)
5. Electrode immersion in the liquid to be measured begins measurement
6. Data is automatically locked or manually saved after measurement
7. Storage data can be exported via USB interface
Notice
• Please read the instructions carefully before use
• Electrode is clean and nondestructive
• Conductivity detector standards specified should be used when calibrating
• Avoid use in extreme temperatures or strong corrosion environments
• Electrode maintenance and calibrating regularly
• Data storage pay attention to battery power
• Avoid violent vibrations during transportation and storage
