Overview
The Bante210 Precision Laboratory pH Meter is a High Accuracy measuring instrument for pH and mV measurement of samples with a Measurement accuracy of 0.01 pH. The instrument is equipped with a large LCD backlit display, supports 1 to 3 point button calibrate, automatically recognizes USA or NIST standard buffers, and has a built-in system menu to customize 5 functional parameters.
Features
1. Precision Laboratory pH Meter with large LCD backlit display.
2.1 to 3 point button calibrated to automatically identify USA or NIST standard buffer.
3. Electrode slope display automatically prompts the user whether to replace pH Electrode.
4. Automatic temperature compensation to ensure accurate measurement within the full range.
5. Automatic end point lock, keep stable Measured value for easy browsing and recording.
6. Manual temperature calibrating, improve instrument temperature Measurement accuracy.
7. Optional temperature units (° C or ° F) to suit the usage habits of different countries.
8. Built-in system menu, 5 function parameters such as pH buffer standard, number of calibrated points, data locking mode, and timed shutdown mode can be customized.
9. One-click reset (Reset), automatically restore the meter to the factory default settings.
Principle
The pH Meter detects the hydrogen ion concentration of the sample by connecting to pH Electrode, which converts to a pH value display. The automatic temperature compensation function adjusts the Measured value based on the temperature probe data to ensure accuracy. The calibrating process uses standard buffers for 1 to 3 point calibrating, automatically recognizes the buffer type and calculates the Electrode slope.
Applications
Water and wastewater treatment, research and education, water quality research and environment monitoring, other industrial applications
Standards
USA standards, NIST standards
Steps
1. Connect pH Electrode and Temperature Probe.
2. Turn on the power and select Measurement mode.
Perform 1 to 3 point calibrate using USA or NIST standard buffer.
4. Electrode is immersed in the sample and wait for the Measured value to stabilize.
5. Automatic or manual locking of endpoint data.
6. Record the measurement results and clean the Electrode after use.
Notice
• Make sure Electrode and buffer are properly connected and selected before use.
• Periodically calibrated to maintain Measurement accuracy.
• Electrode exposure to air or drying environment for extended periods of time.
• Use appropriate solvent when cleaning Electrode to prevent damage.
• In the automatic shutdown mode, be careful that there is no operating time limit.
• Using the one-click reset function will restore the default settings, and custom parameters may be lost.
