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Brand | Apera Instruments |
---|---|
Model | SX823-B |
Category | Measuring Instruments |
Language | English |
Details the microprocessor-based meter's automatic calibration, temperature compensation, and other key operational features.
Outlines the meter's capabilities for pH measurement, including calibration and buffer recognition.
Describes the meter's functions for conductivity measurement, such as automatic calibration and TDS switching.
Provides primary technical specifications for pH, mV, and Conductivity measurements.
Lists additional technical details such as power source, IP rating, and dimensions.
Explains the various icons and readouts displayed on the meter's LCD screen.
Details the operations and functions assigned to each button on the meter's keypad.
Describes the different sockets for connecting electrodes and probes to the meter.
Explains how the meter indicates a stable reading, including stability criteria.
Describes the function that automatically locks the reading when stable.
Details the meter's automatic power-off feature to conserve battery life.
Provides instructions for manual temperature adjustment if the probe is not connected.
Details the specifications and features of the pH electrode used with the meter.
Discusses factors and guidelines for accurate pH calibration.
Step-by-step guide for performing pH meter calibration using buffer solutions.
Procedure for conducting a sample pH measurement after calibration.
Provides essential guidelines for the daily care and maintenance of the pH electrode.
Important notes and considerations for mV (ORP) measurement, including calibration absence.
Methods for cleaning and activating the ORP electrode for optimal performance.
Details the specifications and features of the conductivity electrode.
Explains the process and solutions required for conductivity calibration.
A step-by-step example of calibrating conductivity using a specific standard solution.
Discusses the relationship between TDS and conductivity and how to adjust the conversion factor.
Procedure for performing a sample conductivity measurement.
Guidelines for keeping the conductivity electrode clean and functional.
Overview of the main categories for meter parameter settings.
Explains how to navigate through the different submenus for parameter settings.
Details specific settings for pH measurement, including buffer choice and resolution.
Details specific settings for conductivity measurement, such as electrode constant and temperature.
Settings for basic meter functions like temperature unit and auto power-off.
Reference table detailing parameter settings and their factory default values.
Glossary providing definitions for abbreviations used throughout the manual.
Summary of self-diagnosis error codes and their meanings for pH and conductivity modes.