High-Precision pH and Conductivity Meters

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Accurate PH and Conductivity Meter | Real-Tme Water Quality Monitoring Solution

Accurate PH and Conductivity Meter | Real-Tme Water Quality Monitoring Solution

Get high-precision pH and conductivity meters for laboratory, industrial, and environmental monitoring. Our instruments provide fast, reliable water quality measurements, helping you monitor water quality changes in real time to ensure water safety and compliance.
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Advantages of PH and Conductivity Meter

High-precision measurements

pH and conductivity meters provide high-precision water quality measurements, ensuring data reliability, and are suitable for laboratory and industrial applications.

Real-time monitoring

These instruments can monitor water quality changes in real time, helping users quickly identify potential problems and take timely measures.

Versatility

The pH and conductivity meters have multiple measurement functions and can measure multiple parameters such as pH, conductivity, temperature, etc. at the same time to provide a comprehensive water quality analysis.

Ease of use

SKZ pH and conductivity meters are usually designed to be user-friendly, equipped with intuitive displays and simple operation interfaces to facilitate users to perform measurements.

PH110B pH and Conductivity Meter

How pH and Conductivity Meters Work?

1. How a pH meter works

  • pH electrode

A pH meter consists of a pH electrode and a reference electrode. The pH electrode is usually made of glass and responds to the concentration of hydrogen ions ([H⁺]).

  • Potential difference measurement

When the pH electrode is immersed in the liquid to be measured, the electrode surface reacts with the hydrogen ions in the liquid to form a potential difference. This potential difference is proportional to the pH value of the liquid.

  • Signal conversion

The electronic circuit inside the pH meter converts the potential difference into a digital signal and displays it on the screen, so that the user can read the pH value directly.

  • Temperature compensation

Many modern pH meters are equipped with temperature sensors that can automatically perform temperature compensation to improve the accuracy of the measurement.

2. How a conductivity meter works

  • Conductivity electrode

A conductivity meter consists of two electrodes, usually made of platinum or stainless steel. The distance and area between the electrodes affect the measurement results.

  • Current measurement

When an electric current passes through the liquid to be measured, the ions in the liquid conduct electricity. The conductivity meter measures the current flowing through the electrodes by applying a certain voltage.

  • Calculating Conductivity

According to Ohm's law (V = IR), conductivity (σ) can be calculated from the measured current (I) and the applied voltage (V). Conductivity is proportional to the concentration of dissolved ions in the liquid.

  • Temperature Compensation

Similar to pH meters, conductivity meters are also usually equipped with temperature sensors to compensate for different temperatures and ensure the accuracy of the measurement results.

Summary

pH and conductivity meters calculate pH and conductivity by measuring the potential difference and current of the liquid through the interaction of electrodes with the liquid to be tested. These instruments play an important role in water quality monitoring, environmental protection and industrial applications.

FAQ

Frequently Asked Questions About ph and conductivity meters

How do I calibrate a ph and conductivity meter?

Use standard pH buffers (such as pH 4.00, 7.00, and 10.00) to calibrate and ensure that the instrument is accurate before taking measurements.
Unstable measurements can be caused by electrode contamination, insufficient immersion in liquid, temperature changes, or an uncalibrated instrument.
The life of an electrode depends on frequency of use, maintenance, and environmental conditions, and usually ranges from a few months to a few years.
Some multifunctional instruments can measure pH and conductivity at the same time, but in most cases, different electrodes are required for each.

How to maintain pH and conductivity meters?

Maintaining your pH and conductivity meter is essential to ensure its accuracy and extend its life. Here are some maintenance tips: 1. Regular calibration: It is recommended to calibrate at least once a month or before each use. Use fresh standard pH buffers (such as pH 4.00, 7.00, and 10.00) for calibration to ensure accurate measurements. 2. Clean the electrode: Gently rinse the electrode with distilled or deionized water, and avoid using chemical cleaners, especially for sensitive glass electrodes. 3. Proper storage: pH electrodes should be stored in an appropriate storage solution (such as pH 4.00 buffer or dedicated storage solution) to prevent the electrode from drying out. 4. Avoid extreme conditions: Avoid exposing the instrument to environments with extreme temperature, humidity, or pressure; Avoid exposing the electrode to strong acids, strong bases, or other corrosive chemicals.

What SKZ Customers Say

Fritzie Dagonton
Fritzie Dagonton

This pH meter is very accurate, easy to calibrate and suitable for laboratory use. The electrode reacts quickly and the measurement results are stable. Very satisfied!

Rizki Kodir
Rizki Kodir

I use this ph and conductivity meter in my soil testing and it works great. It helps me adjust the soil pH and improves crop yields. Recommended to all farmers!

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Applications of pH and Conductivity Meter

Applications of pH and Conductivity Meter

High performance IP65 waterproof ph and conductivity meter, designed for a variety of environments, ensures accurate measurement of the acidity and alkalinity of liquids. This pH tester is dustproof and waterproof, suitable for outdoor and industrial use.