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Triplett 2022 Full Product Line Catalog: Volume 1 Now Available!
Triplett 2022 Full Product Line Catalog: Volume 1 Now Available!

PH and Conductivity Meters

Triplett offers a variety of pH and conductivity meters which are compact and handy.  We also offer pH and conductivity analyzers with the capability to measure other parameters such as total dissolved solids (TDS), salinity, and so on. Most of these models are calibrated for conductivity, and can save up to around 25 readings in their memory. They come with a display screen and an auto power off mode. These models are waterproof and assure long term performance. pH is the hydrogen ion concentration in a fluid which makes it acidic, alkaline, or neutral. Conductivity relates to electrical conductivity which comprises measuring the concentration of negative as well as positive ions based on the capacity to let the current flow in a particular area. pH and conductivity meters are used to measure both these factors as they are related. The level of hydrogen ions and a number of other types of ions determines the acidity and alkalinity as well as impact the conductivity of that substance.

Know More About Triplett PH and Conductivity Meters

What is conductivity and pH?

Hydrogen ion concentration or pH is a term used to define the hydrogen-ion activity of a system. This chemical activity allows us to determine, for example, the acidity (0-6 pH) or alkalinity (8-14 pH) of a solution (pH of 7 is neutral). The conductivity range is from 0-200µS, 200-2000µS, 2-20mS (0.1µS) for most models. pH and conductivity measurement are related in terms of measuring the quantity of ions in a given sample. So, electrical conductivity is the measurement of all the positive as well as negative ions, while pH measurement comprises hydrogen ions. We offer pH and conductivity probe with the capability of measure a variety of other parameters.

What are the Applications for pH Measurements?

For chemical processes, pH is the most common measurement. Applications include electro-plating, waste water treatment, pharmaceutical testing, paper mills, food & beverage production, and environmental analysis. Anything consumed by animals and people, at some point, is tested for pH.

How does a pH and conductivity meter work?

Electrical conductivity is measured with the help of electrodes on the probe. They are submerged in the fluid and current is passed through it. With this, the concentration of all types of ions can be determined. There is a pH meter or electrode which is dipped in a buffer solution which works as a reference point. All this is measured digitally and displayed on the screen.

Can a pH meter measure conductivity?

Yes, a pH meter can measure conductivity and many other parameters such as salinity, TDS, temperature, and so on. This is possible, as most models of our pH meters work as multimeters and are programmed to measure all of these factors in standard units. You can choose the units to suit your application preferences and set the probe output accordingly.

How does a conductivity meter work?

This measures electrical conductivity and is most often combined as pH and conductivity probe. For some applications, both pH and total ion concentration are required as process parameters. Most models we offer have an accuracy rate of ±2% FS.

What is the principle of a pH meter?

Any solution or fluid with more number of H+ ions than OH- ones would be acidic, while the one with OH- ions in majority is alkaline. When both the ranges are almost equal the solution is said to have a neutral pH of 7. While this pH value can be tested with simple pH paper strip, for more accurate outputs pH meters are used, especially in manufacturing units. While a regular pH meter measures the hydrogen ion concentration, a pH and conductivity probe measures the differential value, which separates the hydrogen ions from the total ions.

What is pH meter calibration?

pH meters need to be calibrated on a timely basis or after each day’s use to maintain accuracy. This is done by preparing three different buffer solutions- acidic with pH 4, neutral with pH 7, and alkaline with pH 9.2. Check the manufacturer’s instruction manual for the standard procedure. The probes must be calibrated at room temperature or round 25 degrees Celsius. Dip the pH electrode in each solution. However, as a rule start with neutral pH. Measure the temperature of the solution and that of the knob. Activate the function switch for pH and adjust the calibration control to pH 7. Set the function switch on standby mode. Now remove the electrode and use distilled water to wash it. Repeat this process for calibrating acidic and then basic pH values.

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