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The moisture meter reference scale

You use a moisture meter to measure humidity for wood, soil, hay, drywall, or any other specific material. That meter will return the reading of the results on the calibrated scale for that material.

Using a calibrated humidity testing tool for each material is extremely important. That is why there are so many different types of meters available on the market today. Because to provide a reading for a particular material (like wood, hay or drywall) allows you to get the most accurate reading or quantification of moisture (% MC) of that material.

Therefore, What is the humidity reference scale? How important is it? How does it work? And, how can you use it? Let’s find out through this article.

What is the moisture meter reference scale

The term reference scale of the scale is applied for moisture meter reading mode in which the machine will give qualitative moisture results of the material. These qualitative moisture readings are displayed as numeric values that users can then use to estimate whether the material is wet or dry.
It is essential to note that the numbers used in the reference scale do not represent a specific percentage of humidity. Instead, measurements in the reference scale are used as a relative predictive indicator of material moisture. A specific example, If your meter has a reference scale installed. After you measure the moisture, it will give the result in a number such as 20. That number is not a percentage of damp, it only shows that the relative humidity is low.
The great benefit of a reference set is that you can get a general idea of the moisture content of different materials at all types of meters without having to equip a specific reading scale.

How to read the reference scale results

One of the best ways to use a reference ratio meter is to take readings from a sample of dry and unaffected material. From there, you’ll know to compare the measurement results of that completely dry object with those of subsequent materials. To identify whether the material is dry or wet. For example, if your dry material (for example, wood) displays 30 on a scale of 0-100 and another sample of the same material gives a result of 50. That proves that the second piece of material is moist and you need to store it immediately.

Note: However, there is one more note. The results of the reference scale cannot be entirely accurate. It also relies on many other factors such as the environment, weather or workspace. Therefore, you should measure several times in many different spaces to get the most accurate results.
Another way to use the reference scale is to quickly notify “wet” or “dry” for materials. On some meters that set the reference mode, the screen indicates the color of the humidity. The color results display:

Green: This color shows relatively low humidity.

Yellow: This color indicates the moisture content of the material that may be at risk and should be checked by a specialized meter or some other precise method.

Red: This color shows very high humidity – the item is severely waterlogged.
Although these are qualitative and not quantitative humidity indicators, the response of the measure is extremely high. Helping users to make an initial prediction about moisture.

In general, although a reference scale is not a genuine scale for measuring moisture in any particular material, its versatility can provide from you to read qualitative humidity in many other materials together. Especially, It is very useful for professionals working with a variety of materials at work such as restoration experts or construction inspectors.

In conclusion

I have shown to you all my knowledge about the reference scale. Do you find it beneficial and easy to use? Let’s try installing and using your moisture meter right away to know more about its great application. Finally, I hope that this article supported you to learn more about the new functions of the best moisture meter that you didn’t know in the past, so you can work it more flexibly and diversely. If there are any errors, I believe you can ignore them. Thank you so much for reading.

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