Magnetic measurement using the best gaussimeters

We have already explained, in previous articles, that gaussimeters are special instruments used for magnetic measurement, that is, it inspects and checks the flow density, being one of the most universal devices for this purpose.

Because a magnetic field is invisible, obtaining a complete quantitative representation of it requires the measurement of its force and direction. The ability to do that may sound like science fiction, but thanks to a discovery nearly 140 years ago, we have the tool we now use to determine the strength of magnets.

How do gaussimeters work?

Before explaining how they work as such, it must be explained that gaussimeters work because of the Hall effect, a phenomenon discovered by Edwin Hall in 1879. In short, Hall discovered that a magnetic field will affect the flow of an electric current. Now, we know that magnetic measurement allows us to determine the force of a force and its impact.

Using this discovery, the Hall sensor was developed. Hall sensors have two different shapes: transverse and axial. A transverse probe is ideal for measuring magnetic fields perpendicular to a flat surface, and an axial probe is ideal for measuring magnetic fields parallel to the probe handle.

Your probe houses the corridor sensor needed to get a reading. Without a probe, magnetic measurement through gaussimeters is just a high-tech plastic box. When you choose a probe, you get what you pay for. Cheaper probes tend to be flexible and easy to break. More expensive and stiffer probes will resist wear better.

The connecting cable connects the gaussimeters to the probe. The length needed will depend on the work you are doing. If it often needs to be extended to get a reading, you may want a longer connecting cable. Cables come in lengths from a few inches to several meters.

What are the main functions of gaussimeters?

Finally, the magnetic measurement will vary according to the model, but there are some features that are maintained, practically, in all of them:

• Automatic Zero: Resets the current reading even when a magnetic field is present.

• Hold function: Freezes the current value on the screen.

• Peak retention: This function shows only the highest reading collected by gaussimeters during use.

• Data capture: Allows you to save past recorded values.

• DC: For reading DC magnetic field currents.

• DC Peak (Max): Records the maximum positive peak reading of a DC field.

• AC RMS: Collects the middle square of the root of an entry.

• Peak AC RMS (Max): Collects the maximum positive maximum value.

There are two units of measurement that gaussimeters can read: Gauss and Tesla. They measure the same, but they do it in different increments. One Tesla equals 10,000 Gauss. Some gaussimeters will only read in one format or another, although Tesla has become the most common in this industry.

You should also keep in mind that different magnets will generate different readings, so make sure you have a gaussmeter designed with enough range to do the magnetic measurement, i.e., to read their magnets.

Any advice? When working with magnets, use magnetic measuring equipment that can read up to 2 Tesla (20,000 Gauss).

What are the 10 best gaussimeters for 2019?

Here is a list of the 10 best gaussimeters for 2019, sorted from which we consider best:

• Gauss EMF ELF Meter Detector Electromagnetic Field mG by Gain Express

• LCD Gaussmeter Tesla Meter WT10A Fluxmeter Surface Magnetic Field Tester with Ns Function

• Magnaflux 2480 Magnetic Field Indicator, Non-Calibrated, -10 Gauss to 10 Gauss, Plastic

• LATNEX MG-300 LF magnetic Field Meter, Measures EMF Radiation from High-Power Transmission Lines.

• Latnex MG-300 Gauss and Magnetic Field Meter with battery, Protection Boot, Certificate

• Advanced GQ EMF-380 multi-field Electromagnetic radiation detectorEMF Meter RF Spectrum Analyzer

• K2 KII EMF Meter Deluxe BLACK-New & Improved Design

• OPEK SWR-3 CB / HAM RADIO SWR METER / SWR / POWER /

• Digital Gauss Meter Surface Magnetic Field Tester Magnetic Flux Meter mT/Gs

• AC/DC Gauss Handheld Tesla Meter Fluxmeter Surface Magnetic Field Tester HT20

In IMA we know the importance of doing the magnetic measurement, so we inform all our customers of all the functionalities of gaussimeters in a transparent way, so that they know, at all times, what kind of products they are buying, and what kind of results can be expected according to what they have purchased. For any information or questions, do not hesitate to contact us.