How to Correctly Measure ELF & EMF

How to Correctly Measure ELF/EMF Using A Single Axis Gauss Meter (Standard EMF Detector)

All too often, we see individuals and teams claim high measurements of EMF at a location by simply placing their standard EMF detectors to the wall. However, this is an incorrect way to measure EMF.

The most common EMF detectors that are used by paranormal teams are the CellSensor, ELF Zone, ElectroSensor, TriField Natural and Gaussmaster. These are all single axis meters. EMF/ELF fields are three dimensional. Therefore, in order to obtain an accurate measurement of the field, one must first read the strength of the field in the three axis, x,y, and z. In other words, one has to measure all three axis by placing the detector horizontally, vertically, and sideways.

Once readings are obtained in these three positions, perform the following calculation:

1. Square the value of each reading.

2. Add the three square values.

3. Calculate the square root of the value obtained in Step 2.

The final value obtained will be higher than the largest individual reading.

For example, if one obtained the readings of 3 in the horizontal position, 1 in the vertical position and 2 in the sideways position, the squares are 9, 1, and 4. The total is 14 (9+1+4). The square root of 14 is 3.74, which is higher than three.

Be sure to pay attention to the setting of your equipment. While on a "high sensitivity" scale, a reading of 3 corresponds to 3 milliGauss. However, on a "normal sensitivity" setting, a reading of 3 corresponds to 30 milliGauss.

What is a milliGauss you ask?

A milligauss is the strength or intensity of magnetic fields is commonly measured in a unit called a or by magnetic field meters called "gaussmeters." A milligauss (mG) is a thousandth of a gauss, and a microtesla (µT) is a millionth of a tesla (one milligauss is the same as 0.1 microtesla).

One step further..., what is a "gauss"?

Gaus = Unit of magnetic field strength: A gauss (symbol: G or Gs) is a unit used to measure the strength of a magnetic field, also known as magnetic flux density. It's part of the older centimeter-gram-second (CGS) system of units. While less common today, gauss is still sometimes used to describe the strength of magnets, especially weaker ones. The Earth's magnetic field, for instance, is around half a gauss. For reference, the modern international system of units (SI) uses tesla (T) for magnetic field strength, and one tesla is equal to 10,000 gauss

It is important to know how to use equipment properly when conducting paranormal investigations as well as the data that they provide. Failure to do so, will only provide a disservice to your clients, your team, and yourself.

If you want to try out some of these methods with your hardware, you can choose one of these from amazon (*opinions are just opinions, please make your own choices):

Soonkada - https://www.amazon.com/dp/B0BMPTZ8KZ?psc=1&ref=product_details

NOPWOK - https://www.amazon.com/dp/B0B9RKY44P?psc=1&ref=product_details

KENMIC - https://www.amazon.com/dp/B0CKHKYMXJ?psc=1&ref=product_details

The Soonkada unit looks more "official," but it feels lightweight and would not fare well if dropped.

The NOPWOK brand feels a lot like a standard stud finder and has a screen that isn't so great.

The KENMIC comes well-packaged and feels solid. Although the price is higher than the other two, it still seems like the better value.

If you would like further information on ELF Measurement or EMF Measurement, please get in touch with us. contact@militaryveteransparanormal.com