TriField TF2 Electromagnetic Field EMF Meter

Product Information

Monitoring the EMFs in your environment is about taking control and understanding your surroundings. By using a Trifield Meter, you can identify those pesky high-level EMF sources and make informed decisions, like maybe not setting up your home office right next to your WiFi router. Key Features of the Trifield EMF Meter Model TF2 EMF is measured based on the power of the various frequencies of the field. There are three basic decisions you’re going to The Bioinitiative Report, which I hope you are familiar with, was a report written by 14 scientists from around the world, that summarized the findings of hundreds of studies related to the biological effects of EMF radiation on the body. In 2012, 29 scientists in total updated the report after reviewing 1800 additional studies, eventually publishing a nearly 1500 word report on these dangers. You can use the meter to detect large exposures of magnetic field, electric field, or radiofrequency radiation in your home, apply a solution, and test how much the solution reduced the risk. Limitation – It is unfortunate that the Acoustimeter only measures RF radiation, and not magnetic or electric. This is intended, as this meter is entirely focused on being a top-of-the-line radio frequency meter, however it means that to measure all forms of EMF radiation you’ll need more than one meter. Final Thoughts On The Acoustimeter

With a Trifield Meter, you can identify areas with high EMF exposure, prompting you to possibly reorganize the workspace or limit time spent in certain areas. The Trifield meter will detect electric and magnetic fields in the 40 Hz – 100 KHz frequency range and Microwaves in the 50 MHz – 3000 MHz (3 GHz) range. Is the Trifield EMF Meter made in the US, and does it come with a warranty? The 2.45 is the current peak signal strength measured in V/m, which will correspond to that left row of lights.An isotropic (tri-axial) probe simplifies the measurement procedure because the total field value is determined with three measures taken without changing sensor position: this results from the geometry of the device which is made by three independent broadband sensing elements placed orthogonal to each other. In practice, each element's output is measured in three consecutive time intervals supposing field components being time stationary . Each of the following EMF meters was chosen based on a variety of factors, including but not limited to: Extreme Concern– These values call for immediate and rigorous action. In this category, international guidelines and recommendations for public and occupational exposures may be reached or even exceeded.

Cost – First of all, it is a fairly expensive device relative to its features. At more than double the price of the TF2 (at the time of this writing), you certainly want to make sure this is the device for you before purchasing. I’m not saying that it isn’t worth the price, because honestly for the right person it absolutely is. Just understand that you are paying for the accuracy and quality of the machine, not for bloated features. To start off, the large number you see at the bottom is your field measurement. This is the number displaying the electromagnetic field being measured. The units of measurement will change depending on what you are measuring. If you are measuring AC magnetic fields, it will be in the common milliGauss (mG) measurement. If you are measuring electric fields, it will be in Volts per meter (V/m). If you are measuring radio frequency or microwave radiation, it will be in milliWatts per square meter (mW/m²). The "Weighted" zone, marked in a darker blue, is more responsive to frequencies above 60 Hz, allowing it to measure the impact of EMF fields on conductive bodies like your own. However, for most typical uses, the standard settings will be your go-to. So you can see how easy it is as you get closer to electronics that produce magnetic field radiation to expose yourself to levels higher than the safety recommendations of the Bioinitiative report. The reason I trust the 1 mG recommendation over the ridiculous 2000 mG recommendation of agencies like the ICNIRP is that it is based on unbiased research of nearly 30 scientists from around the world who summarized over 2000 studies related to the biological harm of EMF Radiation.

So first of all, to clarify, .1 µW/cm2 (microWatt per square centimeter) is equal to 1mW/m²(milliWatt per square meter) just so you understand the conversions. So in that quote, they say new studies report biological effectsin the range of 0.003 to 0.05 μW/cm2, which would equal .03 – .5mW/m². The difference between ideal dipole radiation pattern and real probe pattern is called isotropic deviation. Next, I like that they increased the sensitivity of the radio frequency field sensor by 1,000 times. The TF2 can also measure twice as broad of frequency ranges for radio frequency radiation. The 100XE measured up to 3 Ghz, and the TF2 now measures up to 6 Ghz. This small but significant feature makes the Trifield Meter a highly reliable tool no matter where you want to measure EMFs.

The peak percentage indicator works just like the field percentage indicator, and shows the maximum measurement on an arc display on the screen.Let’s talk a little bit about why this might be a great meter for you. Things I Love About The Acoustimeter AM-10 Severe Concern– Values in this category are not acceptable from a building biology point of view, they call for action. Remediation should be carried out soon. In addition to numerous case histories, scientific studies indicate biological effects and health problems within this reference range. Like most inexpensive EMF meters, this one is not able to read radiofrequency radiation, and only reads magnetic field and electric field. However, it also takes ambient temperature readings.