Are you all aware of the risks caused by the EMF radiation that modern devices emit? Those radiations can damage the DNA within a healthy cell which can lead to Cancer.
Sounds scary, right?
But, however, the issue seems difficult, and it can be fixed.
Here we present the solution – TriField EMF Meter Model TF2.
You can fix the problem by identifying the devices that are releasing high amounts of radiation with the help of an EMF meter.
This is why having an EMF meter that is reliable and functioning is essential.
Undoubtedly, the Trifield TF2 model is among the top products available. It was created to bring you ease and effectiveness for a lengthy period of time.
This product is relatively new to the market, so it’s vital for you to know that it measures all three types of EMF radiation—Electric Fields, Magnetic Fields, and RF Radiation. Not only that it is super accurate and user-friendly.
The TriField EMF Meter integrates all the capabilities required for quick, precise measurements of electromagnetic fields into a single device. It is a three-in-one product- an AC gaussmeter, an AC electric field meter, and a radio power density meter.
The magnetic and electric measurements will be accurately scaled to reflect the entire magnitude of currents produced by each type of field inside the human body in addition to the usual AC measurement modes.
Isn’t it amazing?
It may sound complicated but don’t worry, we won’t leave you here stranded. In detail, we will discuss what exactly electromagnetic fields are, what are its types, how the TriField EMF Meter Model TF2 works, its specifications, and why it might be a good fit for you.
We’ll go into more detail about why an EMF meter may be such a useful tool in your battle against EMF radiation once we’ve reviewed and discussed the different things about TriField EMF Meter Model.
Table of Contents
Measuring Electric and Magnetic Fields
We can find electromagnetic fields both in natural and man-made environments. Thunderstorm electrical charges and the magnetic field of the Earth are two examples found in nature. Common human-made sources include TV antennas, electrical cables, and electrical appliances.
When a positive or negative electrical charge interacts with other charges in a field, an electric field is created and electric charge mobility generates magnetic fields.
You might think why are we giving science lessons, but actually, this has relevance to today’s world.
Each day, we all utilize technological devices such as mobile phones, tabs, and laptops. Some people might believe that because their computer is hard-wired to the internet and have their Wi-Fi switched off, they are not being exposed to dangerous electromagnetic radiation. But let me burst their bubble, their laptop emits fairly potent magnetic and electric fields, as we stated at the start of this post.
EMF radiation includes electric and magnetic fields. As C.J. Brown describes in his book “Yes, magnetic fields do cause cancer” how certain types of cancer such as leukemia are connected to magnetic fields.
Several other studies have linked the various forms of electromagnetic radiation released by many of our modern electronics to the development of cancer. Links to some of this research can be found on the “Scientific Studies” tab of this website. Infertility in men and crib death are other things it is connected to, along with Genetic damage, particularly to fetuses.
This is scary, isn’t it? But by measuring electric and magnetic fields, you can prevent all these health risks.
With an EMF meter you will be able to locate any nearby radiation sources, whether they are evident or not, and either replace or get rid of them.
By limiting your distance from the radiation source, you can avoid radiation hotspots in regions where the safe long-term exposure limits to high-frequency radiation are exceeded. You can easily check if you have achieved low radiation levels in your home or workplace after using the electromagnetic fields model.
The majority of EMF meters for example TriField EMF Meter Model TF2 are really easy to use and don’t require any technical expertise because radiation measurements have become popular over the past few years.
Radiation measurements are more important and necessary than ever because of the ongoing rise in electromagnetic pollution. Particularly for the most vulnerable population groups, this is the case of pregnant women, children, the elderly, and those who have health issues.
The only way to know if the regions where you spend the majority of your time exceed the recommended limits of exposure to artificial radiation due to the existence of visible and invisible radiation sources (mobile phone masts, cordless telephones, and modem-router Wi-Fi, electrical appliances, cables, pylons, transformers, etc are to measure electromagnetic fields.
You may greatly lower your everyday electromagnetic exposure by detecting the electromagnetic fields by locating electromagnetic hotspots and avoiding them with the help of EMF meters.
Types of Electro-Magnetic Radiations and Relevance
Now that you know how to measure EMF radiations to protect yourself, let’s understand what exactly these radiations are.
A magnetic and electric disturbance known as electromagnetic radiation travels through space at the speed of light (2.998 108 m/s). It moves in the form of photons, or quanta, which are radiant energy packets that lack both mass and charge.
Radio waves, microwaves, infrared, ultraviolet, gamma, and x-rays are all types of EM radiation. Cosmological sources such as the sun and stars, radioactive substances, and manmade gadgets are some examples of sources of EM radiation.
Types of Electromagnetic Radiation:-
● Radio Waves:
Radio waves have a wavelength of about 103 m. As the name suggests, radio waves are transmitted by mobile phones, TV broadcasts, and radio broadcasts. Radio waves have the lowest energy levels.
Only radio waves with a very low frequency are emitted by hydrogen gas in space and are employed for distant sensing. Moreover, they send out radio waves and collect the energy that is reflected in radar or sensor systems.
Radio waves are easily carried through the atmosphere, making it possible for radar sensors to map the surface of the Planet and predict weather patterns.
Microwaves have other uses outside of cooking food, such as sending information into space. In the process of acquiring data via remote sensing, which uses microwaves that are sent out and reflected, they are also used.
Microwaves are measured in centimeters. Since the energy can transmit radiation across conditions like light precipitation and clouds, they are effective for transmitting information. Doppler radars use short microwaves to predict the weather.
Do you know that Infrared radiation creates thermal energy or heat? It is also possible to utilize the energy that is reflected, also referred to as relatively close infrared due to its similarity to visible light energy.
In remote sensing, where infrared sensors collect thermal energy to give humans meteorological information, infrared radiation is used the most frequently.
Visible light is the only part of the electromagnetic spectrum that humans can naturally see. There are several colors in this part of the spectrum, and each one represents a different wavelength.
Light passes through matter and, depending on its wavelength is either absorbed or reflected, and this is what makes rainbows. Cool, right? As a result, some colors in a rainbow are amplified more than others.
The radiation from X-rays, gamma rays, and ultraviolet light all are linked to Space-related things. Well, UV radiation from the sun is popularly known for its damaging effects on the body, which can cause cancer.
For medical applications, X-rays are frequently utilized to capture images of the bodily organ. Gamma radiation can be used often in chemotherapy to eradicate tumors from the body because of its high energy level. The shortest waves, gamma rays, have a wavelength of roughly 10–12 meters. Of this huge spectrum, the human eye can only see waves between 390 and 780 nm.
TriField EMF Meter Model TF2: A Comprehensive Review of Features and Capabilities
The TriField EMF Meter Model TF2 is the ideal tool for swiftly collecting EMF readings since it combines a magnetic field meter, an electric field meter, and a radiofrequency meter. Three frequency response modes are available for the Trifield Meter TF2.
We find the frequency-weighted mode, which clearly scales magnetic and electric field values, to be the most impressive of all. In addition to the more common measuring modes, this latest model exists in the market.
The following are some possible applications of the instrument’s response modes:
- Magnetic Field Mode: This mode is used to measure emissions from power lines, appliances, wiring in walls, and motors.
- Electric Fields: Fluorescent lights, wall outlets, wiring, and switches are good targets for measuring electric fields.
- Radio Frequency: This mode is great for testing wireless routers, phones, microwaves, radios, and televisions.
An EMF meter is the only way to be sure you are not being exposed to more radiation than you should be due to the harmful effects that high levels of EMF emissions may have on the human body and the numerous household gadgets the ordinary person uses every day.
The biggest issue with household appliances is that when they break, they completely stop functioning and emitting EMFs. But, because they include a large number of tiny, electrically charged components, a little one could break, allowing the appliance to continue operating as usual while secretly producing dangerously high levels of radiation.
That’s where the TriField EMF Meter Model TF2 comes into play.
You should think about getting TriField EMF Meter Model TF2 so that you can regularly monitor that your appliances are releasing a safe level of radiation, before it’s too late, especially because the negative effects of EMF radiation only become apparent after continuous exposure. They are not only affordable but also efficient.
TriField EMF Meter Model TF2 Review
Domestic appliances can release three different types of pollution through their electromagnetic fields: AC magnetic, AC electric, and RF/microwave which you know by now.
Here comes TriField EMF Meter TF2 as a superhero! The only instrument that has the ability to measure a variety of harmful radiation sources.
Because of how precise and sensitive it is, this model has received praise from all over the world. This indicates that the meter can easily detect radiation pulses from even weakly emitting gadgets.
Not so tech-savvy? Worry not! TriField EMF Meter TF2 is so easy to use that you can use it straight away after receiving it even if you are not an expert in technology.
Now let’s get into the specifications of the TriField EMF Meter Model TF2 model.
For AC Magnetic:
|Sensor Type||3 axis, true magnitude|
|Frequency Range||40 Hz to 100 kHz|
|Accuracy||±4% at 50/60 Hz|
|Maximum Range||100.0 milligauss|
For AC Electric:
|Sensor Type||1 axis, true magnitude|
|Frequency Range||40 Hz to 100 KHz|
|Accuracy||±5% at 50/60 Hz|
|Maximum Range||1000 V/m|
|Sensitivity (Resolution)||1 V/m|
|Sensitivity (Resolution)||0.1 milligauss|
|Sensor Type||1 axis|
|Frequency Range||20 MHz to 6 GHz|
|Accuracy||±20% at 1 GHz|
|Maximum Range||19.999 mW/m2|
|Sensitivity (Resolution)||0.001 mW/m2|
How does the TriField EMF Meter Model TF2 work?
Now that you are well aware of the specifications of TriField EMF Meter Model TF2, it’s time to know how it works. Let’s get into it.
● Holding The Meter
The first thing to know is how to hold the meter correctly so that it works properly. Also, you can see where on the gadget each sensor and antenna is placed.
When holding the meter, the essential thing to watch out for is not covering any of the sensors with your hand or fingers. That’s why reading the instructions are so important.
The Electric Field sensor is strongly sensitive when you touch hence it can easily detect your body’s electric field. As we are all composed of water and conduct electricity, when attempting to measure an electric field, your body can obstruct the reading if your hand is too close to the sensor.
Keeping your hand toward the bottom of the meter will improve while getting the reading.
● The Knob
Be mindful of the knob to turn the meter on and off as well as to cycle between measurement modes. Use the settings in the pale blue “Normal” box to measure electric or magnetic fields normally.
The “Weighted” dark blue region responds to frequencies above 60 Hz with greater sensitivity. It is used to assess how EMF fields affect conductive bodies like your body. Again, you should use the two default options for the majority of applications.
To measure RF Radiation, turn the knob as far right as it will go to the red “RF” setting. Since this is a non-directional meter, you can identify the source of the RF radiation if the reading changes as you get closer to a particular gadget. The reading will become weaker the further you are from an RF Radiation source.
● The Warmer-Colder Game
Are you familiar with that game where someone searches for something after you hide it? You remark “You are becoming warmer” as they go near the object and “You are getting colder” as they move away from it.
That’s pretty much how you will feel the first time you will use the TriField meter to measure RF radiation. You will be used to directional meters, which tell you where the RF radiation is coming from based on where the meter is pointing. Yet, you can determine which route to walk as long as you pay attention to the radiation levels.
As we mentioned earlier, if the RF Radiation is getting stronger as you move, you are moving in the direction of the source. You are relocating if it is becoming weaker. For some, this may seem like a no-brainer. But trust the process it works.
● Battery, Back Light, and Audio
Want to take out the battery? It’s easy than you think. There is a panel that you can use to open up at the back to take out or replace the battery. The device only needs a standard 9-volt battery. Additionally, you can use the bar reader in the top right corner of the screen to determine the battery level.
They include a button that turns the rear light on and off underneath the panel that you remove to replace the battery. You can also turn on and off the audio feature if you want by just using a button. The aim is to set these settings once and forget about them because most people like them in one way or another. This provides the meter with the appearance of being easy to use for daily tasks.
We must admit that we truly appreciate the meter’s audible feature and backlight. It actually simplifies and improves the experience of using the meter. Trust us, you will love both of those qualities.
Features of TriField EMF Meter Model TF2
The frequency range that the HF35C measures are 800 MHz to 2.7 GHz. Between 20 MHz and 6 GHz is the frequency range that the TriField measures. Hence, the TriField also measures a considerably wider range of frequencies.
The frequencies of each gadget vary. So, the more useful the meter is, the wider the range it can pick up. This actually caught us off guard more than the power range; We were positively surprised.
● Power Density
The power measuring range for the HF 35C High-Frequency Analyzer is 0.1 to 1999 micro-watts per square meter. The power measurement range for the TriField EMF Meter Model TF2 is 0.1 to 19999 micro-watts per square meter.
The TriField can detect radiation with 10 times as much energy as the HF35C. We were genuinely shocked by it when we first started reading the TriField TF2’s specifications.
● Meter Build
The HF 35C High-Frequency Analyzer is the instrument we have been using, as we said above, to monitor RF Radiation. It has a fantastic meter, and we adore it. It just monitors RF radiation, though. Moreover, it lacks the frequency and power measurement ranges of the TriField EMF Meter Model TF2.
Depending on where you purchase it, the HF 35C costs between $325 and $360 and only measures RF Radiation. However, the TriField is available for $168 here on Amazon.com. In addition to being two meters in one, the TriField costs only half as much. That is unbeatable, right?
Drawbacks of TriField EMF Meter Model TF2
You might be thinking that we are only talking good about the TriField EMF Meter Model TF2 but it too has some drawbacks.
The buttons themselves are awkwardly placed despite the fantastic design. For instance, the battery cover is positioned below the location of the illuminated button. It will be challenging to find it right away if you’re a beginner. Also, changing the settings is less practical.
As you are aware, we are advancing towards 5G, which uses the 24-86 GHz spectrum in addition to the standard band. Since this model can only measure up to 6 GHz, radiation from 5 G-equipped devices cannot be measured with it.
Hence, as long as it falls within the model’s measuring range, you can use it on a variety of appliances and gadgets.
Who Should Purchase TriField EMF Meter?
You might think for a second if you need this product or not. But let us tell you that we all use electronic gadgets like phones, laptops, Wi-Fi, and tablets in our daily lives, which emit a tremendous amount of EMF radiation.
That’s why it’s very crucial that you use an EMF meter to detect these radiations to protect yourself and anyone dear to you.
Is there a small kid, old parents, or a pet who lives with you? Then, without a doubt, get a TriField EMF Meter Model TF2 today.
You will thank us later when you will detect strong radiation in your home with TriField EMF Meter. It’s very important to protect your children, any ill person, or a pregnant woman from such radiation as research shows these harmful waves can cause cancer.
Frequently Asked Questions for TriField EMF Meter Model TF2
Q1: What is the battery life of the TriField EMF Meter Model?
Answer: The TriField EMF Meter Model uses a 9-volt battery and has a battery life of approximately 40 hours.
Q2: Is the TriField EMF Meter Model accurate?
Answer: Yes, the TriField EMF Meter Model is accurate and has been calibrated to industry standards. However, it is important to note that EMF levels can vary depending on the location and distance from the source, so readings may not be consistent in all areas.
Q3: What is the range of the TriField EMF Meter Model?
A: The TriField EMF Meter Model has a magnetic field range of 0-100.0 mG, an electric field range of 0-1000 V/m, and a radio/microwave field range of 0-1000 µW/cm².
Q4: Is the TriField EMF Meter Model easy to use?
A: Yes, the TriField EMF Meter Model is very easy to use. Simply turn it on and select the mode you want to use. The digital display will show the reading in the units of measurement for that mode.
Q5: Can the TriField EMF Meter Model be used to detect EMF from cell phones?
A: Yes, the TriField EMF Meter Model can detect EMF from cell phones. Simply select the radio/microwave mode and hold the device close to the cell phone. The digital display will show the reading in microwatts per square centimeter (µW/cm²).
Got enough reasons to purchase a TriField EMF Meter Model TF2?
Protect Yourself From Radiation With TriField EMF Meter Model TF2
It’s true that we can never deny the importance of technology or what it has brought to our life. Technology is a necessity for people to have pleasure, communicate, work, and even make a life.
The fact that most electronic items use electricity is likely the only thing in common with them.
Can you even imagine living before the discovery of electricity? No, right? As it has become a part and parcel of life.
And although electricity has come into our lives as a boon in disguise and provides society with great things, there are still a lot of risks.
We must safeguard ourselves from EMF radiation because electricity is a significant source of it.
But in this modern era, if we have a problem, we have a solution too. We can measure radiation levels with the help of an EMF meter, which allows us to take preventive action.
Why wait then? Get the Trifield TF2 on Amazon today!