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TriField Meter: EMF Meter Model TF2 Tips and Tricks (Updated)

TriField Meter: EMF Meter Model TF2 Tips and Tricks (Updated)

The Trifield meter is a nifty little device that works wonders in detecting and measuring invisible forces around us known as electromagnetic fields, or EMFs for short.

These invisible forces, produced by nearly all electronic devices (yes, even the phone or computer you're using right now), surround us all the time.

While mostly harmless, some sources of EMFs can have higher outputs that might be worth keeping an eye on for health and environmental reasons. That's where the Trifield Meter swings into action.

In this post, we'll share essential tips and tricks for optimal use of the Trifield meter. So, whether you're at home wondering about the emissions from your WiFi router, or at work concerned about the electrical wiring, the Trifield Meter can be your guide.

Understanding Electromagnetic Fields

Picture this scenario...

  • You're sitting in your living room, watching your favorite show on your smart TV...
  • Your laptop is perched on your knee as you send off one last email before calling it a night...
  • Your smartphone is next to you just in case your friend replies to your latest meme...

In this snapshot of modern life, you're surrounded by a whole bunch of EMFs. They're produced by anything that uses electricity or has a magnetic field - that means your TV, laptop, smartphone, and even the wiring in your walls.

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

At first glance, the Trifield Meter might seem like an unassuming piece of tech. But its compact design and sturdy casing means it can handle the hustle and bustle of everyday life. But don't let its simplicity fool you. This thing packs a punch when it comes to EMF detection.

Key benefits of the Trifield TF2 EMF Meter

  • Capable of measuring magnetic fields, electric fields, and radio frequencies
  • Can detect three varieties of EMFs: Alternating Current (AC) magnetic, AC electric, and Radio Frequency (RF)/microwave
  • Accommodates frequencies from 40 Hz to 100 kHz for magnetic and electric fields, and from 20 MHz to 6 GHz for radio frequencies
  • Boasts a large, user-friendly digital display which presents readings in various units: milligauss or microtesla for magnetic fields, volts per meter for electric fields, and milliwatts per square meter or microwatts per square centimeter for radio frequencies
  • Features an audio component that emits a tone with variations in frequency and intensity correlating to the strength of the detected EMF
  • Includes a "Peak Hold" feature that retains the highest recorded reading
  • Offers a specialized mode for magnetic and electric measurements, enhancing the accuracy of readings
  • Designed with durability in mind, ensuring longevity of use

Here's a look at five key features that set the Trifield Meter apart from other EMF meters:

1. Tri-Mode Functionality

The Trifield Meter isn't just a one-trick pony. This clever gadget has three modes - magnetic, electric, and radio/microwave - allowing it to detect all of the three major types of EMF radiation:

Different modes of the Trifield EMF meter:

  • The Magnetic mode measures the magnetic component of the EMF, which typically originates from appliances, wiring, and power lines.
  • The Electric mode measures the electric component of the EMF, often coming from unshielded wiring or electrical devices.
  • The Radio/Microwave mode measures high-frequency radiation such as WiFi signals, cell phone signals, Bluetooth and microwave oven leakage.

The only type of EMF that the Trifield meter doesn't measure is dirty electricity or Electromagnetic Interference (EMIs). Dirty electricity refers to electrical noise or interference that's present on power lines, often caused by electronic devices converting AC power to DC power. We won’t go into detail, but you can read all about it in this post here.

2. Weighted Magnetic Measurement

When measuring magnetic fields, the Trifield Meter uses a weighted method that's designed to align with how these fields affect our bodies. 

Frequency weighting means the meter is more sensitive to frequencies that have a greater impact on our bodies. The meter uses a weighted method that's designed to align with how these fields affect our bodies. This is based on established guidelines for human exposure to magnetic fields.

Magnetic Field Detection in AC Mode: This feature of the Trifield Meter underscores the detection of magnetic fields within a frequency band of 40 to 800 hertz. These frequencies are commonly associated with emissions from power lines and the electrical wiring in our homes.

Electric Field Detection in AC Mode: The Trifield Meter's AC electric field mode emphasizes the detection of electric fields originating from common household appliances and wiring, particularly within the 40-800 Hz frequency range.

Radio/Microwave Field Detection: This setting on the Trifield Meter is geared towards radio frequency fields falling between the 800 MHz and 2.5 GHz range. Such frequencies are typical of the wireless communication employed by devices like cell phones, Wi-Fi routers, and smart meters.

3. Peak Hold Feature

  • EMFs are not always constant. Sometimes, they occur in quick bursts that can be hard to detect. The Trifield Meter's peak hold feature is perfect for catching those sneaky, transient EMFs that come and go in a flash. 
  • With this feature, the Trifield TF2 EMF meter displays the highest reading it has measured, ensuring you never miss a beat. Even if a high-level EMF only appears for a fraction of a second, the peak hold feature will catch it and keep it displayed, ensuring you're aware of these transient but significant sources of EMF.

4. Omni-Directional Sensing

  • Some EMF meters need to be oriented in a specific direction to pick up fields accurately - they require precise positioning and only measure fields in a single direction. But the Trifield Meter is built with an omnidirectional sensor, meaning it measures EMFs from all directions (X, Y, and Z axes), giving you a more complete picture of the EMFs around you.

  • The TF2 meter can detect EMFs from all directions, regardless of how you hold or position the meter. This is particularly useful when you're not sure where the EMF source is, or when the source is moving, as you don't need to keep reorienting the meter. Basically, no awkward angles or repositioning, just simple, straightforward measurements.

5. Backlit Display and Audio

Ever tried to read a display in low light? Not fun, right? Thankfully, the Trifield Meter comes with a backlit display, ensuring clear readability in all lighting conditions.

This small but significant feature makes the Trifield Meter a highly reliable tool no matter where you want to measure EMFs.

But the best part about the Trifield Meter is its ease of use. There's no need for a degree in electrical engineering to understand it. The display is easy to read, and it even has a sound option to hear the intensity of the fields. This user-friendliness, combined with its high-level accuracy, makes it a standout in the world of EMF meters.

How to Use the Trifield EMF Meter

Getting Started

Look for the battery compartment on the back of the Trifield Meter, open it up, and insert a 9-volt battery. Just flip the switch on the front to your desired setting, and you're in business. Remember, patience is key here. Give it about a second or two to settle before you start taking measurements.

Trifield TF2 EMF Meter Settings and Modes

You've got three main ones on the standard Trifield Meter: magnetic, electric, and radio/microwave. 

  • The 'magnetic' setting measures magnetic fields
  • The 'electric' measures electric fields
  • The 'radio/microwave' (you guessed it) measures radio frequency radiation

Observe that the knob serves a dual function - it changes the measurement modes and also acts as a power switch. 

  • If you're looking to measure Normal Electric Fields or Magnetic Fields, you'll want to use the settings found in the lighter blue "Standard" zone. 
  • 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.
  • To measure RF Radiation, rotate the knob fully to the right, towards the red "RF" setting. Since the meter doesn't detect direction, you can identify the source of RF Radiation by noting an increase in readings as you approach the source. Consequently, as you move away from the source of RF Radiation, the readings will decrease.

The Trifield’s ability to measure all three types of EMFs makes it a real game-changer.

What does a trifield meter measure?

  • Radio frequency radiation from cell phones and cell towers
  • Radio frequency radiation emitted by smart meters
  • RF radiation from Wi-Fi routers and Bluetooth devices
  • Electromagnetic field emissions from overhead AC power lines and transformers
  • EMF emissions from appliances such as laptops, refrigerators, and circuit breaker boxes
  • EMF emissions within airplanes and motor vehicles
  • Leaks from microwave ovens
  • EMF locations and levels within wall wiring
  • EMF originating from plumbing pipes utilized for grounding

Check this informative video of the Trifield TF2 EMF meter in action and what you can expect to see when you measure different types of EMF fields:

Common Challenges and Issues with the Trifield Meter

You might run into a couple of common issues while using your Trifield meter.

Reading fluctuations

For one, you might find that your Trifield Meter's needle swings quite a bit. Don't worry; it's not your device being moody. EMFs can fluctuate, so a bit of swing is entirely normal. My advice? Take several readings and consider the average.

High or low readings

Another potential hiccup could be unusually high or low readings. If you're getting results that seem off, try moving to a different location or adjusting the orientation of your Trifield Meter. Remember, this device measures in three dimensions, so rotating it or changing your position might give you a more accurate reading.

Getting accurate readings

EMFs are three-dimensional, so holding your Trifield Meter in different orientations can yield different readings. My advice? Rotate your device and take measurements in various directions to get a comprehensive view of the EMFs in your environment.

The Trifield Meter might also pick up on EMFs from your own body, especially if you're holding a device or standing near an electronic source. 

The sensor for Electric Fields in the meter is extremely responsive, even to the touch of your hand. Given our bodies' high water content, we are naturally conductive and can carry an electric field. If your hand is too close to the sensor while measuring an Electric Field, it can affect the accuracy of the reading due to this interference. 

For best results, try to hold the meter towards the bottom when taking these types of readings to minimize any potential impact from your body's own electric field.

When to take readings

Another tip is to measure at different times of the day. EMF levels can differ depending on when the measurements are taken and the number of electronic devices in use. Take readings in the morning, afternoon, and evening to get a better understanding of the EMF exposure throughout the day.

No reading or maxed out reading

Getting no reading or a constant maxed-out reading could be because of something as simple as a low battery. Try replacing the battery and see if that resolves the issue. If not, you might be in a very high EMF area (like next to a microwave in operation). Move to a different location, then try again.

Lastly, let's chat about maintenance. Your Trifield Meter is a sturdy device, but like all electronics, it deserves some care. Keep it away from extreme temperatures and high humidity. If you've used it in a dusty environment, a gentle wipe down with a dry cloth can keep it looking and working like new. Also, remove the battery if you're not planning on using the meter for a while.

What is a Trifield Meter Used For?

Now, let's put all that theory into practice. We're going to look at a few case studies or scenarios where you might find yourself reaching for your trusty Trifield Meter.

The Home Office

  • Like many of us these days, you've got a home office setup. You've got your computer, maybe an extra monitor or two, the Wi-Fi router buzzing away in the corner, and your phone on the desk. It's prime EMF territory. 
  • With your Trifield Meter, you can assess the EMF levels at your workspace. High readings on the 'magnetic' or 'electric' settings? You might want to rearrange your setup, keeping high-emission devices further away. 
  • A spike on the 'radio/microwave' reading could indicate your Wi-Fi router or smartphone is quite active. Consider turning off Wi-Fi when not in use or keeping your phone further away.

The Workplace

  • Let's say you work in a bustling office environment. From computers and printers to Wi-Fi routers and overhead lighting, there's a myriad of electronic devices in use. 
  • 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.

During Home Renovations

  • Planning a home makeover? It's the perfect time to consider the layout in terms of EMF exposure. 
  • Use your Trifield Meter to help decide where to place your home office or living room set-up. Maybe that cozy corner next to the fuse box isn't the best spot for your reading nook after all!

Assessing a New Home

  • If you're considering moving or renting a place, bring along your Trifield Meter during house/apartment tours. 
  • Check the EMF levels in potential homes. Are they higher than you'd like? It might influence your decision or spark a conversation with the realtor or builder about possible adjustments.

The Outdoor Enthusiast

  • Let's say you're an avid camper, and you like to escape to the great outdoors. But, you're curious about the EMF levels at your favorite campsite. 
  • Your Trifield Meter might pick up on some EMFs, even in the wilderness, from power lines or nearby radio towers. High readings? It might be worth seeking a new campsite further from these sources, especially if you have EMF sensitivity and are venturing outdoors to get away from electromagnetic radiation in the first place!

The Urban Dweller

  • If you live in a bustling city, your Trifield Meter can reveal interesting insights about your EMF exposure. Try taking readings at various locations - your apartment, the local café, the park.
  •  If you're finding consistently high levels, it might be worth talking to your local council about potential mitigation strategies.

Through these scenarios, it becomes evident that the Trifield Meter is more than just a gadget - it's an essential tool for just about anyone.

Remember, interpreting your readings isn't about fear or anxiety. It's about understanding your environment and making informed decisions. The Trifield Meter is a tool, and like any tool, its power lies in how you use it.

Where to Buy a TriField TF2 EMF Meter

The meter can conveniently be purchased online, with offering one of the most competitive prices. You can access the product directly via this link on Amazon.

When purchasing through Amazon, the meter is supplied directly from the manufacturer, ensuring constant availability, and you can expect to receive your order promptly. The product has numerous customer reviews and boasts a solid rating of four and a half stars. Therefore, we highly recommend considering Amazon for your Trifield Meter purchase.

Final Thoughts

We hope this comprehensive guide and review of the Trifield meter has been useful to you.

We can't emphasize how important it is to measure electromagnetic fields in your environment. These invisible forces surround us every day, emitted by anything that uses electricity or has a magnetic field. Monitoring EMFs is crucial for understanding our environment and potential health impacts.

The Trifield Meter is a compact, user-friendly device that measures all three types of EMFs (magnetic, electric, and radio/microwave). Its versatility and ease-of-use make it a standout amongst other EMF meters. We highly recommend it!

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