Mito Meter Measurement & Mitigation Methods – EMF/RF Basics – Magnetic Field Measurements.
Here’s a quick checklist for measuring LFM, Low-Frequency Magnetic Field’s.
1/ The Mito Meter is a single-axis gauss meter. This means its sensor is directional and needs to be moved around, just like in RF mode, to find the axis with the highest reading. Always note the highest reading.
To measure the three-axis (xyz) angles, hold the meter upright, then facing north, then east and note the highest value.
Power lines can be detected anywhere from 10 meters/yards to 1 km/mile away in LFM Mode, and the readings vary over a 24-hour period as demand on the grid changes. Hold it in an upright position to measure power lines.
2/ Do not measure too close to the source, as it could potentially damage the sensors when measuring strong fields.
If the meter’s LED lights turn red, there is no need to move the meter closer to the source. Similar to RF measurements, special ‘near-field’ kits are required to measure electronics in close proximity. Generally, you shouldn’t need to measure any closer than 30 centimeters/12 inches, as measurements taken at such proximity are often greatly exaggerated, as frequently observed in YouTube videos.”
3/ Measure the places where you spend time, and remember to move the meter around to cover all three axes. In LFM Mode, you can hold the meter wherever you want, as the magnetic fields pass straight through your hand.
4/ Measure the background magnetic field from the power grid. It’s important to know the A/C (Alternating Current) dynamic field of the power grid on your property, as this type of EMF can not be mitigated. You can create a grid layout of 3 square meters and take measurements every three meters around your property to identify any problematic areas that may require attention. Alternatively, focus on measuring the areas where you spend the most time. Hold the meter in an upright position.
5/ Measure the A/C dynamic magnetic field of your electrical grid on your property using the LFM-X Mode over a 12-hour period. This will allow you to capture peak demand field activity, such as around 11 am in the morning and 11 pm at night. Note atmospheric conditions and solar activity can increase the load on the power grid, resulting in significantly higher power levels. Hot days will generally have higher readings, while cloudy days may have lower readings.
6/ Check your walls, floors, and ceiling for strong magnetic fields. Ensure that no ovens or appliances are placed against walls that may have occupants on the other side.
7/ Check the incoming underground cables, as well as the area around the ground stake of the electrical system and the plumbing/water pipes, to ensure they are free from any A/C magnetic fields. If you detect readings on pipes, taps, or the ground stake, it is crucial to promptly engage the services of an electrician.
8/ Measure the electromagnetic fields emitted by electronics that you spend extended periods of time around, such as your phone, laptop, MacBook, or PC. Note that laptops should not be placed on your lap, as they all produce magnetic fields. This is why manufacturers are legally prohibited from using the term ‘laptop.’ Ensure that your bedhead is not near your power distribution board or located near any live electrical infrastructure. _Measure the electromagnetic fields emitted by electronics that you spend extended periods of time around, such as your phone, laptop, MacBook, or PC. Note that laptops should not be placed on your lap, as they all produce magnetic fields. This is why manufacturers are legally prohibited from using the term ‘laptop.’ Ensure that your bedhead is not in contact with your power distribution board or located near any live electrical infrastructure.
9/ For optimal results, it is preferable to have no lights displayed in LFM Mode, particularly in sleeping areas. Most city homes will have one or two LED lights. The Mito Meter LED display measures down to 0.2 mG (20 nanoTeslas), which is the Building Biology guidelines ‘no concern‘ level for sleeping areas. Note that when the Mito Meter is connected to a PC/Mac or Android device, you can measure the A/C power grid with high accuracy down to 0.05 mG (5 nanoTesla). For instructions on how to measure electric fields, please refer to the provided resource.
See how to measure electric fields here.
Note that erratic fluctuations in the electrical grid dynamic A/C field is biological disruptive at both low and high levels. You can’t shield these far-reaching types of dynamic A/C fields, they go through everything and this is why it’s the most important aspect to look at before considering a property.
LFM-X MODE Advanced Mito Meter Mode:
Click Here to read more on LFM-X MODE (2021 Mito Meters Only – MRx Firmware – 1.1.78)
Looking to upgrade your gaussmeter?
We recommend the semi-professional Alphalab UHS2 and the Gigahertz-Solutions ME3951 gauss meters which will increase your magnetic field sensitivity and accuracy in low-frequency magnetic field testing.