Simple, cheap and effective way to measure EMF in the Radio Frequency range
This is by far the simplest and most accurate way to measure RF (Radio Frequency) EMF over a wide area. If the noise on your power lines is high then RF noise is high anywhere you have power lines.
The RF noise, which is in the kHz range, results in non-heating effects on the body that raise blood sugar levels. RF EMF can make it impossible to concentrate and is a common source of procrastination. RF EMF helps explain why you can find it impossible to work in one location. If your work room is the problem area (often the case) this can be highly inconvenient. Identifying the problem is the first step to eliminating the problem N.B. EMF sensitive people often address the wrong source of EMF or use very expensive solutions when simpler ones are more effective.
Devices like the Trifield meter are likely to miss the problem... as they are hard to get an accurate reading with i.e Have to be placed correctly to get a reading.
The Stetzerizer meter is a small, simple and robust device which solves the problem of getting an accurate estimate of how much EMF there is. If you tackle the problem areas identified you will have addressed the major EMF issue found in a home.
The Stetzerizer meter is a great product and is highly recommended. It is simple enough for anyone to use with a reading of 0 - 2000 on a large digital readout. If it goes above 2000 it shows an error. It goes off the scale a surprising number of times when testing in houses and businesses. Normally anything over about 600 will make it hard for you to concentrate. If you can get it to ~100 or less then the effects will be minor. This meter will save you the cost of a building biologist who who will charge more than the cost of this meter.
The other two sources of EMF are Induction (60 Hz) and microwaves (GHz):
1) Induction can be measured with a common multi-meter
2) Microwave radiation can be measured with a cheap microwave meter. Microwaves are usually the weakest of the 3 fields and thus the least problematic.