Without the meter, it is impossible to know where the hot spots are! A hot spot could be created by sleeping with a TV on the other side of the wall, or by faulty wiring, typical after renovation projects, or by proximity to visible or hidden underground powerlines!

While the reason for the creation of hot spots can be simple or complex, avoiding the hot spots is always very simple. Most hot spots are small, so moving a bed or furniture just a couple of feet usually does the trick! Most hot spots are dealt with that way, just avoid placing furniture there by moving it a little bit!

Simply plug the included probe into the meter, turn it on, place the setting on H for high sensitivity, and the meter needle now is reading 0 to 5 in its display. Readings over 2 are high. Those are the hot spots to avoid. In this same way the meter shows safe distances from appliances such as TVs and microwaves!

Since 10 to 20% of all homes have hot spots, it is important to spend 5 minutes checking the home! It is simple and one gets a great feeling of accomplishment when one move's a child's pillow away from a hot spot!

Here is what Time Magazine wrote about electromagnetic fields:

Time Magazine writes: "Those exposed to fields of 2 milligauss showed a threefold increase in their risk, while children exposed to 3 milligauss showed a fourfold increase in the risk of leukemia. Such as clear progression makes it difficult to argue that factors other than exposure to the electromagnetic field were responsible for the extra cases of leukemia."

Time Magazine writes: the research "...shows an unmistakable correlation between the degree of exposure and the risk of childhood leukemia." The second study "...linked on-the-job exposure to electromagnetic fields and leukemia in workingmen." "What makes the Karolinska study particularly significant is the thoroughness of its design. The investigation encompassed nearly 500,000 people." "One of the most telling results was that the cancer risk grew in proportion to the strenght of the electromagnetic field. Children with constant exposure to the weakest fields, calculated at less than 1 milligauss (about the same that a coffee maker generates when it is brewing), had the lowest incidence of cancer." "Numerous reports in the popular press have blared out warnings." "...a growing number of scientific studies suggest that the risk of leukemia and other malignancies rises with exposure to electromagnetic fields."

Time Magazine, October 26th, 1992. Radiation is linked to cancer, leukemia, headaches, fatigue, cataracts, miscarriages and birth defects. The US EPA recommends "prudent avoidance." In August of 2001, the International Agency for Research on Cancer unanimously concluded that magnetic fields are carcinogens in the same class as DDT and lead. Scientists from the US, UK and 8 other countries "all agreed," said Dr. Larry Anderson. Magnetic fields were also linked in June of 2001 to a six fold increase in miscarriages, by the Kaiser Permanente's research division.

Learn to Detect and Measure EMF Fields

• Can measure Cellular Phone RF Radiation
• Also measures Electromagnetic Fields Generated by Power Lines, Computer Monitors, TVs, Appliances, Home Wiring, and Other Unsuspected Sources.
• Easy to Use
• Web Support Available
• Free Booklet on RF/ELF Issues Included
  (Includes Guides on How to Reduce Your Exposure) and Exterior Probe

Features

• Sound and Visual Signals Combined with Analog Measurement Make for an Ideal Meter.
• Audio signal with volume control
• Light signal
• ISO 9001 controlled manufacturing
• Comprehensive documentation backed by web support
• Competitively priced
• Rugged ABS plastic construction, high quality components
• CE registered
• Requires one 9-volt alkaline battery
• Backed by a no-questions-asked 30-day end user warranty

More Information

• The average home in America is 10%-15% covered by radiation hotspots above 2 milligauss. Let's look at some pictures of how America relates to power:
• As you can see the whole country is electrified. That is why it is important to check for hotspots in your home.
• The first problem with powerlines are high voltage lines.
• Another problem with powerlines is that you could have a home location which has a powerline behind or under it... that is why it is important to check.
• There are all sorts of powerline configurations.
• One solution is to bury the powerlines, but good luck doing so because the cost of burying the lines is 10 times the cost of having them aerial.

How is electricity produced and distributed?

• Electricity is produced at power plants using different fuels and generating technologies.
• When energy leaves a power plant, it is pushed into the electric system at a substation.
• Energy travels over long distances on transmission lines to where the power is needed.
• On arrival in your neighborhood, the strength of the electricity is decreased at another substation.
• Then, a local line carries the electricity to your home or business where a nearby transformer matches the electricity to the needs of your residence.
• In a typical county, powerlines criss-cross in all directions!