Updated on 19 October, 2021
The Emf Tester is used to measure the amount of electromagnetic fields that are being emitted by a device or electrical circuit. If there are excessive amounts of these electromagnetic fields, it may lead to several issues. One such issue is the development of health problems in individuals who are exposed to the radiation. There have been several incidents where people have suffered from headaches, migraines, stress and a whole range of other ailments due to the electromagnetic fields that they were exposed to. These issues are not isolated ones. It has been found that a large number of individuals who have been repeatedly exposed to electromagnetic fields show signs of an increased risk of suffering from cancer.
The Emf Tester is basically a testing equipment which measures the amount of electromagnetic field variation. This is done by measuring the power that is required to produce the electromagnetic field variation in a specific area. The Emf Tester can be used for a variety of purposes. For example, you can use the emf tester to test the various types of cable wires. There are many advantages associated with the use of the emf-828 micro probe.
The most important advantage of the emf-828 is that it can be operated with a single axis and produces a reliable result. Most of the consumer electronics products available in the market fall under this category. The consumer electronics products that fall under this category include cell phones, personal digital assistants, computers, televisions, stereo headphones, audio systems, DVD players etc. The consumer electronics that are sold with a single axis system are known as single-axis products and the ones that come with a dual axis unit are also known as dual-axis products.
Another significant advantage of the emf-828 is that it is small and compact and can easily fit in a pocket. The main disadvantage of the emf tester is that it can only measure electromagnetic field radiation levels around power lines and it can also measure the levels only above certain distances. This is why most of the industrial devices sold on the market today do not come with a built-in emf-tester.
The third axis (x, y, z) is another important advantage of this device. Unlike the single-axis or dual-axis emf tester, the three-axis (x, y, z) emf tester can measure the electromagnetic field radiation levels around power lines even when there is low background radiation. The device can work properly even if there is slight variation in the electric field around power lines due to fluctuating voltage. The three-axis device can also measure the radiation levels in an indoor environment.
The most popular among all types of emf testers is the multi-axis (x, y, z) tester which measures the electromagnetic field radiation levels above and beyond the power lines. It can detect both, the low frequency and high frequency emissions from power lines, transformers, telecommunications masts, and even various appliances. The multi-axis device can be used to measure any type of electromagnetic field both past and present. The best thing about the multi-axis tester is that it is very accurate and can measure electromagnetic fields up to three hundred times better than other types of emf testers. Multi-axis devices are also useful for measuring underground electric fields.
Last but not least, there are the two-axis (x, y, z) and the three-axis (x, y, z) emf meters. These devices are the most accurate as they do not rely on one or the other frequency to generate their readings. They measure the electromagnetic fields at all over the entire range of frequencies which is important when you consider that electromagnetic fields vary with position. Two-axis and three-axis meters are suitable for outdoor usage. Single-axis meters can only be used in rooms with electrical circuits as they can only detect power lines and are unable to measure mobile phone frequencies. With all the three-axis and multi-axis devices available it has become possible to meter electromagnetic fields from a variety of sources including industrial, household, and medical applications.
The newest models of multi-axis and tri-axis meters can be set up quickly which makes them ideal for testing new installation locations and for pre-existing ones where setting up devices is an integral part of installation. There are many brands of emf meters available in the market today, and choosing the right one should be easy. For a more detailed information on emf measurements and safety, visit EMF Balancing Expert. This EMF Guide was written to help people make informed decisions about EMF Protection.