The magnetic field strength can be calculated from the magnetic flux density using the magnetic permeability and vice versa. Many Gauss meters still show both units, so they are both Gauss meters and Tesla meters. Since 10,000 Gauss also correspond to one Tesla, the conversion between Gauss and Tesla is very simple. One tesla corresponds to one newton per ampere and meter. The unit for magnetic flux density corresponding to the international system of units SI is not Gauss, but Tesla. Gauss meters are therefore the measuring instruments for the quantitative evaluation of magnetic fields.
Gauss meters are named after the unit Gauss, in which the magnetic flux density can be measured. If you have any questions, please contact us at or +44 ( 0 ) 2380 987 03 0. Replacement gaussmeter probes and optional accessories are available for most gaussmeter models.
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Most gaussmeters offered by PCE Instruments can be calibrated and certified according to DIN ISO 9000 standards for an additional fee. Electromagnetic fields from electrical installations are believed to cause feelings of nervousness, anxiety and paranoia in EMF-sensitive human beings. Examples include electrical power lines, transformers and wiring for overhead lighting, solar panels and other electrical devices and equipment. However, most electromagnetic fields encountered are generated by AC currents. When testing magnets made of neodymium or other rare-earth elements, a gaussmeter or magnetometer capable of measuring DC magnetic fields is required. Neodymium (NdFeB) permanent magnets are among the world's strongest and most widely used magnets. Thus, it is important to review the specifications of a gauss meter prior to purchase to ensure suitability for the intended application.
A gauss meter can detect either static (DC) permanent (rare-earth) magnetic or dynamic (AC) electromagnetic fields (EMFs), or both. A gauss meter displays electromagnetic wave measurements in Gauss (G), milliGauss (mG), milliTesla (mT) or microTesla (µT) units.
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