An instrument called a gaußmeter is used to gauge the strength of the magnetic field. This gadget uses a sensor and a display to detect the magnetic field. Gauss meters are employed in a variety of sectors, including business, healthcare, and academia.
The European Union’s IEC 801-1 (EN 50081-1) Electromagnetic Compatibility Directive and the requirements for laboratories and measuring equipment Both requirements of IEC 204 (EN 60204) are met by the radiation meter. The triaxial probe of the radiation meter can be used to save the conversions of each individual axis. It is possible to use this tiny magnetic field radiation meter in research settings, but it has features that make it perfect for industrial applications. simple, speedy, and precise.
The radiation meter’s triaxial probe measures electromagnetic radiation. The magnetic fields generated by transformers, industrial electrical equipment (such as magnetic separators, electromotors, and TVs), as well as computer displays and televisions, have all been precisely measured by the radiation meter.
In the workplace, a Gauss meter is used to check the magnetic fields of electrical and electronic equipment. In the medical field, Gauss meters are used to examine magnetic fields in equipment like MRI (magnetic tomography). The magnetic fields in diverse samples and the magnetic properties of materials can both be verified using the Gauss meter in scientific study.
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micro Tesla: 0… 20 µT / 0… 200 µT / 0… 2000 µT
milli Gauss: 0… 200 mGs /0… 2000 mGs /0…20000 mGs
micro Tesla: 0.01 / 0.1 / 1 µT (depending on range)
milli Gauss: 0.1 mGs / 1 mGs / 10 mGs
± 4 % + 3 d (from 20 µT and 200 mG)
,± 5 % + 3 d (from 200 µT and 2000 mGs)
± 10 % + 5 d (from 2000 µT and 20000 mGs)
The accuracies given refer to 50 – 60 Hz and < 3 V/m (RF).