Three-axis magnetic field
Probe
HOLD function
Measurement units µT or MGS
Large LCD display
Wide frequency range (up to 300 Hz)
simple operation
Battery powered operation
Suitable for work environment analysis
Follows European standards
Gaussmeter including ISO calibration certificate with 3-axis magnetic field probe The gaussmeter has a 3-axis measuring probe for detecting electromagnetic radiation. The gaussmeter is just as suitable for measuring transformers, as it is also suitable for the assessment of magnetic fields caused by computer monitors, televisions, industrial plants (magnetic separators, electric motors, Protective gas welding devices...). The measuring device fulfills the European Union Electromagnetic Compatibility Directive IEC 801-1 (EN 50081-1) as well as the requirements for laboratory and measurement technology IEC 204 (EN 60204). The three-axis magnetic field probe saves you from conversions for the individual axes. The small, compact magnetic field measuring device is extremely suitable for use in industrial environments, but also in the laboratory due to its special properties. Simple, fast and accurate. The gaussmeter has a 3-axis probe for detecting electromagnetic radiation. The gaussmeter is just as suitable for measuring transformers, as it is also suitable for the assessment of magnetic fields caused by computer monitors, televisions, industrial plants (magnetic separators, electric motors, Protective gas welding devices...). The gaussmeter complies with the European Union Electromagnetic Compatibility Directive IEC 801-1 (EN 50081-1) as well as the requirements for laboratory and measurement technology IEC 204 (EN 60204). The three-axis magnetic field probe saves you from conversions for the individual axes. The small, compact gaussmeter is extremely suitable for use in industrial environments, but also in laboratories due to its special properties. Simple, fast and accurate. Information about the electromagnetic field Electromagnetic fields are generated when operating electrical devices and systems. Depending on the frequency, they have different effects on the human organism. The consequences can range from discomfort to nerve stimulation to internal burns. It is therefore necessary to determine the risk to employees from electromagnetic fields on the basis of the Occupational Safety and Health Act and the Operating Ordinance. In principle, two areas of influence are defined, the so-called exposure ranges 1 and 2: The exposure range 1 covers all controlled areas, e.g. electrical plants and areas that can be checked by the operator. However, it also covers generally accessible areas where the operation of the plant ensures that exposure is only temporary. For a short time, this means a working layer. The safety officer can use the measuring device to determine the electromagnetic radiation in Gauss or Tesla and classify it according to load. Especially with the energy frequency of f = 50 Hz, the limit value of 1.36 µT applies in the exposure range 1, and the value of 0.42 µT in the range 2.
04250348700865, PCE Instruments, PCE-G28, magnetic field detector, magnetic field tester
