Narda Safety Test Solutions GmbH products

Measuring instrument for assessing the safety of human exposure to radiation in magnetic fields and for acceptance testing of electrically operated equipment according to the CE standard IEC/EN 62233 (formerly EN 50366), Generic Standard IEC 62311 as well as ICNIRP 1998 and ICNIRP 2010. Direct evaluation of field exposure in comparison with major standards and regulations such as EMF Directive 2013/35/EU for workplaces.

Frequency selective FFT measuring system with high dynamic range for electric and magnetic fields from 1 Hz to 400 kHz. Sensors in all three spatial directions deliver isotropic results for selective and wideband measurements. Uses the Weighted Peak method for standard-compliant measurement of complex signals. This method, patented by Narda, evaluates the signal by means of mathematical convolution in the time domain. The result is the direct display of the exposure as a percentage of the limit value. This makes the application particularly quick and easy to use. Weighted Peak is the basis of the limit value curves of the most important standards.

Selective and wideband measurement of magnetic and electric near and far fields in the RF range. Frequency selective measuring system for electric and magnetic fields. As well as for workplace safety applications in industry, the EHP-200A is also ideal for determining the near and far fields of broadcasting transmitters.

Magnetic field meter for fields from 0 Hz (DC) to 1 kHz. Non-directional measurement with isotropic (3 axis) Hall probe . Heavy duty (3 Tesla) and highly sensitive (8 mT) field probes . Small dimension sensors and USB interface for precision measurements in large field gradients.The isotropic sensor measures the magnetic field strength (flux density). The extremely compact design means that the instrument can be used as a hand held unit or in combination with a PC. The probe is designed for magnetic fields from 0 Hz up to 1 kHz. Typical applications include medicine e.g. magnetic resonance tomography (MRT), metallurgy, or electric railroads.