Radiation Meters

A radiation meter is a measuring instrument that, as its name suggests, detects the loads to which we are exposed in our personal and professional environment. Because the negative influences exerted on us by solar or radioactive radiation are increasingly important, having a device of th...

A radiation meter is a measuring instrument that, as its name suggests, detects the loads to which we are exposed in our personal and professional environment.

Because the negative influences exerted on us by solar or radioactive radiation are increasingly important, having a device of these characteristics is the best prevention.

A magnetic and electromagnetic field meter is a measuring instrument used to determine the electromagnetic radiation to which we are exposed or that exists in a certain place. It is generally used to measure the amount of electromagnetic radiation emitted by electrical appliances (for example: televisions, computers, lamps, the router, etc.).

There are several types of radiation meters, among them the most prominent are:

Electromagnetic radiation meter or Gaussimeter

Photovoltaic meter to measure energy performance in photovoltaic systems.

Radiation meter to measure UV radiation

Magnets are used in many processes of industry, research and quality control. Regular magnetic field measurements ensure optimal use in several areas. Continuous monitoring of permanent magnets avoids the tracking costs caused by unforeseen shutdowns. The magnetic field analyzer is a compact precision instrument. It has been specially designed for the measurement of magnetic fields and is suitable for Tesla and Gauss measurements. The magnetic field analyzer is used whenever it is necessary to measure the field strength in permanent magnets. The magnetic field analyzer stands out for its high reliability and precision, as well as for its easy handling

The magnetic field analyzer can be used to check for example the existing magnetic field of relays and permanent magnets. The magnetic field analyzer indicates the measurement results clearly and clearly on its large screen. The backlit display ensures that the values are read even in poor lighting conditions.

The magnetic field analyzer consists of a compact unit with display and a sensor. The sensor uses the Hall effect to determine magnetic fields. The application of the magnetic field analyzer is simple and effective.

Magnetic Field Analyzer Usage Fields

The magnetic field analyzer stands out for being a device of high reliability and precision, as well as easy handling. The magnetic field analyzer is suitable for performing magnetic field measurements on industrial materials and workpieces, mechanical and electrical parts, as well as for use in testing or research laboratories. One sector where this magnetic field analyzer is used is teaching and research. The magnetic field analyzer is the ideal instrument to determine the properties of permanent magnets, to ensure their effect and to determine the strength of the magnetic field. Therefore, as the magnetic field analyzer is a versatile and easy-to-use device, it is ideal for reliable on-site analysis. Its easy operation makes the magnetic field analyzer an essential device for measuring field strength in permanent magnets, and is also suitable for uninitiated users. Users appreciate that a magnetic field analyzer is reliable and accurate. The gaussimeter is used, for example, in plant construction or in mechanical engineering to test the functionality and safety of magnetic separators or magnetic filters.