PCE-MFM 2400 | High-precision magnetic field analyzer with an accuracy of 1% | Tesla and Gauss measurement

Magnets are used in many processes in industry, research and quality control. Regular magnetic field measurements ensure optimal use in various areas. Continuous control of permanent magnets prevents follow-up costs due to unplanned downtimes. The ideal tool for checking permanent magnets is the magnetic field analyzer from PCE Instruments. The magnetic field analyzer is a compact precision instrument. It has been specially developed for measuring magnetism and is suitable for Tesla and Gaussian measurements. The magnetic field analyzer is used wherever field strength measurements on permanent magnets are required. The magnetic field analyzer convinces by highest reliability and precision as well as simple application.

With a measuring range of 0 to 200 mT or 200 to 2,400 mT, the magnetic field analyzer covers a wide range of measuring tasks. The magnetic field analyzer has a practical switchover function and can automatically switch between the two measuring ranges. When the current value is in the range 0 to 200 mT, the magnetic field analyzer switches to the 200 mT measuring range. When the 200 mT mark is exceeded, the instrument automatically switches to the 2000 mT range. The display provides the user with clearly visible information about the current range. The magnetic field analyzer allows very precise magnetic field measurements with an accuracy of 1%. For example, the magnetic field analyzer can be used to test relays as well as permanent magnets for the existing magnetic field.

The magnetic field analyzer shows the measurement results clearly on its large display. A backlight ensures that the measured values are easy to read even in poor lighting conditions. The magnetic field analyzer consists of a compact display unit and a sensor. The sensor used the Hall effect to determine magnetic fields. The application of the magnetic field analyzer is simple and effective. Before each measurement, the sensor should be adjusted to the ambient temperature. To record the measured value, the cover must be removed and the sensor head placed in the center of the magnetic field to be measured. In order to be able to read the respective maximum value correctly, the magnetic field analyzer has a hold function. At the push of a button, the magnetic field analyzer displays the measured maximum value in the negative and positive range.

In addition, the manufacturer has equipped the magnetic field analyzer with another practical function: If required, the meter can display the direction of incidence of the magnetic field lines. To conserve the battery of the magnetic field analyzer, the measuring instrument has an automatic switch-off function. If no input is made for five minutes, the magnetic field analyzer switches off automatically, thus preventing the battery from being completely discharged. Areas of application for magnetic field analyzers The magnetic field analyzer impresses with maximum reliability, precision and user-friendliness. The magnetic field analyzer is suitable for universal magnetic measurements on industrial, mechanical and electrical materials as well as for laboratory use.

The magnetic field analyzer is also used in teaching and research. The magnetic field analyzer is the ideal companion for anyone who needs to determine the properties of permanent magnets, for example, to ensure their effectiveness and to determine the magnetic field strength. The magnetic field analyzer is therefore ideal for reliable instant analyses, it is versatile and at the same time easy to use. Thanks to its handy and robust design and battery operation, the magnetic field analyzer can be used on the move.

Its simple operation makes the magnetic field analyzer irreplaceable for field strength measurements on permanent magnets and is also suitable for inexperienced users. Users appreciate reliability and accuracy of the magnetic field analyzer. The Gaussmeter is used, for example, in plant construction or mechanical engineering to check the functionality and safety of magnetic separators or magnetic filters. This ensures that production-relevant processes can run without downtime due to defective separation mechanisms. Magnet manufacturers also use the magnetic field analyzer in quality control to determine magnetic field strengths.