The FE-2100R series surface magnetic field distribution measuring instrument is a self-developed magnetic distribution measuring instrument that combines the actual needs of multi-pole magnetic ring manufacturers and motor enterprise users, carefully designing the test bench body and accurately controlling the operation of the motor.

The FE-2100R type magnetic field distribution measuring device (manual) combines the actual needs of multi-pole magnetic ring manufacturers and motor enterprise users. After careful design of the test bench and precise control of the motor, it is excellent to accurately measure the surface magnetic field distribution. product. It is an indispensable tool for the correct evaluation of the magnetization accuracy of the magnet and the quality inspection of the magnetic ring.

The FE-2100RB meter magnetic distribution measuring device combines the actual needs of multi-pole magnetic ring manufacturers and motor enterprise users. After careful design of the test bench and precise control of the motor, it is an excellent product to accurately measure the surface magnetic field distribution. It is an indispensable tool for the correct evaluation of the magnetization accuracy of the magnet and the quality inspection of the magnetic ring.
Test reports such as XY coordinates, P polar coordinates, 3D magnetic field distribution, and harmonic analysis relative to the fundamental wave can be provided to provide accurate magnetic field distribution data for motor design. The high-concentricity design and the high-precision level of the probe return are the guarantee of the quality of the equipment, and the comprehensive performance of the product has reached the international advanced level.

In order to better meet the needs of current factories and scientific research institutions, the FE-2100RC cabinet-type magnetic distribution measuring instrument is specially designed with two appearances, named FE-2100RC1 and FE-2100RC2, users can according to their own site or working environment Choose different models of equipment.