Product Introduction
Product Overview
Model 921 digital high precision 2D Gauss meter
The main technical parameters: >> 3D X Y Z magnetic field data and synthetic vector S, vector angle, two dimensions of any free to mix >> Range: 0 -- 300000Gs/30T >> Resolution: 0.0001Gs/0.00001mT

Model 921 digital high precision 3D Gauss meter (Tesla), is a three-dimensional magnetic field vector test platform is currently the world's advanced, can work together with the three-dimensional micromotion stage, composed of three-dimensional magnetic field scanningimaging system is incomparable, for all the magnetic source imaging technology, three-dimensional graphics rendering. Can also be manually measuring three-dimensional spacefield, has a user-friendly graphics software with, you can view real-time dynamic curve.

Model 921 digital high precision 3D Gauss meter (Tesla) host using the ARM 24 bit MCUtechnology, collecting three magnetic signals at the same time, to ensure the real-time data,data storage of up to 2000, and can carry on the collection rate adjustment, realize theconversion, the perfect static and dynamic accuracy of 0.01%, resolution 0.00001mT,temperature drift coefficient 0.001/, repeat 0.001%, main parameters of bandwidth of 100KHzhave reached the top level in the world. The host front panel 7 inch color monitor one-timedisplay all of the information need to the magnetic field, the testing process can stick out a mile.

Model 921 digital high precision 3D Gauss meter (Tesla) three-dimensional Holzer sensor typecan support various, summarized the application of all occasions, from high +240, low temperature -273, frequency 1000KHz, micro 1mm, anti-corrosion, anti vibration, round,square, non-standard type as long as you can think of, we can do! Probe plug and play(digital recognition models)

Model 921 digital high precision 3D Gauss meter (Tesla) is a measuring rod Chinese 3Dmagnetic field, are widely used in military, colleges and universities, business units, the spatialthree-dimensional test for the magnetic field to contribute their strength, widely praised by thescientific research personnel!


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