Cyclotron measuring rail
The device was made for a research institute that was dealing with the problem of cyclotron calibration. This requires accurate measurement of a magnetic field with an intensity of up to 2T. To do this, it was necessary to design a non-magnetic measuring rail with a carriage, armed with a coil that, thanks to external drives, could move linearly and rotarily between magnets with a diameter of 2 meters. The available space between them is only 23 mm, while the required accuracy is 0.01 degrees and 0.2 mm/m. Control is carried out using servo drives and is controlled by precise Renishaw optical encoders.
