Long-stator linear machine electromagnetic performance off-line testing device

Abstract

The off-line testing equipment of electromagnetic performance of long-stator linear motor includes a testing platform, on its surface a guideway is set, one end of said testing platform is equipped with a fixed supporting frame on which one end of a pulling sensor with high accuracy is connected, said testing platform also is equipped with several fastening bolts. Said off-line testing equipment also includes a rotor steel plate connected with the above-mentioned guideway by means of supporting frame, said rotor steel plate has several holes, every hole interior is equipped with a group of electrodynamic induction coils, every group container three electrodynamic induction coils, and every induction coil is series-connected with A.C. electric meter. The long-stator to be tested is fixed on the testing platform.

Description

Technical field:

[0001] The invention relates to a high-speed magnetic levitation railway, and particularly relates to an offline test device for electromagnetic performance of a long-stator linear motor. Background technique:

[0002] The long-stator linear motor is the main bearing and driving component of the high-speed maglev train rail system, which provides levitation and driving force for the maglev train. At present, for general rotating motors, the test index is to test the torque, while the linear motor is to test the thrust. After the long stator of the high-speed magnetic levitation rail is manufactured, how to judge its electromagnetic performance before use and installation is obviously a very important task. However, there is currently no offline test specifically for the electromagnetic performance of the magnetic levitation long stator linear motor at home and abroad. Related technical reports. Summary of the invention:

[0003] The technical problem to be solve...

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