Analytical Computation of Magnetizing Inductances for the Synchronous Reluctance Motor with Axially-laminated Rotor
نویسنده
چکیده
The performances of the synchronous reluctance motor are essentially dependent on the magnetic dissymetry of the machine, respectively of its rotor, as in [1], [2], [3], [4], [5], [6]. The last one is made from grain-oriented steel laminations, alternating with insulation and non-magnetic material. The fastening is realized with clamping plates and screws made from non-magnetic material (brass or non-magnetic stainlesssteel), to avoid the increase of the q-axis reluctance. Both width of the clamping plates and domain occupied of screws depends on the rotor dimensions and on the number of pole pairs. In Fig. 1 are shown two examples of rotor shapes for the two-pole machine.
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