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Eng. Mohamed Hussein, Dr. Mahfooz E. Shalaby, Dr. Hamdy A.M. Shatla, Dr. Amr Refky, Dept. of Electrical Engineering Al-Azhar University Cairo, Egypt Eng_mo.hussein@yahoo.com Abstract—Induction Motors are rugged, robust and widely used in industrial applications. Field oriented control (FOC) or Vector control is an efficient method to control either the speed or the torque or both of the three phase Induction motor. FOC converts the complex stator currents into two orthogonal components, one of which is responsible for speed control, and the other for the electromagnetic torque control, similar to DC machines. FOC has greater stability and capable of fast torque response and accurate speed control. This research explains the concept of FOC and its simulation rather than experimental...

USE of ASSEMBLY Maxon Motor 399505 WITH SET МСВ-04 In frame of improving procedures of training sets our company «NPF Mechatronica-Pro» has received for testing the dc drive components manufactured by Maxon Motors . The electric drive consists of: DC motor - RE-max 24 Part Number(PN) 222053 Planetary-gear reducer - GP 22 C PN 143979 Quadrature encoder – MR type ML PN 201940 Assembly of these components is aggregate 399505 , which is ready to connection to set МСВ-04 , whose parameters are shown in table 1. Table 1 Parameter Value RE-max 24 PN 222053 Rated voltage 24 V No-load speed 9250 rpm No-load current 27,3 mA Rated Speed 7590 rpm Rated current 0,487 A Rated torque 11,3 mNm Armature resistance Ra 9,02 Ohm Armature inductance La 0,406 mH Moment of inertia 4,27 g*sm 2 GP 22 C PN 143979...

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