AEL-MGTC Moteur-Générateur et Transformateur Construction pour Pratique

MOTORS, GENERATORS AND TRANSFORMERS CONSTRUCTION APPLICATION - AEL-MGTC

SYSTEMES INNOVANTS

The Motor-Generator and Transformers Construction Application, "AEL-MGTC", has been designed by EDIBON for the formation at theoretical-practical level in the field of the electromechanical construction of electric machines such as DC Motor-Generator, Three-Phase Asynchronous Motor of Squirrel Cage, Three-Phase Reluctance Motor, Three-Phase Transformer and Single-Phase Transformer.

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Description Générale

The Motor-Generator and Transformers Construction Application, "AEL-MGTC", has been designed by EDIBON for the formation at theoretical-practical level in the field of the electromechanical construction of electric machines such as DC Motor-Generator, Three-Phase Asynchronous Motor of Squirrel Cage, Three-Phase Reluctance Motor, Three-Phase Transformer and Single-Phase Transformer.

This application offers several levels of formation that provide the user the knowledge and the essential skills about the fundamental principles of the electromechanical construction of electric machines. For this purpose, this application includes a specific manual in which is explained, at theoretical level, the relative aspects to the design, the fabrication, the construction and the winding of electric motors, generators and transformers. The application AEL-MGTC offers a manual winding machine for the realization of winding practices in the optional motors and transformers that can be acquired. The Manual Winding for Motors and Transformers, MWMT, provides several templates for the construction of the windings with different sizes. Once the windings are constructed, the user will proceed to its placing in the corresponding electric machines and the verification of the functioning of the same.

The electric motors, as well as the transformers, are provided disassembled by parts: a solid rotor supported in a bracket and a stator completely accessible allows the realization of the winding practices. In the case of the transformers, iron pieces in the shape of U are supplied for the arrangement of the windings.

One of the advantages of this application is that this covers from the construction of the electric machines to the operation of the same. This application has a variable power supply, a multimeter for the verification of the electrical parameters of the machines, a coil of copper wire and a toolbox for the montage and construction of the same. Besides, a compass is offered for the verification of the rotation magnetic field after assembly of the windings.

Des exercices et pratiques guidées

EXERCICES GUIDÉS INCLUS DANS LE MANUEL

  • Some practical possibilities with MGTC-K1: DC Motor-Generator Kit.
  1. Windings construction using a manual winding machine.
  2. Place the winding in the stator.
  3. Put into operation the DC Motor-Generator.
  4. Wiring of DC motor.
  5. DC Motor Speed Control.
  6. DC Motor turning direction control.
  7. Excitation current control.
  • Some practical possibilities with MGTC-K2: Three-Phase Asynchronous Motor of Squirrel Cage Kit.
  1. Windings construction using a manual winding machine.
  2. Place the winding in the AC motor stator.
  3. Put into operation the AC induction motor.
  4. Wiring of Three-Phase Asynchronous Motor of Squirrel Cage.
  • Some practical possibilities with MGTC-K3: Three-Phase Reluctance Motor Kit.
  1. Windings construction using a manual winding machine.
  2. Place the winding in the AC reluctance motor stator.
  3. Put into operation the AC induction motor.
  4. Wiring of Three-Phase Reluctance Motor.
  • Some practical possibilities with MGTC-K4: Three-Phase Induction Motor with Wound Rotor Kit.
  1. Windings construction using a manual winding machine.
  2. Place the winding in the machine.
  3. Put into operation the machine.
  • Some practical possibilities with MGTC-K5: Three-Phase Synchronou Motor Kit.
  1. Windings construction using a manual winding machine.
  2. Place the winding in the machine.Put into operation the machine.
  • Some practical possibilities with MGTC-K6: Three-Phase Transformer Kit.
  1. Windings construction using a manual winding machine.
  2. Place the winding in the transformer core.
  3. Put into operation the transformer.
  4. Wiring of Three-Phase Transformer according to different configurations.
  5. Calculation of the transformer ratio according to different configurations.
  6. Drop voltage calculation with resistive load.
  7. Drop voltage calculation with inductive load.
  8. Drop voltage calculation with capacitive load.
  • Some practical possibilities with MGTC-K7: Single-Phase Transformer Kit.
  1. Windings construction using a manual winding machine.
  2. Place the winding in the transformer core.
  3. Put into operation the transformer.
  4. Wiring of Single-Phase Transformer according to different configurations.
  5. Calculation of the transformer ratio according to different configurations.
  6. Drop voltage calculation with resistive load.
  7. Drop voltage calculation with inductive load.
  8. Drop voltage calculation with capacitive load.

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