AEL-EMT-KIT Máquinas Elétricas Avançadas Configuráveis e Desmontáveis

The application of Advanced Configurable and Demountable Electrical Machines, "AEL-EMT-KIT", unveils a world of innovation and know-how in the field of electrical engineering. These machines, carefully designed by EDIBON, represent an invaluable tool for theoretical and practical training in the exciting field of design and assembly of rotating electrical machines, both alternating current (AC) and direct current (DC).

In a scenario where electricity plays a central role in our daily lives and in industry, understanding the operation and application of electrical machines is essential. The "AEL-EMT-KIT" stands as an essential educational resource, intended for both students and professionals who wish to acquire a deeper understanding of the fundamental principles of electrical machines.

This set of resources not only opens the door to advanced learning in the field of electrical machines, but also fosters understanding and hands-on experimentation, giving users the opportunity to explore and apply the fundamental principles of these vital machines in our electrified society.

The "AEL-EMT-KIT" included following elements:

• AEL-EMT-KIT/B. Base Unit and Common Modules.The "AEL-EMT-KIT/B" kit is the essential base unit for the construction of any rotary machine. It is the cornerstone of the "AEL-EMT-KIT" set and includes all the common elements necessary for the process.
• AEL-EMT-KIT/AS. AC Asynchronous Induction Motors.The "AEL-EMT-KIT/AS" kit is specially designed for the study of asynchronous alternating current (AC) induction motors. This kit brings together a selection of mechanical parts that are assembled in a coordinated manner to allow the assembly and operation of different models of asynchronous induction machines. Its main objective is to provide a means for the detailed study of the operation of asynchronous induction motors, understanding their components, the distribution of the stator windings to configure the inductive poles and the possibility of testing the rotating magnetic field of these machines by using a compass.
• AEL-EMT-KIT/DC. DC Motors/Generators. The "AEL-EMT-KIT/DC" has been meticulously designed for the study of DC motors and generators. This comprehensive kit comprises a collection of mechanical components that are intricately assembled to enable the construction and operation of various models of DC machines. The primary aim of this kit is to explore the inner workings and various components of DC generators and motors, as well as to comprehend the intricacies of independent, series, shunt, and compound electrical connections.
• AEL-EMT-KIT/SMG. AC Synchronous Motors/Generators. The "AEL-EMT-KIT/SMG" kit has been meticulously designed for the study of synchronous machines. This kit consists of a series of mechanical parts that are precisely assembled to allow the assembly and operation of various models of synchronous machines. The main purpose of this kit is to present and demonstrate the operation of synchronous machines found in the market, breaking down their components, how the stator windings are distributed to configure the inductive poles, how the speed of these machines is controlled and how, by using a simple compass, the rotating magnetic field of these machines can be tested.
• AEL-EMT-KIT/MPP. Stepper Motor.The "AEL-EMT-KIT/MPP" kit has been carefully designed for the study of stepper motors. This kit is composed of a series of detachable parts that are assembled together for the creation and operation of a stepper motor. The fundamental objective of this kit is to deepen the operation and the different parts that make up a stepper motor. It includes a crossshaped rotor that allows the motor shaft to rotate by means of a rotating magnetic field controlled by a controller. With the AEL-EMT-KIT/MPP, users have the opportunity to explore and understand the detailed operation of stepper motors. This kit provides the ability to build and operate a stepper motor, which facilitates the study of its operation and the interaction between its components, including the rotor and the controller.