Inspection of Electrical Panels (Distribution, Automation...

Electrical Panel Systems Practical Training Course Description

This course is designed for participants working in or wishing to improve their skills in the electrical sector. It aims to provide them with the opportunity to examine both the production processes and field applications of distribution, automation, control, and compensation panels. The training focuses on practical application alongside theoretical knowledge, enabling participants to gain real-world field experience.

The course begins with a detailed examination of the basic structure and operating principles of electrical panels. Starting with distribution panels, the process from energy input to the end-user is explained. Participants learn the functions of main switches, busbars, fuses, and protection elements, while also understanding the importance of correct panel design. This section particularly emphasizes the selection of appropriate materials and safe assembly techniques in high-current systems.

In the automation panels section, the integration of PLC systems, input-output modules, sensors, and field equipment is demonstrated practically. Participants have the opportunity to observe firsthand how an automation panel is designed, assembled, and commissioned. Furthermore, basic PLC logic, signal flows, and control scenarios are explained in a simple and understandable way, reinforced with practical examples.

Within the scope of control panel training, the operating principles of equipment such as motor control circuits, contactors, thermal relays, and time relays are examined in detail. Classical control circuits such as forward-reverse motor control, star-delta starting, and similar systems are explained both theoretically and practically. Participants experience firsthand how the system works by building these circuits.

Compensation panels constitute a significant part of the course. Fundamental concepts such as reactive power, power factor (cosφ), capacitive and inductive loads are explained in simple language. Then, the components of a compensation panel—capacitors, contactors, reactive power relays, and measuring devices—are examined in detail. Participants learn how to calculate and install a compensation system and how to respond to faults.

One of the most important features of the training is that all these panel types are not only explained theoretically but also actively examined in a production workshop and in the field. Participants closely observe cable connections, labeling, organization, and workmanship quality in a panel assembly environment. They also have the opportunity to observe measurement, fault detection, and maintenance processes on active panels operating in the facility.

Occupational safety is also specifically addressed throughout the course. Rules to be observed when working with electricity, the use of personal protective equipment, and safe working methods are demonstrated practically. In this way, participants gain not only technical knowledge but also an awareness of safe working practices.

At the end of the training, participants will be able to: Participants become individuals who can identify different electrical panels, understand basic connection and operating principles, address simple field malfunctions, and possess knowledge of panel manufacturing processes. This course offers content particularly suitable for electrical technicians, engineers, beginners, and anyone wishing to improve their professional knowledge.

In conclusion, this training is a comprehensive program that transforms theory into practice, provides hands-on field experience, and truly contributes to the professional development of participants. It serves as a strong starting point and an important reference for those who want to improve their skills in electrical panel systems.