The enclosures that deliver the energy transmitted from the main grid to the relevant distribution points by TEDAŞ Specifications are called field distribution electrical enclosures. Field distribution electrical enclosures are produced in three different types Type-1, Type-2, and TYPE3. There is electrostatic paint material on the outer surfaces of the products produced from galvanized sheets. While electrostatic paints make the products more durable, they also make them more resistant to environmental factors.
Field distribution enclosures that are resistant to rainy weather, impacts, and scratches are also supported with glass fiber-reinforced polyester-type materials. Different sizes and types of products can be designed for highway lighting, marinas, rail systems, and TEDAŞ type applications.
The enclosures that deliver the energy transmitted from the main grid to the relevant distribution points by the TEDAŞ Specification are called field distribution electrical enclosures. Field distribution electrical enclosures are produced in three different ways: Type-1, Type-2, and TİP3. Products made of galvanized sheets have electrostatic paint material on their outer surfaces. Electrostatic paints not only make products more durable but also make them more resistant to environmental factors.
Field distribution enclosures, which are resistant to rainy weather, impacts, and scratches, are also supported by fiberglass-reinforced polyester-type materials. Products of different sizes and types can be designed for highway lighting, marinas, rail systems, and TEDAŞ type applications.
Suitable for internal and external use, field distribution electrical enclosures are manufactured with flame-retardant and self-resistant materials. The products are also resistant to UV rays. Field distribution electrical enclosures are the first enclosures where all data from the primary equipment in the fields are collected. At the same time, field distribution enclosures act as a bridge between the control room and the switchyard.
These products, which are offered to you after being tested in accredited laboratories, are durable products that you can use for many years. Designed by the Technical Specification for Low Voltage Field Distribution Boxes, field distribution electrical enclosures have high resistance to adverse weather conditions.
Field distribution electrical enclosures with different color options also provide full protection against acids and bases. Field distribution electrical enclosures, which have high chemical resistance and attract attention with their functional features, have insulating properties that do not conduct electricity. Moisture and moisture-free products do not contain moisture and humidity.
The cabinets used for the safe installation and efficient distribution of electrical systems are called electrical enclosures. The shortest and clearest answer to the question of what is an electrical enclosure can be given in this way. However, many other things can be said about electrical enclosures.
Electrical enclosures are equipment that contains many different materials. The most important issue in an electrical installation is to ensure that electricity is distributed safely and correctly. These enclosures fulfill an essential task for both the safety of people and the correct operation of electronic devices.
Electrical enclosures have a wide range of uses. They can be designed in different ways depending on these areas. Standard enclosure types are generally used in residential buildings. In industrial areas and industrial plants, you can see enclosures with many different features.
After the question of what is the electrical enclosure, one of the most curious topics is the question of what the electrical enclosure does. The main purpose of the electrical enclosure is the control of electricity. This controlled use is especially important for safety. These enclosures are used in the distribution and transmission of electricity in the building.
Electrical enclosures prevent problems such as overcurrent. This naturally means minimizing many security risks. As a result, the electrical enclosure undertakes the task of distributing electricity safely within the building.
There are many different types and models of electrical enclosures. Each type and model can have many different features. However, if you open the cover of any electrical enclosure, you may encounter materials such as circuit breakers, disconnectors, meters, contactors, fuses, terminal blocks, residual current relays, cable connections, switches, power supplies, signal lamps, capacitors, indicator devices, thermostats, current and voltage transformers.
