Circuit Breakers For Protecting Electrical Networks In Commercial And Residential Buildings

Circuit Breakers For Protecting Electrical Networks In Commercial And Residential Buildings
Circuit Breakers For Protecting Electrical Networks In Commercial And Residential Buildings

Video: Circuit Breakers For Protecting Electrical Networks In Commercial And Residential Buildings

Video: Circuit Breakers For Protecting Electrical Networks In Commercial And Residential Buildings
Video: Circuit Protection: Fuses, Breakers, Overloads, GFCIs (OLD LECTURE) 2024, April
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The construction of an object for any purpose begins with the development of design and technical documentation. Work is carried out on the basis of the prepared documents. The presence of the project allows the customer to see how the building will look after the completion of construction. Technical documentation is used by builders to accurately implement the idea, which makes it possible to exclude deviations from technology and errors. At the design stage, important points are thought out:

  • functionality of the building through reasonable zoning of the area;
  • safety for residents or visitors;
  • reliability of the design.

Particular attention is paid to the safe operation of engineering systems and communications. An electrical network is laid in each building, from which industrial and household equipment, climatic equipment, and lighting equipment are powered. To protect networks from short circuits and overloads, automatic switches are installed. They open the electrical circuit in the event of an emergency. Automatic switches, a large selection of which is presented on the website https://atlantsnab.ru/products/avtomaticheskie-vyklyuchateli/, are used when laying electrical networks in buildings for various purposes:

  • shopping facilities;
  • warehouses and logical complexes;
  • offices;
  • living quarters;
  • commercial buildings.

Selection criteria for circuit breakers Switches of the presented type are actively used in modern construction, as they ensure the safe operation of power grids, prevent serious equipment breakdowns. The design feature is that it can be triggered many times. For this, releases are used. The type of the installed release is different, therefore the breakers are classified into the following types:

  • thermal (protect the system from overloads);
  • electronic (support data transfer function);
  • electromagnetic (provide protection against short circuits).

The selection of protective components should be handled by qualified craftsmen. They take into account the rated voltage, ultimate breaking capacity, series and other technical characteristics of the circuit breakers. The correct selection of the machine is a guarantee of the safe operation of the electrical network.

Based on materials from the site

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