Switchboard schematics and Single line diagrams in Revit udemy course free download

What you'll learn:

Electrical Circuit Path Through Cable Trays Revit. Advanced

  • Electrical Circuits in Revit. The total length of the circuits. The path mode.
  • Dynamo Script for the Electrical Circuit’s Shortest Path Along with Cable Trays & Fittings.
  • Panelboard. Revit Distribution System
  • Connector for electricity
  • Dijkstra’s algorithm
  • Revit’s alternative voltage definition.

Requirements::

Description:

  • In this course, you will learn how to create switchboard schematic drawings into a Revit project with MagiCAD.

  • Also, this course starts from the basic and you will get familiar to the workflow to create and set properties for electrical circuits.

  • Using MagiCad will be able to new features in Revit which will give you new possibilities beside those from Revit.

  • Here are the main topics from the course. Please follow them in the order even if sometimes few of them are well known.

  • Alternative voltage definition in Revit.

  • Electrical Connector. Explained all its parameters.

  • Panelboard. Distribution System in Revit.

  • Demonstration_Revit_Sample_Project.

  • Sample_Project_MagiCad.

  • Length of the circuits in Revit.

  • Length between elements of the electrical circuit

  • Wire Type Management.

  • You will learn how to create electrical circuits, distribution system, voltages etc.

  • You will understand how to correctly configure Revit settings for electrical systems.

  • You will get familiar with different types of parameters: family, project or shared parameters.

  • The user should have a basic background about electrical engineering and basic about Revit.

  • Also, using MagiCad you can add labels to your schematics like:

    • Apparent load phase A;

    • Apparent load phase B;

    • Apparent load phase C;

    • Power Factor;

    • Apparent current;

    • True load;

    • Apparent load;

    • Number of Elements;

    • Number of Poles;

    • Load Name;

    • Circuit Number;

    • Voltage Drop;

    • MC Longest Branch Length;

    • MC Min L-G Short-Circuit Current;

    • Others.

Who this course is for:

Course Details:

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