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# Electrical Circuit Path Through Cable Trays Revit. Advanced

## Electrical Circuit Path Through Cable Trays Revit. Advanced

### Dynamo Script for the Shortest Path in an Electrical Circuit, as well as Cable Trays and Fittings

#### What youâ€™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 Circuitâ€™s Shortest Path Along with Cable Trays & Fittings.
• Panelboard. Revit Distribution System
• Connector for electricity
• Dijkstraâ€™s algorithm
• Revitâ€™s alternative voltage definition.

#### Requirements

• Revit

• Dynamo

• Electrical engineering fundamentals

#### Description

• This course will teach you how to write a Dynamo Script from scratch (step by step) to calculate the length of an electrical circuit.
• Using routes together with/inside cable trays from your model/project, you will be able to determine the length of the electrical circuit quite precisely.
• The second section of the Script calculates the length between elements of the same circuit in plan view.
• Youâ€™ll learn how to build electrical circuits, distribution systems, voltages, and so on.
• You will grasp how to establish Revit settings for electrical systems correctly.
• You will become acquainted with many sorts of parameters, such as family, project, and shared parameters.
• Using Dynamo/Basic Python, you will become acquainted with the Dijkstra algorithm.
• Youâ€™ll learn how to use new instance or type parameters to add or extract data from circuits.
• This course will teach you how to manage your information so that you can construct powerful Revit electrical families.
• The user should have a basic understanding of electrical engineering and a working knowledge of Revitâ€™s Dynamo.
• Revitâ€™s alternative voltage definition.
• In Revit, the distribution system is represented as a panelboard.
• Connector for electricity
• Electrical Circuits in Revit. The total length of the circuits. The path mode.
• Dijkstraâ€™s algorithm is implemented in Revit. The total length of the circuits. Paths, as well as cable trays

#### Who this course is for:

• Revit users who are interested in the length of an electrical circuit as well as Cable Trays.
• Consultants in MEP. Electrical Modeler in REVIT/BIM.
• Engineers.