⚡️⚡️CUADROS ELÉCTRICOS en REVIT | Curso Revit MEP eléctrico #2
Tips for Working with Geometric Objects in Architectural Models
In this section, Patricia Reus provides tips on working with geometric objects in architectural models, organizing views, and using electrical panels effectively.
Organizing Views and Creating Electrical Models
- : Patricia Reus introduces herself as an electricity specialist and a Revit teacher. She emphasizes the importance of nature's energy and prepares to share electrical tips.
- : Before modeling electrical elements, it is advised to have a separate model for each discipline like electrical, mechanical, etc., to avoid unwanted modifications.
- : To insert an architectural model into the electrical file, use the "Insert" tab and select the file. Copy monitor levels and axes to stay updated on any changes in the architecture model.
Creating Spaces and Positioning Electrical Elements
- : Analyze spaces by selecting the architectural model first before defining room boundaries to enable space creation in the electrical model.
- : Create new levels for better visualization. Configure floor plans and ceiling plans accordingly before positioning electrical elements.
Positioning Electrical Objects
- : Start by placing essential electrical elements like distribution boards. Understand different types of distribution boards based on regional standards.
- : Customize distribution boards according to specific requirements if not following standard regulations. Templates can be created for future projects.
Understanding Electrical Connectors and Circuits
This section delves into various types of connectors used in creating circuits within architectural models.
Types of Connectors
- : Differentiate between round (power) connectors and rectangular connectors (for tubes or trays). Round connectors are crucial for logical circuit connections.
- : Ensure that power connectors are present in distribution boards to establish functional circuits effectively.
Configuring Connectors
- : Adjust connector properties based on phase numbers (single or three-phase) and voltage requirements for proper system functionality.
- : Pay attention to phase numbers matching voltages within the system. Load families correctly within projects for seamless circuit creation.
Recognizing System Compatibility
- : Verify that Revit recognizes board configurations and voltages from the model accurately. Adjust settings if necessary for optimal performance.
Final Steps: Loading Families & Continuing Workflow
The final steps involve loading families into projects, ensuring compatibility, and preparing for further workflow continuation.
Loading Families & Verifying Settings
- : Load families into projects correctly while ensuring that Revit aligns with specified voltages from models. Adjust settings if needed for smooth operations.
Conclusion & Future Steps