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5TU CATIA V5 Piping & Tubing Design

CATIA V5 Piping & Tubing Design Icon CATPIPB
Zielgruppe:Konstrukteure, Entwickler von Rohrleitungssystemen
Voraussetzung:

Grundkenntnisse V5 (5BK)

Lernziel:Piping & Tubing

Kursinhalte

  • Erstellen und Modifizieren eines Rohrleitungssystems
  • Einfügen, Positionieren und Austauschen von Rohrleitungskomponenten
  • Rohrleitungssysteme aus einem 2D-Ablaufdiagramm erzeugen
  • Analyse eines Rohrleitungssystems
  • Ausgabe eines Reports

Detaillierte Kursinhalte anzeigen

5TU - Detaillierte Kursinhalte:

Variante Tubing
Introduction to Tubing Design:

Understanding the general process,
Understanding the tubing process,
Introduction to tubing,
Userinterface,
Customizing the settings,
Selecting the project.

Tubing Lines ID Management:

Introduction to the line ID,
Selecting a line ID,
Quering a line ID,
Creating a line ID,
Importing a line ID,
Renaming a line ID,
Merging a line ID,
Transforming a line ID,
Modifying a line ID,
Deleting a line ID.

Tubing Routes Creation:

Selecting the line ID,
Routing the tubing Run,
Routing with offset from a reference plane,
Using the turn rule,
Using the minimum tangent length rule,
Creating connectors,
Routing a flexible tube,
Routing a flexible tube by a follow tube,
Managing bundle sections,
Routing a tubing bundle.

Tubing Parts Placement:

Placing a part,
Orienting a part,
Moving and rotating a part,
Placing multiple parts,
Other part placement options.

Schematic Driven Mode:

Using the schematic driven mode,
Creating the schematic driven runs.

Tubing Designs Management:

Changing the part size or specification,
Resizing the run,
Changing the specification of the run,
Managing the flow direction,
Managing the graphic representation,
Adding an insulation,
Associating loose parts,
Copying attributes,
Tranferring the run,
Transferring the elements into a new file,
Managing auto-parts,
Adjusting the route to fit a part,
Adjusting a layout,
Copying and pasting a 3D system,
Viewing the related objects,
Measuring the distance between elements,
Validating the design,
Generating the function physical integration report,
Managing the compartment membership,
Managing the penetrations.

Documentation Generation:

Managing spools,
Generating a drawing,
Defining a report template,
Generating the report,
Generating the report using macros,
Calculating weight and COG of a run.

Variante Piping
Introduction to Piping Design:

Userinterface,
General process,
Project management selection,
General options.

Piping Lines ID Management:

Introduction to the line ID,
Selecting a line ID,
Creating a line ID,
Changing members in line ID,
Deleting a line ID.

Routing Definition:

Selecting the line ID,
Routing the run,
Modifying route using the turn rules,
Minimum tangent length,
Schematic driven routing.

Piping Parts Placement:

Placing the piping part,
Orienting the piping part,
Locating the piping part,,
Multi-placing parts,
Schematic driven part placement.

Piping Design Modification:

Resize / Respec the components selection,
Resize the components selection,
Respec the components selection,
Manage the flow directions,
Manage the graphic representations,
Transfer the elements,
Manage the auto-parts,
Adjust the fits,
Adjusting the layout,
Copy / paste the 3D systems,
Measuring the distance between elements,
Validate the design,
Functions-physical integration.

Document and Report Generation:

Creating spools,
Generating isometrics,
Drawing generation,
Creating the search query,
Reports definition,
Generating the reports,
Generating reports using macros,
Calculating the weight and COG of the run,
Calculating the weight and COG of the spool.

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