Piping & Tubing 3D Design
What's New
Piping & Tubing 3D Design Basics
Related Guides and Resources
Piping & Tubing Design Access to Content
User Interface
Action Bar
Fluid Design Section
Primary Area
Secondary Area
Product Edition Section
Update Isogen Drawings Section
Context Toolbars
User Interface Concepts
Selection Options and Process Modes
Piping/Tubing Design Symbols
Contextual Ruler
Keyboard Shortcuts
Predefined Queries
Customizing Preferences
Node Table Panel
Table Browser
Data Information Panel
About the Data Information Panel
Object Selection
Context Section
Identity Section
Version Section
Applicative Information Section
Logical Applicative Information Section
Branch Members Information Section
Collaborative Section
DS_Customer_Parameter Section
Geometrical Information Section
Route Port Section
Port Section
Extremity 1 Section
Extremity 2 Section
Line ID Properties Section
Spool Members Information Section
Insulation Members Information Section
Managing Fluidic Resources Cache
Defining a Context from an Object
Placing Equipment
Managing Rigid Pipes/Tubes
About Rigid Routes
Creating a Route
Modifying Rigid Pipes/Tubes
Modifying the End Style of a Route
Modifying Branch Connection
Modifying Ports
Splitting a Route
Merging Routes
Inserting a Route in a Hole Port Part
Applying Properties on Rigid Route
Applying Material to Routables
Upgrading or Cleaning Route Geometry
Managing Flexible Pipes/Tubes
About Flexible Pipes/Tubes
About Build Algorithms in Flexible Routes
Creating Flexible Routes
About Warnings on Flexible Routes
Routing a Flexible Pipe/Tube Along a Surface
Routing a Flexible Pipe/Tube to a Port
Routing a Flexible Pipe/Tube by Inserting a Point
Revealing Warnings on Flexible Routes
Modifying Flexible Pipes/Tubes
About the Swivel Command
Modifying the Flexible Route
Managing Slack on a Flexible Route
Swiveling a Part at the End of a Flexible Route
Editing Properties of Flexible Routes
Upgrading the Build Algorithm of a Flexible Route from FLX to TurboFLX
Managing Parts
Placing Parts
About Placing Parts
About Compatibility Check
Selecting a Reference
Selecting an Instance
Selecting a Location
Placing a Part or a Route in Space
Placing a Part or a Route on a Route
Placing a Part on a Port or Node
Placing a Cross
Placing a Part on a Route Skin
Positioning Parts
About Snap Capabilities
Flipping a Part
Moving a Part
Orienting a Part
Sliding a Part along the Network
Connecting and Disconnecting Parts
Replacing a Part
Deleting a Part or a Route
Applying Insulation
About Applying Insulation
Adding Insulation
Modifying Insulation
Deleting Insulation
Managing Network
About the Adjust Layout
Adjusting the Layout
Resizing the Network
Using the Network Assistant
Duplicating Instances
Creating Piping/Tubing Symmetry
About Piping/Tubing Symmetry
Creating Piping/Tubing Symmetry
Working with Spools
About Spools
Creating a Spool
Deleting a Spool
Editing a Spool
Transferring Components Between Spools
Managing Links between Spools
Listing Impacted Spools
Disconnecting Spools
Isolating Spool for Multi-Instantiation
Working with Weight
Computing Weight
Checking Weight Distribution
Cleaning Fluidic Links
Export of Piping Objects using the Downward Compatibility
Unloading Objects
Calculating a Pressure Drop
Generating Output Data
Exporting Content to 3D XML
Working with PCF files
About ISOGEN Integration
Generating PCF Files
Adding Split Points
Updating ISOGEN Drawing
Generating a Drawing View
Using the Spreadsheet
About the Spreadsheet
About Piping/Tubing Objects in the Spreadsheet View
Displaying a Model in the Spreadsheet
Creating an Object in the Spreadsheet
Editing Properties in the Spreadsheet
Exporting a Spreadsheet
Reference Information
About Design Range Management
Quality Rules Management
Polyhedral Geometry in Piping & Tubing 3D Design