There are several ways to place a Piping Component in a 3D Model. In any case, the corresponding Piping Line Name has to be already defined. See Line Generation.
How to place a Piping Component in a 3D Model - Overview (5min 10sec)
Instead of generating an Explicit Line Route it is possible to place Elbows and Tees using the Virtual Axis associated to each Connection Point of an already placed Piping Component.
Define a Line Route by Placing Elbows and Tees (2min 59sec)
Branch Components can be either automatically selected from the Branch Table associated to the Piping Class (if defined) or manually selected.
Place a Branch Component (2min 1sec)
Place a Valve (1min 31sec)
Place a Flange (1min 11sec)
Place a Reduction (1min 7sec)
Automatic Piping Placement (1min 33sec)
Although Pipes are generally automatically placed, there are several cases when Pipes has to be placed manually, for example when connecting different lines.
Place a Pipe (5min 33sec)
In this case a new Connection Point will be added to the Flange to be able to connect a Half Coupling as a Branch.
Place a Half Coupling on a Blind Flange (3min 13sec)
EPLANT-Piping Typical Assemblies are predefined 3D Models that can be inserted and associated to the selected Piping Line.
Place a Typical Assembly (3min 40sec)
Although not advisable, if the Project Setup allows it, any component can be placed without the reference of a Piping Class. Parameters that are normally assigned by the Piping Specification are prompted.
Out of Specification (4min 43sec)
Flow Direction (2min 20sec)
Piping Components can be copied using the standard COPY command of the CAD system in use.
To delete any component simply use the ERASE command.
Copy and Delete Components (2min 56sec)
This command allows to automatically synchronize a 3D Model with the current Piping Specifications and Dimensional Catalog.
Respecification and Catalog Verification (3min 33sec)
If Line Definitions are modified after having generated components of the same lines, there is a command that found all possible inconsistencies and allows to easily fix them:
Components / Lines Verification (3min 10sec)
Spools subdivision of a piping line:
Spools Definition (3min 44sec)
Welding Codes are unique identifiers for both Shop and Field Weldings.
Welding Codes Generation (5min 40sec)
Allows to change the representation of EPLANT Primitive Solids.
Surface <> Solid Conversion (1min 57sec)
Used to synchronize the 3D Model colors in case the Fluid Color Table is changed.
Piping Color Changing (1min 53sec)
A reference to a Vertical Axis can be associated to any component, to be able to automatically dimension between the selected component and the reference axis in the isometric drawing.
Vertical Axis Reference (3min 4sec)
This command has two options: to Modify Piping Line Parameters in the Line Definition (and therefore changing the way future Components will be generated) and to change parameters of Piping Components already placed.
Line Modification (1min 47sec)
This command allows to copy an existing Piping Line with a new name.
Line Copy (1min 19sec)
Line Delete (56sec)
Modify Line Status (1min 46sec)
It is used to Purge Line and Equipment Definitions for those Lines and Equipments that do no longer have any component, but its definition.
Line / Equipment Purge (1min 39sec)
This command allows to verify the correct connection amongst each Piping Components of the selected Piping Line. Although a Connectivity Verification is automatically executed during Isometric Extraction, this command allows to detect any disconnection and fix them.
Connectivity Check (4min 52sec)
This command exports to the Data Base Module all the content of the 3D Model. Upon opening this project, the Data Base Module will be automatically updated.
3D Model Materal Report to Data Base (1min 32sec)
Interference Checking (1min 45sec)
Each Piping Line is placed on a codified layer name. Use the following command to set them on/off. Similar to the Equipment Visibility.
Line Visibility (4min 10sec)
3D Models can be checked against P&IDs looking for inconsistencies. P&IDs can be either from the EPLANT-P&ID module or from any other system, provided that Line, Equipment, Valve and Instrument Lists are stored in XLS format.
Checking 3D Models against P&IDs (3min 41sec)
This command give access to several related commands to place Typical Structures used to support piping directly or through Supports.
Typical Structures for Piping Support
Last updated September 26th, 2020.