Catia Training-Piping Design Advanced.pdf

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CATIA Training 
Piping Design Advanced 
(2D/3D Piping Integration) 
Detailed Steps
COPYRIGHT DASSAULT SYSTEMES 2002 
Version 5 Release 8 
 
March 2002 
 
EDU-CAT-E-PIP-AS-V5R8 
Piping Design Advanced 
Detailed Steps 
Table of Contents 
Piping Design 2D/3D Integration...................................................................................................................3 
Step (1): Physical Part Selection...............................................................................................................3 
Step (2): Associating 2D/3D Components.................................................................................................5 
Step (3): Schematic-driven Equipment placement....................................................................................8 
Step (4): Routing from a P&ID.................................................................................................................10 
Step (5): Schematic-driven Piping Parts .................................................................................................12 
Step (6): Check flows ..............................................................................................................................16 
 
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Piping Design Advanced 
Detailed Steps 
Piping Design 2D/3D Integration 
Step (1): Physical Part Selection 
In this exercise you will learn how to integrate 2D schematics into your 3D Piping Design. 
 
Physical Part Selection 
1.    Route a schematic line (U1-P101-2in-CS150R-FG). 
2.    Route a second line (U1-P101-10in-CS150R-FG). 
3.    Place a blocking valve into each of the lines. 
4.    Select the Part Selection command  
.  
5.    Click on the 10in Blocking Valve.  
6.    The Part Selection panel is displayed.  
7.    Select the Gate Vale as Part Type. 
8.    Select the Catalog Part Name and click OK. 
 
 
 
9.    Repeat the last five steps by selecting the blocking valve in the 2in line.  
10.  Note: Based on the size in the functional physical mapping table for the specifications, the part  
       types are different. 
11.  Based on the part type, the part numbers that are relevant to the selected part type in the  
       Piping catalog are filtered and available for selection. 
12.  Using the Edit Properties button (or Alt+Enter) to view the object properties for the blocking  
       valve; the part type is displayed.  
13.  You can view the physical properties by selecting the Physical Properties button. 
 
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Piping Design Advanced 
Detailed Steps 
 
 
 
 
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Piping Design Advanced 
Detailed Steps 
Step (2): Associating 2D/3D Components 
In this step you will learn how to associate 3D and 2D components with in your 3D Piping Design. 
1.    Open the Training Model: …/Data_Student/2D3DIntegration/AA-2D-3D-CVI-V5R8.CATProduct 
2.    Make sure that the Equipment Arrangement workbench is active. 
3.    Look for the Equipment Arrangement workbench icon. If it is not displayed, select Start +  
       Equipment & Systems + Equipment Arrangement.  
 
4.    Move the cursor over the Heat Exchanger and click on the middle mouse button; this will  
       center the Heat Exchanger within your window. 
5.    Zoom in and rotate the orientation until you get a good view of the open-ended Nozzle. 
 
 
6.    From the main toolbar, select Analyze + Functional-Physical Integration + Analyze  
       Functional-Physical Integration Status 
7.    A Schematic has already been associated to this 3D model. If this had not been done, you  
       would select the Open Schematic Diagram button. 
8.    Hit the down-arrow and select Equipment. 
 
 
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Piping Design Advanced 
Detailed Steps 
 
9.    In the schematics viewer, zoom into the Cooler and select it. 
10.  On the lower half of the window, the ID and the Associated 3D object will be displayed.  If  
       nothing is shown in the Related Physical Objects field, click on EQ-93 in the Functional  
       Status field. 
11.  Select the Expand Tree button.  
12.  In the tree display, note that there are four Nozzles associated to the Cooler. 
13.  The green check marks indicate that the 2D symbol has already been associated; the red  
          “X” means it has not. 
 
14.  Select the non-associated Nozzle. 
15.  From the Related Physical Objects field, toggle through the Nozzles. 
16.  When the open-ended Nozzle is highlighted in the 3D model, select Associate. 
17.  Expand the 3D tree, the Nozzle will pick up the same ID as the 2D symbol. 
18.  Note the icon for EQ-93-N-04 has a green check mark. 
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Piping Design Advanced 
Detailed Steps 
19.  Click on Close. 
 
 
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Piping Design Advanced 
Detailed Steps 
Step (3): Schematic-driven Equipment placement 
In this step you will learn how to place Equipment based on your schematic. 
 
1.    Schematic-driven Equipment placement 
2.    Select Tools + Options. 
3.    Go to Equipment & Systems.  
4.    Select the Design Criteria tab. 
5.    Under 3D Design, select Schematic driven. 
6.    Click OK to confirm. 
 
7.    Select the Place Equipment button 
; two windows will open. 
8.    Zoom into the Cooling Liquid Container. 
9.    Select the Cooling Liquid Container symbol. 
10.  The Place Equipment window will tell you the part has already been placed. 
 
11.  Expand the trees and select EQ-92-N-04. 
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Piping Design Advanced 
Detailed Steps 
12.  The Place Equipment dialog box will display the Part Type and the Part Number. 
13.  Select the connector on top of the Vertical Storage Tank. 
14.  Once the Nozzle is placed, EQ-92-N-04 will get a green check mark. 
15.  Click the Place Equipment Button to close. 
 
 
 
 
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Piping Design Advanced 
Detailed Steps 
Step (4): Routing from a P&ID 
In this step you will  learn how to route your Runs based on your schematics. 
Routing from P&ID  
1.    Select Start + Equipment & Systems + Piping Design. 
2.    Select the Route a Run button 
. 
3.    Select the down-arrow button and click on Logical Line. 
4.    Zoom to the Line between the Cooler and the Cooling Liquid Container. 
 
 
5.    From the schematic viewer, select one of the segments. 
6.    A green line will display previewing the path for the Run. For this case, you will not have to  
       specify the From-To because the Nozzle Functions were associated to the 3D Nozzles in the  
       previous Steps. 
7.    Hit the Shift-key to preview other possible paths (Smart Routing). 
8.    The proper Line ID should also display in the Design Criteria toolbar. 
 
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Detailed Steps 
 
 
Steps to Route Runs from a Schematic 
9.    Once a desirable path displays, select the segment from the schematic viewer again. 
10.  The Run will be generated between the 2 Nozzles in the 3D model. 
11.  Click OK to close the Run window. 
 
 
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Piping Design Advanced 
Detailed Steps 
Step (5): Schematic-driven Piping Parts 
In this step you will learn how to place primary and secondary schematic-driven Piping Parts. 
Place Primary Piping Parts  
1.   Select the Place Piping Part button 
. 
2.   Zoom in to the Block Valve symbol on the Line created in the previous step. 
3.   Select the Block valve symbol. 
4.   Based on the Function-Physical Mapping tables with the CS150R specification, the physical  
      part type (Gate Valve) that is available displays in the Place Piping Part panel. 
5.   I f there is more than one part type available, you would select the down-arrow in the Part Type  
       field. 
 
 
 
6.   Select a location on the Run built in the previous step. 
7.   A green line will display on the Run. 
8.   In the Part selection window, select the first entry. 
      Note: These names are created when the parts are queried in the Piping Specifications  
      catalog. 
9.   Click OK in the Manage Override Parameters window. 
10.  In parts creation, you can specify which parameters will inherit information from the Run or its  
      design table. However, in certain cases, not all parameters will be able to do this. This window  
      allows you to modify the parameter on the fly. 
 
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11.  After the Gate Valve is placed, go back to the schematic browser and expand the trees for the  
       Logical Lines. 
12.  V-051 should have a green check mark indicating that it has been associated to a physical  
       part. 
 
 
 
Place Secondary Piping Parts 
13.  Secondary Piping parts are those that are usually not displayed on the schematic, such as  
       Pipe, Elbows, Flanges, etc. To place these, first select the Place Piping Part button. 
14.  Select the line segment next to the valve (V-051) that was placed in the previous steps. 
15.  Note that the Function Type is Pipe Function. 
16.  Select Flange for the Part Type. 
17.  Select one of the connectors on the Gate Valve. 
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Piping Design Advanced 
Detailed Steps 
18.  The Flange will place connected to the Gate Valve. 
 
 
Automatic Parts Placement 
19.  Go to Tools + Options + Equipment & Systems + Design Criteria. 
20.. Under Placement options, select Place automatic parts. 
21.  By having this option on, CATIA will automatically insert the secondary parts that are called out  
       in the Piping-Automatic-Parts table. 
22.  For instance, if a Valve is placed on a Run, then a stretchable Pipe is placed next to it, CATIA  
       will insert a Gasket, a Flange, and a Weld between the two parts. 
 
 
 
23.  Select the Place Piping Part button. 
24.  From the schematic Browser, select the Block Valve Function (V-047) under the Logical Line  
       U1-501-5in-CS150R-FG. 
25.  Place the Gate Valve on the Run. 
26.  Place a Pipe on the same Run segment as the Gate Valve. 
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Piping Design Advanced 
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27.  Based on the Design Rules, the following will exist in the respective order:  Gate Valve,  
       Gasket, Flange, Weld, and Pipe. 
 
 
 
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Piping Design Advanced 
Detailed Steps 
Step (6): Check flows 
In this step you will learn how to check the flows that have been propagated from 2D. 
 
The defined Flow direction in 2D will be propagated to 3D 
1.  To check that, click the Manage Flows Button 
 and select a Line in the Schematic  
     Browser. In your 3D Model the Flow direction will be displayed. Now you can compare between  
     2D and 3D. 
 
 
 
 
 
 
 
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