To Create a Tube and Pipe iAssembly Factory

If the primary runs assembly needs to be configured in an iAssembly factory, you can create a tube and pipe interchangeability set in the configuration table using the Make Adaptive command. If you do not apply the Make Adaptive command, the primary runs assembly will behave as a normal Inventor component, is not configurable, and is shared throughout the iAssembly factory. In that case, the primary runs assembly can be adaptive in only one iAssembly member, otherwise it remains non-adaptive throughout the tube and pipe iAssembly factory.

In each configuration, set an appropriate adaptive primary runs assembly so that it can be swapped in on the configuration to meet your design needs.

The following example shows how to create a tube and pipe iAssembly factory based on a tube and pipe assembly file. As you practice, it would be good to copy a tube and pipe assembly and name it so you know you're working on a practice file.

1. Open your practice assembly. In this example we'll use an assembly named AirSystemAssy.iam.
2. Create a primary runs assembly containing appropriate routes and runs. For instance, use the predefined style ASTM A53/A53M-ASME B16.11 - Welded Steel Pipe to create two auto route regions.
3. Activate the top assembly.
4. On the ribbon, click Tube and Pipe tab iPart/iAssembly panel iPart/iAssembly Author .

   File name of the primary runs assembly is displayed in the candidate objects list, by default, Tube & Pipe Runs. The adaptive status is automatically selected into the configuration table.

   
   Note: Configuration row in green indicates the active configuration.
5. Optionally, click Name to customize the part number and member name for assembly configuration. In this exercise, use the default naming schema.
6. In the configuration table, right-click a row number and select Insert Row.

   A new configuration is created, AirSystemAssy-02. By default, the primary runs assembly is non-adaptive as indicated in the Tube & Pipe Runs: Adaptive Status column.

   
7. Click OK to close the iAssembly Author dialog box and save the top assembly.
8. In the Model browser, expand Table and double-click AirSystemAssy-02 to activate the new configuration.
9. With the top assembly active, right-click the primary runs assembly and select Make Adaptive.
10. In the Make Adaptive dialog box, determine whether to select or clear the Make all runs adaptive check mark and click OK.
11. Edit routes and runs in the active configuration as needed.
12. In the Model browser, double-click Table and verify the following for the primary runs assembly:
    • Adaptive Status column has a value of Adaptive in the new configuration.
    • Table Replace column is added to the configuration table.
    • The tube and pipe interchangeability set is initiated with two primary runs assembly members so it can be swapped in for the desired configuration row using the Table Replace drop-down list.
    
13. Repeat Step 6 through Step 12 to add more configuration rows and include more adaptive primary runs assembly members into the tube and pipe interchangeability set.
14. Optionally, to swap in another tube and pipe interchangeability set member for one configuration, click the appropriate Table Replace cell and select a specific primary runs assembly.
    Note: A primary runs assembly member can only be adaptive once in the iAssembly factory.
15. Optionally, if you want to further control the primary runs assembly status, such as including or excluding the primary runs assembly from one configuration, do either of the following:
    • Select the primary runs assembly in the candidate objects list and click to add all status to the configured objects list.
    • Expand the primary runs assembly in the candidate objects list, select Include/Exclude [Include] or Grounding Status [Ungrounded] and click to add it to the configured objects list.
16. Optionally, on the BOM table, add the BOM structure and quantity properties for the primary runs assembly into the configuration table and set the appropriate value.
17. After you have completed all other Inventor iAssembly properties, click Verify to validate the assembly configuration. For instance, a primary runs assembly member can only be Adaptive once in the iAssembly factory and the BOM Qty column can only contain a number or a string of Default.

    If errors occur, the configuration table presents the visual feedback in yellow.

18. Click OK to complete the tube and pipe assembly configuration.

    In each configuration, you can independently make tube and pipe edits such as route adjustments, drawings, and representations.

Tip:

• When adding a new configuration row, set an appropriate active configuration as the base for the new configuration. The new configuration contains the same assembly structure as the active configuration.
• If it is ok for the primary runs assembly to remain non-adaptive for the new configuration, you need not apply the Make Adaptive command. In this case you can ignore Step 8 through Step 12. Optionally, you can place assembly constraints to position the entire non-adaptive primary runs assembly as a rigid body.