CAD CAM / Australia

philhuynh

Following on from last week, we will now take a look on how to use those custom made balloon symbols that we designed.

Now go into the BOM file in which you wish to create and set the repeat regions for BOM Balloons. This is done by going to the Table tab in the drawing ribbon, selecting the BOM balloons from the balloons group and then going to BOM balloon menu manager, select Set region to custom. Once you have done that select anywhere within the repeat region as shown. Next from the GET SYMBOL menu, you will need to select name and then the balloon option. This will acquire the custom symbol which was named balloon. To show the BOM balloons in the drawing view, click create balloon and show by view. After that select the view from the graphics window. Click OK from the custom balloon height dialog box to accept the default height values for the symbol used. Once you have done all of this, you should be able to see that the BOM balloons are now displayed on screen.

Now to use a different user-defined BOM symbol, go to the BOM balloon menu manager and select Alt Symbol. Once this is done select the balloon whose symbol is to bre replaced and then click okay from the select box. from the get symbol menu click on the appropriate name of the custom BOM balloon symbol. Click okay once you have completed adjusting the balloon height.

NOTE: In order to replace a BOM Balloon with a different symbol, the repeat region parameters displayed by the new symbol must match the old symbol. That is, if the original only displays the index in the balloon, the new symbol cannot display the index and the quantity together; only the index.

Congratulations, you have successfully use your own custom BOM balloons in PTC Pro/E Wildfire 5.0

Tags: BOM | Billing | Materials | Billing of materials | .drw | CAD | 3D | 2D | software | wildfire 5.0 | Pro/Engineer | PTC | Pro/E | improvement | symbols | file | Wildfire | 5.0

philhuynh

When creating Billing of Materials Sheet, it is important to create a different BOM balloons are displayed for a repeated region on the sheet to save you confusion or to make it stand out. This post will look at how to create and use custom BOM symbols. You will to firstly retrieve the file with .drw you want to customize for the session. Next you will need to go the Annotate tab from the drawing ribbon and expand to the format group and select the symbol gallery.

From the SYM GALLERY menu manager Dialogue box, click define and type in balloon as the new symbol name and press enter. Next click insert and then note. from here you are able to change the justification to Center and then click make note. Select the appropriate location to make the note and then type in \index\ in the Enter NOTE input window.  Press enter twice to confirm the changes. Click Done/ return once you see the new note appear in the window. Sketch the symbol Geometry as required using the sketch tools.

Note to remember: If text notes are enter with a backslash before and after them, they will become variable text notes. This means that you can arrange for preset values to be defined as symbol attributes and selected when placing the symbols on drawings. However if you want to use the same preset text in the symbol, do not add in any backslashes.

If text notes are entered with a backslash before and after them, they become "variable text" notes. Variable text allows for preset values to be defined as symbol attributes and selected when placing the symbols on drawings. Preset values may be used for each of these notes. If the text in a note is to remain constant when placed, do not use any backslashes.

Now that you that have finished creating you new balloon symbol you will need to configure the symbol General Attributes. By clicking on the Attributes from the SYMBOL EDIT menu manager, this will open up a new dialog box with the name Symbol Definition attributes. Make sure that you define the free, left leader and right leader placement types. Next Select the variable -drawing units as the symbol instance height option is available.Now you will have to configure the symbol Variable Text. This is done by going to the Var Text tab in the dialogue box and type in rpt.index in the preset values for index box text box.

Now complete the symbol configuration by clicking Ok, done with symbol edit menu and done with SYM gallery menu.

The Var Text tab in the Symbol Definition Attributes dialog box is used to define the parameter that will be called out by the variable text note. When the symbol is placed, the system will replace the variable text with the corresponding information being called out by the parameter. Any of the system parameters for drawings or user-defined parameters can be used.

For example, if one would like to call out component names in a BOM Balloon, the variable text can be defined to something like "\comp_name\", and the preset value/variable parameter would then be "asm.mbr.name".

NOTE: Note parameters cannot be used for the value of variable text.

Hopefully that will get you on the way of creating customized Balloon Symbols, Next week we will take a look on how to use that in the billing of Materials.

Tags: 5.0 | Wildfire | file | symbols | improvement | Pro/E | PTC | Pro/Engineer | wildfire 5.0 | software | 2D | 3D | CAD | .drw | Billing of materials | Materials | Billing | BOM

philhuynh

Just quickly reviewing the the NC Sheetmetal Design enchancements that can be found in the widlfire 5.0 has shown that PTC always believes there is room for improvement.

 Some of the new enhancements to the NC sheetmetal desgin is the removal of the .mfg file type. Now for those of you who haven't used this option, mfg file type is the file type which was introducted into wildfire 4.0 NC sheetmetal design for the manfacturing side of Pro/E. The removal of .mfg file is being replaced by the .asm file type. This allows for easier data management of the manfuactoring model and provides functionality to the design as well.

Note that in Wildfire 5.0, when a .mfg file is retrieved, Pro/E will do the folllowing:

1. The model carries the information stored in the manufacturing model in memory.
2. Information is written to the assembly file on save.
3. The .mfg file is no longer required to open the manufacturing model. 

Another Feature which was improved in the NC sheetmetal addon was the Manufacturing Information Dialog Box. Addtional infromation such as the percentage of the scrap material of the stock used as well as the machining time of the part are displayed in the Manufacturing info dialog box to help with keeping track of waste and time taken during the manufacturing simulation stage.

For more information about NC sheetmetal Design, please vist PTC.com.

Tags: NC | Sheet | Metal | .mfg | file | manufacturing | PTC | Wildfire | 5.0 | scrap | simulation | improvement