AutoCAD Inventor :: Change Part Name That Has Multiple Insertions In Assemblies?
Oct 30, 2013
I have 2 assemblies and drawings of those assemblies. in both the same part is among the parts.
I want to change the name of the part that is in both assemblies with the Design Assistant, but i am afraid that if i will choose one of them and change the part file's name, the other assembly will be damaged. is it true?
I think this might happen because when i open only the part in Design Assistant, it doesn't let me change it's name, so, Design Assistant might not know where this part is inserted in.
We use a similar sub-assembly in almost every assembly we design. So what I would like to do is make a template from this sub-assembly that I can make adaptive, constrain to the proper parts and have it resize to the main assembly. I've been trying to do this for a few weeks now with little success.
I have seen tutorials make adaptive part templates but never adaptive assembly templates. Is this even possible?
I know you can't make individual parts adaptive to multiple assemblies without saving each part as a different file and I think that's where my problems are coming from. Even though I save the template as a different file is it still referencing the original adaptive part in my library folder? If so, is there a way I can make it not do that? I may be way off base there too I don’t know.
I have a .ipt part, and am trying to determine any assemblies which use it. Is there a way to figure out all of the assemblies in which this part is a component?
I was wondering is there is a way to select an Inventor part file and see which assembly file or files that is is currently used in ? It would be extremely useful to be able to see a list of all the assembly files which are using one particular part so when modifying the part you would know which assemblies would change.
Product Design Suite Ultimate 2013 64-bit HP Z400, Intel Xeon W3550 3.07GHz 12.0GB RAM, ATI FirePro V4800 (FireGL)
I have a spring that is used in multiple assemblies and in each assembly the compressed length is different. Plus the amount of compression is different.
What is the best way to model the spring so if I change the WD or OD, etc. all assemblies would update?
I tried adaptive, but that seemed to limit the relationship to a one-to-one not a one-to-many.
If I used iPart or the spring was derived from a table, where the OD & WD were constant, would the assembly models change when I changed these values?
So I have an assembly made up of several smaller assemblies and have constrained them in the main assembly but when I run the analysis, the interaction does not seem to exist.
An image has been displayed below, the pin should line up with the holes.
In our part list we have a column for Material, ipt's display the material and iam's display blank expect for a few instances that display Welded Aluminum-6061(see attachment). These assemblies are all steel and not weldments. What would cause this and how can it be fixed?
here's a macro I wrote to copy the filename to the Part Number iProperty for all parts and sub-assemblies contained in a top-level assembly. I wrote this after using a bunch of custom iParts and all the Part Numbers were the same for each part! (my fault of course, but a pain to fix one at a time).
Public Sub SetAllComponentPartNumbersToFileName() Dim oAsmDoc As AssemblyDocument Set oAsmDoc = GetActiveAssembly If oAsmDoc Is Nothing Then Exit Sub SetAssemblyComponentPartNumbersToFileName oAsmDoc End Sub
I have several parts which I wish to modify, but, those modifications are only being done to get some prototypes made. I do not want the changed (non-approved part) to be used in current issue drawings, assemblies etc. until I have proven the modifications and am happy with them.
I can do this by doing a save as on the part and could just replace the previous design, but then I lose the history of changes/revisions shown in Vault which is critical to me and part of using vault in the first place.
I have a issue merging multiple parts into one assembly. When i do the constrains the parts are able to move but the pieces break part. I need to be able to move the whole assembly with all parts together without them breaking apart.
In my company there are a lot of standard parts with variations. An object can have for example a left and a right variation, or can have three a different heights. I've created and iAssembly with the different variations, in which every member has a different part number. I'd like to make an overview drawing containing all the variations of that object, so the user can easily see the options and can choose the one he wants. On the sheet I'd like to have views of all the different members of the iAssembly, plus a table of all the members with their part number. It was no problem to create the views and the table. But I have two other questions.
1. I want to show the name of the Assembly with the view. So I'd to have in the view a text with the description of the Assembly-member, which is linked with the Assembly. I've tried to use a balloon to tag the assembly, but this only balloons the parts of the assembly. (How) can I do this for the whole of the assembly?
2.When I make an overview of all the columns we use, I'd like to align all the views at the bottom of the view, so you can see that all the columns have different heights, and how they differ in relation to each other. When I align the views with each other, the alignment is done in the middle of the object, not at the bottom. Is there a way to choose what lines of the view must align with each other? Or a way to align the views to a line (for example in a sketch)?
Any way to create a parametric Parts List containing subassemblies, where the subs are listed, by name/item number, in colum format, and qty's are tabulated accross rows. (see attached as an example). If the same part number occurs in multiple subs, the part is only listed once, but the quantity for each sub would be noted. The pdf attached had to be done manually, which somewhat defeats the purpose of having software like Inventor.
iLogic code question concerning how Place iLogic Component and retain the ability to push parameters from the subassemblies to the parts after being renamed.
I have ASSEMBLY.iam containing:
SUBASSEMBLY-01:1.iam SUBASSEMBLY-02:1.iam and sometimes SUBASSEMBLY-02:2.iam
each SUBASSEMBLY.iam contains PART1.ipt and PART2.ipt which have variable LENGTH and WIDTH. LENGTH and WIDTH are entered manually at the SUBASSEMBLY.iam and are infinitely variable.
To transfer the parameters I'm using iLogic code in the SUBASSEMBLY:
Issue 1: When I place the SUBASSEMBLY as an iLogic Component, the parts are renamed to PART1-01.ipt which renders my Parameter transfer useless. What am I missing on writing this code so it can find the new part name?
Issue 2: I like the automatic renaming that happens with Place iLogic Component. Is there a better way to handle this automatically through Place Component -> Save & Replace?
When I open up multiple assemblies at the same time Inventor cant find some of the part files, even though they are on my system. Many times if the part is in an assembly more than once, some of the instances will be there and only one or two instances will be "unresolved", of the exact same part. I can open each assembly one at a time and it will be fine, but that can be time assuming. I wasn’t able to find any other threads with a similar problem.
I am having some trouble with assemblies. What I want to do is, create multiple assemblies with moving parts and then assemble them all in one assembly. When I do this, the assemblies with moving parts come in as "blocks" and the parts will not move.
I'm designing a part that in Autodesk Inventor 2013 that is constructed from several layers laminated together. I have 4 layers:
F (front)
M1 (middle, variation one)
M2 (middle, variation two)
B (back)
The final solid will lhave 17 layers laid out like this:
F | M1 | M2 | M1 | M2 | M1 | M2 ... | B
I currently have a part file containing
F | M1 | M2
What's the best way to create this solid if I want to a) keep all instances of M1 and M2 in sync, and b) make it easy to work on all 4 layers. Do I have to export F, M1, M2, and B as individual parts and import them into an assembly or can I keep them in one part file? I really like the ability to be able to work on all the solids at the same time because they're visually dependant on each other.
I`m looking for the iLogic code that can change one parameter (user defined) for each (ipt) part in assembly (iam)
The one below doesn`t work.
Sub Main Dim oApp As Inventor.Application = ThisApplication Dim oAssy As Inventor.AssemblyDocument = oApp.ActiveDocument For Each oSubDoc as Inventor.Document In oAssy.AllReferencedDocuments On Error Resume Next Parameter(oSubDoc, "FH") = 15.26 Next End Sub
I am working in an Inventor Assembly .iam, I have about 250 fasteners (screws) that are constrained to a flat washer and lock washer. I would like to put them in as a single unit (sub assembly if you will) and then promote or explode them in the top level so that my bom has 250 screws, 250 washers, and 250 lock washers all at the same level, not associated to one another except thru the constraints that were entered in the original assembly. I have tried Promote but that doesn't work because it removes the washers from the original file and I end up with only 1 instance of the assembly. Am I approaching this incorrectly? Is there a better way? I run across this scenario with different components quite often.
i have a valve vault assembly that i am creating that has two headers running through a large cylinder vault. how i get a total BOM if i were to create the header assembly file separate from the the total vault assembly file. is there a way to explode the header assembly bom when i do the drawing.
I'm creating an assembly and in this assembly I need to add some foam pieces. These pieces are the exact same part number but can vary in length. How can I make such a part so that i can insert it into an assembly multiple times but have different lengths? I'd rather not make multiple pieces of foam for every single assembly for all of our product lines and am looking for the "one foam to rule them all" option. I would assume this would be an ilogic component I would have to create, but i haven't really made a part like that yet.
Using Inventor 2012, is it possible to use a different K factor value for 2 different bends?
Why would I want to do this? It comes into play based on large and small bend radii in the same part. The large bends require a slightly differnt K factor. I searched the forums and don't think I found what I was looking for. The other thread I found was about bend tables.
I am currently working on a product where I want to make 2 part lists in my drawing of the same assembly. The first parts list has to view all the parts that are always delivered with our product, and the second one has to show the optional parts and features that could be delivered with the product.
I want both lists to be categorized the same way (comments, material, name), I want the numbers of the list to be chronological (also I don't want the second parts list to start the numbering at 1) and I want both lists to stay connected with their balloons.
Is there any way this can be done, like adding or removing part links to the list manually?
Inventor 2014. I have watched everything I can find and read many entries on related messages.
I create a part by creating rectangle on the XY of 90mm centered on 0,0. I add fillets on 3mm on all four corners. I then add two circles centered on 0,0 of diameters 45 mm and 41mm. What I would like to do is extrude the area between 41 mm and 45 mm circles to 10 mm and the rest of the rectangle outside of the circle 45 mm circle to 6 mm. The center of the part from center to the 41 mm circle is void or open.
I have read two solutions that use a "share sketch" function, that I can't find by right-clicking as indicated in the write-up.
derive multiple solids from a part. I use the code shown below but it seem as I only can get the first solid in the part that I am trying to derive from.
''More Code''' ' Create a new part document, invisibly. oPartDoc = m_inventorApp.Documents.Add(DocumentTypeEnum.kPartDocumentObject, , True) oPartDoc.UnitsOfMeasure.LengthUnits =UnitsTypeEnum.kMillimeterLengthUnits ' Derive the assembly into the part. Dim oDerivedPrtDef AsDerivedPartDefinition oDerivedPrtDef = oPartDoc.ComponentDefinition.ReferenceComponents.DerivedPartComponents.CreateDefinition(oTopDoc.FullDocumentName) Call oPartDoc.ComponentDefinition.ReferenceComponents.DerivedPartComponents.Add(oDerivedPrtDef) '''More Code'''
How can I get all the solids from the part that I am deriving from?
Is there a way to sculpt a part composed of multiple solid bodies without having to perform the sculpt command for each solid body? I want to use the same work plane to remove material from a part but the sculpt command only allows me to select one body at a time. This means after the first sculpt of one solid, I need to turn on the visibility of the consumed work plane and perform a sculpt on each of the remaining solids.
Not a huge issue, but in the future I may need to do a large number of these tasks. I attached a sample file. I threw it together in 30 seconds so it's not the prettiest looking thing.
In testing my latest automation project, I've found that I can't save copies of a part multiple times (after deleteing the files off the disk) unless I close out of the top level assembly document, and reopen it. I used Process Monitor and determined that Inventor is trying to save to an existing file instead of creating a new file.
I am working with a part that needs multiple 9mm gun drilled holes to different depths. The problem I am having is not being able to create a truly custom single line hole callout. Example( DIA 9mm +.50mm -.00mm TO DEPTH 1.25in)
I understand that this isn't a common hole callout but in my situation it is what is needed. The values need to be linked to the part and not simply overridden as text. I am essentially wanting to make a style that I could apply to any hole note that would give the hole diameter a metric dimension and the depth an inch value.
I have a corridor with multiple assemblies along a 4 mile stretch of road. In certain locations the corridor is not not modeling the sidewalk. I checked all the targets and everything is good.
