Does anyone know how to make a smaller pipe connect to a larger pipe and it makes the proper hole in the bigger pipe? Here's a screen shot of what I'm looking at. Also, I don;t know how to place the flange without using assembly constraints. I have to place the flange, constrain it into place and then create the route to make the pipe. Any thoughts on this?
Wouldn't you want to use some sort of branch fitting, like a weldolet? Those are in the Content Center, and when used, will create the hole in the main pipe for you.
Chris Benner
Inventor Tube & Pipe, Vault Professional
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We also use pipe stab-ins; unfortunatly we have not gotten to that point of our implemenation yet. I would look at the process that allows an o-let to create a hole and try to duplicate it in a pipe style part. Does your pipe end remain square or is it coped to match the ID of the pipe it is connecting to?
I look forward to your progress on this problem since we will probably be looking at the same problem in a few months.
Best of luck.
Shawn
I would like for it to cope in automatically. I could always create an assembly level cutout for the pipe, but I was hoping that the tube and pipe module would do this for me. It would help out on making nozzles for tanks for example.
There is a section somewhere in the help that details how to author branch fittings... if only I could find it again. Using this procedure, you could create a branch fitting that looked however you want... we have several custom styles that were not in the CC out of the box. As for coping,... I don't know if there is any way to get that to happen automatically.
I will look further for that help section later, if I can find it I'll post the link.
Chris Benner
Inventor Tube & Pipe, Vault Professional
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I'll do some experimenting on custom branch fittings. I also got stuck on finding a nipple threaded on one side only. Anyone have a good solution for this?
That one will have to be a custom fitting. Just create an ipart and author and publish it into your Content Center. Then you can use it with Tube & Pipe.
Chris Benner
Inventor Tube & Pipe, Vault Professional
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Autodesk University Classes:
Going With The Flow with Inventor Tube and Pipe | Increasing The Volume with Inventor Tube and Pipe | Power of the Autodesk Community | Getting to Know You | Inventor Styles & Standards |Managing Properties with Vault Professional | Vault Configuration | Vault - What is it & Why Do I Need It? | A Little Less Talk - Tube & Pipe Demo | Change Orders & Revisions - Vault, Inventor & AutoCAD | Authoring & Publishing Custom Content
I have attached a couple of custom CC parts that I have created. One is a Spears pipe saddle that is authored as a branch-type fitting. It automatically cuts the pipe onto which you mount it (I think, you will have to check the authoring settings--I can't remember if I checked that option or not). To do what you wish, you would follow the exact same principles, but the actual part geometry will be different (a coped pipe instead of a saddle). It's no big deal to create the coping, just model it into the iPart.
As for a pipe threaded on one end only, I had to create my own pipe family in the CC for that. I have attached the iPart I used for this. I authored the non-threaded end as a Jointed fitting type. I haven't tried to use this in a Pipe Style yet, so I don't know how it works in that environment. I just use it to "Place as custom" from the CC.
I think the saddle is a 2010 file, and the pipe is 2011.
-cwhetten