Hi-- I design hidraulic manifolds, and I was wondering if there is a way improve the time I use to create all the cuts I need.
The only way to control the manifold is to create as many cuts as necesary to see all the holes and intersections, I usually I need to make 20 to 40 cuts per manifold, this is very time consuming. So I was looking for a way that i select the base view select a face and then indicate several distances to make the cut.. For example 5 - 6 - 8,5 - 9 - 25mm, and then all this cut levels are created AT THE SAME TIME.
I believe maybe with ilogic could be posible but sadly I never needed to use it so i dont know how to do it.
So , if someone can help me with this I will be very greatful.
I attach this picture to clarify a little
Not sure if this will help but:
Try making a Valve Block template part and drawing. Make the part with your standard features/size (if any) and make the drawing have all the views you need. These won't be Invnetor templates files, just regular files that you copy to create new designs. Use Design Assistant, Vault or Save Copy As with Replace Model Reference as required to copy the files with new file names.
Once you have a new block to design, use the combo drawing/part template to start the design. Add the necessary features and size adjustments to the part. Finish that and correct the drawing by editing the section sketches as required.
Steve Walton
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Hi Sistcon,
following on from what has already been mentioned, (probably not what you want either)
I tend not to give too much (overkill) on section views,
If you can give enough information within a drill chart (drill size, depth, port info etc...) then the operator
only needs this. Ie, Face A, position X & Y (see drill chart)
For smaller manifolds I go even more simple;
For complex manifolds, i wouldn't even try section views (where to start?)
Hope this is of help
Mark
Inventor 2014
MDTools (manifold design)
Mark, thanks..
What you said is true. When we start with inventor we believed that we could avoid making all the cuts, (imagine doing it with Autocad), but after a few months we realize that the cuts are very useful to make easier the task of the operator to see what is going on inside the manifold, and know how to react in case of a mistake in the machining. But the more important think is when we need that someone verify the design of the manifold and he is not familiar with Inventor, so he need the blueprints.