AutoCAD Inventor :: Get Small Diameter Square Tube
Feb 26, 2011
How can I get square tube as small as 1 inch in frame generator. The smallest I have is 1 1/4. Is there a content library that I can download that has smaller square tubing.
I have to find the minimum inside diameter for a conduit which will hold several cables of similar diameter (0.258"). The number of cables per conduit will be 10, 16 and 20.
I have played around with the program but I can't figure out a way to make this work efficiently. I am trying to account for the fact that different numbers of cables will (or won't) cluster so evenly or uniformly. That is, with different quantities of cables, there will be some room for the cables to orient unevenly to fill the available spaces.
I have included a .bmp file with 10 and 19 cables in the cluster.
I have a question about calculating the maximum tube length. Why do i ask this, because you can just measure it on drawing?
I'm building a parametric model for building simple storage tanks, and the goal is to get a complete BOM out of the model without any difficulties.
I have 4 possibilities of tube positioning on the tank. (see image)
1. A tube that stands in the center of the axis of the main tank.
2. A tube that stands in the center of the axis of the main tank, but under an angle
3. A tube that doesn't stand in the center of the axis of the main tank.
4. A tube that doesn't stand in the center of the axis of the main tank, but under an angle
These 4 possibilities can be flush with the inside of the tank or not.
Is there a easy way to determinate the longest point from the front of the tube? This longest measurement will be the length i need to get into my description for the BOM.
I use tubing in inventor, I always attached tube to whatever fittings I am using and everything is fine but if something gets moved that the end of the tube loses its contraint I'm ready to jump off a cliff!
Is there any way to get the end of the 3D sketch contrained to the fitting again?
Up until now I have always had to deleted the route and started over. Inventor Pro 2014
I would like to place a small square in front of multiple lines of text. I want to use it like a square that would be used as a checklist.
1. Where I can find a square in the Glyphs panel?' 2. If I create a square shape, and want to place it front of each line of text layed out in a text box, what is the best way to line the square on each line with each line of text?
When I click on an item with the direct tool I used to get a small square on each bounding box line which I could use to adjust the size of the object. Somehow it's gone away - how do I get it back?
Curious, I am trying to get numbers 'engraved' (extruded) into a diameter of a dial ring. I was able to create a couple of planes to create the marking lines around the OD, but am unsure how to add numbers and extrude said numbers (in the easiest fashion possible). I need to go from 0 to 90 on the longest marking that starts at 0° and is every 36°.
Also, that being said, with the little I tried and was unhappy with, I created a text box at the 0° marker but the text was in the wrong rotation the marker and rotation box was greyed out. How can I resolve this...or is it even related?
In Cable and Wire harness in AIP is there a way I can extract or dimension abundle diameter that is associative with the model? I was expecting that Ican dimension the diameter sizes in the nailboard drawing.
When I save an IDW as a PDF using the 'Save Copy As' function the spacing on the diameter logo for dimensions running up the page gets lost and makes it difficult to read and confusing. (see attached pic). I am not sure if it is a style thing, or a template issue, or just a general inventor fault.
How to create spikes on tube. I've try several way, but no success. I've try to mate with holes on plate and than to bend half of the plate, but not succeed.
I design molds for the rubber industry and I was using Acad 2000; I am just now starting to use inventor. I need to used the ordinate dimensioning although I need the dimension to be given as a diameter and not as a radius. Is there anyway to scale the ordinate dimension automatically as 2:1? This way when I give the prints to the tool room they don't have to manually double every diametrical dimension. The prints that I draw only show half of the mold, there for needing a 2:1 dimension scale.
We've been having trouble with all our IDW's, whenever we put a dimension or text with the diameter symbol it plots as 'Q'.
Even in print preview it still appears as the diameter symbol, although when actually printed, it comes out as 'Q'. To combat this in the meantime we have firstly been creating PDF's which display the correct diameter symbol and then printing.
Im trying to reproduce the part attached. Its a rectangular aluminum tube. .320 x .180 approx an inch long. I tried lofting 2 sketches but the result does appear like the attached image.
I'm trying to do a usable and real flat pattern for a laser cut on this type of part and I'm not able to do a cut across bend or other wrap around face feature.
I've been trying to make tube between these circles but I can't figure it out how to make it smooth. I tried sweep too but that didn't work too well. Here's picture of my try without sweep: [URL]
You see that it leaves corners on the back. I would like to have it so it's smooth and has same angle. How should I do it?
I inherited this assembly from another user. In making some dimensional changes the pipe runs have now errored.Not having ever taken any training courses in T&P, my knowledge is just based on simple straight forward runs.
This on the other hand is bit more complicated. As you can see from the image I have this one run that has errors.My question is with the violation, is there anyway to pinpoint exacty what the violating member is?
I'm just getting started using the Tube and Pipe environment for some of my work, and I've got what I'm hoping is a simple question with a simple answer. In the picture attached I've got a 1" pipe dropping down into a 8" pipe which I've disabled because it's a standard part right now and I want to replace it with a tube & pipe run. The thing I seem to have the hardest time doing when routing my pipes is aligning/offsetting my nodes with existing geometry in the assembly. In this case I want the end of the 8" pipe to be 12" offset from the centerline of the 1" pipe, and for the 8" pipe's centerline to be 12" below the bottom of the mezzanine's I-beam (as the standard part it is now). What's the best way to do this in the Tube and Pipe environment?
I tried "Include Geometry" from the "Create" panel but that only lets me create planes, which won't work with offsetting from the 1" centerline. However, SOMETIMES (it's a big sometimes) ALL of the options in the "3D Sketch" tab are available. When that's the case, I can go to the "3D Model" tab and create workpoints, axes, and planes. Sometimes, though, they're not all available, and I'm not able to place anything but planes. How I can change it so I can always use all the geometry of my assembly?
Also I'd like to know if constraing fittings and point-snapping routes to my assembly geometry in this way is the best way to do Tube and Pipe routes. Will doing this allow my routes to update if the assembly changes?
I have just completed an assembly and in this assy. I have a tube and pipe run. The original frame holding this pipe was 1m*1m*2m. We are now building a smaller unit with the same design. The pipe run is exactly the same except for the pipe diameter.
I tried to save as the pipe run to a new name and change pipe diameter but it gives me this error seen below. Do I have to make the whole run again? If i change run I have now to what I need for smaller frame I lose original sizes for first frame size.
Problems encountered while saving the document.
Save failed because the following files have been modified and must be saved together with Cooling_Skid_Type_I.Tube and Pipe Runs.iam:
I am a drafting instructor who has inventor 2013. Want resources (tutorial, instructional video...) explaining how to use "tube and Pipe design" with inventor 2013.