& Construction
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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing
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Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Test your knowledge and apply what you have learned.
Learning objectives:
Exercise
Transcript
00:02
This is a practice exercise video solution.
00:05
To get started,
00:06
we want to open the supplied data set,
00:08
sheet metal bracket.F3D.
00:10
We're gonna navigate to our sheet metal tools and begin by creating a flat pattern.
00:14
We'll select the largest stationary face and say,
00:16
OK.
00:18
Once a flat pattern has been created,
00:20
the next thing that we want to do is make
00:21
sure that we can create a new detailed drawing.
00:26
We're gonna right click on flat pattern
00:28
and select create Drawing.
00:33
From here,
00:34
we want to make sure that we use all of the separate options that are required.
00:38
We wanna make sure that we're using the ASME standard,
00:41
in unit system,
00:42
and an A sheet size.
00:45
We'll select OK and then new detailed drawing will be created.
00:52
Once the drawing is started,
00:53
we can go ahead and place our drawing view.
00:56
We're gonna set the scale to be 1 to 1.
00:60
And we'll leave all the rest of the settings with the exception of visible edges,
01:03
making sure that we're using the standard style that doesn't show our hidden edges,
01:06
and we can say,
01:07
OK.
01:09
From here,
01:09
we need to add a few details.
01:11
Let's go ahead and zoom in.
01:13
And start by adding center marks at the centers of each end of both slots.
01:19
Next,
01:19
we want to add a center line.
01:21
We're gonna select the upper and lower portions of each of these slots and say,
01:25
OK.
01:26
Now we want to add some dimensions.
01:28
We need to give some overall dimensions from the left side
01:31
to the right side.
01:34
We need to give an overall height dimension.
01:37
And then we want to have some dimensions for each of the separate areas.
01:41
In this case,
01:42
let's go ahead and add a 3-inch dimension at the bottom,
01:45
and we can dimension the slots overall width.
01:48
It's radius value.
01:52
And any other details you feel are pertinent.
01:55
For example,
01:56
the distance from this edge to this edge here may be a critical dimension.
02:01
We're gonna right click and select,
02:02
OK?
02:03
And any dimensions you want to modify,
02:04
we can double click on,
02:06
and for example,
02:06
we can add alternate units.
02:09
This way we can display both the inch units as well as metric units.
02:13
Let's go ahead and select close for that dimension.
02:17
The last thing that we want to add is a bend table.
02:19
From our tables menu,
02:21
select the bend table option.
02:23
We're going to place this in the lower right hand corner just above our title block.
02:27
This will add ID numbers for each of the bends,
02:30
as well as a direction,
02:31
angle,
02:31
and a radius value.
02:33
The radius value is going to be in the default units of our drawing sheet,
02:37
which is inch.
02:38
In this case,
02:39
add any other dimensions you feel are critical before saving your drawing.
Video transcript
00:02
This is a practice exercise video solution.
00:05
To get started,
00:06
we want to open the supplied data set,
00:08
sheet metal bracket.F3D.
00:10
We're gonna navigate to our sheet metal tools and begin by creating a flat pattern.
00:14
We'll select the largest stationary face and say,
00:16
OK.
00:18
Once a flat pattern has been created,
00:20
the next thing that we want to do is make
00:21
sure that we can create a new detailed drawing.
00:26
We're gonna right click on flat pattern
00:28
and select create Drawing.
00:33
From here,
00:34
we want to make sure that we use all of the separate options that are required.
00:38
We wanna make sure that we're using the ASME standard,
00:41
in unit system,
00:42
and an A sheet size.
00:45
We'll select OK and then new detailed drawing will be created.
00:52
Once the drawing is started,
00:53
we can go ahead and place our drawing view.
00:56
We're gonna set the scale to be 1 to 1.
00:60
And we'll leave all the rest of the settings with the exception of visible edges,
01:03
making sure that we're using the standard style that doesn't show our hidden edges,
01:06
and we can say,
01:07
OK.
01:09
From here,
01:09
we need to add a few details.
01:11
Let's go ahead and zoom in.
01:13
And start by adding center marks at the centers of each end of both slots.
01:19
Next,
01:19
we want to add a center line.
01:21
We're gonna select the upper and lower portions of each of these slots and say,
01:25
OK.
01:26
Now we want to add some dimensions.
01:28
We need to give some overall dimensions from the left side
01:31
to the right side.
01:34
We need to give an overall height dimension.
01:37
And then we want to have some dimensions for each of the separate areas.
01:41
In this case,
01:42
let's go ahead and add a 3-inch dimension at the bottom,
01:45
and we can dimension the slots overall width.
01:48
It's radius value.
01:52
And any other details you feel are pertinent.
01:55
For example,
01:56
the distance from this edge to this edge here may be a critical dimension.
02:01
We're gonna right click and select,
02:02
OK?
02:03
And any dimensions you want to modify,
02:04
we can double click on,
02:06
and for example,
02:06
we can add alternate units.
02:09
This way we can display both the inch units as well as metric units.
02:13
Let's go ahead and select close for that dimension.
02:17
The last thing that we want to add is a bend table.
02:19
From our tables menu,
02:21
select the bend table option.
02:23
We're going to place this in the lower right hand corner just above our title block.
02:27
This will add ID numbers for each of the bends,
02:30
as well as a direction,
02:31
angle,
02:31
and a radius value.
02:33
The radius value is going to be in the default units of our drawing sheet,
02:37
which is inch.
02:38
In this case,
02:39
add any other dimensions you feel are critical before saving your drawing.
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