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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.
Create a technical drawing with multiple views, dimensions, and tolerances.
Complete the required activities:
Exercise
Transcript
00:02
This is a practice exercise video solution
00:05
to get started. Let's open the supply design, simple block dot F 3D.
00:10
We're going to begin by going to
00:11
our workspace picker selecting drawing from design.
00:15
We're going to make sure that our standard is set to a
00:17
sme with the unit set to inch and the sheet size of B
00:21
we'll select OK and create a new manual drawing.
00:26
Once the detailed drawing is started, we need to begin placing our views.
00:30
Remember that the ISO standard and the
00:32
A SME standard use different view orientations.
00:36
The A SME standard will use a third angle projection.
00:39
So we're going to begin by placing our first view in this left hand section,
00:43
double checking all of our settings.
00:45
In this case, whether or not we want to show hidden lines,
00:48
but we want to keep this as visible only.
00:50
And we're gonna have full tangent edges even
00:52
though this design has all sharp corners.
00:55
We'll then say, OK,
00:57
double check our document settings
00:59
and note that it's using third angle projection.
01:02
Remember when creating a detailed drawing that the standards and units are going
01:06
to be fixed based on the selection when you created that drawing.
01:09
Let's go ahead and hit,
01:10
cancel out of that and create a couple of more projected views.
01:14
We'll select our base or parent view.
01:16
We'll create a view that's vertical
01:18
out to the right and we'll also create one out to the left,
01:21
followed by an asymmetric view.
01:23
Before clicking the green check mark.
01:25
These are going to inherit some of their settings from the parent view.
01:29
They're gonna be locked to the parent view by default
01:32
and they're gonna have the parent views view style as well as its scale.
01:37
Now that we've got our views, we need to begin placing our dimensions.
01:41
It's important when we add detailed dimensions that we're
01:43
applying the required dimensions and we're not duplicating anything.
01:47
In this case, we're going to be using our dimension tool.
01:50
We're going to select this edge to place a one inch dimension.
01:53
We'll place a dimension on this edge as well
01:59
on this one here
02:02
on this left side
02:05
and across the entire bottom.
02:09
Now, in this case, we've got dimensions for these two features,
02:12
the height on the left side, the height on the right side and the overall length.
02:16
The only thing that we're missing to fully understand how this part needs to be made
02:20
is a distance from here to here,
02:22
which is going to be three quarters of an inch
02:24
and then a distance from here to here.
02:27
Once we have all these dimensions, we can right click and select. OK.
02:31
And then we can go about adjusting our dimensions.
02:34
We're gonna zoom in
02:35
and we're going to drag this dimension down until it lines up.
02:41
Then we'll go to our top view and again,
02:43
drag these dimensions until they're aligned.
02:45
Double clicking. The mouse wheel will go back to a zoom to fit.
02:50
If any dimensions need to have additional
02:52
tolerances or be called out for inspection,
02:55
we can double click on the dimensions and add additional information.
02:58
For example, if we want this to be an inspection value,
03:01
we can use inspection and it'll create a bubble or a balloon around the item.
03:06
If we need to add additional tolerances again, we can double click a dimension
03:10
and we can modify our tolerances by using this tolerance option.
03:14
In this case, we can do plus or minus 0.01
03:17
and close this.
03:19
Now we've been able to modify some of those values.
03:22
We need to go ahead and add additional information in our title block.
03:25
In most cases, you'll be working with a custom title block.
03:28
But if we simply double click on the title block,
03:30
we can begin adding information in the attribute section.
03:33
For example, this can be a rev a
03:36
drawing number maybe 1001.
03:39
And if we have information about approved by
03:43
in this case, MP
03:45
and the date
03:50
we can add that information before finishing the properties.
03:53
Remember that there are many different properties to detailed drawings,
03:57
information like general tolerances,
03:59
the material that's being used and the weight,
04:01
making sure that your detailed drawings have.
04:03
All the information required is an important step.
04:05
And we've only taken a look at some of the basics here.
04:08
So continue to play around with this detailed drawing.
04:10
And when you're done, make sure that you save it before moving on.
Video transcript
00:02
This is a practice exercise video solution
00:05
to get started. Let's open the supply design, simple block dot F 3D.
00:10
We're going to begin by going to
00:11
our workspace picker selecting drawing from design.
00:15
We're going to make sure that our standard is set to a
00:17
sme with the unit set to inch and the sheet size of B
00:21
we'll select OK and create a new manual drawing.
00:26
Once the detailed drawing is started, we need to begin placing our views.
00:30
Remember that the ISO standard and the
00:32
A SME standard use different view orientations.
00:36
The A SME standard will use a third angle projection.
00:39
So we're going to begin by placing our first view in this left hand section,
00:43
double checking all of our settings.
00:45
In this case, whether or not we want to show hidden lines,
00:48
but we want to keep this as visible only.
00:50
And we're gonna have full tangent edges even
00:52
though this design has all sharp corners.
00:55
We'll then say, OK,
00:57
double check our document settings
00:59
and note that it's using third angle projection.
01:02
Remember when creating a detailed drawing that the standards and units are going
01:06
to be fixed based on the selection when you created that drawing.
01:09
Let's go ahead and hit,
01:10
cancel out of that and create a couple of more projected views.
01:14
We'll select our base or parent view.
01:16
We'll create a view that's vertical
01:18
out to the right and we'll also create one out to the left,
01:21
followed by an asymmetric view.
01:23
Before clicking the green check mark.
01:25
These are going to inherit some of their settings from the parent view.
01:29
They're gonna be locked to the parent view by default
01:32
and they're gonna have the parent views view style as well as its scale.
01:37
Now that we've got our views, we need to begin placing our dimensions.
01:41
It's important when we add detailed dimensions that we're
01:43
applying the required dimensions and we're not duplicating anything.
01:47
In this case, we're going to be using our dimension tool.
01:50
We're going to select this edge to place a one inch dimension.
01:53
We'll place a dimension on this edge as well
01:59
on this one here
02:02
on this left side
02:05
and across the entire bottom.
02:09
Now, in this case, we've got dimensions for these two features,
02:12
the height on the left side, the height on the right side and the overall length.
02:16
The only thing that we're missing to fully understand how this part needs to be made
02:20
is a distance from here to here,
02:22
which is going to be three quarters of an inch
02:24
and then a distance from here to here.
02:27
Once we have all these dimensions, we can right click and select. OK.
02:31
And then we can go about adjusting our dimensions.
02:34
We're gonna zoom in
02:35
and we're going to drag this dimension down until it lines up.
02:41
Then we'll go to our top view and again,
02:43
drag these dimensions until they're aligned.
02:45
Double clicking. The mouse wheel will go back to a zoom to fit.
02:50
If any dimensions need to have additional
02:52
tolerances or be called out for inspection,
02:55
we can double click on the dimensions and add additional information.
02:58
For example, if we want this to be an inspection value,
03:01
we can use inspection and it'll create a bubble or a balloon around the item.
03:06
If we need to add additional tolerances again, we can double click a dimension
03:10
and we can modify our tolerances by using this tolerance option.
03:14
In this case, we can do plus or minus 0.01
03:17
and close this.
03:19
Now we've been able to modify some of those values.
03:22
We need to go ahead and add additional information in our title block.
03:25
In most cases, you'll be working with a custom title block.
03:28
But if we simply double click on the title block,
03:30
we can begin adding information in the attribute section.
03:33
For example, this can be a rev a
03:36
drawing number maybe 1001.
03:39
And if we have information about approved by
03:43
in this case, MP
03:45
and the date
03:50
we can add that information before finishing the properties.
03:53
Remember that there are many different properties to detailed drawings,
03:57
information like general tolerances,
03:59
the material that's being used and the weight,
04:01
making sure that your detailed drawings have.
04:03
All the information required is an important step.
04:05
And we've only taken a look at some of the basics here.
04:08
So continue to play around with this detailed drawing.
04:10
And when you're done, make sure that you save it before moving on.
How to buy
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