& Construction

Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing

Professional CAD/CAM tools built on Inventor and AutoCAD
Transcript
00:02
had G. D. And T symbols.
00:06
After completing this video you'll be able to add G. D. And T.
00:09
And notations and use text
00:13
Infusion 3 60. Let's carry on with our Blade Guard Assembly drawing
00:18
Whenever you're creating a detailed drawing, adding symbols and G. D. And T.
00:22
And notations is going to be a critical
00:23
step in the manufacture process for this design.
00:27
Let's go ahead and let's create a new sheet and I'm going to add a new base view
00:33
For this new base view.
00:34
I'm going to set this to a 2-1 scale and place it right in the center.
00:40
I'm gonna select. Okay
00:42
and then I want to hide all the other components except for the guide post.
00:48
Leaving just this component behind. I'm then going to create some projected views.
00:54
I'm gonna click the green check mark to say okay
00:57
and now I want to add some text and G. D. And T. Symbols.
01:01
Text is a great way to add notes to the general
01:04
drawing area that can be used to help clarify a design
01:08
things like tumble finish
01:11
or assemble before shipping.
01:18
These notes can be moved around the drawing just like any of the drawing views.
01:22
There can also be information contained in the title
01:24
block which we'll get to in a little bit.
01:27
Next let's talk about the symbols area of detailed drawings. There are G. D. N. T.
01:31
Symbols for things like surface texture
01:34
data identifiers and feature control frames.
01:36
We also have information for welding symbols and taper and slope.
01:41
In this video we're going to focus on data identifiers and feature control frames
01:46
for data identifiers.
01:47
These are going to identify critical locations of
01:49
a design and help identify tolerance controlled areas.
01:53
First we're going to use a datum identifier for one side of this part.
01:58
We're going to place it and pull it off to the right hand side and say okay,
02:02
this data identifier is going to be a
02:05
going to right click and repeat the data identifier.
02:09
I'm going to place another datum identifier on the bottom
02:14
and click the green check mark to say okay
02:17
this data identifier is going to be be
02:21
next. I'm going to place one more data identifier on this face.
02:27
Now that we have these three datum identifiers.
02:29
I'm going to add a feature control frame.
02:32
I'm going to select this backside face,
02:35
place my feature control frame and then use the green check mark.
02:39
I'm going to use a specific characteristic such as parallelism.
02:44
The tolerance value within .005 relative to data a so we're going to
02:50
enter an a value here and there's more information that we can add.
02:54
But this is a basic idea of how a datum identifier and a control frame would work.
02:59
It's telling you that this face needs to be
03:02
parallel relative to data a within a specific tolerance.
03:07
These data identifiers and control frames can be added to various parts
03:10
of your design to help to aid in manufacturing intolerance controlled areas
03:15
for right now let's go ahead and save the design before moving on.
00:02
had G. D. And T symbols.
00:06
After completing this video you'll be able to add G. D. And T.
00:09
And notations and use text
00:13
Infusion 3 60. Let's carry on with our Blade Guard Assembly drawing
00:18
Whenever you're creating a detailed drawing, adding symbols and G. D. And T.
00:22
And notations is going to be a critical
00:23
step in the manufacture process for this design.
00:27
Let's go ahead and let's create a new sheet and I'm going to add a new base view
00:33
For this new base view.
00:34
I'm going to set this to a 2-1 scale and place it right in the center.
00:40
I'm gonna select. Okay
00:42
and then I want to hide all the other components except for the guide post.
00:48
Leaving just this component behind. I'm then going to create some projected views.
00:54
I'm gonna click the green check mark to say okay
00:57
and now I want to add some text and G. D. And T. Symbols.
01:01
Text is a great way to add notes to the general
01:04
drawing area that can be used to help clarify a design
01:08
things like tumble finish
01:11
or assemble before shipping.
01:18
These notes can be moved around the drawing just like any of the drawing views.
01:22
There can also be information contained in the title
01:24
block which we'll get to in a little bit.
01:27
Next let's talk about the symbols area of detailed drawings. There are G. D. N. T.
01:31
Symbols for things like surface texture
01:34
data identifiers and feature control frames.
01:36
We also have information for welding symbols and taper and slope.
01:41
In this video we're going to focus on data identifiers and feature control frames
01:46
for data identifiers.
01:47
These are going to identify critical locations of
01:49
a design and help identify tolerance controlled areas.
01:53
First we're going to use a datum identifier for one side of this part.
01:58
We're going to place it and pull it off to the right hand side and say okay,
02:02
this data identifier is going to be a
02:05
going to right click and repeat the data identifier.
02:09
I'm going to place another datum identifier on the bottom
02:14
and click the green check mark to say okay
02:17
this data identifier is going to be be
02:21
next. I'm going to place one more data identifier on this face.
02:27
Now that we have these three datum identifiers.
02:29
I'm going to add a feature control frame.
02:32
I'm going to select this backside face,
02:35
place my feature control frame and then use the green check mark.
02:39
I'm going to use a specific characteristic such as parallelism.
02:44
The tolerance value within .005 relative to data a so we're going to
02:50
enter an a value here and there's more information that we can add.
02:54
But this is a basic idea of how a datum identifier and a control frame would work.
02:59
It's telling you that this face needs to be
03:02
parallel relative to data a within a specific tolerance.
03:07
These data identifiers and control frames can be added to various parts
03:10
of your design to help to aid in manufacturing intolerance controlled areas
03:15
for right now let's go ahead and save the design before moving on.
Step-by-steps