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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
Transcript
00:00
[MUSIC PLAYING]
00:08
Let's take the very last section on Schematic Wiring
00:12
to look at how we connect our wires from one page to another
00:16
in our drawing.
00:18
So throughout our drawing set that we have,
00:20
we have more than obviously one drawing.
00:22
And we need to be able to have those wires carry through
00:25
from drawing to drawing.
00:27
So in this case, this is what we call
00:29
Source and Destination Arrows.
00:32
And we need to know how to place those
00:34
so that they can intelligently keep
00:36
connections of our full wiring throughout the entire project.
00:41
So what I'm going to do is zoom in on line 340 here.
00:45
And I am going to go to my Schematic tab of my ribbon
00:48
and grab a Source arrow.
00:50
You can also do this by right-clicking on the wire
00:53
and coming down to just grab Source and Destination here.
00:56
Your marking menus are your friends.
00:58
Get used to what's in there, so you
00:60
don't have to go hunting through menus up in the ribbon.
01:03
It makes it really easy to just right-click on the object
01:05
that you're looking at and be able to get
01:07
all of the editing and major tools
01:09
that you would need to use right at your fingertips.
01:13
So I'm going to put a Source arrow in here.
01:16
And what I'm going to do is I'm going to now label this
01:18
with whatever I want it to be.
01:20
The code could be the wire number.
01:22
It could be information about what it's wiring up.
01:25
It could be anything you want it to be to then connect that
01:29
to its destination.
01:32
So in this case, I'm just going to repeat
01:34
what the wire number is.
01:35
But I could give it more description.
01:36
I could say this is a particular motor wire or a particular type
01:40
of wire that I want to be able to give it just a little
01:42
more description.
01:43
It doesn't get shown on screen.
01:45
It's really for you, as the engineer,
01:48
putting these things together to be
01:50
able to figure out what that particular wire is
01:52
when we get into the database.
01:54
Now we can also choose-- remember, again,
01:56
when we were looking at our project properties
01:58
and our drawing properties.
01:60
This is where the predefined arrow style comes in.
02:03
You do have the ability to change it,
02:05
but this is why we set this up in the beginning
02:08
inside of our drawing properties and project properties.
02:12
Now if you noticed, when I got to 5 here,
02:14
there is an opportunity to create your own custom arrows.
02:17
So you can sync the software with your own customizations
02:20
for arrows, PLC styles, and so on.
02:23
But we're just going to focus on the ones that
02:25
come with the software, for this training.
02:29
I'm going to leave it at 1, and then I am going to click OK.
02:34
Now it's going to ask me if I want to insert the Destination
02:37
arrow.
02:37
Perhaps, I'm going from the bottom of one ladder
02:40
to the top of the next.
02:41
Absolutely fine, I would say yes to this.
02:43
In this case, I'm actually going to jump drawings.
02:46
I'm going to another drawing.
02:47
So I'm going to say No.
02:50
And then what I'm going to do is jump over to drawing 4.
02:54
And I need that one to come in to be the top of this ladder.
02:58
So now I'm going to right-click on this one,
03:01
and I'm going to say Destination arrow.
03:03
I remember the code.
03:05
It wasn't that hard or that long ago,
03:07
but I want to show you how you can
03:08
see the rest of the codes that might be connecting
03:11
into this particular wire.
03:13
So this is how we would go look if we were just
03:15
trying to look at the full database of every Source
03:17
arrow we have.
03:18
So I'm going to click here on Recent.
03:21
And you can see that obviously, I only had one recently
03:24
looked at there.
03:25
And that's fair.
03:26
If I wanted to Show all unpaired or Show all because these
03:29
are the toggles.
03:30
But I want to show it to you in a bigger space.
03:32
So we're going to come out of Recent and this time,
03:34
I'm just going to look at the whole project.
03:36
So this is a bit more powerful.
03:38
Now Recent obviously filters it down for you, which is great.
03:41
If you've been doing a lot of these,
03:42
it's a lot easier to find what you need
03:44
if you just go to the Recent.
03:45
But here, I can see every Source arrow I have.
03:49
I can also say that I only want to show
03:52
those unpaired ones again, like we saw in the last dialogue.
03:55
But now, this is more meaningful because I can
03:58
see everything that's missing.
03:60
Think about an unconnected wire as basically a dangling wire
04:03
in your package.
04:04
It's not getting any connection points
04:07
that it needs to be able to do the full wire from two
04:11
reports and everything else that it needs.
04:12
It would be an unconnected wire, which
04:14
is obviously not an intelligent wire anymore.
04:17
So we need to heal all of these.
04:18
But for the one that we're doing,
04:20
we're just going to grab this one, at the top.
04:25
And then I'm going to click OK.
04:29
Now what it's going to do, and this is the intelligence of it,
04:32
it now put in that wire label of the wire number,
04:35
and the code saying it's coming from line 340.
04:38
So it's telling me there from/to of it.
04:40
And it also recognizes that I just
04:42
attached a wire that was red to a wire that was black.
04:47
So if it's supposed to be the same wire,
04:49
it's now warning me that my destination wire network is not
04:53
the same as the source.
04:54
And it wants to update it.
04:56
So that's, again, the intelligence and the power
04:58
of using these tools.
04:59
So I'm going to say Yes.
05:00
It's automatically going to update that wire network up
05:04
to wherever it meets the next object that stops that
05:06
from being line 340 anymore.
05:09
And it says from 340 here.
05:11
And if I jump back now to drawing 3,
05:13
you'll see it automatically updates in real time
05:16
that it is going to now line 402.
05:19
So there's your source and destination arrows.
05:21
Please take a moment to go do the exercise on Source
05:24
and Destination Arrows.
Video transcript
00:00
[MUSIC PLAYING]
00:08
Let's take the very last section on Schematic Wiring
00:12
to look at how we connect our wires from one page to another
00:16
in our drawing.
00:18
So throughout our drawing set that we have,
00:20
we have more than obviously one drawing.
00:22
And we need to be able to have those wires carry through
00:25
from drawing to drawing.
00:27
So in this case, this is what we call
00:29
Source and Destination Arrows.
00:32
And we need to know how to place those
00:34
so that they can intelligently keep
00:36
connections of our full wiring throughout the entire project.
00:41
So what I'm going to do is zoom in on line 340 here.
00:45
And I am going to go to my Schematic tab of my ribbon
00:48
and grab a Source arrow.
00:50
You can also do this by right-clicking on the wire
00:53
and coming down to just grab Source and Destination here.
00:56
Your marking menus are your friends.
00:58
Get used to what's in there, so you
00:60
don't have to go hunting through menus up in the ribbon.
01:03
It makes it really easy to just right-click on the object
01:05
that you're looking at and be able to get
01:07
all of the editing and major tools
01:09
that you would need to use right at your fingertips.
01:13
So I'm going to put a Source arrow in here.
01:16
And what I'm going to do is I'm going to now label this
01:18
with whatever I want it to be.
01:20
The code could be the wire number.
01:22
It could be information about what it's wiring up.
01:25
It could be anything you want it to be to then connect that
01:29
to its destination.
01:32
So in this case, I'm just going to repeat
01:34
what the wire number is.
01:35
But I could give it more description.
01:36
I could say this is a particular motor wire or a particular type
01:40
of wire that I want to be able to give it just a little
01:42
more description.
01:43
It doesn't get shown on screen.
01:45
It's really for you, as the engineer,
01:48
putting these things together to be
01:50
able to figure out what that particular wire is
01:52
when we get into the database.
01:54
Now we can also choose-- remember, again,
01:56
when we were looking at our project properties
01:58
and our drawing properties.
01:60
This is where the predefined arrow style comes in.
02:03
You do have the ability to change it,
02:05
but this is why we set this up in the beginning
02:08
inside of our drawing properties and project properties.
02:12
Now if you noticed, when I got to 5 here,
02:14
there is an opportunity to create your own custom arrows.
02:17
So you can sync the software with your own customizations
02:20
for arrows, PLC styles, and so on.
02:23
But we're just going to focus on the ones that
02:25
come with the software, for this training.
02:29
I'm going to leave it at 1, and then I am going to click OK.
02:34
Now it's going to ask me if I want to insert the Destination
02:37
arrow.
02:37
Perhaps, I'm going from the bottom of one ladder
02:40
to the top of the next.
02:41
Absolutely fine, I would say yes to this.
02:43
In this case, I'm actually going to jump drawings.
02:46
I'm going to another drawing.
02:47
So I'm going to say No.
02:50
And then what I'm going to do is jump over to drawing 4.
02:54
And I need that one to come in to be the top of this ladder.
02:58
So now I'm going to right-click on this one,
03:01
and I'm going to say Destination arrow.
03:03
I remember the code.
03:05
It wasn't that hard or that long ago,
03:07
but I want to show you how you can
03:08
see the rest of the codes that might be connecting
03:11
into this particular wire.
03:13
So this is how we would go look if we were just
03:15
trying to look at the full database of every Source
03:17
arrow we have.
03:18
So I'm going to click here on Recent.
03:21
And you can see that obviously, I only had one recently
03:24
looked at there.
03:25
And that's fair.
03:26
If I wanted to Show all unpaired or Show all because these
03:29
are the toggles.
03:30
But I want to show it to you in a bigger space.
03:32
So we're going to come out of Recent and this time,
03:34
I'm just going to look at the whole project.
03:36
So this is a bit more powerful.
03:38
Now Recent obviously filters it down for you, which is great.
03:41
If you've been doing a lot of these,
03:42
it's a lot easier to find what you need
03:44
if you just go to the Recent.
03:45
But here, I can see every Source arrow I have.
03:49
I can also say that I only want to show
03:52
those unpaired ones again, like we saw in the last dialogue.
03:55
But now, this is more meaningful because I can
03:58
see everything that's missing.
03:60
Think about an unconnected wire as basically a dangling wire
04:03
in your package.
04:04
It's not getting any connection points
04:07
that it needs to be able to do the full wire from two
04:11
reports and everything else that it needs.
04:12
It would be an unconnected wire, which
04:14
is obviously not an intelligent wire anymore.
04:17
So we need to heal all of these.
04:18
But for the one that we're doing,
04:20
we're just going to grab this one, at the top.
04:25
And then I'm going to click OK.
04:29
Now what it's going to do, and this is the intelligence of it,
04:32
it now put in that wire label of the wire number,
04:35
and the code saying it's coming from line 340.
04:38
So it's telling me there from/to of it.
04:40
And it also recognizes that I just
04:42
attached a wire that was red to a wire that was black.
04:47
So if it's supposed to be the same wire,
04:49
it's now warning me that my destination wire network is not
04:53
the same as the source.
04:54
And it wants to update it.
04:56
So that's, again, the intelligence and the power
04:58
of using these tools.
04:59
So I'm going to say Yes.
05:00
It's automatically going to update that wire network up
05:04
to wherever it meets the next object that stops that
05:06
from being line 340 anymore.
05:09
And it says from 340 here.
05:11
And if I jump back now to drawing 3,
05:13
you'll see it automatically updates in real time
05:16
that it is going to now line 402.
05:19
So there's your source and destination arrows.
05:21
Please take a moment to go do the exercise on Source
05:24
and Destination Arrows.
Project: Insert Ladders and Wires
· Wires and Ladders
Completion Time: 10 Minutes | |
Prerequisites | |
Objective: In this exercise, you walk through the process of adding and editing ladders. You will be able to insert two ladders in a new drawing and edit the ladders by trimming rungs and adding wires and rungs. | |
Instructions | |
1: If the Project Manager is not displayed, on the Project tab, Project Tools panel, click Manager. | |
2: If Schematic_Wiring_NFPA is the active project, skip to step 5. If it is open but not active in the Project Manager, do the following: | |
3: In the Project Manager, click Open Project. | |
4: Browse to where you installed the project files. Select Schematic_Wiring_NFPA.wdp then click Open. | |
5: In the Project Manager, click New Drawing. | |
6: In the Create New Drawing dialog box, for Name, type "Wires and Ladders" | |
7: For Template, click Browse. | |
8: In the Select Template dialog box, Select Acad_Electrical.dwt. Click Open. | |
9: In the Create New Drawing dialog box, click OK. | |
10: On the Schematic tab, Insert Wires/Wire Numbers panel, click Insert Ladder. | |
11: In the Insert Ladder dialog box, for Width, type "9.00"
| |
12: For Spacing, type "0.75" | |
13: For Rungs, type "25" Notice that the ladder length is automatically calculated when you click somewhere else in the dialog box. | |
14: For 1st Reference, type "100" and then click OK.
| |
15: Select an insertion point for the ladder at approximately 5.00,20.00 or type "5,20" then press ENTER.
| |
16: On the Schematic panel, Insert Wires/Wire Numbers tab, click Insert Ladder again. | |
17: In the Insert Ladder dialog box, for Width, type "8.00"
| |
18: For Spacing, type "1.00"
| |
19: For Rungs, type "15"
| |
20: Notice the 1st Reference is automatically set to 125, which is the next sequential ladder reference number. Click OK. | |
21: Select an insertion point at approximately 18.00,20.00 or type "18,20" then press ENTER.
| |
22: The remaining steps will Edit the Ladders: | |
23: In the Modify Line Reference Numbers dialog box, change the Rung Count value for ladder 1 to "20" | |
24: Change the Rung Count value of ladder 2 to "20" | |
25: Change the Reference Number Start value for ladder 2 to "150"
| |
26: Click OK. | |
27: On the Schematic tab, Edit Wires/Wire Numbers panel, click Trim Wire. | |
28: On the first (left) ladder, trim rungs 101 and 103. | |
29: On the second (right) ladder, trim rungs 151 and 153. | |
30: On the Schematic tab, Insert Wires/Wire Numbers panel, click Wire. | |
31: Add a wire starting on rung 100, about one-quarter of the way from the left bus, and ending on the left vertical bus and 101. | |
32: Add a wire starting on rung 100, about three-quarters of the way across and ending on the right vertical bus at 101. | |
33: Add a wire starting on rung 150, about one-quarter of the way across, running down to rung 151 (click) and moving to the right, approximately three-quarters of the way across (click). Continue running the wire down, selecting the ending location on rung 152. | |
34: On the Schematic tab, Edit Wires/Wire Numbers panel, Add Rung flyout, click Add Rung. | |
35: Add ladder rungs at references 103 and 153. |
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