Add Source And Destination Signal Arrows (5:28 min)

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: Add Source and Destination Signal Arrows

 

 

 

Completion Time:  15 Minutes

 

Prerequisites

        Completion of the Source and Destination Signals Lesson

 

Objective:  In this exercise, you create source and destination signals in your schematic. You will:

        Review the cross references on an existing source signal.

        Add a contact and wiring for a motor starter contact.

        Add a destination signal arrow to a wire on one side of the motor contact coming from a power source on a second drawing.

        Add a source arrow to the wire on the other side of the motor contact, sending the power to a third drawing.

      Complete the source/destination network, adding a light component and a destination signal arrow coming from the motor contact source signal you created.

 

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:

·        Right-click Schematic_Wiring_NFPA.

·        Click Activate.

·        Skip to step 5.

 

3:  In the Project Manager, click Open Project.

 

4:  Browse to where you installed the exercise files. Select Schematic_Wiring_NFPA.wdp. Click Open.

 

5:  In the Projects list, click the expansion node next to Schematic_Wiring_NFPA to expand the drawing list in the manager.

 

6:  Right-click Schematic_Wiring_NFPA_03.dwg. Click Open.

 

7:  Zoom in to rungs 343-345 of the second ladder.

 

8:  Notice that the source signal arrow on rung 344 is sending signals to rungs 209 and 213.

 

 

9:  On the Quick Access toolbar, click Previous Drawing.
 

The Schematic_Wiring_NFPA_02.dwg drawing opens.

 

10:  Zoom in to rungs 211-217 of the first ladder to create a source destination circuit identical to the one on rung 213.

 

 

11:  On the Schematic tab, Insert Components panel, click Icon Menu.

 

 

12:  In the Insert Component dialog box, click Motor Control.


 

13:  Click 2nd+ Starter Contact NO.

 

 

14:  Click to select the insertion point for the contact on rung 217 directly below the M427 contractor with overload. (The contact is placed in space, that is, not on an existing rung.)

 

15:  In the Insert/Edit Child Component dialog box, click Parent/Sibling.

 

16:  In the drawing, select the M427 contact component as the sibling.

 

17:  In the Insert/Edit Child Component dialog box, click OK.

 

 

18:  On the Schematic tab, Insert Components panel, click Link Components with Dashed Line.

 

 

19:  Select the M427 contact on rung 215 for the component to link from.

 

20:  Select the M427 contact you inserted on rung 217 as the component to link to. Press ENTER.

 

 

21:  On the Schematic tab, Insert Wires/Wire Numbers panel, click Wire to insert a new wire.  

 

22:  On the Command Line, Click wireType, then select RED_18AWG.

 

23:  Draw the wire starting on one side of the contact completely across the contact to the other side.
Note: Be careful to draw a straight wire without any turns.

 

24:  Notice that the wire is automatically connected to both sides of the contact. Press ENTER to end the wire. Press ENTER again to end the Wire command.

 


 

 

25:  Add a Destination Signal Arrow:
On the Schematic tab, Insert Wires/Wire Numbers panel, Source Arrow flyout, click Destination Signal Arrow.

 

 

26:  In the drawing, click near the left end of the added wire.

 

27:  In the Insert Destination Code dialog box, click Project.

 

28:  In the Signal Codes - Project-wide Source dialog box, select Signal Code MOTORS CONNECTEDReference 344. Click OK.


Notice that the signal code information is transferred to the Insert Destination Code dialog box.

 

29:  In the Insert Destination Code dialog box, click OK + Update Source.

 

30:  Add a Source Signal Arrow:
On the Schematic tab, Insert Wires/Wire Numbers panel, Source Arrow flyout, click Source Arrow.

 

 

31:  In the drawing, click near the right end of the added wire.

 

32:  In the Signal - Source Code dialog box, for Code, type M427 AUX CONTACT then click OK.

 

 

33:  In the Source/Destination Signal Arrows dialog box, click No.

 
Notice that the matching destination is placed in Schematic_Wiring_NFPA_04.dwg and cannot be selected at this time.

 

 

34:  On the Quick Access toolbar, click Next Drawing.


 
The Schematic_Wiring_NFPA_03.dwg drawing opens.


 

35:  Zoom in to rungs 343-345 of the second ladder. On rung 344, notice a reference to rung 217 is added.

 

 

36:  Complete the Network:
On the Quick Access toolbar, click Next Drawing.


The Schematic_Wiring_NFPA_04.dwg drawing opens.


 

37:  Zoom in to rungs 402-406 on first ladder.

 

 

38:  On the Schematic tab, Insert Wires/Wire Numbers panel, click Wire.

 

 

39:  Draw the wire starting on the right vertical bus at rung 405 and ending about one quarter of the way across the ladder.
Note: Be careful to draw a straight wire without any turns.

 

Caption

 

 

40:  Press ENTER to end the wire. Press ENTER, again, to end the Wire command.

 

41:  On the Schematic tab, Edit Components panel, click Copy Component.

 

 

42:  Select LT404, located just above the added wire.

 

43:  Insert the new light on the added wire directly below LT404.

 

 

44:  In the Insert/Edit Component dialog box, for Description Line1, type "INDEXING MOTOR

 

45:  For Description Line2, type "RUNNING" and click OK.

 
Note: If you receive a Mismatched Item Number warning, click OK.


 

46:  On the Schematic tab, Insert Wires/Wire Numbers panel, Source Arrow flyout, click Destination Arrow.

 

 

47:  Click near the left end of the added wire on rung 405.

 

48:  In the Insert Destination Code dialog box, click Recent.

 

49:  In the Signal Source/Destination Codes - Recent dialog box, select M427 AUX CONTACT.

Click OK.

 

 

50:  In the Insert Destination Code dialog box, click OK + Update Source.

 

51:  In the Change Destination Wire Layer dialog box, click Yes.

 

Challenge Task:  Add wire numbers to Schematic_Wiring_NFPA_02.dwg then to Schematic_Wiring_NFPA_04.dwg. The wire number is transferred through the signal arrows and replaces the question marks. Note: You could also add wire numbers Project-Wide.

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