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00:01
In this lesson, we will cover loading electrical equipment families into a project, selecting the appropriate electrical equipment type to place,
00:12
and placing electrical equipment at the correct location.
00:17
In this model there's an electrical room on the ground floor level and there's also an equipment pad placed outside of the electrical room.
00:27
We'll place a couple panel boards inside the electrical room and then we'll place a transformer on the pad located outside.
00:37
Yeah, you can load electrical equipment families into a project before using the electrical equipment tool.
00:44
To do this switch to the insert ribbon and in the load from library panel click Load Family.
00:52
Or you can switch to the systems ribbon and in the electrical panel click Electrical Equipment.
01:01
This activates the electrical equipment tool and you can see that the load family tool is also available on the contextual ribbon.
01:10
When you click load family, the load family dialog opens,
01:16
for this example, we'll use the default family library, open electrical M. E. P. Electric power, distribution.
01:30
In this folder you can see several different types of families, we'll load in a couple panel boards.
01:38
You can see that some of them are indicated as surface, meaning they are surface mounted and the ones that are not are recessed.
01:47
You can use control to select multiple families and you can also use shift to select multiple families at once,
01:55
and then load them all into the project.
01:60
For this example, will select the 208 volt MC. B. Surface panel along with the 480 volt M. C. B surface panel.
02:12
With those two selected click Open.
02:18
When you do those families are loaded into the project and when you expand the type selector,
02:24
you can see those two families that we just loaded along with any other families that have already been loaded into the project.
02:34
For this example, I'll select one of the 208 volt panels that we just loaded.
02:41
With one of those family types selected.
02:44
You can see that when I move my cursor into the drawing area there is a cannot place symbol.
02:50
And the reason is because this is a faced based, a face based family.
02:57
You can see this or you can you, you can tell that because there is a placement panel in the contextual ribbon.
03:06
For a panel board you're likely going to use place on vertical face.
03:10
But depending on what type of component it is.
03:13
You could also do place on face if it was going to be on the floor or even place on work plane.
03:19
And then you could select a level or a reference plane to place it on.
03:25
For this example, I'll leave place on vertical face selected and then I'll move the cursor into the electrical room.
03:33
And I can, when I move my cursor over a wall you can then see the panel board,
03:41
and I'll simply click to place one of the panel boards on the back wall of the electrical room.
03:49
Next I will select one of the 4 480 volt MC. B panels and I'll place one on next to the first one that we placed.
04:02
And then I'll click Modify to end the command.
04:07
Now when I select one of the panel boards you can see that there are several parameters on the properties palette.
04:15
Yeah, you can see that there is a scheduled level parameter and then there's an Elevation From Level.
04:22
Now this will control the height of the panel board.
04:26
You can also see a host parameter and this will show you that it's a linked architectural model and it'll show you the actual link.
04:35
And this parameter will move the panel board either away from the wall or closer to the wall.
04:43
So for example, if I input one foot, it will move it away from the wall one foot, I'll change it back to zero and I'll be on the wall again.
04:54
So Elevation From Level will move it up or down offset from host.
04:59
It'll move it away or closer to the wall.
05:03
There are also several other parameters.
05:05
And when you click Edit Type, you can view the type parameters and depending on the family that you loaded and placed these parameters will vary.
05:19
Next we will place an electrical transformer outside of the electrical room.
05:29
So once again on the systems ribbon in the electrical panel we'll click electrical equipment and then we'll expand the type selector.
05:41
We will select one of the dry type transformers.
05:44
I'll select one of the larger ones for this example.
05:49
And when you move the cursor into the drawing area, you can see the equipment attached to the cursor.
05:56
And there is no placement panel in the contextual ribbon.
05:60
So this is a non-hosted family, there is a level parameter and an Elevation From Level and then there's still a host parameter.
06:09
So even though this is not a hosted component, it will still have a host parameter.
06:15
It just does not have to be placed in a host.
06:20
If you press spacebar, the component will rotate in 90 degree increments.
06:26
And in this case we have a pad that is at a 30 degree angle.
06:32
And so there's obviously several buildings that are at an angle or there are certain rooms ah that are at an angle.
06:40
And when this is the case you can hover the cursor over an edge.
06:44
So really over any line.
06:46
And then press the spacebar and the component will rotate and increments relating to the angle.
06:54
And so in this case will simply click to place it when we have rotated appropriately.
07:01
And then also if you if you don't want to do that or you depending on the situation, you may also want to use rotate after placement.
07:09
So when this option is selected, When you click to place one of the components, then the rotate control will become active,
07:18
and you can then type in any angle such as 45 degrees and press Enter and the component will be rotated just like you are using the rotate tool.
07:30
I'll click modify to end the command.
07:33
And then since we don't need this one, I'll actually select it and delete it.
07:39
And that is how we can place electrical equipment.
00:01
In this lesson, we will cover loading electrical equipment families into a project, selecting the appropriate electrical equipment type to place,
00:12
and placing electrical equipment at the correct location.
00:17
In this model there's an electrical room on the ground floor level and there's also an equipment pad placed outside of the electrical room.
00:27
We'll place a couple panel boards inside the electrical room and then we'll place a transformer on the pad located outside.
00:37
Yeah, you can load electrical equipment families into a project before using the electrical equipment tool.
00:44
To do this switch to the insert ribbon and in the load from library panel click Load Family.
00:52
Or you can switch to the systems ribbon and in the electrical panel click Electrical Equipment.
01:01
This activates the electrical equipment tool and you can see that the load family tool is also available on the contextual ribbon.
01:10
When you click load family, the load family dialog opens,
01:16
for this example, we'll use the default family library, open electrical M. E. P. Electric power, distribution.
01:30
In this folder you can see several different types of families, we'll load in a couple panel boards.
01:38
You can see that some of them are indicated as surface, meaning they are surface mounted and the ones that are not are recessed.
01:47
You can use control to select multiple families and you can also use shift to select multiple families at once,
01:55
and then load them all into the project.
01:60
For this example, will select the 208 volt MC. B. Surface panel along with the 480 volt M. C. B surface panel.
02:12
With those two selected click Open.
02:18
When you do those families are loaded into the project and when you expand the type selector,
02:24
you can see those two families that we just loaded along with any other families that have already been loaded into the project.
02:34
For this example, I'll select one of the 208 volt panels that we just loaded.
02:41
With one of those family types selected.
02:44
You can see that when I move my cursor into the drawing area there is a cannot place symbol.
02:50
And the reason is because this is a faced based, a face based family.
02:57
You can see this or you can you, you can tell that because there is a placement panel in the contextual ribbon.
03:06
For a panel board you're likely going to use place on vertical face.
03:10
But depending on what type of component it is.
03:13
You could also do place on face if it was going to be on the floor or even place on work plane.
03:19
And then you could select a level or a reference plane to place it on.
03:25
For this example, I'll leave place on vertical face selected and then I'll move the cursor into the electrical room.
03:33
And I can, when I move my cursor over a wall you can then see the panel board,
03:41
and I'll simply click to place one of the panel boards on the back wall of the electrical room.
03:49
Next I will select one of the 4 480 volt MC. B panels and I'll place one on next to the first one that we placed.
04:02
And then I'll click Modify to end the command.
04:07
Now when I select one of the panel boards you can see that there are several parameters on the properties palette.
04:15
Yeah, you can see that there is a scheduled level parameter and then there's an Elevation From Level.
04:22
Now this will control the height of the panel board.
04:26
You can also see a host parameter and this will show you that it's a linked architectural model and it'll show you the actual link.
04:35
And this parameter will move the panel board either away from the wall or closer to the wall.
04:43
So for example, if I input one foot, it will move it away from the wall one foot, I'll change it back to zero and I'll be on the wall again.
04:54
So Elevation From Level will move it up or down offset from host.
04:59
It'll move it away or closer to the wall.
05:03
There are also several other parameters.
05:05
And when you click Edit Type, you can view the type parameters and depending on the family that you loaded and placed these parameters will vary.
05:19
Next we will place an electrical transformer outside of the electrical room.
05:29
So once again on the systems ribbon in the electrical panel we'll click electrical equipment and then we'll expand the type selector.
05:41
We will select one of the dry type transformers.
05:44
I'll select one of the larger ones for this example.
05:49
And when you move the cursor into the drawing area, you can see the equipment attached to the cursor.
05:56
And there is no placement panel in the contextual ribbon.
05:60
So this is a non-hosted family, there is a level parameter and an Elevation From Level and then there's still a host parameter.
06:09
So even though this is not a hosted component, it will still have a host parameter.
06:15
It just does not have to be placed in a host.
06:20
If you press spacebar, the component will rotate in 90 degree increments.
06:26
And in this case we have a pad that is at a 30 degree angle.
06:32
And so there's obviously several buildings that are at an angle or there are certain rooms ah that are at an angle.
06:40
And when this is the case you can hover the cursor over an edge.
06:44
So really over any line.
06:46
And then press the spacebar and the component will rotate and increments relating to the angle.
06:54
And so in this case will simply click to place it when we have rotated appropriately.
07:01
And then also if you if you don't want to do that or you depending on the situation, you may also want to use rotate after placement.
07:09
So when this option is selected, When you click to place one of the components, then the rotate control will become active,
07:18
and you can then type in any angle such as 45 degrees and press Enter and the component will be rotated just like you are using the rotate tool.
07:30
I'll click modify to end the command.
07:33
And then since we don't need this one, I'll actually select it and delete it.
07:39
And that is how we can place electrical equipment.
Step-by-step guide