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Model Control Bracket in SolidWorks | SolidWorks Tutorial | SolidWorks Part Modeling |
Aug 1, 2024
#SolidWorks #solidworksmodeling #solidworkstutorial
In this video I have explained How to Model Control Bracket in SolidWorks.
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0:00
Hello friends welcome to Solid Works
0:02
tutorial and in this tutorial we will
0:04
model this a control bracket as you can
0:07
see that uh I have already modeled it
0:10
and I will show you from the scratch how
0:12
you can model this control bracket in
0:15
solid works so I will close this file
0:17
and create a new
0:20
file you can also visit my website macn
0:24
nexus.com and you can visit this solid
0:28
works tutorials tab where I have written
0:31
so many tutorials on solid works where
0:35
you can follow the stepbystep guide to
0:38
model the
0:40
parts if you like my method of teaching
0:42
then you can also support me on kofi.com
0:45
you can buy me a cup of coffee your
0:49
small support will help these channels
0:52
to grow and it will motivate me to
0:54
create more awesome content on solid
0:57
works so let's come back to our tutorial
1:01
so here I have created a new file and if
1:04
we see our model then we can easily
1:08
understand that this revolve feature is
1:10
a base feature so we will select the
1:13
right plane and click on the
1:15
sketch and here first thing which we
1:18
will do is uh create a
1:21
line and we will make this line as a
1:24
construction line and we will give this
1:28
length of line is a
1:33
50
1:35
now we will
1:38
uh create a rectangle
1:42
and we
1:48
will create
1:50
a feature like insight and now we will
1:55
use the trim option and trim this
2:00
and now we will select smart Dimension
2:02
we will select this and this outer
2:06
one and give it
2:10
90 inner one is of
2:13
44 but before that we will constrain
2:16
this it is a
2:21
66 and inner one is of 44
2:30
44 and uh
2:32
now we will select these two points and
2:36
add the horizontal
2:38
relation and from the top here it is 19
2:42
mm so we will give the 19
2:49
mm and
2:51
uh we will select these two points at
2:55
the horizontal relation because total
2:58
height is of 50
3:00
so it is uh fully constrained and now we
3:03
will come out of the
3:05
sketch and uh we will click on
3:09
revolve click on
3:13
okay and now we will uh create this uh
3:17
base
3:18
profile so for this we will select the
3:21
phase and click on the
3:23
sketch we'll press control
3:26
7 and now
3:30
we will select this outer diameter and
3:33
click on convert
3:35
entities and we will click for the
3:37
construction and here we will uh create
3:40
a three-point
3:42
Arc equal to the
3:45
construction and
3:47
then we will rotate our model like this
3:50
and we will make it normal now uh if you
3:55
see our uh drawing so we can find it
3:58
from here to the this point is a 60
4:03
mm so we will
4:07
uh select a threep point
4:12
AR and we will select this and this and
4:16
add the horizontal
4:19
relation and this
4:23
uh width is of 60 mm so we will join the
4:29
line and make it
4:30
tangent so first we will join
4:34
it select line and
4:38
uh join it and now we will select this
4:42
and
4:43
this set the
4:45
tangent select this and this and add the
4:51
tangent now we will uh fix the wids so
4:56
from this to this
5:01
is of
5:07
60 and from this point to this point is
5:12
uh
5:22
30 and
5:27
now we will uh create a con construction
5:32
line select and make it construction and
5:37
we will uh Place one point
5:39
here select a smart Dimension and
5:43
constrain
5:49
this better
5:52
to instead of giving this Dimension we
5:57
will delete it
6:00
and
6:04
here here we can see that uh from Center
6:07
to Center is a 60 so we will directly
6:10
give the dimension from the
6:16
center
6:18
60 and
6:21
uh now we will constrain this
6:27
radius so it is
6:35
15 so this is the fully constraint
6:38
profile here it is given a diameter but
6:41
it will be
6:42
radius and this construction geometry
6:45
does not
6:46
require now we will come out of the
6:49
sketch and uh create the extrude of 8
6:55
mm we will reverse it click on okay
7:00
okay press contrl
7:03
7 and now we will create this boss we
7:07
will select this phase and click on the
7:10
sketch we
7:12
will convert it
7:16
and we will make this uh phase uh
7:21
normal and now
7:32
we will select a three-point
7:38
Arc here and
7:46
here and this
7:51
is The Bard is of 13
7:55
mm and uh this is R15
8:04
so we will uh delete
8:06
this and we will convert this outer
8:12
geometry click on convert
8:31
now we will use the trim tool to trim
8:34
this and
8:37
this and
8:41
now
8:45
here we will add the
8:50
fillet let's say r10
9:07
so here it is a R15 which is
9:11
concentric
9:13
and the thing is uh uh this fillet does
9:17
not look good so we will delete this uh
9:21
complete
9:22
sketch and here
9:30
we will come out of the sketch we will
9:33
create uh another
9:35
sketch and here what we will
9:39
do we will
9:43
simply
9:46
create a circle and
9:49
now this is not equal so we will select
9:52
to this H and uh make it equal and now
9:57
we will project this geometry click on
9:59
convert and we will simply create a line
10:04
on both the
10:12
sides now we will select this and this
10:15
and add the
10:17
tangent we will select
10:21
this this and this and add the
10:25
tangent and now we will trim the
10:27
unnecessary geometry trim this
10:32
this
10:34
this
10:36
this this one and this one now we will
10:40
trim the internal one so this is the
10:42
profile which we are looking
10:44
for and
10:46
now we will uh come out of the sketch
10:50
and give the Extrusion of 8
10:56
mm click on okay
11:00
press contrl 7 for
11:03
isometric now we will create a hole of
11:07
uh Dia 13 so we will select this phase
11:10
and click on
11:12
sketch and it is a simple drill hole so
11:14
I will not use the whole feature I will
11:18
uh
11:19
simply create a circle of a 13 mm select
11:23
smart
11:27
Dimension 13
11:31
and uh close
11:34
it and now we will click on extrude
11:39
Cut and from here we will say through
11:42
all say
11:44
okay now we will mirror this whole
11:47
feature on other side so we will select
11:50
mirror
11:52
tool and uh we will select this mirror
11:55
plane and here we will uh select the
11:58
feature
12:00
all three
12:02
feature and click on okay so you can see
12:06
that it perfectly mirrored on the other
12:13
side now we will uh create this rip now
12:17
we will press control 7 select this pH
12:20
and click on the
12:22
sketch and make this uh phase
12:25
normal
12:27
now we will
12:30
uh create
12:32
uh a
12:35
rectangle and uh we will delete this we
12:40
will click on convert entities to
12:42
convert the outer
12:44
geometry and uh we will use the trim
12:48
tool to
12:50
trim the unnecessary geometry and now I
12:56
will uh make this uh 8 mm
13:10
select smart
13:14
Dimension and get the 4
13:20
mm and from origin to the
13:24
outermost Dimension would be 82.5
13:33
now we will uh close the
13:40
sketch and we will select the sketch and
13:42
click on
13:43
extrude and uh we will reverse it and uh
13:48
Q it uh 40
13:51
mm and click on
13:54
okay press Ctrl
13:57
7 and now
14:00
here we will select this pH and uh click
14:03
on the
14:04
sketch and
14:07
here I will uh project these two
14:10
edges and uh convert it and make it
14:17
construction and make this phase uh
14:20
normal and we will uh create a Arc
14:29
and we will make this and this and make
14:32
it uh
14:36
tangent make it a
14:38
tangent and radius is uh
14:51
12.5
14:53
here here it is not tangent we will
14:56
select this and this and make the
14:59
tangent now we will uh
15:02
close this profile and uh remove the
15:09
material select it come out of the
15:13
sketch select sketch click on extrude
15:18
Cut and from here select up to
15:24
surface click on
15:26
okay and now
15:29
we will create a cut here so for this we
15:32
will select this pH click on the
15:35
sketch we will make this phase
15:38
normal now select this age and click on
15:41
convert entities and uh make it
15:45
construction so first thing which we
15:47
will do is to create a construction
15:51
Circle and uh make it
15:54
construction and
15:57
now we will uh select a line
16:02
tool draw the
16:06
line and make it a
16:11
tangent click on the
16:16
trim and we will create a three-point
16:21
Arc equal to this construction
16:25
diameter now
16:35
now our sketch is fully
16:38
constrained now select the sketch and
16:40
click on exclude
16:42
cut and from here select up to surface
16:46
and select this face click on
16:52
okay and
16:54
now we will create this one
17:01
so for this we will uh select this
17:04
face and uh create a
17:07
sketch select it and create a
17:10
sketch and uh we will make this
17:15
normal select the
17:17
circle here the center point which we
17:20
have got and create a
17:22
circle and we will uh drag it and select
17:26
this uh H and this circle
17:30
and make it
17:32
equal now extrude it to the
17:36
3.5 select
17:39
extrud set
17:43
3.5 and now we will mirror this on the
17:45
other side so we will go to the mirror
17:48
feature and from here we will select the
17:54
right plane click on
17:56
okay so we have mirror it now we will
17:59
create a
18:02
hole so it is a simple drill hole of a
18:05
dia5 so I'm not going to use the whole
18:07
feature I will simply use the cut
18:09
feature I will select the face and uh
18:14
make this normal and select the
18:26
circle and select the diameter
18:31
give it uh
18:35
15 click on
18:38
close select the sketch click on next
18:41
root
18:42
cut and from here say through
18:46
all or uh we will select uh up to
18:49
surface and select this surface click on
18:57
okay now
19:00
press Ctrl 7 now we will uh create this
19:04
feature and for this we will create a
19:07
plane at a distance of a 25 from this
19:09
phas so we have selected the phas go to
19:12
the reference geometry click on the
19:14
plane and give the 25
19:18
mm and click on the flip offset click on
19:23
okay and
19:25
now we will create a sketch on this
19:28
plane so we will select this phas uh
19:31
plane and uh click on the
19:33
sketch and here we will select this
19:37
outer diameter and click on convert
19:39
entities and
19:42
uh we will uh make it
19:47
construction we will uh make it
19:51
normal and uh we will uh create
19:56
a rectangle
19:59
and
20:00
here we will uh delete this H
20:05
and we will select this and this point
20:08
and uh make it a
20:10
coincidence similarly this and this and
20:14
make it uh
20:17
coincidence and
20:19
now the width is of
20:22
30 so we will uh constrain this two line
20:32
30 and from origin to this line is of
20:40
50 and now we will select the
20:42
three-point
20:44
Arc and
20:46
uh create a three-point Arc and add the
20:51
tangent
20:56
relation at the tangent
21:00
now we will create a three-point Arc
21:04
equal to the
21:08
construction now from Center to this Arc
21:13
Center is a
21:18
110 so this is the fully constraint
21:21
sketch we will come out of
21:26
it we will uh hide the
21:30
plane and uh we will select the sketch
21:33
and uh click on
21:35
extrude and create extrude off 9
21:42
mm click on
21:45
okay now we will create a slot so we
21:49
will select this phase and click on
21:51
sketch and make this phase normal click
21:54
on the centered slot
22:01
and
22:03
here select this and this and uh make it
22:09
equal and uh Center to Center distance
22:12
is
22:23
35
22:25
now create Extrusion of a 3 mm so select
22:28
select the sketch click on
22:31
exud and give the value here 3
22:36
mm select okay now press crl
22:41
7 now we will create the slotted cut
22:44
here so we will select the phase and
22:47
click on the
22:49
sketch we will make this phase
22:52
normal again select the
22:55
slot get the center
22:58
and create a
23:03
slot so here this and this will be
23:10
concentric and we will Define the slot
23:17
width
23:23
17.5 we will uh come out of the sketch
23:28
select the sketch click on extrude
23:32
Cut and from here say through
23:35
all or we can say up to
23:44
face now press control 7 so you can see
23:48
that uh we have
23:50
successfully made this control bracket
23:53
in a solid walk I hope you have enjoyed
23:56
this tutorial if you have enjoyed it
23:59
then please like subscribe and share my
24:01
channel and also support me on
24:03
coffee.com you can buy me a cup of
24:05
coffee your small support will help
24:07
these channels to grow and it will
24:10
motivate me to create more awesome
24:12
content on solid works this is all about
24:15
this tutorial thank you for watching and
24:17
thank you for your valuable time