174 SolidWorks Sheet Metal Tutorial Power Supply; sheet metal commands

welcome to the Orient number 174 this
tutorial will be a real example for
using the sheetmetal commands the
commands which we learned in the
previous tutorial industries we will
make this real power supply which can be
really for manufacturing also this
tutorial will be a good review for the
previous commands will make this power
supply which consists of two parts the
part the bottom part and both of them
can be flattened
start a new part or the first chassis
buta the food plan and this make the
base for the Putin for making midpoint
and dimensions 89 4 to 5 this side is
equal to this side now go to meter
base clash and extruded
for 150 and thickness point seven-five
bending radius going to 5k fact 0.38
they relief rectangle so this are the
basic information I'm going to be used
to matically for the next features we
are done okay so this is a steam and
here tend appearance we can make it
portion still on this planet just make
sure that the the piece flange is
outside as you see over there now we
need an edge clash on this side go to
pitch clash select this edge make it a
link fifty eight point seven five and
make sure the the flange position is the
slide as you see over there
and here the relief is rectangular and
here over there
idiot the flange profile and give it a
distance in this line to this line point
it the same over here
and this side is 38 morning and before
finishing the schedule can do one more
thing instead making it in spirited
c'mon we would like me a cut over there
for another edge flange so click on that
time looking for construction and this
line needed for construction normal to
draw this these two lines and give it
dimension of 12-point 11.75 and here
point it and connect the rest of the
lines
so you notice there the sketch is valid
click finish
so now we have the pitch flange with
thoroughly over there we cut here
and then we would like to make another
pitch flange pitch clash and select the
stitch did it
flange profile normal to where the
dimension is 8 millimeter
and here make a gap of two millimeter
would like me a cut over there
6.75 this distance is 9 and trim
the rest and you're done the condition
just make sure that the edge
there's material outside okay now here
we need another edge flash slippage
flash slickness tension did it flange
sketch normal to the place of this line
this correct is make this
for construction do another rectangle
over there
make a gap
point eight and this line from one to
five and this distance is t25 and this
weekend
you know don't click finish and make
that true the edge is material outside
the okay eat a miter flange on this side
click sketch normal to take line
[Music]
draw this ship give it the dimension of
45:4 and here 10 good to meter
mitre flange and you're not this is
extruded automatically to the edge click
OK and here on the main each flash you
need more cuts we can make them for the
face or we can edit the main sketch over
there so depending which one is easier
you can choose I can again pick the main
edge clash edit go over to some cuts
and here construction construction and
I've got order
now the sketch is valid here and make
one meter here three this one maybe two
point five and this three point five
this does come here
this 135 from this stencil here for and
here for as well and then can add
relation
why the sketch
you
now this sketch is fully defined and we
have the guts click finish
we could also do the same by adding
simple phone but it might be easier to
make it on the same sketch and here add
another inch flange did the sketch
normal tool and then we can get define
it with children the meter and the
length 30 millimeter click finish make
sure that is outside again edit and make
it material outside
and here we'll add update for this
sharp-edged go to fellate and make 2
millimeter led weather
and now we will make some holes for
fixing the second chesses the top just
click on this player sketch normal tool
and draw a circle over here 2.5
this point this point
Lesley midpoint warp is already selected
slip the stitch slip the point select
this make them vertically good ship meet
up extrude cut through all the pocket
and here we can add one more horn by
drawing a circle or simply linear
pattern this one direction is
is the stitch over there and what it is
to future this one are naked 20
millimeter further click okay
and now we need a similar pitch blanch
on the other sides
so first let's make sure that the first
is flash is Midland extruded edit
feature and here making make gland so
this process will save us from creating
a new plan go to front plan mirror under
spec the edges that we own first we need
this edge this edge and that's it click
OK
so the edge flanges are able to be
mirrored unlike others feature and
treatment and they cannot be mirrored
and should be created individually we
discussing this in the previous
tutorials in this course up on the top
there will add three point five
millimeter edge flush with each flange
slick this edge
make sure the material outside the
length is 3.5 click okay
an applet of long millimeter around the
charges feature fillet 1 millimeter
okay
and here we would like to make cables
whole so let's draw stop Center Point
slope and make it to be in the center oh
and heck make a dimension ten millimeter
10 millimeter over there they'll make a
16 millimeter and one more cut select
center rectangle
nikka rectangle over there tangent with
this edge for collinear this one is
twenty seven point five so extruder
shemitah extrude cut syllabus
area and this area and this area extrude
10 millimeter and here we can make the
distance from the centre of the slope
and the edge 27.5 so that we have chance
to make another cuts over there to fix
the second chassis for the top chassis
and they would love to make something
delicious Lots click on vent select
click on that face make a sketch normal
tool select sinter slow and draw stop
and find it with some dimensions radius
1.25 this is 6.5 and from this edge to
this edge 7.5 from this point to this
edge also 7.5 go to the and they are go
to linear sketch pattern we need to fill
the surface with slots so let's make the
7.5 the distance between this make 10
instance or entities to pattern this
slow so we can and here the distance we
can make it 7 in the direction to we can
make three lines of button under this
does make it 12 12 and we can skip the
unwanted pattern this one this one
and this one here we can try to make it
7.1 that looks better
we can skip more instances where there
can skip this and this look and make
this thesis say that born 5 and we can
skip this one over there we are
satisfied with the shape click OK now
add a little dimension over there
holder that will define
the pattern that we're now button is
fully defined put the with the
extrude cut name to thickness click OK
but the other side will break the
ventilation what look on that first
start a sketch normal tool and draw
three circles first naked distance from
this the symbol of the circle to the
edge twenty millimeter seligman point on
the center medium or center outside
every table should be 35 and this
distance between the center to the edge
is 20 so we need to fix the place of the
hole over there go to normal to they are
making 35 instead so the chick
so not is correct so again edit the
ventilation sketch normal to there
should be 25 and the last circuit 15 now
let's make lines for the sparse select
line sleep center form to the outside
circle and circular pattern the lines so
the direction of the center of circular
pattern is point over there entities to
pattern this line in a game date click
ok now go to sheet metal then as you
learn how to use it the boundary is the
outside circle Fujino personalities
already got a cut the ribs
let's make
and grips it's silly
two lions
and for the sparse we can select this
circuit and this circuit and we have two
millimeter spars and two millimeter
grips and define affiliate of one
millimeter 1.5 and play okay
and hard the sketch so this is the
ventilation
now we will make some modding holes on
this chassis to mark the second chassis
so go to this surface start sketch
normal tool and draw three Centrepointe
rectangles in the middle of each inch
and a third one overhead so make the the
edges of rectangle speak one
and give it a ton of five millimeter and
the second side of the rectangle is
tangent or two linear with the edge of
the chassis as well in the rest of
rectangles so now they are fully defined
so it's true they're good to with
them extrude cut to this surface extrude
to surface and select that surface
orbiter this tapers over there click ok
so now we have the mounting holes over
there
and here we may need some filler for the
chopped picture go to Philly one
millimeter click here in this slide also
you can add fill it's over here
you
they okay so now we see the final
touches now we need more edges never
need another inch flange go to sheet
metal installation select this slide
it is already material outside it did
make normal to
you
we can mirror the moles as well
select Franklin feature narrow
click okay
and one last thing we need a circuit
wall over there
mama - simple country thank you
give the dimension of 27 by 19 and
affiliate of 3.5 okay I'm dimensioning
make it 17.5 this point to this edge as
we're 17.5 okay go to ship with the
extrude cut playing thickness okay so
now we have the power supply is on 3d we
can also add dimples to the bottom go to
forming tool countersink in +2 and
position make sure it is in the
select midpoint this point negative
horizontal and as well over here silly
mid point and this point the vertical
okay
you
for the tube chassis to start a new part
new ball click go to the phone plan
start the sketch and draw this shape
make this point with the line midwife
give you the dimension of 50 millimeter
and here 30 the angle 950 in this gap 1
7 5 this age 5 point 4 we can mirror the
same wise on the other side bottom arrow
and select these three lines mirror
above the center line here click OK
so here we have this
for the top chassis got to me tell
his flash extruded to 150 on the other
side and here you'll have the same sheet
with their configurations from the
previous table 175 and the rest of the
values click OK and for the appearance
we can add crush it steel and also we
can add them here over there stainless
steel sheet like clothes so here is the
piece share let's just make sure that
the slide of cheat meter is outside the
sketch as we noticed another okay we can
make one thing to make easier to follow
or that obsessive is matching the bottom
chassis we can start simply and pour in
the simply mode click OK and here should
the center point and drag part one in
the center so now we have the chassis is
centered right again the simplified it's
not the pot select the pot here can make
this side consider to this side we can
make this one
consider to that face big
now let's make this one Quincy done
click OK
so now we have the basic shape is
matching so chassis and here we can make
some modification we can change this the
color of
stupid easier to see and assembly motor
can be easier to check for matchings so
we can go now
try close the gap to go up here no more
- you see there is a little gap over
there we can measure it and close it and
measure the gap between this face in
this face you see the normal distance
zoom on one 25 26
so go to the report and it did sketch
here we can make it 30
- 106 dribble no this matching and here
we need to make the material inside a
bit
click okay
so now we have the two sides perfectly
matching with the chassis and pink no
more too
that dimension okay and exceed the
sketch no way I don't have any warning
then please continue deploying the top
chassis here we need who changed it
transparency here we can notice that we
need some cuts so let's try to create
that cut select that for edit part
number two start a sketch on that face
no more two and you're cutting rectangle
let's say that's not the two sketches
awfully define more go to feature
extrude cut through all so it will cut
only on the top part
and here we need an extra cut for that
edge stop a sketch normal tool and
select again a rectangle from this point
to this point and describe with this
line linear feature extrude cut off to
next
and here at the top we need more cuts
for inserting the mounting teeth so go
the top layer stop a sketch normal - I'm
here we can show through tangles that we
need select center point or select the
rectangle and draw thank you for that
and one over there the third one in the
bottom go to feature suit up the next
okay and change this type of material
now you can see that we've created a
club for the mounting teeth now we need
to insert an edge clash over there go to
sheet meter each branch and select this
and we can make it the distance 3.2
millimeter and the material we can make
it being outside
and select the rest of the edges
so that is the mopping the amount to
just click okay now more things to add
we need holes to fix the it just stop
sketched in there
normal to change this type of the
material and circles nothing
and we can't fully defined there they
are already matching the holes on the
button chassis go to feature extrude cut
through all click ok change the start of
the material and illness that we made
perfect holes that they are matching the
base chassis so now the top chassis is
almost fixed on the top and the bottom
chassis we have the screws over there
and we have the mounting teeth for tabs
about there and one last thing to add is
the ventilation most on the top similar
the one in the side brother click on the
top layer normal to and draw Center one
and draw cutting
then and from the air to the air five
and the radius over there is 5 by 2 so
it is 1.25 and the distance from here to
this last piece 21 before
so now we need three lines of these
slots and saving button to direct go to
linear sketch pattern when the x-axis
make it seven on y-axis three the
distance should be fine and the x-axis
and 16 on the y-axis entities dependent
is this so here we can change the
directions click OK and here we can try
to further define calculate
so the move in the relation should be a
bit easier click OK now mirror the slots
in that center line click ok now go to
meter stream cut link to thickness
click ok so now we have the ventilation
slots are ready and the chief of the
power supply thus paternal see the
thought so changed transparency again we
can that would mean this so here we have
the final look of the power supply say
say for now we can go to the this part
then for two and try to to let him
depart to see now we have for which we
need to cut to create that power supply
in the next tutorial we will see how to
create a drawing to send that Bob for
manufacturing and what is required in
sending sheet with the drawings order to
understand the bending process and where
to build so the next tutorial will be
the last tutorial in this series and it
is about how to create drawing for
manufacturing reports so when we is
sample in order to show you how to
manufacture or produce it by ship with
our processes
you