- So on a previous episode
you guys have seen Jeff Ray
here do an awesome TIG
demonstration for us
on some exhaust systems
for Heffner Performance.
But when Jeff left the
facility we would send him back
for the Everlast PowerTIG 200DV.
So Mancub and I got to talk
and how cool it would be
to build a cart for him,
custom build weld dot com
weld cart.
So we're going to go ahead
and poke around the storeroom
see what type of material
we have laying around,
and see what we can come up with.
What do you say?
- Let's do it.
- So what do we got back
here in Mancub's cave.
- Jason, I don't have
a whole lot back here
but what I do got is a four
by eight sheet over there
A36 carbon steel.
What do you think?
- I think we could man, we
could probably design something
out to were we can just cut
it out in one solid piece
and maybe fold it up like
a paper bird or something
like that.
We can use some of the
offcuts you have here,
some of the oz and ends for
like reinforcement on the inside
little catches and trays and stuff.
- What you want to do a
design on the quickie table?
- We'll go ahead and sketch
it down on cardboard first
and then we'll kind of get the
concept and we can go ahead
and transfer it over to the quickie table.
- Yeah, ideal.
- I think because we're
going to try to build as much
of the side of a full sheet as we can,
we can bend these bottom
parts in to kind of meet
in the middle.
- [Mancub] We're going to
build it out, 1/8 inch.
- 1/8, yeah, four by a sheet of 1/8 inch,
we're trying to get
everything out of one sheet
of material, do all of our
bends and stuff like that.
So I think up front here,
you know we have our
weld dot com logo.
In this area we're going to
have our fill-in metal storage.
You know, different rods and
we'll kind of lay that out
once we get over the, on the machine.
- Gotcha.
And then in this area, we're
going to have that water cooler.
Up top, you know this is
going to be the main--
- [Mancub] Yeah the one,--
- The main welding machine.
- Gotcha.
And the welding machine is
going to sit on top right here.
- Right, and then on the side,
we're going to go 24 inches.
Same hight obviously,
and then you know, we
put the logo in there.
We can do that on both.
But to lay the whole thing out.
So this is our full sheet.
- [Mancub] Yeah.
- So if we come in six and a 1/4,
and put some relief cuts in here.
- So that, that's originally
a six and an 1/8 but
granting her 1/8 inch in for the--
- You know it'll be a six and an 1/8
for material thickness.
So come in six and an 1/8
and got to be the center
where our bend's going to go.
Same thing on this side.
- [Mancub] Damn, all right.
- And then just do some
relief cuts in there.
You know, just 1/4 inch,
wide holes probably three inches long,
raised on the ends.
And that'll just take
some of that metal away
so we bend easier--
- [Mancub] It'll be easier to bend.
- Smooth bend since we're
going to do it all by hand.
I want to take this and see
if we can get all in one area
and just do a bend right here.
So, I think we discussed that was about
seven and a 1/4 inches.
So from like here, over, and
that's going to be 12 inches,
'cause that's going to
be the side of this.
That's got to be 12 inches wide
and then some relief cuts here.
Seven and 1/4.
And then we have our 34 inch hight.
So we're going to go in
here 34 and 1/8 again,
on the center of this bend line here.
To the center of--
- [Mancub] All right.
- 12 inch area in here,
'cause that 12 inch
area here is going to be
the front of our machine.
So have another 34 and an 1/8.
And then our rod storage,
so we'll delete this line.
We're going to make that, we're
going to see what kind of material
we have left 'cause I
think you told me we have
14 and 3/4 inches
is what we need here
for that water cooler.
- [Mancub] Yeah, 14 and 3/4, yup.
- So once we get over the plasma.
This' going to give us you
know, our exact dimensions
we can do our take off from there,
and get everything cut out.
What we're going to do,
our rod storage up in here.
- [Mancub] That's 12 inches
tall though, right and?
- Yeah it's going to, well
12 inches, 12 inches wide.
So that's this measurement across here
and then we'll figure out
once we get over there
we can take that 14 and 3/4.
Since that's our critical dimension,
we'll take that from 34 and an 1/8
and we'll put that on the bottom
that way we have 14 and
3/4 from here to here.
- [Mancub] Gotcha.
And then what I'd like to do up here is,
like a little visor,
we'll do some relief cuts
here so it doesn't look like
just an 1/8 inch edge here.
- [Mancub] Gotcha.
- And then when we bend that
in and weld these corners
it's going to give it a
little bit of rigidity
you know, for that
machine to sit up on top,
we can do the same thing in the back.
- [Mancub] Gotcha.
- So we got our 34 plus
our 12 that gives us
36, make these two
inches, so we're up to 40.
So yeah, I think that's about it.
And then we'll be able
to take this down and use
these, the Tab and Slot
tables and just try to
clamp this in place.
And just start bending and
then kind of fold it up
like an origami.
- [Mancub] All right.
Do we need any reinforcements
in here or anything?
Like angle--
- I think once we get
done we'll go ahead and
we'll throw some this way.
So, they'll go across
the back kind of out of
the way of the logo.
And then we'll kind of
figure out in the back here
we'll probably have to put in an insert
on the inside.
That way you know, so you have your--
- [Mancub] Oh because you we're talking
offset and--
- Yeah, Electrodes, coming back in here.
You know, see I have a piece back here
that's going to kind of receive those,
so they're not just hanging in there.
- [Mancub] Yeah, yeah.
They'll be hanging from this front.
- Nice and presentable.
- [Mancub] Yeah, yeah, yeah.
All right.
- It'll keep the sides
clean, we can put some
hooks on here, I'd like to do something
radioust you know, so whenever they have
torch hoses and warped
piece clamps and stuff.
It's not hanging on like
hard 90 degree edges
kind of like a hose reel,
it's nice and smoothing.
Figure out a way, we can roll
that around a piece of pipe
and then cut out like an
outline on the quickie.
- All right, yeah, sounds good.
And we're going to just do a full peddle.
- We'll put a, we'll
put a little bracket for
a foot paddle and we're
all set to incorporate
something for the bottle rack.
But I'd like too, I'd like to have like
a ramp style, almost like a movable,
so you can kind of step on the back part
of that bottle carton and roll the bottle
and sit in place.
- Yeah.
- Yeah, that way you're not manhandling.
- Yeah, bear hugging it.
- I think that's it man,
let's take this over there
and we'll start doing it
on the real CAD system
so this computer, cardboard aided drawing.
All right Mancub, so
we've taken everything
from out cardboard aided design
and transferred it over to
the computer aided design.
We have Heffner's logo
on here, on both sides.
Kind of embossed there
and then we have the weld
dot com logo down here
at the bottom.
As well as the rod holders.
So we'll go ahead and
send this over to the CAM.
Mancub went ahead and put in all of our
lead in and lead outs.
So we have the least amount
of pierce marks as possible.
We'll go ahead and send this
over to the CNC program.
And we're ready to cut.
(rock music playing)
- All right guys, while
that piece is cutting out,
we're going to go ahead and
take a moment to give you
guys a special announcement.
So what we're going to
start doing is engaging with
our community on a more one on one basis.
So, we're going to provide
constructive criticism,
advice and feedback for you on your weld.
So if you guys have any questions
about the welding process
or procedure that you
have going on in school
or at work or a different position.
Go ahead and send us a
picture, give us the parameters
and settings and we're going
to provide you some feed back.
Hopefully we can correct some
of the mistakes you're making
or help you along you journey
in which ever way we can.
So if you have a picture,
go ahead and drop it
in the Facebook account at weld dot com.
On our page or go ahead
and post it on Instagram
and use hashtag weld dot com.
Stay tuned after this video
for the first segment.
- All right so we just
got the piece all cut out,
we're going to go ahead,
take it off the table
get it cleaned up, take it
over to the Tap and Slot
and show you guys how to bend it.
All right, so we got the
material back over here
on the table we're going
to go ahead and clean it up
as with any thermal cutting process,
there's a little bit of drops left over.
So, Mancub and I are going to go ahead
and hit it with some of the wire wheels.
Here we go.
(rock music playing)
All right so we just flipped it because
the areas that we have to do our bands,
the ways we want those to
go, so that our lettering
and everything still stays
left to right and in order.
So, going ahead and marked
out center of all these
relief holes and we're going to have
Mancub here, is going to
go ahead and score that.
Just basically make a shallow cut in here
with the cut off wheel.
So it's going to make
it a lot easier to bend.
So this is eight inch material.
We don't have access to a bender.
Like most people at home, you know.
I'm not somebody that
has a press break in my
garage there.
Mancub you got one?
- No way.
- Cameraman, I don't think the
cameraman's got one either.
So, we're going to go ahead
and make a couple relief cuts
and show you guys how you
can, kind of successfully
bend some of this stuff
at home in the garage.
(rock music playing)
All right so the Cub's got
some relief cuts in here.
We're going to go ahead
bend these small tabs here,
and then we're going to
get the other piece there
that's going to be the electro holder
or rod holder with the weld dot com logo.
Get the tails in and then
fold the center in together
and put a couple spot tacks in,
here and there as we're going.
Just to kind of keep
everything held together.
(rock music playing)
All right so we got everything
bent, put where we want it
that worked out pretty
decent with the relief cuts
and everything.
Mancub did a great job on that.
- [Mancub] Thank you.
- We're going to go ahead now
and get everything tacked up
squared and kind of hit
some of the welds up
and then get those cleaned up.
Ready for paint.
- All right guys, I'm
running a 18.5 volts 90 amps.
I got 0.30 set here and omosenergic mode.
I got the wire type set to steel.
I'm just going to go ahead
and run through these tacks
and everything, then I'm
going to load her out.
(rock music playing)
- [Jason] Oh my God, oh
my God, one side done.
(rock music playing)
All right guys, we got
everything tacked up,
squared the way we want it.
Everything's looking
good so far, not bad for
breaking this thing over a work table.
So, we're going to go
ahead and conclude part one
right now.
In the mean time we're going
to put a couple welds on here,
we're going to do a little blend grinding,
get it prepped for paint.
In episode two, make sure
you guys come back for that
we're actually going to
finish off this thing.
We're going to put filament
holder on here as well
as a place for a foot peddle to mount
when we're not using it.
Torch holder and the
warped piece clamp holder,
as well as the bottle rack that's
going to go on the back.
So, make sure you guys
tune in for the next time
and we're also going to be delivering it
to Heffner Performance down in Sarasota.
So, we want to thank you guys
for liking and subscribing
our videos, make sure you
do the same with this one.
Follow us on Facebook and Instagram
and until next time,
make every weld better
than your last time.
(suspenseful music playing)
- [Cameraman] Mike had like
a serial killer stare into
the camera.
(laughing)
- I can feel that look on me when he's.
- I do that huh.
- Were you staring at me the whole time
for like the first 45 seconds?
It felt like there was
a heater on me, man.
And a warped piece clamp holder.
(beep)
Stop staring at me Mike.
All right so we just cut a piece--
(laughing)
- I'm sorry dude.
- Ready.
All right so we just got the piece done--
(laughing)
- To think you were going that fast--
- I was just going to play through it.
- No, no, no.
No!
- Cut!
Cut!
- No!
(laughing)
- What are you laughing about?
- You just like.
Hey guys.
Heck no.
- [Cameraman] Still rolling.
- 'Cause you have me do it
and you guys sit and watch.
- [Cameraman] Still waiting
on the camera guy or what?
- I was just going to say,
cameraman, you ready to do this
or what.
- All right guys, thanks
for tuning in to our
first segment of Help My Weld.
Today's user submitted
inquiry is from Josh Cutcher
and he used the Facebook
page on weld dot com
to submit his inquiry.
So it's says, hi all I've
been messing around with my
welder for about a week now
and I was curious what you
see that I need to improve on.
Welder is a Lincoln Tombstone
AC/DC process is SMAW.
He is using 3/8 steel.
The Electrode is E6011 and
he's running at 90 amps AC.
Thanks for the critique.
Well Josh, the first thing I notice is
you have a little bit of
lack of fusion on the toe
of your weld here.
And you have some slag in
there, which tells me you
probably have some undercut
in some additional areas.
So first of what I would tell you is,
you need to maintain a
much tighter arch gap.
Looks like your arch points
might be a little too long.
In addition, work on your
technique a little bit
as far as consistency.
Try to make those, the
wight of paws a little bit
tighter in there.
As far as the Electrode
that you're using, 6011 is a
good rod to start with.
It's a F3 classification so it's good
for dirty material, galvanized,
anything like that.
But you're running 90 amps on AC.
So, the first thing I would do is,
since you have the option,
go ahead and run the rod on DC positive.
It's going to run better there,
you're going to have
much better penetration.
And you're going to be able to run around
that 90 to 95 amp area.
If you're dead set on running AC
I would go ahead and probably increase
10 to 15 amps so run
around 100 to 105 amps.
Right up in that area,
and that should give you a little,
better penetration, flatter weld,
smoother bead appearance
and that should take care of you.
All right guys so, thanks for tuning in
to our first episode.
If you guys have something
you want us to check out,
give you some feedback.
You know, professional criticism,
go ahead and submit your photos
as well as all the
parameters you were using.
Whether it's you know
steel, aluminum, stainless,
whatever material you're working on,
as far as the processor
you're going to use,
BIG, MIG, TIG, you know whatever process.
And give us as much information as you can
on the perimeters.
Travel speed, amps,
volts, wire feeds, speed,
anything that applies,
the position, type of
Electrode that you're using.
Polarity, all that stuff.
So thanks for checking us out.
