CK5
Register an account today to become a member! Once signed in, you'll be able to participate on this site by adding your own topics and posts, as well as connect with other members.

RYOKEN HELP !!!!! My Dual Battery Install With Payoff pics (pics updated 2/18/08)

sandawgk5

3/4 ton status
Joined
Oct 28, 2003
Posts
6,879
Reaction score
2
Location
Kitsap County PACNORWEST
Well I got off my ass and hit the metal bin at work and found some steel for my battery box. We pulled it out and cut it on the shear.

pieces.JPG

That's right it is 1/8" stainless:D. It is only stainless because that is all we had no plain carbon steel in anything under 1/4":doah:.

I got it tacked up to start with
tackedup1.JPG
tackedup2.JPG
tackedup3.JPG

Pics kinda suck.

Dik

pieces.JPG

tackedup1.JPG

tackedup2.JPG

tackedup3.JPG
 
Last edited:
I then welded up all of the seams.
bead1.JPG
bead2.JPG
bead3.JPG

And some penetration pics:eek1:
penetration1.JPG
penetration2.JPG

Not sure if I got enough or not this is my first time welding stainless. I also did not have any stainless wire so it is just 70s-6 carbon mig wire.

Dik

bead1.JPG

bead2.JPG

bead3.JPG

penetration1.JPG

penetration2.JPG
 
Here is where the box is going to go when it is done.
generalposition.JPG
I need to get my lid mounted with some hinges. It is going to be split so it will open toward each end.
lid.JPG
Oh yeah polished stainless (on the inside):D.

And here are a few pics of how I had to rearrange my tuffy box to get everything to fit.
box.JPG
cupholder.JPG

I still need to make a foundation to bolt the box to and get my batteries before I can weld up any of the interior bracing.

It is designed to hold 2 exide orbital marine deep cycle batteries side by side and give me space to mount my acr, marine switch and run all cables inside the box. The dimensions of the box are 18 1/4" X 14 7/8" X 11 3/4".

Dik

generalposition.JPG

box.JPG

cupholder.JPG

lid.JPG
 
I'm no expert but the welds look nice. Just going through everybody's "learning to weld" threads makes me wanna try.
 
Looks like you burned it in nicely Ira. you'll have to paint that box now that you've used a carbon steel wire to weld it up with...the welded area will rust otherwise.

Keep the pic's coming as you get it closer to completion!

Rene
 
Looks like you burned it in nicely Ira. you'll have to paint that box now that you've used a carbon steel wire to weld it up with...the welded area will rust otherwise.

Keep the pic's coming as you get it closer to completion!

Rene

Ya I planned on painting it as I could not get stainless wire for this weekend:o. I am gonna take a flap disc and smooth all of the welds down and clean off the spatter. Do I need to rough the surface to let the primer stick or can I just prime stainless and rattle can the outside? I plan on a hammered grey or somthing like that to resemble my tuffy console.

I also do not know why I got so much spatter I was using solid wire and the metal was cleaned with brake cleen before I started any welding. I guess my wire speed might have been slow or maybe not enough gas. I was at 20 with no wind.

Thanks for the confirmation of the heat. It def got red enough I just wasnt sure how far it would travel.

I will keep this thread updated. I will have to paint the inside also as my foundation and structures will be mild steel also.

Dik
 
;)
Etch Primers (some 2k)
Self-etching primers are used for bare-metal applications where the user is looking for the ultimate in corrosion protection. They are very low in solids with next to zero filling qualities. Some are even semitransparent. They usually should be followed with a primer, and they should not be top-coated directly with paint. Apply this type of product to aid in adhesion and corrosion protection under other undercoats such as 2k (two-component) urethane or epoxy primers.
An example of a fast-drying, two-component etch primer is DuPont's 22860S. This wash primer maintains excellent corrosion resistance and direct-to-metal adhesion for spot, panel and overall repairs. Most self-etch primers are available in lead- and chromate-free versions.
Benefits of an etch primer:
  • Very thin, keeps down film build
  • Cost-effective
  • Fast application
  • Non-sanding
  • Super high corrosion protection
 
;)
Etch Primers (some 2k)
Self-etching primers are used for bare-metal applications where the user is looking for the ultimate in corrosion protection. They are very low in solids with next to zero filling qualities. Some are even semitransparent. They usually should be followed with a primer, and they should not be top-coated directly with paint. Apply this type of product to aid in adhesion and corrosion protection under other undercoats such as 2k (two-component) urethane or epoxy primers.
An example of a fast-drying, two-component etch primer is DuPont's 22860S. This wash primer maintains excellent corrosion resistance and direct-to-metal adhesion for spot, panel and overall repairs. Most self-etch primers are available in lead- and chromate-free versions.
Benefits of an etch primer:
  • Very thin, keeps down film build
  • Cost-effective
  • Fast application
  • Non-sanding
  • Super high corrosion protection

Um I am gonna rattle can this thing so is there anything in a spray can that I could use that will not cost me an arm and a leg?

Can I just shoot it with regular grey primer and shoot a top coat and be done with it? I just wanna keep the welds from rusting and make this thing 1 color:D.

That stuff up there sounds expensive, thanks for the info though:D

Dik
 
I'd scuff it up a bit, the use a tremclad primer and brush (or roll) on the hammered grey top coat. Brush on or roll on will give you a thicker layer of paint without having to do 10 coats...

Rene
 
Um I am gonna rattle can this thing so is there anything in a spray can that I could use that will not cost me an arm and a leg?

Can I just shoot it with regular grey primer and shoot a top coat and be done with it? I just wanna keep the welds from rusting and make this thing 1 color:D.

That stuff up there sounds expensive, thanks for the info though:D

Dik

It's not http://www.sjdiscounttools.com/sem39683.html :D
One can lasts awhile b/c you don't spray it on super thick like you would with regular paint, more of just a light dusting. Here's what my bumper looked like after applying it.

bumper 002.jpg

bumper 005.jpg
 
thats what i was thinking...

Kewl maybe I should herc it :D

Dik

yea,after you hit it w/scotchbrite pad! imo, think it would look good and not scratch as bad as paint

btw, if thats 304 stainless it will rust also, it has enuff carbon in it that a carbon rod works real good,but will also welder higher grade, but splatter more, you can tell w/a magnet...it will have some attraction if 304...if higher grade, magnet won't try to attach, either way the welds look good...really good penetration! when you have a "bead" on oppisite side from weld!
 
yea,after you hit it w/scotchbrite pad! imo, think it would look good and not scratch as bad as paint

btw, if thats 304 stainless it will rust also, it has enuff carbon in it that a carbon rod works real good,but will also welder higher grade, but splatter more, you can tell w/a magnet...it will have some attraction if 304...if higher grade, magnet won't try to attach, either way the welds look good...really good penetration! when you have a "bead" on oppisite side from weld!


Not all are like that. Where the bead is "peaking through" is where there was a slight gap between the two panels, but there is a good "rainbow" (also known as heat effected zone) all the way around all the welds. Magnets do not stick. That made the fabing a little harder as none of my welding magnets could hold the corners square but I am only off by a degree or so on 2 of the corners. Not too bad considering I held it by hand and stuck it :). I think it is 308 but it could be a 304L or something (L means low carbon I think). Almost everything we have is 308L.

Here is a drawing of what I am attempting to end up with.

BATTERYBOX.jpg

Dik

BATTERYBOX.jpg
 
I just got me 9 4" long pieces of 1" SCH 40 pipe to build the legs for my box. Is it overkill? Probably but again it was free:D.

The legs on the outside perimeter (6 of them) will be 4" long and the center ones will be shorter due to the tranny hump. I am also going to weld backing plates to the body to help spread the weight out so the pipe does not act like a punch on the body. All of the legs will be braced with square tube to get more "triangulation" and help with side to side loads. There will be 80+ pounds in this box and I wanna make sure it stays put.

To attach the box I will use 1/2" grade 8 bolts with locking nuts welded to plates that will be welded to the "legs" of the frame work. This will allow me to remove the box for any reason and also it will make fabing the frame easier.

I plan to tack the legs to the floor of the truck then tack the bracing. Once it is all tacked up I will remove the assembly and fully weld the frame. Attach back to the box and fully weld as much as I can get using the box as a jig, then take it off again and fully weld the whole frame to the floor of the truck. I think it should be pretty stout.

No new pics today but I have the box with me at work to get the hole for the battery switch cut. I do not have a hole saw big enough so we are gonna do it on the mill:D.

Dik
 
As promised, some pics of my legs and my hole:eek1::D










































































































The hole was cut on the CNC Bridgeport at work:waytogo:. It is for my Blue Sea dual battery switch, flush mount of course:D.
outside
CNChole1.JPG

inside
CNChole2.JPG

all 9
legs1.JPG

The pipe says astm a-106 that is about the only thing that can be made out on the pieces I have.
legs2.JPG

Dik

CNChole1.JPG

CNChole2.JPG

legs1.JPG

legs2.JPG
 
I just did a search and astm a-106 is seamless carbon steel pipe for high temp service. I got it from the scrap bin used for weld quals so it is probably for steam pipe welding.

Seamless eh, it should be good enough to hold up some batteries:haha:

Dik
 
I was productive at work today and got all of the "legs" for my battery box welded up. It was my first time running a TIG machine, let me say it kicks ass. I was using the Syncrowave 350 we have with a liquid cooled torch:D.
Damn thing still gets hot:doah:.

I will post up some pics when I get to the house. My beads slowly got better and by the 9th one (last one) it looked like I almost knew what I was doing:haha:.

Dik
 
Top Bottom