My New Welding Table
A new welding table has been on my list of things to build for the last year or so I finally picked up the parts to do.
2' x 4' x 1.5" Top

1.5" Thick so it better not warp like my one which was like welding on an ocean of waves.

3/8" Thick Walled tubing to make the legs.

I ordered 4 5000lb leveling feet from mcmaster to use to level the table since its dead weight will be in 1000lb neigborhood. Im going to finish the table next weekend when the electrican comes back to finish up the electric at my new place Ill post some pictures
2' x 4' x 1.5" Top

1.5" Thick so it better not warp like my one which was like welding on an ocean of waves.

3/8" Thick Walled tubing to make the legs.

I ordered 4 5000lb leveling feet from mcmaster to use to level the table since its dead weight will be in 1000lb neigborhood. Im going to finish the table next weekend when the electrican comes back to finish up the electric at my new place Ill post some pictures
The price was right so I can complain it has rounded corners so I can keep some of my skin my old table has got me more times than I can count
6000lb fork lift, Once you buy a forklift you will never go back to moving **** by hand & dolly / 4 guys. I have a 1200 lb stair cat / power dolly I use to move stuff in tight corners
I made a spreadsheet to calculate the weights of metals (rounds, squares, hex, flats, tubing) a while back. According to it...
24" x 48" x 1.5" steel would weigh approximately 490 lbs.!!!
Heavy duty! I like it.
24" x 48" x 1.5" steel would weigh approximately 490 lbs.!!!
Heavy duty! I like it.
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The info I used was:
Thickness of flat (in inches) --- 1.5
Width of flat (in inches) ------ 24.0
Length (in inches) ------------ 48.0
Weight (lbs. per foot) ------- 3.4032 x thickness x width =
or 3.4032 x 1.5 x 24 = 122.5152 lbs. per foot
Take that number x (length / 12)
or 122.5152 x (48 / 12)
which equals 122.5152 x 4 = 490.0602 lbs.
I got these formulas from a steel manufacturers book at my old workplace and plugged them into a spreadsheet. They have been pretty accurate the few times I've checked them. Of course, I've never checked a chunk of steel that size before. If you have a way to weigh that "beast" let me know what you get. Also measure the exact dimensions of the piece. It could be the angle of the picture, but just looking at it on my screen if it's 2' wide it looks about 3 to 3.5' long. But I just plugged in 24" x 48" x 1.5" like you mentioned above.
Thanks.
Take care,
Mick
Modified by The Mick at 12:27 AM 12/4/2006
Thickness of flat (in inches) --- 1.5
Width of flat (in inches) ------ 24.0
Length (in inches) ------------ 48.0
Weight (lbs. per foot) ------- 3.4032 x thickness x width =
or 3.4032 x 1.5 x 24 = 122.5152 lbs. per foot
Take that number x (length / 12)
or 122.5152 x (48 / 12)
which equals 122.5152 x 4 = 490.0602 lbs.
I got these formulas from a steel manufacturers book at my old workplace and plugged them into a spreadsheet. They have been pretty accurate the few times I've checked them. Of course, I've never checked a chunk of steel that size before. If you have a way to weigh that "beast" let me know what you get. Also measure the exact dimensions of the piece. It could be the angle of the picture, but just looking at it on my screen if it's 2' wide it looks about 3 to 3.5' long. But I just plugged in 24" x 48" x 1.5" like you mentioned above.
Thanks.
Take care,
Mick
Modified by The Mick at 12:27 AM 12/4/2006
it might tip in a hurricane but I picked up some 3/4" x 6" concrete anchors to bolt it to the floor. so I dont think it will when it gets bolted to the floor
See heres how it works my band saw can cut a crx in half and my welding table weighs as much as one. I base all my stuff off the crx. I had a CRX till it got stolen she was so quick
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