Hello everyone,
I'm trying to organize my space and want to get my steel up off the floor and out of a pile and onto a rack. What are your thoughts on the span between supports to store primarily 1" sq and 2" sq tube 1/8" thick horizontally and prevent sagging/warping?
Thanks,
j
What welding projects are you working on? Are you proud of something you built?
How about posting some pics so other welders can get some ideas?
How about posting some pics so other welders can get some ideas?
- LtBadd
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Are you working in your garage or a large fab shop?
Do you buy 20' lengths of tube?
How much do you typically have on hand?
Answers to questions like these should help you figure what you need. Think about what would be the shortest length you'd want to have on the rack, maybe a dedicated rack area to shorter lengths?
Do you buy 20' lengths of tube?
How much do you typically have on hand?
Answers to questions like these should help you figure what you need. Think about what would be the shortest length you'd want to have on the rack, maybe a dedicated rack area to shorter lengths?
Richard
Website
Website
Hi Lt Badd,
I'm looking for a general rule of thumb of the distance between the supports to properly support the material so it doesn't sag and develop a curve in it. For example, if the general rule is a support every 4 feet and I want to build a rack to support 8' stock I would need the rack to have at least 3 "arms".
With wood the general rule is a support every 16" to keep boards from developing a warp or bow. I'm wondering if there is something similar for steel.
Thanks,
j
I'm looking for a general rule of thumb of the distance between the supports to properly support the material so it doesn't sag and develop a curve in it. For example, if the general rule is a support every 4 feet and I want to build a rack to support 8' stock I would need the rack to have at least 3 "arms".
With wood the general rule is a support every 16" to keep boards from developing a warp or bow. I'm wondering if there is something similar for steel.
Thanks,
j
Depends on what steel. Flat bar I have on a solid shelf. Up to 2" square tubing I have a support every 4 feet, bigger stuff every 8 feet, 4 inch plus tubing will bridge 10-15 feet easily. For me it's more of a problem how to store the shorter cutoff pieces. If you have supports every 8 feet where do you put a 2 foot piece?
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Sent from my SM-G970W using Tapatalk
BillE.Dee
- BillE.Dee
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Weldmonger
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Joined:Mon Nov 27, 2017 8:53 pm
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Location:Pennsylvania (Northeast corner)
Y'all either can use sky hooks or make a stand-up bracket for the shorter pieces. I did see that somewhere but since I'm so old I can't remember.JayWal wrote:Depends on what steel. Flat bar I have on a solid shelf. Up to 2" square tubing I have a support every 4 feet, bigger stuff every 8 feet, 4 inch plus tubing will bridge 10-15 feet easily. For me it's more of a problem how to store the shorter cutoff pieces. If you have supports every 8 feet where do you put a 2 foot piece?
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Nice. I need to make a rack like that.
I noticed the wheels are underneath the rack a bit. Could it ever tip? I might have kept the wheels outside of the drip edge.
Nice design and execution.
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I noticed the wheels are underneath the rack a bit. Could it ever tip? I might have kept the wheels outside of the drip edge.
Nice design and execution.
Sent from my SM-G930V using Tapatalk
Thank you, sir. Regarding the wheels/tippage, I think the picture is at a funky angle. The rack is a bit wider than it is tall and the wheels are at the far corners but centered on the 2x4s. Outside of extreme top- or edge-loading I'd be surprised to see it tip. Thought I guess anyone who had a rack of steel tip over would be "surprised"...Simclardy wrote:Nice. I need to make a rack like that.
I noticed the wheels are underneath the rack a bit. Could it ever tip? I might have kept the wheels outside of the drip edge.
Nice design and execution.
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