1" Copper Pipe
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Depends on wall thickness apparantly.
.049" 550psi
.065 700
.083 950
.095 1100
.109 1300
.120 1400
Calculation Basis: Annealed (Temper 060), seamless copper tubing ASTM B-75 or equivalent. System temperatures between -20°F and 100°F with allowable stress of 6000 psi. Ultimate tensile strength of 30,000 psi. Safety factor of 5. Reference: ANSI B 31.3 Code. (For more specific working pressure information regarding a particular tubing, consult with the actual manufacturer of the tubing.)
.049" 550psi
.065 700
.083 950
.095 1100
.109 1300
.120 1400
Calculation Basis: Annealed (Temper 060), seamless copper tubing ASTM B-75 or equivalent. System temperatures between -20°F and 100°F with allowable stress of 6000 psi. Ultimate tensile strength of 30,000 psi. Safety factor of 5. Reference: ANSI B 31.3 Code. (For more specific working pressure information regarding a particular tubing, consult with the actual manufacturer of the tubing.)
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When you fill your car with refined oil remember that it has been paid for with blood and guts, some from your own countrymen, most not.
When you fill your car with refined oil remember that it has been paid for with blood and guts, some from your own countrymen, most not.
I haven't heard anything so absurdly generalised as that in quite a while.From what I have heard before, copper is rated to 300psi, and fails at 400psi. Correct me if Im wrong though.
Do you really think that a pipe would be rated for 3/4 of its burst pressure?
Firstly, there is no 1" DWV copper, DWV copper tube starts at 1-1/4"
If it is Type M (the thinnest walled and most common), it is rated for 580 psi, and has been found to burst at slightly over 3800 psi.
If it is Type L (medium strength), it is rated for 850 psi, and has been found to burst at ~5100 psi.
If it Type K (strongest type), it is rated for 1126 psi, and has been found to burst at ~7200 psi.
Spudfiles' resident expert on all things that sail through the air at improbable speeds, trailing an incandescent wake of ionized air, dissociated polymers and metal oxides.
I believe I've posted a couple of times that all affordable sizes of domestic copper pipe have a safe working pressure of at least 300psi.
Unaffordable is where it goes over £30/m and you'd need your head looking at for buying it for a cannon
The lowest working pressure I know of is 54mm half hard plumbing pipe (the weakest type I've seen commonly sold). Thats 392psi.
All imperial sizes have higher ratings than metric equivalents.
Unaffordable is where it goes over £30/m and you'd need your head looking at for buying it for a cannon
The lowest working pressure I know of is 54mm half hard plumbing pipe (the weakest type I've seen commonly sold). Thats 392psi.
All imperial sizes have higher ratings than metric equivalents.
Apart from that, copper tube has very large safety factors (~7), so you don't really need to worry about bursting any commonly available Type M copper, even with some like an unregulated nitrogen tank (although I certainly wouldn't recommend it).
Spudfiles' resident expert on all things that sail through the air at improbable speeds, trailing an incandescent wake of ionized air, dissociated polymers and metal oxides.
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