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@Aries Ulises I really appreciate your reply. I got to the site thru google and I'm in the hacking process atm. I see it takes a while so I will get back to you later when my account password hopefully is recovered.
Same reason as to why the the rest of the flange is thicker in the 600 class compared to 300. It has to withstand higher pressure. When you scale up from class 300 to 600 you have to add material proportionately.
The biggest mistake is calling classes as "pound". Class numbers have nothing to do with pound. Check ASME codes. Its the biggest mistake in the field and people easily get confused thinking 300 "pound" means its designed to withstand 300 psi.
@K H Confusion is due to how they named these classes. Always consider "150" pound class just a name for the lightest standard flange. Next is 300, 600 etc. How much pressure a flange can withstand is dependent on flange material and temperature of fluid. For instance, 150# carbon steel flange used for water at 212F can withstand approx 250psi. And 300 class can withstand 740psi for same temperature while 400 class would go upto 1000psi. And similarly for higher working temperatures there ratings would be much lower. For example, class 400 CS flange at working temperature of 1000F is only good for approx 115psi.
@@MrHELLKEEPR Good god, 1000F? That's 530 degrees C. What kind of system or piping facility do you meet those kind of temperatures? Thanks for the answer tho.
I have been looking this information for 1 year 2 months, thank very much for the clear explanation.
This video contained the information I was looking for and presented it succinctly. Well done, and thank you.
I got good information from this video..thk you
I think the reason behind all those increase in number bolts, thickness, etc is to make the flanges stand Higher pressure
Exactly. When doing blowdowns rupture test certain flanges is required for testing
I dont mean to be offtopic but does someone know a trick to get back into an Instagram account..?
I was stupid lost my login password. I love any tricks you can give me.
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@Aries Ulises I really appreciate your reply. I got to the site thru google and I'm in the hacking process atm.
I see it takes a while so I will get back to you later when my account password hopefully is recovered.
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good explanation
which standard is class 150,300 series ?
It depends on the fluide transported
Thank you
What does it mean to ‘rejoint a flange’?
Dear sir
Answer me
Q. slip on flange rating on crevice corrosion.
a.150 class
B. 300 classe
C. Shall not be used
Kindly answer me .
The main difference between flange classes is the pressure rating!
Can I get your email
@@Vikashjain205 you can but you won't
Where flanegs use
@@CantPickTheNameIwant can i get your number?
Please anyone could tell me why we use 2mm raised face height in class 300 and 6.4 mm in class 600 and above?
Same reason as to why the the rest of the flange is thicker in the 600 class compared to 300. It has to withstand higher pressure. When you scale up from class 300 to 600 you have to add material proportionately.
Thanks 😊
good thanks
All ASME BPVC 2015 Standards .
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Surendar.kumar
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The biggest mistake is calling classes as "pound". Class numbers have nothing to do with pound. Check ASME codes. Its the biggest mistake in the field and people easily get confused thinking 300 "pound" means its designed to withstand 300 psi.
I am aware of this mistake, but I never truly fully grasped what exactly does 300 "pound" mean in this case? Can you elaborate?
@K H Confusion is due to how they named these classes. Always consider "150" pound class just a name for the lightest standard flange. Next is 300, 600 etc. How much pressure a flange can withstand is dependent on flange material and temperature of fluid. For instance, 150# carbon steel flange used for water at 212F can withstand approx 250psi. And 300 class can withstand 740psi for same temperature while 400 class would go upto 1000psi. And similarly for higher working temperatures there ratings would be much lower. For example, class 400 CS flange at working temperature of 1000F is only good for approx 115psi.
@@MrHELLKEEPR Good god, 1000F? That's 530 degrees C. What kind of system or piping facility do you meet those kind of temperatures? Thanks for the answer tho.
150 200 600 700 ka matlab kya hua
2" 600# flange does not have a 6" bolt cricle