frizzmizz
Mechanical
- Sep 10, 2015
- 8
Hello folks,
I was wondering if someone can help me with this issue.
I work for an oil and gas EPC and we are currently designing a fire water system to protect one of the hydrocarbon tanks on site.
All the piping is as per ASME B31.3 which is what the client pipe classes are based off. However, we need to put a 4" fire water strainer in the line. Unfortunately, the strainer we want (UL/ULC/FM approved) only comes with AWWA CLass D Flanges and I am not very familiar with these flanges.
I am trying to evaluate if it is going to be acceptable to put in a 4" 150# RF ASME flange to connect with the AWWA Class D flange. The drilling template for both flanges seems to match. The strainer flange is FF but is made from carbon steel so I don't think there should be any issues connecting RF to FF. However, I was wondering if there is someone more experienced with these flanges that can tell me of any issues that I have not thought of!
Appreciate any input! Thanks
-FM
I was wondering if someone can help me with this issue.
I work for an oil and gas EPC and we are currently designing a fire water system to protect one of the hydrocarbon tanks on site.
All the piping is as per ASME B31.3 which is what the client pipe classes are based off. However, we need to put a 4" fire water strainer in the line. Unfortunately, the strainer we want (UL/ULC/FM approved) only comes with AWWA CLass D Flanges and I am not very familiar with these flanges.
I am trying to evaluate if it is going to be acceptable to put in a 4" 150# RF ASME flange to connect with the AWWA Class D flange. The drilling template for both flanges seems to match. The strainer flange is FF but is made from carbon steel so I don't think there should be any issues connecting RF to FF. However, I was wondering if there is someone more experienced with these flanges that can tell me of any issues that I have not thought of!
Appreciate any input! Thanks
-FM