alienitmeca
Mechanical
- Feb 20, 2014
- 85
Hello
I am currently working on fire fighting project for an oil storage facility, I am designing the piping layout including all its components. Such systems are designed according to NFPA Standards, which state the use of emergency Diesel pumps, these pumps are known to generate a great deal of vibration throughout the discharge line.
In order to protect the DISCHARGE LINE from the vibration, it is recommended to use an EXPANSION JOINT, I can't yet make the right choice whether it is necessary or not, maybe vibration isn't that big after all.
So is there a rule of a thumb insisting on using such equipment in diesel pump discharge lines or is there calculations to be elaborated.
The pump being used are axially split pumps and have the biggest rated capacity according to NFPA 20 which is 5000 gpm
looking forward to receiving your responses
I am currently working on fire fighting project for an oil storage facility, I am designing the piping layout including all its components. Such systems are designed according to NFPA Standards, which state the use of emergency Diesel pumps, these pumps are known to generate a great deal of vibration throughout the discharge line.
In order to protect the DISCHARGE LINE from the vibration, it is recommended to use an EXPANSION JOINT, I can't yet make the right choice whether it is necessary or not, maybe vibration isn't that big after all.
So is there a rule of a thumb insisting on using such equipment in diesel pump discharge lines or is there calculations to be elaborated.
The pump being used are axially split pumps and have the biggest rated capacity according to NFPA 20 which is 5000 gpm
looking forward to receiving your responses