michaelha
Mechanical
- Dec 27, 2013
- 5
Hello Everyone,
I have been given a project to design a steam system for 2 mixers, using a current system as a template. The 2 systems will share components such as a sub-header off of the main header to feed these mixers, components on this sub-header, condensate pump and flash tank.
What I am trying to figure out is what size the sub-header should be. The main header is 3" @ 230psi, and the lines which branch off to each mixer are 1" with a 190psi regulator. So, 3" > ?" > two 1" lines.
I've heard of a common rule is the main header area should = sum of sub headers. Is this the correct way of going about sizing these, or is the more to it such as capacity required by mixers (which I do not know considering most of the heat generated is mechanical)?
Thank you all!
Mike
I have been given a project to design a steam system for 2 mixers, using a current system as a template. The 2 systems will share components such as a sub-header off of the main header to feed these mixers, components on this sub-header, condensate pump and flash tank.
What I am trying to figure out is what size the sub-header should be. The main header is 3" @ 230psi, and the lines which branch off to each mixer are 1" with a 190psi regulator. So, 3" > ?" > two 1" lines.
I've heard of a common rule is the main header area should = sum of sub headers. Is this the correct way of going about sizing these, or is the more to it such as capacity required by mixers (which I do not know considering most of the heat generated is mechanical)?
Thank you all!
Mike