View Single Post
  #14   Spotlight this post!  
Unread 25-01-2008, 18:57
Gary Dillard's Avatar Unsung FIRST Hero
Gary Dillard Gary Dillard is offline
Generator of Entropy
AKA: you know, the old bald guy
FRC #2973 (The Mad Rockers)
Team Role: Engineer
 
Join Date: Nov 2001
Rookie Year: 1998
Location: Huntsville, AL
Posts: 1,582
Gary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond reputeGary Dillard has a reputation beyond repute
Send a message via AIM to Gary Dillard
Re: Parallel or Series, which is better?

Quote:
Originally Posted by Daniel_LaFleur View Post
OK, the simple answer is ... it depends.

It depends on what is the controlling orifice (what has the most restriction or lowest CV) as to whether series or parallel is better. squirrels' answer assumes that the regulator is the controlling orifice, which is generally not true. Usually the valve has the controlling orifice.
We're splitting hairs here, but in reference to his question - should the tanks be in series or in parallel, the fact that the valve is the controlling orifice has nothing to do with the answer to that question. By the rules, all the flow from the tanks has to go through a single tube into a single regulator and then out to the system. Regardless of whether you put one valve or 10 valves downstream, the rate at which air will go through that one tube and one regulator is not dependant on whether the tanks are in series or parallel. The storage volume will discharge at the same rate.
__________________
Close enough to taste it, too far to reach it