acrosome
05-10-2006, 06:55 AM
Ok, I have read up about how the RT trigger/valve works, have searched this forum, and have perused the ZakVetter site. I know that getting the RT to rapid-fire relies upon two crucial ingredients:
1. An input pressure on the order of 800-1000 psi.
2. A high-flow regulator, if you want to avoid shoot-down.
I also know that resistance in a tube is proportional to its length and inversely proportional to its radius. I note that remote hoses are long and have small lumens.
So, my question is this- is there any practical problem with rapid-firing the RT if you run your air remote, especially with one of those long coil hoses? That is, is the resistance of the air hose enough to drop the flow rate below practical RT levels, thus leading to horrific shoot-down? Do you just have to crank up the input pressure?
I suspect that there isn't really a problem, since I have read no mention of it in this forum, but I'd like to hear someone's educated thoughts on the matter.
Thanks!
1. An input pressure on the order of 800-1000 psi.
2. A high-flow regulator, if you want to avoid shoot-down.
I also know that resistance in a tube is proportional to its length and inversely proportional to its radius. I note that remote hoses are long and have small lumens.
So, my question is this- is there any practical problem with rapid-firing the RT if you run your air remote, especially with one of those long coil hoses? That is, is the resistance of the air hose enough to drop the flow rate below practical RT levels, thus leading to horrific shoot-down? Do you just have to crank up the input pressure?
I suspect that there isn't really a problem, since I have read no mention of it in this forum, but I'd like to hear someone's educated thoughts on the matter.
Thanks!