I've seen posts that had charge rates on the RT but not the standard valve.
thanks
thanks
-
~E~ -
about 16CPS with a properly set-up A.I.R. valve. is that what you wanted? -
not really
that gives an overall cycle time but not recharge time needed before the sear can be actuated again.
thanks for the input though.~E~Comment
-
-
32msec? where did you come up with this info if you don't mind my asking?~E~Comment
-
Well, if you know the recharge time for the RT, and it's posted everywhere that the recharge time for the RT over the classic valve is 5X's....well take the recharge time for the RT valve and divide it by 5....poof, there's your answer!Comment
-
Oops, i mean multiply it by 5!Comment
-
-
LOL I was way off! I guess I shoulda put a question mark next to my number, I pm'ed him and told him it was a estimation with quick math, told him how I came up with it, next time I'll wait for black, lol.Comment
-
The RT valve recharge is a stated 23ms. Like Rabidus said, it's 5 times faster than the stock valve, so this puts our AIR valve recharge rate up around 115-120ms.
The AIR valve will easily do 16bps with about a 10fps drop.Comment
-
I knew having a college degree would do something!Comment
-
Yikes! I was thinkin' twice as long. man that's a long time for such a fast shooting gun. those numbers make for alot lower bps. but you say 16 bps is possible with only a 10 fps drop off. if you take 115 msec and add say, 15 msec for discharge, that's about 7.7 bps. so you double it and it only gets a 10 fps drop off? so at 12 bps maybe you would only get a 5 fps drop off?
would increasing input psi to the gun have any effect on the recharge rate?~E~Comment
-
Since the RT recharges off of input pressure, the recharge rate of the valve will be affected, but in the AIR valve the air is regulated before it goes into the dump chamber, so recharge rate really doesn't matter.Comment
Comment