Approximately what drillbit size would you say amounts to a 1x?
a fivex?
a tenX?
Assuming that the blaster in question is a moderately powered average AP?
Or a CPS?
Discuss.
Nozzle Size to Output
Re: Nozzle Size to Output
The X system is based on water flow, not geometry. 1 X was originally meant to be the output of an XP 70, but it has been interpreted as a shortcut for 1 ounce per second.
As the flow is a rather complex problem, in general geometries can't be aligned with flow unless a variety of additional parameters are known. This is a very complex problem, and as such, the answer to which geometry is approximately what output is "it depends."
As the flow is a rather complex problem, in general geometries can't be aligned with flow unless a variety of additional parameters are known. This is a very complex problem, and as such, the answer to which geometry is approximately what output is "it depends."
Re: Nozzle Size to Output
I suppose that's true, but I was hoping more for a general range/estimation.
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Re: Nozzle Size to Output
It's really not that simple. Water flow is not constant in most air pressure systems and is only reasonably constant in most CPS systems. That and it's a very complicated relationship that depends on far too many variables.
If you want a low guestimate, try this equation derived from Bernoulli's principle:
Q = 0.4 * pi * d^2 * sqrt(deltaP / (8 * rho))
Q is the flow rate
deltaP is gauge pressure
rho is the density of water
d is the diameter of the nozzle orifice
If you want a low guestimate, try this equation derived from Bernoulli's principle:
Q = 0.4 * pi * d^2 * sqrt(deltaP / (8 * rho))
Q is the flow rate
deltaP is gauge pressure
rho is the density of water
d is the diameter of the nozzle orifice
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