where
Q = Flow at outlet, gpm (L/s)
Cd = Discharge Coefficient (From 0.61-0.98 According to Orifice Length and Shape, usually 0.67)
d = Inside diameter of outlet, in. (mm)
P = Flow pressure, lbf/in2 (kPa)
where
Q = Flow at outlet, gpm (L/s)
Cd = Discharge Coefficient (From 0.61-0.98 According to Orifice Length and Shape, usually 0.67)
d = Inside diameter of outlet, in. (mm)
P = Flow pressure, lbf/in2 (kPa)