Laserfiche WebLink
1 <br /> Page s F-1 004 <br /> Pipe Cross Section <br /> Flow Velocity Profile <br /> ^i ------► -� <br /> Fully Developed Laminar Disturbed Flow <br /> Turbulent Flow (due to swirling) Fig 3 <br /> To determine which type of flow exists in your installation,the following is required <br /> Flow rate of the fluid in GPM-Q <br /> Specific gravity of the fluid -G <br /> Pipe inside diameter in inches -D <br /> Fluid viscocity in centepoise -V <br /> Use the following equation to determine the REYNOLDS NUMBER <br /> REYNOLDS NUMBER= 3 160 x Q x G <br /> D x V <br /> Flow conditions with a Reynolds Number greater than 4000 is fully developed turbulent flow A Reynolds Number less <br /> than 2000 is laminar flow The F-1000 .requires a Reynolds number greater than 4000 to maintain accuracy <br /> Vertical Mount Horizontal Mount <br /> Fig 4 —T i <br /> MINIMUM ygl <br /> OUTPUT Fig 5 <br /> LENGTH <br /> FLOW 1 <br /> I^ MINIMUM MINIMUM <br /> INPUT OUTPUT <br /> LENGTH LENGTH <br /> ,1dY68.8 <br /> rID-i <br /> Fig. G <br /> MINIMUM <br /> INPUTFLOW , 16. <br /> , =ID <br /> TLENGTH <br /> �� MINIMUM MINIMUM <br /> INPUT OUTPUT <br /> LENGTH LENGTH <br /> 0 <br />