Do you ignore the friction loss at tank entry to pipe? In fire pump situations you normally include this. Or is pipe so oversized this is ignored?
Best. Bruce > On May 15, 2019, at 11:25, Vince Sabolik <[email protected]> wrote: > > Height x .434 = Starting psi at top. > > Less friction loss at flow (pick a flow) > > Your flow test complete with a K factor! > > > > > > >> On 5/15/2019 11:27 AM, Mike Stossel wrote: >> I have an existing building with a sprinkler system that is supplied by a >> gravity tank located on the roof. They are modifying the first floor of the >> building that will require hydraulic calculations. Is it possible to >> mathematically create a waterflow test accurately, or do you need to >> actually perform a water flow test at the 1st floor level? >> >> Mike Stossel SET >> <image001.png> >> 36 Barren Road >> East Stroudsburg, PA 18302 >> Office: 973-670-2627 >> [email protected] >> >> >> >> _______________________________________________ >> Sprinklerforum mailing list >> [email protected] >> http://lists.firesprinkler.org/listinfo.cgi/sprinklerforum-firesprinkler.org > > > -- > <20914 x WTFP Logo NEW1.jpg> > 11351 Pearl Road / Suite 101 > Strongsville, Ohio 44136 > Phone 440 238-4800 Fax 440 238-4876 Cell 440 724-7601 > > Vince Sabolik > _______________________________________________ > Sprinklerforum mailing list > [email protected] > http://lists.firesprinkler.org/listinfo.cgi/sprinklerforum-firesprinkler.org
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