Really? I've worked the FTD problem extensively and spoken with the programmers 
directly.  It can't be used because it can't model the water supply correctly 
for both sprinklers operating and filling a system.  This isn't my opinion but 
the maker of the programs direction.  That was a couple years ago so I provide 
for something may have changed. 

That said, the foam calcs aren't actually required as the means to find a 
design acceptable or not.  They are used as a means to convey your thoughts 
about the criteria and have a very reasonable chance of hitting the required 
marks.  The only way to find a system acceptable is to do a final field test.  
You can have paper stacked a mile high saying all is well and in actual testing 
if the silhouette isn't covered in 60 seconds, or last head in 30 seconds or 
within 5' of the wall in 4 minutes depending on the code you are using you fail 
end of story.

Chris Cahill, PE*
Associate Fire Protection Engineer 
Burns & McDonnell
Phone:  952.656.3652
Fax:  952.229.2923
[email protected]
www.burnsmcd.com
*Registered in: MN


Proud to be #14 on FORTUNE's 2014 List of 100 Best Companies to Work For


-----Original Message-----
From: Sprinklerforum [mailto:[email protected]] On 
Behalf Of Jerry Van Kolken
Sent: Thursday, January 29, 2015 3:10 PM
To: [email protected]
Subject: RE: foam delivery times

My company uses SprinkFTD https://www.sprinkcad.com/sprinkfdt.aspx. I've never 
personally used it since we only have one seat. But we use it for all our 
military foam projects. 

Jerry Van Kolken
Millennium Fire Protection
(760) 722-2722


-----Original Message-----
From: Sprinklerforum [mailto:[email protected]]
On Behalf Of Travis Mack
Sent: Thursday, January 29, 2015 9:49 AM
To: [email protected]
Subject: foam delivery times

We are looking at a project where the engineer of record is going to require 
foam delivery time calculations.  Has anyone had to do this?  Is there any 
software to do it?

I have never been asked to do this.  Not to sound stupid, but would it just be 
a matter of taking velocity in the different pipes and adding it all up?
That could easily be done in an excel spreadsheet.

--
Travis Mack, SET
MFP Design, LLC
2508 E Lodgepole Drive
Gilbert, AZ 85298
480-505-9271
fax: 866-430-6107
email:[email protected]

http://www.mfpdesign.com
https://www.facebook.com/pages/MFP-Design-LLC/92218417692
Send large files to us via: https://www.hightail.com/u/MFPDesign

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