One of the frustrating aspects of bidding a fire sprinkler job in North America is when you're reviewing a job and the specifications that accompany it are simply terrible - boilerplate, don't actually provide any useful information, are conflicting, include irrelevant content, or clearly haven't been updated in decades (list no longer manufactured products). One of the ideas we kicked around a couple weeks ago was essentially an "open source" specification. One that we build and curate together and post for open use. This is the first-stab at what "Part I" of an open, basic fire sprinkler specification might look like. SECTION I OF THREE Typical specifications include three parts:
OUR GOAL From our collaborations, posts and discussions thus far, we're all really wanting something that is:
There are other goals too, but those seem to be the reoccurring themes. We explicitly do not intend for this specification to replace consultant's who already update and care for the industry. The beauty of consulting is providing unique value to your clients - this is absolutely not intended to be the only specification available. Rather, we would hope that it could help provide a baseline open-source template where specifications could at least be of this quality level. YOUR INPUT Where we could really use help here is reviewing this initial (very very first) attempt at Part I a basic open spec. I have highlighted GREEN and BLUE areas where a specific selection needs to be made (one or the other). I have highlighted YELLOW additional alternatives which may be less common than a typical, mid-size commercial job. All portions of this specification would be editable, though the highlighted areas would be of particular concern to change and update job-to-job. Take a look, and let us know your thoughts. If you've been long-frustrated about the prevalence of terrible specifications - then this just might be your opportunity to help us clean up the practice: Part II, which comes next, identifies equipment and products that are allowed or not. Part III speaks to the execution of the work - that is, any restrictions on what needs to be achieved. THANK YOU Just want to say a big thank you in advance for helping us really impact the industry in a positive way. I and many others very much appreciate it! - Joe
James Art, FPE
5/1/2024 01:33:54 pm
Review and Inspection of systems can make a difference.
Chris Miller
5/1/2024 05:06:43 pm
I am excited to contribute to this......Lets start at the basic example given.....you indicated wet, dry, pre-action and deluge all in 21 13 13. In general, I prefer that instead of the 4 sections (16,19 etc) all with repeat structure. Since changing CSI is likely out of our influence, how can we structure 21 13 13 (my suggestion is use 21 13 13 for all wet systems) and just use the 16, 19, 21 etc for the 'special projects' that need special specific detail for organizational purposes. If you have a project with both wet, dry, and pre-action it could all be in 21 13 13 if standard nfpa 13 install. IF special direction is needed on the pre-action system outside of normal it would include 21 13 23 with a reference that in the 13 spec that points you to 23 and an note in the 23 spec that everything in 13 applies. If the work is outside of 13 (for example foam water 21 13 39 that is different NFPA standard) then it can stand alone as its own spec in every project.
Mitchell O'Bryant
5/2/2024 02:13:14 pm
Love this start! One comment I would add is to include the shop drawing/installation/etc. certification requirements under QUALITY ASSURANCE and then it can be removed from the submittal section. Would also recommend changing the language from "shall be signed by XXXX" to "shall be DESINED by XXX", NFPA 13 would carry the requirement to include designer quals on the shop drawings.
Moderator
5/8/2024 12:59:46 pm
We now have a PART 2 development - that's here: https://www.meyerfire.com/blog/an-open-spec-for-fire-sprinkler-systems-part-ii Comments are closed.
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+ Unsubscribe anytime AUTHORJoe Meyer, PE, is a Fire Protection Engineer out of St. Louis, Missouri who writes & develops resources for Fire Protection Professionals. See bio here: About FILTERS
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