Doug:

Matt's comment is tongue-in-cheek, but spot on.   The problem is that a
life-safety system that often requires thoughtful and conceptual design
basis is generally brought to market by a process that rewards a bidder
for leaving stuff out.  At least occasionally.  If the code or
referenced standards doesn't prescribe it, and the project documents
don't require it, then you're exponentially lessening your chances of
obtaining the work if you include it in a competitive proposal.  The
bottom line answer to your question (or rant, as the case may be) is
that a more proactive approach isn't undertaken organically because
there is little or no demand for excellence or a standard of care above
and beyond the minimum prescribed by code.  Until building developers
and owners perceive value in what we do, and demand a higher standard of
care than "Adequate", then the situation you describe will not only
continue to occur, it will prevail.

Steve Leyton




-----Original Message-----
From: [email protected]
[mailto:[email protected]] On Behalf Of Douglas
Hicks
Sent: Friday, January 06, 2012 10:06 AM
To: [email protected]
Subject: Frozen pipe, a rant

As I bill out yet another frozen pipe repair, I am wondering why there
is not any input from the sprinkler trade concerning insulation methods
to prevent frozen pipes.  

We had a motel that had a problem with frozen pipes. The owner had the
blown-in insulation removed. The pipes were repaired and the pipes
tented with plastic and then insulation blown in. No problems for 5
years. 

We have a facility that had the attic piping protected by tenting
plastic over the pipes, then insulation blown in.  After 20 + years, we
have had no problems with frozen pipes. 

Another facility has insulation batts under the pitched roof.  The pipes
are in the warm attic and after 10 years, we have had no problems with
frozen pipes.

I have no idea what the insulation costs are in new construtcion,  but I
am sure not as much in repairing busted pipes,  not to mention ruined
ceilings, damaged goods and stocks.  

Then there are those building with the large ventilation louvers in the
gable ends.  The wind blows in and moves the insulation, exposing the
piping.

I am done, I will save my comments about Schedule 5 and 10 for another
time.  

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