Wait till you get bit by that train of thoughtOriginally posted by electricmanscott:
Whatever the load is. If only 30 is required then 30 it is. 10/3 is much easier and cheaper to install.
Originally posted by allenwayne:
Up until then all 5 kw a/h/u`s were wired with 10/2.about 1/2 way through the project the mechanical contractor changed the model a/h/u they were using![]()
Many jobs up here do not have full specifications. That is why you write a detailed 'scope of work' or put 'qualifications' into the contract. As Allen said we are not talking small change when doing so many jobs. You got to cover yourself.Originally posted by jimwalker:
Bob it's not the same game here as up north.Yes full specs would be nice but you will not get them here.
Do you ever look at the glass as half full?Originally posted by jimwalker:
Bob, down here often the GC has his own contract and you either sign it or don't get the job.
I can, and if you look hard enough there are decent EC's in FL paying decent wages, you may have to get out of Tampa to find them. As far as job rules, under AIA governed jobs, the contract rules (division 16 sometimes 17) are the same in the north or the south.You can not judge Florida by living up north.
Originally posted by allenwayne:
With buying power we can but 6/2 almost as cheap as alot of small contractors get 10/2 for) about wiring seven homes a day.
That said the company is a $140 million a year company. We still give little away, we will not put in larger wire 'just in case'.
But we have more time to ask questions, and if the questions are not answered we can recover lost money for that too.![]()
Originally posted by allenwayne:
Allen, I don't understand this. Is there anyone with an ounce of common sense there?Wait till you get bit by that train of thoughtIf you only do a 100 or so homes a year then I would agree,but when you get into the situation of 1000`s a year and as we have found out it is cheaper in the long run to over kill the prewire and down size later if need be
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If there are such huge questions as to what the future loads will be, why not run 3/4" or 1" smurf tube and pull conductors later? This isn't rocket science after all.