I am in the home stretch of the plumbing for at least the initial incarnation of my system (w/o storage and with controls only sufficient to get this thing up and rolling for the fast-coming below zero weather).
and I sometimes, some say, worry too much about details- but I prefer to try to get things right.
on the circulator flanges, how tight is proper when tightening down the bolts?
obviously, I want the gaskets to compress enough that they meet and fill the little irregularities in the metal surfaces, and that they can respond to expansion and contraction with changing temperatures - and I don't want them so tight that they are crushed beyond usefulness
I think I have my own instinct of what that concept adds up to in practice, but would welcome others' suggestions as to how you arrive at "properly tight" but not overtightened.
Thanks
Trevor
and I sometimes, some say, worry too much about details- but I prefer to try to get things right.
on the circulator flanges, how tight is proper when tightening down the bolts?
obviously, I want the gaskets to compress enough that they meet and fill the little irregularities in the metal surfaces, and that they can respond to expansion and contraction with changing temperatures - and I don't want them so tight that they are crushed beyond usefulness
I think I have my own instinct of what that concept adds up to in practice, but would welcome others' suggestions as to how you arrive at "properly tight" but not overtightened.
Thanks
Trevor