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#11 | ||
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Senior Member
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Very clean bro
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UA Local 659 |
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#13 |
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Member
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Looks clean... but those systems are a pain to service. A complex system right up on a wall is not a good idea. I'd space them out farther to make servicing a bit easier. Example - I see a watts fill valve that looks like it can't be spun off when it fails. It will fail and start leaking out the top. Its nice to be able to spin them off. Looks better than couplings and you can do it wet if needed...
I see you like spirovents. We have too many problems with them and they are expensive to replace. We found an air scoop and autovent works quite well assuming the sysytem was properly purged to begin with. But yeah, nice looking work. Its always nice to see somebody who actually puts effort into it other than just getting it done asap. oh yeah - ball valves on each side of those pumps is going make somebody REAL happy someday... Especially if they have bleeders in them ![]() |
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#14 | |
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Member
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Spirotherm gave me the replacement part. I know they can leak sometimes a tiny bit after 5-10 years but so do the autovents. And the PRV can actually be serviced from the top, the watts rep told me this. Never had to do this but I was going on his recommendations, is this a pain in the ass to do? The PRV's aren't even needed, I just put them in as a double protector in case the glycol feeder craps out. The pumps really should have ball valves but most of the pumps have check valves in them so there is no need for the second valve and the little bit in the other pumps can just be drained to a pan and then put back into the glycol feeder. very simple. Oh and I don't think I can space it out too much more as I don't get enough room already in the mech room. The first one shown was 15' long(including HWM), lots of wall space that I have to beg for. |
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#15 | |
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#19 |
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Member
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TDB: Like I said, I haven't had any problems with spirovents or PRV's. instead of putting a ball valve then two unions and another ball valve for the prv, I just put one ball valve and the system stays pressurized, not sure why you need the other bv. 10 years from now when maybe the prv (which is not even needed on these systems to work), i'll put a half inch coupling in and shine it up real nice for you instead of putting two unions. would the inside of the prv still be corroded if it is only treated glycol inside it? I can understand the diaphram being worn out my system should still work without it. but If I start having problems, I will make changes. but the only three problems in 6 years and about 150 jobs is one expansion tank and one thermocouple(which the HO fixed himself) and one Trinity Fenwall control that was screwed up by lightning and a couple pumps here and there. Thats pretty good odds. I've had a spirovent in my house for about 12 years now and it works great still. not saying I will never have problems but nothing major enough to change my systems. like I said. I would love to have valves up the wah who but there comes a time when you need to be cost effective. I wont have any systems to service if I'm too expensive. I have never wasted expensive glycol changing out pumps, the little bit that comes out goes right back into the glycol feeder.
JoeTepleyP&H: It is not necessary to have circs on each zone. I can use one large pump and lets say three zone valves. If that one pump shuts down, now you have no heat. but if you used three pumps, at least you have 2/3 the zones working. That one large pump also has to be sized to circulate water through all zones at one time, but what happens is usually only one zone calls. So this causes increased velocity through one zone. Pumps have come down a lot in price so it makes individual zone pumping feasible. |
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