Joined
·
2,291 Posts
Not much compared to most of the exceptional carpentry and plumbing in this section, but usefull
.
I used to have a UVS on each tank, but since I don't ever run them unless there is a problem (and there hasn't been one for over a year), I decided to sell off my "extra" - it's on the way, Mike - and keep just one.
So, I had to make it easily portable; to spot treat a tank if it needed it.
I accidently put the ball valve on the output instead of the input, but I don't think the added pressure (in the event that I slow down the current) will be a problem. The UVS used to be inline, and I'm sure it was under pressure in that series......nevertheless, a goof. The UVS is rate for 100-200 gph, and the pump is rated at 160gph, so there is a good chance I never even have to slow the current anyway.
The 90 deg elbow on the output is not cemented, so that I can direct the current.
I would have prefered to screw PVC fittings directly on the input/output of the UVS, but the thread are not a standard size. They are likely metric - larger than 5/8", but smaller than 3/4".
I used to have a UVS on each tank, but since I don't ever run them unless there is a problem (and there hasn't been one for over a year), I decided to sell off my "extra" - it's on the way, Mike - and keep just one.
So, I had to make it easily portable; to spot treat a tank if it needed it.
I accidently put the ball valve on the output instead of the input, but I don't think the added pressure (in the event that I slow down the current) will be a problem. The UVS used to be inline, and I'm sure it was under pressure in that series......nevertheless, a goof. The UVS is rate for 100-200 gph, and the pump is rated at 160gph, so there is a good chance I never even have to slow the current anyway.
The 90 deg elbow on the output is not cemented, so that I can direct the current.
I would have prefered to screw PVC fittings directly on the input/output of the UVS, but the thread are not a standard size. They are likely metric - larger than 5/8", but smaller than 3/4".
