Quote:
Originally Posted by sphelps
Yeah that works if you run that style of top off, I however don't usually use such systems. The systems I use only have one float switch for level control and some have an extra float switch up higher but only for safety if the primary were to fail. Either way same thing.
I also agree with the rest, I also don't consider a system automated unless you do absolutely nothing but I've been down that road and invested money into R&D trying to develop a way of adding salt automatically. In the end I concluded that there wasn't an efficient way to do it, anything that would work reliably was too expensive and still not that reliable. Biggest problem is humidity, even in low humid environments salt will clump up quickly if exposed and combined with the typically more humid environments, where open water exists, this problem is amplified. This makes it even more difficult to implement.
Like I said before in the end adding a few cups of salt on a regular bases is a very simple task, unless you married a turkey I think she could probably manage. You could even set an alarm to remind her 
Please note I meant absolutely no offense with any of this, just had to say it, I've noticed an increase in sensitivity over the last few months  |
No offense taken. I have to wonder though. You allways talk and remind us about the fact that things fail. Yet your only using a single float operated ATO? Do you have a second High High level float on your ATO in case the one sticks?
I have at present, one flaot that operates my ATO to. It signals a timer. The float has to be "switched" for 10 min before the pump turns on. Then when the leven switches the float off, the pump shits off. BUT, there is also a nother float that shuts the whole thing down. This float is set up above the water line. Where it won't get salt creep and lessens it's chance of sticking and causing the system to fail.
Just wondering
04-17-2009, 01:41 AM
Linear Mode
