@WVNed
Not being having experience with Hydros I'm wondering if part of the steps are lost on me. For instance, what's a combiner? I'm confused how you are using an ATO reservoir (freshwater) in this setup beyond simply telling your ATO to not fill the display tank with freshwater while the AWC is running.
In general this sounds like what I've been unable to do cleanly on an Apex in an automated fashion. Large volume/fast AWC that uses actual pumps and not peristaltic pumps.
Let me know if this sounds like what you did...
I have a saltwater mixing bin, a freshwater bin, and want to add a measuring bin. The measuring bin will have a low and high float switch.
1) Pump 1 moves water from the display to the measuring bin.
2) Pump 2 drains the measuring bin.
3) Pump 3 fills the measuring bin will fill with new saltwater from the mixing bin.
4) Then pump 4 fills the display with new saltwater.
Not being having experience with Hydros I'm wondering if part of the steps are lost on me. For instance, what's a combiner? I'm confused how you are using an ATO reservoir (freshwater) in this setup beyond simply telling your ATO to not fill the display tank with freshwater while the AWC is running.
In general this sounds like what I've been unable to do cleanly on an Apex in an automated fashion. Large volume/fast AWC that uses actual pumps and not peristaltic pumps.
Let me know if this sounds like what you did...
I have a saltwater mixing bin, a freshwater bin, and want to add a measuring bin. The measuring bin will have a low and high float switch.
1) Pump 1 moves water from the display to the measuring bin.
2) Pump 2 drains the measuring bin.
3) Pump 3 fills the measuring bin will fill with new saltwater from the mixing bin.
4) Then pump 4 fills the display with new saltwater.