Please let me know if there is anything missing or troublesome about this plan. Let me know if you have a better idea.
I am setting up an Auto Water Change system for my aquarium (150 gallons, ~1.5 gallons per day @ 50 ml/min for ~ 2 hrs), running two Ecotech Versa pumps via 1/4" RO tubing from my basement to/from my sump. I have a Hydros controller.
I plan to run the Mobius AWC program and link to Hydros high/low level sensors on the sump, set to turn off the pumps in both instances so I can troubleshoot - along with keeping an eye on salinity once I am sure the Versas are calibrated and the system is operating correctly (not that I don't already)?
I expect to put the Versas in the aquarium cabinet above the sump level and run them off the main Hydros collective (wired from the XP8).
The drain pump tube will be placed at a level in the sump so that it cannot draw more than a couple of gallons of water if it happens to siphon despite the in-line Versa. The fill pump tube and the ATO water tube, will be placed above water level in the sump to prevent back-siphon.
I am setting up an Auto Water Change system for my aquarium (150 gallons, ~1.5 gallons per day @ 50 ml/min for ~ 2 hrs), running two Ecotech Versa pumps via 1/4" RO tubing from my basement to/from my sump. I have a Hydros controller.
I plan to run the Mobius AWC program and link to Hydros high/low level sensors on the sump, set to turn off the pumps in both instances so I can troubleshoot - along with keeping an eye on salinity once I am sure the Versas are calibrated and the system is operating correctly (not that I don't already)?
I expect to put the Versas in the aquarium cabinet above the sump level and run them off the main Hydros collective (wired from the XP8).
The drain pump tube will be placed at a level in the sump so that it cannot draw more than a couple of gallons of water if it happens to siphon despite the in-line Versa. The fill pump tube and the ATO water tube, will be placed above water level in the sump to prevent back-siphon.