Eman79
11/14/2012, 12:26 PM
So recently, my ATO dumped 5 gal of H20 on the floor. Apparently my overflow stopped, clogged, something (Undetermined as of yet :headwally: ). This lowered the water level in the sump, triggering the ATO, which filled the sump and subsequently overflowed the TANK. I have high water level protection on the sump (ok, actually it's broken right now) but not on the Tank. My solution to prevent this from occurring again is to limit the time that the ATO can run. I have an "ATO_FAIL" Outlet, that is tied to a float switch on the bottom of my ATO water to prevent the ATO from running if it is empty. I've updated it as follows and would just like to run it past some other eyes to make sure that I've coded it correctly.
Also, anyone know of a good water on floor sensor (or DIY) for the Apex?
ATO:
Fallback OFF
Set OFF
If Outlet SUMP_LOW = ON Then ON
Min Time 003:00 Then ON
If Outlet SUMP_HIGH = ON Then OFF
If Outlet ATO_FAIL = ON Then OFF
Min Time 240:00 Then OFF
ATO_FAIL:
Set OFF
If Switchx3_6 CLOSED Then ON
If Outlet ATO = ON then ON
Defer 000:10 then ON* ----> I know this applies to both statements, but the first statement is not that time critical.
My goal is to "Fail" the ATO if it runs for >10 minutes. By my testing, the float switch is reset after only :45 seconds, and I have the ATO set to run for a minimum of 3 minutes in order to reduce the frequency at which it operates.
Thanks!
Also, anyone know of a good water on floor sensor (or DIY) for the Apex?
ATO:
Fallback OFF
Set OFF
If Outlet SUMP_LOW = ON Then ON
Min Time 003:00 Then ON
If Outlet SUMP_HIGH = ON Then OFF
If Outlet ATO_FAIL = ON Then OFF
Min Time 240:00 Then OFF
ATO_FAIL:
Set OFF
If Switchx3_6 CLOSED Then ON
If Outlet ATO = ON then ON
Defer 000:10 then ON* ----> I know this applies to both statements, but the first statement is not that time critical.
My goal is to "Fail" the ATO if it runs for >10 minutes. By my testing, the float switch is reset after only :45 seconds, and I have the ATO set to run for a minimum of 3 minutes in order to reduce the frequency at which it operates.
Thanks!