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You will have to recreate any other schedules so they are not active when the feed mode schedules are active. What I did is create another output that is triggered by the feed output and it is set for a minimum off time of 30 minutes. Then I set the depends on on any schedules other than feed...

I am not sure the exact time it last but I think it is around 30 minutes. I have mine set to do 4 water changes a day. Here is a screenshot of my schedule. I use an external schedule setup in schedules.

For a given time after the high level sensor turns wet and the fill pump turns off it will do any ATO using the fill pump instead of the ATO until that time has expired. It has nothing to do with the schedule time.

For several minutes after an AWC completes it will use the fill pump for top off. Mine has always done that.

I don't know but have not paid a lot of attention to the log since the ATO is keeping mine at the high level sensor. EDIT I got to looking and it may be when the sensor is wet but the minimum run time has not expired sine the ones I checked only run for the minimum on time I had set.

Mine has the idle statements also. Below that are my ATO output settings in the AWC output. I am using Sole pump at a flow rate of 55ml a minute. My minimum off time is just 5 minutes but it does not usually cycle on that often.

Two of the sensors are used for the one input and the third is there for the overfull notification if you can use it. So the bottom sensor going dry will trigger the input to dry. It will stay dry until the middle sensor goes wet and it then goes wet. The single optical sensor has just the one...

Normally on the schedule like that if you have it running 3 times during the schedule it will divide the schedule time into 3 equal blocks of time and the schedule will run at the beginning of each time block. So the last one would not be at tue end of the schedule. I have mine setup to run 4...

What firmware release are you running?

I use the single optical sensor. Before that I was using a float switch.

The only logs are for outputs. Inputs have graphs but only one per input.

The alerts are usually a push notification. I get them on my iPad and my phone but the iPad will usually get them several minutes before my phone gets them. There is a day and time stamp on the alerts. The bottom sensor is the dry sensor, the middle sensor is the full sensor and the top sensor...

Ok on the output settings I don't see the part below for yours, I also noticed that you don not have use external schedule turned on so it will not run that external schedule unless that setting is turned on. If it is turned on it will not run the schedule you have setup in the output. So you...

Can you show screenshots of the AWC output settings also?

Can you just use the ATO as the fill and use you own drain output. The only issue would be the ATO would have to have a long enough maximum on time to refill after the drain. Otherwise you can use two fill pumps on on the fill output and one on the ATO.

Create a page for the feeder and then setup that page with the feeder output only as the only output. Since you will need a input also you can set it to what ever one you choose and the set the arrow to the left of the input heading so it points down instead of up to close that category. To...

Most temp sensors do not have a microchip in them. The temp sensor uses the ground pin, +5v pin and the digital communication pin. The other is a analog input but the Hydros temp sensor does not use that one. There is a pinout of all the ports here in the DIY section.

The Hydros temp sensor has a microchip in it and is digital so not sure that even if you figured out how to connect that it would work on a sense port since it would be trying to communicate with a microchip digitally if you select temp sensor.

As far as ATO you can set a maximum on time in the advanced settings and set run past max on time to off and then the longest it will run at any one time is that max on time. If it stops for exceeding maximum on time the output will stay off unless the ATO level goes wet or you intervene. You...

For the skimmer you can add a water level sensor that is higher than your normal ATO sensor and use that to turn off the skimmer output if it goes wet. I have both overfull and low level sensors setup in my sump. Either will also send an alert but I do not turn off or lower my return flow during...