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Is there a way to achive what I need? Sensor gets wet, turn outlet on and keep it on for 1 minute after sensor becomes dry while also not running if return pump is off.

Is there a way to setup an outlet to turn on based on water level reading wet and to stay on for a period of time after water level becomes dry while depends on mode is off if off? Min run time seems like an obvious solution, but it's not working as expected and just ends up endlessly switching...

Ok, thanks, will try. I ordered these to make it a bit cleaner Also will probably rework box a bit, to reduce size in some areas, increase others, probably move input to side instead of bottom, so I don't have to bend those pins as much.

Super professional diagram... Should I instead split 5v at some point to run directly to each terminal? Seems like that would be about the same. And with resistor, should there be one per each connection? to solve this drop to 2.0v while all off issue?

:D

Well got something put together. Only issue I see is when all switches are off, LEDs on the are dimly lit and readings in Hydros are at 2v instead of 2.5v for all 4 ports. Once single switch is toggled on, that one lights up brightly and rest go off, readings in Hydros change to 2.5v for off...

It has 3 terminals to make led one the switch work, that's what complicates things. Otherwise yes can just do input to ground, but led won't light up when on.

I want switches not buttons, so will be using all 4 inputs to run them. Hopefully connections for those toggle switches with LED are correct lol

I got one of these cables instead Amazon.com , not sure if I got it quite right but... Pin 6 through 510 ohm resistor goes to Power- on the switch. Pin 1,2,4,5 goes to Load+ on the switch. Pin 3 goes to Power+ on the switch. And this yields a glowing LED on the switch when it's on, as well as...

Note that unused or floating input channels will read as 2.5V in Hydros and 0V when grounded with a closed switch. For advanced users a single input could be tied to both 5V and ground using a Single Pole Double Throw (SPDT) switch where the common pin would be tied to the input channel, one pin...

I do have this, but looking inside is nor enlightening me too much lol. If that was available with just 4 toggles... Buttons do not seem to work very well for me and often cause say light to turn on and off from one press, so kind of have to hold it, etc. Anyways seems more finicky than just a...

So I'm trying to figure out how to setup 4 toggle switches on 0-10v input. I have quad cable, break out connectors for it, and toggle switches with LEDs. Ivve read what I found here on the subject, but still am confused as to how to connect this. Simply connecting to Power+ and Load+ from Ground...

Imagine will need to return this, but can you think of any reason why Port 1 on WE v2 would not be powering up? Can take an output, re-target it to another pump port and move the plug there and all is fine in other 3 ports, but not 1st one.

Got it. Just don't want these exploding lol, they are quite big, but plan is to run varios 4 return pump and some power heads from these. Will need to sketch up a cabinet for batteries and I guess power supplies.

I guess I'm just wondering what is controlling charging it, something inside battery asking for more or Kraken pushing in more, etc. :)

It's linked above. currently at 14.5v and 1.31A

Just got back up batteries for Krakens and have few questions. ( Battery Amazon.com ) Looks like there are battery readings on Kraken, currently showing Battery Voltage at 13.8V and Current at 1.34A. I'm assuming voltage is what battery reads at the moment and current is what Kraken is pushing...

Just overbuilt display lol https://forums.reefcentral.com/threads/135g-reef-cube-planning-build.32375324/

This would be layout with varios on pump ports among all other things.

Well it would be two xf350, 4k gyre, Varios 2 on skimmer, and two Varios 4 return pumps. And then these WEs powered by Krakens, which already are running 4 radions xr15s, ai blade for fuge, and two x10. So a lot going on, will just need to see how amps ll add up =)