Thats only because you don't understand that its the mains potential, not the device that carries the risk..
Seriously there isn't as much risk as you might want to think. If you look at the pics you can see how I made a border in the styrofoam that prevents the fan from falling in. You literally would have to forcefully push down and break the styrofoam to make the fan fall in.
Secondly the water level isn't even filled halfway and the copper tubing is pointing down. So there's no risk of it setting on fire, electrocuting me, water splashing around or anything like that.
If you want to keep on hating and giving an opinion that honestly isn't needed, then do it somewhere else. Also snide subtle comments about my potential or what not isn't needed as well. I understand where you're coming from but like I stated before there is no risk in all honesty. My home can be engulfed in flames within 7-10 minutes fully, so trust me dude I'm not trying to lose my place to live, that's why I'm telling you that it's not as hazardous as you might want to think.
Ok... I may be askin a dumb question... But what about a dry ice method? Would that last longer?
And Born what might you change in this design to make it a lil safer?
I so need something like this!
I don't really know if dry ice would last longer, I'd have to check into that. I'd imagine that you'd have to have a huge dry ice block for that, because of how quickly it's gone.
As far as making it safer, the setup I have I've been using for about a month or so now with no problems. The original design I was going to use a can fan and caulk it (Under and over) to the hole I made for it on the lid of the cooler. You can do that, but like I said it's not as hazardous as you may think. Actually one of the designs I combined to make this cooler seems more dangerous to me, because you have the condensation dripping onto the fan itself. That's another reason I made this cooler, to get rid of that condensation on the fan, it's messy and dangerous.
Good luck on the build
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