Whose post were you replying to?800 x 3 = 2400 watts divide by volts 120 = 20 amps ;Wideyed if your house has 110 volts it is 21.8 or 22
Generally heaters or continuous loads ( 3-hours or greater ) your required to X by 1.25 your sum
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Whose post were you replying to?800 x 3 = 2400 watts divide by volts 120 = 20 amps ;Wideyed if your house has 110 volts it is 21.8 or 22
Generally heaters or continuous loads ( 3-hours or greater ) your required to X by 1.25 your sum
Very true but 300 + 300 + 200 = 800800 x 3 = 2400 watts divide by volts 120 = 20 amps ;Wideyed if your house has 110 volts it is 21.8 or 22
Generally heaters or continuous loads ( 3-hours or greater ) your required to X by 1.25 your sum
Whose post were you replying to?
OOPS thought you had 3 @800wVery true but 300 + 300 + 200 = 800
I ended up with a lot more stuff plugged in than I planned for and it's cold (sometimes 66) in the basement.OOPS thought you had 3 @800w
I tried the online calculators and got all kids of results 600 to 3000 watts. If Jill gets a hot flash and turns down the AC it gets to be 68 in the basement when it is 71 upstairs. 800 watts has held it overnight. I was doing OK withe 600 watts at 300 gallons. The MH lights hold it through the day. At extremes I get about a 2 degree temp swing over 24 hours but usually it is only 1. The gas heater in the basement has a thermostat and doesn't require power to work. It is a large free standing iron thing that is vented. It will heat the room the tanks are in to 80. So I have a plan B.just for fun ;Wacky I did a btu conversion of your 400 gallon @ 1500 gph flow
to raise it 2 deg based at 25 gal per min is just under 800 watts
Sump room have a hot water tank or furnace, that will help
If i use a big sized UPS will it be sufficient to power it for an hour at the max..
Hi Siggy,If your handy you can make one using an old UPS. Or just buy a UPS look into the solar energy market for solutions
There are online calculators that will give you an idea of what you need. Do you need the return to run? I believe most just run a wave pump until power is restored, thats why the ice cap or ecotech are popular. There are a few battery backup treads here.Hi Siggy,
When looking into UPS is bigger better or there are some other things we should be looking at. I'm looking at getting a 600w - 700w UPS which I think should power my return pump for about an hour..
I suspect you are correct with the power and neutral. My guess is that the 4 black wires are one for each channel. The issue with what you are talking about is in not knowing just how much voltage and current is needed by each channel. LED drivers don't just supply voltage, they also limit current to keep from frying the LED's.I have some kessil LED lights that aren't working. I'm thinking the diode is fine, but the electronics driving them is shot. Each LED puck/cluster/what ever you want to call it, has 12 wires total coming off of it. 5 black and one brown on one side, and the same on the other. I assume the brown wires are neutrals and the blacks are power? If I bypass all the electronics, and wire the power supply straight to the LED, it should work like it's on full power, correct?
Any help with this would be greatly appreciated.
A bad heater will definitely trip a breaker.
I would pick up a new one & switch them out 1 @ a time to find the culprit.
Worst case scenario you have a spare.