Is it able to power this ? Yosoo® Solar DC 12V 24V Hot Water Circulation Pump Brushless Motor Water Pump 3M 5M Low Noise csf (DC 12V)
147343
I don't think so, because I have a 12V cooling box and it's not powering it... So I don't think so...
147344
I doubt it. There is nowhere to connect the Hard wires, unless u connect the jump cables to the wire. Honestly im not shure. Ask the seller. Sry I wouldnt be more help
147345
The Solsti 10 produces 10W power. This pump draws 12v at 5.amp, v x a = w, so in the 12v config it uses 6 watts and the solsti can power it. In the 24v, .8 a config it uses 19 watts and the Solsti will not power it.
147346
I have no idea, only got this to recharge laptop for offline use, and help recharge battery for dc water pump for sluice.Have seen a web site for, I believe a 20 or 30 watt solar panel for this kind of pump, direct connect with solar hot water heater for RV. Hope this helps.
147347
I don't have any experience with the pump referred. Only used it for my phone and electronics. Seems to work for this application.
1468499
Its only a 5 Watt panel so no. Running something from a solar panel, without a DC battery, isnt practical anyway if you need any sort of a constant voltage.
856823
You will need a power inverter, solar panels, cabling, fuse, and batteries. Everything depends on the power needed by the pump and where the inverter and batteries will be located. I recommend watching youtube videos on the subject before spending a dime.
453602
The answer to the second question (780 watts @ 24 volts into a 12 volt battery bank) is yes. That's what I do (600 watts 24 volt into a 12 volt battery bank.)
1815165
6V is within the range of 5-24V, so it should be okay to drive it with a 6V power supply. If your fountain pump is running on a 6V DC power (not AC), then I would assumed that it will work fine.
1649455
As long as you are producing 24 volt DC and storing it in a battery bank, you will be able to draw power from the battery bank and produce the 120 VAC house current. Not for a direct hookup from the solar cells to this or any other inverter.
489293
It can be operated off of a 12v power supply but it does not charge a battery. It does not have a permanent internal battery like many others. If battery operation is desired you just purchase them at your nearest store (size "C" I think).
2147880
The unit I have is rated at 48 watts - that means it will handle a 4 amp load at 12 vDC. If the pump/shower draws 48 watts or less, you should have no problem.
2195109
I don't know because I used 3 12v deep cycle batteries with a 55W solar panel charging them. The pump runs off the batteries.
1438463
It is an AC generator that with our standard residential water supply will produce 12v at 5.5 watts. This is ample power to charge a cell phone or a laptop computer.
920423
The sump pump on this is 12volts and is replacable but you should still have a main sump for the primary pumping. Hope this helps Dave
2049778
According to the specifications power supply requirements are 12to 24volts DC/AC
232511
Pump specs are 500mA@12V. Any of the small automotive solar chargers should work but, like someone else said, you should charge a battery then run the pump off the battery. DC watt calculation; P(W) = I(A) × V(V), so 6 = .5 * 12
2164587
If I understand your question, Yes, you can connect an external battery to run the pump. I hooked up a 12 volt remote control to turn the pump on and off. However, you don't need the remote and can power directly from the battery.
1857106
The pump unit needs about 550 watts....so whether 12 vdc or 24 vdc., your inverter must be able to deliver 550 watts.
1517155
I would assume it could as long as the solar panel is designed to provide 12 Volt DC current. More than likely you will have to install a transformer to go from AC to DC power. Since this 12 V bilge pump pulls such a small amount of DC power from a battery I can't see any advantages to solar power unless solar power is all you have available.
1644190
Ya you can run this with photovoltaics. The only thing is that this is 120VAC so you will need an inverter from the solar panel to the pump. More than likely there are DC pumps out there and you could hook directly to it. It will start pumping when the sun comes up and stop when it goes down. If you want it to continuously run then get a larger solar panel --&gt; charge controller--&gt;battery--&gt;pump. My estimate since pump is 6 watts get at least an 18-20 watt panel then a battery that will last you through the night, 6 watts * 18 hours * 2 (oversize it) = 216 watt*hour battery.