I want to purchase this battery for my storage room,that doesn't have outlets,Which inverter power supply to use ? Thanks
887591
inverter power supply should be based on what you need to run in the storage room. The wattage load it will handle. I can tell you that the battery can run a trolling motor for over 4 hours and still have power left. I think I would check the amperage draw of the inverter large enough for your need and divide into the amp hour rating of your battery to give you a idea of how long the battery will last.
1969590
We do not recommend connecting the inverter directly to the charge controller; connect it to the battery instead. 8 AWG be sufficient.
2064082
I agree with the previous answer. This is for charging 12 volt DC batteries with up to 10 amps from your panels. What you then power off those batteries with or without an inverter depends on your power needs and the size of your battery bank.
408311
It can be connected to other batteries. However inverter surge on Amps maxes at about 18amps. So peak surge is 2150 watts, on a 100ah battery thats roughly 15 minutes of use before the battery falls flat below 10 volts or 90% depth of discharge.You would need 2500watt pure sine wave inverter with a 4000watt peak surge for start up. About 2500watts in panels and 600ah battery bank just to have it run all day. That's if it's a single pole 35amp, if its dual pole, you would need a 3000watt pure sine wave inverter with a transformer (that) takes a 10% depriciation loss in efficiency for dual pole use or (2) 2500watt/4000 watt peak surge inverters with a 600ah battery bank and 2500 watts in panels. Your better off owning a grid tied system and getting the government 30% tax credit if you need to consume up to a 35 amp draw @ 120v. Just my realistic 2 cent opinion.
626444
Depends on the amperage of the inverter and what you are trying to power up. Anything that is high draw should have a dedicated circuit right to the battery. I wouldn't even recommend a high amp or watt inverter be plugged in to the factory outlet let alone an add on.
425230
Inverter needs 12 V input from the battery and will convert it to 120V for home use
197589
inverters put out 120 VAC. I'm not sure what you are asking, it you are trying to power a 19 volt or a 24 volt device you don't need an inverter as it will be way over-voltaged. The inverter converts 12 VDC to 120 VAC.
1620299
This would depend on the battery it's hooked up to. The inverter would have no trouble with the power draw you mentioned, but to calculate the time go to: http://www.dcacpowerinverters.com/faq.htm
1072085
I would say it can be done. Having done a lot of electronics in my day it seems like a no brainier. The battery in the unit is a Lead Acid type so the charge circuit should work fine. You should consider a sealed Lead acid Battery rather than a standard Car battery or consider wiring several in parallel. The sealed battery will be much safer to store in general. If you use a standard Car battery, you could find your self boiling it or deep discharging it. In either event that would not go well if you stored in someplace that is not acid safe. You can get a pair of 9AH sealed batteries for $20 and almost quadruply this units capacity. The one in this unit is only 5AH. Just wire them parallel and you should be fine. Honestly, I would not use a standard car battery unless I stored it in my garage or at least out side my living space. One last thing to consider is that by adding a bigger battery, you are only increasing the length of time you can support the load without the Grid. You can not put a heavier load on the unit. The inverter will only safely put out the rated power no mater how big the battery is.
409921
If your batteries are connected in series to give 24 V DC, I would not recommend that you use this inverter because it is meant to be used with a 12 V DC supply. Instead you may want to find a 24 V DC to 110V AC Inverter such as the "Power Bright ML1500-24 1500 Watt 24 Volt DC To 110 Volt AC Power Inverter". Amazon has this product also. If in doubt, have an electrician assist with the installation.
1462177
it has a 100 watt inverter, but i sent it back because it didn't hold charge
1649453
There should be battery back-up in parallel with solar panels to provide adequate current for operation. If there is a 4000 watt rating for the inverter, the battery should have 340A available for the inverter.
353045
I defently use a converter..it runs off a 110 outlet. Check the warrenty just in case.
966785
I use Size #4 Cable between paralleled batteries and between the battery and inverter. (The smaller #6 would be OK, but I like #4.) Keeping batteries charged is important: as voltage goes down, current goes up, and inverter can get a bit hot. I use solar panels (4 x 15 watt=60 watt) to keep my bank of 6 batteries topped off. As long as the battery is OK, charging and using inverter at same time will not be a problem. (Charger may get battery voltage up near 14V during peak charge, but this is better than too low of voltage.)
777649
This is AC only and there is no battery inside. You could use a small UPS for computers like you can get at an office supply store and likely run it for a few hours. The specs say less than 50W so it is on par with a laptop.
1306599
The inverter is a 3500 W. 4 1500 W equals 6000 w. That would mean you would need 2. I use this inverter on my boat. It runs a household refrigerator of approximately 1800 W. The best thing about this inverter is that it will shut down if it is back fed. Since I switch from AC to DC this feature is extremely valuable. I would recommend this inverter because I have tried Xanax and I burnt out 4 them. As far as the amount of battery you need it all depends on how long you going to run the unit.
1021668
I'm not sure that I understand the question, but I will try to answer what I think is being asked. First, my inverter is directly connected to my power source on my truck. So I don't use anything that will run my truck batteries down while the truck is not running. If this Digital Inverter can be charged from a 110v wall outlet, then it will probably draw a lot of power to charge I would not charge it from my inverter unless my truck is running and I wouldn't be running anything else at the same time.. You could damage the electrical system in your truck and/or damage your inverters. Hope this helps.