6 AA Batteries generate how many amps

Any alkaline AA batteries will work. These have a 1.5 volt rating.

The speakers use a 10 Watt power supply

Went to amazon and found these.
Entop, green battery, R6P, UM-3 Size AA 1.5V

Let just wait a minute. You have an inverter that is rated at 4500 watts. This spooky. The inverter has a three phase input/three phase output? What is the inverter going to be used for?

Next question. What type of batteries are you using and what is the voltage/current in series or parallel? What will be the total voltage you will producing with the batteries? What is the total current of the batteries.

Another question? What is the voltage of the 28 amps? If it going to dump 28 amps across some batteries that rated at 12 volts and 1400 amp/hrs. For 12 volt batteries with a total of 1400 amps. What you will need approx 14 to 14 1/2 DC and with 28 amps across the batteries for charging these batteries. The batteries will be gone in about 1 hour. Boil all the water out of them. When a battery starts to boil it release water with hydrogen gas (the gas is very explosive and dangerous).

You also don't have a regulation circuit to limit the amount of current depending on the needs of the batteries. Also, you don't have a trickle charger to keep the batteries fully charge when the batteries are idle.

You will also need DC regulated charger that will keep the voltage 2-4 volts above you battery voltage. Without this voltage above the batteries voltage it will not charge those batters. Batteries need to forced to except a charge that why voltage above the source voltage. If you can check the voltage on your car/truck with a 12 volt system. While engine is running the voltage across the battery will be 13.8 to 14.1 volts. Now, the current limiter is the alternator it has a regulator built into it for stabiizing voltage and current went the batteries require more current but it limited by alternator regulator
Now, to get more current out of the alternator the regulator will supply dc voltage to the stator of the alternator generator more current. More dc voltage is supplied by the regulator but the dc voltages is limit to about 24 volts. Another limiting factor is the alternator copper windings diameter---larger diameter more current, small diameter less current. Utilities systems use big mega watts generators. The maxi um dc voltage for these three phase generator would like 500 to 800dc volts for peak to peak output. There is a simpler way of doing this.

You need to rethink everything here. Also, I can help you if you supply the needed information.
I truly wish you luck in your electrical endeavors. GB you. stewbison

[email protected]. My manual is 12 pages long. Please put DYMO Manual as the subject and I will email it to you right away. Waiting for your response.

About Your New Labelmaker. With your new DYMO LabelPOINT™ 250
labelmaker, you can create a wide variety of high quality, self-adhesive labels. You can choose to
print your labels in many different sizes and styles. The labelmaker uses DYMO D1 tape cassettes in
widths of 6 mm (1/4"), 9 mm (3/8"), and 12 mm (1/2"). Tape cassettes are also available in a wide
range of colors.
Getting Started
Follow the instructions in this section to print your first label.
Connecting the Power
The labelmaker is powered by standard batteries or an AC power adapter. To save power, the
labelmaker will automatically turn off after two minutes of inactivity.
Inserting the Batteries
The labelmaker uses six 1,5V AA batteries.
To insert the batteries
1. Remove the battery compartment cover. See
Figure 2.

I assume a "DM-350a" is some kind of a digital multimeter. I Googled and found it might be a "A.W. Sperry DM350A 5 Function 17 Range Digital Multimeter" and looking at the ranges available on that meter, you can't really thest the battery "under load" the only reasonable way to test small batteries. the DC current only goes up to 200 milli amperes. A "C" or "D" size flashlight battery puts out 1 to 4 amps depending on conditions. That's 5 to 20 times the current readable by that meter. The volts on one of those batteries is probably 1.6 volts to 1.3 volts etc. If you live in the United States, I'd say go to Radio Shack and spend $5 to $15 and buy a battery tester like "Enercell Analog 9-Range Battery Checker, $14.99, Model 22-156, catalog # 22-156"
Then you and anyone in your family can read the instructions and test 8 or 9 different type batteries. Battery types: 1.5V button-cells, "AAA"/"N"/"AA"/"C"/"D", 6V, 9V, 12V, 15V and 22.5V..
This is not supposed to be an advertizement, and I have no interest in RadioShack,... but it's supposed to be instructional.

Small price, Good instruction to anyone who can read, and if anyone forgets, they can re-read. Testing a lot of batteries in a sitting goes very fast with these.

Differently, with the sperry, or any voltmeter, you'd have to select a resistor small enough to draw the current, and large enough not to overheat or burn, connect it and measure the loaded voltage drop, compare the voltage and current of the loaded battery, and compare it to that of a new battery, and a battery you might consider too weak for your application.. Voltage equals amps times resistance, and power equals amps squared times resistance... Really, buy a battery tester.
Regards --- GooseBay_Camper

This camera eats the batteries. I have had the same problem. I would suggest buying rechargeable batteries and keeping them fresh. It will work fine with a new set of batteries. The 30 day battery life is a lie. More like a couple days if that. I use this for paranormal research and since I don't need it in a field or trail, I have a conversion from D cell to 110 volt below.

BE-4AA adapter, four AA to D size shell adapters along with a 110VAC to 12VDC adapter . This will give you 4 D size cells and an output voltage of 6VDC @ 500mA, from a 110VAC source.

But if this in on a game trail, there will not be a use for the 110 volt. Bushnell needs to review this camera alittle better and fix it's energy drain.

There are 6 AA batteries connected in series so that = 6 volts.

AA Alkaline and Ni-MH batteries can be used. Dedicated AC adapter(3V/1.7A) (sold separately) also can be used. The other AA size batteries cannot be used.

In addition to AA size batteries (alkaline batteries, Ni-MH batteries), a dedicated AC adapter (sold separately) can be used. The other AA size batteries cannot be used.