24v dc to ac converter

Stupid idea, I know. However, I am still interested in repurposing this setup. The question I am asking is beyond my comprehension, so please be patient. If the amp pulls around amps DC to create watts at 1 ohm.

How does that equate to AC? The standard breaker in my house is 15 amp's, with a few at Is there a power invertor that can plug into a volt outlet and provide the power needed for the amp? Would it require a volt? Would that still not be enough power? Any help will be appreciated. If you need more information, please let me know. Be warned the cooling fan at that rating is likely to be loud. You could place a car audio capacitor inline between the inverter and the amp just like you would on a vehicle.

Most of these can run off of a 15 amp breaker, with the exception of the 75 amp needing a 20 amp, and the 90 or amp needing a 30 amp breaker. In most setups you would need a deep cycle battery meant to act as a buffer for the larger amp draws the power-supply isn't capable of outputting. Given you are no longer going to have a large amp alternator working as a power-supply you will most likely need an larger battery pack to act as a buffer.

I would suggest giving our tech line a call for further information, but a lot of this may be trial an error till you come up with the right system. In the end the music being played can greatly affect your power requirements, so what works for one person may not work for another. Adam Penny Love it. Gives me a better understanding when using AC appS.

TECH You are correct when it comes to the amp draw a 24v inverter will pull half the amps then a 12v inverter. You are also correct you won't see any loss if you use the same amount of batteries in your 12v setup as you would in the 24v setup.

The biggest difference is when your AH remains the same Take for instance a 12v AH battery bank and a 24v AH battery bank. In this case the you might think the 24v bank would last only double the time, but it actually last a little longer than double. The more amps you pull out of a battery bank the less AH capacity that battery bank is, which is why most batteries have several different AH ratings based off the Amp draw the battery is subjected to.

In this case a 12v AH battery pack could withstand a 10 amp draw and last only 10hrs, but the 24v AH battery bank lasts 21hr 41 min. In this scenario you get an additional 1hr 41min of run time due to the less amps being drawn out of the higher voltage battery pack.

Randy Edward Marshall I have a small camper that I only use electricity for a few led lights and a small tv with a total load of about 75 watts at v I have a small w inverter about how long will a amp hour battery last before it would need to be recharged? If you inputted VAC at 0. At that time you would need to recharge the battery to prevent excess discharge. In most situation like yours we typically see people using a much larger battery pack if they are wanting to run a TV.

Obviously, this load only accounted the 75 watts, so with all of the other accessories you could easily be excessively discharging the battery each night depending on how much you are using the TV and other accessories. Rick Nicholson This calculator is almost spot on, it would be best if you could choose either to list amps or watts.

Remember you're making this calculator for newbies, so yes I know you can divide watts by north america and get the amps, but for newbies, easier if you can enter either. John It is hot in Houston. I have a Btu air conditioning with a power consumption of watts and a nominal current of 2.

What wattage inverter do I need? And how long do you think a car battery will last using the above setup? You would be lucky if a car battery could take that draw for even an hour before excessively discharging the battery. Maximum operating temperature range. Maximum storage temperature range. Minimum efficiency. Physical Specifications. Weight grams, 3. Length mm, 5 inches Width 56mm, 2.

Slots are 6mm wide, 10mm long and mm center-to-center. Input connector: 2 position screw terminal block Output connector: 2 position screw terminal block. Your costly electronic equipment deserves the pure, reliable high power that only a true sine wave inverter can give you.

If you have any questions about selecting the right wattage of DC to AC converter for your devices, the staff at BatteryStuff. Whether you have additional questions about modified wave power inverters, or simply want some friendly advice about the best wave inverter for your recreational or commercial needs, we're here for you. All you need to do is check the power requirements of your equipment, and call our Tech line at during business hours.

Just mention that you're looking for a pure sine wave inverter and we'll help you find just what you need. Pure sine inverters provide power as you get from a household outlet. The DC output voltage of a power supply can be affected by various factors such as wire size and length as well as electrical noise. Especially in large applications, long wire lengths are a reality and are required to connect all the control equipment in the system.

If this is combined with a small wire size the DC voltage loss can be substantial. This will possibly affect the connected loads. Even if the wire size is appropriate for the load, peak currents such as starting motors can further increase the voltage loss. In remote sites we often face DC only control applications.