Converter charger or inverter charger ?

Charging from Magnum is power factor corrected. You can charge at 125 amps @ 12 volts on a 15 amp shore power supply.

Thanks guys. I figured that it's close in price. Most good chargers are running about $200 and that seemed to be how much more a inverter charger would be than a inverter by itself. Efficiency was kinda what I was looking for.

dougrainer wrote:
Install the INVERTER/CHARGER, Disconnect the Charger of the Converter. Then you have a back up if the Inverter/Charger ever fails. Doug

X2
As long as the inverter you buy can produce the proper charging profile...

Install the INVERTER/CHARGER, Disconnect the Charger of the Converter. Then you have a back up if the Inverter/Charger ever fails. Doug

I prefer separate components. If something fails it is easier to bypass or replace on the fly. Remaining items still work until repair can be made. Usually lower cost to replace just what has failed.

Fubeca wrote:
Either will work. The easiest (and most expensive) would be the inverter/charger. It will be easier to run and manage if the charging profile matches your batteries. It will have an integrated transfer switch and once installed, it should be seamless.

Not all inverters have built in chargers OR automatic transfer switch. Yes, good one do !

Thanks guys. I figured that it's close in price. Most good chargers are running about $200 and that seemed to be how much more a inverter charger would be than a inverter by itself. Efficiency was kinda what I was looking for.

Mandalay Parr wrote:
A converter and charger are one in the same.

Technically no, but that is how they are typically packaged and sold. (Yes, I am picking a nit)

The "converter" converters 120VAC to 12VDC (nominal). A charger obviously charges your house batteries from 120VAC. Many converter-chargers are sold with 12VDC distribution panels (fuse/breaker panel) built in.

One brand that is highly recommend is Progressive Dynamics. They sell both converter-chargers and coberter-charger-distribution panels.

An inverter (which may or may not have a built in charger) "inverts" 12VDC to 120VAC (nominal).

I am sure there is a company that makes "one box" that has all of the above in it.

Welcome to the forum. Either method would work, we upgraded our stock converter into a smart converter and the process was plug and play easy. Contact Randy at BestConverter.com with your brand/model for solid advice for your current battery charging requirements.

In my opinion it depends on your desire to tinker and whether you are installing yourself.

Either will work. The easiest (and most expensive) would be the inverter/charger. It will be easier to run and manage if the charging profile matches your batteries. It will have an integrated transfer switch and once installed, it should be seamless.

You can build your own with separate inverter and charger and maybe transfer switch depending on what you want for less money (likely) but more effort in choosing all of the parts and having them installed.

If you are looking for a whole-house inverter (and money isn't a big part of the picture) the inverter/charger would be my choice. If you just need the inverter for specific items and your are on a budget a separate charger and inverter would be my choice.