Wagan 2483 10000 Watt Continuous Power Inverter

• Clean and silent high power in remote applications for the entire home
• Overload protection and indicator
• Auto reset short circuit protection
• Low battery shutdown when DC voltage falls
• Cables not included

Living off grid, I thought it would be a good idea to have a large inverter. This inverter seemed to work fine until summer came on. Any time the air temp got over 100F the inverter would overheat and shut down. Didn't seem to make any difference if it was under large load or practically no load. Cannot reccommend. Too much money for an inverter that only works only in cool weather.

Buy Wagan 2483 10000 Watt Continuous Power Inverter Now

As a truck driver, I often do not have time/money to stop and cook. Instead, I purchased and installed this 10,000W Power Inverter. My truck is now like a luxury RV. I have a fridge, microwave and a full size coffee machine plugged in all the time AND various items throughout the week. Now if my drivers seat just had a built in toilet...

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The product is not very reliable. I had been used their product 5,000 watt and this 10,000 both are break down after warranty 12 months. The manufacturer will not take any support. From my experienced and recommend anybody do not purchase this manufacturer products again.

Want Wagan 2483 10000 Watt Continuous Power Inverter Discount?

The Wagan 2483 Inverter is a super oversized product that cannot feasibly work to the parameters it is sold under, and here's why.

The Wagan 2483 Inverter is advertised as a 10,000-watt continuous use inverter. On the back pane, it has four hot-shoes and four grounds. This means that each post must carry up to 250-amps each, continuous, from the 12-volt deep cycle batteries that would power it. To even begin to build such a monster of an incoming battery system, you would have to use 1/0-gauge (that's one ought) wire for the main backbone, which is 1/3-inch in diameter (8.3mm) on each post connection. Considering that would then require two batteries per post input, you would have a serial-parallel circuit of at least 2-batteries in parallel feeding into each post, it would require at least 8-deep cycle batteries to power this inverter (at minimum) to it's rated capacity. At 100-amp discharge rate per battery, the inverter would completely drain each and all batteries in less than 5-minutes (reference: Peukert's curve data relative to 110-AH rated deep cycle batteries).

So, to reduce load to manageable levels that a battery could actually survive (approximately 20-Ah drain per), it would require 50-BATTERIES (we're talking car-sized deep-cycle batteries, set up in a massive array) just to feed this thing so it can run for an hour or so.

The feasibility of actually using this device to its maximum design capacity would therefore cost around $7500 in deep cycle batteries and $1200 for the inverter, or about $8700 total. Cost comparatively, you can get a very nice 10kw Diesel Generator for less expense, that will last for many years after this has eat you out of house and home, batteries, and burned itself up.

This device is for very specific and niche applications, such as solar or wind power arrays, multiple DC power in-feeds, and specific indoor applications where petroleum exhaust is not possible. It is NOT the most efficient means for alternative power applications for most users. Amazon offers much more applicable power sources by searching for 'GENERATOR'.

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I would like to know if the product carries 220 because i am looking to buy it and i really need to know more about it