I had this really scary notion of how hard it would be to put a new external outlet on the Lair’s addition. But thanks to commenters, it turned out quite simple…

It’s not flush but who cares? It’ll be sealed far better than the old one ever was.
And now I paint.
















































Yes, I know, it’s an outdoor-rated arrangement.
Still, if it were mine, I’d affix a flap of something like innertube across the top that would hang down and shield the whole thing . . . just because.
Would it look jakey? Probably. And I’d worry not about that.
Joel is using the standard sort of outdoor outlet cover. It’s designed for occasional use only, and is perfectly fine for that service, but you’re asking for trouble if you leave something plugged in during bad weather. There is another (newer, more expensive, and bulkier) style called “while-in-use” that allows you to more or less permanently leave something plugged in.
http://www.homedepot.com/p/1-Gang-Extra-Duty-Non-Metallic-While-In-Use-Weatherproof-Horizontal-Vertical-Receptacle-Cover-with-Wasp-Guard-Clear-CKPM/203984705
Glad you posted that, was going to ship you the exact same thing from the spares bin, so now I just have to find other “necessities” for ya.
Could your battery pack accommodate this:
http://www.abt.com/product/90661/Frigidaire-5-000-BTU-11.1-EER-115V-Window-Air-Conditioner-FFRA0511R1.html
to give you a chance to cool the Lair down for a couple of hours before you go to bed?
Mark, at 450 watts that’s a mighty thrifty air conditioner. But the specs don’t mention what the startup surge on the compressor pulls, and I’ll bet it would exceed the capacity of my 600 watt inverter.
At four amps, though, I probably could run that for a couple evening hours without killing the batteries. Unfortunately short of lots of math there’s only one way to find out for sure.
Two hours would be about 1 KWh, or about 83 amp/hours out of your batteries. Yes, that’s probably doable if’s been a sunny day.
(I am totally impressed, I used Google to do the math 1000/12. Google served me the answer, along with TWO links to folks selling inverters! That was no accident, and Google is getting to be too damn smart.)
Just sent them an e-mail asking them the startup current draw for that model. BTW, is the 600 watt rating peak or continuous? Startup would generally be charged against peak, and nominal inverter rating is usually continuous…