Please help me iron out two weird quirks relating to the purchase of an air conditioner, says the Chicago MeFite looking at a 104-degree heat index coming down the pike. (And even if you don't have an answer, check out two simple corollary queries you might be able to help me with at the end.)
I have a 500 square foot studio apartment, which means about 10,000 BTUs. I was all set to buy a particular model until I learned of two problems: the three windows in my main living area are
just narrow enough to screw me, and the window in the kitchen/dining area is not only nowhere near an electrical outlet, it's far enough away that even an industrial extension cord (you shouldn't use normal extension cords with A/Cs) couldn't reach, and even if it did, would be prime tripping material. And the landlord's electrician advises me that there's no wiring anywhere near the window in question, meaning a new outlet can't be installed without gutting a good part of my apartment's drywall.
I'd ideally like to see if I can find a
good, reliable air conditioner that nevertheless fits the physical requirements I need to fit it into one of my living-area windows. The window I need to put it in looks like this:
The first "frame" of the window is 23 inches wide. The next step in measures 22 inches. across. The width of the screen window, when opened, is 19-20 inches. Essentially, this means that I need an air conditioner that installs in a 23-inch window, and is physically no more than 19 inches wide. The physical width of an air conditioner is usually discoverable online, but its installation width is often only in the manual. Amazon has quite a few A/C manuals, but not a comprehensive selection.
A couple of quick notes:
- The installation width is not the same as the physical width of the unit; it's usually larger.
- many air conditioners have a minimum installation width of 24". This will not fit -- unfortunately, that extra inch does screw things up. I know this from experience with a recently purchased twin window fan.)
- If decreased BTUs will decrease the size, I'm open to suggestions. I don't think anything below 8,000 BTUs would adequately cool the space, and I'm not wild about decreasing the BTUs, but, if that's absolutely the only solution ... I suppose I'm open.
- I'm aware of casement air conditioners and portable air conditioners, but they increase the cost significantly from all research. They are a fallback option.
- I'm not willing to put a "normal" air conditioner on its side. I've heard of people doing it and shoring it up with plywood, but my understanding is that not only is it physically unsafe, but it can screw up the way the unit both works and drains.
Now for those corollary queries. Even if you can't help with the specific question above, I'd appreciate (a) casement air conditioner recommendations (with prices and/or links, if you have them handy), and also, (b) the answer to this question: for MeFi apartment dwellers, how do you guys handle storing window air conditioners in cooler weather? Do you leave them in the window with covers around them, or do you store them somewhere in your place (and if so, how do you keep them from getting in the way?
Thanks, guys. (Crammed a lot into this post, didn't I?!?)
There is probably a very slight difference in energy efficiency that 1 bigger unit would achieve over 2 smaller units, and the bigger unit might have features such as remote control that the small units don't, but at the end of the day, BTU's are BTU's. Over the course of the summer, any difference in operating cost is going to amount to maybe $10, worst case, and maybe less if you can cut down to one unit at night.
posted by paulsc at 5:05 PM on July 15, 2006