14,000 BTU Portable Air Conditioner with Remote Control - Black 14,000 BTU Portable Air Conditioner with Heat 10,000 BTU Portable Air Conditioner and Dehumidifier Function with Remote in White 14000 BTU Portable Air Conditioner and Heater, Covers 700 sq. ft. of Cooling and Heating Space HL Series 14,000 BTU Portable Air Conditioner with Remote Control - White/Gray 10,000 BTU 3-Speed Portable Air Conditioner for 400 sq. ft. 14,000 BTU Portable Air Conditioner for 450 sq. ft. 14,000 BTU Portable Air Conditioner with Remote Control in Black and Silver 8,000 BTU Portable Air Conditioner 10,000 BTU Portable Air Conditioner with Remote Control in White 12000 BTU Portable Air Conditioner and Heater, Covers 550 sq. ft. of Cooling and Heating 14,000 BTU 600 sq. ft. Cool Only Portable Air Conditioner, 110-Pints per Day Moisture Removal in Dehumidification Mode 14,000 BTU Cool and Heat Portable Air Conditioner with 110 Pints per Day Moisture Removal in Dehumidification Mode

12,000 BTU 3-in-1 Portable Air Conditioner with Remote Control 9,000 BTU Portable Air Conditioner with Dehumidifer and Remote 14000 BTU Portable Air Conditioner with 3M Silvershield Filter 14,000 BTU Portable Air Conditioner with Dehumidifer and Remote 10000 BTU Portable Air Conditioner Covers 500 sq. ft. of Cooling 12,000 BTU Portable Air Conditioner and Dehumidifier Function with Remote in Gray Portable Cooling Unit or Air Conditioner 3.4 kW 120-Volt 60 Hz 12K BTU HL Series 14,000 BTU Portable Air Conditioner with Heater - White/White HL Series 14,000 BTU Portable Air Conditioner with Remote Control - White/White 14,000 BTU 115-Volt Portable Air Conditioner with Remote in White and Gray 10,000 BTU Portable Air Conditioner with I-Feel Temperature Sensing RemoteWritten You would need to realize that the space being cooled and the space the A/C unit rejects its heat into must be separated.  How this is done would be upto you.  If you want an extra hot bathroom and cut a hole int he wall and put the "outside" end of the unit in the bathroom then you can heat it up, and cool the space on the other side of the bathroom. 

Otherwise you would need to somehow surround the "outside" section of the a/c and transfer its heat rejection and airflow to a place you don't mind, like pipe it outside, or into the attic, or the basement or something.Heat laws are heat laws.  It transfers the same whether in a window shaker, an expensive chiller, or from a stove to a frying pan.  best buy ac unitsIt is not magic and bringing the AC unit indoors will not magically work, there is a reason they are mounted in windows.  package ac unit pricesThey reject heat from indoors to outdoors.  how much does an central ac unit costJust like a stove to the pan, and from the pan to your food.  The AC unit is a medium of technology and mechanical components to transfer heat. Written You may be able to rig up something whether the compressor-side air intake and exhaust are piped outside, but the efficiency will be low and you may risk burning out the compressor by working it too hard.

If you want something you can install in a small opening, you might consider wheeled portable AC units which come with a flexible duct.If you're still determined to try it, note that window AC units have two sets of air intake & exhaust:the "inside" side that takes air from inside (usually through a large filter on the front), cools it, and blows it back insidethe "outside" side that takes air from outside, heats it (with the heat removed from the cool side) and blows it out the back.On a typical window AC unit the "outside" air comes in through vents on the side and top of the unit and is blown out the coils at the back. So you will need to make sure both of those parts are getting the airflow they need. And they can't be the same duct, or else you will just get super hot air re-circulating through the unit.Written As you aware Window unit air conditioners are installed in an open window. The interior air is cooled as a fan blows it over the evaporator. On the exterior the heat drawn from the interior is dissipated into the environment as a second fan blows outside air over the condenser.

A large house or building may have several such units, allowing each room to be cooled separately.Written I'm unsure of the nature of this question but yes you can.  You can for example cut a hole through your bedroom door and install it through the door.  The back would be facing the rest of the house and you would make your bedroom super cold.  While at the same time dumping the heat into the rest of the house instead of outside.Written it depends very much on the nature of the rooms. But 9 out of 10, the situation wont be a feasible one. If your inside room has one of its walls adjacent to some crawl room or some unused room which is itself well ventilated then yes you can. But most set ups of inside rooms  they wont permit this. Just as a matter of interest what inside room could that  be?Celebrate Air Conditioning Appreciation Week with this gallery  from Magnum Photos. Ever wonder about the water that drips down from air conditioners as an unwelcome sidewalk surprise when you’re walking to work?

In 2011, Forrest Wickman looked into the reason why ACs are so leaky, and if there’s anything unsanitary about the water that’s dripping down on you. The original article is reprinted below. Walk down any city sidewalk on a hot summer day, and you're bound to get wet—and not just when it's raining. Water drips from window AC units, especially on muggy days, and this unpleasant drizzle can fall into your hair or even onto the lip of your morning coffee cup. Is all that dripping water sanitary? Yes, as a general rule. Most of the dripping from air conditioners is just condensed water vapor that comes from the air inside the building. Window air conditioners are designed to drain this water from the back, raining it down on any unsuspecting pedestrians below. In most ways this water is exactly like rain (which also forms from condensed water vapor) or the moisture that collects on a cool can of soda, and it's typically no more harmful. However, in rare cases small amounts of water can be left to stagnate inside the air conditioner, making it a breeding ground for bacteria.

On a hot and humid day, a window unit can drip up to 2 gallons of water, which accumulates on its evaporator coil as it cools and dehumidifies the air. (Very little condensation gathers on the exterior side of an AC, which tends to be warmer than the air around it.) This coil, like many plumbing pipes used for drinking water, is made of copper (which is also what makes air conditioners so heavy), and it's much cleaner than you might expect from looking at a dusty AC filter. While copper can be unhealthy in high doses, the condensate from air conditioners seems to be low in minerals and dissolved solids. In a properly functioning air conditioner, the water drips down from the coil into a condensate pan and then exits the unit through a drain or tube. However, a clog in this drain or tube can leave a puddle to accumulate inside, which is an ideal environment for many types of harmful bacteria. In particular, a 1976 outbreak of Legionnaires' disease was caused by bacteria that spread out of the air conditioning system at Philadelphia's Bellevue-Stratford Hotel.