Window AC / September 17, 2018 / Francoise Salmons.
These extenders will fill the space between the unit and the edges of to keep air from leaking out. Youre now ready to open the window from the bottom pain and have your helper raise the A/C into position. Rest the A/C on the window sill and slide the extensions out to fill any gaps. Check the instructions provided with your A/C for the what the correct placement is for your specific appliance. Most air conditioning units should tilt outward to drain any condensation that may accumulate on it. Finally you will fasten the brackets and lower the window pain back to the top of your machine. Sometimes it is wise to fasten the upper window pane in place to avoid movement of your A/C.
Have everything ready and laid out before you have unpacked. Have the screen removed from the window. Remember that these only work for windows that can be pulled up. Ones that crank out will not open wide enough nor will they have anything to hold the air conditioner steady. Open up the window as wide as it can go to give yourself a little extra room to work. It is helpful if you have someone there to push down the top sash when the time comes. Make sure the air conditioner is facing the right way. The front which should be inside the room should have the dials and the cord to plug into the wall.
To help make that decision more clear I will explore some of the positives and negatives of the two major options. Ductless split type units are also becoming more of an option. I will do another article on that option. To include that in this article would just be more confusing. So for now we will just look at window air conditioners and central air conditioning. Central air conditioning is the best way to go if you already have a central hot air heating system already installed in your house or building. The advantage that you have is that you already have the air handler or blower part already installed.
The answer is It depends on the wall thickness. Sleeve specifications for some window air conditioner manufacturers include the maximum wall thickness before it will cover part of the louvers. For example Amanas 18000 BTU models have a max of 8.5 inches. If the wall thickness is at or below that these models can be used in as a wall air conditioner without adversely affecting function. So whats the problem if the wall covers a little of the louvers? Two things: 1) restriction of air movement and therefore reduced efficiency and 2) these units pull air in very powerfully. Cut wall edges could become loose allowing material to be sucked into the unit and potentially causing damage.