Making A Homemade Air-Conditioner

Here a manner cheap and simple to establish a climatic device of air-conditioning by using the simple articles of household. To establish the unit, the articles and the materials which you will have need are: Nails out of wooden of · of saw of circular of · of metal container of · of · of ventilator of · (of the pieces of 2x4) (such as refuse capacity, roughly 15 inches of large by 13 Po. of diameter) and a repair out of metal aluminium of · of hammer roll, thin sheet (18 inches X 5 pi, available as standard size to a store of material) the ventilator which I used is roughly 8 inches diameter. This diameter will harshly dictate the size of the opening for the conduit (but the size of ventilator is not critical). This opening will be made pieces of 2x4.If which you would like to see of the images of the air-conditioner makes house with the explanation included, then feels free to visit my Web site. The bond is at the bottom. The use of the saw of circular (taking care to carr! y auditive protection of eye and and after sure procedure) cut pieces of 2x4 and nails together them to make with 18 inches X the reinforcement of 8 inches (the external size is 18 inches, and the opening is 8 inches broad). The aluminium roller will attach to this reinforcement, to form a conduit in spiral. To form the conduit in spiral to align the end external of the aluminium roller with one on the sides of 18 inches of the reinforcement of inch 18x8, such as the interior surface of the bearing touches the side of the reinforcement. To adjust alignment so that the edges of the bearing and the reinforcement are levelling, and then to nail them together. Now, to align the other end of the bearing on the other side of the reinforcement, such as surface external of the bearing touches the side of the reinforcement. Again, to ensure themselves that the edges are levelling and to nail them together. You should now have a conduit formed in spiral. After, to put the container o! ut of metal inside the conduit in spiral, by adjusting its pos! ition an d that of the opening so that breath harshly tangentially after the container on its way inside, and with the part sufficient to leave. Now, to fill container of cold water and to put much ice in him. The temperature of water should fall with a few degrees above zero. The outside of the container will quickly become fresh, since metal is an excellent conductive of heat. To finish, to place the ventilator in front of the opening, and to put a sheet or that which you have (who is used as lid) on the conduit, on the basis of a small opening so that the air blows out of, after manufacture in its manner around the conduit. You can also want to seal part of the opening above the ventilator with an old newspaper so that there is no useless space above the ventilator where the air can escape before being cooled. It is a rough design for sure, but it takes account of the easy end-agreement, before making something more permanent. Now, to connect the ventilator and the outgoing air sh! ould be fresher. My own unit I measured the outgoing air as 2 or 3 degrees of Celsius cooler that the entering air (I used a numerical thermometer of kitchen to measure). The ice in the container should last a few hours, and when you are made you can empty water in bottom of the drain. The advantage of this design is that you use the whole surface of the metal container to cool the air. Dimensions and the sizes I employed work together well. But naturally, much of variations are possible. A part inclines: · You can put salt (NaCl) in the container with the ice. Because of the endothermic reaction between salt and water, you will obtain another fall in the temperature. It can be a useful experiment, to see how much salt to be added to obtain a fall of target in the temperature. The · placing the speed of the propeller on bottom rather than high can have as consequence an outgoing fresher air since the air remains in contact with the cold container longer. the ailerons Well-p! laced by · inside the conduit can help to improve time of flow! and mix ture, of this fact improving the quantity of cooling. It would be a good project for future work. · In winter you can make blocks of the ice outside, and store them in your freezer for when you need them of be. I appear that to defer you these really hot days which you have need for around 30 blocks of ice, inches each 4x4x8, and a block for each meeting. To remember, this is free ice and you will not charge your freezer. The Norman one of Vittorio explains how to make an air-conditioner made house, on its Web site with source 2007 of Vittori o NormanArticle de © de http://assortedtips.blogspot.com/2007/08/making-homemade-air-conditioner.html : http://EzineArticles.com/?expert=Vittorio_Norman
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