Air Conditioning- The History Of Air Conditioning

It is so easy in the contemporary world to take air conditioning for granted. With the advances in technology is now virtually unheard of for air conditioning not to be used in any group building. in any place where inherent customers are being courted for their business, it would be very unwise to leave them in a state of ultimate discomfort, due to the failure to keep the building's facilities in line with the competition. In government buildings, failure to articulate a comfortable environment would reflect very badly on those who are responsible for the upkeep of the construction and, by association, the department that utilises it.

It has not all the time been this way. Air conditioning was, in days gone by, a hold of the rich. Even as far back as antique Egypt and antique Persia, some form of primitive air conditioning ideas was in use in the palaces of the wealthy aristocrats. These early air conditioning units were based on using water, sometimes in conjunction with cold air, to cool the brickwork of the buildings. This kind of use for a requisite resource such as water, especially in the desert, was extravagant in the ultimate and obviously only available to the ruling classes.

Air Conditioner

The major breakthrough in the history of air conditioning came from the notable British inventor and scientist Michael Faraday. Faraday's explore proved that it was inherent to compress and melt ammonia and then use the liquefied ammonia to cool the air by having it evaporate. It was nearly a century after Faraday, however, that the first serious application of this kind of technology was seen. This was not used to operate the temperature of rooms, but to regulate temperature and humidity in industrial printing processes. Air conditioning technology evolved from this, to be applied in the regulation of temperature in rooms and buildings.

Air Conditioning- The History Of Air Conditioning

The term "air conditioning" did not undoubtedly exist until 1906. Stuart W. Cramer, a textile mill owner, first used it. Cramer had been experimenting with ways to ameliorate the effects of the dry air created by his industrial processes. The patent he filed had used the term in conjunction with "water conditioning", which had already come to be a well-known and often-used term in the textile industry. The new developments that Cramer instigated had a dramatic supervene on the air capability within his factory and, as a direct consequence, on productivity.

In new years, the prestige of air conditioning technology has taken a severe blow. The gases used in the early days of air conditioning were very similar to the ammonia first used by Michael Faraday. These very toxic chemicals were potentially lethal should they have escaped into the atmosphere. It was obviously requisite to try to yield a far safer alternative. The types of gas advanced in the 1920s - chlorofluorocarbons and hydro fluorocarbons - were far safer to human beings and were used in many separate types of air conditioning ideas in the twentieth century. Towards the end of the century it emerged that these gases were harmful to the earth's ozone layer and again the need has arisen for alternatives to be developed. Amid an ever-greater awareness of environmental impact new non-harmful gases have been advanced and many of the old ones have been phased out. The future of air conditioning now looks promising, with ozone harming gases eliminated and a commitment to enhancing the power efficiency of air conditioning systems.

Air Conditioning- The History Of Air Conditioning

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14 Things You Should Know About Air Conditioning

1. My home summer air conditioning bill is bigger per month than the winter heating bill per month. Former air conditioning is less sufficient than heating and natural gas is less costly than electricity.

2. Air conditioners have two motors that use electrical power. The compressor is the motor that makes the refrigerant cool the air. The other motor drives the fan that moves the air. Motors are vigor hogs.

Air Conditioner

3. Every degree that you set your thermostat below 78 increases your air conditioning cost by 3 to 4%.

14 Things You Should Know About Air Conditioning

4. While your Ac is working normally, you should feel the number of airflow from your window unit or register for central units. You need to know what is general to be able to trouble shoot problems.

5. Use a thermometer to check the room temperature and the temperature of the air that the Ac is putting out. The air arrival out of the Ac should be about 20 degrees F cooler than the room temperature. Make a note what the inequity is. This is good trouble shooting data for hereafter use.

6. Air conditioning reduces the water vapor in the air turning it into liquid water. This makes us more comfortable by lowering the humidity in the home. The condensed water will flow down hill.

7. The water is supposed to drain outdoors from the back of a window unit, or to a basement floor drain for central air conditioning. There is a drip pan at the bottom of the window unit. There is a drip pan located under the cooling coil, inside the ductwork above your furnace for central air conditioning. The drip pan is there to catch the water and direct it the permissible drain location. Looking a lot of water going to the right place is very good news. It indicates that your Ac is working as designed.

8. If water is draining to the wrong place, it can make an unpleasant mess. Window units should be tilted so the outdoor end is a minute lower than the indoor end. If it is tilted, too much the wrong way water will drain into the house and make a mess.

9. Water from a central Ac draining down inside of the furnace, will rust the furnace and destroy it before it wears out.

10. If the water is not draining, it will make ice and stop your Ac from working. When the drip pan fills with water ice will start forming on the cold coil. The ice "grows upward" starting at the bottom of the cold coil. As the ice builds up it blocks the air flowing straight through the cold coil. You are likely to be unaware if the problem until the temperature in the house goes up. Given enough time a compound of dust and dirt from the air, will plug the drain. Cleaning the drip pan and drain needs to be part of the pre-season maintenance.

11. How do you know when the coil inside the ductwork is iced up when you cannot see in there? If the fan is running but the airflow is reduced or stopped, it is iced up. See number 4 above.

12. If you do not take corrective action, the Ac will continue to run wasting costly electricity. The ice will continue to build up and the house will continue to get warmer. Performance plan: Turn the Ac off. Let the ice melt. Fix the drain problem. Turn the Ac back on.

13. If the Ac stops cooling but the air is flowing normally, the problem is not ice. If there is good airflow but the Ac is putting out air that is not 20 degrees cooler than room temperature the problem may be due to low refrigerant level in the Ac. See number 5 above. When the refrigerant leaks out the Ac will continue to run wasting electricity. With low refrigerant, the Ac will cool poorly and waste power.

14. What to do if your Ac puts out a general number of air that is 20 degrees cooler than room temperature but the house does not cool down? The Ac may be too small for the job. It needs your help. Performance plan: cut the number of outdoor hot air that is sneaking into the house. Shut off heat producing appliances and old style light bulbs. Close the storm windows and doors. Add more insulation to the attic. Spray water on the outdoor part of the central Ac. Spray water on the house. Make shade for the house. Make shade for the Ac. Buy an additional one window unit. Pack up and move North.

14 Things You Should Know About Air Conditioning

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Air Conditioning- The History Of Air Conditioning

It is so easy in the contemporary world to take air conditioning for granted. With the advances in technology is now virtually unheard of for air conditioning not to be used in any social building. in any place where potential customers are being courted for their business, it would be very unwise to leave them in a state of ultimate discomfort, due to the failure to keep the building's facilities in line with the competition. In government buildings, failure to articulate a comfortable environment would reflect highly badly on those who are responsible for the upkeep of the building and, by association, the group that utilises it.

It has not always been this way. Air conditioning was, in days gone by, a withhold of the rich. Even as far back as ancient Egypt and ancient Persia, some form of primitive air conditioning ideas was in use in the palaces of the wealthy aristocrats. These early air conditioning units were based on using water, sometimes in conjunction with cold air, to cool the brickwork of the buildings. This kind of use for a vital resource such as water, especially in the desert, was extravagant in the ultimate and obviously only available to the ruling classes.

Air Conditioner

The major breakthrough in the history of air conditioning came from the notable British inventor and scientist Michael Faraday. Faraday's study proved that it was potential to compress and liquefy ammonia and then use the liquefied ammonia to cool the air by having it evaporate. It was nearly a century after Faraday, however, that the first serious application of this kind of technology was seen. This was not used to control the temperature of rooms, but to regulate temperature and humidity in industrial printing processes. Air conditioning technology evolved from this, to be applied in the regulation of temperature in rooms and buildings.

Air Conditioning- The History Of Air Conditioning

The term "air conditioning" did not easily exist until 1906. Stuart W. Cramer, a textile mill owner, first used it. Cramer had been experimenting with ways to ameliorate the effects of the dry air created by his industrial processes. The patent he filed had used the term in conjunction with "water conditioning", which had already become a customary and often-used term in the textile industry. The new developments that Cramer instigated had a dramatic corollary on the air quality within his premise and, as a direct consequence, on productivity.

In modern years, the credit of air conditioning technology has taken a severe blow. The gases used in the early days of air conditioning were very similar to the ammonia first used by Michael Faraday. These highly toxic chemicals were potentially lethal should they have escaped into the atmosphere. It was obviously vital to try to produce a far safer alternative. The types of gas developed in the 1920s - chlorofluorocarbons and hydro fluorocarbons - were far safer to human beings and were used in many different types of air conditioning ideas in the twentieth century. Towards the end of the century it emerged that these gases were harmful to the earth's ozone layer and again the need has arisen for alternatives to be developed. Amid an ever-greater awareness of environmental impact new non-harmful gases have been developed and many of the old ones have been phased out. The hereafter of air conditioning now looks promising, with ozone harming gases eliminated and a commitment to enhancing the vigor efficiency of air conditioning systems.

Air Conditioning- The History Of Air Conditioning

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