Air Conditioning in Wick

Several individuals think that the the way their air conditioning system works is simply by pumping hot air out of their homes or offices, blowing a cool air in return. This is absolutely wrong! The hot air is, in fact, cycled back in as cold air and this process continues until the thermostats gets dropped down to the required or set temperature. The air conditioning system manages this in a similar way to how the refrigerator manages to stay cold and of course, excluding the insulated box.

The short and simple answer to the question of what gas an air conditioning use is Freon. This is a non inflammable gas which is subjected to the evaporation process over and over again in most refrigerators to keep the temperature at a low level. This same process is repeated in air conditioning systems. Now let’s take a look at how the Freon gas is incorporated in AC systems.

The cold Freon gas is firstly compressed by a compressor in the air conditioner. The gas is then combined with a little quantity of oil in order to lubricate the compressor. When Freon gas is compressed, the pressure is increased which makes it incredibly hot. It then moves through a couple of coils which works to lowering the heat and turning it to liquid. This Freon liquid will then be transmitted via an expansion valve which causes it to cool down until evaporation takes place. The outcome of this is a low pressure cold Freon gas which is then transmitted via another set of coils allowing the gas to collect the heat and lower the air within the room.

The air conditioner now filters the air and clears out the dust, smoke, pollen and other kinds of air pollutants. The system also absorbs excess liquid from the air too which it uses to cool down the system and pump it through a hose.

What is the essence of calling a place “home”, if it doesn’t guarantee your comfort? A home should serve as a getaway from the chaos outside world, where you can relax and spend great time with your family. However, what makes house really a home goes way beyond simply having a place to live and sleep. It’s a fact that we all love comfort and where else should one be able to get that if not inside one’s home? And that’s exactly where an air conditioning system comes in! However, having a heating and cooling system installed at home provides you with more benefits than just comfort. They also go a long way to ensure provide us with safety as well as a better quality of life within the four walls of our home. In this post, we’re going to look at some of the top reasons why you should get an air conditioning system installed at home.

• A more secure home. More often than not, when our personal space is air conditioned we keep the doors and windows closed which makes it a lot difficult for an intruder to break into the home.
• Reduced possibility of asthma attacks. Since an AC system is able to minimize your home’s humidity and reduce the amount of mold, mildew, pollen and other air borne outdoor allergens, the risk of suffering an asthma attack is greatly reduced.
• Reduced number of pests and parasites. It’s a fact that you can help even your dog fight off fleas with an AC system. Air conditioning filters are a lot more effective in preventing bugs entry into a hme than an open window.

As the heat start to come up especially during the summer months, the swelter will mercifully be kept in check by air conditioning. The technology has made a significant impact on modern life and it can now be considered a norm for all new and modern homes. So if you’re also planning to fit new HVAC air conditioning systems in your home or property, you may also be interested in knowing exactly how it works. In this article, we aim to provide you with an in depth insight into how air conditioning operates. Now let’s take a closer look at the process!

✓ A grille at the bottom of the machine absorbs warm air from the room

✓ The warm air is transmitted over some chiller pipes through which a coolant fluid is circulating. Working in a similar fashion as the chiller cabinet in a refrigerator, this part cools down the transmitted warm air and any excess moisture is duly removed by a dehumidifier.

✓ The air is then transmitted over a heating element which is quite similar to the one present in a fan heater. On a cold day, this part of the unit can be turned up in order to allow the HVAC works as heater.

✓ A fan which is positioned at the top blows the air back through another grilled into the room.

✓ Coolant flows through the the chiller pipes. In the process, it carries heat from the air blowing past the pipes and then it evaporates - converting the cool liquid into a hotter gas. This heat is then transported to the outside of the building from inside the room.

✓ With time, the heat inside the building slowly blows away into the outside air.

When it comes to getting an air conditioning unit for your room, one of the greatest mistakes you can possibly make is purchasing and installing the wrong size in your personal space. In the event whereby you happen to go for an AC unit that’s too small, it won’t be powerful enough to cool your room as you would like. However, when you go ahead to select an oversized AC unit, your room would be cooled relatively quick but will leave the air in your room with excess humidity and consume more electricity as it’s going to cycle on and off which will ultimately cost you more money. As a result, it’s always a smart move to calculate the right air conditioning size for your room before making any financial commitment. In this post, we’re going to consider how you can determine the appropriate unit size for your space. Let’s take a look!

• Take the measurement of the room’s square footage using a tape measure. If the room isn’t rectangular or square in shape, simply divide the room in section comprising both squares and triangles which you can measure.
• Calculate the room’s square footage. For a square or rectangle, simply multiply the length by the width. However if your room is in another shape, you can determine the square footage of the triangular sections by multiplying 0.5 by length and width, and the sum each of the sections.
• Determine the cooling capacity required for the room in question which is measured in British Terminal Units (BTUs)/hour. For more information to determine the BTUs needed depending on your room size, simply visit the United States Department for Energy Star.