The fun answer to the query of how does your air conditioner work is ‘very well!’ Understanding the mechanics of your residential air conditioner is essential for those summer days when the system isn’t working well or at all. Although seemingly complex, air conditioners are made up of three main components and the larger whole mimics in performance a simple home refrigerator.
The three most important parts of an air conditioning system are the compressor, condenser, and evaporator. The compressor and condenser are typically found outside the home while the evaporator is found inside, normally with the furnace. A series of pipes and chemicals work with these three parts to moving hot air out of our house and to pump in the cool air.
The chemicals used easily convert from gas to liquid to facilitate the moving of cool and warm air in, out and around the home. The working fluid makes its way to the compressor in the form of a cool gas in a low-pressure state. The compressor does just that; it compresses the gas into a hot, high-pressure gas. Then the gas makes it way through the compressor to the condenser.
The condenser is made up of metal fins, like those on a car radiator, and these fins help spread out the heat, cooling the gas and slowing it down to a liquid form. This now slowed down, and liquid form chemical is now much cooler than it was when it first entered the condenser as a hot, high-pressure gas. The condenser is connected to the evaporator via a small opening.
The small opening that connects the condenser and evaporator is crucial, as the narrow opening forces the liquid through and drops its pressure even further. At this point, the liquid begins to evaporate into the form of gas. While evaporating and becoming a gas, heat is taken from the air and the gas goes over the evaporator’s fins, which extract more heat and the chemical returns to the compressor to start the process again.
Connected to the evaporator is a fan that circulates air inside the home as well as blowing air over the evaporator fins. The warmer air rises and the cooler air settles. Via a vent, warm air is sucked into the air conditioner’s ducts to the evaporator. The warm air cools the gas in the evaporator (from the compressor to the condenser to the evaporator). The hot air is removed, and the cool air has circulated the house. Typically, ducts a floor level blow the cooled air through the house.
This process continues until the thermostat measures the internal temperature to be the one set by the owner. Understanding how your air conditioner works will make you more aware of odd noises, longer than usual cycles or other signs that something may not be working properly with your system.
Getting The Right Air Conditioning System.
If you are thinking about having air-con fitted, then you’ll be wanting to make sure you have the right system, from the right manufacturer, that meets your wants, and is fitted correctly to meet the pertinent standards and building rules.
1. You will need to ensure that the aircon installation team will be well placed to work with your designers and building and civil engineers to make certain that everyone knows what’s concerned, and what’s predicted.
2. You’ll be wanting to make certain that you select the most suitable system that meets your heating and ventilation wishes instead of just selecting one based entirely on cost.
3. Your air con system will have to meet your needs, for both now and in times to come. You will not be contented if you grow beyond your system or realize that it isn’t appropriate just one or two months after installation.
4. You will need to get the very best worth for your financial position and still ensure you get the right system. The designing process will make sure you understand more on the different systems and configurations and what’s involved.
5. You’ll have to be in a position to select systems from the number one makers. If you’re restricted to one brand, you’ll have to reach a compromise and so not get the features you want, or pay for extra features you will never use or need.
6. By following CIBSE (Chartered Institute of Building Services Engineers) recommendations, your installation team will make sure that your heating and ventilation needs and capacity are right.
7. You will desire your air conditioning system to be as energy-efficient as practicable. Because more recent systems are rather more effective and efficient than older ones, they’ll save you time and cash together with the planet.
8. The quantity of noise and the kind of the system you select might be important factors for you. You will not need a cumbersome system that becomes the focus of attention in an office, and a noisier system may not make a contribution in a busy factory with plenty of machines.
9. You’ll want to make sure that your system can be expanded to meet your future requirement too. Your office or shop layout may change as you take on new employees or more computer servers, or your factory might get new machines and need more cooling and ventilation.
10. You will need to make certain you select a pro firm to install your aircon so that you can make sure that you’re getting all that you need, and nothing you do not need. You will also desire a that any interruption to your business is kept low.
Ensure proper ventilation, air conditioning service’s outdoor unit is clean and free of debris. While everything else about an air conditioning service requires a licensed technician, this is one time a homeowner can do this themselves. Remove the cover, and clean off any dirt, grass clippings, and other debris with a hose. Also, replace the furnace filter on a regular basis, to avoid months and months of buildup, which can often reduce the airflow and effectiveness of an air conditioning service.
Maintaining good indoor air quality helps people stay healthier as well as more comfortable, and it all starts (and ends) with a properly functioning air conditioning service. It is important to find an experienced air conditioning service technician who takes indoor pollution very seriously, and can offer a wide range of products, services, and solutions designed to optimize a home’s air quality to keep the homeowners breathing safe and strong.