Portland Air Conditioning & Refrigeration – People who are too hot are usually not very productive. We generally don’t have very hot and humid summers here in the Pacific Northwest, but we do have a few strong months above 80 degrees. A hot kitchen, a crowded room or a closed office drains our reserves and makes it difficult for everyone to work.
Whether you’re looking to make your home comfortable or want to provide a cool oasis for your employees and customers, installing air conditioning is an investment in better health. In this audio tuning guide, we’ll cover all the major topics:
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Willis Carrier invented the first modern sound system in 1902. Willis’ invention led to an increase in production and became the beginning of summer blockbusters.
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Popcorn and a frozen movie theater – there’s no better way to freeze! People quickly realized that good control of temperature and humidity in the home offers great benefits. Everything from shopping malls to homes has become a place where people can enjoy a peaceful life.
An air conditioner has three main components: a compressor, a condenser coil, and an evaporator coil. They also have a special chemical called a coolant that circulates through the system to absorb and dissipate heat. Working together, these three components change the refrigerant from a gas to a liquid and quickly back to a gas.
Alcoholic beverages have high energy – the energy to return from liquid to gas is very easy, which makes them very useful in air conditioning systems. From high school chemistry (or boiling water on the stove) you know how liquid water evaporates into a gas – steam – when heated to the right temperature.
The same is true of alcoholic beverages – when they are in water, they absorb heat, turning into gas. In the cooling system, the refrigerant is forced back into the liquid and expels heat outside, and back into the house to take more heat to remove.
The World’s First Air Conditioner Was Invented In Brooklyn In 1902
In order to cool the interior of a house or building, the internal heat needs to escape. It seems simple. And in a way it is. This is the function of the blower and the evaporator. As the warm air in your home blows through the evaporator coils, the refrigerant in the coil absorbs the heat, turning it from cold water into hot steam.
This process all happens quickly, cooling the air in your home as the hot vapor refrigerant discards the exhaust heat through the compressor and condenser.
The job of the compressor is exactly that – to compress or increase the pressure and temperature of the refrigerant gas. The compressed hot gas is then sent to flow through a condenser where condensation takes place. The heat is dispersed into the air, usually with the help of a fan, and the refrigerant gas is returned to liquid state to start the whole process again.
Let’s take a step back and look at the whole process in motion. The thermostats in our homes are the central brains of the operation, telling the system when to raise or lower the temperature. When the thermostat detects that the ambient air temperature is too high, it sends a message to the system to start the cooling process.
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A fan draws warm air into the air duct, where it passes through a filter system that removes airborne particles such as dust and lint. The filtered warm air then flows over the evaporator coil, where the refrigerator absorbs heat and cools the indoor air. A fan then pushes the cold air back through the ducts to the different rooms.
At the same time, the refrigerant is converted to gas and goes outside, where the compressor compresses the gas and sends it to the condenser coil. Here, the fan disperses the heat to the outside air and the refrigerant turns into a liquid and back again.
Willis Carrier’s reason for creating the cyclone was to control humidity. Carrier was challenged to find a solution to the humidity problem plaguing New York printers. Moisture has caused poor production quality, lost production days and threatened production schedules. In addition to causing printing and manufacturing problems, humidity – water vapor in the air – prevents our bodies from regulating our body temperature.
Fortunately for us, Carrier has taken up the challenge and today’s air conditioners are the result of the original goal – dehumidifying rooms by cooling the air, which makes the space cooler for the skin. . Modern air conditioners come in a variety of styles and sizes to help regulate the humidity and temperature in your home or business to keep everyone cool and comfortable.
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The type of air conditioner that’s right for you and your home depends on many factors – its size, location, and how you use it. Let’s take a look at the main types of thermostats and the advantages and disadvantages of each.
As the most common type of system in the United States, central air is great for those who have larger homes and want to ventilate several rooms at the same time. The ducting system throughout the house keeps the whole house uninterrupted, without any hot or cold spots. This system also uses an air filter to improve indoor air quality and remove dust, pollen and airborne particles. Central heating works with existing furnace systems – no new ductwork required.
Central air is more efficient and quieter than room air. By spending less money and focusing well – in less space, the central air conditioning system keeps your home decor clean.
A ductless mini-split system works like a basic system, but without the ductwork. The split system has two components – one outside the house and one inside the room. Since there are no pipes, each device must be installed in each room.
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When considering a system for your home, the need for ductwork is often the deciding factor. These ductless heating systems tend to be more energy efficient and easier to add to older or smaller homes that don’t have room for ductwork.
A heat pump combines heat and air in one unit. There are several fuel options for heat pumps – gas, electric and bi-fuel. A heat pump extracts heat from the outside air to heat your home and reverse the process of cooling your home. Heat pumps are ideal for areas with mild climates.
As a source of heat (air is free!), heat pumps can’t be beat. But when it’s cold or low, you need a backup heating system. If you have very cold weather in your area, a heat pump is not a good choice. Investing in a heat pump can help you save money on heating costs and allow you to heat with renewable electricity.
The first step in choosing an air conditioner is to determine what you want to spend and the effort to put into its installation. If you are in an older home without ductwork, this may be the solution. For new homes, you’ll have the luxury of structural design before building. If you are replacing an old system, make sure the new system has a good warranty and is professionally sized for your home.
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And adequate cooling. An air conditioning system that is too small will not make your home comfortable on the hottest days, and an air conditioning system that is too large will not remove the humidity.
It may seem counterintuitive, but when a large system goes on and off too often, it doesn’t completely soften your home, keeping it stuck and irritated.
Improper conditioner will use more energy and wear out faster. As a general rule, you need 15 to 25 BTUs of cooling power per square foot. However, there are many factors that lead to enlargement so it’s best to talk to a professional – it’s their job!
You can do the math to get the basic information you need when you talk to a professional. Recommended BTUs vary based on ceiling height, windows and doors, insulation and how much sun your home gets, but you can figure out the general basics with some simple math.
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No one ever answers how much a new line of credit will cost. Prices vary by geographic area. In the Northwest, a central heating system can range from $5,000 to $10,000. Because your system will affect your bills and comfort for years to come, a trusted HVAC expert will help guide you to the best system for your home.
If you are adding a system to your home, we strongly recommend checking your ducts. Depending on what’s needed – leaking pipes, animal damaged pipes, small or large pipes – repairing existing pipes can increase the cost from $1,500 to $5,000. Remember that life is about
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