Ducted Reverse Cycle Air Conditioning: How Does It Work?
Imagine spending your day cleaning your house while feeling the sun’s scorching heat on your entire being. It doesn’t feel right! That is why many homeowners are installing air conditioning to enjoy the comfort of a liveable home.
With Australia’s unpredictable weather, it is not surprising why more and more people are investing in air conditioning owners. And it is quite noticeable that most Australian homeowners prefer ducted reverse cycle air conditioning. Its ability to cool and heat multiple rooms makes it an obvious choice for any homeowner.
How Does a Ducted System Work?
Do you think installing a ducted system in your home is the best option, or will you follow the crowd? Let’s look at the science behind ducted reverse cycle air conditioning to learn more.
The Characteristics of a Ducted System
There are two components in a ducted air conditioning system: indoor and outdoor. These two works together in the unit’s thermodynamic cycle, known as the refrigeration cycle. Depending on the weather, it makes an alternate pressure change. In other words, it absorbs and expels heat through a network of ducts and vents.
The Reverse Cycle Ducted System Components
As previously stated, ducted air conditioning uses refrigerant to change the temperature of the air. That is why it can change temperature whenever necessary. And with the refrigerant present, the transition between two states (gas and liquid) occurs, recycling the air in your home for heating and cooling.
As you can see, a refrigerated cooling system is nothing without its components. Hence, knowing more about each component allows you to better care for your unit and prepare for required maintenance.
Continue reading below to learn about each component required for the refrigeration process:
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Ductwork
Every ducted air conditioning system, including the reverse cycle system, relies on a network of vents to distribute air temperature throughout the home. Simply put, the ductwork distributes warm or cool air to each room.
And to maintain the efficiency of your ducts and vents, you must clean them regularly. They provide thermal comfort and good indoor air quality to your home when properly maintained.
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Evaporator and Condenser Coil
Ducted reverse cycle air conditioning uses two coil systems to deliver cool and warm air to your home: an evaporator coil to absorb heat and a condenser coil to receive the heat. The warm fluid is cooled under high pressure in the condenser and released outside.
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Refrigerant Piping
This transport channel moves the refrigerant fluid from the evaporator coil to the condenser coil.
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Return Air Filter and Fan
Return air filters remove unwanted particles or dust from your home so that you can breathe fresh air. After the air filter receives air from the outside unit, the fan uses its blower to propel warm or cool air into your duct or vent.
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Thermostat
The thermostat is the device you use to control the temperature of the air inside your home. It also detects temperature changes to keep your home at the desired temperature, allowing the system to adjust the temperature as needed.
The Ducted System Zones
The zones in your home include your living room, kitchen, bedroom, etc. You can cool or heat these spaces independently when you install a ducted air conditioning system. In other words, you have the freedom to set the temperature in a specific area of your home.
For example, if you want warm air to circulate in your kitchen, you can do so with zoned ducted air conditioners. You can also blow cold air into your bedroom whenever you want to.
The Reverse System
When you want to optimise your home’s temperature, all you need is a ducted reverse cycle air conditioning system. The process involves cooling to heating and vice versa in your home through the air conditioning components, such as the fan and refrigerant.
In addition, you control the reverse process via the following:
- centralised control panel;
- multi-room application;
- and air-conditioned zoning system.
That is to say, you won’t be forced to turn off your air-con when the cold strikes because the system can convert your air into a warm temperature. And its efficiency does not end there; it also seamlessly offers a quiet sound for every family member.
The Benefits of Using Ducted Reverse Cycle Air Conditioning
Now that you understand the nature of ducted air conditioning systems, let us discuss some of their advantages below.
- There are no bulky components;
- You can immediately change house temperature;
- Visually appealing but not overpowering;
- There is no danger or harm;
- You can hide your aircon unit away from children; and
- They are designed with components that improve the overall efficiency of the equipment.
Takeaway
Because ducted reverse cycle air conditioning is not built like standard air conditioning units, you will not encounter the same cycle of equipment problems, such as machine failure. It is designed for the convenience of all homeowners.
While these systems are initially more expensive to buy and instal than other air conditioning devices, the operating costs of ducted air conditioning will compensate for this over time due to its superior quality.
Looking for a Trustworthy Air Conditioning Installer? Contact Gasman!
Do you want to improve the overall comfort of your home? Contact us today to find out how the Gasman team of experts can help you. We have over 25 years of experience installing and repairing all types of plumbing. With decades of experience providing services worth your money, you can be confident that you will work with dependable and prompt professionals.
Working with reputable, licenced, certified, and highly-trained plumbers, specialists, and installers will never lead you astray. Prepare to be at ease with the proper ducted reverse cycle air conditioning installation!
Call us on 1800 GASMAN to speak with one of our knowledgeable representatives. You can also email your questions to contact@gasman.com.au, and we’ll get back to you as soon as possible.