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about us
Style Air is a family-owned West Australian Air Conditioning company, committed to putting our customer's comfort at the forefront of our business.
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At Style Air, we pride ourselves on delivering outstanding customer service and we do this by using genuine parts from all the leading air conditioning brands. This ensures high quality service and peace of mind for our customer's in their homes, offices and workplaces.
Our director Nathan commenced his trade in Air Conditioning after he completed high school in 2004. Since then, he’s gained experience in all facets of the HVAC industry from residential service, repairs and installation to commercial chillers, cooling towers, hospital ventilation systems and shopping centres.
With his vast knowledge and genuine care for his customers, Nathan and the team at Style Air are the experts you can trust when it comes to your heating and cooling.
Frequently asked questions
Style Air services all air conditioning heating and cooling needs across metropolitan Perth and areas of regional WA from Joondalup in the north to Busselton in the south.
Style Air is located in the southern suburb of Leeming however we service all areas from as far north as Joondalup and as far south as Busselton and Dunsborough!
Style Air designs, sells and installs evaporative air conditioning, ducted reverse cycle air conditioning, and wall hung split systems for both heating and cooling in Perth. The company supplies quality air conditioning brands including Daikin, Mitsubishi, Panasonic, Fujitsu, Hitachi, Actron, Samsung, Breezair, Braemar, CoolBreeze, and all other top brands.
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Style Air recommend that your unit is serviced on a regular basis this has been proven to reduce the risk of failure of plant equipment and maintain the efficiency of the overall system.
For equipment subjected to heavy usage, a twice-yearly service is recommended, whilst units subjected to lighter usage should be serviced annually.
Air conditioning essentially cleans and dehumidifies (removes excess moisture) and keeps a set temperature constant. Each air conditioning unit has a compressor which circulates a liquid refrigerant.
The compressor moves the refrigerant from an evaporator, through a condenser and expansion valve, back to the evaporator. The evaporator is in front of a fan that pulls hot, humid air out of a room. The refrigerant makes the hot air’s moisture condense into drops of water, removing the heat from the air. Once the water is removed, the cool air is sent back into the room.
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We recommend operating on 22 degrees in winter and 24 degrees in summer. Every degree that you increase in winter or decrease in summer changes your energy efficiency use by 10%.
Some systems are controlled manually, others by infra-red remote control and even via wifi from a mobile device. Split systems, for example, have an infra-red remote control with functions to control temperature settings, timers and fan speeds and heating/cooling/fan modes.
Ducted air conditioning systems are controlled generally through a centrally located wall mounted controller. This unit controls temperature settings, fan speeds, modes and timer functions.
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A ducted system is designed to cool more than one room within your home. The indoor fan coil unit is situated manually in the ceiling space and is connected to the outdoor condensing unit. Individual outlets are situated in each room with the cooling unit controlled by a central controller.
Unlike the ducted system, the split system is primarily designed to cool only one room.
If you want to cool an entire house then a ducted system is the best option. Ducted systems are less obtrusive than wall mounted split systems and have the ability to efficiently cool large areas.
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Zoning allows temperatures to be varied in certain areas of a house. This is done through the use of zone controls in the ductwork in the ceiling space. For example, a two-storey house may have an upstairs and downstairs zone, commonly called a day/night zone. A larger house may have four or five zones.
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The size and design of a ducted cooling and/or heating system depend on a range of factors:
· Your home’s floor plan: How many levels are there? What are the dimensions of the rooms (including ceiling height)? Which direction do the rooms face?
· The size, position and orientation of windows and doors.
· The type of construction (for example, weatherboard or full brick).
· The level of insulation.
· The number of people living in your home.
· The main use of the area (for example, sleeping, living, cooking).
· The ceiling cavity space – slimline systems are available for homes with small ceiling spaces.
· Outdoor spaces – The outdoor compressor unit(s) should be installed somewhere where noise won’t be an issue (for you or your neighbours).
· Large systems may require a three-phase power supply.
Style Air can design or recommend a system for your individual situation.
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Reverse cycle refers to a system that can be switched to either heating or cooling depending on environmental conditions. Most modern units have a reverse cycle function.
Reverse cycle advantages:
· Economical form of heating
· Heating and cooling from one main unit
· Unit stays cool to the touch, even when heating
· No exposed metal elements or flame
· They dehumidify and filter the air
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A new innovation, an inverter is quieter during operation and more energy efficient than a conventional unit.
The finely tuned operation of the inverter allows quick cooling or heating and less temperature variations in a room. It uses a variable speed compressor.
Inverter technology advantages:
· Significant energy savings
· Quiet operation
· Quickly reaches desired temperature, with less variations
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Style Air is experienced in determining the cooling and heating requirements for home, office and light commercial buildings. As air conditioning specialists in ducted, evaporative and reverse cycle air con we can explain all the options and recommend a system suited to your individual needs.
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1. When operating an air conditioning system that utilises the zoning technique, remember the system has only a certain capacity, therefore the idea is to air condition the areas you are in all the time. With this in mind, it then becomes prudent to habitually close the doors that lead to a non air conditioned area, thereby reducing the total area being subjected to air conditioning. This will enhance the effectiveness of the machine.
2. You will notice that the Return Air Grille is normally located in a central position in the building. It is important to encourage the airflow towards this grille. This grille is drawing the total air capacity of the system through it and therefore requires unrestricted airflow. Depending upon the building you may need to open or close doors around this area to keep the air flowing to this grille.
3. The Return Air Grille in most cases also contains an air filter. This air filter, depending on the system usage and other air quality factors will need to be cleaned regularly. To do this, simply open the grille and slide out the filter. In most cases it is best to hose the filter clean, although some people prefer to vacuum the filter. Remember, regular cleaning of the filter will improve the system efficiency.
4. The condensing or outdoor unit is located in a position to best suit the building and the occupants. It is important to maintain cleanliness around the unit, for example sweeping away any build up of leaves or general rubbish is generally all that is required. It is critical to not inhibit the airflow coming from the condenser, other equipment or general garden paraphernalia should never be stacked on or leant against the condenser. Similarly if a garden is developing around the condenser, this can be an advantage as some of the sound from the condensing unit will be absorbed, although a robust bush can block the air flow so consideration should be given to this, it is also imperative to keep the condensing unit accessible for servicing purposes.