Ceiling-Concealed Ducted Air Conditioning Costs NSW 2026 - Get Free Quotes

Ducted Air Conditioning Costs in NSW

Ceiling-concealed ducted air conditioning is the most complete way to heat and cool a whole home, with the working unit hidden away and only neat vents visible in each room. The cost in NSW is substantial because it is a major system rather than a single appliance, commonly $9,000 to $18,000 for a standard home and more for a large or multi-zone one, with the size of the home and the ductwork the main things that move the price. A well-sized, well-zoned system that suits the home is worth far more than an undersized or poorly planned one, which is why the design and the installer matter as much as the brand. Ducted is one of several air conditioning options, drawing on the related ducted air conditioning installation and air conditioning installation services. A clear brief on the home and the zones is the surest way to an accurate, comparable quote.

The single biggest thing that sets the price is the size of the home and the capacity the system needs, followed by the number of zones and the difficulty of the ductwork. A larger home needs a more powerful system and more ducting, each zone adds control and cost, and a new build is far easier and cheaper to duct than a finished, double-storey home with a tight roof space. Ducted systems are installed by licensed air conditioning and refrigeration installers working with a licensed electrician, drawing on the related air conditioning services and electrical services. Knowing the size of your home, how many zones you want and whether it is a new build or an existing home is the way to budget for a ducted system. Those three between them shape most of the price. A good installer will talk you through these choices before any work begins, so nothing is a surprise.

How a Ducted System Works

A ceiling-concealed ducted system works by conditioning air at one central indoor unit and distributing it through ducts to every room. The indoor unit, a fan coil, sits hidden in the ceiling or roof space, and conditioned air is pushed through insulated ducts to vents in each room, while air is drawn back to the unit through a return-air grille to be conditioned again, so the whole home is heated or cooled from one discreet system. This central design is what makes ducted so neat, drawing on the related reverse-cycle air conditioning. The indoor unit conditions the air and ducts carry it to vents in every room, with only the vents visible. All the working parts stay hidden in the roof space. Only the neat ceiling vents give the system away. Everything else is tucked out of sight overhead. Only the vents and the controller are on view. None of this is complicated once it is set out plainly, which is what a good quote should do for you.

Most ducted systems are reverse-cycle, meaning they both heat and cool from the same system. A reverse-cycle system is a heat pump that cools in summer and heats in winter by reversing its operation, which makes it an efficient way to provide year-round comfort from a single system rather than separate heating and cooling, and it is by far the most common type fitted in NSW homes. The reverse-cycle design is central to ducted, drawing on the related reverse-cycle air conditioning. A reverse-cycle ducted system both heats and cools, giving whole-home comfort all year from one system. There is no need for separate heating and cooling. One system covers both summer and winter. That is a big part of why reverse-cycle is so popular. One system, two seasons, is hard to beat. It removes the need for separate heaters and coolers. One reverse-cycle system does the work of both, all year round. There is no separate furnace or cooler to run. One tidy system covers the whole year. Summer cooling and winter heating come from the same unit. That single system is one of ducted's main strengths. It replaces separate heating and cooling entirely. One unit does the work of two systems. There is no separate heater and cooler to run or maintain. A single reverse-cycle system covers both seasons. That all-year convenience is a big part of ducted's appeal. That is exactly why it pays to compare installers on the design and the sizing, not just the headline price. Australian air conditioners carry star ratings under the energy rating scheme, and the AS/NZS 3823 standard underpins how their performance is measured.

The outdoor unit and the controller complete the system. The outdoor unit, sited outside the home, houses the compressor and rejects or absorbs heat, connected to the indoor unit by refrigerant pipes, while a wall controller or smart controller lets you set the temperature, choose heating or cooling, and control the zones. Together these turn the hidden ductwork into a system you simply set and forget, drawing on the related air conditioning installation. The outdoor unit and the controller make up the rest of the system, with the controller setting the temperature and the zones. The outdoor unit sits outside and does the heavy work. It is connected to the indoor unit by refrigerant pipes. Those pipes carry the heat in or out of the home. The compressor outside does the work either way. It pumps heat out in summer and in during winter. The same hardware simply runs in reverse. That dual use is what makes reverse-cycle efficient. A heat pump moves heat rather than burning fuel. That is what makes reverse-cycle efficient to run. Moving heat costs far less than generating it. A reverse-cycle system is efficient by design. That is the efficiency at the heart of a heat pump. It moves heat instead of burning fuel to make it. That is what makes a heat pump so economical to run. A reverse-cycle system is a heat pump, so it delivers several units of heating for each unit of electricity, which is what makes it efficient to run.

Sizing the System

Sizing the system correctly is one of the most important parts of a ducted installation, and it is measured in kilowatts of capacity. The right capacity depends on the size of the home, the layout, the ceiling height, the amount of glass, the insulation and the climate, and a proper design calculates the load for the home rather than guessing, because a system that is too small will struggle on extreme days while one too large wastes money and can cycle inefficiently. Correct sizing is the foundation of a good system, drawing on the related ducted air conditioning installation. A system sized properly to the home is what gives reliable comfort without wasting money on capacity you do not need. Both undersizing and oversizing cause problems of their own. The right capacity is what gives steady, efficient comfort. A correctly sized system simply does its job quietly. It neither struggles on hot days nor wastes energy. The capacity is matched to what the home needs. That balance is what a heat-load calculation finds. It sizes the system to the home, not a guess. That accuracy is what makes a system perform. A guessed size is what leaves a system struggling. A proper calculation avoids both extremes. The system is neither undersized nor oversized. It simply matches the home's real demand. A heat-load calculation sets the right capacity. The figure is worked out for your particular home. It reflects the glass, the insulation and the climate. Larger systems may need three-phase power rather than single-phase, which the installer checks and which can affect the electrical work and cost.

A good installer performs a heat-load calculation rather than relying on floor area alone. By taking into account the rooms, the windows and their orientation, the insulation, the ceiling height and the local climate, the installer works out the capacity needed and how to split the air between rooms, which is what separates a system that performs from one that disappoints. This design step is well worth insisting on, drawing on the related air conditioning services. A heat-load calculation, not just floor area, is how a system is sized to actually suit the home. It accounts for glass, insulation and orientation, not just size. That is why a calculation beats a rough estimate. The numbers are worked out for your particular home. Glass, insulation and layout all feed into them. The result is a system built around your home. It fits the rooms, the glass and the climate. A designed system performs where a generic one struggles. The design is tailored to your rooms and glass. It accounts for orientation, insulation and climate. The capacity is built around the real home. Glass, layout and insulation all shape the figure. The capacity is calculated, not guessed. That is the difference between a system that performs and one that struggles. A guessed size disappoints on the days it matters most. A proper calculation is well worth insisting on. Modern zone controllers such as touchscreen or app-based systems let you set temperatures and timers for each zone from a wall panel or your phone.

Insulation and the building itself affect the sizing and the result. A well-insulated home with good ceiling and wall insulation holds the conditioned air better and needs less capacity to stay comfortable, while a poorly insulated home loses heat and cool air and works the system harder, so insulation and ducted air conditioning go hand in hand. Improving insulation can reduce both the size of the system needed and the running cost, drawing on the related ceiling and wall insulation installation. Good insulation reduces the capacity needed and the running cost, so it is worth considering alongside a ducted system. The two work together to keep a home comfortable. Better insulation can even reduce the system size needed. A tighter home holds the conditioned air longer. That means less work for the system and lower bills. Insulation and air conditioning genuinely go together. A tighter home needs less capacity to stay comfortable. Insulation and ducted air conditioning work together. A well-sealed home gets more from a smaller system. Insulation reduces both the capacity and the bills. A tighter home simply needs less from the system. Good insulation lowers both the size and the bills. A well-sealed home gets more from less. Good insulation cuts both the size and the running cost. A tighter home needs less from the system. Insulation and ducted air conditioning work hand in hand. Getting these details right at the design stage is what leaves you with a system that performs for years. Well-known brands fitted in NSW homes include Daikin, Mitsubishi Electric, Fujitsu, Panasonic, ActronAir and Braemar, across a range of capacities and efficiencies.

Zoning and Control

Zoning is one of the biggest advantages of a ducted system and a key part of running it economically. Zoning divides the home into separately controlled areas, such as living, bedrooms and a study, each with a motorised damper in the ductwork, so you can heat or cool only the zones in use rather than the whole house, which saves a great deal on running cost and gives better comfort. Zoning is what makes a large ducted system affordable to run, drawing on the related air conditioning services. Zoning lets you condition only the areas you are using, which is the main way to keep ducted running costs down. Running the whole house at once is what drives bills up. Zoning is the simple answer to that. You heat or cool only the rooms in use. The unused zones cost nothing to leave off. You condition only the rooms you are in. The rest of the home stays off and free. You condition only the zones you are actually using. The rest of the home costs nothing to leave off. You condition the living areas and leave the bedrooms. You spend only on the areas you are actually in. The unused parts of the home cost nothing to leave off. You condition the living areas and leave the rest. The bedrooms stay off until the evening. You cool where you are and leave the rest. Running the system on a timer to pre-condition the home before you wake or arrive, rather than leaving it on all day, keeps the running cost sensible.

The number and layout of zones is planned to suit how the home is used. A common arrangement separates the living areas from the bedrooms, so you can cool the living areas during the day and the bedrooms at night without running the whole home, and more zones give finer control but add to the cost, so the right number balances control against budget. Sensible zoning is part of a good design, drawing on the related air conditioning upgrade. The number of zones is chosen to match how you live, balancing finer control against the extra cost of each zone. A sensible split of living and sleeping areas suits most homes. You cool the living zones by day and bedrooms at night. The rest of the home is left untouched and cheaper. You pay only for the comfort you actually use. That is the whole economy of a zoned ducted system. That is the whole economy of zoning. You spend only on the comfort you use. That is exactly why zoning saves money. That is the whole economy of a zoned system. Conditioning everything at once is what wastes money. Zoning is the simple cure for that waste. You run only the parts of the home you are actually using at the time. That is the whole point of zoning a system.

Modern controllers and smart features make zoning easy to use. A good controller lets you set each zone, schedule the system to suit your day, and many systems now offer app or smart-home control so you can adjust the system from your phone or by voice, which makes running it efficiently simple. These controls turn zoning from a feature into an everyday saving, drawing on the related air conditioning installation. A smart controller makes it easy to run only the zones you need and schedule the system, turning zoning into a real saving. You can adjust it from your phone or by voice. Scheduling the system to your routine is simple. It can warm the home before you wake, for instance. A schedule makes the system fit your day. It runs when you need it and rests when you do not. A schedule keeps the system working only when useful. It can warm or cool the home to suit your routine. The system works around your day, not the reverse. A schedule warms or cools the home just in time. The system fits your day rather than running flat out. The system fits your routine rather than running flat out. A schedule keeps it working only when needed. The system suits your day rather than running constantly.

Indoor and Outdoor Units

The indoor unit is the hidden heart of a ducted system, and its placement and access matter. The indoor fan coil unit sits in the ceiling or roof space, out of sight, and the position is chosen for efficient ducting and, importantly, for access so it can be serviced, since a unit that cannot be reached easily is harder and dearer to maintain. Good placement of the indoor unit matters for both performance and upkeep, drawing on the related ducted air conditioning installation. The indoor unit hides in the roof space, and siting it for good ducting and easy access is part of a quality install. A unit that cannot be reached is dearer to service. Good access is planned in at installation. A serviceable unit is cheaper to maintain over time. Easy access saves money at every service. A reachable unit is quicker and cheaper to maintain. Access is planned in at the design stage. A reachable indoor unit is cheaper to service. Access planned at design saves money for years. A reachable unit is quicker and cheaper to service. Access is planned in at the design stage, not afterwards. Access is designed in from the start. A reachable unit is cheaper to maintain for life. Access is built into the design from the start. A reachable indoor unit is cheaper to service for life. In a new build, coordinating the ducted installation with the builder before the ceilings are sheeted keeps the job simpler and tidier.

The outdoor unit needs a suitable position too, for performance and noise. The outdoor unit is sited outside the home where it has good airflow and is not too close to bedroom windows or a neighbour's, since it makes some noise in operation, and a sensible position keeps the system efficient and avoids noise complaints. Outdoor placement is part of a considerate, efficient install, drawing on the related air conditioning relocation. The outdoor unit is placed for good airflow and away from bedroom windows, balancing efficiency against noise. A sensible position keeps both the system and the neighbours happy. Airflow and noise are both considered. A good position keeps the system efficient and quiet. Airflow and distance from windows both matter. A good spot keeps the system efficient and quiet. Airflow and noise are both weighed in the placement. A sensible outdoor position keeps both in check. Good airflow and a sensible distance from bedroom windows both help. A sensible outdoor spot keeps the system efficient. It also keeps noise away from bedroom windows. A good outdoor spot balances airflow and quiet. It keeps the system efficient and the noise down. Airflow and distance from windows are both weighed. A sensible outdoor spot keeps the system efficient and quiet. Where roof space is tight, a slimline or bulkhead arrangement can be an alternative, which a good installer will raise if a standard ducted layout is difficult.

The brand and quality of the equipment affect performance, efficiency and reliability. Well-known air conditioning brands offer ducted systems across a range of efficiencies and price points, and a quality system from a reputable brand, properly installed, runs more efficiently, more quietly and more reliably over its life, which is why the equipment and the install both matter. Choosing good equipment pays off over years, drawing on the related air conditioning replacement. A quality system from a reputable brand, well installed, runs more efficiently and reliably over its long life. The equipment and the install both matter to the result. A good unit poorly fitted still disappoints. The installation is as important as the brand. A quality unit needs a quality install to perform. The brand alone does not guarantee the result. The install is what turns good equipment into comfort. A quality unit still needs a quality fit. The install is half the result with ducted. A quality unit still needs a careful fit to perform. The installation is half the result. A quality unit still needs a careful, skilled fit. The install is half of what you pay for. A quality unit still needs a careful, skilled fit to perform. The installation is as important as the brand on the box. Choosing an installer who is a member of an industry association and uses licensed refrigeration and electrical trades gives added confidence.

Ductwork and Vents

The ductwork is what carries the conditioned air through the home, and its quality matters as much as the unit. Insulated flexible or rigid ducts run from the indoor unit through the roof space to each vent, and well-sized, well-sealed, properly insulated ducting delivers the air efficiently and quietly, while poor ducting that is undersized, leaky or badly run wastes capacity and makes the system work harder. Quality ductwork is essential to a system that performs, drawing on the related ducted air conditioning installation. Well-sized, sealed and insulated ductwork delivers the air efficiently, where poor ducting wastes the system's capacity. The ducts are not the place to cut corners. Skimped ducting wastes capacity and makes noise. Quality ducts are central to a system that performs. They deliver the air efficiently and quietly. Good ducts are as important as the unit itself. They carry the air without waste or noise. Good ducting is as important as the unit it serves. It delivers the air efficiently and quietly. Good ducting is as important as the unit itself. It carries the air efficiently and quietly. Quality ducting is as important as the unit. It carries the air without waste or noise. Good ducting is as important as the unit it feeds. Well-sized, sealed and insulated ducts deliver the air without waste. The installer also plans the condensate drainage from the indoor unit, since the system removes moisture from the air that has to drain away safely.

The vents and return-air points complete the air path and the look. Supply vents in the ceiling deliver the conditioned air to each room and are chosen and positioned for even, comfortable airflow, while one or more return-air grilles draw the air back to the unit, and modern vents can be neat and discreet to suit the ceiling. The placement of vents and returns affects both comfort and appearance, drawing on the related air conditioning installation. Supply vents and return-air grilles complete the system, placed for even airflow and a neat ceiling. Modern vents can be discreet and unobtrusive. They blend into the ceiling rather than dominating it.

Good ductwork also keeps the system quiet, which many people value. Properly sized and insulated ducts, well-chosen vents and a quality indoor unit keep a ducted system pleasantly quiet in operation, which is one of its advantages over wall units, while skimped ducting can make a system noisy, so the ductwork is not the place to cut corners. Quiet operation is a mark of a good install, drawing on the related air conditioning servicing. Quality ductwork and vents keep a ducted system quiet, which is one of its real advantages over wall-mounted units. A well-built system is barely noticeable in operation. Quiet running is one of ducted's quiet advantages.

Running Costs and Efficiency

The running cost of a ducted system depends on its efficiency, how it is used, and the home itself. A modern, efficient reverse-cycle system used sensibly with zoning is an economical way to heat and cool, since you condition only the areas in use and the heat-pump operation is efficient, but running a large system across the whole home all day will naturally cost more. Used well, ducted is efficient, drawing on the related air conditioning maintenance plans. A modern, efficient system used with zoning is economical, while running the whole home all day naturally costs more. How you use it matters as much as the system itself. Sensible settings and zoning keep the bills down.

Energy efficiency ratings help you compare systems and their running costs. Air conditioners carry energy ratings, and a more efficient system uses less electricity for the same comfort, so while a higher-efficiency system may cost more up front it can save on running cost over its life, particularly in a home that uses it a lot. Weighing efficiency against price is part of choosing a system, and energy guidance is available from the NSW energy authority. A more efficient system costs more up front but uses less power, which can pay back over the life of the system in a home that uses it heavily. The harder you run it, the more efficiency pays off. In a heavily used home the savings add up quickly.

Good habits and a well-maintained system keep running costs down. Using zoning to condition only the areas in use, setting sensible temperatures rather than extremes, scheduling the system to suit your day, and keeping the filters and system clean all reduce running cost, while a neglected, dirty system works harder and costs more. Sensible use and upkeep make a real difference, drawing on the related air conditioning servicing. Zoning, sensible temperatures and regular cleaning keep a ducted system efficient and its running cost down. Small habits add up to real savings over a year. Zoning and sensible temperatures do most of the work.

What the Installation Involves

Installing a ducted system is a major job that begins with design and planning. The installer assesses the home, performs a heat-load calculation, sizes the system, plans the zones, the ductwork runs and the unit positions, and quotes the system, so the whole installation is designed for the home before any work starts, which is what gives a system that performs. This design stage is the foundation, drawing on the related ducted air conditioning installation. A ducted install starts with a proper design, sizing the system and planning the zones, ducts and units for the home. The design is what makes the difference between systems. A well-designed system simply performs where others fall short.

The physical installation involves the units, the ductwork and the electrical and refrigeration work. The installer fits the indoor unit in the roof space, runs and connects the ductwork to each vent and the return, sites and connects the outdoor unit, runs the refrigerant pipes and the electrical supply, fits the controller, and commissions the system, which typically takes a day or two for a home and is best done in a new build before the ceilings go in. This is skilled, licensed work, drawing on the related electrical services. The install fits the units, runs the ductwork, and connects the refrigeration and electrical work, usually over a day or two. It is skilled work across several trades. Refrigeration and electrical licences are both needed.

A new build and an existing home differ in how involved the installation is. In a new build the ducting and unit go in before the ceilings are closed, which is straightforward and cheaper, while retrofitting into an existing home means working in the roof space above finished ceilings and cutting the vents, which is more involved but very achievable in most homes with a suitable roof space. The building affects the job, drawing on the related air conditioning upgrade. Fitting ducted during a build is easiest, while retrofitting into an existing home is more involved but achievable with a suitable roof space. The roof space is the key to a retrofit.

Licences and Servicing

Ducted air conditioning installation is licensed work, and using properly licensed tradespeople matters. Working with the refrigerant requires a refrigerant handling licence, the electrical connection must be done by a licensed electrician, and the refrigerant itself is a controlled substance under national environmental law, so a ducted system should be installed by appropriately licensed professionals, both for safety and legality and so the warranty stands. Licensing is essential, drawing on the related electrical services and local electrician work. A ducted system must be installed by licensed professionals, including for the refrigerant and the electrical work, which is essential for safety, legality and warranty. General guidance on home building and trades is available from Service NSW.

Regular servicing keeps a ducted system efficient, healthy and reliable. The filters need cleaning regularly, and a professional service, typically once a year or two, checks the refrigerant and operation, cleans the components, and keeps the system running efficiently and the air clean, while a neglected system loses efficiency, costs more to run and is more likely to fail. Servicing protects the investment, drawing on the related air conditioning servicing and air conditioning maintenance plans. Regular filter cleaning and a professional service keep a ducted system efficient, healthy and reliable for many years. Neglect is what shortens a system's life.

A maintenance plan can make servicing simple for a system this size. Because a ducted system is a major investment that benefits from regular care, many owners take out a maintenance plan so the servicing is scheduled and not forgotten, which keeps the system efficient and catches small issues before they become expensive. A plan suits a system you rely on, drawing on the related commercial HVAC maintenance for larger properties. A maintenance plan keeps a ducted system serviced on schedule, protecting its efficiency and catching problems early. It suits a system you rely on year-round.

Ducted Costs Across Sydney

Ducted pricing across Greater Sydney varies more with the size of the home, the capacity and the ductwork difficulty than with the suburb. The biggest factors are the kilowatt capacity, the number of zones, and whether it is a new build or a retrofit into a finished home. The figures below are indicative ranges for common home systems, supplied and installed.

Across Sydney, the cost of a ducted system is set far more by the size of the home, the capacity and the ductwork than by the postcode, so a similar home costs broadly the same across the metropolitan area. A double-storey or finished home, where ducting is harder, is where the price moves up, drawing on the related ducted air conditioning installation. Confirming the kilowatt capacity, the number of zones and the building type is the way to get an accurate Sydney price.

Ducted Costs in Regional NSW

Regional NSW pricing for ducted is often similar to Sydney on the equipment, though a call-out or travel charge can apply in areas further from the main centres. The major regional centres have plenty of licensed air conditioning installers, while in smaller or remote areas there may be fewer and travel can add to the cost. The same capacity, zoning and ductwork factors set the price wherever you are, and regional homes, which are often larger, may need more capacity.

For regional homes, the practical points are to confirm any travel charge and to be clear about the size of the home and the zones so the quote is accurate. Bundling a ducted install with other work in a build or renovation can be efficient, drawing on the related air conditioning installation. A clear brief on the home, the capacity and the zones lets a regional installer give an accurate quote.

What to Look for in a Ducted Quote in NSW

A good ducted quote is clear about the capacity, the zones, the equipment and the work. It should set out the kilowatt capacity and how it was sized, the number of zones, the brand and model of the indoor and outdoor units, the ductwork and vents, the controller, the electrical work, and the warranty, so you know exactly what system you are getting and what the price covers. A quote that itemises the system is easier to compare. Clarity is the basis for comparison, drawing on the related air conditioning services. Knowing the capacity, the zones, the brand, the ductwork and the warranty is the basis for comparing ducted quotes fairly.

Confirm the sizing, the licences and the warranty. Check that the installer has sized the system with a proper heat-load calculation rather than floor area alone, confirm they hold the refrigerant and electrical licences, and ask what warranty applies to the equipment and the installation, since a ducted system is a major investment that should be sized right and properly backed. Proper sizing, licensing and warranty are what to look for, and consumer guarantees on the work fall under the Australian Consumer Law overseen by the ACCC, with consumer matters in NSW handled by NSW Fair Trading. Correct sizing, the right licences and a clear warranty are essential things to confirm.

Compare on the whole system, not just the headline price. The cheapest quote may use an undersized system, fewer zones, cheaper ductwork or a budget brand, so compare quotes on the capacity and sizing, the zones, the equipment and efficiency, the ductwork and the warranty rather than the bottom line alone. Posting your job on The Quote Yard, describing the home and what you want, lets several licensed installers quote so you can compare properly. A like-for-like comparison is the way to value, drawing on the related air conditioning upgrade. Comparing the full system, the sizing and the warranty, not just the price, is what gets you a ducted system that performs.

Choosing an Installer in NSW

Choosing a ducted installer comes down to licensing, design skill, clear pricing and good reviews. Ducted installation requires refrigerant and electrical licences and genuine design skill to size and zone the system properly, so the first step is choosing a licensed, experienced installer who designs the system for the home rather than the cheapest supply-and-fit deal. A licensed, capable installer is the foundation. Licensing and design come first, drawing on the related ducted air conditioning installation. A licensed installer who properly designs and sizes the system is the first thing to get right.

Experience with ducted systems and good reviews give confidence in the result. An installer who regularly designs and fits ducted systems will size them correctly, plan sensible zones, run quality ductwork, site the units well, and commission the system properly, and reviews and recommendations are a good guide to whether they deliver a system that performs and lasts. Relevant experience shows in the result, drawing on the related air conditioning services. An installer with good reviews and real ducted experience is more likely to give you a system that heats, cools and lasts as it should.

Clear pricing, good communication and proper support complete the picture. A trustworthy installer gives a clear, itemised quote covering the system, the zones, the ductwork and the work, communicates well about the design and the choices, installs and commissions the system properly, and supports it afterwards with servicing, rather than disappearing once paid. Comparing installers on their licensing, their design and experience, their reviews and the clarity of their quote, rather than the lowest price alone, is the way to get a ducted system that gives reliable, efficient whole-home comfort for many years. Post your ducted air conditioning job on The Quote Yard, describing the home and what you want, to connect with licensed installers across NSW.