Dryer Installation in SA?
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Typical Dryer Installation Costs SA
Wall mount bracket, supplied and fitted$150 - $400
Ducting a vented dryer outside$250 - $700
New power point at the dryer$200 - $600
Dedicated circuit from the board$300 - $800
Plumbing condenser to waste$200 - $500
External wall vent and cowl$150 - $450
Adding noggins to fix a bracket$200 - $600
Laundry exhaust fan, ducted$400 - $900
Figures on this page are indicative 2026 SA estimates only and vary with dryer type, wall construction and whether a bracket can be fixed into structure, duct run length and where it terminates, whether a new circuit or power point is required, condensate drainage arrangements and any making good. Quotes should always be obtained for your specific property. Electrical, plumbing, building and consumer protection requirements are set by legislation and Australian Standards and are periodically updated, so confirm the current position with the relevant authority and your installer before relying on any figure.
Dryer Installation Services SA 2026 - Get Quotes
A vented dryer takes the water out of your clothes and puts it into the room. Every load carries a litre or more, and in a small closed Adelaide laundry with the door shut that moisture has nowhere to go except into the walls, the ceiling and whatever is stored in there. That is why so many laundries in this state have peeling paint above the dryer and mould in the corner behind the door, and the household blames the building rather than the appliance sitting at head height. Ducting it outside at $250 to $700 solves the problem completely and it is the single most worthwhile thing on this page. A condenser or heat pump dryer avoids the question differently by collecting the water in a tank or sending it to waste. Whichever you have, decide where the moisture goes before deciding where the dryer hangs. Two other things are worth settling before anybody attends. Check what the wall is made of, because a loaded dryer vibrates constantly and the bracket has to reach studs or masonry. And if you have a condenser or heat pump machine, ask about plumbing the condensate to waste at $200 to $500, since that ends the tank emptying that is otherwise the one real chore those machines carry. Post your job on The Quote Yard to reach South Australian installers and electricians.
At a Glance - Dryer Types Compared
| Type | Where Moisture Goes | Install Cost | Running Cost | Suits |
|---|---|---|---|---|
| Vented, not ducted | Into the room | $150 - $400 | Highest | Nobody, honestly |
| Vented, ducted outside | Outdoors | $250 - $700 | Highest | Budget purchase, external wall |
| Condenser | Tank or waste | $150 - $500 | Moderate | Internal laundries |
| Heat pump | Tank or waste | $150 - $500 | Lowest | Regular users, long term |
| Washer dryer combo | To waste | As a washing machine | High per load | Apartments, tight spaces |
| Gas dryer | Ducted outdoors | Higher, licensed gas | Low | Rare domestically here |
Where the Water Actually Goes
A full load of wet washing holds well over a litre of water, and drying it does not make that water disappear. It has to end up somewhere.
A vented dryer pushes it out as warm damp air, which is exactly what a bathroom exhaust fan is designed to remove and exactly what a closed laundry has no way to handle. Over an Adelaide winter, with several loads a week and the door shut to keep the noise down, that is a substantial volume of moisture arriving in a small room. It condenses on the coldest surfaces, which are usually the external wall and the window, and the result is the peeling paint and black mould that households attribute to a leak or to poor construction.
Condenser and heat pump dryers extract the water and hold it in a removable tank, which somebody has to empty after most loads, or send it to a waste point if one is plumbed in. That plumbing at $200 to $500 removes the only real inconvenience of those machines and is worth doing at installation rather than living with the tank. Whichever type you have, the moisture question is the one to settle first, because it determines the installation more than the appliance does.
Choosing Between Vented, Condenser and Heat Pump
Vented dryers are the cheapest to buy and the most expensive to run. They need somewhere for the damp air to go, which means an external wall or a duct run. The water has to go somewhere. Condenser dryers extract the moisture into a tank and need no duct at all. That makes them the practical answer for an internal laundry with no external wall. Flexible concertina duct has internal ridges that collect lint and restrict airflow on any run of length.
Heat pump dryers use considerably less energy than either. They cost more up front and they pay that back over years rather than months for a household drying regularly. A full load holds well over a litre, and a vented dryer pushes every drop of it into the room as warm damp air unless a duct carries it outside. Installers who fit these weekly will ask about the wall first. A household comparing two quotes will usually find the difference sits in the duct run and the wall fixing rather than the labour rate. Stud positions rarely line up with where a dryer should sit above a washing machine or a trough.
Heat pump machines run cooler and slower, which most people notice. Clothes come out less hot and cycles take longer, and both of those suit delicate fabrics better. Washer dryer combinations suit apartments and very tight spaces. Capacity for drying is usually well below the washing capacity, which surprises households. The damage from an unvented machine arrives slowly enough that households blame the building rather than the appliance hanging above them. A window vent kit is a compromise that works where a wall penetration is not permitted at all.
A dryer used twice a year does not justify a heat pump. Matching the machine to actual use and not aspiration saves money. Ducting it outside resolves the problem at source. Fixing an existing machine sits at dryer repair. Consider whether a better clothesline reduces the need entirely. Those machines run cooler and slower, which suits delicate fabrics better than a vented machine does.
Adelaide has drying weather most of the year. Fixed, folding and retractable line options are covered at clothesline installation. At $250 to $700 it removes the source completely, which costs a fraction of treating mould, replacing damaged linings and repainting a laundry that has been quietly soaking for years. A stud finder and a tape settle most of the uncertainty. Anybody who installs these across Adelaide will have seen more peeling laundry paint than they care to count. Clearance beneath matters where a washing machine sits below, since a lid that cannot open fully is a daily irritation.
| Situation | Best Type | Why |
|---|---|---|
| Internal laundry, no external wall | Condenser or heat pump | No duct required |
| External wall available | Vented, ducted | Cheapest machine |
| Heavy year round use | Heat pump | Running cost pays back |
| Occasional winter use | Vented, ducted | Purchase cost dominates |
| Apartment, minimal space | Washer dryer combo | One appliance footprint |
| Rental property | Condenser | No structural changes needed |
Ducting a Vented Dryer Properly
The duct should terminate outside and nowhere else. Venting into a roof space, a subfloor or a cupboard simply relocates the moisture problem. The bracket holds a moving load. Rigid or semi rigid duct outperforms flexible concertina duct on any run of length. Flexible duct has internal ridges that collect lint and restrict airflow. The collected condensate is distilled water, though it carries lint and fabric residue and is not drinking water.
Keep the run as short and straight as practical. Every bend reduces airflow and increases the chance of lint accumulating at that point. A loaded dryer vibrates through every cycle, so plasterboard anchors work loose over time regardless of their stated rating and the fixing has to reach studs or masonry. That detail decides whether this is an hour or a morning. On a sheeted wall with battens behind it, adding timber is the job rather than an optional extra somebody tried to sell.
A proper external cowl with a flap keeps weather and vermin out. A bare hole in a wall invites both. Lint accumulation in a duct is a genuine fire consideration, and duct systems are installed to AS 4254 where that standard applies. Periodic cleaning matters and a duct that cannot be cleaned is poorly designed. Clearing a duct that has accumulated lint over years sits at duct cleaning.
Some dryers can be reversed to vent from either side. That flexibility frequently determines the shortest practical route. Window vent kits exist and they are a compromise rather than a solution. They work where a wall penetration is not permitted, such as a rental. An installer who asks where the moisture is meant to end up is thinking about the room rather than only the bracket.
| Duct Decision | Right Answer | Why It Matters |
|---|---|---|
| Where it terminates | Outside, always | Roof space just relocates it |
| Duct material | Rigid or semi rigid | Flexible collects lint |
| Run length | As short as practical | Airflow and lint build up |
| Bends | Minimise them | Each one restricts flow |
| External fitting | Cowl with a flap | Weather and vermin |
| Cleaning access | Designed in | Lint is a fire consideration |
Wall Mounting, and the Fixing That Has to Hold It
A loaded dryer weighs a great deal more than an empty one, and it moves while it runs. The bracket is only ever as good as what it is screwed into.
In a framed laundry wall, the bracket needs to reach studs, and stud positions rarely align with where the dryer should sit above a washing machine or a trough. Where they do not, adding noggins behind the sheeting at $200 to $600 is the correct answer instead of hoping anchors will do. Masonry laundries take fixings very well with proper anchors, which is common in older Adelaide homes with solid internal walls. Fibre cement sheeting on battens, which turns up in laundries and enclosed verandahs of a certain era, carries almost nothing on its own and needs timber added behind it. Plasterboard anchors alone are never adequate for a dryer regardless of their stated rating, because the load is dynamic rather than static and the vibration works them loose over time. Height matters as well, since a dryer mounted too high is awkward to unload and one mounted too low fouls the machine beneath it. And anybody wall mounting in a rental needs the landlord's agreement, because the holes are substantial. Adding timber behind a wall sits at handyman services.
Wall Mounting and Positioning
Find the studs before buying a bracket, since framing in Australian homes is built to AS 1684 and the spacings follow from it. Whether the wall can take the load determines whether this is a simple job or a carpentry one. Match the machine to real use. Masonry walls take the fixing readily with the right anchors. Older Adelaide laundries with solid walls are straightforward in this respect.
Sheeting on battens needs timber added behind it. Nothing else will hold a machine that vibrates through every cycle. A heat pump recovers its higher purchase price for a household drying several loads a week year round, and never recovers it for one drying a fortnight in July. Two laundries of the same size can need different answers. Spinning clothes harder in the washing machine removes more water mechanically and shortens every cycle that follows.
Mounting height affects daily use more than people consider. Too high is awkward to unload and too low fouls the washing machine. Leave clearance around the machine for airflow and for the duct. A dryer pressed hard against a wall and a cupboard runs hotter and less efficiently. The external cowl flap seizing shut with lint blocks the discharge entirely while everything else looks perfectly normal.
Stacking kits are a different proposition from wall mounting. They need the matched kit for that pair of machines and not an improvised arrangement. Washing machine work frequently happens at the same visit. Taps, hoses and waste connections sit at washing machine installation. Where a landlord declines a duct, a condenser machine sidesteps the whole question without any structural change at all.
Power, Points and Circuits
A dryer draws real current and it should not share a point with a washing machine via a double adaptor. That arrangement is common and it is a poor idea. Lint restricts airflow first. A new power point at the dryer position costs $200 to $600. It is usually the difference between a tidy installation and an extension lead.
Extension leads and power boards are not appropriate for a dryer. The load is sustained and the cabling in those accessories is not designed for it. It builds on the filter, then past it into the duct where it settles at every bend, and the performance loss happens slowly enough that nobody connects it to the longer cycles. Appliance fitters will flag it on site where it applies.
Older laundries frequently have one point serving everything. A dedicated circuit at $300 to $800 resolves nuisance tripping properly. Heat pump dryers draw less than vented ones, which occasionally changes the circuit question. Circuits, points and switchboard work are all covered at electrical services.
AS/NZS 3000 governs the wiring and residual current protection applies. The standard is published by Standards Australia. An older switchboard may need attention before circuits are added. Board capacity and residual current protection sit at switchboard upgrades.
| Arrangement | Acceptable | Note |
|---|---|---|
| Dedicated point at the dryer | Yes, preferred | $200 to $600 |
| Shared point with washer | Depends on load | Have it assessed |
| Double adaptor | No | Common and poor practice |
| Extension lead | No | Sustained load |
| Power board | No | Not rated for this duty |
| Dedicated circuit | Yes, where needed | $300 to $800 |
What Unvented Drying Does to an Adelaide House
The damage from a vented dryer discharging into a closed laundry builds slowly enough that households rarely connect cause and effect, and by the time it is obvious the repair is no longer trivial. Several things happen in sequence. Warm moist air finds the coldest surfaces first, which in an Adelaide winter means the external wall, the window reveal and any uninsulated section of ceiling. Condensation forms there and paint begins to blister and peel, usually above and beside the dryer rather than on it. Mould follows in the corners and behind anything stored against a wall, and on the rubber seal of the washing machine next to it. Timber window frames and skirting absorb the moisture and eventually rot. Stored items in the laundry cupboard, particularly paper, cardboard and linen, go musty. In a smaller home the moisture does not stay in the laundry either, since opening the door moves it into the hallway and the rest of the house, which raises humidity generally and makes the place harder to heat. The repair once it has progressed involves treating mould, replacing damaged linings and repainting, and none of that prevents a recurrence while the dryer continues venting into the room. Ducting at $250 to $700 costs a fraction of that. Mould work sits at mould removal and humidity generally at condensation control.
Running Costs and Where the Payback Actually Is
The difference in running cost between dryer types is substantial enough to influence which machine a household should buy, though the payback depends entirely on how often it actually runs. A vented dryer heats air, passes it through the drum and throws it away, which means it is heating the outdoors along with the clothes and it is the most expensive per load by a clear margin. A condenser recovers some of that heat but still uses a conventional element. A heat pump moves heat around a closed loop instead of generating it continuously, and uses roughly a third to a half of what a vented machine does for the same load. The arithmetic that matters is loads per year. A household drying several loads a week through an Adelaide winter and continuing year round will recover the higher purchase price of a heat pump within a few years and keep saving after that. A household using a dryer for a fortnight in July and on the occasional wet weekend will not, and the cheaper machine is the better financial decision regardless of the efficiency label. Two other factors affect real cost. Spinning clothes at a higher speed in the washing machine removes more water mechanically and shortens every drying cycle. And a blocked lint filter or duct makes any machine work longer for the same result.
Condensate and Drainage
Condenser and heat pump dryers collect water in a tank that needs emptying after most loads. Emptying it is the one genuine inconvenience those machines carry. Power needs its own point. Plumbing the condensate to waste at $200 to $500 removes that chore entirely. Most machines have a drain outlet provided for exactly this.
The drain can usually join the washing machine standpipe or trough waste. A plumber will confirm what is appropriate for the arrangement. A sustained load running from an extension lead, a power board or a double adaptor is a common arrangement in Adelaide laundries and a poor one. It belongs in the booking rather than discovered on the day.
A condensate hose needs fall and it needs to stay clear. A kinked or lifted hose backs water up into the machine. Internal laundries change the answer. Emptying the tank into a sink is perfectly workable for light use. Waste and standpipe connections are covered at plumbing services.
The collected water is distilled and some households use it on plants. It is not drinking water and it carries lint and fabric residue. With no external wall there is nowhere for a duct to go, which is exactly where condenser and heat pump machines earn their place by collecting the water instead. Fitters tend to approach the mounting question in different orders.
The Machines Actually Sold in South Australia
Knowing which brands sit where helps a household match the machine to the installation instead of discovering a mismatch on delivery day.
On vented dryers, Simpson, Electrolux, Fisher and Paykel and Hoover cover most of the accessible end, and all of them are designed to be wall mounted with the maker's own bracket. Condenser and heat pump ranges come from Bosch, Miele, Asko, LG, Samsung and Electrolux among others, with Miele and Bosch dominating the premium heat pump category. Washer dryer combinations from LG, Samsung and Haier suit apartments where a single appliance footprint has to do both jobs. Several practical points follow. Wall brackets are generally brand specific and a generic bracket may not suit the machine, so buying the maker's own is the safer course. Reversible venting is offered on some vented models and not others, and that single feature can determine whether a short duct run is possible at all. Heat pump machines are heavier than vented ones of similar capacity, which matters for the wall fixing. Condensate drain outlets are provided on most condenser and heat pump models but the connection detail varies, so a plumber benefits from knowing the model. And stacking kits must be the matched kit for that particular pair rather than an improvised arrangement. Installation and repair generally sits at appliance repair and installation.
Laundry Ventilation Generally
A laundry benefits from an exhaust fan whether or not the dryer is ducted. Washing machines and troughs contribute moisture of their own. Permission comes before penetration. A ducted laundry exhaust fan at $400 to $900 handles the room and not the appliance. Sizing and ducting a fan sits at exhaust fan installation.
A fan discharging into the roof cavity is the common Adelaide defect. A fan only achieves anything once it terminates outside. Wall mounting leaves substantial holes and a duct needs a hole through an external wall, so a tenant needs written agreement and an apartment owner needs the body corporate. Saying it up front keeps the quotes properly comparable.
Opening a window during and after a cycle helps considerably and costs nothing. It is less practical in winter, which is when it matters most. Insulation and draught sealing affect condensation more than people assume. A cold external wall is where the moisture lands. Reducing the cold surfaces moisture lands on sits at ceiling insulation.
Drying clothes indoors on racks creates the same problem without any appliance. Every litre still has to go somewhere. Tiled and sealed surfaces cope better with a humid laundry. Hard wearing surfaces that tolerate a humid room sit at laundry tiling.
| Measure | Cost | Effect |
|---|---|---|
| Duct the dryer outside | $250 - $700 | Removes the main source |
| Ducted exhaust fan | $400 - $900 | Handles the whole room |
| Open a window | Free | Helps, impractical in winter |
| Switch to condenser | Appliance cost | Moisture to tank or waste |
| Insulate the ceiling | Varies | Fewer cold surfaces |
| Leave the door open | Free | Spreads it through the house |
Rentals, Apartments and Where Permission Is Needed
Wall mounting and ducting both make permanent changes to a building, which puts them squarely in territory a tenant cannot decide alone.
A dryer bracket leaves substantial holes and a duct requires a penetration through an external wall, so both need the landlord's written agreement before anything happens. The conversation goes better with a specific proposal, and it is worth framing the duct as protecting the property rather than as a convenience, since an unvented dryer in a closed laundry produces exactly the mould and paint damage that becomes a dispute at the end of a tenancy. Tenants dealing with a landlord who declines have workable alternatives, including a condenser dryer that needs no duct at all, a freestanding dryer on a bench or trolley, or a window vent kit that avoids a wall penetration. In apartments and strata properties, external walls are typically common property, which means a duct penetration needs the body corporate's approval instead of just the owner's, and that process takes time and should start early. Tenants should also report existing mould in writing when they move in, since laundry mould is frequently pre existing and easier to document at the start. Tenancy guidance is published by Consumer and Business Services and disputes go through SACAT.
| Ask Every Installer | Why It Matters | A Good Answer |
|---|---|---|
| Where does the duct terminate | Roof space is not acceptable | Outside, through a cowl |
| What is the bracket fixing into | Dynamic load, vibration | Studs or masonry, identified |
| Is a new point needed | $200 to $600 difference | Assessed against the load |
| Can the condensate be plumbed | Removes the tank chore | Priced as an option |
| What duct material | Flexible collects lint | Rigid or semi rigid |
| Is making good included | Wall penetration and patching | Stated either way |
Where It Goes, Which Is Harder Than It Looks
Laundry layouts in South Australian homes vary enormously and the dryer position has to satisfy several constraints at once, which is why households frequently end up with an awkward compromise. The wall has to be able to carry it, and that means studs or masonry rather than sheeting, which sometimes rules out the obvious spot immediately. The duct run wants to be short and straight, which argues for a position near an external wall and against a position deep in an internal corner. Power needs to reach it without an extension lead. The door has to open the right way for how somebody actually stands to unload it, and reversible doors are available on some machines. Height needs to suit the person using it, since a dryer mounted at maximum height is unpleasant to empty repeatedly. Clearance beneath matters where a washing machine or trough sits below, because a lid that cannot open fully is a daily irritation. And in a narrow Adelaide laundry, the swing of the laundry door itself sometimes conflicts with the machine position entirely. Working through all of that with a tape measure before ordering is considerably cheaper than discovering the conflict once the bracket is up. General fitting work sits at handyman services.
Regional Considerations Across South Australia
Adelaide has genuinely good line drying weather for much of the year. A dryer here is a winter and wet week appliance and not a daily one for most households. Winter is when unvented drying does its damage. Cold external walls and closed windows are exactly the conditions that produce condensation. Older homes frequently have laundries in enclosed verandahs or lean to additions. Those rooms are poorly insulated and show moisture problems fastest.
Hills properties see cooler and damper conditions generally. Ducting matters more there than in warmer suburbs. Newer homes often have internal laundries with no external wall. That is where tank based machines earn their place.
| Situation | What It Means | Practical Response |
|---|---|---|
| Good line drying weather | Seasonal dryer use | Match machine to real use |
| Adelaide winter | Condensation risk peaks | Duct it before winter |
| Enclosed verandah laundry | Poorly insulated room | Duct it outside, no exceptions |
| Adelaide Hills | Cooler and damper | Ventilation matters more |
| Internal laundry, newer home | No external wall | Condenser or heat pump |
| Apartment | Common property walls | Body corporate approval |
| Item | Cost | Note |
|---|---|---|
| Wall mount bracket fitted | $150 - $400 | Into sound structure |
| Duct a vented dryer outside | $250 - $700 | The most worthwhile spend |
| New power point | $200 - $600 | Removes the extension lead |
| Dedicated circuit | $300 - $800 | Common on older laundries |
| Plumb condensate to waste | $200 - $500 | Ends the tank emptying |
| Ducted laundry exhaust fan | $400 - $900 | Handles the whole room |
Lint, Airflow and the Maintenance Nobody Does
Restricted airflow is behind most dryer complaints, and lint is behind most restricted airflow. It builds gradually and the performance loss is slow enough to go unnoticed.
The lint filter is the obvious one and it should be cleared after every load rather than when it looks full, because even a partial layer measurably reduces airflow. Less obvious is the lint that passes the filter and settles in the duct, which accumulates most at bends and in any flexible concertina section, and which is a fire consideration instead of merely an efficiency one. Condenser and heat pump machines have a secondary filter or a heat exchanger that also needs cleaning, and households frequently do not know it exists until the machine stops drying properly. The external cowl flap can seize shut with lint and weather, which blocks the discharge entirely while everything else looks fine. Symptoms worth acting on include cycles taking noticeably longer than they used to, clothes coming out hot but still damp, the machine or the room becoming unusually hot, and a burning smell of any kind. A duct that cannot be inspected or cleaned is a design fault rather than a maintenance one, and it is worth raising at installation and not discovering later. Scheduled servicing sits at appliance servicing and maintenance.
What Dryer Installation Costs
Wall mounting at $150 to $400 covers the bracket and fitting into sound structure. Adding noggins where the wall needs it adds $200 to $600. Ducting a vented dryer outside at $250 to $700 depends on the run and the wall. It is the most worthwhile spend on this page. A new power point at $200 to $600 removes the extension lead. Distance back to the switchboard drives most of that figure.
A dedicated circuit at $300 to $800 applies where the laundry supply is already loaded. Older homes need it more often. Plumbing a condenser to waste at $200 to $500 ends the tank emptying. New points and switches sit at powerpoint and light switch installation. A ducted laundry exhaust fan at $400 to $900 addresses the room. Broader appliance jobs sit at appliance repair and installation.
What to Look Out For
Never accept a duct terminating in the roof cavity. It moves the moisture from one part of the house to a worse one. Check what the bracket is fixing into before the work happens. A dryer is a dynamic load and plasterboard anchors will not hold it. Avoid running a dryer from an extension lead or double adaptor. The load is sustained and those accessories are not designed for it.
Be sceptical of long flexible duct runs. Lint collects in the ridges and airflow suffers within a year. Get landlord or body corporate approval before any penetration. Guarantee rights are set out by the ACCC, and trade licensing is checked with Consumer and Business Services.
How to Get Useful Quotes
Say which type of dryer you have or intend to buy. Vented, condenser and heat pump lead to different installations. State whether the laundry has an external wall and how far the dryer sits from it. Duct run length drives most of the variation in price. Name the wall construction where you know it. Framed, masonry and sheeted walls each change the mounting job.
Mention what power is available at the position now. An existing point nearby saves a meaningful amount. Say whether you want the condensate plumbed. It is a separate trade and worth including from the start. Have each quote state where the duct terminates, what the bracket fixes into, whether electrical work is needed, the duct material and whether making good is included. Pin down those five and the quotes become comparable, and laundry surfaces sit at laundry benchtops.
Dryer Installation Across South Australia
We connect households with roof cleaning operators across South Australia for wall mounting, ducting, power points and condensate plumbing, from inner Adelaide and the coastal suburbs through the plains and the Adelaide Hills, out to the Barossa, the Fleurieu, the Mid North and the South East.
▶ Adelaide City & Inner Suburbs 16 areas
▶ Adelaide Metro 13 areas
Eastern Suburbs
Western Suburbs
▶ Adelaide Northern Suburbs 15 areas
Inner North
North East
North & Playford
▶ Adelaide Southern Suburbs 19 areas
Inner South
South & Marion
Outer South & Onkaparinga
▶ Adelaide Hills 12 areas
Hills Face Zone
Outer Hills
▶ Adelaide Beaches 9 areas
Bay & Western Beaches
Port Adelaide & LeFevre
▶ Barossa & Clare Valley 10 areas
Barossa Valley
Clare Valley
Mid North
▶ Fleurieu Peninsula 7 areas
South Coast
Inland Fleurieu
▶ Yorke Peninsula 7 areas
Copper Coast
Southern Yorke
▶ Eyre Peninsula 8 areas
Upper Eyre
Lower Eyre & West Coast
▶ Limestone Coast 9 areas
Mount Gambier Region
Coonawarra & Penola
Upper Limestone Coast
▶ Riverland & Murray 8 areas
Riverland
Murray Bridge & Mallee
▶ Kangaroo Island 5 areas
▶ Flinders Ranges & Outback 9 areas
Southern Flinders
Flinders Ranges
Outback SA
Dryer Installation FAQs - SA 2026
What does dryer installation cost in SA?
Wall mounting runs $150 to $400, ducting a vented dryer outside $250 to $700, and a new power point $200 to $600. A dedicated circuit adds $300 to $800, plumbing a condenser to waste is $200 to $500, and adding noggins to a wall $200 to $600.
Does a vented dryer have to be ducted?
It does not have to be, and it should be. Every load puts over a litre of water into the room as warm damp air, and in a closed Adelaide laundry through winter that produces the peeling paint and mould households blame on the building. Ducting at $250 to $700 solves it completely.
Vented, condenser or heat pump?
Vented machines are cheapest to buy and dearest to run, and need an external wall or duct. Condensers extract moisture to a tank and suit internal laundries with no external wall. Heat pumps use considerably less energy and pay back over years for a household drying regularly.
Can the duct vent into the roof space?
No. That moves the moisture from a room you can see into a space you cannot, where it condenses on the underside of the roof, dampens insulation and eventually returns through the ceiling as staining. The duct must terminate outside through a proper cowl.
What should the bracket fix into?
Studs in a framed wall or proper anchors in masonry. A loaded dryer is a dynamic load that vibrates through every cycle, so plasterboard anchors are never adequate regardless of their stated rating. Where studs do not suit the position, adding noggins at $200 to $600 is the correct answer.
Can I run it from an extension lead?
No, and this is worth taking seriously. The load is sustained rather than brief, and extension leads, power boards and double adaptors are not designed for that duty. A dedicated point at the dryer position costs $200 to $600 and is the right solution.
Should I plumb the condenser to waste?
It removes the only real inconvenience of a condenser or heat pump machine, which is emptying the tank after most loads. At $200 to $500 it is worth doing at installation, and most machines have a drain outlet provided for exactly this purpose.
Why is my dryer taking longer than it used to?
Almost always restricted airflow, and almost always lint. Clear the filter after every load rather than when it looks full. Lint also accumulates in the duct, particularly at bends and in flexible concertina sections, and condenser machines have a secondary filter many households never find.
Is flexible duct acceptable?
For a very short straight run it works. On anything longer, the internal ridges collect lint and restrict airflow, and the performance drops within a year. Rigid or semi rigid duct performs better and can actually be cleaned, which matters since lint is a fire consideration.
Can I do this in a rental?
Wall mounting and ducting both need the landlord's written agreement since both make permanent changes. Frame the duct as protecting the property, because unvented drying causes the mould damage that becomes a dispute later. In apartments, an external wall is usually common property needing body corporate approval.
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This page provides guidance information only and is not professional advice of any kind. Details may change, always verify with the relevant authorities and seek independent professional advice where needed.
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Figures on this page are indicative 2026 SA estimates only and vary with dryer type, wall construction and whether a bracket can be fixed into structure, duct run length and where it terminates, whether a new circuit or power point is required, condensate drainage arrangements and any making good. Quotes should always be obtained for your specific property. Electrical, plumbing, building and consumer protection requirements are set by legislation and Australian Standards and are periodically updated, so confirm the current position with the relevant authority and your installer before relying on any figure.