Refrigeration columns at 24, 30 and 36 inches; French doors at 36, 42 and 48, all panel-ready; wall ovens in tall units; rangetops that drop into a worktop; hood liners hidden inside millwork. The one freezer format is a column — there is no chest and no upright anywhere in the line — and there is no washer and no dryer at all.
10 machines · 59 models
Every Dacor we work on, and what being built in changes.
Ten kinds of machine, almost all of them panel-ready or fitted into joinery. Each page says what the line actually contains, which parts people call about, and what the shape of the installation does to the work.
- 10 kinds of machine
- 59 models written up
- 0 washers or dryers — this make builds none
- 2 eras, and they share no error code
Every machine we work on
All 10 of them
Each page says what the line contains and what the installation changes.
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Panel-ready French door · 24, 30 and 36-inch columns Dacor refrigerator
Two shapes, and the difference decides the visit. The French doors run 36, 42 and 48 inches wide and are built to take cabinet panels, so the box disappears into the joinery; the columns are 24, 30 and 36 inches of single-purpose refrigerator, meant to stand beside a freezer column of the same height and read as one run. Almost nothing here is freestanding in the ordinary sense. That changes the work before a part is named: the surround is tight, the panel and its handle come off first, and the air path the installer left is part of the diagnosis rather than a detail.
- French doors at 36, 42 and 48 inches; columns at 24, 30 and 36
- Panel-ready by default — the door furniture comes off before anything is opened
- PreciseCooling, the FreshZone drawer and iQ Remote View are the named parts people call about
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Column freezers · 18, 24, 30 and 36 inches Dacor freezer
There is no chest freezer here, and no upright one standing in a garage. Every freezer this make builds is a column — 18, 24, 30 and 36 inches wide, panel-ready, designed to be installed beside a refrigerator column of matching height so the two read as cabinetry. The narrow one holds about nine and a half cubic feet and carries two ice makers of its own. That shape is the reason most calls about it are really calls about installation: a column has a defined air path through its base or top, and a blocked one imitates a failing sealed system exactly.
- Column-only: 18, 24, 30 and 36 inches, panel-ready, no freestanding cabinet in the line
- The 18-inch column carries dual ice makers and two freezer drawers in 9.4 cubic feet
- Power Freeze is a mode, not a problem — it will run the cabinet hard and sound wrong
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24-inch wine column · 100 bottles, three zones Dacor wine column
One cabinet, taken seriously. The 24-inch wine column holds about a hundred bottles across three independently held zones behind argon-filled triple glazing, on oak racks that glide out and doors that push to open. It is specified to hold within a third of a degree, and that specification is the reason people call: a cabinet built to that tolerance is expected to keep it, and a drift of two degrees in one zone is a problem here where it would be ordinary elsewhere. There is a smaller undercounter cellar too — 41 bottles, two zones — and it is a different machine with different expectations.
- 24-inch column: about 100 bottles, three zones, argon-filled triple glass, oak Glideracks
- PreciseCooling is specified to about a third of a degree — drift is a symptom, not a mood
- The undercounter cellar is a separate machine: 41 bottles, dual zone
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24-inch panel-ready · StormWash+ and AutoRelease Dacor dishwasher
Twenty-four inches, panel-ready, and two generations of it in South Florida kitchens. The current machine carries StormWash+, a water softener built into the appliance itself and an AutoRelease door that pops open at the end of a cycle to dry; the generation before it is the WaterWall platform with a third rack, quiet enough to be rated at 44 decibels. Behind both sits the problem language that changed in 2016: the older EDW and IDW machines report F-1 through F-9, the current ones report letter codes ending in C. Knowing which of those two a kitchen has is most of a diagnosis.
- Current platform: StormWash+, built-in water softener, AutoRelease drying door
- Previous Samsung-era platform: WaterWall, third rack, 44 dBA
- Legacy EDW and IDW machines speak F-1–F-9 — a different language entirely
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30-inch single and double · steam and non-steam Dacor wall oven
Thirty inches, single or double, and the meaningful split is whether the cavity makes steam. The current ovens run a four-part convection arrangement, connect to the house network, and on the steam models add a water system that has to be filled, drained and descaled like any other. The style names — Contemporary, Transitional — change the hardware and the finish rather than the mechanism. Older kitchens hold the classic ERC ovens, and those report F0 through F8 from a board Dacor designed itself: a different oven, a different table, and a repair that begins with a different question.
- 30-inch single and double, with and without steam
- Four-part convection and a network connection on the current generation
- Classic ERC ovens report F0–F8 — and F1, F2 and F3 mean something else on a range
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Dual-fuel at 30, 36 and 48 inches Dacor range
Thirty, thirty-six and forty-eight inches, and dual fuel almost throughout: gas on top, electric in the oven below. The forty-eight adds an integrated griddle and, on the steam models, a water system in the cavity. The professional range in this line carries six burners, a flame system designed to relight itself, and a seven-inch screen on the front. Beside all of that, South Florida kitchens still hold the ER-series ranges from before 2016 — a platform with its own diagnostic table running from F1 to F95, and one that a technician who only knows the current machines will read wrongly.
- Dual-fuel at 30, 36 and 48 inches; the 48 carries an integrated griddle
- The pro range: six burners, self-relighting flame, a seven-inch panel
- Legacy ER30D, ER36D and ER48D report F1–F95 — the widest table this make has
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Induction and gas at 30 and 36 inches · rangetops at 36 and 48 Dacor cooktop
Two families under one heading. The cooktops are induction or gas at 30 and 36 inches — the induction ones frameless black glass with a display in the surface, the gas ones sealed burners on stainless. The rangetops are the professional half: 36 and 48 inches, six sealed brass burners built to simmer as well as sear, illuminated knobs, and a griddle and wok ring that sit in place of the grates. They are different machines to work on. A glass induction surface is an electronics repair; a rangetop is burners, gas and heavy brass, and the two rarely fail for the same reason.
- Induction at 30 and 36 inches, frameless black glass with an in-surface display
- Gas cooktops at 30 and 36; rangetops at 36 and 48 with six brass burners
- The rangetop's griddle and wok ring replace grates — they are accessories, not fixtures
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Pro-canopy at 36 and 48 · chimney and liner inserts Dacor range hood
Three shapes, and which one is over the range decides everything about the repair. The pro canopies are 36 and 48 inches wide and about eighteen deep in the body, glass touch controls and LED light. The chimney hood is a 30-inch wall unit that extends up to the ceiling. The liners are inserts — five and a half inches tall — built to be hidden inside a joiner's custom hood, which means the appliance we are called to see is behind millwork nobody wants disturbed. Most hood calls are about the light, the fan speed control or the noise, and all three are reachable without touching the surround.
- Pro-canopy wall hoods at 36 and 48 inches; a 30-inch chimney hood
- Liner inserts at 30, 36 and 48 — about five and a half inches tall, built into custom millwork
- Light, speed control and noise are the three calls; none needs the joinery opened
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Drawer, over-range convection and countertop Dacor microwave
Three quite different appliances share the word here. The drawer microwave sits below the worktop and opens downward — about 1.2 cubic feet and 950 watts, with sensor cooking. The over-range unit is a combination machine: a convection microwave and a ventilation hood in one 30-inch body, which means a problem in it can present as a cooking problem or a venting one. And there is a countertop machine, the one appliance in this catalog that can simply be replaced rather than repaired. Which of the three is in the kitchen decides whether this is a joinery job, a hood job, or neither.
- Drawer microwave: 1.2 cubic feet, 950 watts, sensor cooking, opens downward
- Over-range unit combines convection microwave and hood in one 30-inch body
- The countertop machine is genuinely replaceable — we will say so when it is
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24-inch built-in · plumbed and tank-fed Dacor built-in coffee system
One platform, two ways of feeding it, and no longer in the catalog. The 24-inch built-in coffee system came plumbed to the water supply or with a tank behind the door, with a burr grinder, a steam wand and a hot-water tap; the machines in Miami kitchens today are from that generation and there is no successor. Two things follow. This appliance does not report error codes at all — it writes sentences on its display, which is genuinely more useful than a code — and every repair is a parts-availability question before it is a labor one. We answer that question before the visit, not after.
- One family: plumbed and tank-fed 24-inch built-ins, with a burr grinder and steam wand
- Discontinued — there is no current replacement in this make's line
- No error codes at all: the display writes a sentence, and that sentence is the diagnosis
What that does to a repair
Access comes before diagnosis
A freestanding machine is reached in minutes. A column in a trim kit carrying a cabinet panel and a designer’s handle has to be brought forward first, and the risk in that is to the joinery rather than to the appliance. It is why the first questions on the telephone are about the surround, and why access is quoted as its own step instead of appearing as a surprise.
Before you book
What tells us the most, fastest
About the appliance
- The model number, which settles the era as well as the parts.
- Whether it is panel-ready or has a finished front.
- Whether it is one of a pair of columns, and whether the other one is well.
About the problem
- What the display says, exactly, including any dash or letter.
- Whether it fails from cold or only after twenty minutes.
- Whether anything changed in the kitchen recently — a floor, a worktop, a refit.
Or start from the job
By repair instead
If you already know what needs doing and want the starting figure.
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from $95 Diagnostic visit
Finding out what has actually gone wrong, before any part is named or priced. On this badge two questions come before the problem itself: how old the kitchen is, and how the appliance is held. The age decides which problem language the machine speaks — the pre-2016 boards and their F-codes, or the current platform and its letter codes — and the two share nothing. How it is held decides how long it takes to reach. The charge is credited against the repair if you go ahead, and if our honest recommendation is that the machine is not worth mending, you still get that recommendation and the charge does not change.
- The era comes first — it decides the code table, the board and the part number
- A written figure ahead of the work, credited against the repair
- If mending it is the wrong call we say so, rather than selling a part
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from $165 Appliance maintenance
The visit that keeps a built-in kitchen out of trouble, which on this make is mostly about air and water. Columns and panel-ready cabinets breathe through grilles that joinery and rugs slowly cover; the dishwasher softens its own water and that softener has a service interval; a steam oven has a reservoir and a descaling cycle; a hood liner fills with grease where nobody can see it. None of that is dramatic and all of it is cheaper than the failure it prevents. We do the lot in one visit rather than returning for each.
- Air paths first: column grilles, condenser coils, hood filters and blower
- Water next: the dishwasher softener, the steam reservoir, the coffee system's path
- One visit across the kitchen, not one visit per appliance
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from $225 Appliance installation
Fitting equipment that was designed to disappear into cabinetry, which is a joinery job as much as a connection. Panel-ready columns and French doors take cabinet fronts and their hardware; wall ovens sit in tall units cut to a size; hood liners hide inside millwork built by somebody else; a rangetop drops into a worktop that has to be right before the appliance arrives. We measure the opening before delivery rather than after, because a cabinet that is a quarter inch out is a carpentry problem discovered on the wrong day.
- The opening is measured before the appliance is delivered, not on the day
- Panels, trim kits and handles fitted so the doors sit square and stay square
- Air path, water feed and power checked as part of the fit, not as an extra
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from $295 Control board repair
The board is the part most often blamed and least often at problem, so it is the last thing we conclude rather than the first. What makes this badge different is that there are two entirely separate generations of board behind the same door: the pre-2016 Dacor boards, and the Samsung-platform boards that replaced them. They are not interchangeable, the part numbers do not translate, and a supplier who is given the wrong one will happily sell it. We identify the generation from the plate before anything is ordered.
- Ruled in by elimination — sensors, harnesses and supply are checked first
- Two generations of board on one badge: the part numbers do not translate
- Legacy boards are quoted rather than published — availability is checked first
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from $185 Refrigerator not cooling repair
The call that covers four quite different problems, and the first job is to find out which one. On a French-door cabinet a single warm compartment nearly always means the air path — defrost, a duct, a damper, the evaporator fan — because one sealed system serves both sides. On a column it means the opposite: two cabinets, two systems, and the cold one standing beside it is evidence. Before any of that, the grille: a panel-ready cabinet that cannot breathe produces every symptom of a dying compressor while being perfectly healthy.
- The air path before the sealed system — and the grille before both
- French door and column are different diagnoses, not the same one twice
- The cold cabinet next to the warm one is evidence, and we use it
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from $185 Built-in column access
The service that exists because of the shape of this line. A refrigeration column is captured by the cabinetry around it, held by trim, carrying a cabinet panel and a handle that belong to the kitchen rather than the appliance. Bringing it far enough forward to be worked on — and putting the joinery back exactly as it was — is real work with a real risk attached, and pretending otherwise is how a repair leaves a scratch down a walnut run. We price it as its own step so that nobody is surprised by it halfway through a visit.
- Panel, handle and trim removed and recorded before anything is moved
- The joinery is protected first — the risk here is the cabinetry, not the appliance
- Priced as its own step so it is never a surprise mid-visit
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from $175 Defrost system repair
Frost where there should be none is a system problem rather than a mystery: a heater, a sensor, a thermostat and the control that decides when to run them. On these cabinets the symptom arrives slowly — a compartment that drifts a couple of degrees, then a fan that sounds like it is scraping, then ice visible at the back wall — and the cheapest moment to catch it is the first of those. On a column the whole load lives in one cabinet, so the same failure empties a freezer that a French door would have carried through.
- Heater, sensor, thermostat and the control that times them — checked as a system
- The early symptom is a two-degree drift, not visible ice
- On a column there is no second compartment to carry the load
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from $159 Evaporator fan repair
The fan that moves cold air is the part that most often explains a cabinet cooling unevenly. When it slows, stalls or is caught by ice, one compartment keeps its temperature and the other drifts, which reads as a refrigeration failure and is not one. It usually announces itself first as noise — a hum that rises with the door closed, a click, a scrape — and people reasonably wait for it to become worse. On a panel-ready cabinet it is worth not waiting: the fan is behind the back panel, and the visit is short while the cabinet is still cold.
- Uneven cooling with a healthy compressor is usually this
- Noise that changes with the door closed is the early warning
- Short visit while the cabinet still works — longer once it does not
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from $129 Condenser cleaning
The least glamorous visit on the list and the one that prevents the most expensive ones. A condenser rejects heat, and in a Miami kitchen it does that through a grille that collects dust, cooking grease and pet hair until the cabinet is running against itself. On built-in refrigeration it matters more than on freestanding, because the coil sits in a defined air path that the cabinetry controls: when that path is restricted, the compressor runs longer, the temperature drifts, and everything downstream ages faster than it should.
- Built-in refrigeration lives on a defined air path — restrict it and everything ages
- Grease and pet hair, not dust, are what actually block a Miami coil
- Cheapest visit here, and the one that prevents the dear ones
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from $165 Door seal replacement
A gasket that no longer seals is a slow, expensive problem: the cabinet runs longer, the compartment nearest the leak drifts, and condensation appears where nobody expects it. Panel-ready doors make it likelier than on ordinary refrigeration, because the door carries the weight of a cabinet front and its hardware, and a hinge that has settled under that weight pulls the seal away from the frame along one edge. Replacing the gasket without correcting the door is how the same problem comes back within a year, so we do both or neither.
- Panel weight settles hinges — the seal is often the symptom, not the cause
- A dollar-bill test along all four edges, not a look at the worst corner
- Door alignment corrected at the same visit or the problem returns
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from $155 Refrigerator leak repair
Water in the base of a built-in cabinet is worse than water under a freestanding one, because it has somewhere to go: the floor under the joinery, the base of the cabinet beside it, and in a condominium sometimes the ceiling below. There are only a few sources — a blocked defrost drain, a split or loose water line, the ice module's fill path, a door that no longer seals in a humid kitchen — and finding which one it is takes less time than the damage takes to happen. If there is water on the floor in front of a column, turn the supply off at the valve and call.
- Under built-in cabinetry a leak reaches the floor and the neighbors, not a drip tray
- Four likely sources, and they are told apart by where the water is
- Supply off at the valve first — the diagnosis can wait, the joinery cannot
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from $185 Freezer column repair
Every freezer this make builds is a column, which changes both the problems and the stakes. There is no second compartment to carry the load while a part is ordered, so a failure here empties a cabinet that often holds a great deal. The narrow column packs two ice makers, two drawers and its own sealed system into eighteen inches, and that density is why so many calls about it are really calls about airflow: drawers overloaded past the vents, or a base grille covered after a floor was laid. We check that before anything is opened.
- No second compartment — a problem here empties the cabinet
- Two ice makers and two drawers inside eighteen inches on the narrow column
- Overloaded drawers and covered grilles imitate a failing system
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from $165 Ice maker repair
The ice maker is a module inside a cabinet rather than an appliance of its own on this badge — there is no standalone ice machine in the line. On the freezer columns there are two of them, which is genuinely useful for diagnosis: both stopped points upstream at the water supply, the inlet valve or the fill tube, while one stopped and one working points squarely at the module itself. Hollow or slow ice is a third case and usually a fill or a temperature problem rather than a mechanism that has failed.
- Two modules on the freezer columns — which one stopped is half the diagnosis
- Both stopped is a water problem; one stopped is a module problem
- Hollow or slow cubes are usually fill volume, not a broken mechanism
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from $139 Water line and fill valve service
Everything upstream of the ice module, which is where most ice complaints actually live. The supply line runs behind cabinetry, the valve sits at the back of the machine, and the fill tube can partially freeze without ever stopping completely. In South Florida the additional factor is scale: a valve that has been fed hard water for years closes slowly and passes a trickle, which produces small hollow cubes on both modules at once — a symptom people reasonably read as two failed ice makers.
- Most ice problems are upstream of the module, not in it
- Scale makes a valve pass a trickle rather than fail outright
- Both modules affected at once is nearly always this
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from $185 Wine column not cooling repair
A wine cabinet specified to hold within about a third of a degree is a machine where a two-degree drift counts as a failure, and the owner who calls about it is not being fussy. The useful question is how many zones are wrong. One zone adrift while the others hold is a division-of-airflow problem — that zone's sensor or damper — and stays a small repair. All three drifting together moves the diagnosis to the system feeding them, and that is where the cabinet's age and its condenser start to matter.
- One zone wrong is local; three zones wrong is the system
- Two degrees is a problem on a cabinet specified to a third of one
- A full cabinet holds temperature far better than an empty one during a visit
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from $165 Wine zone calibration
Measuring what the cabinet is actually doing, zone by zone, against what its display claims. On a three-zone column with a tight specification the two can separate slowly — a sensor that reads a degree optimistic, a damper that no longer closes fully — and nothing about that is visible from the front. Calibration is instrument work rather than adjustment by feel: probes in each zone, logged over a period long enough to include a compressor cycle, then correction where the reading and the truth have parted company.
- Probes in each zone, logged across a full compressor cycle
- Corrects the drift between what the cabinet does and what it says
- Worth doing before a collection is moved in, not after
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from $149 Wine door and seal service
The door of a wine column is a piece of equipment in itself: argon-filled triple glazing that keeps ultraviolet light and heat out of the cabinet, a gasket that has to seal against a room at eighty per cent humidity, and a push-to-open mechanism that people use several times a day. Condensation on the outside of the glass, or glass that is cold to the touch, means the cavity or the gasket is letting the cabinet fight the kitchen — and in this climate the cabinet loses that fight slowly, expensively, and out of sight.
- Cold outer glass or condensation on it is a real problem, not humidity
- The gasket seals against a Miami kitchen — it works harder here than anywhere
- Push-to-open is a mechanism and wears like one
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from $119 Glideracks and runner service
The oak racks in these columns glide out on runners so that bottles come forward in a tray rather than being reached for one at a time, and that mechanism is used more than any other part of the cabinet. Runners bind, a rack sits proud and stops the door sealing, a rail comes loose and a hundred bottles' worth of weight goes somewhere it should not. It is the smallest visit on this list and one of the more satisfying, because the result is immediate and visible the moment you pull a shelf.
- Used more than any other part of the cabinet, and wears accordingly
- A rack sitting proud is a door-seal problem waiting to be misdiagnosed
- Small visit, immediate result
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from $165 Dishwasher drain and pump repair
Water standing in the base at the end of a cycle is the commonest dishwasher call and rarely the pump itself. The path runs filter, sump, pump, hose and then whatever the kitchen fitter connected it to — usually a disposal or a standpipe, and usually the actual cause. On the current machines a drain problem reports as a letter code ending in C; on the older EDW and IDW dishwashers it reports as an F-number that shares nothing with it. Reading us the display exactly as written saves the first ten minutes of the visit.
- Filter, sump, pump, hose, and the connection somebody else made
- Current machines say a #C code; legacy EDW and IDW say F-1 to F-9
- Standing water is usually downstream of the appliance
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from $159 Dishwasher leak repair
A panel-ready dishwasher leaks into cabinetry rather than onto a floor, which is why a small problem here is worth treating quickly. The sources are few — the door gasket, the detergent dispenser, a hose fitting, the sump seal, or a machine that is overfilling — and they are told apart by where the water appears and when in the cycle. Machines with a leak-detection system will often stop themselves and report it, and that is the appliance protecting the kitchen rather than a failure to be reset away.
- Behind a cabinet panel the water goes into joinery, not onto the floor
- Where and when in the cycle tells us which of five sources it is
- A machine that stops itself and reports a leak is working correctly
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from $139 Wash performance service
Dishes coming out gritty, cloudy or wet is usually not one problem but three small ones together: spray arms partly blocked, a filter left too long, and water that is harder than the machine was set up for. This badge is unusual in having a softener built into the appliance, which means there is something to service that most dishwashers do not have — and a machine that washed perfectly for years and then declined is very often that softener rather than anything mechanical.
- Gritty, cloudy and wet are three different problems with three different answers
- The built-in softener has a service interval — this is where a slow decline starts
- Spray arms and the third rack's feed are checked under pressure, not by eye
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from $135 Door, latch and AutoRelease repair
The door of a panel-ready dishwasher carries a cabinet front, and the springs and hinges are tensioned for that weight. When a panel is changed, or a hinge cable frays, the door drops, the latch stops meeting the strike, and the machine refuses to start — which reads as an electrical problem and is entirely mechanical. On the current machines the door is also part of the drying system: it releases itself a few inches at the end of a cycle, and a door that never releases or releases mid-cycle is a genuine problem rather than a habit.
- A dropped door is mechanical, even though it presents as 'will not start'
- Hinge springs and cables are tensioned for the weight of the cabinet panel
- AutoRelease opening at the end of a cycle is correct behavior
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from $155 Drying and heat repair
Poor drying on a modern dishwasher is usually a misunderstanding before it is a problem, and we would rather explain that than sell a visit. These machines dry without a hot element roasting the load: they use residual heat and an opening door, which leaves plastics damp and glass dry, and that is the design. What is a problem is water still standing on upturned crockery, glass coming out cloudy and warm, or a machine that no longer heats the wash at all — and those three point at the heater, its thermistor or the control that runs them.
- Damp plastics with dry glass is the design, not a defect
- Cloudy warm glass and pooled water are the symptoms that matter
- Heater, thermistor and control tested as a set
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from $129 Built-in water softener service
A dishwasher with its own softener is unusual, and in South Florida it is the reason glassware in these kitchens stays clear for years longer than it otherwise would. It is also a maintenance item that nobody is told about: the chamber needs salt of the right kind, the setting has to match the water actually arriving, and the resin does not last forever. The clearest sign it needs attention is a machine whose performance has declined slowly and evenly — everything slightly worse, nothing actually broken.
- The reason glass stays clear in a hard-water city
- Needs the right salt, the right setting, and eventually new resin
- The symptom is a slow, even decline rather than a failure
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from $175 Oven not heating
An oven that will not reach temperature, or reaches it and cannot hold it, comes down to a short list: an element, a sensor reading wrong, a relay that no longer closes, or a control that has stopped asking. Which one it is takes measurement rather than opinion. On this badge the extra question is the era: a Classic ERC oven and a current one report entirely different codes for related problems, and F1, F2 and F3 in particular mean different things depending on whether the appliance is an older oven or an older range.
- Element, sensor, relay, control — decided by measurement, not by symptom
- F1, F2 and F3 mean different things on an old oven and an old range
- A double oven with one dead cavity keeps the repair on one side
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from $149 Temperature sensor and calibration
An oven that bakes badly while appearing to work is usually reading itself wrong. Sensors drift with age, and a cavity that is thirty degrees out sails through every self-test the appliance can perform because it believes its own reading. It is diagnosed with an independent probe and a logged preheat rather than by taste, and it is corrected either by calibration or by the sensor itself. On the steam models the same question is worth asking of the steam cycle separately, because it has its own sensing.
- An oven that is thirty degrees out passes its own self-test
- Independent probe and a logged preheat — not an oven thermometer left on a shelf
- Steam models sense the steam cycle separately and can drift separately
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from $175 Steam oven water system
The steam models carry a water system the plain ovens do not have: a reservoir, a pump, a path into the cavity and a descaling interval that South Florida water makes non-negotiable. Most problems here are scale rather than mechanism — a pump straining, a steam cycle that takes far longer than it should, a reservoir that reports empty when it is full because its sensing is fouled. Descaled and serviced on schedule these systems last well; ignored, they take the pump with them, and that is a considerably larger repair.
- A reservoir, a pump and a descaling interval the non-steam ovens do not have
- Most problems are scale, and scale eventually takes the pump
- A reservoir reporting empty while full is fouled sensing, not a broken tank
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from $169 Oven door and hinge repair
A door that no longer sits square costs an oven its temperature and its efficiency, and on a wall oven set into a tall cabinet it is also the part most likely to be noticed by everybody in the kitchen. Hinges take the weight of a triple-glazed door many times a day; springs weaken, a hinge arm bends after a door is leaned on, and the seal along the top loses contact first. Glass that has fogged between panes is a separate matter and usually means the stack has been opened or the seal around it has failed.
- A door out of square is a heating problem before it is an appearance one
- The top edge of the seal loses contact first — that is where to look
- Fogging between panes is a sealed-stack problem, not condensation
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from $175 Self-clean and door lock repair
The self-clean cycle is the hardest thing an oven ever does to itself, and it is where marginal parts fail: the door lock motor, the thermal fuse, the sensor at full temperature, occasionally the control. A door locked shut after a cleaning cycle is the classic aftermath and it is a repair rather than a catastrophe. We are also honest about the cycle itself — on an appliance of this age and value, running a pyrolytic clean is a decision with a cost, and we will say when we think a manual clean is the wiser option.
- Self-clean is where marginal parts fail — that is why problems cluster after it
- A door locked shut afterwards is an ordinary repair
- We will tell you when not to run the cycle at all
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from $155 Gas burner and igniter repair
A burner that clicks without lighting, lights and goes out, or will not come down to a simmer. In Miami the usual culprits are salt air and humidity on the igniter, and a cap or head that went back slightly wrong after a clean — which is why so many of these calls date from the week the hob was scrubbed. The professional burners on the rangetops complicate it pleasantly: they are built to relight themselves after a draft or a boil-over, so a burner that keeps going out may be that system rather than the burner at all.
- Most of these problems begin the week the hob was deep-cleaned
- Salt air and humidity are what actually kill igniters here
- On the pro burners, repeated flame-outs may be the relight system
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from $195 Rangetop service
The professional rangetops are 36 and 48 inches of sealed brass burners, illuminated knobs and a griddle or wok ring in place of grates, and they are worked harder than any other appliance in these kitchens. Service is mostly about restoring the range of the burners rather than fixing failures: simmer settings that have drifted, ports partially blocked by years of boil-over, knob illumination that has died on one burner, and the griddle plate's surface. It is a heavy appliance and a satisfying one to bring back.
- Six sealed brass burners built to sear and to genuinely simmer
- Illuminated knobs fail one at a time and are a separate small repair
- The griddle and wok ring are accessories that live where grates would
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from $159 Integrated griddle service
The griddle built into the largest range is its own heated surface with its own control, which means it can be wrong while every burner beside it is right. The two failure patterns are quite different and worth telling apart before a visit: a griddle that never reaches temperature at all points at the element or its control, while one that gets there and then drifts away points at sensing or at a thermal cut-out doing its job. Surface condition matters too — a plate that has been cleaned with the wrong thing cooks unevenly and reads as a problem.
- Its own element and control — it fails independently of the burners
- Never heats and drifts after heating are two different repairs
- A mistreated plate surface cooks unevenly and imitates a problem
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from $205 Induction cooktop repair
An induction surface is an electronics repair under glass, and the good news is that each zone has its own coil and drive, so one dead zone rarely means the whole cooktop. What matters most is telling failure apart from protection: a zone that runs for a few minutes at high power and then stops is very often defending itself against heat it cannot shed, and the cause is a blocked vent or a cabinet packed tight underneath rather than a problem in the appliance. That distinction is worth making before anybody quotes for parts.
- Per-zone coils and drives — one dead zone is usually local
- Cutting out after minutes at high power is usually protection, not failure
- Pan compatibility is a magnet test, and no repair changes it
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from $275 Cooktop glass replacement
Cracked or chipped glass on an induction surface is not cosmetic: the glass is part of the appliance's insulation and its seal against everything spilled on it, and a crack lets liquid reach the electronics beneath. On a frameless surface bonded into a stone worktop the replacement is careful work — the old panel comes out without damaging the stone, and the new one is bonded and sealed so the edge is as clean as it was. It is mostly a parts cost rather than a labor one, and we say so plainly when the number surprises people.
- A crack lets liquid into the electronics — it is not cosmetic
- Frameless glass in a stone worktop is careful work at both ends
- Mostly the cost of the panel, and we say so
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from $125 Legacy control diagnosis
The service that exists because this badge changed hands in 2016. Appliances made before that run Dacor's own boards and report F-codes — F0 to F8 on a Classic ERC oven, F1 to F95 on an ER-series range, F-1 to F-9 on an EDW or IDW dishwasher — and none of those strings exist on the current platform. A technician who only knows the current machines will read them wrongly or not at all, which is why owners of these appliances are so often told their machine is unfixable. It usually is not. What it needs is the right table and an honest answer about parts.
- Pre-2016 codes share nothing with the current platform
- F1, F2 and F3 mean different things on a Classic ERC oven and an ER range
- The honest part of this service is the parts answer, given before the visit
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from $165 Hood motor and blower service
Noise and weak extraction are the two hood complaints, and both are usually grease before they are parts. A blower wheel collects it unevenly, goes out of balance and hums or rattles at particular speeds; filters block gradually enough that nobody notices the day the kitchen stopped clearing. What is not grease is a bearing, a mount that has loosened, or a duct that has come apart above the ceiling — and in South Florida buildings, with long shared runs, the duct is a more common answer than people expect.
- Gradual noise is grease and balance; sudden noise is a bearing or a mount
- Weak extraction starts at the filters and often ends at the duct
- Long shared duct runs are ordinary here and are part of the diagnosis
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from $175 Hood liner service
The liner inserts are about five and a half inches tall and live inside a hood built by a joiner, which is why owners put off calling: they assume the carpentry has to come apart. In nearly every case it does not. These units are designed to be serviced from below — filters down, blower and lamps reachable through the opening — and a kitchen that has been venting badly for a year can usually be put right in a single visit without a mark on the millwork.
- Designed to be serviced from below — the joinery stays where it is
- About five and a half inches of appliance inside somebody else's hood
- The postponed repair is usually the easy one
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from $119 Hood light and control service
Lamps and controls are the small end of hood work and the most common call. LED modules fail one at a time, so a single dark lamp is a module or its driver rather than a hood at the end of its life; a whole strip dark points at the driver or the supply. The glass touch controls on the canopy hoods have their own failure — a panel that responds to some presses and not others, usually the panel itself rather than the board behind it. Both are short visits, and a photograph from below tells us most of what to bring.
- One dark lamp is a module; all dark is the driver or the supply
- Touch panels that half respond are usually the panel, not the board
- A photo from below decides what goes on the van
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from $195 Built-in microwave repair
A built-in microwave is worth repairing where a countertop one is not: it is fitted, matched to the kitchen and expensive to replace, and the usual problems are ordinary. Doors and interlocks, control panels, turntable drives and cooling fans account for most calls. The one symptom we ask people to stop using the appliance for is a machine that runs, lights and turns while producing no heat — that is the high-voltage side, and it is a routine repair for somebody equipped for it and a genuinely dangerous one for anybody else.
- Fitted and matched — the economics are different from a countertop machine
- Doors, interlocks, panels, turntable drives and fans are most of the work
- Runs but does not heat: stop using it and call
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from $185 Microwave drawer mechanism
A drawer microwave is an oven and a motorized mechanism in one appliance, and the mechanism is what usually fails. A drawer that stops partway, will not open at all, or opens and immediately closes is a drive, a rail or an obstruction — and while any of that is unresolved the oven will refuse to run, because the interlock is not satisfied. That refusal reads as a dead appliance and is the machine being careful. It is a mechanical repair, it is common, and it very rarely means the microwave itself is finished.
- The mechanism fails far more often than the oven does
- A drawer that will not close leaves an oven that will not run — by design
- Mechanical repair, common, and not the end of the appliance
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from $169 Over-range microwave and vent service
The over-range unit is two appliances in one shell — a convection microwave and a ventilation hood — and either half can fail while the other is perfect. Venting that has weakened is normally filters or the duct, exactly as on a full hood; heating problems are microwave problems. What makes this unit particular is a shared control panel, so a fan that does not respond at all and a fan that simply moves less air point at different halves of the machine. We ask which it is before the van is loaded.
- Two appliances in one shell, with one control panel between them
- No response at all and weak airflow are different halves of the machine
- Convection adds an element and a fan the plain machines do not have
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from $185 Coffee system brew group service
Coffee that has gone bitter and weak at the same time is the classic call, and it is almost always the grinder and the brew group rather than the beans or the settings. Burrs wear and the grind drifts coarse, which under-extracts; scale and old coffee oils in the group do the rest. On a discontinued platform the honest part of this service comes first: we establish that the parts exist before booking labor. Seals, burrs and the water path are the failures most likely to be solvable; boards are the difficult end.
- Bitter and weak together is grind and group, not beans or settings
- Discontinued platform — parts are checked before labor is booked
- Seals, burrs and the water path are the solvable failures
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from $145 Coffee system descaling and water
Everything upstream of the coffee: the filter, the tank or the plumbed supply, and the scale that South Florida water leaves through all of it. A machine that takes longer and longer to deliver, or that has started to sound strained, is usually describing a water path narrowing rather than a pump failing — though ignored long enough, the second follows the first. On plumbed machines there is an additional reason to act early: the supply, its fittings and the drain sit behind a tall cabinet where a slow leak can run unseen for weeks.
- Slower delivery and a strained sound are a narrowing path, not yet a dead pump
- Plumbed machines hide their leaks behind the cabinetry
- Filter and descaling interval decide how long this platform lasts
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from $175 Rental turnaround service
A booked-out property with a designed kitchen has a narrow window between guests, and a Dacor in it needs somebody who will not spend the first hour working out what it is. This is one visit across the whole kitchen: every appliance run, the problems triaged by what stops a let and what merely annoys, and a written list of what was done and what is coming. Where a part is needed we say whether it arrives before the next arrival, because on a turnaround that is the only question that matters.
- One visit across the kitchen, inside the changeover window
- Triaged by what stops a let, not by what is most interesting
- A written list, and honest dates for anything on order
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from $109 Smart features and connectivity
The current generation reports to an app, and when that link works it is genuinely useful for diagnosis — a caller who can read us what the app says shortens the conversation considerably. When it does not work, the appliance is usually fine. We treat connectivity as its own small service rather than as a repair, and we will say plainly when the problem is a router, a network band or an account rather than the machine. An oven off the network is not a broken oven, and nobody should pay for a visit that says otherwise.
- Connectivity is its own small service, not an appliance repair
- An appliance off the network is not a broken appliance
- Where the answer is the router or the account, we say so and charge accordingly
Worth knowing
Five of these ten appliances publish no error codes at all
The refrigeration, the freezer columns, the wine column, the hoods and the microwaves report named alarms or a single generic word and nothing more. That is the manufacturer’s own documentation, not a gap in ours — and it is why those appliances have symptom pages here rather than invented code tables. Several sites publish strings for them that the maker’s own manual contradicts.
Before you book
The questions this page is asked
Does Dacor make a washer or a dryer?
No. There is no laundry on this badge at all, and anybody offering you Dacor washer repair is offering something that does not exist. The ten types on this page are the whole of what the make builds.
Is there a freestanding Dacor freezer?
Not in this line. Every freezer is a column — 18, 24, 30 or 36 inches, panel-ready, designed to stand beside a refrigerator column of matching height. There is no chest freezer and no garage upright, which matters when a replacement is being planned.
What is the difference between a cooktop and a rangetop here?
A cooktop is induction or gas glass and stainless, 30 or 36 inches, and an induction one is an electronics repair under glass. A rangetop is the professional half — 36 or 48 inches of sealed brass burners with a griddle or wok ring — and it is gas, metal and mechanical. They rarely fail for the same reasons.
In more detail
Why this list is ten and not fifteen
The catalog decides it
Dacor builds an ultra-premium built-in kitchen and nothing else. Ten machine types, no laundry, one freezer format, and a coffee system that has been discontinued without a successor. A longer list would mean publishing pages for appliances this make does not sell, which is how a repair site ends up quoting for a machine nobody owns.
What the two eras change
An appliance built before September 2016 runs Dacor’s own control boards; one built after runs the Samsung platform. The cabinet may look identical. The code table, the board and the part number are not, and every appliance page here asks the question before it answers anything.
What we will not claim
Where the sources could not date a control generation — the Heritage collection in particular — we say so instead of attaching a code table that looks plausible. That distinction is the whole difference between this site and the ones that fabricate code lists.
Not sure which of these it is?
Describe what the appliance is doing and tell us roughly how old the kitchen is, and we will tell you which page you are on. If a diagnostic is the right next step it is from $95, credited toward the repair.
This article is based on:
- Official manufacturer documentation
- Internal repair procedures
- Technician repair history
- Company quality standards