35 figures · 35 jobs
Every figure here is a from, and two things move it before a component is even named: the masonry a machine is set into, and the distance between this kitchen and the water. Both are quoted rather than buried.
Every figure we publish
Sorted by the machine. Each says what moves it and in which direction.
What diagnostic visit costs on a DCS in South Florida, from $95, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What appliance maintenance costs on a DCS in South Florida, from $175, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What appliance installation costs on a DCS in South Florida, from $245, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What control board repair costs on a DCS in South Florida, from $295, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What grill will not light costs on a DCS in South Florida, from $145, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What grill burner replacement costs on a DCS in South Florida, from $185, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What ignition and electrode service costs on a DCS in South Florida, from $135, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What grease management service costs on a DCS in South Florida, from $165, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What rotisserie repair costs on a DCS in South Florida, from $145, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What gas supply and regulator service costs on a DCS in South Florida, from $155, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What hood light and control repair costs on a DCS in South Florida, from $125, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What side and power burner repair costs on a DCS in South Florida, from $145, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What drawer and door hardware service costs on a DCS in South Florida, from $135, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What outdoor warming drawer repair costs on a DCS in South Florida, from $165, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What range burner ignition repair costs on a DCS in South Florida, from $145, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What range oven not heating costs on a DCS in South Florida, from $185, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What oven temperature calibration costs on a DCS in South Florida, from $135, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What range door and hinge service costs on a DCS in South Florida, from $155, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What griddle and grill section service costs on a DCS in South Florida, from $165, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What induction cooktop repair costs on a DCS in South Florida, from $195, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What induction zone and coil repair costs on a DCS in South Florida, from $215, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What cooktop touch control repair costs on a DCS in South Florida, from $175, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What gas cooktop burner service costs on a DCS in South Florida, from $135, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What wall oven not heating costs on a DCS in South Florida, from $185, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What wall oven door seal replacement costs on a DCS in South Florida, from $145, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What convection fan repair costs on a DCS in South Florida, from $165, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What range hood blower repair costs on a DCS in South Florida, from $175, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What hood light and switch repair costs on a DCS in South Florida, from $125, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What filter and duct service costs on a DCS in South Florida, from $155, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What outdoor hood corrosion service costs on a DCS in South Florida, from $185, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What beverage center not cooling costs on a DCS in South Florida, from $185, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What beverage center door and seal service costs on a DCS in South Florida, from $145, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What outdoor refrigeration condenser service costs on a DCS in South Florida, from $135, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What drain and condensation service costs on a DCS in South Florida, from $125, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
What salt air protection service costs on a DCS in South Florida, from $195, and what moves that figure up or down. No final price is published anywhere on this site: the exact cost is confirmed on site after the diagnostic and agreed in writing before anything is opened.
The first thing that moves it
A grill on a cart is reached in minutes. The same grill dropped into a stone island is held on three sides by something a mason built, and the order in which anything can come out was decided then rather than by the manufacturer. On this badge that is the usual case rather than the exception.
It is why we ask for a photograph of the island before an appointment on anything built in, and why the access is quoted as its own line rather than folded into a part price and discovered mid-visit.
The second
Four blocks from the ocean and four miles inland are different ages of the same machine. Fixings that have seized, ignition ceramics that have crazed and housings that have corroded are labor before they are parts — and the labor is the half that moves.
This is also why a maintenance visit returns more on this badge than on any other we work: catching hardware while it is stiff rather than after it is seized is the difference between an hour and an afternoon.
How a quote happens
Or start from the job
Each job page carries its own starting figure and what the visit involves.
Establishing the problem itself, with nothing quoted until it is established. Two questions come before the symptom on this badge. Is the machine indoors or outdoors — because the indoor line answers in a decoded code and the outdoor line has no codes whatsoever, so the whole method changes. And what is it sitting in — masonry, joinery or a cart — because that, not the problem, sets the length of the visit. Whatever we find is written down with a figure beside it before a spanner is picked up. The charge comes off the repair when you go ahead; when our recommendation is to stop spending money on the machine, you get that recommendation and pay the same.
The visit that is booked rather than called in. Outdoor cooking equipment in this market does not fail on a schedule set by hours of use — it fails on one set by salt, rain and the months it spends under a cover with humidity trapped underneath. A maintenance visit is where burners come out and get looked at before they are the reason dinner stopped, where the grease path is cleared before it is a fire, where drawer runners are treated before they pit, and where an undercounter refrigerator's condenser is cleaned before August asks it for everything. Indoors it is the ordinary and useful work: seals, hinges, sensor accuracy, filters, and the parts of a high-output range that quietly drift.
Putting a machine into a space somebody else built. On this brand that is rarely a delivery and usually a fit: a grill head into a masonry cutout, a beverage center into an island with a ventilation path that has to actually work, a wall oven into a tall run, a cooktop into stone that does not forgive a second attempt. The measuring happens before anything is ordered, not after it arrives. Where an existing cutout is wrong for the machine that is meant to go into it, we say so while it is still a drawing — that conversation is cheap and the alternative is a slab with a hole in the wrong place.
When the electronics rather than the mechanics are the problem. Indoors this brand publishes an error table that names board errors directly — a missing master or slave power board, a software error, a communication failure between boards, and one code that fires when the control does not recognize which model it is fitted to. That last one is the interesting one: it usually appears after a part has been replaced with the wrong variant, and no amount of further replacing will settle it until the model identity matches. We diagnose before we order, because a board is the most expensive thing on most of these machines and the second most commonly replaced without need.
The call we take most often here, and the one whose answer most often lies upstream of the grill. Before anything is opened we work backwards from the flame: is it one burner or all of them, does it light from a match, has the cylinder been changed recently, is there a smell of gas. Those four answers separate a supply problem from an ignition problem from a burner problem, and they cost nothing to establish. In this market the ignition side is a consumable — electrodes crack, ceramics absorb salt, earths corrode — and the supply side is where a surprising number of calls actually end.
Burners are consumables on an outdoor grill in South Florida, and the question is rarely whether one has gone but whether it has gone far enough to matter. A burner that has burned through at the ends puts flame where the design did not intend it, cooks unevenly down its length, and eventually damages the radiants and the firebox around it. We would rather replace a set at the point where the first one has failed than come back three times, and we will say when a burner still has a season in it rather than selling a set on principle.
Everything between the button and the flame. On the coast this is the fastest-ageing system on an outdoor kitchen: ceramic insulators absorb salt and crack, electrode gaps move, earth paths corrode where they are bolted to a firebox, and battery modules sit in a damp compartment for years. The symptom is almost always the same — clicking with no light, or lighting on the fourth press instead of the first — and the cause is almost never the same twice. We service the path rather than swapping the part that is easiest to reach.
The service that is sold as cleaning and is really fire safety. A grill is designed to take rendered fat away from the flame — radiants spread the heat and shed the drippings, a tray collects what comes through, a channel takes it somewhere it can be emptied. When any part of that path is loaded, missing or refitted wrong, fat arrives on the burners instead, and the result is the flare-ups people describe as the grill 'getting angry'. In this market we see this most on grills that are spotless on the grates and untouched underneath. It is the cheapest work on an outdoor kitchen and the one with the highest consequence.
Two separate things are called the rotisserie and they fail separately. There is the motor and spit that turn, and there is the rear burner that does the cooking, and a complaint of 'the rotisserie does not work' is worth splitting on the phone. A motor that hums and does not turn, a spit that binds in its bracket, a burner that will not stay lit when the safety valve button is released — these are three different visits. The last one is the one people live with longest and is usually the flame-supervision device rather than the burner.
Everything upstream of the burner, which is where a large share of outdoor problems actually live. Weak flame on every burner at once, a grill that will not reach temperature, a cylinder that empties faster than it should, a limiting device that trips every time the valve is opened quickly — none of those are the grill. Under an island the fittings, the flexible connector and the manifold live in a space nobody has looked at since the mason closed it, in air that corrodes. We test rather than guess, and where the answer belongs to a gas contractor rather than to us, we say that.
The electrical half of an outdoor grill: hood lights, dial lighting, the switch panel and the wiring that runs through a cabinet exposed to weather. These are the problems people put up with rather than call about, which is a pity, because water in a switch housing on a terrace does not stay a lighting problem. Corroded connectors, a transformer that has taken rain, a switch that has swollen — they all read as a failed light until somebody opens the housing, and by then the corrosion has usually traveled.
The burners in the island that are not the grill. They sit lower, closer to the splash and the rain, and they are used less often — which sounds like an advantage and is not, because a burner that stands unused for four months in this climate collects everything. Insects nest in the venturi, the ports carbon up from one boil-over and are never cleared, and the ignition takes the same salt as the grill's does with none of the use to keep it dry. When one of these is dead and the grill beside it is perfect, the diagnosis is already half done.
The part of an outdoor kitchen that fails first and is budgeted for last. Runners, hinges, latches and fixings are the hardware salt reaches, and once a runner has pitted, cleaning does not bring it back. The progression is predictable: stiff, then sticky, then forced, then a bent drawer front or a frame pulled out of square. Catching it at stiff is inexpensive. Catching it after somebody has put their weight behind a stuck drawer is not, and it is why we ask on the phone whether it is stiff or stuck.
A heated compartment in an island that gets rained on. The two things it must do — hold a low temperature accurately and keep weather out of its own electrics — are in tension outdoors, and the problems follow from that. A drawer that has stopped heating is usually the element, the thermostat or the connection to a drawer that moves every time it is used; a drawer that heats unevenly is usually the seal or the runner letting it sit crooked. Water inside is its own category and is worth acting on quickly, because it does not stay a warming drawer problem for long.
Clicking without lighting, lighting on the second attempt, or one burner that has given up while the others are perfect. On a sealed burner the causes sit in a short list and one of them is free: a cap set down rotated or on a crumb will spark all day and never light. After that it is a wet or cracked electrode, a port blocked by a boil-over, or the switch behind the dial. Clicking that continues after the burner has lit is a different problem from clicking that never lights, and telling us which one you have saves a step.
The oven under a commercial-style range, which is heavier, deeper and better insulated than the average, and therefore hides a developing failure for longer. Not heating at all and not heating properly are different calls: nothing at all usually points at an element, an ignitor, a safety valve or a thermal fuse; not properly points at the sensor, the door or the fan. Whether the range is dual fuel or all gas decides which list applies, and it is the detail owners most often do not know — we will work it out, but knowing it on the phone means the right part is on the van.
For the oven that works but lies. A cavity that runs twenty degrees hot bakes acceptably until it does not, and on a heavy range the mass hides the drift until something that used to be reliable comes out wrong. Calibration is measurement first: we log what the cavity actually does across a cycle at temperature rather than taking one reading at the peak, because the shape of the curve separates a drifted sensor from a door problem from a control that is cycling badly. Then we correct it, and re-measure rather than trusting the adjustment.
A heavy door that has stopped closing square costs heat, costs even baking, and eventually costs the seal and the hinges themselves. On this class of range the door is genuinely heavy, which is why it is worth doing properly rather than adjusting by eye: springs and hinges under tension are the part of an oven most likely to hurt somebody who is improvising. The symptoms people describe — a cool corner, a door that stands a few millimeters proud, a hinge that thuds on the last inch — are all one conversation.
The part of the range top that is not burners. A griddle or an indoor grill section is asked to hold an even temperature across a plate rather than to put heat into a pot, and it fails in ways burners do not: a plate that has warped so that fat pools at one end, a thermostat that no longer reads the plate it is bolted to, a grease path under the section that has filled because nobody knew it was there. Owners usually describe this as 'it does not cook evenly any more', which is accurate and covers three different causes.
A power-electronics machine wearing a glass lid, and the only part of this brand that announces its problems in a short, published, decoded list. That list is worth knowing because one entry on it is not about the cooktop at all: a voltage complaint means the machine is reporting the supply it is being given. In older buildings, and particularly where a kitchen was rewired around a new island, that appears for a real reason and the right next call may be an electrician's rather than ours. The rest of the list separates a key stuck under a spill from a short in the key evaluation from a communication error inside the machine from a temperature condition.
One zone dead while the others work perfectly. That is the useful version of an induction problem, because it takes the supply and the main board mostly out of the picture and puts the zone's own coil, its power stage and its cooling in front of us. Before any of that is opened there is a free check worth doing: a pan whose base is not magnetic, or has warped so it no longer sits flat, will fail on any zone and fail most obviously on the smallest. If every pan fails on one zone and all of them work on the others, that is the zone, and that is this page.
For the top that lights up and will not listen, or listens when nobody has touched it. On a glass top the control surface is also the cooking surface, and everything that gets spilled, wiped or rested on it is part of the story: the published code list includes continual key activation precisely because a cloth left over the controls is a routine cause. Where it is not that, it is usually moisture that has got under the glass at an edge, a connection to the control board, or the board itself. The order matters, because the last of those is the expensive one and the first two are not.
For flames that are uneven, lazy, or wrong on one burner out of five. On a drop-in gas top the diagnosis is the same as on the range top and the access is easier, which makes this one of the few genuinely quick visits on this site. Uneven around a single ring is nearly always the cap or the ports; uneven on every burner at once is the supply or the regulator and belongs to a different page. Burners that have been through a dishwasher — which is common and rarely helpful — get their own look, because a cap that has been stripped of its coating never behaves the same again.
A built-in cavity that has stopped making heat, or has stopped making the heat it claims. The list of causes is ordinary — element, sensor, thermal fuse, board, door — and the access is not, because everything is at chest height in somebody's joinery. This make publishes a decoded error table for these ovens and the sub-error after the letter separates several quite different visits, including one that means the control does not recognize which model it is fitted to. Reading the whole string to us on the phone regularly saves an entire diagnostic visit.
A seal that has hardened, shrunk or come away at a corner costs more than heat — it changes how the whole cavity behaves and it hides behind other symptoms. Owners describe uneven baking, a long preheat, a cool corner, or a kitchen that gets warm when the oven is on, and any of those can be a seal. It is also the classic casualty of the self-clean cycle: the hottest hours the seal will ever see, taken once a year, and it is the year after one of them that it fails. We check the hinges at the same time, because a door that no longer pulls square will destroy a new seal as quickly as it did the last one.
The sound arrives long before the symptom. A convection fan that has grown loud is generally a bearing going, or a blade catching its housing, and the window between noise and damage is the cheap part of this repair — an unbalanced wheel machines away the housing it spins in, and housings cost several times what motors do. The performance half of this is subtler: a fan that has stopped moving air properly turns a convection oven into an ordinary one, and the owner usually adapts to it over months without ever describing it as a problem. If your convection results changed and nothing else did, this is the page.
For a hood that has become loud, slow or silent. Gradual noise is bearings or an impeller loaded unevenly with grease; sudden noise is something loose, something in the impeller, or a mount that has let go. Silence with the lights still working is usually the blower's own circuit rather than the supply. Outdoors, add corrosion to every one of those: a mount that has rusted changes the sound long before it changes anything else, and a blower over a grill has a much harder life than one over a hob.
Dead lamps, a speed control stuck on one setting, buttons that work when they feel like it. Indoors these are usually the switch, the control or a lamp holder cooked by years of heat directly above a high-output range. Outdoors they are usually water. The split is diagnostic: lights dead with the blower alive, or the reverse, points at a control or that circuit; everything dead points at the supply or the board. It is a cheap repair to make and an easy one to keep living with, which is why it is often years old by the time somebody calls.
The maintenance nobody was told about, and the answer to a large share of 'the hood does not clear the kitchen' calls. Baffle filters above high-output burners or a griddle load quickly, and a loaded filter is both an airflow problem and fuel sitting over flame. Beyond the filters, the duct itself is worth looking at in this climate: a wall cap with a nest behind it, a damper that has stopped opening, or flexible ducting that has been crushed above a ceiling will defeat any blower. We check the whole route rather than the part that is easy to reach.
A hood over an outdoor grill is a structure as much as an appliance, and in this market the structure is what fails. Mounts, fixings, the underside of the canopy and the housing that carries the electrics all corrode on a schedule set by how close the kitchen is to the water. The work is honest and unglamorous: get to sound material, treat what can be treated, replace what cannot, and route the electrics so water leaves instead of collecting. Done at the right time it adds years. Left too long it becomes a canopy that is not safely holding its own weight, and we will tell you when that line has been crossed.
An outdoor undercounter cabinet that will not reach or hold its temperature, most often reported in the hottest weeks of the year. The first question is not about the machine: an undercounter unit in a closed stone island, next to a grill, is being asked to reject heat into air that is already hot, and where the ventilation path was built tight or has been blocked, no part will fix it. Where the ventilation is genuinely adequate, the ordinary refrigeration list applies — door seal, evaporator or condenser fan, a condenser packed with salt and dust, then the sealed system. In that order, because that is the order of both likelihood and cost.
A door that no longer seals on an outdoor cabinet does something an indoor one never has to deal with: it lets humid Florida air onto cold surfaces, and the result is water in quantities that surprise people. The seal can look perfect and still have lost its set — the test is whether it grips, not whether it is intact. Hinges matter as much as the gasket, because a door that has dropped even slightly will hold at the top and stand open at the bottom, and on an undercounter unit that is exactly where nobody looks.
The highest-yield maintenance on the one cold machine this brand builds. A condenser rejects heat by moving air across a coil, and in an outdoor island that air carries salt, dust, pollen and whatever the landscaping is doing. The coil loads, the temperature the cabinet can reach rises, the compressor runs longer, and the owner hears about it as 'it never turns off any more'. Cleaning it is inexpensive, takes an hour, and buys back performance that people assume is gone for good. On the coast this is a yearly job, not a five-yearly one.
Water inside a cold cabinet, or under it, and neither is usually a leak in the refrigeration. Every cold machine makes water and has a planned route for it; when the route blocks, the water finds its own, and outdoors there is a second source that indoor cabinets never have — humid air arriving past a tired seal and condensing on everything cold. The two causes look identical on the floor and are completely different to fix. We deal with the drain and the seal together, because fixing one and leaving the other means somebody sees the same puddle next month.
A visit that exists because of where this equipment lives. Four of the seven machines on this site stand outdoors in air that carries salt, and the difference between a kitchen four blocks from the water and one four miles inland is measured in years of service life. This is the planned, unglamorous work that changes that number: stainless cleaned and protected in the right direction, fixings inspected and replaced with the right grade before they seize, ignition components and electrical housings treated and re-sealed, hardware caught while it is stiff rather than after it is stuck. It is not a cosmetic service, although the kitchen does look better afterwards.
Worth saying
An undercounter refrigerator in a sealed island, a cooktop reporting a supply problem, a grill that has never been given a full preheat. In each case the honest finding costs us a parts sale, and saying it is the reason the same customers call back about something else.
Before you book
Because the same job is not the same work on two machines. Outdoors there are two large variables before a part is named — what it is set into, and how long the salt has been at it — and a seized fixing can add more to a visit than the component being replaced.
The diagnostic is from $95 and it comes off the repair when you go ahead. Where the finding is that the machine is not worth mending, or that the problem belongs to the gas supply or the building's power rather than to the appliance, you have paid for the answer and not for a part.
Yes, and planning for it is cheaper than reacting to it. Ignition components, burner ports, fixings and hardware are consumables in salt air, and a booked visit that catches them early costs a fraction of the unplanned one that follows when they are left.
In more detail
Our sister sites price around built-in cabinetry, because that is what their makes sell. Here most of the equipment is set into stone by a mason, and most of it is standing in salt air. Those are the two variables that actually move an hour on this badge, so those are the two this site quotes.
Every number is a starting figure. The diagnostic is from $95, credited toward the repair, and the exact cost is measured at your equipment and agreed in writing before anything is opened.
Tell us what the machine is doing, whether it is indoors or out, and what it is built into. That is usually enough for us to say which page you are on. Where a diagnostic is the right next step it is from $95, credited toward the repair.
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