AC Died? Do These 6 Things Right Now

What actually counts as an AC emergency?

Same-day, no-question emergencies: no cooling with elderly, infant, or medically fragile residents; indoor temps past 85°F and climbing; active water leaking inside; burning smells or repeated breaker trips; ice on the system.

In most of the country, a dead AC is an inconvenience. In an Orlando July, it's a countdown: a closed-up house gains heat fast, and by hour four you can be standing in 90°F indoor air. The health-risk cases lead the list — heat illness develops indoors, quietly, and the people most at risk (seniors, infants, heart and lung patients) are often the least likely to complain. Electrical symptoms are the other drop-everything category: burning smells and tripping breakers mean stop using the system entirely, breaker off, before it becomes a different kind of emergency. Water inside gets its own answer below. Everything else — weak cooling, odd noises, short cycling — is urgent-but-schedulable. We run 24/7 either way; the triage just decides who's first.

What do I do RIGHT NOW while I wait for the tech?

The six-step protocol: (1) thermostat OFF, (2) all fans on, (3) blinds closed on sun-facing windows, (4) no oven/dryer, (5) close unused rooms, (6) vulnerable people and pets to the coolest room. Frozen system? Fan ON to thaw.

Each step buys degrees. Thermostat OFF protects the compressor — the single most expensive part — from grinding itself to death against a problem it can't beat. Fans don't cool air but they cool you, by several effective degrees of wind chill. Blinds block solar gain, the biggest heat source in a Florida afternoon; a west-facing window is a radiator from 2-7 PM. The oven and dryer are 2,000+ watt heaters — sandwich night. Closing off rooms concentrates what cool remains where you actually are. And if there's ice anywhere on the lines or coil, fan-ON-cooling-OFF starts the thaw — the tech can't even diagnose a frozen system until the ice clears, so you're speeding up your own repair.

Should I keep running it if it's blowing warm-ish air?

No. A struggling system is telling you something's wrong, and pushing it converts $200-$400 repairs into $1,200-$2,800 compressor failures. OFF at the thermostat; breaker off too if anything smells hot.

The two killers here are ice and refrigerant. A frozen coil (usually a filter or airflow problem) sends liquid refrigerant sloshing back to a compressor built to pump vapor — every additional hour of runtime is mechanical roulette. Low refrigerant from a leak makes the compressor run hot and starved. Both start as cheap fixes and end, if you "just run it through the weekend," as the big one. The full ranked list of causes is on our AC not cooling page. The discipline is simple and painless: system off, fans on, and a $89 diagnostic that applies to the repair tells you exactly what you're dealing with — usually within 90 minutes of the call.

What's the truth about after-hours and emergency fees?

Most Orlando companies add $100-$200 for nights, weekends, and holidays — on top of the diagnostic, before any repair. We charge the same flat $89 service call 24/7, and it applies to your repair. Ask the fee question before dispatch, always.

The after-hours fee is the industry's quietest markup, and it works because nobody comparison-shops at 11 PM in a hot house. Here's the script that protects you, whoever you call: "What is the total to get a technician to my door tonight, and does any of it apply to the repair?" Get a number, not a range. Some companies quote a modest diagnostic and layer the emergency surcharge on at invoice time; some charge "overtime rates" on the repair itself. Our answer to that script is the same at 2 PM and 2 AM: $89, applied to the repair, 90-minute arrival or $200 off. Full market comparison at emergency AC fees in Orlando.

How hot is too hot inside — really?

Sustained indoor temps above 85-90°F are dangerous for the elderly, infants, and anyone with heart or lung conditions. Heat exhaustion develops indoors in hours. If you can't keep a vulnerable person's room under ~85°F, relocate them.

Indoor heat is sneakier than outdoor heat — no sun, no warning, and Orlando's humidity blocks the body's evaporative cooling, so the "feels like" inside a humid 88°F house is worse than the thermometer admits. Know the escalation: heavy sweating, weakness, and dizziness are heat exhaustion — cool the person, hydrate, rest. Confusion, hot dry skin, or fainting is heat stroke — 911, no hesitation. Seniors deserve special mention: age blunts both thirst signals and heat perception, and many medications impair heat regulation, so an elderly parent saying "I'm fine, it's not that bad" is data about their perception, not the risk. A $10 thermometer in their room outranks their reassurance. Libraries, malls, and any friend with working AC are all better than toughing it out.

How fast can someone actually get here?

Ask before dispatch — real answers in Orlando range from 90 minutes to 3 days in peak season. Our guarantee: 90-minute arrival or $200 off, 24/7, across the metro.

Response time is the hidden variable that decides how bad your emergency gets, and it varies wildly by company and season. In April, everyone's fast. In the third week of a July heat wave, companies with thin crews are quietly booking "emergency" calls for Thursday — while your house does its 90°F impression all week. Two questions expose it: "When will a technician physically be at my door?" and "What happens if you miss that window?" A company confident in its dispatch answers both without flinching; that's why we put money behind ours. And if you're reading this on a day your AC works: the calls that skip the queue entirely are the maintenance customers whose systems don't fail in the first place — the spring tune-up is the real emergency plan.

Water is leaking from my AC inside the house — emergency or not?

Act like it's one: shut the system OFF now. The fix is usually a $150-$250 drain clearing — but every hour it keeps running adds water to your drywall, flooring, and ceiling, and that bill has a comma in it.

This is Orlando's most common AC failure meeting its most expensive consequence. Your AC wrings 5-20 gallons a day out of Florida air; when algae plugs the condensate line, that water needs somewhere to go, and if the float switch fails to trip (or was never installed — a code item, see Florida code requirements), it chooses your ceiling. The order of operations: thermostat OFF, towels or a pan under the drip, move anything valuable, and check whether the air handler's secondary pan is full. Don't restart it "just for a while" at bedtime — a hot night is cheaper than a drywall contractor. Same-day fix, and the drain treatment during a $89 tune-up is why our maintenance customers rarely make this particular call.

What should the thermostat be set to while it's broken?

OFF. Not 65. A failing system can't reach any number, and forcing it to keep trying is how you buy a compressor. One exception: frozen coil = fan ON, cooling OFF, to thaw it for the tech.

Cranking the setpoint down is the most human response to a hot house and the most mechanically counterproductive one. The thermostat isn't a throttle — 65 doesn't cool "harder" than 75, it just guarantees the system never gets permission to stop. For a machine that's frozen, low on charge, or electrically wounded, that's a death march. The FAN-ON exception matters practically: a technician can't test pressures or find the real fault under a block of ice, so a system that thawed on the drive over gets diagnosed and fixed in one visit instead of two. When the tech arrives, tell them what you saw before shutdown — ice location, sounds, how fast the house warmed. Those details shortcut diagnosis.

What about the dog? Pet heat safety when the AC quits.

Pets can't sweat — above ~85°F indoors they're at risk, flat-faced breeds and seniors sooner. Coolest tile room, fan, water, damp towel to lie on. Heavy panting, drooling, or lethargy: wet towels and a vet call.

Dogs and cats shed heat almost entirely by panting, which humid Florida air makes inefficient — the same reason 88°F feels worse to you feels worse to them, more so. Highest risk: brachycephalic breeds (bulldogs, pugs, Persians), seniors, overweight animals, and thick double coats. The setup that works: the coolest hard-floored room in the house (tile transfers heat away from a lying animal), a floor-level fan, multiple water bowls, and a damp towel bed. Warning signs that mean act now — frantic panting, thick drool, brick-red gums, wobbliness: move them somewhere cool, wet them with room-temperature (not ice) water, and call the vet. And birds, rabbits, and reptiles have far narrower tolerances than dogs — those go to a friend's air-conditioned house at the first sign of a long outage.

Why did it fail during the hottest week of the year?

Because heat waves are maximum-stress tests. Capacitors weaken with heat, marginal charge can't keep up, dirty coils overheat compressors — the parts that were 90% dead in April all die at 4 PM on the year's worst day.

It's not cosmic irony; it's engineering. Every component in your system has the least margin exactly when demand peaks: a capacitor that tests weak-but-working in spring loses more capacitance as temperature climbs, until the 97°F afternoon it can't start the compressor at all. A system one pound low on refrigerant cools fine at 85°F outside and falls over at 96°F. This is also why the repair industry's calendar looks the way it does — and why the cheapest emergency call is the one you booked in March. A spring tune-up catches weak capacitors (it's a number on a meter), low charge, and dirty coils for $89, which is precisely the list of things that strand families in July. The best time to read this paragraph was February; the second-best time is now, for next year.

Quick answers