Residential AC Repair
AC Repair in New Orleans
When your air conditioner breaks down in the middle of a New Orleans summer, you need a company you can trust to respond fast, diagnose accurately, and fix it right the first time.
We Service All Brands
Our NATE-certified technicians carry universal parts to repair major systems on the first visit, including:
- Carrier & Bryant
- Trane & American Standard
- Lennox
- Rheem & Ruud
- Goodman & Daikin
The Difference Between a Part Swap and a Real Diagnostic
Anyone can read an error code and replace a part. We find out why the part failed so you aren’t calling us back next week.
Check Airflow
A frozen coil or failed compressor is often the result of poor airflow. We check static pressure, filters, and ductwork before blaming the equipment.
Test Electrical
We test capacitors under load and measure compressor amp draw. A weak capacitor will slowly destroy a compressor if it isn’t caught early.
Verify Charge
If the system is low on refrigerant, there is a leak. We don’t just “top it off”—we locate the leak and explain your options for a permanent fix.
Itemized Quote
We present a written, itemized repair estimate before any work begins. No hidden fees, no high-pressure sales tactics.
Common AC Failures in New Orleans
The Gulf Coast climate is punishing on mechanical equipment. The extreme humidity means your system works twice as hard to remove moisture before it can even begin dropping the temperature.
Clogged Condensate Drains
Your AC pulls gallons of water out of the air every day. When algae and sludge build up in the drain line, a safety float switch will shut the entire system down to prevent water damage to your ceiling. We clear the line and treat the pan.
Failed Capacitors
The dual run capacitor provides the jolt of electricity needed to start the compressor and condenser fan motor. The intense heat of a New Orleans summer causes these components to swell and fail. It’s an inexpensive repair if caught before the compressor burns out.
Refrigerant Leaks
Corrosion on the indoor evaporator coil will eventually cause microscopic holes that leak refrigerant. If your system is blowing warm air or freezing up, a leak is the likely culprit. We use electronic leak detectors to pinpoint the issue.
Should I Repair or Replace?
We generally recommend replacement if:
- The system is over 12 years old and uses R-22 refrigerant
- The compressor has failed
- The repair cost exceeds 40% of the cost of a new system
- The system requires frequent refrigerant recharges
If the system is under 10 years old and the repair is minor (like a capacitor or contactor), a repair is almost always the right choice.
Frequently Asked Questions
Why is my AC running but not cooling the house?
If the system is blowing air but the air isn’t cold, the most common causes are a dirty air filter restricting airflow, a failed capacitor preventing the outdoor compressor from starting, or a refrigerant leak. Turn the system off at the thermostat to prevent further damage and call a technician.
Why did my air conditioner suddenly stop working entirely?
If the thermostat is blank, check the batteries. If the thermostat has power but nothing happens, check your breaker panel. If the breaker is not tripped, the most likely culprit in New Orleans is a clogged condensate drain line that has tripped a safety float switch to prevent water damage.
How much does AC repair cost in New Orleans?
Minor repairs like replacing a capacitor, contactor, or clearing a drain line typically range from $150 to $400. Major repairs like replacing a blower motor or fixing a refrigerant leak can range from $500 to $1,500+. We always provide a written, itemized estimate before beginning any work.
The Readings That Separate a Diagnosis from a Guess
Temperature alone does not tell the whole story. A technician needs to know whether the indoor coil is receiving the right airflow, whether the compressor and motors are operating inside their electrical limits, and whether the refrigerant is changing state as the equipment was designed to do. We measure supply and return temperature, static pressure, motor amperage, capacitor strength, and the refrigerant line temperatures used to calculate superheat and subcooling.
Those values have to be interpreted together. Low suction pressure can look like a low charge, but a dirty filter or weak blower can also starve the coil of heat and drive the pressure down. High head pressure can come from an overcharge, a blocked condenser coil, or a fan that is moving too little air. Charging refrigerant before correcting airflow produces a number that may look acceptable for a few minutes and be wrong as soon as the conditions change.
We also look for the reason a safety opened. Resetting a high-pressure switch or replacing a fuse without finding the load that caused it is not a repair. The goal is to leave the system operating in a range that makes sense for the indoor and outdoor conditions, not simply running when we pull out of the driveway.
Refrigerant Type Changes the Repair Conversation
Older systems may use R-22. Many systems installed during the last decade use R-410A, while newer equipment is moving toward lower-global-warming-potential refrigerants that have different handling and equipment requirements. The refrigerant on the nameplate matters because components, service procedures, availability, and long-term repair economics are not interchangeable.
If an older coil has a confirmed leak, we compare the cost and condition of the indoor coil, outdoor unit, compressor, and duct system before recommending more refrigerant. A one-time repair on otherwise healthy equipment can be reasonable. Repeated leak-and-charge visits on corroded equipment usually are not. We give you the option that solves the current failure and the context needed to judge the next few years.
What Affects the Repair Price?
Part cost is only one factor. Access, equipment design, diagnostic time, refrigerant recovery, leak location, after-hours response, and whether another failure damaged the component all change the scope. Minor electrical or drain repairs can fall in the low hundreds; motors, controls, coils, refrigerant work, and compressors can move into the high hundreds or thousands. We quote the actual system after testing it.
What to Do While the Technician Is on the Way
- Turn the system off if you see ice, smell burning insulation, hear repeated hard-start humming, or the breaker trips again.
- If the indoor coil is frozen, set cooling to Off and the fan to On. Do not chip the ice or pour hot water on the coil.
- Clear a safe path to the thermostat, indoor equipment, electrical panel, and outdoor unit. Keep pets secured.
- Write down what changed first: temperature, noise, airflow, water, thermostat display, or breaker condition.
- Do not keep resetting a breaker. A breaker is a safety device, and repeated resetting can damage equipment or wiring.
For after-hours emergencies, call rather than relying only on the online form. Tell us if the home includes an infant, older adult, medical vulnerability, or unsafe indoor temperature so the dispatcher understands the conditions. If the system is beyond a responsible repair, review our AC installation process; otherwise, return to the full services overview.
More AC Repair Questions
Can I keep resetting the AC breaker?
No. One unexplained trip deserves investigation, and a breaker that trips again should stay off until the circuit and equipment are tested. Repeated resets can worsen a motor, compressor, or wiring failure.
Does low refrigerant mean the system needs to be replaced?
Not automatically. A repair can make sense when the leak is accessible, the equipment is otherwise healthy, and the refrigerant and part remain practical. Replacement becomes more compelling when there are repeated leaks, widespread coil corrosion, obsolete refrigerant, or another major failing component.