AC

Why Is My AC Running Constantly in Wichita?

Summer Heatwave Ac Running

When Continuous Cooling Signals a Problem

On a 95-degree Wichita afternoon, your air conditioner will run longer than usual, and that is completely normal. What is not normal: the system running nonstop without ever reaching the thermostat setting, or running continuously through cooler evening hours when it should be cycling off. If your AC never shuts down, it is either underperforming or overwhelmed, and either scenario costs you money every hour it runs.

When Longer Runtime Is Normal in Wichita

During extreme Kansas heat (95 to 105 degrees), expect:

  • Cooling cycles extending to 20 to 40 minutes
  • The system cycling less frequently (fewer but longer runs)
  • Indoor temperature running 1 to 2 degrees above setpoint during peak afternoon hours

As long as the system eventually reaches your thermostat setting and cycles off, even briefly, it is likely functioning normally. Air conditioners are designed to maintain a 15 to 20 degree differential between outdoor and indoor temperatures.

When Constant Running Means Something Is Wrong

Ac Fan Always Running

Call for an evaluation if:

  • The AC runs nonstop overnight when outdoor temperatures drop to the 70s
  • Indoor temperature keeps climbing despite continuous operation
  • The system never reaches the thermostat setting
  • Ice forms on refrigerant lines or the indoor coil
  • Airflow from vents feels weak

These signs point to a capacity problem, efficiency loss, or mechanical failure.

7 Causes of Constant AC Operation

Clean Vs Dirty Ac Filter

1. Dirty Air Filter Restricting Airflow Start here. A clogged filter reduces cooling capacity and forces the system to run longer to compensate. Replace it and see if cycling improves within a few hours.

AC tune-ups include airflow verification and filter assessment.

2. Low Refrigerant (Leak) Refrigerant does not get used up. If levels are low, you have a leak. Low refrigerant reduces cooling output, causes ice formation, and extends runtime. The leak must be repaired before the system can be recharged. Schedule AC repair.

3. Dirty Condenser Coils Wichita cottonwood season coats outdoor units with debris that blocks heat rejection. When the condenser cannot dump heat effectively, the system runs longer, bills climb, and compressor strain increases. Keep the outdoor unit clear and schedule professional coil cleaning.

4. Undersized Air Conditioner If the AC is too small for your home’s cooling load, it may keep up on mild 85-degree days but fall behind on 95-degree-plus days. Proper sizing requires a load calculation, not just matching the old unit’s tonnage. If your system has always struggled during peak heat, it may have been incorrectly sized from installation.

5. Aging System Losing Efficiency Most air conditioners last 15 to 20 years, per the U.S. Department of Energy. As systems age, compressor efficiency declines, coil performance drops, and electrical components weaken. High-efficiency modern systems reduce energy use by 20 to 50% compared to older units. If your system is 15+ years old and running nonstop, replacement evaluation makes sense.

6. Poor Insulation or Air Leaks Cooled air escaping through attic gaps, drafty windows, and poor door seals forces constant operation. The AC may be functioning correctly but unable to overcome structural heat gain. This is common in older homes throughout College Hill, Riverside, and Delano. ENERGY STAR estimates duct and envelope leaks can waste 20 to 30% of conditioned air.

7. Thermostat Issues Improper thermostat placement can cause false temperature readings. If the thermostat is in direct sunlight, near kitchen heat, or next to a supply vent, it may signal continuous cooling because it reads the room as warmer than it actually is. Calibration or relocation may resolve this.

Does Continuous Operation Increase Damage Risk?

Yes. Extended nonstop operation increases:

  • Compressor wear and overheating risk
  • Electrical component failure
  • Energy consumption (your Evergy bill during an extended run can be shocking)

Constant strain accelerates system decline, especially on equipment that is already aging. Addressing the root cause sooner reduces both repair costs and energy waste.

When to Call for AC Service

Contact Mike Watson Heating & Cooling if:

  • Your system runs constantly in moderate heat (below 90 degrees outdoor)
  • Indoor temperature never stabilizes at the setpoint
  • Your electric bill has spiked unexpectedly
  • Ice forms on the system
  • The unit is over 15 years old

We provide AC repair and system evaluation throughout Wichita, Derby, Andover, Newton, Eastborough, and surrounding communities.

Our services include: – AC repair with 24/7 emergency availability – AC replacement with proper load calculation – AC tune-ups – Furnace repair and heating services – Zone control systems and ductless mini-splits – Indoor air qualitysolutions

View our service area or call 316-522-3528 to schedule an inspection.

FAQ: AC Running Constantly in Wichita

Is it normal for my AC to run all day in 100-degree heat?

Extended cycles and near-continuous operation during extreme heat is normal as long as the system reaches the thermostat setting during cooler periods (evening, overnight). If it never cycles off, even when outdoor temperatures drop, there is a problem.

Can a constantly running AC increase my electric bill significantly?

Yes. An AC that runs 24 hours instead of the normal 12 to 16 hours doubles your daily cooling energy cost. Over a month of extreme heat, that can add $150 to $300+ to your Evergy bill.

Should I turn off my AC if it won’t stop running?

If the system is forming ice, yes; turn it off to prevent compressor damage. Otherwise, raising the thermostat a few degrees may allow the system to cycle normally while you wait for a professional evaluation.

Could my AC be too small for my house?

Yes. Undersized systems are one of the most common causes of constant running during peak heat. A load calculation determines whether your system matches your home’s cooling demand. ASHRAE standards define the proper methodology.

When should I replace an AC that runs constantly?

If the system is over 15 years old, the root cause is declining efficiency (not a single fixable component), and repair costs are mounting, replacement typically provides better long-term economics than continued operation.

Why Is My AC Freezing Up in Wichita? 

Wichita Ac Installation

What Ice on Your Air Conditioner Really Means

If you see ice on your air conditioner in the middle of a Wichita summer, something is wrong. Air conditioners remove heat; they do not create ice. Frozen coils signal airflow restrictions or refrigerant problems, and ignoring the buildup risks permanent compressor damage. Here is what causes it, what to do right now, and when you need professional help.

Ice commonly appears in three places:

  • The refrigerant line outside (the copper pipe running from the outdoor unit into your home)
  • The indoor evaporator coil (inside the air handler or on top of the furnace)
  • The outdoor unit itself (in severe cases)

If ice is visible anywhere on the system, shut it off immediately. Running a frozen system forces the compressor to work against a blocked coil, which can cause catastrophic failure.

Cause #1: Dirty Air Filter (Start Here)

Restricted airflow is the most common cause of AC freeze-ups in Wichita, and it is the easiest to fix yourself. When the filter is clogged:

  • Airflow across the evaporator coil drops
  • Coil temperature falls below freezing
  • Moisture in the air condenses and freezes on the coil
  • Ice accumulates and blocks airflow entirely

Replace the filter immediately. This single step resolves freeze-ups more often than any other fix. Regular AC tune-ups include airflow inspection and coil cleaning to prevent this from happening during peak cooling season.

Cause #2: Low Refrigerant (You Have a Leak)

Refrigerant does not get used up. If levels are low, a leak exists somewhere in the system. Low refrigerant pressure reduces the evaporator coil temperature excessively, causing ice formation even with adequate airflow. The leak must be located and repaired before the system is recharged. Simply adding refrigerant without fixing the leak means the ice will return. Learn more about refrigerant issues and AC repair.

Cause #3: Blocked or Closed Vents

Closing too many supply vents in unused rooms feels like a smart energy-saving move, but it actually restricts airflow and increases static pressure across the coil. Keep all vents open during cooling season, even in rooms you do not use often. Homes in College Hill and Riverside with older floor plans are especially prone to this issue due to limited return air pathways. For targeted temperature control without closing vents, consider a zone control system or ductless mini-split.

Cause #4: Blower Motor Problems

If the blower motor is weak, failing, or running intermittently, airflow drops across the coil and freeze risk increases. Signs of blower motor trouble:

  • Weak airflow from vents even with a clean filter
  • Unusual sounds from the indoor unit
  • Inconsistent air volume

This requires professional diagnosis. Blower motor issues affect both your air conditioning and heating performance.

Cause #5: Dirty Evaporator Coil

Years of dust buildup on the indoor coil creates an insulating layer that restricts heat transfer. The coil gets colder than designed, moisture freezes, and the cycle continues. Evaporator coil cleaning is part of professional AC maintenance and cannot be done effectively with household tools.

What to Do Right Now If Your AC Is Frozen

  1. Turn the system completely off
  2. Set the fan to “On” (not “Auto”) to circulate warm air over the coil
  3. Allow a full thaw; this may take 2 to 4 hours
  4. Replace the air filter while waiting
  5. Once fully thawed, restart the system

If freezing returns within 24 hours, there is an underlying issue that requires professional AC repair.

Can a Frozen AC Drive Up Your Energy Bills?

Absolutely. According to Energy.gov, cooling already accounts for a significant portion of summer electricity costs in Kansas. A frozen system forces:

  • Dramatically longer runtime with zero effective cooling
  • Higher electrical consumption per hour
  • Compressor stress that accelerates wear

High-efficiency systems can reduce energy use by 20-50% compared to older equipment, but those gains disappear entirely when coils are frozen.

When Replacement Makes More Sense Than Repair

Most air conditioners last 15-20 years. If yours is over 15 and experiencing repeated freeze-ups, frequent refrigerant issues, and declining performance, the repair costs are likely stacking up faster than the system can justify. AC replacement with a properly sized, modern system eliminates chronic freeze-ups and reduces energy costs at the same time.

Wichita AC Repair and Maintenance Services

Licensed technicians serve Wichita, Derby, Andover, Newton, Eastborough, Maize, Goddard, Park City, and surrounding communities. View our service area.

Call 316-522-3528 or schedule service online.

Why does my AC freeze up at night but not during the day? 

Nighttime temperatures are lower, so the already-reduced coil temperature from a dirty filter or low refrigerant drops below freezing more easily at night. The underlying cause is the same; it just manifests first during cooler operating conditions.

Can I use a hair dryer to thaw my frozen AC? 

Do not apply direct heat to the coil. This can damage components and create a safety hazard. The safest thawing method is turning off cooling, setting the fan to “On,” and allowing natural air circulation to melt the ice.

How quickly can a frozen AC damage the compressor? 

Compressor damage from frozen operation can begin within hours if the system runs continuously against a blocked coil. The ASHRAE recommends shutting down immediately when ice is detected.

Will a new air filter fix my frozen AC? 

If the freeze was caused by a dirty filter alone, yes. Replace the filter, allow a full thaw, and restart. If the ice returns, the problem is deeper (likely refrigerant or blower motor related) and requires professional repair.

How much does it cost to fix a frozen AC in Wichita? 

Costs range widely. If a dirty filter caused it, the fix is under $20. Refrigerant leak repair and recharge runs $400 to $1,500+. Blower motor replacement is typically $400 to $900. Your technician will diagnose the root cause before quoting a repair.

How Much Does AC Repair Cost in Wichita, KS? 

Wichita Ac Repair

What Actually Affects the Price?

When your air conditioner breaks down in Wichita, the first priority is getting cool air back. The second is knowing what the repair will cost before you approve the work. There is no single flat rate for AC repair because failures range from a $175 capacitor swap to a $2,500 compressor replacement. Here is what actually drives the price, so you can make informed decisions instead of stressed ones.

Seven factors influence what you will pay:

  1. Type of failure (electrical, mechanical, or refrigerant)
  2. System age and condition
  3. Refrigerant type (older R-22 systems cost more to service)
  4. Labor time required
  5. Part availability (common parts vs. special order)
  6. Emergency vs. scheduled timing
  7. Equipment accessibility

A capacitor replacement is not priced like a compressor failure. Understanding the difference helps you evaluate whether a repair makes financial sense for your system.

Common AC Repairs and Typical Cost Ranges in Wichita

Repair TypeTypical Cost RangeNotes
Capacitor replacement$150 to $300Most common summer repair; short labor time
Contactor replacement$175 to $400Electrical component; usually quick repair
Refrigerant leak repair + recharge$400 to $1,500+Varies by leak severity and refrigerant type
Blower motor replacement$400 to $900Indoor component; affects airflow
Compressor replacement$1,200 to $2,800+Major repair; often triggers replacement discussion
Evaporator coil replacement$800 to $2,000+Labor-intensive; age-dependent decision

These ranges reflect Wichita-area pricing. Your actual cost depends on your specific system and situation. For a precise diagnosis, schedule an AC repair visit.

Emergency vs. Scheduled Repair Pricing

Mike Watson Heating & Cooling provides 24/7 emergency AC repair throughout Wichita, including nights, weekends, and holidays. Emergency timing can influence total cost due to:

  • After-hours dispatch logistics
  • Extreme heat demand during peak summer
  • Higher call volume in July and August.

Scheduling preventive maintenance each spring catches failing components before they cause a mid-summer emergency. That $150 tune-up can prevent a $500+ emergency visit.

System Age Changes the Repair Calculation

Most central air conditioners last 15 to 20 years with consistent maintenance, per the U.S. Department of Energy. If your system is over 15 years old and facing a major repair:

  • Efficiency has already declined
  • More components are likely to fail soon
  • Refrigerant costs may be higher (especially R-22 systems)
  • Replacement may provide better 5-year economics

Modern high-efficiency systems reduce energy use by 20 to 50% compared to older units. In Wichita’s long cooling season, that efficiency gap becomes real money on your Evergy bill.

The Repair vs. Replace Threshold

Here is the guideline most honest HVAC professionals use:

  • If the repair cost approaches 40-50% of replacement value, replacement usually makes more financial sense.
  • This threshold matters most when:
    • The compressor fails on a 15+ year old system
    • The refrigerant system is compromised (coil leak + recharge)
    • You are facing your second or third major repair in two years
  • Stacking repairs on aging equipment increases total lifecycle cost. Each repair buys less remaining life from the system.

How to Reduce Your AC Repair Costs Over Time

  • Schedule annual AC tune-ups every spring
  • Replace air filters monthly during cooling season
  • Keep 2 to 3 feet of clearance around the outdoor unit
  • Clear cottonwood debris from condenser coils (a Wichita essential)
  • Address small issues before they become big ones
  • Monitor your system’s age and repair history

Seasonal maintenance identifies capacitors losing strength, refrigerant pressure dropping, and coils getting dirty before those issues cause a no-cool emergency during a Wichita heatwave.

Mike Watson Ac Repair Schulte Ks

What Is Included in an AC Diagnostic Visit?

A professional diagnostic typically covers:

  • Electrical testing (capacitor, contactor, wiring)
  • Refrigerant pressure measurement
  • Airflow verification
  • Evaporator and condenser coil inspection
  • Thermostat calibration check

Accurate diagnosis comes before accurate pricing. Mike Watson will tell you exactly what failed and why before recommending a repair.

Wichita AC Repair Services

Mike Watson Heating & Cooling serves homeowners across Wichita, Derby, Andover, Newton, Eastborough, Maize, Goddard, and Park City.

Our air conditioning services include:

View our service area or call 316-522-3528 to schedule a diagnostic visit.

What is the most common AC repair in summer? 

Capacitor failure is the single most common AC breakdown during Wichita summers. Extreme heat accelerates electrical wear. Capacitor replacement typically costs $150 to $300 and can be completed in under an hour.

Is it cheaper to repair or replace my AC? 

It depends on system age, repair type, and repair history. For systems under 10 years old, repair almost always makes sense. For systems over 15, compare the repair cost to 40 to 50% of replacement value. If the repair exceeds that threshold, replacement is usually the better investment.

Why does R-22 refrigerant cost so much? 

R-22 production was phased out under EPA regulations. Remaining supply is limited and prices continue rising. If your system uses R-22 and develops a refrigerant leak, the recharge cost alone may justify upgrading to a modern system.

Does Mike Watson Heating & Cooling offer financing for AC repairs? 

Financing options are available to qualified homeowners for major repairs and system replacements. Structured payment plans reduce the pressure of emergency decisions. Call 316-522-3528 or visit our contact page for details.

How can I prevent expensive AC repairs? 

The ENERGY STAR program recommends annual professional maintenance, regular filter changes, and keeping outdoor units clear of debris. In Wichita, scheduling your AC tune-up in March or April catches issues before the heat arrives.

AC Not Turning On in Wichita?

Wichita New Thermostat

What to Check Before You Call for Repair

When your air conditioner will not turn on, the issue moves quickly from inconvenience to urgency. Wichita summers escalate fast. A non-functioning AC system requires immediate troubleshooting. Before assuming major failure, isolate the basics.

Step 1: Check the Thermostat

  • Is it set to “Cool”?
  • Is the temperature set below room temperature?
  • Are batteries dead?
  • Is the display blank?

Thermostat failure prevents the outdoor condenser from receiving a cooling signal.

Step 2: Check the Circuit Breaker

Air conditioners use two breakers:

  • One for the indoor air handler/furnace blower
  • One for the outdoor condenser

If either breaker trips:

  • Reset once
  • If it trips again, stop

Repeated tripping signals electrical or compressor problems.

Step 3: Inspect the Outdoor Disconnect

Near the outdoor unit, there is typically a disconnect box. Confirm:

  • The disconnect is fully inserted
  • No visible damage exists

Do not open electrical panels beyond basic verification.

Step 4: Check the Air Filter

Replace the filter and allow the system to thaw if ice is present. Annual AC tune-ups include airflow and coil inspection. A severely clogged filter can:

  • Restrict airflow
  • Cause evaporator coil to freeze
  • Trigger system shutdown

Step 5: Listen for the Outdoor Unit

If the thermostat calls for cooling:

  • Indoor blower may run
  • Outdoor condenser should start

If the indoor fan runs but outdoor unit is silent, possible causes include:

  • Failed capacitor
  • Contactor failure
  • Compressor issue
  • Low refrigerant safety lockout

Professional diagnosis is required.

Step 6: Look for Ice

If refrigerant lines or the indoor coil are frozen:

  • Turn system off
  • Switch fan to “On” to circulate air
  • Allow full thaw

Running a frozen system can damage the compressor. Low refrigerant or airflow issues commonly cause freeze-ups.

When to Call for AC Repair

Most air conditioners last 15–20 years depending on maintenance. If your unit is aging and experiencing startup failure, a new Rheem AC system may be more cost-effective than repeated repairs. Call for service if:

  • Breakers repeatedly trip
  • Outdoor unit will not start
  • Ice continues forming
  • System hums but does not run
  • AC is over 15 years old

Emergency AC Repair in Wichita

Mike Watson Heating and Cooling provides 24/7 emergency air conditioner repair throughout Wichita and surrounding communities. Licensed technicians service all major AC brands. Services include:

  • AC repair
  • AC replacement
  • AC maintenance and tune-ups

Service area includes Wichita and surrounding counties. Call 316-522-3528 for AC repair in Wichita.

Why won’t my AC turn on even though the thermostat is set correctly? 

If your thermostat settings are correct but the AC still won’t start, the problem is likely a tripped breaker, a failed capacitor, a blown fuse in the disconnect box, or a compressor issue. Start by checking both breakers. If they are fine and the outdoor unit is silent, you need a professional diagnostic.

Is it safe to keep resetting a tripped AC breaker? 

No. Reset it once. If the breaker trips again, there is an electrical fault or the compressor is drawing excessive current. Repeated resets can cause wiring damage or a fire hazard. Call for AC repair instead.

How much does emergency AC repair cost in Wichita? 

Emergency AC repair in Wichita typically ranges from $150 to $600 for common failures like capacitors and contactors. Compressor or refrigerant system repairs can run $800 to $2,500+. The U.S. Department of Energy recommends replacing systems where repair costs exceed 50% of replacement value.

Should I replace my AC if it keeps failing to start? 

If your system is under 10 years old, repair usually makes sense. Between 10 and 15 years, weigh the repair cost against system condition. Over 15 years, especially with repeated failures, AC replacement often provides better long-term value.

Can a dirty air filter really prevent my AC from turning on? 

Yes. A severely restricted filter can freeze the evaporator coil, trigger high-pressure safety switches, or cause the system to shut down entirely. According to ENERGY STAR, replacing filters regularly is one of the most important maintenance steps for AC reliability.

How Long Do Air Conditioners Last in Wichita, KS?

Total Comfort Slider Res

When to Repair and When to Replace

Air conditioners do not fail randomly. They decline gradually, then fail during peak heat. In Wichita, where summer temperatures regularly climb into the 90s and above, lifespan planning prevents emergency replacement decisions.

Average AC Lifespan in Kansas

Most central air conditioners last 15–20 years Lifespan depends on:

  • Installation quality
  • Maintenance history
  • Usage intensity
  • Exposure to debris and weather
  • Proper system sizing

Wichita summers place sustained demand on cooling systems.

Signs Your AC Is Nearing End of Life

Old Ac Needs Replaced
  • System is over 15 years old
  • Frequent repairs each summer
  • Rising electric bills
  • Weak airflow
  • Warm air complaints
  • Loud operation
  • Uses outdated refrigerant

Age alone does not require replacement, but it increases risk.

Repair or Replace?

If a major repair exceeds 40–50% of replacement cost, AC replacement typically makes more sense. Use this framework:

  • Under 10 years old → Repair usually logical
  • 10–15 years old → Depends on repair cost
  • Over 15 years old → Evaluate replacement seriously
  • Over 20 years old → Replacement often more economical

Efficiency Matters in Wichita

Cooling accounts for a significant portion of summer energy usage. High-efficiency air conditioners can reduce energy use by 20–50% compared to older systems, according to Energy.gov. If your electric bill climbs each summer while cooling performance declines, efficiency loss is likely.

Refrigerant and Age

Major refrigerant repairs on aging units often trigger replacement discussion. Older systems may use refrigerant types that are:

How Maintenance Extends AC Life

Maintenance reduces breakdown risk and maximizes lifespan. However, maintenance cannot reverse age-related decline. Annual AC tune-ups typically include:

  • Cleaning condenser coils
  • Checking refrigerant levels
  • Inspecting electrical components
  • Flushing condensate drain
  • Verifying airflow

Should You Replace Furnace and AC Together?

If both systems are over 15 years old, combined replacement may reduce total labor cost and align equipment lifespan. Matched systems improve airflow compatibility.

When to Schedule Replacement

Avoid waiting for complete failure during peak summer. Planned replacement avoids heatwave emergencies. Consider replacement if:

  • Your AC is 15+ years old
  • Repair costs are increasing
  • Cooling performance is inconsistent
  • Energy bills are rising

Wichita AC Replacement Service

Mike Watson Heating and Cooling installs high-efficiency Rheem air conditioners throughout Wichita. Services include:

  • AC repair
  • AC replacement
  • AC tune-ups

Call 316-522-3528 for AC evaluation in Wichita.

Causes of Strange AC Noises and How to Fix Common Issues

Hvac Technician Testing For Air Conditioner Noises In Wichita Ks

Homeowners often ask: Should I be worried when my AC makes odd noises? The reality is that some noises are perfectly normal, while others are red flags you should never dismiss. However, strange sounds can often be the first sign that your system is developing issues. Without proper attention, those issues could turn into complete malfunctions, costly fixes, or even force you to replace the unit. At Mike Watson Heating and Cooling in Wichita, we’re dedicated to helping you understand your air conditioner. That’s why we’re here to guide you through which air conditioner noises are typical and which ones you should never ignore.

Why is My AC Screeching/Squealing?

Few things are as unsettling as hearing your AC unit squeal or screech like nails on a chalkboard. Not only does it disrupt the peace in your home, but it also leaves you wondering, “How bad is this?”

  • Squealing or screeching sounds from your air conditioner usually mean something mechanical inside is wearing out. It might be a belt that’s slipping, a fan motor that needs attention, or bearings that are beginning to give out.

It’s important to note that newer AC models typically don’t use belts, so this usually means that there is a problem with the fan motor or bearings. Adding lubricant to a fan motor or bearings can help fix the problem. However, it’s always a good idea to call in an HVAC pro the moment you hear screeching noises. They’ll diagnose the problem and get your system running before things get worse.

AC Rattling and Banging Sound

That rattling or banging sound coming from your AC is usually your system’s way of telling you something is wrong. Over time, the natural wear and tear of daily use can cause screws or other components to shake free and rattle around inside the unit.

Outdoor air conditioners have a way of pulling in things like twigs, rocks, or bits of dirt. When those hit the fan blades, they make a loud banging noise that’s hard to miss. A persistent rattling or banging sound can damage major components like the compressor or condenser, both of which come with hefty repair bills.

  • With regular cleanings and maintenance tune-ups, HVAC pros can catch loose parts and remove debris before it causes damage. However, if your system is already making noise, it’s time to let a technician handle the fix.

Hissing and Bubbling Air Conditioner Noise

If you hear a hissing or bubbling air conditioner noise, don’t ignore it. The most common cause is a refrigerant leak, which not only lowers your AC’s efficiency but also poses serious risks.

  • Refrigerant gases are harmful to breathe, damaging to the environment, and highly corrosive. Over time, leaks can erode components, create additional damage, and eventually lead to complete system failure.

In the heat of summer, that could mean an expensive AC repair or even replacement. The safest step is to shut down your AC immediately and call a licensed HVAC technician for prompt, professional service.

Constant Clicking Sounds Coming from AC Unit

Hearing your AC click once as it powers on or off is totally normal. But if the clicking keeps going, that’s a sign something’s wrong. Often, the thermostat is trying to tell the AC to start, but the capacitor never gets the message. Electrical issues, faulty thermostats, or bad capacitors are usually to blame. While it’s not as dangerous as a refrigerant leak or compressor failure, you shouldn’t ignore it.

An HVAC professional can quickly find and fix the issue. For peace of mind, schedule your spring AC tune-up so your system is ready for hot Wichita weather.

Other Unusual AC Sounds to Watch For

Air conditioners are complex machines, and sometimes they produce sounds that catch homeowners off guard. Among the most common unusual noises are grinding, buzzing, and humming.

  • A grinding sound usually means metal components scraping against each other, which reduces efficiency and can eventually cause total system failure.
  • Buzzing or humming noises often point to electrical problems, loose parts, or even a clogged air filter.

In some cases, a simple cleaning may help, but electrical issues should always be left to licensed HVAC technicians. If you’re ever unsure about a sound or its cause, contacting an HVAC professional is the safest option.

Keep Your AC Quiet With Regular Expert Maintenance

Want to stop strange AC noises before they start? The secret is simple: preventive maintenance. Scheduling a yearly tune-up helps your system run smoothly, reduces stress on its parts, and lets a pro catch common AC problems before they turn into major repairs. You’ll also enjoy perks like better energy efficiency, cleaner air, and a longer-lasting air conditioner.

At the end of the day, don’t ignore the sounds your AC makes. They’re often signs of trouble, and safety should always come first. When in doubt, call in the experts. Mike Watson Heating and Cooling is here whenever you need us.

Why Is My AC Leaking Water?

Ac Leaking Water In Wichita Ks

Finding a puddle of water under your air conditioner can be unsettling to say the least. Your first thought might be, “Why is my AC leaking water?!” While it can feel a bit alarming, the truth is that AC water leaks are one of the most common air conditioner problems.

Hot weather, high humidity, and shifting climate conditions can all push your AC to its limits and lead to leaks. That’s why Mike Watson Heating and Cooling is ready to step in and provide the help you need.

Common Causes of AC Water Leaks

  • Clogged Condensate Drain Line
  • Frozen Evaporator Coils
  • Rusted or Damaged Drain Pan
  • High Humidity
  • Other Potential Causes

Clogged Condensate Drain Line

When your AC cools warm air, the evaporator coils pull out moisture, which forms condensation on the coils. That water normally drains into a pan and then flows outside through the condensate drain line. But if dirt or debris clogs that line, water backs up and can cause your system to leak.

You can clear small blockages at the end of the line with a wet/dry vac or by flushing it with a vinegar solution. To avoid these problems, it’s best to clean the drain line every few months and schedule routine maintenance with a reliable HVAC company.

Frozen Evaporator Coils

A frozen air conditioner is a common summer issue caused by low refrigerant, dirty filters, or restricted airflow. When these problems prevent warm air from reaching the evaporator coils, the coils freeze, and once the ice melts, water collects around your HVAC unit.

Preventive steps include replacing your air filter every 1–3 months, scheduling routine maintenance, and ensuring refrigerant levels are tested each year.

Rusted or Damaged Drain Pan

Did you know your AC’s drain pan can wear out over the years? When that happens, water may start dripping onto the floor. Small issues can usually be fixed with epoxy putty, but if the pan is too far gone, or you’re not comfortable handling the repair, it’s a good idea to let a local HVAC expert take care of it.

High Humidity

Too much humidity is tough on your AC. When the air is heavy with moisture, your unit works overtime to remove excess water. Ultimately, this means more water is produced and drained. The extra water can sometimes overflow the drain pan, freeze onto the coils, or even cause clogs from mold and algae growth.

The best way to solve this problem is with regular AC tune-ups. Keep up with routine maintenance, swap in fresh filters, and use a dehumidifier during humid stretches.

Other Possible AC Problems

Still noticing water around your AC even after checking the usual culprits? Sometimes the issue is bigger than a clogged line or dirty filter. A poor installation could mean your drain line isn’t correctly connected to the pan, or you may have a broken condensate pump that’s no longer pushing water out. When that happens, water builds up and spills over. The safest move is to have an HVAC technician take a look and fix the problem for good.

DIY Troubleshooting Tips for Homeowners

  1. Turn off the power
  2. Check and clear drain line
  3. Change air filter
  4. Inspect the drain pan

Always Start with Safety: Switch Off the Power

Safety should always come first when working on your cooling system. Before starting any troubleshooting, be sure to turn off your AC to ensure it’s safe to handle.

Step Two: Check the Drain Line and Remove Any Blockages

After shutting your AC down completely, check the drain line. You’ll usually find it as a PVC pipe running from your indoor unit to the outside or into a drain. Use a wet/dry vac to suck out any clogs, then rinse the line with vinegar and water to keep it clean. If you spot damage that’s beyond your comfort zone, don’t hesitate to call a pro. When you’re done, turn your AC back on and make sure water is flowing properly.

Step Four: Change the Air Filter

Changing your AC’s air filter is an easy DIY job that keeps your system running smoothly. Look for the filter slot, typically behind a vent cover near the blower. Open it up, remove the dirty filter, and insert the new one. Just be sure the arrows are pointing the right way before closing the cover.

Step Five: Inspect and Clean Drain Pan

Take a close look at your drain pan for cracks, rust spots, or small holes. If the damage is minimal, you can usually patch it with epoxy or sealant. But if the pan is badly worn or broken, replacing it may be the safest long-term fix.

If It’s Beyond DIY, Call in the Pros

If you’re dealing with issues like a refrigerant leak, electrical trouble, or broken components, skip the DIY approach. These types of repairs are not only dangerous to attempt but could also put your family’s safety in jeopardy; leave them to a trusted HVAC expert.

Stop Leaks Before They Start With Expert HVAC Care

Catching problems early is the key to avoiding bigger AC headaches. That’s why annual tune-ups are so important, they help find issues like low refrigerant or faulty hardware that can lead to leaks. In Wichita, the best time to book your AC maintenance is early spring. These yearly tune-ups help make sure your system stays cool and reliable all summer long and reduce unexpected breakdowns.

Frequently Asked Questions About Leaking AC Units

Is a Leaking AC an Emergency?

A little condensation around your AC is normal and not cause for alarm. However, if you notice a significant amount of water leaking from inside the unit, it’s a serious issue. In that case, contact an HVAC repair company immediately.

Can I Use My AC if It’s Leaking?

A little water around the drain line isn’t usually a big deal, and your AC can keep running if there are no other problems. But if you spot a big leak, notice electrical trouble, or suspect a refrigerant leak, turn the unit off right away and get in touch with the pros.

How Much Does it Cost to Fix a Leaking AC in Wichita, KS?

Repair costs for an AC leak can vary, depending on the type of leak and the level of damage involved.

Fix AC Leaks with Mike Watson Heating & Cooling

Seeing your AC leak can be stressful, but you don’t have to handle it alone. Whether it’s a clogged drain line, frozen coils, worn-out parts, or even weather damage, Mike Watson Heating & Cooling is here to deliver quick and reliable repairs in Wichita.

Why Your AC Isn’t Working: Common Problems and How to Fix Them

Homeowner Fixing Ac That Is Not Cooling In Wichita Ks

The blazing summer heat in Wichita, Kansas, can make your home feel unbearable, especially if your air conditioner stops working. Before you rush to schedule an air conditioning repair, know that some common AC problems have quick and simple fixes you can try yourself. At Mike Watson Heating & Cooling, we’re proud to be one of the most trusted HVAC companies in Wichita. That’s why we put together this guide to help homeowners troubleshoot when their AC is not cooling. Don’t worry, if the steps provided don’t fix your air conditioner we’re here with fast, reliable air conditioning repair services in Wichita, KS.

1. Replace the AC Air Filter

A clogged air filter is one of the most common cause of air conditioner issues. Clogs restrict airflow, forcing your HVAC system to work harder and reducing cooling efficiency. In severe cases, blockages can even cause your evaporator coil to freeze, leaving behind water, and serious damages.

Wichita summers mean more time indoors with the AC running non-stop. If you have pets or allergies, your filter can get dirty even faster. As a rule of thumb, aim to replace your air filter every one to three months, especially during the high-demand cooling season.

Our Recommendation: Buy filters in bulk and set monthly reminders on your phone to stay ahead of schedule.

2. Check for a Frozen Evaporator Coil

Yes, your air conditioner can freeze even during a 100 degree Kansas summer. Who knew? If you see ice forming on the refrigerant lines or water around the indoor unit, you likely have a frozen evaporator coil.

It’s important to keep in mind, some components of your air conditioner can be dangerous if not handled properly. Always prioritize safety when inspecting your HVAC system. If you ever feel uncomfortable with the steps outlined, contact a local HVAC technician for expert help.

Here’s how you can fix a frozen evaporator coil:

  • Turn off your AC at the thermostat, but leave the fan running for one to two hours to help melt the ice.
  • While waiting, check your air filter and replace it if needed.
  • Once thawed, turn your AC back on. If it freezes again, it’s time to call for professional AC repair.

3. Replace Thermostat Batteries

If your digital thermostat has dead or low batteries, it may stop communicating with your HVAC system. This could cause your AC to stop working entirely. Before assuming there’s a major problem, try popping in fresh batteries. You might be surprised how common this problem can be and how easy it is to fix!

4. Try Resetting Your Air Conditioning System

Sometimes, a quick reset is all your AC system need to get back to normal. Just like rebooting a computer or smartphone, power cycling your air conditioner can clear our minor glitches or communication issues between your thermostat and cooling system.

Two ways to try resetting your HVAC system:

  • Turn your system off at the thermostat, wait 30 seconds, then turn it back on.
  • If that doesn’t work, locate your electrical panel and reset the breaker connected to your AC.

These steps are especially helpful if your system is:

Pro Tip: If your AC repeatedly needs resetting or trips the breaker frequently, it’s a sign of a larger issue, like electrical faults, compressor failure, or thermostat malfunction. In that case, call a licensed HVAC technician for a professional diagnosis

When to Call an HVAC Pro in Wichita

Some AC issues require expert attention. If you’ve tried these basic troubleshooting steps and your air conditioner is still not working, or if you notice unusual smells, sounds, or your AC is blowing hot air from the vent, it’s time to call Mike Watson Heating & Cooling.

We offer fast, friendly, and affordable air conditioning repair in Wichita and the surrounding areas.

How to Prevent Future AC Problems

The best way to avoid costly air conditioner repairs is with regular preventive maintenance. Scheduling an annual AC tune-up in Wichita helps your system run efficiently all summer long. Our technicians will check refrigerant levels, clean your outdoor unit, inspect components, and help you avoid breakdowns during heatwaves.

Another tip: Keep your thermostat at 72°F or higher, and use ceiling fans to help circulate cool air. Wichita summers are hot and humid, and pushing your AC below 70°F can overwork the system and spike your energy bill.

Still Need Help?

If your AC is still not cooling properly or won’t turn on after trying these DIY tips, don’t sweat it, Mike Watson Heating & Cooling is here to help. We’re available for 24/7 AC repair services in Wichita, KS, and our licensed HVAC technicians are just a call away.

Contact us today to schedule your air conditioner repair and get your home cool and comfortable again.

What Every Business Owner Should know About the 2025 Refrigerant Change

Hvac Technicians Inspecting Commercial Ac For New 2025 Refrigerants

Starting in 2025, the HVAC industry is transitioning to using A2L refrigerants as part of new environmental regulations designed to reduce global warming potential (GWP). The transition will primarily affect new HVAC installations, and existing systems will continue to operate as usual for the time being. However, business owners need to prepare for the upcoming changes, as future HVAC upgrades and installations will be require more environmentally friendly refrigerants. In this blog, we answer top questions from business owners and give you all the information you need on 2025 refrigerant change for businesses.

What is Refrigerant?

Refrigerant is a chemical compound used in HVAC systems to transfer heat, keeping indoor spaces cool and comfortable. It moves through coils and insulated lines, changing from liquid to vapor as it absorbs heat from inside and releases it outside. Without refrigerant, HVAC systems wouldn’t be able to function effectively, making it a critical part of maintaining climate control in your business.

What Does Refrigerant Do for My Business?

HVAC refrigerant plays a vital role in your commercial heating and cooling systems, directly impacting indoor comfort, operating efficiency, and equipment performance. Here’s a breakdown of what it does and why it matters for your business:

  1. Enables Heat Exchange for Cooling and Heating
  2. Protects Productivity and Equipment
  3. Impacts Operating Costs and Efficiency
  4. Affects Regulatory Compliance

What is R-410A Refrigerant?

R-410A has been the standard refrigerant for commercial HVAC systems for years, replacing older refrigerants like R-22 due to its zero ozone depletion potential. However, R-410A is now being phased down because of its high global warming potential (GWP). As the EPA introduces new environmental standards, the HVAC industry is turning to refrigerants with lower GWP, such as A2L refrigerants.

What Refrigerant is Replacing R-410A?

To comply with new EPA regulations, the HVAC industry is shifting to A2L refrigerants, which have a significantly lower GWP. A2L refrigerants are classified as mildly flammable, but their lower environmental impact makes them a key part of efforts to make HVAC systems more energy-efficient and eco-friendly.

What You Should Know About A2L Refrigerants

A2L refrigerants are a class of refrigerants that are lower in GWP, have low toxicity, and are mildly flammable compared to older options like R-410A. Their use will help reduce the environmental impact of HVAC systems while maintaining effective cooling performance.

The two main types of A2L refrigerants used for commercial cooling systems are R-454B and R-32. These refrigerants will replace R-410A in new systems going forward.

Frequently Asked Questions About A2L Refrigerants

As the HVAC industry transitions to A2L refrigerants, business owners have practical concerns regarding the impact on their operations, equipment, and bottom line. Here are some of the most common questions from businesses navigating this change.

Do I need to Replace My HVAC System for the A2L Refrigerant Transition?

Not immediately. If your HVAC system uses R-410A or other existing refrigerants, it will continue to function as normal for the foreseeable future. The shift to A2L refrigerants will primarily affect new system installations. However, when it’s time to replace your system, you will need to choose a system that uses A2L refrigerants.

Will A2L Refrigerants Raise My Operating Costs?

Your operating costs are unlikely to increase as a result of this change. A2L refrigerants, such as R-454B and R-32, are designed to be more energy-efficient, potentially reducing operating costs. By improving system efficiency, your business could see reduced energy consumption, which may lead to lower utility bills over time. Additionally, many A2L-compatible systems offer improved performance and reliability, which can reduce long-term maintenance costs.

Is it Safe to Use A2L Refrigerants for My Business?

Yes, A2L refrigerants are safe for use in commercial HVAC systems. While they are classified as mildly flammable, they are difficult to ignite and are much safer than older refrigerants like propane. Extensive testing has been conducted to ensure their safety under normal operating conditions. Proper installation by the trained professionals at Mike Watson Heating & Cooling ensures that your system remains safe and compliant with all updated codes and regulations.

Can My Existing HVAC System Use A2L Refrigerants, or Will I Need New Equipment?

No. While new HVAC systems will use A2L refrigerants, you do not need to replace all of your existing equipment. If you have systems that are still functional, they will continue to operate normally. However, for new installations or when replacing outdated systems, A2L refrigerants will be required. Planning ahead for these changes can help you budget effectively for future HVAC system upgrades.

How Can I Prepare for the 2025 Refrigerant Change

As a business owner, you’ll need to ensure that your HVAC systems are compliant with updated environmental standards. At Mike Watson Heating & Cooling, our licensed HVAC professionals are knowledgeable about the refrigerant shift and can answer any questions you may have. We can help assess your current systems, make plans for future AC replacement, and ensure that your equipment is compliant with the latest regulations.

Wichita’s Trusted Air Conditioning Pros | Mike Watson Heating & Cooling

Mike Watson Heating & Cooling is here to help your business navigate the transition to A2L refrigerants seamlessly. Our experienced team offers comprehensive HVAC services, including system design, installation, maintenance, and upgrades. We stay on top of industry trends and regulations, ensuring that your business remains compliant and energy-efficient.

Contact us today to learn more about how we can help you stay ahead of the 2025 refrigerant transition!

Understanding the 2025 HVAC Refrigerant Changes for Homeowners

Hvac Contractor Working On A Refrigerant Change In Wichita Ks

Starting in 2025, the HVAC industry is transitioning to using A2L refrigerants in heating and cooling systems. This refrigerant change is part of a larger regulation to reduce the impact on the environment. At Mike Watson Heating & Cooling we understand that this sounds like a big shift in the industry to homeowners. However, homeowners can rest easy as this change won’t require immediate changes to most existing HVAC systems.

In this article, we answer top questions from homeowners and provide the information you need to stay ahead of this change.

What is HVAC Refrigerant?

Refrigerant is the chemical compound and substance HVAC systems use to move heat and keep indoor air comfortable. It circulates through coils and copper lines, changing from liquid to vapor and back again as it absorbs heat from inside your home and releases it outside.

Why is Refrigerant Important for My Air Conditioner?

Refrigerant is essential to any air conditioning or refrigeration system because it’s the substance that actually performs the cooling. Without refrigerant, your HVAC system wouldn’t be able to move heat or control indoor temperatures.

The Old R-410A Refrigerant Explained for Homeowners

R-410A is a type of refrigerant widely used in residential and commercial air conditioning systems manufactured from 2000 to the early 2020s. When rolled out, R-410A initially replaced older refrigerants like R-22 (also known as Freon) due to its environmental impact. Now, R-410A is also being phased down because of its environmental impact.

The Transition to A2L

To meet the EPA’s new standards, the industry will shift to lower-impact refrigerants. Most of these lower-impact compounds are classified as A2L refrigerants and are already used in millions of units around the world.

2025 Refrigerant Change: What is A2L?

A2L refrigerants are a family of refrigerants that are low in toxicity and have a lower environmental impact compared to older compounds. These new refrigerants are also considered “mildly flammable” and require updated safety codes, yet pose very little threat to homeowners.

Overall, the move toward A2Ls is part of a broader effort to reduce the environmental impact of HVAC systems and improve energy efficiency for homeowners.

The New Refrigerants Used in 2025

The two main types of A2L refrigerants used for residential cooling systems are R-454B refrigerant and R-32 refrigerant. Approximately 160 million units already use R-32 throughout the United States.

Common Questions About the Refrigerant Change

With the shift to new refrigerants on the horizon, homeowners have many questions. Here are some of the most common concerns about the change.

Will I need to replace my HVAC system because of A2L refrigerants?

Not necessarily. Starting in 2025 new HVAC systems will use A2L refrigerants. Existing systems that use R-410A or other refrigerants will still work as normal for the foreseeable future.

However, if you have an older system, it may be a good idea to start planning for an upgrade to a system that uses the newer refrigerants, as they will be the new standard.

Will the new A2L refrigerant affect my energy bills?

A2L refrigerants like R-32 and R-454B are known for being energy-efficient while providing effective cooling. If you’re installing a new system that uses A2L refrigerants, you could potentially see lower energy bills as a result.

Are A2L refrigerants safe for my home?

A2L refrigerants have been extensively tested and are safe for residential use. The new A2L refrigerants are low in toxicity and extremely difficult to ignite. In fact A2L refrigerants are often much safer than A3 refrigerants like propane or butane. Proper installation is still a must, as trained experts ensure the refrigerant safely circulates through your system.

Do I need to do anything to meet the new refrigerant regulations?

As a homeowner, you don’t need to worry about the regulations directly. However, starting in 2025, when you replace your HVAC system, you will be required to choose a unit that complies with the new laws. The licensed HVAC experts at Mike Watson Heating & Cooling can explain the A2L changes and help you get a new, properly installed unit.

Local Air Conditioner Experts | Mike Watson Heating & Cooling

Mike Watson Heating & Cooling is a leading HVAC provider in Wichita, Kansas, focused on home comfort and efficient air conditioner performance. Whether you’re looking to upgrade your system or need clear information about the upcoming refrigerant change, our knowledgeable team is here to help you navigate your options.

Contact us today to learn more about how we can help you stay ahead of the 2025 HVAC refrigerant change.