The solution requires proper management of temperature levels and humidity maintenance and AC system performance optimization, and that’s where Action Air Conditioning comes in. In this blog, we will dive into the optimal AC temperature settings which work best for Florida residential properties while discussing thermostat selection impact on comfort levels, why humidity management is essential, and how Action Air Conditioning maintains system efficiency at affordable power rates.

What Temperature Should Your AC Be Set To During a Florida Summer Day?

For most Florida homes, the Best AC temperature setting is 78°F while you’re home. This temperature provides a comfortable balance between cool air and energy savings. Your system will experience extreme pressure when you lower your thermostat because it will make your home feel cooler at first but it will raise your electricity costs and increase humidity levels.

Why 78°F works in Florida:

• Achieves its highest operating speed when temperatures reach their peak values.
• Maintains indoor humidity at levels which people find comfortable.
• Aligns with Energy Star energy-saving recommendations 
• Protects your AC compressor and all its components from overuse.

If your home still feels sticky at 78°F, it’s often a sign of a system that needs attention, not a temperature problem.

Why Lowering Your Thermostat Can Be Costly

Every degree below 78°F can increase your energy usage by up to 8% in Florida’s climate. That means setting your AC to 72°F instead of 78°F can nearly double your cooling costs during peak months. The system will experience accelerated wear because lower temperatures create higher humidity which makes the space less comfortable while forcing the AC to operate at higher rates.

Key effects of setting it too low:

• Longer run times for your AC
• Higher monthly electricity bills
• Increased compressor and fan wear
• Reduced system efficiency

Action Air Conditioning helps homeowners optimize settings so you stay cool without breaking the bank.

What Temperature Should You Set Your AC When You’re Away?

The Best AC temperature settings shift when your home is empty. Raising the thermostat to 82–85°F while away prevents excess energy use without sacrificing comfort. The complete shutdown of AC operation remains forbidden for Florida because it creates humidity problems which damage furniture and electronics while leading to mold growth.

Smart thermostats make this effortless by:

• Automatically adjusting settings based on your schedule
• Preventing unnecessary cooling during the day
• Lowering energy costs without sacrificing comfort

Action Air Conditioning installs and programs these systems to fit your home perfectly.

Does Nighttime Cooling Make a Difference?

The nighttime temperatures in Florida experience a small decrease which reduces the need for your air conditioner to battle sunlight exposure. The Best AC temperature settings at night is usually 74–76°F. The system maintains humidity levels while enabling brief cooling periods which results in better sleeping conditions.

Problems that can prevent efficient nighttime cooling include:

• Poor insulation or duct leaks
• Inefficient or aging AC units
• High humidity that your system can’t manage

Regular maintenance from Action Air Conditioning ensures your system runs efficiently day and night.

Why Humidity Matters More Than Temperature Settings

The Florida comfort level depends on more than thermostat numbers because it requires proper humidity management. Your AC system performs two functions by cooling air while simultaneously extracting humidity from the air. The air inside your home will stay uncomfortable even when you maintain perfect temperature settings because of high humidity levels.

Signs your AC isn’t controlling humidity:

• Clammy or sticky indoor air
• Condensation on windows or vents
• Musty odors
• Uneven temperatures between rooms

Action Air Conditioning addresses these issues through system optimization, airflow balancing, and advanced dehumidification solutions.

Can Your AC Handle Florida’s Heat Efficiently?

Even the perfect thermostat won’t help if your AC isn’t properly sized. Older or improperly installed units may struggle to maintain the Best AC temperature settings, running too long or cycling too short. Common issues include:

• Oversized systems that short cycle
• Undersized systems that run constantly
• Leaky or inefficient ductwork
• Low refrigerant or dirty coils

Action Air Conditioning performs comprehensive inspections, including Manual J load calculations and duct evaluations, to ensure your system keeps your home comfortable without wasting energy.

The post The Best AC Temperature Settings for Florida Homes (Without Spiking Your Power Bill) appeared first on Action Air Conditioning.

That’s why knowing those differences between traditional thermostats and smart thermostats matter. Choosing the right one will help you save energy, lower your bills, and make your home more comfortable for your household.

In this blog, we’ll show how Action Air Conditioning can help you choose the perfect thermostat for your home.. so you can enjoy the ultimate balance of comfort and convenience without the hassle and breaking the bank. 

What’s the Difference Between a Traditional and Smart Thermostat?

Traditional Thermostats

Traditional thermostats are basic, straightforward devices which are easy to operate. Once you set the temperature, your system will run until you change it.  While some applications allow users to plan a simple routine, that’s about the extent of their functionality. They cannot link to the internet and do not adjust automatically. The attraction of traditional thermostats for many home owners is their low cost and the ease with which they can be used.

Smart Thermostats

Many modern heating systems are highly sophisticated. Smart thermostats can connect to the Wi-Fi network of your home and allow you to control your heating and cooling systems with the touch of a single button or voice commands. These thermostats can automatically adjust the temperature on the basis of your daily routine. Some homes can automatically change lights and appliances to energy-saving settings when you leave.

In simple terms: Smart thermostats do more of the work for you.

Can a Smart Thermostat Really Save You Money?

Yes, smart thermostats are made to help reduce how much energy is used, which can lower your utility bills over time.

Instead of heating or cooling a house when no one is inside, smart thermostats have easy adjustments based on your schedule.

How Smart Thermostats Help Save Energy

• They lower heating and cooling when no one is home
• They follow your daily routine without manual changes
• They help prevent your system from running longer than needed
• They reduce energy waste

Many homeowners see a big difference in savings each year just by upgrading their thermostat.

Simple Example

The monthly costs of heating and cooling bills can be quite high, around $167 per month. Even minimal cuts to this amount can lead to considerable savings. Over a year this could be $2,000. You could save around $160 a year by making energy savings of just 8%. That’s quite a lot.

Why Smart Thermostats Save More Than Traditional Ones

Traditional thermostats only work when you adjust them. If you forget to turn the temperature down before leaving the house, your system keeps running and wasting energy which means more money.

Smart thermostats fix this problem by giving you the ability to change it all at the tip of your fingers.

Features Smart Thermostats Offer

• Control from your smartphone
• Automatic scheduling
• Detecting when you leave or come home
• Tracking energy use
• Working with smart home systems

Because of these features, smart thermostats will help you save more energy than traditional ones.

Traditional Thermostats vs. Smart Thermostats: A Simple Comparison

Here’s an easy way to compare them:

Traditional Thermostats

• Manual temperature changes
• No internet connection
• Very limited energy savings

Smart Thermostats

• Remote control from your phone
• Automatic temperature adjustments
• Energy savings of 8–20% or more

Now that you understand the basics, let’s take a closer look at how traditional thermostats compare to smart thermostats and what that means for your comfort and energy savings.

Is a Smart Thermostat Worth It for Your Home?

For anyone who wants to reduce their home energy costs, are often forgetful of changing the temperature in their house, or regularly leave their property, a smart thermostat can be very useful. When your air conditioning or heating system is properly maintained, efficiency is maximized without placing excessive stress on the equipment.

While smart thermostats are typically more expensive to purchase, numerous home owners find that the savings they receive from reduced energy usage and greater efficiency over time pay for the extra initial cost. Despite an initial cost, many homeowners find the advantages of installing solar panels are worth the expense.

How Action Air Conditioning Helps You Upgrade Smarter

Action Air Conditioning doesn’t just install thermostats, but they also help homeowners get the best performance from their entire HVAC system.

How They Help

• Making sure the thermostat works with your system
• Installing it correctly and safely
• Setting it up for energy savings
• Teaching you how to use it

Smart thermostats generally have the advantage over traditional models. These provide greater control, improved comfort and greater energy savings, especially when properly installed.

Action Air Conditioning can help you choose the right thermostat, install and program it properly, and keep your HVAC system running efficiently, helping you save money while staying comfortable.

Ready to upgrade your thermostat and start saving? Call Action Air Conditioning at (813) 935-6644 schedule your service today. Smarter comfort starts with the right choice and the right team.

The post Traditional Thermostats vs. Smart Thermostats: Which Saves You More Money? appeared first on Action Air Conditioning.

In this blog, we will explain all the ways AC Financing works, what options are best for you, and how to choose the right plan for you and your home.

Why Florida Homeowners Choose AC Financing Instead of Paying Cash

One of the major investments of owning a home is your air conditioning system, especially in Florida where systems work longer and harder to keep your home perfect for your comfort unlike most other parts of the country. Paying the full cost upfront sometimes isn’t always possible or the smartest idea. 

AC Financing allows homeowners to make that move without sacrificing savings or comfort. Instead of postponing replacements and risking your AC breaking down, financing spreads costs into easily manageable payments. 

Common reasons homeowners choose financing: 

• Sudden system failure due to extreme heat levels
• Interest in upgrading to more modern and energy-efficient equipment 
• Avoiding those high expenses or interest on that credit card
• Keeping those emergency funds where they need to be

For most households, AC Financing makes that different from a last minute emergency replacement to a well-planned upgrade. 

What Types of AC Financing Options Are Available in Florida?

Not just any way is the best way for your home. Understanding all of your options can help you choose the best solution for you that will also align with your financial goals as well as your monthly budget. 

The most common AC financing options include:

• Payment plans that don’t charge interest for a limited time
• Payment plans that provide low monthly payments 
• Deferred interest plans if paid off before a deadline 
• Fixed monthly payment loans

Action Air Conditioning works with trusted lenders to offer flexible AC Financing options. With these options in place, homeowners can focus on choosing the right system for their needs and planning for installation without added stress. 

How Does AC Financing Work When Replacing a System?

Many homeowners mistake financing for being complicated, but it’s quick and easy. After your system has been checked, AC Financing approval often happens that same day, sometimes even within minutes. 

A typical AC financing process includes:

• In-home professional check up on your current AC system
• You receive very clear pricing up front
• Apply for financing 
• Installation will be scheduled very quickly for your needs

Action Air Conditioning guides you through every step, ensuring a seamless process with no surprises, all tailored to Florida homes.

What Florida Homeowners Should Look for in an AC Financing Plan 

You would think choosing the lowest plan might get you out safe, but that’s not always the best choice. It’s crucial you understand the full plan before agreeing to HVAC financing.

Important factors to review include:

• What could happen when a no-interest period ends
• How long the payments will last
• If there’s any extra fees or penalties 
• The TOTAL amount you’ll be paying over time 

Action Air Conditioning does a fantastic job making sure homeowners have all these details so they can make the perfect choice for them. 

Can Financing Help You Afford a More Energy-Efficient System? 

The answer to that question is always a yes. Energy-efficient systems may cost more at first, but they can lower that energy bill and cool your home better especially in Florida.

Benefits of upgrading with financing:

• Decrease in your monthly energy bills
• Better temperature control and comfort in your home
• Less moisture in the air
• A long lasting system

Action Air Conditioning specializes in energy-efficient installations built for Florida’s heat, making it easier for financing to work in your favor over the long term.

Are There Credit Score Requirements for AC Financing in Florida?

Lots of homeowners fall under stress worried they won’t be able to qualify for AC Financing, but there are plenty of options for different credit situations. Lenders also look at more than just your credit score.

Lenders usually consider:

• You payment history
• Your income
• How much you want to finance

Because Action Air Conditioning works with more than just one lender, homeowners have a better chance of getting approved. 

What Happens if You Delay Replacement?

Waiting too long to replace that old AC system can cause bigger problems. Older systems don’t cool as well, break down more often, and cost more to run.

Risks of delaying replacement include:

• AC failure because of extreme heat
• Spending more money on repairs
• Shooting electric bill
• More moisture problem in your home

Using AC Financing helps homeowners replace their system before it becomes an emergency.

How Action Air Conditioning Helps Homeowners Choose the Right Option

Action Air Conditioning focuses on their choices- not pressuring them. 

Their team helps by:

• Checking how good your system is working 
• Showing you and recommending the right system size
• Explaining financing in simple terms 
• Installing systems correctly the first time

You can learn more about their team and values by visiting our about us page.

Is AC Financing Worth It for Florida Homeowners?

For many people who live in Florida, AC financing is the obvious solution to all their worries. It allows you to remain comfortable, manage cost, and upgrade your system without paying for everything upfront. 

If your AC system is old and has been waiting to be changed, waiting will lead to higher costs and more stress. financing makes it so much easier to replace and pay over time. Action Air Conditioning offers professional evaluations, raw advice, and AC financing options designed for Florida homeowners.

Schedule your consultation with us today and find out how AC financing can keep your home perfect for your comfort all year around.

The post AC Financing Options in Florida: What Homeowners Should Know Before Buying appeared first on Action Air Conditioning.

First, Identify the Smell (Because “Burning” Has Flavors)

People describe these odors the same way they describe hot sauce: vaguely, loudly, and with panic. Let’s translate.

1) Dusty, dry “burnt” smell for 5–20 minutes

Most likely: Dust on the heat strips (for heat mode) or dust on internal components when the system starts after sitting.
When it shows up: First cool morning, first heat use, or after a long period of little run time.

When it’s usually fine: It fades fast and doesn’t come back. No smoke. No acrid bite to it.

Florida note: Many homes barely use heat. The first time heat strips kick on, they can smell like toasted attic dust. Not pleasant, usually normal.

2) Sharp, acrid “plastic” or “electrical” smell

Most likely: Overheating wire, failing capacitor, stressed motor, contactor problems, or an electrical connection heating up.
This is the one to treat seriously.

When to worry:

• the smell is strong and stings your nose
• it keeps returning every time the AC runs
• you see flickering lights, hear buzzing, or notice the outdoor unit struggling to start
• the smell gets worse instead of fading

3) “Hot metal” or “machine” smell

Most likely: Motor strain, blower issues, or fan motor heating.
Common causes: Dirty filter, restricted airflow, aging motor bearings, or a blower wheel packed with dust.

When to worry: If the system sounds different (grinding, squealing) or airflow is weak.

4) Smoky smell like something is actually burning

Most likely: Something is burning.
This one earns the hard stop.

When to worry: Always. Especially if you see smoke near vents, the air handler, or the outdoor unit.

5) “Burning” mixed with a musty, funky odor

Most likely: Two problems at once: humidity and heat on dust, dirty coils, or stagnant drainage.
It can start musty and turn sharp when the system struggles.

What To Do Right Now (Safe, Simple Checklist)

Step 1: Turn the system off

Use the thermostat to switch the system off. If the smell is strong, flip the system switch at the indoor unit as well.

Step 2: Check the air filter

If the filter is dark, packed, or damp, swap it. A clogged filter can overheat motors and reduce airflow, which turns minor issues into expensive ones.

Step 3: Walk the house and sniff strategically

• Smell strongest at one supply vent? Could be localized dust or something in the duct.
• Smell strongest at the indoor unit (air handler)? Electrical, blower, or heat strip issues move higher on the list.
• Smell strongest outdoors near the condenser? Think capacitor, contactor, wiring, or fan motor.

Step 4: Look for “hard warning” signs

Call for service quickly if you notice:

• smoke or a haze near vents or the unit
• a popping or buzzing sound
• repeated clicking when the system tries to start
• AC turning on and off rapidly (short cycling)
• warm air blowing when the thermostat is calling for cool
• tripped breaker that happens again after reset

Common Causes of a Burning Smell (And Why They Happen)

Overheating electrical components

AC systems have high-voltage parts that start motors and switch power on and off. When a connection loosens or a component weakens, it can heat up and smell like burning plastic.

Common culprits:

• capacitor failing
• contactor pitting or arcing
• wiring connections loosening over time
• control board issues (less common, more serious)

Blower motor strain

The blower runs a lot in Florida. When airflow is restricted, it can run hotter.

What causes restriction:

• dirty filter
• blocked returns
• dirty evaporator coil
• dirty blower wheel
• duct restrictions

Heat strips activating unexpectedly

Some systems have auxiliary heat strips that can kick on due to thermostat wiring issues, control problems, or configuration errors. If heat strips energize while cooling, you can get hot odors and poor performance.

Dust and debris in the air handler

Dust build-up can toast and smell burnt when components heat up, especially after periods of low use or maintenance gaps.

“When to Worry” Rules That Keep It Simple

Worry more when:

• the smell is sharp, electrical, or plastic-like
• it lasts longer than 20 minutes
• it comes back every time the system runs
• your AC shows any performance change: weak airflow, warm air, loud starts, short cycling
• you notice smoke or breaker trips

Worry less when:

• it’s a mild dusty smell that fades quickly
• it happens once after a long break and then disappears
• the system runs normally afterward with no repeat odor

Why This Matters More in Florida

Florida heat pushes systems into long run cycles. Long run cycles expose weak electrical parts and airflow issues faster. Humidity adds extra load, and that extra load can turn small friction and heat into real failures.

A burning smell coming from your AC can be the early warning that saves your compressor, your blower motor, or your wiring. That’s a good trade.

What a Pro Will Check During a Service Call

A solid tech will typically:

• test capacitor and contactor readings
• inspect electrical connections for heat marks
• check blower motor draw and airflow indicators
• inspect coils and blower wheel for buildup
• verify thermostat wiring and heat strip behavior
• confirm safe operation after repairs

Burning Smell Coming From Your AC? We Can Help!

A burning smell that fades fast can be normal. A burning smell that bites, lingers, returns, or comes with weird sounds is your system sending a clear message: it needs attention.

If your AC smells like electrical burn or hot plastic, switch it off and schedule service. Action Air can check the electrical components and airflow, pinpoint the source, and get your system running safely again. When you ask “why is there a burning smell coming from my AC?” Action Air Conditioning will figure it out for you and get your AC running well again.

The post Why is There a Burning Smell Coming From My AC? When to Worry appeared first on Action Air Conditioning.

Dirty ventilation grille in the kitchen on the wall. Communication in the kitchen. Grease and dirt on the ventilation.

Why This Sounds Like It Should Work (And Why It Usually Doesn’t)

The idea is simple: “Cool less space, pay less money.” Logical. The problem is your central AC is not a room-by-room system. It’s one machine designed to move a certain amount of air (measured in CFM, cubic feet per minute) through a duct network that was sized for a specific airflow.

When you close vents, you’re trying to force the same blower to push air through fewer exits. That creates static pressure (think: air traffic jam in your ducts). High pressure creates consequences.

What Actually Happens When You Close Supply Vents

Here’s the typical chain reaction:

1) Airflow drops where it matters most

Your system needs air moving across the indoor coil to remove heat and humidity. Less airflow can reduce the system’s ability to do that job efficiently.

2) Pressure rises, and the blower works harder

Many systems will keep running, but they’re running under stress. Higher duct pressure can mean noisier airflow, whistling vents, and more wear on the blower motor over time.

3) Cooling can get uneven, fast

Closed vents can push more air to other rooms, but “more” does not always mean “better.” You can end up with:

• hot spots

• rooms that feel clammy

• bigger temperature swings

• longer run times

4) You can create humidity headaches in Florida

Florida comfort is half temperature, half moisture control. Many homes feel “warm” at 74 if the humidity is high. Restricting airflow can reduce how effectively your system removes humidity, which leads to sticky air and that “my AC is running but it still feels gross” vibe.

The Big Risk Most People Never Hear About: Frozen Coils

When airflow drops enough, the indoor coil can get too cold and start freezing. That turns into:

• weak airflow

• longer run times

• water mess when it melts

• service calls you were trying to avoid

This is more likely when a system is already near the edge: dirty filter, dirty coil, low refrigerant, or a struggling blower. Closed vents can be the extra push that tips it.

So Is It Ever Helpful to Close Vents?

Sometimes, but only in narrow situations:

• A room has a vent dumping air in a way that is genuinely uncomfortable and you need a temporary adjustment.

• A short-term balance issue while you wait for a proper airflow fix.

• A professional has measured and adjusted your system and gave you a specific plan.

Even then, “slightly” is the word. One or two vents partially closed is different than shutting half the house down like you’re boarding up for a hurricane.

What Saves Energy Instead (And Feels Better) 

If you want lower bills without sacrificing comfort, these moves usually beat vent-closing by a mile:

1) Change the filter on schedule

A clean filter supports airflow. Airflow supports efficiency and humidity control. This is the boring hero that keeps winning.

2) Keep return vents clear

Returns feed air back to the system. Blocked returns starve airflow just like closed supplies do, sometimes worse.

3) Use your thermostat like a strategist

In Florida, steady settings often outperform constant big swings. Big setbacks can mean longer recovery runs, and that can spike humidity.

4) Seal duct leaks (especially in attics)

Leaky ducts can dump cooled air into an attic like you’re air-conditioning the squirrels. Sealing ducts can be one of the most meaningful efficiency upgrades in a hot climate.

5) Balance airflow the right way

If one room always runs hot, it usually points to:

• duct sizing issues

• insulation problems

• return air limitations

• sun exposure and window heat gain

A real fix looks like balancing, adding returns, duct adjustments, or targeted insulation improvements. The goal is comfort without choking the system.

The “Rule of Thumb” That Keeps You Safe: Closing Vents in Unused Rooms is Not a Long Term Solution

If your AC was designed as a central system, it wants consistent airflow. Closing vents is a pressure trick, and pressure tricks rarely age well.

Closing Vents Doesn’t Save Energy, But We Can Help!

If you’re dealing with stubborn hot rooms, uneven cooling, or humidity that never feels right, Action Air can check airflow, duct performance, and system readings and tell you what’s actually going on. That kind of clarity saves money because it stops the guesswork.

The post Does Closing Vents in Unused Rooms Save Energy? appeared first on Action Air Conditioning.

A tech verifies your cooling performance, airflow, electrical health, refrigerant readings, and drainage, then tightens, cleans, and calibrates what needs attention so your system runs smoother through heat and humidity. If that was a little too technical, don’t worry! We give you all the easy-to-understand details below!

What a Florida AC Tune-Up Actually Is

A tune-up is preventive care. Your AC has moving parts, electrical parts, and water management. Florida pushes all three hard because long run times, humidity, salty air (in some areas), and afternoon storms create the perfect conditions for wear.

A legit tune-up focuses on three wins:

• Efficiency: your system moves the same cooling with less struggle.
• Reliability: fewer surprise breakdowns.
• Comfort: better airflow, steadier temperatures, improved humidity control.

Before the Appointment: What You Can Do to Make It Smooth

You don’t need to “prep the house like company’s coming,” but a little access goes a long way.

Do this:

• Clear a path to the indoor unit (often a closet, garage, attic access).
• Clear space around the outdoor unit (condenser) so the tech can remove panels.
• Replace your air filter if you already have one, or set the new one aside so the tech can install it.
• Make a quick note of symptoms you’ve noticed: “takes longer to cool,” “feels humid,” “airflow weak,” “higher power bill,” “rattling,” “water near the unit.”

That last part helps because the tune-up becomes personalized instead of generic.

When the Tech Arrives: The First 5 Minutes

Most pros start with questions and quick context:

• How old is the system?
• Any repairs lately?
• Comfort issues in specific rooms?
• Thermostat behavior and settings?
• Any history of drain clogs or float switch trips?

Then they’ll locate the units, confirm safe access, and usually shut power off to open panels and test components safely.

The Indoor Unit Checks (Airflow + Moisture Control)

This is the part that affects comfort the most, especially in Florida.

Common tune-up steps inside include:

1) Air filter check

A clogged filter chokes airflow. Better airflow means better cooling and better humidity removal.

2) Evaporator coil inspection

The indoor coil is where heat gets pulled out of your air. If it’s dirty, it acts like your system is breathing through a pillow. A tech may inspect with a light and mirror or borescope. If it’s heavily impacted, they’ll recommend a deeper coil cleaning (often separate from a basic tune-up).

3) Blower assembly inspection

The blower moves air through your ducts. The tech checks for dust buildup, balance, and motor health. This is also where you’ll hear about airflow upgrades if your home struggles in the hottest months.

4) Drain line and drain pan maintenance

Florida humidity means your system produces a lot of condensation. That water must drain safely.

• Tech checks the primary drain line for flow and blockage risk.
• They inspect the drain pan for rust, cracking, or standing water.
• They may flush/clear the line and verify proper slope and drainage.

5) Float switch test (if equipped)

Many Florida systems have a safety float switch that shuts the AC down if water backs up. The tech verifies it’s working. That small switch saves ceilings and drywall.

6) Electrical connections and controls

The tech checks wiring, contact points, control board area (visually), and safety devices. Loose connections create heat, and heat shortens component life.

The Outdoor Unit Checks (Heat Release + Electrical Health)

Your outdoor unit is the workhorse in summer. It dumps heat outside, and Florida heat makes it hustle.

Typical outdoor steps:

1) Condenser coil inspection and cleaning

 A clean outdoor coil helps your system reject heat faster, which reduces strain. Light rinsing is often part of a tune-up; heavy buildup or bent fins may need a deeper service.

2) Fan motor and blade check

The fan moves air across the condenser coil. The tech checks:

• motor condition
• blade integrity and balance
• mounting and vibration signs

3) Capacitor testing

 Capacitors help motors start and run. In Florida, capacitors take a beating. A tech will test microfarads (µF) against the rated specs. Replacing a weak capacitor early can prevent a no-cool situation later.

4) Contactor inspection

The contactor is an electrical switch that tells the outdoor unit when to run. Pitted contacts can cause intermittent issues. Checking it during a tune-up is standard.

5) Refrigerant readings

This is where expectations matter. A professional tune-up includes:

• temperature split measurements
• suction and liquid pressures (or superheat/subcool calculations depending on system)
• overall performance assessment

Important note: Refrigerant is not “used up.” If levels are low, it usually points to a leak. A tune-up can catch the symptoms early, but leak detection and repair are typically separate steps.

What a Good Tune-Up Report Sounds Like

At the end, you should get clear takeaways in normal language. Think:

• Your temperature split is healthy.
• Capacitor is testing weak, replacement recommended soon.
• Drain line has early buildup, cleared today.
• Outdoor coil had buildup, cleaned.
• Airflow is improving, filter size looks right.
• System is running within expected ranges.

If you get vague talk with no measurements, that’s like leaving a doctor’s office with “you seem fine.” A tune-up should come with specifics.

How Long It Takes (And Why It Varies)

Most tune-ups land around 45 to 90 minutes, depending on:

• accessibility (attic units take longer)
• level of coil buildup
• whether parts test weak and need approval
• system age and condition

A well-done appointment feels thorough, not rushed.

Common “Extras” You Might Hear About (And When They Matter)

Some add-ons are situational, and Florida homes sometimes benefit from them. You may hear recommendations like:

• Deep coil cleaning (when buildup affects heat transfer)
• Drain line treatment (when clogs happen often
• Capacitor or contactor replacement (when testing shows decline)
• Thermostat calibration or upgrade (when comfort swings or scheduling matters)
• Duct sealing or airflow balancing (when certain rooms never feel right)
• Indoor air quality options (for humidity, odors, allergies)

A good tech explains “why this helps your home” instead of tossing a menu at you.

Questions Worth Asking During the Visit

These keep the appointment useful:

• “How’s my temperature split today?”
• “Are my capacitor and contactor testing strong?”
• “How does my coil look, light dust or heavy buildup?”
• “Is my drain line flowing clean?”
• “Is my airflow strong at the returns and supply?”
• “Any signs this system is trending toward repairs soon?”

You’ll learn a ton in five minutes of answers.

What You Should Feel When It’s Done

A tune-up is a confidence builder. Afterward, you should have:

• a clearer idea of your system’s health
• fewer “surprise shutdown” risks
• stronger airflow and steadier cooling
• a plan, if something is trending toward failure

In Florida, that peace of mind is worth something.

Need an AC Tune-Up Appointment in Florida Near Me?

Ready to schedule your AC tune-up with Action Air? Book your appointment and we’ll get your system running strong for the heat ahead.

The post What to Expect During a Florida AC Tune-Up Appointment appeared first on Action Air Conditioning.

Most folks think because that unit survived hurricanes, it’ll shrug off a weed-whacker. 

Wrong. 

The #1 enemy of your outdoor AC unit is lawn equipment. Lawn tools launch debris, kick rocks, shred fins, and coat coils in Mother Nature’s version of dryer lint. That “quick trim” around the condenser is how compressors die young.

So if you’d like cold air without surprise breakdown bills and the existential crisis that follows, let’s talk about how to protect your outdoor AC unit from lawn equipment damage.

Why Lawn Equipment Is Secretly Trying to Assassinate Your AC

Okay, maybe lawn equipment doesn’t have an agenda to destroy your AC, but it really can if you’re not careful.

You see, your outdoor AC condenser isn’t just a box; it’s a precision heat-exchange machine. It pulls heat out of your indoor air and dumps it outside through coil fins – those thin, delicate aluminum ridges that look like tiny silver cereal box flutes.

Those fins need to be straight, clean, and open for airflow to:

• Release heat efficiently
• Keep the compressor cool
• Maintain proper refrigerant pressure
• Avoid overheating
• Keep energy bills sane

When you hit those fins with rocks, trimmer wire, or a blast of lawn glitter (grass, dirt, and debris) they bend, clog, and dent.

Suddenly, your AC can’t breathe properly. If left this way, or if things get worse, your system can break down.

Signs lawn equipment already wounded your AC:

• It runs longer just to maintain temp
• The top fan feels hot or sluggish
• You hear rattling or grinding
• The unit looks “fuzzy” with grass stuck to it
• Your bill jumped for no reason
• You don’t feel that “crispy cold” like before

If your condenser looks like it went through war that’s because it did.

The Real-World Costs of Lawn Equipment Damage on AC Units

People love to assume “eh, it’s fine” when they see bent fins or grass buildup. Until they learn the price of compressor failure.

Here’s the financial math nobody tells you:

• Straightening fins: $0 – $200
• Professional coil cleaning: $150 – $400
• Replacing a fan motor: $400 – $900
• Compressor replacement: $1,500 – $3,500+
• Full system replacement (if compressor death cascades): $6,000 – $15,000
• You can spend 10 minutes protecting your unit, or spend ten grand rebuilding your system. At Action Air Conditioning, we can get your AC running perfectly again, but we want to help you avoid these mistakes. 

Lawn Equipment Damage: AC Protection Tips

This is simple, boring, adulting stuff, but it’s worth your time. These are the kind of habits that save you money and keep your home cool without begging the universe for mercy.

1. Mow with a Buffer Zone

Do not mow right next to the condenser like you’re trimming a military boot camp buzzcut.
A safe buffer is 2 feet. Let the grass live for a few more minutes and use hand tools near the base.

2. Never Weed-Whack Near the Unit

String trimmers shred aluminum fins. That’s why you want to trim by hand or pull weeds instead.

 Yes, we know it’s annoying. But not as annoying as replacing a compressor.

3. Blow Debris Away

Leaf blowers can pack coils with grass like nature’s dryer lint trap. That’s why you should aim your blower away from the unit – not at it, not across it, not “just one second.”

4. Install a Physical Barrier

If you don’t like the first 3 tips, you can build a physical barrier to prevent grass and weeds from growing near the unit and keep lawn mowers at bay.

• Small fence panel
• Decorative screen
• Sturdy planter wall
• Low shrubs (not touching!)

Just keep 12 to 24 inches clearance for airflow.
Airflow restrictions are just as deadly as flying rocks.

5. Level the Ground & Keep Soil Off

Buildup around the base traps moisture and clogs the coil.
Keep soil, mulch, and gravel pulled back.

Height rule: condenser pad should sit slightly above ground level.

6. Clean the Coils Twice a Year

First shut off the unit at the circuit breaker. Then you can safely DIY hose rinse (gentle spray, never pressure wash). You can do this monthly; however, a professional coil cleaning yearly is even better.

Grass buildup = heat trapped = high pressure = AC issues.

Best Landscaping Around an AC Unit

Avoid plants that:

• Shed fibers, seeds, fluff, or palm strings
• Grow aggressively into vents
• Drop sticky sap
• Attract ants or wasps

Better options include:

• Low ornamental grasses
• Heat-tolerant small shrubs
• Rocks or pavers around the base

For more information about the best landscaping around an AC unit, check out this article.

When You Should Add Extra AC Protection

Extra guards make sense if you:

• Have a landscaping crew
• Have kids who treat the yard like an Olympic stadium
• Live where sand and grass blow around
• Notice recurring debris buildup
• Already had fin damage once

Prevention costs pennies compared to equipment damage.

A Quick Technical Refresher (Because Knowledge Wins)

If the condenser coil gets blocked or bent:

•  Heat stays trapped in refrigerant
• Pressure rises
• Compressor overheats
• Refrigerant can break down
• The system fails

This is basic thermodynamics and friction, not scare tactics. HVAC systems are designed with tight tolerances.

Treat Your Condenser Like the Expensive Machine It Is

Your outdoor unit is not yard decor. It’s not “just a fan outside.” It’s a precision heat-transfer system that costs more than most vacation packages.

Protect it like it protects you. And keep the lawn equipment damage away.

Give it space, keep it clean, shield it from mower madness, and schedule a professional tune-up twice a year.

Action Air Conditioning has been keeping Florida systems safe and efficient since 1990. Call us for any of your air conditioning problems. 

The post How to Protect Your Outdoor AC Unit from Lawn Equipment Damage appeared first on Action Air Conditioning.

If you’ve ever wondered “Do I need to turn this thing off? Should I cover it? What if it floods?” 

This is your guide to protecting your AC during a hurricane.

Let’s walk through it step by step, the same way the questions pop up in your head when you see that swirling radar map.

 

Do I really need to turn my AC off before a hurricane?

Yes, you do. Leaving your AC running during a storm is like playing roulette with lightning bolts and flying tree branches. 

Power surges, electrical shorts, and water damage can wreck the compressor (the single most expensive part of your system). We’re talking $2,000–$6,000 in repairs, sometimes not even covered by insurance if they find you didn’t shut it down.

And no, you don’t need to crawl around looking for a plug. Central HVAC systems are hardwired. Shutting it off happens in two easy places: the thermostat and the breaker box.

How do I shut it down the right way?

First, hit “off” at the thermostat so the system stops running. That’s the bare minimum.

Then, for real protection, flip the breaker switch labeled “AC” or “HVAC.” This disconnects power completely, even if the grid goes haywire during the storm.

Think of it like locking your front door versus locking the door and deadbolting it. Both help, but one is clearly better. 

Should I clean or prep it before the storm?

A quick once-over makes a difference. Clear out leaves, sticks, or dirt caught around the unit. Make sure the drainage lines aren’t clogged. 

Why? 

Because once the rain starts pounding, clogs turn into standing water, and standing water turns into corrosion or mold. Spending five minutes here saves hours later.

Is surge protection really worth it?

Short answer: yes.

When protecting your AC during a hurricane, whole-home surge protectors are great. They shield everything from your TV to your fridge. 

But your HVAC deserves its own dedicated surge protector. It’s outside, vulnerable and connected to its own high-voltage circuit. A dedicated unit costs about $100–$300 installed, which is peanuts compared to replacing the whole system.

Best setup looks like this:

• Whole-home surge protector at the electrical panel.

• HVAC surge protector at the outdoor disconnect box.

• Thermostat OFF + breaker OFF during the storm.

That’s the trifecta of perfect protection!

Can I run the AC for comfort during the storm?

Nope. This is the big mistake. 

Running the AC while winds are whipping and power lines are sparking is a fast track to a fried compressor or worse.

The few hours of discomfort aren’t worth the thousands you’ll pay to replace what’s sitting outside.

Even with surge protectors in place. Surge protection is like armor against power spikes, but hurricanes throw more than just electricity at your system.

Here’s why you still need to keep it off:

• Flying debris hitting the fan while it’s spinning can snap blades, bend the motor, or puncture the refrigerant coil.
• Flooding water can build up around the condenser while it’s running and short it out or destroy the unit.
• Brownouts (low voltage) and quick on/off cycling on the grid is brutal on compressors and motors, and even with surge protection, it can cook the system.
• Fire can start from live damaged wires sparking.

So even with layered protection, the safest move is to shut it down at the thermostat and breaker. Pull out the fans and some ice to beat the heat. Avoid paying thousands for repairs or replacements.

Can I just flip it back on once the storm passes?

Tempting, right? But this is where patience pays. Don’t just slap the thermostat back on. First, do a visual inspection.

Here’s what to look for:

• Standing water around the condenser
• Bent fins or visible debris inside the fan
• Burnt smells or smoke
• Sparks or singed wiring

If you spot any of these, leave it off and call a pro.

When and how do I restart my AC system safely after a storm?

If everything looks good and dry, remove any tarp or covering (if you ignored Action Air’s advice and used one). Then:

• Flip the breaker back on.
• Turn the thermostat back to cooling.

If you’re unsure, it’s always smart to have a licensed HVAC tech do a full check before you power up. Water and electricity don’t play nice, and hidden shorts can turn into fires.

What’s the worst that could happen if I don’t follow this?

Here’s the nightmare reel:

• Electrical Damage: A surge cooks the compressor. $2k–$6k gone.
• Flooding Damage: Unit shorts out in water, total loss.
• Debris Damage: A flying branch smashes the fan or punctures the coil.
• Fire Hazard: Damaged wiring sparks into flames.
• Voided Warranty: Manufacturer won’t cover damage from storms or misuse.

All of it is avoidable with one easy move: shut it down.

Anything else I should know?

A few smart extras round out the plan:

• Get Flood Insurance: Check if your HVAC is covered. Often it’s not without special coverage.
• Keep Documentation: Snap photos and keep service receipts. They’re gold when filing insurance claims.
• Generator Use Risks: Never hook your AC to a generator unless it’s rated and wired for it. A bad connection can fry the system or injure you.

AC Surge Protectors Near Me: Protecting Your AC During a Hurricane

Protecting your AC during a hurricane doesn’t require a toolbox, just a little common sense. Shut it down, check it after, and let a pro give it the green light if anything looks off.

One flip of a breaker could save you thousands, and that’s the kind of storm prep that’s always worth it.

When it comes to storm prep, flipping the breaker is step one. But if you really want to give your AC a fighting chance, a dedicated HVAC surge protector is the way to go. 

That’s where Action Air Conditioning steps in. Our team installs these devices right at the source, shielding your compressor, control board, and motor from the kinds of power surges hurricanes love to deliver. 

Surge protectors are a layered defense for your most expensive appliance, and it costs a fraction of what you’d pay to replace the system. Don’t wait until the next storm’s already spinning, call Action Air Conditioning today and protect your comfort!

The post Protecting Your AC During a Hurricane: What You Actually Need to Know appeared first on Action Air Conditioning.

In this blog, you’ll learn what a normal AC cycle looks like, what’s considered too short or too long, and how factors like system size, ductwork, and thermostat placement can all play a part.

What Is a Normal AC Cycle?

A healthy air conditioner should run for 15 to 20 minutes per cycle on a standard Florida summer day. That’s enough time to cool the air, pull out excess humidity, and then shut down for a short break before starting again.

On those brutal 95°+ days when the humidity feels like soup, cycles can stretch closer to 30 minutes or more. That’s completely normal – your AC is simply keeping up with extreme outdoor conditions.

What Counts as Too Short?

If your system is kicking on and shutting down in less than 10 minutes, that’s short cycling. And short cycling is more than just an inconvenience; it’s tough on your system.

Why? Because your AC needs a full cycle to balance both temperature and humidity. 

When it cuts out early, your home might feel cool but sticky. At the same time, all that rapid starting and stopping puts serious strain on your compressor, which is one of the most expensive parts to replace.

Common reasons for short cycling include:

• Oversized AC system – Cools the house too quickly but doesn’t remove humidity.
• Clogged air filter – Blocks airflow, forcing the unit to shut off early.
• Thermostat placement – Positioned near a sunny window, drafty door, or heat source, it sends false signals.
• Low refrigerant or frozen coils – Both disrupt the cooling process before a full cycle is complete.

Short cycling raises energy bills, wears out your system faster, and makes your home less comfortable. If you’re noticing these signs, your AC is signaling for help.

What Counts as Too Long?

If your AC seems to run forever, even when the weather outside isn’t extreme, you’re looking at a different problem.

A cycle that lasts well beyond 30–40 minutes on a mild day usually means your system is struggling to keep up. It either doesn’t have the cooling power it should, or something in your home is working against it.

Common reasons for long cycles include:

• Undersized AC system – Lacks the capacity for your square footage.
• Leaky or poorly designed ducts – Cool air isn’t reaching the rooms that need it.
• Poor insulation or heat gain – Your house is leaking cool air faster than the AC can replace it.
• Dirty coils or low refrigerant – Both reduce efficiency and make the system work overtime.

When your system runs too long, you’re not just burning electricity. You’re also putting constant strain on fans, motors, and coils, which increases the chance of breakdowns.

Why Sizing Matters

Cycle length is one of the biggest clues that your system might not be the right size.

• Oversized units short cycle constantly, blasting cold air too quickly and shutting down before humidity is under control.
• Undersized units run forever, trying to reach the thermostat setting but never quite getting there.

A proper Manual J load calculation (the industry standard for determining AC size) takes into account your square footage, insulation, window placement, roof direction, and even the landscaping around your home. If that calculation wasn’t done when your unit was installed, cycle length might be telling you something is off.

The Role of Duct Design

Even if your system is perfectly sized, poor ductwork can throw cycle times way out of balance.

• Undersized ducts restrict airflow, slowing the cooling process and extending cycle length.
• Leaky ducts let cool air escape into the attic instead of the living spaces, forcing the system to run longer to catch up.
• Uneven duct layouts can leave some rooms freezing while others stay hot, making the thermostat work overtime to balance everything out.

If your AC cycles seem too short or too long, a duct inspection is often part of the solution.

Don’t Forget Thermostat Placement

Your thermostat is the brain of your system. If it’s in the wrong spot, it can trick your AC into cycling improperly.

A thermostat in direct sunlight might think the house is hotter than it really is, leading to long cycles. On the flip side, a thermostat placed near an air vent, kitchen, or draft can make the system shut down too soon.

Good placement means locating the thermostat in a central, shaded area away from windows, doors, or direct airflow.

Don’t Let Cycle Times Drain Your Comfort

Your AC is designed to cool efficiently and keep humidity under control. When cycle times are too short or too long, it’s a sign something’s wrong, and it always costs you in comfort, energy bills, and system wear.

If you’ve noticed your system cycling strangely, don’t wait for a breakdown to confirm your suspicions. Let Action Air Conditioning check it out now. We’ll pinpoint the cause and make sure your system is running at its best.

How Action Air Conditioning Can Help

Cycle times tell a story. If your system runs too short, too long, or just feels “off,” it’s usually a sign something needs attention. The challenge is figuring out whether it’s a sizing issue, a ductwork problem, or something as simple as thermostat placement.

That’s where Action Air Conditioning comes in. We’ve been serving Tampa Bay homeowners since 1988, and we know exactly how Florida’s climate pushes AC systems to their limits. Our team can:

• Diagnose whether your system is oversized or undersized.
• Inspect ducts for leaks, poor design, or restrictions.
• Test refrigerant levels and coil performance.
• Evaluate thermostat placement and recommend changes.

We don’t guess. We give you clear answers and solutions so your AC cycles run exactly the way they should. Contact us now for your free estimate! 

The post How Long Should an AC Unit Run Per Cycle? appeared first on Action Air Conditioning.

You did not.

Air conditioning cools air. It reduces humidity as a side effect. But guess what humidity does down here? It laughs at your AC.

So the real question is not “Do I need a dehumidifier in Florida?” The question is “Do I want my home to smell like a damp beach towel forgotten in a gym bag?”

The Hard Truth About AC and Humidity in Florida

In Florida, your AC is fighting a heavyweight opponent every single day. Yes, it pulls moisture out of the air when it runs. But if your system is:

• Oversized
  • Short cycling
  • Older than your favorite pair of lucky sneakers
  • Installed by somebody who believes duct tape solves emotional problems

Then you’re probably sitting at indoor humidity somewhere between “sticky nightmare” and “welcome to your new mold kingdom.”

Humidity indoors should stay below 60%. Not because we said so but because the EPA says going above 60 percent is a mold-and-mites free-for-all. 

They recommend the ideal zone between 30% and 50%. Then Florida experts step in with the real talk. Down here, you should aim for 45% to 55% so you don’t wake up feeling like you’re sleeping inside someone’s armpit.

1. EPA source: https://www.epa.gov/mold/mold-course-chapter-2
2. Florida DOH on humidity and mold:
3. UF Mold Guidance: https://blogs.ifas.ufl.edu/sarasotaco/2024/10/30/mold-management-in-the-home/
4. Florida IAQ guidance: https://www.myfloridahomeenergy.com/help/library/hvac/iaq/

That means if your indoor reading starts flirting with 60%, your home is officially auditioning for a nature documentary.

AC Vs. Dehumidifier: Who Does What and Why You Care

AC’s job: cool the house.
Dehumidifier’s job: tell humidity to sit down, shut up, and get out.

Your AC is not a dehumidifier. It tries really hard, but when it runs less during cooler periods or cycles off fast because it cools too quickly, the humidity stays and molds throws a party in your vents.

A portable dehumidifier is like a folding chair in a bar fight. Fine if you need it but it’s 

• Ugly. 
• Loud. 
• And you’re dumping buckets

A whole-home dehumidifier is the pro move. It’s 

• Quiet. 
• Integrated. 
• And handles the whole house. 

Lets your AC take a nap without humidity sneaking in.

How Do You Know You Need One?

If your 

• home feels like a sauna
• pillow feels slightly moist
• wood floors complain like they’re writing a haunted house script
• nose says “old boat” when you walk in
• thermostat says 74 but your skin says swamp

If you nodded to any of these bullet points – it’s time to upgrade to a whole home dehumidifier.

Florida Reality Check

People in Arizona worry about sunscreen.
The folks in Colorado worry about altitude.
Those of us in Florida? We fight airborne water and the mold army it brings.

Your AC can handle cooling. A dehumidifier handles the swamp vibes with expertise.

Together, they turn your house into a place you enjoy being instead of a place you tolerate while fantasizing about moving to faraway lands.

Why Dehumidifiers Matter for Homes With AC in Florida

While air conditioning systems in Florida play a major role in cooling indoor spaces, they are not always designed to provide complete humidity control. If you’re asking yourself: “Does My Home Need a Dehumidifier If I Have AC in Florida?” the answer is yes. 

Air conditioners remove moisture as part of the cooling process, but in humid climates like Tampa and greater Florida, AC alone may not maintain the ideal indoor humidity levels year-round.

High humidity inside a home can cause issues such as mold growth, musty odors, wood swelling, and reduced indoor comfort. According to the U.S. Environmental Protection Agency, indoor humidity levels above 60 percent significantly increase moisture-related problems.

In many Florida homes, especially during cooler or milder weather when the air conditioner runs less frequently, moisture levels can rise even when the temperature feels comfortable. This is why homeowners may still need a whole-home dehumidifier, even if they have a functioning AC system. A dehumidifier actively removes moisture from the air and works alongside the air conditioning unit to help maintain consistent humidity levels and improve indoor air quality.

Why You Should Get a Whole-House Dehumidifier

Installing a whole-house dehumidifier into the HVAC system 

• Lessens the load on the AC unit
• Cuts down on power consumption
• Ensures a comfortable degree of humidity

Installing a dehumidifier into the HVAC system may be essential for homeowners who experience the following:

1. Ongoing moisture problems
   Humidity levels exceeding 60%
2. A generalized sense of wetness or heaviness in the air. 

This will help to preserve interior comfort and safeguard your home.

The Smart Call: Indoor Humidity Check

Measure your humidity. If you see 60% RH or climbing, do not wait for mushrooms to sprout from your baseboards.

Instead, call Action Air Conditioning. We’re Tampa’s original AC pros, keeping humidity from ruining your hair and your home since the 90s.

We help your AC stays sharp and your home stays fresh.

Beat the humidity before it beats you! Your lungs will thank you when you can breathe fresh crisp air again.

The post Does My Home Need a Dehumidifier If I Have AC in Florida? appeared first on Action Air Conditioning.