Written by Justin Carroll, Home Services Industry Leader at Elevate Home Services

When an air conditioner fails in Southwest Florida, the decision feels urgent. The heat builds fast, humidity follows, and every hour without cooling matters. In that moment, many homeowners focus on one thing: finding the cheapest HVAC option.

After years of providing HVAC repair, installation, and replacement services in Southwest Florida, we’ve seen a consistent pattern:

Choosing the lowest-priced HVAC contractor often leads to higher costs over time.

Not immediately—but over the life of the system.

This insight isn’t theoretical. It comes from real service calls where we’re asked to fix systems that were installed cheaply and failed early.

What Happens After Homeowners Choose the Cheapest HVAC Company

We rarely see HVAC systems fail because they were “too high-end.”
We see failures caused by poor installation, rushed labor, and cost-cutting decisions made to win a low bid.

Some of the most common problems we’re called out to resolve include:

• Premature compressor failure
• Rising energy bills caused by improper system sizing
• Excess indoor humidity and poor airflow
• Repeated refrigerant leaks
• HVAC systems failing years earlier than expected

In most cases, the equipment itself wasn’t the issue.
The installation quality was.

Why HVAC Installation Quality Matters More Than Price

In hot, humid climates like Southwest Florida, air conditioning systems run harder and longer than in most parts of the country. Even small installation errors can significantly reduce efficiency and lifespan.

Cost-driven HVAC installations often skip or rush:

• Proper load calculations
• Airflow and duct evaluations
• Accurate refrigerant charging
• System startup and performance testing

These shortcuts may not cause immediate breakdowns—but they steadily increase operating costs and wear on your system.

That’s when a “cheap HVAC install” becomes an expensive long-term problem.

Cheap HVAC Quotes Often Mean Limited Warranties

One of the biggest differences between low-cost HVAC options and properly priced installations is who carries the risk.

Many budget HVAC companies offer:

• Short or unclear labor warranties
• Manufacturer warranties that aren’t fully explained
• Little accountability once installation is complete

When problems arise months or years later, homeowners often pay out of pocket.

At Elevate Home Services, we believe the risk should never land on the homeowner. That’s why our warranties and guarantees are always clearly defined and in writing—so you know exactly what’s covered and for how long.

HVAC Experience Reveals the True Cost of “Cheap”

After servicing thousands of homes, one thing is clear:

HVAC systems don’t usually fail because they’re old. They fail because they were stressed from day one.

Low pricing often means cutting costs in:

• Technician experience and training
• Installation time
• Equipment quality
• Long-term service support

Those savings show up later as higher repair bills, shorter system life, and frequent service calls.

Why Elevate Home Services Is Not the Cheapest HVAC Company

We’ve never positioned ourselves as the cheapest HVAC contractor in Southwest Florida—and that’s intentional.

We invest in:

• Experienced, well-trained technicians
• Proper installation time
• Equipment designed for Florida’s climate
• Industry-leading written warranties
• Long-term accountability

These choices may cost more upfront, but they consistently deliver lower lifetime HVAC costs and better comfort.

Our clients choose Elevate because they value:

• Fewer breakdowns
• Stable energy bills
• Reliable system performance
• Clear, long-term protection

What to Ask Before Choosing an HVAC Contractor

Instead of asking, “Who’s the cheapest?” consider asking:

• Who will be installing my HVAC system?
• How long is the labor warranty—and is it written?
• Is the system sized specifically for my home?
• What happens if something fails after the first year?
• Will this HVAC company be here long-term?

The answers to these questions matter far more than the initial price.

A Better HVAC Decision Saves Money Over Time

If you’re considering an HVAC repair or system replacement in Southwest Florida and want clear, pressure-free guidance, we’re here to help.

We’ll explain your options, the long-term implications, and what truly affects cost over time—so you can make a confident decision for your home.

Because elevating lives isn’t about being the cheapest HVAC company.
It’s about doing the work right—and standing behind it.

Schedule your HVAC consultation at ElevateMyHome.com

About the Author

Justin Carroll is a home services leader and HVAC industry professional with extensive experience overseeing residential air conditioning, heating, plumbing, and electrical operations across Southwest Florida. As a leader at Elevate Home Services, Justin works closely with licensed technicians to ensure every installation, repair, and maintenance visit meets the highest standards of safety, performance, and long-term value.

With a strong focus on system reliability, proper installation practices, and homeowner education, Justin is passionate about helping homeowners make informed decisions that protect their comfort, energy efficiency, and investment. His work reflects Elevate’s mission of elevating lives—by prioritizing people, accountability, and quality in every home served.

Hi, it’s Adam from Elevate Home Services.

It doesn’t happen often, but every once in a while, Southwest Florida gets hit with a stretch of unseasonably cold weather — the kind that makes you finally reach for that thermostat and flip it from cool to heat.

And if you’re like most of us, it’s been months (or maybe even years) since your heating system has had to do much work. That’s why a little preparation before the chill hits can save you from some big headaches — and even bigger repair bills.

So before those temperatures dip next week, here’s what you should do:

1. Test your heat before you need it.

Go ahead and turn your thermostat to heat mode now, even if it’s still warm outside.
If your system doesn’t turn on right away, smells a bit off, or makes strange noises, that’s your cue to call us.

That “burning smell” you might notice briefly can be normal when dust burns off the heating elements for the first time in months — but if it lingers or the system never warms up, it’s time for a professional check.

2. Change your air filter.

This one’s easy but often overlooked. A clean air filter helps your system breathe properly and prevents overheating or reduced airflow when it’s trying to push out warm air.

If it’s been more than a couple months since you replaced your filter, swap it out before the cold front arrives.

3. Check your thermostat settings.

Make sure your thermostat is switched from cool or auto to heat, and that it’s actually responding.
If it’s a smart thermostat, this is a great time to update the software or check your app connection.

And if your thermostat isn’t communicating with your system — we can fix that too.

4. Don’t ignore small issues.

You might only use your heat for a few weeks a year, but problems like a faulty blower motor, tripped breaker, or dirty coil can still cause bigger issues down the road.
A quick fix now prevents a full breakdown later — and ensures your home is ready no matter what Florida weather throws at us.

5. Call Elevate Home Services for a quick system check.

Even in Southwest Florida, your heating system deserves a little attention now and then.
Our licensed HVAC team can perform a fast, affordable system check to make sure your heater is clean, safe, and ready to go.

We’ll inspect electrical connections, test the heat strips or gas components, verify airflow, and make sure your thermostat and safety controls are working perfectly.

And remember — every visit is backed by our 100% Satisfaction Money-Back Guarantee.

Stay Warm, Stay Comfortable, Stay Elevated.

When cold weather shows up, even for just a few nights, we’ll make sure your home stays cozy and stress-free.

📞 Call or text (239) 572-4075
💻 Schedule your heating check at ElevateMyHome.com

Because whether it’s 95° or 55°, your comfort is our priority — every season.

Signs Your Electrical Panel Needs to Be Replaced

• Breakers tripping frequently
• Flickering or dimming lights
• A burning smell or warm spots near the panel
• Rust, corrosion, or visible damage
• No room for additional breakers
• A panel that’s more than 25 years old

Benefits of a New Electrical Panel

• Protects against fire hazards caused by overloaded circuits
• Provides reliable power for today’s appliances and technology
• Allows for future upgrades, like EV charging or home additions
• Improves efficiency and reduces nuisance breaker trips
• Increases resale value by bringing your home up to code

Why Trust Elevate Home Services

Ready to Upgrade Your Panel?

Common Signs You’ve Got a Leak

• Water stains or discoloration on walls, ceilings, or floors
• A sudden decrease in water pressure
• Musty odors or mold in cabinets or crawl spaces
• Unexplained increases in your water bill
• Dripping sounds coming from walls or under sinks

Why Pipes Start Leaking

• Corrosion: Aging pipes often erode internally from minerals and moisture
• Loose fittings: Joints can wear or loosen over time
• High water pressure: Overstressed pipes are more leak-prone
• Clogs or blockages: These can cause backups and burst seals
• Temperature changes: Shifting conditions can stress pipe material

DIY Fixes Vs. Professional Repair

• Diagnosing hidden damage
• Replacing faulty pipe sections or fittings
• Testing the system to prevent future issues

How Elevate Home Services Fixes Broken Pipes

1. Thorough inspection — Locate the exact source, even if deep inside walls
2. Accurate diagnosis — Determine whether to repair or replace based on long-term value
3. Safe repairs — Use proper clamps, fittings, or full pipe replacements
4. Post-repair testing — Ensure the fix holds under full water pressure
5. Leak prevention tips — Advice to avoid future issues

Don’t Wait—Call the Plumbing Pros Today

Indoor air quality plays a huge role in achieving a healthy and comfortable living environment. Modern HVAC systems are designed to control temperature and enhance air purity within a closed environment through high-grade air filters. One innovative solution that has gained traction is integrating UV light into HVAC systems.

In this article, we’ll explore how UV lights work in HVAC systems, their benefits and drawbacks, and how they compare to other air purification methods. By the end, you’ll have the insights you need to decide whether a UV light system is right for your home.

What Is UV Light in HVAC Systems and How Does It Work?

UV light, or ultraviolet light, is a type of electromagnetic radiation with a wavelength shorter than visible light but longer than X-rays. It effectively kills or inactivates microorganisms such as bacteria, viruses, and mold spores. In HVAC systems, UV light sterilizes the air and surfaces within the system, significantly improving indoor air quality.

There are primarily two types of UV light applications in HVAC systems:

• Coil Sterilization. This involves the installation of UV-C lights around the coils and drain pans to prevent microbial growth.
• Air Sterilization. UV lights are installed in the return air ducts to disinfect moving air streams throughout the system.

Historically, UV light has been used in medical and laboratory settings for its potent germicidal properties. Its transition into residential HVAC systems represents a big advancement in air purification technology.

Benefits of UV Light in HVAC

Enhanced Air Quality

Incorporating UV light into HVAC systems greatly reduces air pollutants, allergens, and microorganisms. This is especially beneficial for households with members suffering from allergies or respiratory conditions like asthma. By neutralizing harmful pathogens, UV lamps clean the air circulating in your home, making it safer to breathe.

Health Benefits

UV light’s ability to decrease the spread of pathogens results in a healthier living environment. It lowers the risk of mold growth, which can damage respiratory health. By maintaining a sterile HVAC system, air sanitizing light contributes to a healthier household.

System Efficiency

Microbial build-up on HVAC components can hinder system performance and reduce efficiency. UV light prevents this by killing microorganisms before they accumulate, ensuring your HVAC system runs effectively. This prolongs the system’s lifespan and reduces energy costs and consumption.

Low Maintenance

One key benefit of UV light in HVAC systems is the reduction in maintenance requirements. Fewer airborne contaminants build up on coils and other components, diminishing the need for frequent cleaning. UV bulbs, though requiring periodic replacement, have a long lifespan, making maintenance straightforward and manageable.

What Are the Disadvantages of UV Light in HVAC?

While UV light offers numerous benefits, one should consider potential disadvantages to make an informed decision. Here are some of the key drawbacks:

Installation Costs

One notable disadvantage is the higher upfront cost than traditional air purification methods. Installing air sanitizing light systems typically requires professional expertise for optimal placement and effectiveness, adding to the initial expenditure. However, this investment can be justified considering the long-term benefits and potential energy savings.

Maintenance Considerations

UV light systems demand regular maintenance to remain effective. The UV bulbs have a finite lifespan and must be replaced periodically. Failing to maintain the UV system can result in diminished performance, making ongoing upkeep an important consideration.

Safety Concerns

UV light, particularly UVC, can be hazardous if improperly handled. Direct exposure to UV light can cause skin and eye damage. Proper installation within the HVAC system usually mitigates this risk, but it is important to follow safety guidelines and use protective measures during maintenance. Additionally, there is a concern about potential ozone production, which can have adverse health effects. However, modern UV systems are designed to minimize this risk.

Compatibility

Integrating UV technology with older HVAC systems can be complex. Compatibility issues may occur, requiring specialized installation and adjustments to the existing system. Ensuring that the HVAC system can effectively accommodate UV lights may require a professional assessment to avoid potential complications.

UV Light in HVAC Effectiveness

Several performance metrics are considered to evaluate the effectiveness of air sanitizing light in HVAC systems. These include:

Performance Metrics

UV light’s ability to reduce microbial growth is well-documented. Studies indicate a substantial reduction in airborne bacteria, viruses, and spores when air sanitizing lights are employed in HVAC systems. This measurable improvement in indoor air quality supports the efficacy of UV light applications.

Comparisons

Compared to traditional filtration methods, UV light offers a distinct advantage by trapping and neutralizing microorganisms. Unlike filters that need regular replacement and may not capture airborne pathogens, UV light actively destroys them. Also, compared to other air purification technologies, air sanitizing light is often more effective in addressing microbial concerns directly at the source within the HVAC system.

Long-term Effectiveness

Factors like placement and maintenance influence the long-term effectiveness of UV light in HVAC systems. Proper installation guarantees maximum exposure of air and surfaces to the UV light, while regular maintenance, including timely bulb replacements, guarantees sustained performance. Over time, the consistent improvement in air quality validates the long-term benefits of UV light solutions.

Is UV Light Right for Your HVAC System?

When planning the integration of UV light in your HVAC system, several factors should guide your decision:

• Health Priorities. UV lights can significantly improve indoor air quality and promote better health if you or your family members suffer from allergies, asthma, or frequent illnesses.
• Budget. While UV lights may have a higher upfront cost, the long-term savings in energy efficiency and reduced maintenance may justify the investment.
• System Compatibility. Consult an HVAC professional to determine if your current system can accommodate UV lights without major modifications.

Consulting with professional HVAC service providers is advisable to gain insights tailored to your needs. Their expertise ensures that you receive the best advice and installation services, maximizing the benefits of UV light technology.

FAQs 

How long does a UV light last in HVAC systems?

Typically, UV bulbs last 12-24 months, depending on usage and manufacturer recommendations.

Can UV light damage my HVAC system?

Properly installed UV lights should not damage your HVAC system. In fact, they help prevent microbial growth that can cause system issues.

Is UV light safe to use in homes?

Yes, as long as the UV lights are installed within the HVAC system and away from direct human exposure. Consult a professional to ensure safe installation.

Improve Indoor Air Quality With a HVAC UV Light System

UV light in HVAC systems offers numerous benefits, including improved air quality, enhanced system efficiency, and long-term health benefits. However, it’s important to weigh the costs, maintenance needs, and potential safety concerns when deciding.

If you’re still exploring options to improve your home’s air quality, Elevate Home Services can help you choose the right solution, whether it’s UV light installation, air filter upgrades, or duct cleaning.

Contact us today to learn how we can make your home a healthier, more comfortable place to live.

HVAC systems may experience issues over time, one of which could be water leaks. These leaks may happen because of clogged condensate drains, low refrigerant levels, or malfunctioning components. Finding the potential causes of water leakage in HVAC systems is important for homeowners to resolve the problem quickly and prevent water damage.

Reasons Your HVAC Is Leaking Water

Clogged Condensate Drain Line

The condensate drainage line is responsible for removing the moisture that your air conditioning unit collects. Over time, this line can clog up with dirt, algae, or mold, causing the water to back up and leak out of the system.

• Solution. To resolve this issue, turn off your HVAC unit and locate the drain line. Use a wet/dry vacuum to get rid of the blockage or a plumber’s snake if needed. Regular maintenance, including cleaning the drain line with vinegar or a cleaning solution, can also prevent future clogs.

Low Refrigerant Levels

When the refrigerant levels in your HVAC system are low due to leaking refrigerant lines, you may have a frozen evaporator coil on your hands. When these coils thaw, excess water will drip from the unit.

• Solution. A certified HVAC technician should check for leaks and recharge the refrigerant to the correct amount. They should also address any leaks in the refrigerant lines, as the water can harm the system and cause environmental issues.

Damaged or Rusty Drain Pan

An HVAC system leaking water could mean the drain pan is damaged or has rusted holes.

• Solution. Inspect the drain pan regularly and replace it if there are signs of damage. Ensure the replacement pan is suitable for your specific HVAC model and fits securely to avoid further leaks.

Improper Installation

If the HVAC unit was not installed correctly, it might not be level, which leads to improper drainage and water droplets pooling rather than flowing out at the proper angle.

• Solution. Assess the installation of your HVAC unit. If you suspect it is not level, contact an expert technician from companies like Elevate Home Services to realign and install the unit properly to facilitate proper drainage.

Dirty Air Filters

An HVAC unit leaking water means that it may have a dirty filter. This issue can restrict airflow, causing frozen coils and subsequent water leaks when they thaw.

• Solution. Inspect and swap out air filters every 1-3 months, depending on usage and environmental factors. Regular ac maintenance can prevent leaks and enhance overall system efficiency.

Environmental Factors

In areas with high humidity, HVAC systems may work twice as hard to dehumidify the air, increasing condensation within the area. Leaks may occur if the drainage system is insufficient to handle the moisture produced.

• Solution. Ensure your HVAC system is properly sized for your space, and consider additional dehumidifiers during peak humidity seasons to manage excess moisture levels effectively.

What to Do When Water Leaks from an HVAC Unit

• Turn Off the HVAC System. When you find water leaking from an HVAC unit, immediately switch off your HVAC system. Doing so prevents extensive water damage and reduces the risk of electrical hazards. This will minimize water leakage and allow you to check the unit safely.
• Inspect the Entire Unit. Examine the HVAC unit for signs of leakage, damage, or clogged components. Look for water pooling around the unit’s base, check the drain pan for cracks or rust, and inspect the condensate drain line for blockages. If it’s safe, look into the evaporator coil area with a flashlight.
• Contact a Professional. If you cannot fix the persistent leaks even after the many solutions you’ve done, or if you are uncomfortable performing any of the tasks, it’s best to call a professional HVAC technician. Companies like Elevate Home Services have the skills to diagnose and resolve issues that may be beyond routine maintenance.

Different HVAC Types and Their Water Drainage Locations

Central Air Conditioning Systems

Central air conditioners consist of an outdoor compressor unit and an indoor evaporator coil linked to the ductwork. The condensate drain pan collects water from the evaporator coils, which are drained through a PVC pipe leading outside the house.

• Drainage Location. The primary drain pipe usually exits through the side of the house, requiring periodic inspection for clogs or leaks.

Ductless Mini-Split Systems

These systems have an outdoor compressor and one or more indoor air handling units. Each unit has its condensate drain line, which can lead to different drainage locations depending on the installation.

• Drainage Location. The drain pipe typically runs through an exterior wall and must be inspected regularly to prevent blockages, especially at the connection points.

Window Air Conditioners

Window units are self-contained systems installed in windows or walls. They typically have a built-in drainage system to manage condensation. Water is usually drained through a weep hole at the back of the unit.

• Drainage Location: Ensure the weep holes are unobstructed to prevent overflow, especially during heavy usage.

Portable Air Conditioners

Portable air conditioners are versatile and can be moved from one room to another. They typically have a built-in water reservoir that collects the condensate, which you must periodically empty. Some models may also contain a hose to drain water continuously.

• Drainage Location. Check the reservoir regularly. If you use a drain hose, ensure it’s correctly positioned to allow gravity drainage.

Heat Pumps

Heat pumps function as two-in-one heating and cooling systems, using a process similar to that of air conditioning systems. During cooling mode, condensate is produced and directed to a drain pan and line.

• Drainage Location. The drainage is similar to central air conditioning systems, so you must periodically check the outdoor unit’s drainage line for maintenance.

Geothermal Systems

Geothermal heating and cooling systems use underground heat exchange, producing condensation. Generally, they integrate drainage systems similar to central air systems.

• Drainage Location. You must regularly monitor drainage lines to ensure they are not blocked and that water flows freely.

Avoid HVAC System Damage by Resolving Water Leaks Fast

With the different ways an HVAC unit can leak water, it’s important to fix the problem as quickly as possible. Electricity and water never go well together, so it should be handled immediately using proper methods and equipment. It may be dangerous for some, so the best choice is to hire Elevate Home Services to fix the HVAC’s leaking water issue.

Contact us today so our HVAC technicians can find out why your HVAC unit is leaking water in the wrong place.

Many homeowners underestimate the need for regular HVAC servicing, often leading to malfunctions and costly repairs. These systems mostly work day and night to maintain comfortable indoor temperatures. But without proper maintenance, they will suffer from damage, reduced efficiency, and even complete failure.

To avoid potential damage and achieve optimal performance, HVAC owners must learn the best times to service them, taking proactive steps to preserve their investment and enjoy uninterrupted comfort.

How Often Should Your HVAC Be Serviced?

Before the Heating Season (Fall)

If you want to know how often an HVAC system should be serviced, one of the best times is before winter. A thorough inspection guarantees that the heating components run efficiently and safely in cold weather. Technicians will check the furnace, ensure proper thermostat calibration, and clean burners or heat exchangers. These methods prevent unexpected breakdowns when heaters are needed the most.

Before the Cooling Season (Spring)

It’s also essential to service your HVAC system before summer. This includes checking the indoor and outdoor units for signs of damage. Technicians will clean the condenser and evaporator coils, check refrigerant levels, and inspect ductwork for leaks. The maintenance work enables the air conditioning system to operate effectively, providing relief from the heat.

Mid-Season Check (Optional)

Residents living in areas with extreme temperature fluctuations may benefit from a mid-season check. This service can find minor issues before they worsen, particularly during peak usage months. A technician will inspect the HVAC system, looking for airflow issues, filter cleanliness, and system performance.

After Major Weather Events

Severe storms, heavy snowfall, or other major weather events can affect HVAC systems. Once the serious weather event clears, it’s wise to have a professional assessment. Technicians can check for damage caused by high winds, fallen branches, or flooding, ensuring the system can operate safely and function optimally.

Regular Filter Changes (Every 1-3 Months)

While not a service directly conducted by a technician, regular filter changes are needed. Depending on usage and the type of filter, you should check and replace filters every 1-3 months. Clean filters improve airflow and efficiency, prevent strain on the system, and ensure healthier air quality.

Different HVAC Components That Need Servicing

Air Filters

• Servicing Frequency. Every 1-3 months
• Regular changes are vital as dirty filters can restrict airflow and reduce efficiency.

Thermostat

• Servicing Frequency. Annually
• Calibration checks ensure accurate temperature readings and proper system operation.

Furnace

• Servicing Frequency. Annually
• Essential checks include inspecting burners and heat exchangers for safe and efficient operation.

Air Conditioning Unit

• Servicing Frequency. Annually
• Maintenance entails checking refrigerant levels and cleaning condenser coils to maintain efficiency.

Ductwork

• Servicing Frequency. Every 3-5 years
• Inspect and clean ducts to prevent airflow issues, dust accumulation, and energy loss.

Heat Exchangers

• Servicing Frequency. Annually
• Regular checks help avoid carbon monoxide leaks and ensure efficient heating.

Blower Motor

• Servicing Frequency. Every 1-2 years
• Routine inspections and lubrication are needed to maintain proper airflow and prevent breakdowns.

Condensate Drain

• Servicing Frequency. Annually
• Clearing the drain line prevents water damage and maintains system efficiency.

Coils

• Servicing Frequency. Every 1-3 years
• Cleaning evaporator and condenser coils ensures optimal heat exchange and energy efficiency.

Can Over-Servicing Damage Your HVAC System?

If you’re learning about the specifics of how often an HVAC system should be serviced, you may wonder if there is such a thing as over-servicing. While regular maintenance is needed to preserve your system’s longevity and performance, too much servicing can also cause damage.

Excessive or unnecessary services may result in added costs without any real benefits. Over-cleaning coils or filters can reduce their lifespan, leading to premature replacements. It is important to follow the manufacturer’s recommendations and consult with trusted technicians before undertaking additional services.

DIY or Hiring HVAC Technicians: Which One Is Viable?

When servicing your HVAC system, the decision between hiring a professional technician or doing the maintenance tasks yourself will depend on factors including experience, the complexity of the service, and safety considerations.

Benefits of Hiring an HVAC Technician

• Expertise and Training. HVAC technicians from companies like Elevate Home Services are trained professionals with the knowledge and skills to address various issues. Their skills enable them to find potential issues a layperson might overlook, ensuring your system runs efficiently.
• Safety Concerns. HVAC systems involve electrical components and refrigerants that can be hazardous if mishandled. Technicians are trained to work safely with these systems, minimizing the risks associated with electrical shocks or exposure to harmful chemicals.
• Time-Saving. Hiring a technician can save you time and stress, especially when handling complex tasks like addressing airflow issues, coolant replacements, or performing comprehensive inspections.
• Comprehensive Coverage: Professionals typically offer a full-service maintenance package that covers multiple HVAC system components, which can be more thorough than a DIY approach.

Benefits of DIY Servicing

• Cost-Effectiveness. Performing simple maintenance tasks like changing air filters can save money on service fees and help you maintain your system between professional visits.
• Flexible Scheduling. DIY servicing lets you perform maintenance at your convenience without scheduling an appointment with a technician.
• Basic Knowledge Development. Doing basic maintenance tasks can improve your knowledge of your HVAC system, helping you identify minor issues before they escalate.

Ideal Approach

While DIY servicing can be beneficial for routine tasks, hiring a technician for annual services, such as inspections, repairs, and other complex maintenance work, is generally advisable. Handling simple maintenance while relying on a technician for more in-depth servicing can help you effectively manage your HVAC system’s health, prolong its lifespan, and maintain maximum efficiency. However, it’s always best to consult with professionals when you doubt your ability to perform specific tasks.

Service Your HVAC System at the Right Moment

Regular servicing of your HVAC system guarantees its efficiency, longevity, and overall performance. You should also learn when each component on your HVAC system will need maintenance to prevent it from becoming a costly repair or replacement in the long run. If you need to talk to an expert about the best times to service an HVAC, consider hiring Elevate Home Services.

We have HVAC technicians who can provide extensive details about your HVAC system and even give you a full breakdown of when each part must be serviced. They have handled multiple HVAC types, so you should have no doubts about their recommendations and advice. Whether knowing how often HVAC systems should be serviced or finding which part needs maintenance, you need an expert with years of experience.

Call us today to get your HVAC system serviced the right way.

Many homeowners may sometimes encounter HVAC system issues, ranging from inconsistent temperatures to complete system failures. These common issues can often come from minor glitches or technical hiccups that disrupt normal operations. In these cases, a simple system reset is often the most effective solution to restore functionality. However, not every HVAC owner knows how to reset their system, so it’s important to learn the basic and simple steps of how to reset your HVAC system.

How Do I Reset My HVAC System?

Turn Off the Power

Shut down power to your entire unit. You can do this by switching off the circuit breaker box in your home’s electrical panel. Alternatively, you may find dedicated shut-off power switches near the unit itself. This step guarantees your safety while handling the system.

Wait for a Few Minutes

After the power source is turned off, wait approximately 5 to 10 minutes. This lets residual electrical current dissipate and clear minor issues or glitches in the system’s electronics and electrical components.

Turn the Power Back On

Once the waiting period ends, turn the power back on at the circuit breaker or the shut-off switch. This action will make the system operational, allowing any reset protocols to take effect.

Set the Thermostat

Adjust the thermostat to your desired temperature setting. Make sure it is set to “cool” or “heat” depending on the season and your needs. This lets you determine whether the HVAC system receives the correct commands for operation.

Check System Operation

Monitor the HVAC system to ensure it is operating correctly. Listen for unusual noises and check whether the desired temperature is being attained. Consider consulting a professional technician if the system does not function properly after resetting.

Where to Find the Reset Button In Different HVAC Systems

Central Air Conditioners and Heat Pumps

The reset button is generally found on the compressor unit outside for central air conditioners and heat pumps. Look for a red or yellow button on the back or side of the unit. You may also need to remove a plastic cover to access it.

Furnaces

The reset button is usually located on the front or side of gas or electric furnaces. You may have to remove the access panel to reach the button, which is often red or brightly colored for easy visibility.

Mini-Split Systems

The reset button is on the indoor unit near the control panel in mini-split systems. Some models may have a button hidden behind a cover, so you may need to consult the user manual for specifics.

Boilers

Boilers typically do not have a reset button like other systems. Instead, if there’s an issue, you may reset the system through its control panel, usually by pressing a button marked “reset” or “restart.”

Thermostats

Some modern smart thermostats have a reset function that you can access through their settings. Resetting the thermostat itself can resolve HVAC issues even if the indoor or outdoor unit does not have an obvious reset button.

Signs to Reset an HVAC System

• Inconsistent Temperatures. If different rooms in your home experience varying temperatures, it may indicate a need to reset your HVAC system.
• Frequent Cycles. If your system turns on and off frequently, known as short cycling, resetting may recalibrate its operation.
• Unresponsive Thermostat. When the thermostat does not respond to adjustments, resetting the system can restore communication between components.
• Unusual Noises. Hearing strange sounds, such as banging or hissing, can suggest an issue a reset might resolve.
• System Failure. If your HVAC system is completely unresponsive or has shut down unexpectedly, a reset is a good first step to troubleshoot.
• Error Codes. If your system displays error codes or warning lights, a reset might clear them and enable normal functioning.
• Poor Airflow. Reduced airflow from vents can indicate that the system needs resetting to address potential operational issues.

Will Constant Resetting Damage the HVAC System?

Constantly resetting your HVAC system can lead to several issues that may damage the indoor or outdoor unit or reduce lifespan. While a quick reset is a valuable troubleshooting step for resolving minor glitches and restoring normal functionality, frequent resets can indicate underlying problems that require attention. Here are some concerns associated with constant resetting:

• Increased Wear and Tear. Each time you reset the system, it undergoes a complete restart, which can cause additional strain on the mechanical components. This repeated cycling may accelerate wear and tear, leading to premature breakdowns of vital parts such as the compressor or fan motors.
• Overheating. Frequent resets may prevent your HVAC unit from completing its natural operational cycle. When components reset without running for an adequate duration, it leads to overheating and damaging electrical connections and mechanical parts.
• System Misdiagnosis. Relying on resets without addressing the underlying issue can result in misdiagnosing the problem. Rather than benefiting from a reset, the system may continue to malfunction, leading to more significant repairs down the line and potential long-term damage.
• Inefficient Operation. Each reset can temporarily restore functionality. However, the system may operate inefficiently if the root cause remains unaddressed. This inefficiency impacts comfort and air quality and can lead to increased energy consumption, straining the system even more.
• Void Warranty. Many HVAC manufacturers have specific guidelines regarding system use and maintenance. Regularly resetting the system without professional evaluation from certified and experienced technicians may violate warranty conditions, leaving the homeowner responsible for costly repairs in the event of failure.

How to Avoid HVAC System Resets

• Regular Maintenance. Schedule annual preventive maintenance with Elevate Home Services to check and service all HVAC system components.
• Change Filters Frequently. Replace air filters every 1 to 3 months, depending on usage and filter type, to improve airflow and reduce strain on the system.
• Keep Vents Clear. Ensure that vents and registers are unobstructed by furniture or debris to promote proper airflow and avoid overheating.
• Insulate Properly. Insulate your home as much as possible to prevent heat loss in winter and keep it cool in hot summer months. Doing so reduces the load on your HVAC system.
• Install a Programmable Thermostat. A programmable thermostat lets you optimize your temperature settings according to your schedule, reducing unnecessary heating or cooling.
• Seal Ducts and Windows. Address leaks in ducts or windows to maintain consistent temperatures and lessen the workload on the HVAC unit.
• Monitor for Issues. Pay attention to strange sounds or changes in airflow and address them quickly to avoid simple issues from escalating.

Find Your HVAC System’s Reset Button Easier

The best way to find your HVAC system’s reset button is to refer to the manual that came with it. The manual contains everything you need to know, including the proper technique for resetting that specific HVAC model. However, for severe problems, you may need more than just resetting. That’s where Elevate Home Services provides quality HVAC maintenance and repairs.

Contact us today to learn more about resetting HVAC systems the right way.

We often take our HVAC systems for granted—until they stop working. In Florida, where air conditioning is essential, power surges can cause serious problems with your cooling system. These surges can lead to sudden repairs, expensive replacements, and days of discomfort in the heat. Homeowners need to understand how power surges impact their HVAC systems and when to call experts like Elevate Home Services to save time and money.

What Is a Power Surge?

A power surge occurs when there’s a sudden spike in voltage, which can happen due to events like lightning strikes, issues with the power grid, or faulty wiring. While homes are built to handle a specific voltage range, surges can far exceed that, damaging your electronics and appliances—especially your HVAC system.

How Do Power Surges Affect HVAC Systems?

Your HVAC system, like other modern electronics, relies on complex electrical components, making it vulnerable to power surges. Here’s how a surge can cause problems with your air conditioning:

1. Circuit Board Damage: The circuit boards that control your system’s functions are susceptible to surges, and if they’re fried, your system may stop working.
2. Compressor Issues: The compressor is a key (and costly) component in your cooling system. A surge can cause it to overheat or malfunction, leading to a breakdown.
3. Thermostat Failure: Surges can disrupt the electronics in your thermostat, resulting in incorrect temperature readings or a complete system shutdown.
4. Blown Capacitors: Capacitors help start and keep your HVAC running smoothly. A surge can blow a capacitor, preventing your system from working properly.

Signs Your HVAC System Has Suffered a Power Surge

It’s not always obvious when a power surge has affected your air conditioning system. However, there are a few signs to watch for:

• The system doesn’t turn on after a storm or power outage.
• It cycles on and off more frequently than usual, which could be due to electrical damage.
• You hear buzzing or humming sounds when the system is running.
• The thermostat gives incorrect temperature readings or becomes unresponsive.

What Should You Do if a Power Surge Affects Your HVAC System?

If you suspect a power surge has damaged your HVAC system, the safest step is to contact Elevate Home Services. Trying to handle electrical repairs on your own can lead to more damage or even injury. Our team of trained professionals can assess the situation, make any necessary repairs, and recommend solutions to prevent future surges from impacting your system.

Preventing Power Surge Damage

While you can’t completely stop power surges, there are a few ways to reduce the risk of damage to your HVAC system:

1. Install a Whole-House Surge Protector: This device helps protect your home’s electrical system—including your HVAC—from power surges.
2. Use a Dedicated HVAC Surge Protector: This smaller surge protector connects directly to your air conditioning system for an added layer of protection.
3. Regular HVAC Maintenance: Keeping your system well-maintained makes it better equipped to handle minor electrical issues, and routine checkups can help spot potential problems early.

Call Elevate Home Services to Protect Your HVAC System

Don’t wait for a power surge to leave you sweating! Whether your system has already been affected by a surge or you want to prevent future issues, call Elevate Home Services. Our experienced team is here to make sure your HVAC system runs smoothly, keeping your home comfortable and safe.