It’s beyond frustrating when your HVAC system does the exact opposite of what you want. You crank up the AC on a hot day, only to get a blast of warm air. Or you’re trying to get cozy in the winter and feel a cold draft instead. Before you panic, know this is a classic sign of a specific problem. The issue often lies with the reversing valve, the small part that switches your heat pump between heating and cooling. Spotting the signs early can save you from sky-high energy bills and point you toward a timely heat pump reversing valve repair.
Key Takeaways
- Recognize the warning signs: If your heat pump gets stuck in one mode, like heating in the summer, makes strange hissing sounds, or fails to keep your home comfortable, a faulty reversing valve is a common culprit.
- Rule out simple fixes first: Before calling a technician, confirm your thermostat settings are correct and clear any debris from around your outdoor unit. If the problem continues, professional service is necessary since this repair involves specialized tools and refrigerant handling.
- Weigh repair costs against your system’s age: A repair is often the best choice for heat pumps under 10 years old; however, for older, less reliable systems, putting the repair cost toward a full replacement can be a smarter long-term investment.
What Is a Heat Pump Reversing Valve & How Does It Work?
If you have a heat pump, you have an incredibly efficient system that can both cool your home in the summer and heat it in the winter. But have you ever wondered how one unit does both jobs? The secret lies in a small but essential component called the reversing valve. Think of it as the heart of your heat pump, directing the flow of refrigerant to provide comfort all year long. Understanding how it works can help you spot problems before they turn into major headaches.
What Does the Reversing Valve Actually Do?
The reversing valve is a small brass device located in your outdoor heat pump unit. Its main job is to act like a traffic controller for the refrigerant, the substance that absorbs and releases heat. The valve is connected to your thermostat, so when you switch from “cool” to “heat,” it gets the signal to change the direction of the refrigerant flow. This single part is what gives a heat pump its dual-function superpower. Without a working reversing valve, your heat pump would be stuck doing only one job, which isn’t very helpful when the Texas weather changes on a dime. If you suspect an issue, it’s always best to call for a professional air conditioning and heating repair.
How Your System Switches from Heat to AC
The process is simpler than it sounds. During hot DFW summers, when your thermostat is set to cool, the reversing valve directs the refrigerant to absorb heat from inside your home and transfer it outside. This makes the indoor coil cold, and as air blows over it, cool air circulates through your home. When a cold front rolls in and you switch to heat, the valve reverses this entire process. It directs the refrigerant to absorb heat from the outdoor air (yes, even when it’s cold out!) and bring it inside. This makes the indoor coil hot, warming the air that flows into your living spaces. This clever reversal is what makes heat pumps one of the most efficient HVAC systems available.
Understanding the Valve’s Components
Identifying the Refrigerant Lines
Let’s get a little more hands-on, conceptually speaking. If you were to look inside your outdoor heat pump unit, you’d find the reversing valve—a small brass component with several copper tubes connected to it. These are the refrigerant lines, and they act as highways for the refrigerant that moves heat in and out of your home. Think of the valve as a critical intersection. While you won’t be disconnecting these lines yourself, knowing what they are helps you understand what’s happening when a technician diagnoses the problem. It’s this network of lines that allows the valve to perform its magic trick of switching from cooling to heating.
The valve typically has four copper lines attached. One line brings hot, high-pressure refrigerant gas from the compressor, while the others direct it to either the indoor or outdoor coil, depending on your thermostat setting. When the valve gets stuck, it’s like a traffic jam at that critical intersection—the refrigerant can’t get where it needs to go. Because this repair involves handling refrigerant, which is regulated and requires special equipment to manage safely, it’s definitely not a DIY job. This is where a professional HVAC technician needs to step in to ensure the work is done correctly and safely.
Why Do Heat Pump Reversing Valves Fail?
While reversing valves are designed to be durable, they can sometimes fail. One of the most common issues is the valve getting stuck in one position, leaving you with only heating or only cooling. This can happen for a few reasons. The solenoid, a small electromagnetic coil that activates the valve, might burn out and stop sending the signal to switch. Another culprit can be issues with the refrigerant itself, such as a leak that causes low pressure, preventing the valve from shifting correctly. Debris or sludge in the refrigerant lines can also cause it to stick. Since these problems require technical expertise, it’s best to contact a professional for a proper diagnosis.
Is Your Reversing Valve Failing? Watch for These Signs
Your heat pump is a fantastic piece of equipment, but when a small part like the reversing valve acts up, it can cause big problems. Since this valve is hidden away inside your unit, you won’t be able to see if it’s broken. Instead, you have to pay attention to how your system is behaving. If you notice any of the following signs, it’s a good indication that your reversing valve needs a professional look.
Stuck in Heating or Cooling Mode?
One of the most obvious signs of a failing reversing valve is a system that’s stuck. For example, if it’s a hot Texas summer day and your heat pump is only blowing warm air, the valve might be stuck in heating mode. The same is true if you’re trying to warm up on a chilly evening and all you get is cool air. A reversing valve can get stuck for a few reasons, from a mechanical failure to an electrical issue. While some online guides might suggest a gentle tap can free it, this is usually a temporary fix for a bigger problem. A professional air conditioning and heating repair is the best way to diagnose and solve the root cause.
Strange Hissing or Clicking Noises
Your heat pump will make normal sounds during operation, including a whoosh and a click when it switches between heating and cooling. However, you should pay attention to any new or unusual noises. If you hear persistent hissing or clicking sounds coming from your outdoor unit, it could be the reversing valve’s solenoid trying, and failing, to move the valve. This often happens when the system attempts to change modes. Think of it as the sound of a part struggling to do its job. Ignoring these sounds can lead to more significant damage. It’s best to contact a professional to listen and diagnose the issue before it gets worse.
Inconsistent Temperatures in Your Home
Is your home struggling to stay comfortable? If you notice that your heat pump is running but not actually heating or cooling effectively, the reversing valve could be the culprit. A valve that is partially stuck or not sealing correctly can cause the refrigerant to leak between cycles. This means your system can’t fully commit to either heating or cooling, resulting in lukewarm air and inconsistent temperatures throughout your home. You might find that it takes much longer to reach the temperature on your thermostat, or that it never gets there at all. This inefficiency puts extra strain on your entire system, so it’s important to get it checked out by a technician offering reliable HVAC services.
Ice Forming on Your Outdoor Unit
Seeing ice on your outdoor unit is always a cause for concern. During the winter, your heat pump naturally goes through a defrost cycle to melt any frost that forms. If the reversing valve is faulty, it can’t initiate this cycle, leading to a solid block of ice encasing the unit. In the summer, a stuck valve can cause the coils to get so cold that they freeze over, even on the hottest days. An iced-over unit cannot transfer heat properly and puts immense strain on the compressor, one of the most expensive parts of your system. If you see ice, turn off your heat pump immediately to prevent further damage and call for emergency HVAC repair.
Suddenly High Energy Bills
A sudden, unexplained increase in your electricity bill is often one of the first clues that something is wrong with your HVAC system. When the reversing valve fails, your heat pump has to work much harder and run longer to try and heat or cool your home. This constant operation uses a lot of energy. In fact, a faulty valve can cause your energy consumption to spike by 30% or more as the system fights against itself. If your bills are climbing but your habits haven’t changed, it’s time to investigate. Scheduling regular check-ups through a preventative maintenance plan can help our technicians catch these efficiency-draining problems before they hit your wallet.
What to Check Before Calling a Pro
When your heat pump stops working correctly, it’s easy to assume the worst. But before you pick up the phone, there are a few simple things you can check on your own that might solve the problem. Sometimes, a quick fix is all you need to get your system back on track. Other times, these checks can give you valuable information to pass along to your technician, which helps them diagnose the problem faster when they arrive. Taking a few minutes to run through this list can save you time, stress, and maybe even the cost of a service call.
These preliminary steps are all safe for homeowners and don’t require any special tools or technical knowledge. They focus on the most common and easily resolved issues that can mimic a more serious problem like a failing reversing valve. If you’ve tried these steps and your system is still stuck, it’s time to call in the experts. A faulty reversing valve isn’t a DIY fix, and our team is always ready to provide fast and reliable air conditioning and heating repair to get your home comfortable again. Remember, working with HVAC systems involves high voltage and refrigerants, so it’s always best to leave complex repairs to a trained professional who can handle them safely and effectively.
Check Your Thermostat Settings First
It might sound too simple, but you’d be surprised how often the thermostat is the culprit. Sometimes, it’s just a simple mistake. Someone in the house might have accidentally changed the settings, or a power flicker could have reset it. Take a moment to confirm your thermostat is set to “cool” if you want air conditioning or “heat” if you need warmth. Also, check that the temperature setting is where you want it to be. If you have a programmable thermostat, make sure the batteries are fresh, as low power can cause it to malfunction and send the wrong signals to your heat pump.
Beyond Basic Settings: Wiring and Compatibility Issues
If your thermostat settings are correct but your heat pump is still misbehaving, the problem might be a bit deeper. The communication between your thermostat and the reversing valve is crucial, and it all comes down to correct wiring. For instance, different heat pump brands use different terminals (often labeled ‘O’ or ‘B’) to control the reversing valve. If your thermostat is wired incorrectly or isn’t compatible with your specific heat pump model, it can send the wrong signal, telling your system to heat when you want it to cool, and vice versa. This isn’t something you can spot just by looking; it requires a professional to trace the wiring and ensure everything is connected properly. These complex electrical issues are why it’s always best to call for a professional air conditioning and heating repair to ensure your system is diagnosed and fixed safely.
Look for Debris Around the Outdoor Unit
Your heat pump’s outdoor unit needs plenty of room to breathe. If airflow is blocked, it can’t transfer heat effectively, which can cause all sorts of problems, including issues that mimic a failing reversing valve. Take a walk outside and check the outdoor unit for anything blocking it, like leaves, grass clippings, or overgrown plants. You should have at least two feet of clear space around the entire unit. If you see any obstructions, turn off the power to the unit at your home’s circuit breaker before carefully clearing them away. Keeping this area clean is a key part of routine upkeep and is included in our preventative maintenance plans.
Check for Loose Wires or Connections
While you should never attempt electrical work on your own, you can perform a quick visual check. The reversing valve is activated by a component called a solenoid coil, and a faulty solenoid coil is a common cause of reversing valve issues. The first and safest thing you can do is check your home’s electrical panel to see if the breaker for your HVAC system has tripped. If it has, you can try resetting it once. If it trips again, leave it off and call a professional immediately, as this indicates a more serious electrical problem that needs an expert’s attention.
Listen for Any Odd Noises
Your HVAC system has a language of its own, and strange noises are its way of telling you something is wrong. When a reversing valve is struggling, you might hear unusual hissing or clicking sounds from the outdoor unit when the system tries to change modes. A loud hissing could indicate a refrigerant leak, while a metallic clicking or grinding sound may mean the valve itself is stuck. Pay attention to what your system is doing when you hear the noise and make a note of it. This information can be incredibly helpful for your technician during the diagnostic process.
Scan for Ice Buildup or Leaks
Go outside and take a close look at your outdoor unit. If your outdoor unit is covered in ice, especially when it should be cooling, it’s a serious problem. This often happens when the reversing valve is stuck in heating mode, causing the indoor coil to freeze up and the issue to transfer outside. You might also spot water pooling around the base of the unit or active fluid leaks, which could be a sign of a refrigerant issue connected to the valve problem. If you see significant ice or leaks, turn your system off completely to prevent further damage and call for emergency service.
What to Expect During a Reversing Valve Repair
When you call a professional for a reversing valve issue, you can expect a systematic process designed to get your system running correctly and safely. A certified technician won’t just swap out a part; they’ll perform a thorough diagnosis to confirm the valve is the true culprit. From handling refrigerant with care to testing the final installation, every step is crucial for a lasting repair. Knowing what the process involves can give you peace of mind that your home’s comfort is in capable hands.
The entire repair follows a clear path. First, a detailed inspection identifies the exact point of failure, which could be the valve itself or a smaller electrical component. Then, the technician will safely manage the system’s refrigerant before replacing any parts with precision. After the new part is installed, the system is cleaned, recharged, and tested to ensure everything is working just as it should. This comprehensive approach guarantees a reliable fix, preventing repeat issues and ensuring your heat pump operates efficiently in both heating and cooling modes. It’s not just about fixing the immediate problem; it’s about restoring the entire system to optimal performance for year-round comfort.
How a Technician Pinpoints the Problem
The first thing a technician will do is confirm that the reversing valve is actually the problem. They’ll run a series of diagnostic tests on your heat pump, checking electrical signals and refrigerant pressures. Sometimes, a valve is just stuck and can be freed with a gentle tap, but this is often a temporary fix. In most cases, especially with older systems, a faulty valve needs to be completely replaced to restore function. A thorough air conditioning and heating repair diagnosis ensures you’re not paying for a replacement you don’t need and that the root cause of the issue is addressed.
Specific Troubleshooting and Diagnostic Techniques
A technician uses several specific methods to get to the bottom of a reversing valve issue. They’ll often start with the easiest potential fix: the solenoid coil. Using a meter, they can check if the coil is receiving power. If it is, but the valve isn’t shifting, the coil itself is likely faulty. This is good news, as the solenoid can often be replaced without having to handle the refrigerant. If the solenoid is fine, they’ll move on to the valve itself. They might check for temperature differences between the refrigerant lines to see if it’s stuck in one mode or listen for a distinct hissing sound that points to an internal leak. These advanced diagnostics are why a professional HVAC repair is so important; they can accurately pinpoint the failure and prevent unnecessary work.
The Importance of Safe Refrigerant Handling
Replacing a reversing valve is a complex job that involves managing your system’s refrigerant. This is why you should always hire a certified professional. Technicians are trained to safely recover (remove) the refrigerant from the system before they begin the repair, storing it according to strict environmental regulations. Mishandling refrigerant can be dangerous and harmful to the environment. Once the new valve is installed, the technician will recharge the system with the precise amount of refrigerant needed, ensuring your heat pump operates efficiently and safely. This careful process protects you, your system, and the planet.
Repairing the Solenoid vs. Replacing the Valve
Sometimes, the problem isn’t the valve itself but its small electrical component: the solenoid coil. The solenoid is what receives the signal from your thermostat to move the valve. A technician can test this part separately. If voltage is reaching the solenoid but it isn’t creating a magnetic field to activate the valve, then only the coil needs replacing. This is a much simpler and less expensive repair than replacing the entire valve assembly. A skilled technician will always check the solenoid first to pinpoint the exact failure and find the most cost-effective solution for you.
Removing the Old Valve and Installing the New One
If the entire valve needs to be replaced, the technician will begin the hands-on work after recovering the refrigerant. This involves carefully desoldering the old valve from the copper refrigerant lines and cleaning the connection points. The new valve is then precisely fitted and brazed into place, creating strong, leak-proof seals. This process requires skill and the right tools to avoid damaging the new valve or surrounding components. After the air conditioning and heating replacement and installation is complete, the technician will inspect their work to ensure everything is perfectly aligned and secure.
Protecting the New Valve During Installation
Installing a new reversing valve isn’t as simple as just swapping parts. The process involves brazing, which is a high-temperature welding technique used to connect the valve to the copper refrigerant lines. This intense heat is necessary for a strong seal, but it can easily damage the delicate internal components of the new valve, like its seals and sliding mechanisms. To prevent this, a skilled technician takes protective measures. They will carefully wrap the body of the new valve with wet rags or apply a special heat-absorbing gel. This simple but critical step acts as a heat sink, drawing the intense heat away from the valve’s core and ensuring it isn’t damaged before it even has a chance to work. It’s a mark of a professional air conditioning and heating installation that protects your investment.
Using Nitrogen While Brazing to Prevent Buildup
Here’s another step that separates a professional repair from a problematic one. When copper pipes are heated during brazing, the oxygen inside reacts with the copper, creating a black, flaky buildup called oxidation. If left unchecked, these tiny flakes can break loose and travel through your refrigerant lines, clogging up small passages and causing serious damage to expensive components like the compressor. To prevent this, technicians providing quality HVAC services flow a slow, steady stream of nitrogen through the pipes while they work. The nitrogen pushes all the oxygen out, creating a clean, oxygen-free environment inside the pipes. This ensures no harmful oxidation forms, keeping the inside of your system pristine and protecting its long-term health and efficiency.
Always Replacing the Filter Drier
Whenever an HVAC system is opened for a major repair like a reversing valve replacement, it’s exposed to the outside air and, more importantly, its moisture. Moisture is a major enemy of your system, as it can mix with refrigerant to form corrosive acids. That’s where the filter drier comes in. This small component acts like a sponge, absorbing moisture and filtering out debris from the refrigerant. After a valve failure, and especially after being exposed to air, the old filter drier is considered contaminated. That’s why replacing it is a standard and non-negotiable part of the job. It’s an inexpensive part that provides crucial insurance for your new reversing valve and your compressor, ensuring your air conditioning and heating repair is done right.
Final Checks and System Cleanup
After the new valve is installed, the job isn’t quite done. The technician will flush the system to remove any contaminants or moisture that may have entered while it was open. This step is vital for the long-term health of your compressor and the entire system. This is also a great time to remember that routine check-ups can prevent many common heat pump problems from happening in the first place. Consistent care through a preventative maintenance plan keeps all components, including the reversing valve, in top condition and helps you avoid unexpected breakdowns.
Testing the Repair and Recharging Refrigerant
The final step is to get your system ready to run again. The technician will perform a pressure test to check for any leaks, then use a vacuum pump to remove all air and moisture from the refrigerant lines. Once the system is clean and sealed, they will recharge it with the exact amount of refrigerant specified by the manufacturer. Too much or too little can cause serious problems. Finally, they’ll turn your system on and test it in both heating and cooling modes to confirm the new reversing valve is working perfectly, restoring your home’s comfort.
Proper Leak Testing and Charging
Once the new valve is securely in place, the technician’s work shifts to precision and verification. They will perform a leak test, pressurizing the system with nitrogen to ensure the new connections are perfectly sealed. This crucial step prevents expensive refrigerant from escaping and protects the environment. Next, they use a vacuum pump to pull all air and moisture out of the refrigerant lines. Even a tiny amount of moisture can mix with refrigerant to create corrosive acids that can destroy your compressor from the inside out. This is a non-negotiable part of a quality HVAC repair. Finally, the system is charged with the exact amount of refrigerant specified by the manufacturer, a process that requires specialized gauges and expertise. Too much or too little can severely impact performance and cause further damage, so getting it just right is essential for restoring your system’s efficiency.
Repair or Replace? A Look at Costs and Factors
When your heat pump’s reversing valve acts up, one of the first questions on your mind is likely about cost. Deciding whether to repair the valve or replace the entire unit involves weighing the immediate expense against the long-term value. Let’s walk through the key factors so you can make a confident decision for your home and budget. It’s about finding the right balance between a quick fix and a lasting solution that keeps your family comfortable year-round.
How Much Does a Reversing Valve Repair Cost?
Fixing a reversing valve is a specialized job, and the cost reflects that. Generally, you can expect the price for a reversing valve replacement to fall somewhere between $400 and $700. This range covers the part itself and the labor involved. Think of it as an investment in restoring your system’s ability to switch between heating and cooling. While it’s not a minor expense, it’s often much more affordable than a full system replacement, especially if your heat pump is still relatively new and in good shape otherwise.
What Affects the Final Price?
Several factors can influence the final bill for a reversing valve repair, which is why you might see estimates ranging from $400 to as high as $1,500. The accessibility of the valve is a major one; if the technician has to spend extra time getting to the part, labor costs will increase. Another key element is the process of recovering and recharging the refrigerant, which must be handled carefully by a certified professional. Our team at Taylormade always provides clear, upfront pricing so you know exactly what to expect before we begin any work.
When a Full System Replacement Makes More Sense
If your heat pump is less than 10 years old and has been reliable, repairing the reversing valve is usually the most sensible choice. However, if your system is older and has had other issues, putting hundreds of dollars into a repair might not be the best long-term investment. A new, more efficient unit could save you money on energy bills and future repairs. We can help you weigh the pros and cons and explore your options for an air conditioning and heating replacement if it makes more sense for your situation.
The Impact of Refrigerant Type (R22)
The type of refrigerant your heat pump uses is a major factor in the repair-or-replace debate. If your system was installed before 2010, it probably runs on R-22, also known as Freon. This is a critical detail because the U.S. government has phased out R-22 due to its damaging effect on the ozone layer. Production and import are now banned, which means the remaining supply is scarce and very expensive. A repair that requires handling the refrigerant, such as a reversing valve replacement, can become surprisingly costly just because of the price of R-22. This is why we often advise that putting that money toward a new, high-efficiency air conditioning and heating replacement is a smarter long-term investment for systems using this obsolete refrigerant.
Preventing Future Problems with Regular Maintenance
The best way to deal with HVAC problems is to prevent them from happening in the first place. Simple tasks like regularly changing your air filters can make a big difference. Scheduling professional check-ups is also crucial, as a technician can spot and address minor issues before they turn into costly repairs like a failed reversing valve. Our preventative maintenance plans are designed to keep your system running smoothly and efficiently, giving you peace of mind and helping you avoid unexpected breakdowns.
The Importance of Good Airflow
Think of airflow as your HVAC system’s ability to breathe. When it can’t breathe properly because of a dirty filter, blocked vents, or duct issues, the entire system struggles. Poor airflow can cause high pressure inside the unit, which puts a lot of strain on the compressor—one of the most expensive parts to replace. If your system can’t move air effectively, it also can’t transfer heat, leading to a host of issues that can easily be mistaken for a failing reversing valve. Keeping your system clean and clear is a simple but powerful way to ensure its health and is a core part of our preventative maintenance plans.
How Remote Diagnostics Can Help
Modern technology is making HVAC care smarter and more convenient. Some advanced systems, like those from Trane, offer remote monitoring capabilities. As a certified Trane Comfort Specialist, we can connect to your system from our office to check its performance. This allows us to spot potential problems, like a struggling reversing valve, sometimes before you even notice anything is wrong. This proactive approach means we can arrive at your home already knowing what the issue is, leading to faster, more prepared repairs and getting your comfort restored with minimal disruption to your day.
Why a Professional Repair Is Non-Negotiable
While it might be tempting to try a DIY fix, replacing a reversing valve is a complex task that should only be handled by a certified HVAC technician. It involves safely managing high-pressure refrigerant, which can be dangerous if handled improperly. A professional has the right tools and expertise to diagnose the problem correctly and perform the air conditioning and heating repair safely. Trusting an expert ensures the job is done right, protecting your system and your family’s comfort.
The Specialized Tools Required for the Job
This is one repair that’s definitely not a DIY project, largely because of the specialized equipment involved. A technician’s van is stocked with tools you won’t find in a typical home toolbox for good reason. To handle the refrigerant safely, they use a refrigerant recovery machine, manifold gauges to check pressures, and a vacuum pump to remove every trace of air and moisture from the lines before recharging. This process is critical for protecting your system and the environment, and it’s a key reason why this type of air conditioning and heating repair requires a certified professional. The job also demands brazing torches to solder the new valve into place, a skill that requires precision to create a leak-proof seal without damaging the new component.
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Frequently Asked Questions
Is a stuck reversing valve considered an emergency? While it might not be as urgent as a complete system breakdown, it’s a problem you should address quickly. If the valve is stuck in heat mode during a Texas summer, your home will become uncomfortable fast. More importantly, a faulty valve can cause ice to build up and put serious strain on your compressor, which is one of the most expensive parts of your heat pump. It’s best to call for a repair soon to prevent a small issue from turning into a major one.
My heat pump is stuck in one mode. Will it damage the system to keep running it? Yes, continuing to run your heat pump with a faulty reversing valve can cause further damage. The system will work much harder than it should, leading to excessive wear on the compressor and other critical components. This inefficiency also causes a significant spike in your energy bills. If you suspect the valve is stuck, it’s safest to turn the system off and call a professional to diagnose the issue properly.
How long does a reversing valve repair usually take? For a skilled technician, replacing a reversing valve is a straightforward but detailed process. You can typically expect the repair to take between two to four hours. This timeframe allows for the safe recovery of the refrigerant, the careful replacement of the valve itself, and the necessary system tests to ensure everything is working correctly before the job is considered complete.
Can regular maintenance really prevent a reversing valve from failing? Absolutely. While any mechanical part can eventually wear out, regular maintenance plays a huge role in extending its life. During a tune-up, a technician checks refrigerant levels, cleans coils, and inspects electrical components like the solenoid. Keeping refrigerant pressure correct and the system clean reduces the strain on the reversing valve, making it less likely to stick or fail unexpectedly.
How can I tell if the problem is the reversing valve or just low refrigerant? This is a great question because the symptoms can be very similar. Both issues can lead to poor heating or cooling, ice on the coils, and high energy bills. The key difference is that a reversing valve problem often results in the system being completely stuck in one mode. However, because the issues are so closely related, the only way to know for sure is to have a certified technician perform a full diagnostic check. They have the tools to measure refrigerant pressure and test the valve’s electrical components accurately.
Brian Hatton is a business professional and co-owner at TaylorMade Heat and Air, a trusted, Christian-based family-owned HVAC company proudly serving the Dallas-Fort Worth metroplex with 24/7 heating and air conditioning repair, installation, and maintenance solutions. Drawing on a professional background in mergers and acquisitions alongside hands-on experience at TaylorMade, Brian brings a sharp business mindset to an industry where reliability, transparency, and expertise matter most — values that are at the core of everything TaylorMade delivers to DFW homeowners and businesses across communities like Plano, Frisco, McKinney, and beyond. Connect with Brian on LinkedIn to learn more about his commitment to bringing honest, high-quality HVAC service to North Texas.
