How to Clean Your AC Condenser Coils (A Step-By-Step Guide)
Picture this: you’ve been troubleshooting your air conditioner and ruled out nearly every possibility: tripped circuit breakers, a new blower motor, and clean air ducts. You check your A/C condenser coils and realize they’re absolutely filthy. Therein lies the problem. So, how do you clean A/C condenser coils? You can opt for a heating and cooling comfort specialist, or you can go the do-it-yourself (DIY) route. If you choose the DIY route, be prepared for the time, energy, and resources the job will take. Nevertheless, we’re here to help. For more than 20 years, we’ve helped inquisitive Florida businesses and homeowners with all their air conditioning needs. If you need a step-by-step guide on how to clean your air conditioning coils, this article was made for you. In this guide, we’ll cover the gamut of how to clean your air conditioning condenser coils, including topics such as: Why cleaning AC condenser coils is a must “It’s a coil. It can’t be that bad can it?” One might think. It’s true: Cleaning coils is a fairly straightforward procedure. Failing to clean them the right way can cause damage — and mean more buckeroos out of your wallet. Plus, failing to clean your air conditioner’s condenser coils can lead to a hot, humid, and stuffy environment. Unless you’re a lizard or frog (which we can’t imagine that you are, but who know? No judgment here), you probably don’t enjoy hot and humid homes. And in a hot and humid home, mold can rear its ugly head. So, you want to make sure you’re cleaning your condenser coils on the regular. Problems that can occur if you don’t clean your A/C condenser coils Air conditioner coils help absorb heat and humidity in homes — and coils help release heat out of a home. If you allow dirt and debris to accumulate in your air conditioner’s evaporator and condenser coils, you’ll likely encounter any number of problems mentioned below: And problems breed problems. You’ll want to keep your condenser and evaporator coils clean so that your air conditioner can do a great job without you having to pay exorbitant repair fees. Cleaning your air conditioner coils — or having a trained and certified HVAC specialist clean your air conditioner — at least one time per year will ensure that your A/C works as it should in those moments you need it most. Tools and materials you’ll need to clean AC condenser coils You might think that cleaning coils can’t be that tough. You’re right! The process is pretty simple. But gathering the right tools — and knowing how to use those tools — is key for ensuring a successful condenser coil cleaning. The great news is that you probably already have all the materials needed to prepare yourself for the job. Here’s what you’ll need on your cleaning checklist prior to cleaning: Let’s take a look at one of the most important items to collect before your cleaning adventure begins: coil cleaning soap. Types of coil cleaners for air conditioners In general, two types of cleaning agents exist for A/C systems: With a canned, foaming cleaning agent, the cleaning agent is designed to clean A/C coils. In fact, the foaming properties in the products help the soap stick to the coils while the soap does its job in cleaning the coils. If you’re shopping online or at a local parts supply store for a canned cleaning agent, look for products with the words “coil cleaner” or “foaming coil cleaner.” But, if you decide to go the DIY route, you’ll want to purchase the right ingredients for the job. In general, a mixture of white vinegar, baking soda, and water can do the trick. With a DIY cleaning job, you’ll want to be scrupulous about the cleaning process and rinse your air conditioner down with clean water after completing the job. Note: we can’t guarantee that a DIY option won’t damage your air conditioner’s coils. Hiring a licensed HVAC professional is always a more surefire way to keep an air conditioner clean, but you’re always welcome to try giving it a shot on your own. How to clean Air Conditioner condenser coils You’ve made it to the best part: how to clean condenser coils and evaporator coils. Here’s a quick nine-step list including what you need to clean a coil in an air conditioning unit. (Friendly tip: The condenser coils are located outside of the house) Now, we just need to address the evaporator coils. How to clean evaporator coils inside the air conditioner You’ve cleaned the condenser coils, which are located outside of the house. Now, let’s turn to the evaporator coils, which are located inside the house. To clean evaporator coils, follow these four steps: When air conditioner coils aren’t the problem… Of course, sometimes dirty air conditioner coils aren’t the problem. Other air conditioner issues might be the culprit behind why an air conditioner isn’t operating as it should. If you’ve cleaned your air conditioner’s coils — and your air conditioner still isn’t operating as it should — you may need to replace your air conditioner’s coils. Based on the make, model, and year of your A/C unit, evaporator coils can cost a hefty chunk of change. Sometimes, the cost of repairs and replacements may exceed the value of the air conditioner, so you might be better off upgrading to a new, more efficient HVAC system. Finally, if after cleaning your air conditioner’s coils, you find that your A/C still won’t work right, you might have one of the following issues: While a number of issues can exist and be the culprit behind why an air conditioner isn’t working, a surefire way to diagnose the issue is by being in touch with a professional HVAC technician. You can never go wrong with reaching out and asking for a free consultation and diagnostics troubleshooting of your HVAC unit. Did you know? Did you know that most residential air conditioners will look like
How Many Watts Does a Central Air Conditioner Use (HVAC Systems)?
Spring and summer are fast approaching. Across the U.S., we’ll be checking our air conditioning systems to make sure they have enough energy for hot and muggy weather. Speaking of energy, the question is how many watts does a central air conditioner use and need to operate at peak capacity? Knowing how many watts a central air conditioner uses is key, because without having an energy-efficient and powerful air conditioner unit, you could find yourself broiling before summer even hits. Not to worry, though. Streamline Air here. We’ve got your back. We’ll walk you through what you need to know about air conditioner energy usage to help you stay cool and comfortable year-round. In this article, we’ll discuss: An air conditioner’s power depends on amperage, voltage, and watts Amps, watts, and volts: these terms might seem familiar when shopping for electronics. But did you know these short-hand terms are also related to your air conditioner? Knowing about amperage, volts, and watts is key for making the most of your air conditioning system and reducing common A/C issues. Let’s look at three common energy terms — amperage, voltage, and watts — as they relate to how much energy a central air conditioner uses. Amperage for air conditioners Amperage — measured in amperes or amps (A) for short — measures the strength of the electrical flow or rate of flow of a current of electricity. You’ll need to have a solid understanding of the amps used by your air conditioner from both a safety and efficiency standpoint. Knowing how many amps your air conditioner needs will help ensure you don’t overload your power system and cause electrical issues (like tripped breakers). Knowing which air conditioner matches your home’s wiring and electricity is key to preventing electrical issues related to amperage in an air conditioning unit. Air conditioner voltage joltage Careful! Air conditioner voltage is no joke. Volts relate directly to air an air conditioner’s electricity usage. To avoid jolts from an air conditioner, we need to learn a bit about voltage. Voltage is the pressure in an electrical circuit that pushes the electric current through the circuit. We measure voltage by volts (V). Voltage is the electrical potential of electricity that passes through a circuit. The more volts the unit uses, the more powerful the pressure inside the unit. Volts are what those “Caution” signs say near power lines and other electrical systems. An air conditioner’s transformer is responsible for providing a power supply of electricity to HVAC control components. But, a transformer also takes higher-voltage to lower voltage to operate air conditioner-related systems like the thermostat, control board, sensors, relays, and more. The more you know about volts, the fewer potential jolts you’ll likely experience with your HVAC system. Watt’s up with an air conditioner unit’s wattage The moment we’ve all been waiting for: watts. Watts (W) and kilowatts (kW) are measures of energy and power consumption. A kilowatt is the equivalent of 1,000 watts. You can think of watts as the byproduct of volts and amps. To calculate wattage, we multiply bolts by amps. So, what’s the big deal with watts? Why are they important? Well, for one, electrical companies charge for the usage of electricity based on kilowatt hours (kWh). Floor lamps, coffee makers, blenders, and air conditioning units are powered by watts. Each electrical appliance — your HVAC included — has a power rating telling you how much power the appliance needs to operate. For air conditioning systems, we use a seasonal energy efficiency ratio (SEER) to calculate how energy-efficient an HVAC system is. For example, to calculate the SEER ratio of an HVAC system, you calculate the cooling output of an air conditioner or heat pump in a typical season and divide this number by the energy the A/C unit produces. The result is your SEER rating, which is calculated in watt-hours. For an air conditioning system, the less power it needs, the higher the SEER rating. Knowing the stated wattage for different types of air conditioners can help you not only discover how much energy an air conditioner uses, but also the cost of running an air conditioner. Next, we’ll turn to three different types of air conditioners and their stated wattage. How many watts do air conditioners use? 3 types Knowing how many watts an air conditioner uses depends on the cooling system. In general, three types of air conditioners exist: Let’s gain a better understanding of how many watts of power each uses. 1. Central air conditioner wattage Central air conditioners tend to use between 15 and 60 amps based on how large the air conditioner unit is. A central air conditioner uses about 1,000 watts per ton of cooling capacity. For example, a 2,000-square-foot home needs about 3.5 tons of cooling power, so the average power of a 3.5-ton air conditioner is about 3,500 watts per hour, In general, most central air conditioner units use about 3,000 to 4,000 watts. The great news is that, since the A/C cycles on and off throughout the day, it tends to have lower running wattage. 2. Heat pump wattage Since heat pumps provide both heating and cooling, they tend to use more watts. Air-source heat pumps tend to need 240 volts and a dedicated circuit. Watt usage depends on the size of the heat pump and how often the homeowner uses the air conditioner. In general, though, heat pumps can range between 20 and 50 amps and use anywhere from 1,000 watts to 7,500 watts depending on how many tons the heat pump weighs. 3. Ductless mini-split air conditioning system wattage Finally, we come to ductless mini-split systems. Most ductless mini-split systems use 230-240 volts, but some smaller units only need about 110 or 120 volts to operate. Depending on the BTU capacity — which stands for British Thermal Unit, a measurement used to determine the cooling capacity of an air conditioner — a ductless system will need 15-45 amps to work. Expect a mini-split
The Mechanics of HVAC Ductwork Installation (Price, Tips, & More)
Of all the aspects of HVAC installation, ductwork installation happens to be one of the most confusing. How are ductwork designs created? What’s involved in ductwork installation procedures? And how much does it cost? Without proper ductwork, your existing airflow can affect your comfort and ultimately your health. If you’re wondering why ductwork matters and what to know when installing new ductwork, you’ve come to the right place. In this article, our ductwork design specialists will discuss: When it’s time for new ductwork installation Whether you’re embarking on a new HVAC project or simply doing routine ductwork cleaning, ductwork can affect you when tackling HVAC maintenance or repair work. New ductwork may be needed in any of the following scenarios: What to know about sizing ductwork for your HVAC system “So, I know I need ductwork. How do I know which size is right for my HVAC system?” You might be wondering. Alas, many HVAC technicians will give you an answer along the lines of “Check the square footage of your home,” or “Install your ductwork based on the size and power of your HVAC system.” While these are helpful considerations to keep in mind, the real question is to ask how powerful your HVAC system is. Once you have the answer to this question, you can size out your HVAC ducts. For example, a 1-ton system is less powerful than a 4-ton system, but the 1-ton system also costs less. Sometimes, a larger home needs more power to heat and cool than a smaller one, but your home may not need a larger system. Your new ductwork installation also depends on the number, size, and quality of the windows in the house. For instance, older, single-pane windows tend to insulate heating and cooling less efficiently than double or triple-paned windows. Factors like insulation, ceiling size, and the number of stories in a home all affect the size and cost of new ductwork. If your system or ductwork doesn’t fit the size of your home, your system won’t be able to produce the right airflow needed to cool and heat your home. If you ignore the need for proper fitting ductwork, you might see increased utility bill costs, your system will run longer, and you’ll likely have airflow only to certain parts of your home. Mechanical considerations needed for ductwork design When considering high-quality ductwork design, it’s worth looking at the mechanics and the science behind ductwork installations. The Sheet Metal and Air Conditioning Contractors’ National Association creates and tests standards for ductwork designs and installations across the HVAC industry. Some of the mechanical considerations that these standards are built upon include: Design with “return air” in mind Just like no two homes are alike, the same goes for HVAC ductwork. Proper ductwork is often installed after a home has already been constructed. So, you’ll often find new ductwork being installed around existing infrastructure. Since HVAC duct systems don’t come as stock systems, your HVAC technician will be able to be a bit crafty and artistic with how they construct the layout of your ductwork. As such, you might be tempted to do the ductwork installation on your own. Nevertheless, we recommend choosing a professional HVAC technician for ductwork installations. We’ll explain why in the section below. Aesthetic considerations for ductwork design Just like no two homes are alike, the same goes for HVAC ductwork. Proper ductwork is often installed after a home has already been constructed. So, you’ll often find the new ductwork being installed around existing infrastructure. Since HVAC duct systems don’t come stock, your HVAC technician will be able to be a bit crafty and artistic with how they construct the layout of your ductwork. As such, you might be tempted to do the ductwork installation on your own. Nevertheless, we recommend choosing a professional HVAC technician for ductwork installations. We’ll explain why in the section below. Choose a professional HVAC technician for ductwork installations We started this article by asking questions like, “Does one room seem to be more humid than others? Is this room hotter than others? Does this room stay colder in winter than others?” If another contractor isn’t asking you these questions, you’ll likely receive a quote that’s cheaper than what’s warranted for your HVAC needs. As such, when the heating and air conditioner maintenance and repair technician comes back with a cheap quote, many homeowners are tempted to forgo ductwork installations and maintenance. The homeowner might believe that the air ducts are “good enough” to function, but if you have issues with your ductwork, your HVAC system won’t feel great. Without asking the above-mentioned questions (which are not all-inclusive, by the way), you might feel less comfortable, your HVAC energy costs might increase, you might experience a shorter lifespan for your HVAC equipment, and you’ll find yourself repairing your HVAC system more often. Hence, you’ll definitely want to choose a professional who asks the right questions to ensure your HVAC system’ repair needs are addressed best and that your HVAC system works as it should. A professional HVAC technician knows what to look for and has years of experience designing, building, and repairing ductwork to ensure your indoor air feels comfortable and healthy. How much home ductwork costs If you’re considering or ready to install new air ducts, consider the costs: Ductwork installation costs vary based on a few factors as well. Factors that affect overall costs include: Streamline Air ductwork installation: before and after At Streamline Heating and Air, we’re all about efficient response times, straightforward answers, and quality service. To see what a new ductwork installation looks like, check out one of our custom, double-wall spiral duct jobs on our Facebook page here! Proper maintenance is key for long-lasting ductwork Homeowners: if you’ve learned nothing else from this article, we hope you take away that proper maintenance is key. To ensure long-lasting air ducts and quality air ventilation, you’ll want to conduct regular preventive maintenance. The trick is to be
Top 10 Most Common Air Conditioner Issues (A/C Systems)
Air conditioner issues in the middle of a hot and humid Florida summer? Nobody has time for that. If your home’s indoor air quality is suboptimal, you definitely want to troubleshoot your HVAC system. Ignoring the signs of an air conditioner issue can lead to internal problems on your home’s systems, or worse yet, cause health problems. After more than 20 years in the air conditioner and heating business, our air conditioner pros have seen it all. Can we help make your indoor air a little more comfortable? If you’re having issues with your air conditioning system, look no further. Streamline Air here: Here are some of the top 10 air conditioner issues most homeowners face with their air conditioning systems. 10 Common air conditioner issues and problems you’ll face 1. Airflow is disrupted (either hot, constant, or inconsistent airflow)2. Air conditioner installation and maintenance issues3. Air conditioner failure and/or tripped circuit breaker4. Refrigerant and/or water leaks5. Air conditioner sensor issues6. Faulty or insufficient maintenance work7. Electric control issues8. Drainage issues9. Odors and smells coming from the air conditioner10. Weird sounds emitted from the air conditioner 1. Airflow disrupted If you notice that airflow is disrupted through your home, the issue could revolve around the flow of air throughout your home. The cause of disrupted airflow could relate to whether the rooms and doors are closed. To ensure proper air circulation and flow throughout a home, keep all interior doors open. Doing so will ensure that air makes its way through as many open spaces as evenly as possible. 2. A/C installation and maintenance issues Alas, sometimes when an air conditioner is installed, the A/C unit can still cause issues. A faulty installation can cause leaky ducts and low airflow. If poor service procedures are in place, air conditioning issues can crop up. For example, incorrect refrigerant changes or poor maintenance can result in less efficient A/C systems. To correct air conditioner installation and maintenance issues, try hiring a qualified air conditioning technician for installation and maintenance work. You can also do your part by asking your HVAC specialist to ensure refrigerant levels match the manufacturer’s specifications for your air conditioning system. In summary, if your air conditioner isn’t working, faulty maintenance and installation should be one of the first issues you address. 3. Air conditioner system failures and tripped circuit breakers One of the underlying problems with a faulty air conditioner system is power failures. If you do an initial check and the system fails, check fuses or circuit breakers. Before resetting your unit, allow the unit to cool for five minutes. Also, the issue might have to do with the compressor. On scorching hot days, a tripped high-pressure limit switch may stop the compressor from working. Finally, if your A/C unit keeps tripping its breaker, and you can’t seem to resolve the issue, call an HVAC professional for timely A/C maintenance and support. 4. A/C refrigerant or water leaks One of the many common reasons an air conditioner won’t work is because the air conditioner is leaking water or refrigerant fluid. Another reason is that the air conditioner is low on refrigerant fluid. The reason an air conditioner might leak water or refrigerant is because the A/C unit is undercharging at installation. To fix this issue, trained technicians should address leaks, test repairs, and charge the A/C system according to the A/C unit’s manual specifications. Before adding more refrigerant, ensure that repairs are sound. Once you confirm that the repairs are complete, be very cautious before handling and disposing of refrigerant, as refrigerant fluid can be harmful to the environment. 5. Air conditioner thermostat sensor issues Thermostat sensor issues are one of the most common problems affecting air conditioners. But different thermostats need different care. By keeping the thermostat away from rooms, doors, or drafty spaces, you can ensure your thermostat doesn’t display incorrect temperatures and therefore lower your air conditioner’s performance. Instead, placing a thermostat out of direct sunlight and near the evaporative coil will ensure an accurate gauge of the temperature in the house and help your air conditioner system operate as it should. 6. Inconsistent A/C maintenance schedule If you’re not giving your A/C comprehensive repairs at least once or twice a year, in the spring and the fall, certain systems in the air conditioner can malfunction. Lapsing on maintenance can increase the chance of dirty air filters or coils. When air filters and coils become dirty, systems can malfunction. When a system malfunctions, premature compressor or fan failure can occur. And nobody wants that. The solution? Check air filters often, and ensure filters fit snugly on the return air duct so that air isn’t restricted from passing through air ducts and into your home. 7. Electric control failures If they don’t receive regular maintenance,air conditioning units can sometimes experience electric failures. The reason for an electric control failure is that the air conditioner on- and off-cycles (often called short-cycling). Also, when wires and terminals corrode, electric control failures can occur. One of the best ways to resolve electric control failures and deal with electrical issues is by checking electrical connections and contacts during regular maintenance appointments with your trusted HVAC technician. 8. Drainage issues Another serious issue with air conditioners is when water doesn’t come out of an A/C drain pipe. To prevent drainage issues and clogs, check the condensate drain line to make sure it’s draining. If you own a room air conditioner, make sure to mount the air conditioning system. Doing so will ensure your air conditioning system drains as it should. One way you can keep drain lines clean and working is by flushing the drain line with bleach and water and by keeping condensate pumps debris-free. Bleach and water can help prevent mold growth, which can help ensure your HVAC system is working properly. 9. Odors and smells coming from the A/C unit Another serious A/C issue has to do with olfactory senses. If you notice a burning or
What Size HVAC System and AC Unit Do I Need For My Home?
“What size HVAC unit do I need?” is a common question we’ve often been asked. If you’re thinking of replacing your air conditioner or HVAC unit, one of the most important considerations is size. Size matters. Proper system sizing is crucial for choosing the right HVAC unit for the square footage of your house. Mess up the A/C size, and you could end up with a unit that doesn’t keep you cool and comfy — and could mean more wasted money for an air conditioner or furnace unit that doesn’t fit your needs. Streamline Heating and Air here: we understand the struggle of finding the right A/C and HVAC unit for your needs. The good news is that we have your back. We created this article that explores proper air conditioner sizing and what to do to determine the right air conditioning unit for your home. Join us as we explore key tips to help you find the right A/C unit for you, your home, and your wallet. The 5 steps for determining the right A/C unit for your home 1. Choose an HVAC system that fits your home’s dimensions.2. Review SEER2 and BTUh ratings for your preferred A/C system.3. Pick the right air conditioner unit size for your home.4. Schedule an energy audit of your home.5. Pick your preferred A/C installation team to install your new unit. What happens when an air conditioner is too large? A system that’s larger than the home’s capacity (and needs) can be beneficial in that the system reaches desired indoor temperatures fast. But, the downside is that a larger-than-needed A/C system will cycle on and off often. An air conditioning system that cycles on and off a great deal can waste energy and cause premature wear and tear on the unit. The equipment’s lifespan can decrease and maintenance costs creep up. What’s more, humidity can rise inside a home, making the indoor air quality uncomfortable. Plus, mildew and mold build-ups can make the indoor air unhealthy for daily living. What happens when an air conditioner is too small? The opposite is also true: if an air conditioner is smaller than is needed for a home, your A/C might stay on longer to keep the air cool and comfortable. A central air conditioner — one that’s smaller than a home’s heating and cooling needs — can strain an HVAC unit. The reason is that the A/C unit shoulders a greater load on the system than is warranted for the home’s air-related needs. Finally, with higher energy costs and extra labor, an undersized HVAC system can cause uneven heating and cooling throughout a home. All the more reason to find an HVAC system that’s right for your home. We’ll explore how in the next sections. 5 Steps to choosing the right A/C system To figure out which air conditioner system and HVAC unit you should buy for your home, you’ll want to find an A/C system that fits your home’s size, is top-quality, and is built with the latest technology. Below, we’ve listed our 5-step process for choosing the right size air conditioner for your needs. 1. Determine the HVAC system for your home and its dimensions When choosing an A/C system that meets your needs, you’ll have your choice between three main types of air conditioning systems: Split system air conditioners involve an outdoor air conditioner or heat pump and an indoor furnace or air handler combination. The indoor and outdoor parts help keep the temperature and humidity within your home under control. Split-system air conditioners are an efficient, budget-friendly cooling option that produces little noise. Ductless systems — often called mini-split systems — consist of single outdoor units that connect to one or more indoor units that help disseminate air throughout a home. A ductless system doesn’t need to be modified a great deal to fit your space. As such, ductless systems are often used for single rooms and smaller spaces. They work in tandem with multiple indoor units in homes and environments where different temperatures are preferred in different parts of the home. Finally, we have packaged units. Packaged units are single outdoor units that incorporate all the mechanical components of an air conditioning system in one unit. A packaged unit connects to a home’s ductwork and thereby distributes heating and cooled air straight into a house. These units are desirable for homes with minimal square footage and interior space. Packaged units are also ideal for homes that don’t have attics or basements. 2. Review A/C ratings for the system you need Before choosing a unit, you’ll want to make sure you review air conditioning ratings. HVAC professionals often assign a rating to an air conditioner based on two rating scales. The rating scales are called: These ratings help determine the efficiency and cooling capacity of the system you want to install and buy. Understanding SEER2 and BTUh ratings can help you make a more informed purchase when finding the right air conditioner for your home. Let’s break these ratings down. A detailed dive into A/C unit ratings SEER2 ratings are a calculation used to measure the energy efficiency of a specific HVAC system. You can calculate the SEER2 rating of a unit by dividing its cooling output in an average cooling season by the total amount of energy used. The final number tells you the maximum efficiency of the unit. As such, systems with higher SEER2 ratios are more efficient. The most common systems have a rating between 14 and 16 SEER2. More expensive, high-efficiency systems clock in at 22 SEER2. BTUh and tonnage ratings calculate the amount of energy the air conditioning or HVAC system takes to remove heat from a home in one hour. Depending on the manufacturer, some use BTUh ratings and others use tonnage ratings. For context, here’s a little math for you. A 1-ton rating is equal to a 12,000 BTUh rating. Ratings are measured in increments of 0.5-ton points creating a 1.5, 2, 2.5, 3, and
10 Reasons Why an Air Conditioner Isn’t Cooling Enough (Fixes)
When you turn on your air conditioner and it isn’t working to beat the heat, something’s wrong. And nothing’s worse than feeling the hot and heavy sunshine with an air conditioner that won’t blow cold air. We understand. When an A/C system isn’t blowing cold enough air, warmer indoor air can be frustrating, let alone uncomfortable. After nearly 20 years in the business, we found that 10 common issues are the culprit behind why an air conditioner isn’t cooling enough. In this article, we’ll unpack each of these issues so that you can go back to feeling cool and collected for whatever the world throws your way. Here are 10 common causes for why an air conditioner isn’t cooling enough. The most common reasons why an A/C won’t cool enough 1. Dirty cooling coils2. The condenser unit is blocked3. Refrigerant leaks inside the A/C unit4. Clogged or dirty air filters5. Issues with the thermostat6. Issues with the compressor7. Exterior fan motor issues8. Dirty or clogged registers9. An outdated air conditioner10. An air conditioner that hasn’t had regular maintenance and repair work 1. Dirty cooling coils The air conditioner’s cooling coils absorb heat from inside the home. What’s more, outdoor coils transfer heat from the house to the outdoors. If either of these coils become dirty, the transfer of heat from indoors to outdoors, between the coils and over them, can decrease your system’s ability to remove heat from your home. The result? Warmer air comes out of your air conditioning vents. 2. Condenser units that are blocked The condenser unit of an air conditioning system is located outside. Alas, the condenser unit is often blocked by a home’s plants, bushes, or other greenery. If you notice that your condenser unit is covered, your unit can’t release heat from the condenser coils as it should. As a result, the heat removed from the home won’t be released the way it normally should with the system. 3. Refrigerant leaks in the air conditioner The job of refrigerant is to flow through your air conditioner coils and move heat from inside your home to the outside condenser unit. But, if you notice your system has a refrigerant leak, it won’t be able to move heat out of your house. Your air conditioner will run, but with a refrigerant leak, your A/C unit may blow hot air or warm air. If your home’s A/C unit has a refrigerant or water leak, you can always call a professional to help repair the source of the leak. 4. Clogged or dirty air filters Air filters: their job is to filter out particulate matter so that your A/C system’s indoor air is clean and cool. When your air filter is dirty, the amount of air that’s able to blow over your evaporator coils is restricted. And, as discussed earlier, the job of the evaporator coil is to ensure that the indoor air from your home can be cooled. If your air filters are dirty, your evaporator coil can’t do its job, and therefore the air may not be as cold as it should. 5. Thermostat issues Sometimes, the settings on the thermostat can also affect whether the air is cool in your home. If the thermostat is set to cool — or the fan setting is set to “ON” — your air handler may blow air that isn’t cool. As a result, the air that comes out of the vents will be warm. You can adjust the settings on your thermostat to ensure cold air blows out of your air conditioner by switching the fan setting to “AUTO”. Also, another setting to check on your thermostat is whether the thermostat is in “HEAT” or “COOL” mode. Your air conditioner will only turn on if the setting is set to “COOL”, so keep in mind which setting your A/C is set to to rule out thermostat issues in your A/C unit. 6. Compressor issues Sometimes, problems with the compressor can be the source of the A/C not blowing at full cooling capacity. Your air conditioner’s compressor is responsible for ensuring refrigerant is at optimal pressure. The compressor is key for ensuring cool air blows through the vents of your A/C system. Without the compressor, your system won’t be able to absorb heat from your home and move it outside. What’s more, if the compressor malfunctions, your air conditioner won’t be able to cool the air in your home. 7. Exterior fan motor issues The air conditioner’s outside fan housed within the condenser unit plays a huge role in transferring hot air from inside a home to the great outdoors. But, if the fan develops problems, the fan can cause an A/C compressor to overheat. If your air conditioner exterior fan motor has issues, the fan can cause the A/C compressor to overheat. When an A/C compressor overheats, it forces the air conditioning system to shut down. If you experience warm, hot, or no air coming from your A/C system, check your exterior fan motor. If you’re not 100% sure of how to solve the issue, we suggest checking in with a professional HVAC repair team to help you troubleshoot the issue. 8. Dirty or clogged registers Similar to your unit’s air filters, your air conditioner system works best without dirty or clogged registers. To ensure your central air conditioning system is working properly, make sure nothing is obstructing the registers. Blocked registers force the air conditioner to work much more, thereby increasing energy bills without keeping a home cool. While encountering dirty or clogged registers is a common occurrence with air conditioners, you can resolve the issue by removing the registers and vacuuming them. Vacuuming and cleaning your air conditioner’s registers will ensure your registers remain unblocked and in great condition. 9. A plain old air conditioner system When an air conditioner starts to creep up in years, you can expect more issues to occur. As a result, an older air conditioner won’t be able to circulate air
7 Ways to Stop An Air Conditioner Leaking Water Inside a House
Florida’s hot and muggy summers aren’t the only reason that an air conditioner might leak water inside a house. If you notice your air conditioner is leaking water inside your house, there’s a fix for that. But an air conditioner that stops leaking on its own is about as common as snowfall in our beautiful Sunshine State. After more than 20 years in the business, we’ve learned that when an air conditioner leaks water inside a house, the leak is usually the result of seven common causes. If you’re looking to resolve the issue and discover the root cause of your leaky air conditioner, look no further. In this article, we’ll discuss the seven most common causes of an air conditioner that leaks water. The 7 culprits behind why an air conditioner leaks water 1. Broken condensate pumps2. Damaged condensate drain pans3. Clogged condensate pans4. Low refrigerant fluid5. Dirty air filters6. Frozen evaporator coils7. Faulty air conditioning repairs, maintenance, and installations First, let’s look at how water interacts with an air conditioner To understand why an air conditioner leaks water, first, we need to take a look at how water forms on air conditioners. Most modern air conditioning systems come install-ready with an indoor and outdoor unit. The inside unit comes equipped with an evaporator coil that helps cool warm air as the air blows over the coil. The result is that warm air is converted to cool air, leaving you feeling comfortable indoors. As the warm air blows over the coil, though, condensation forms. Condensation is just like the little water droplets that form on the outside of a glass on a hot day. The droplets from your air conditioner drip into a condensate pan that leads to a drain line. The drain line then routes the water that falls into the pan to the outside, or into an interior drain. When an air conditioner is leaking water inside a house, a problem usually exists within one of the components discussed above. Not to worry, though. A quick visit by an A/C repair team should resolve the issue. The repair team will work on one of the seven common culprits behind leaky air conditioners. 7 common causes of an air conditioner leaking water A leaking air conditioner can cause a world of hurt to your HVAC system (and your wallet). Water damage, overworking your unit, increased electricity bills: the list goes on and on. Being aware of the most common reasons for an A/C leaking water will help you prevent damage, overworked units, and increasing electricity bills. Let’s take a look at the seven most common causes of an air conditioner leaking water. 1. Broken condensate pumps If a unit is installed in the basement, your air conditioner will need to send accumulated water elsewhere. As such, your air conditioner pump should be pumping water outside. If the pump is broken, water can’t be pumped outside your home. The result? An air conditioner that leaks water. You should repair broken condensate pumps as soon as possible to prevent water damage inside your home. 2. Damaged parts — specifically condensate drain pans When a condensate pan becomes damaged, the damage is usually the result of age. Air conditioning units between 12-15 years old tend to need new drain pans. If your air conditioning system is older, you may find that the condensate drain pan is rusted or damaged. If a damaged drain pan is the issue, you can replace the old drain pan with a new one. Doing so should help resolve the source of the water leak from your air conditioner. 3. Clogged condensate pans A damaged condensate drain pan is one of the most common causes of an air conditioner that leaks water. Over time, an air conditioner that leaks water can be clogged with algae, dirt, dust, and other harmful debris. When the air conditioner becomes clogged, the condensate lines can overflow from the drain pan and cause water to leak into a home. On the contrary, you can unclog the drain line by removing the debris with a wet and dry vacuum cleaner. A wet/dry vacuum cleaner will mop up and vacuum to ensure your air conditioner remains clean and functional. If a wet/dry vacuum doesn’t work, you’ll want to call an air conditioner repair professional. The reason is they’ll use a specialized, power vacuum — that’s vetted by the American National Standards Institute (ANSI) — to remove the blockage and free up the drain line so the drain line can work as it should. 4. Low refrigerant fluid levels When your air conditioner is low on refrigerant fluid levels, your evaporator coils can be affected. Frozen coils that then thaw can leave behind water droplets and a wet floor. To determine if you have low refrigerant levels, be on the lookout for the following tell-tale signs: A simple and effective way to resolve refrigerant issues is by having a qualified HVAC technician inspect your system at the beginning of each season. They’ll refill your refrigerant fluid as needed so that wet messes are won and done. 5. Dirty air conditioner air filters HVAC filters need to be changed often — like every 30 days often. We understand that that number can come as a surprise to many homeowners, but making sure to replace a dirty air filter will ensure that airflow isn’t restricted as it moves over the evaporator coil. If airflow does become restricted, condensation can occur, and water leaks can result. What’s more, if an air filter begins to leak, your air conditioner will expend more energy to keep itself going. The result? Possible damage and worn-out parts. By switching your air conditioner air filters every 30 days, you can avoid a whole slew of problems with the help of a little proactive A/C maintenance. 6. Frozen evaporator coils Speaking of frozen evaporator coils, they’re another culprit behind an air conditioner that leaks water inside a house. When your air conditioner is
How Often Should HVAC Air Ducts Be Cleaned (5 Tell-Tale Signs)?
How often should HVAC ducts be cleaned? The short answer is every 3-5 years, according to the National Air Duct Cleaners Association (NADCA). But, in select situations, the above number can extend to every 6-8 years. Avoid cleaning your HVAC air ducts, and you could end up with respiratory health issues. So, with such a wide recommendation of time for cleaning (3-8 years, specifically) how do you know when an HVAC air duct should be cleaned? What factors influence the NADCA’s recommendation? Streamline Heating and Air here: our HVAC specialists dived deep into the research and found five tell-tale signs that indicate when you should clean your HVAC air ducts. We’ll discuss these signs below to help you with your future HVAC and A/C repair and maintenance jobs. Yes, regular air duct cleaning is necessary (5 warning signs and indicators) The research is clear: indoor human activity — particularly smoking cigarettes and cooking — can impact the cleanliness of indoor air (Tran, Park, and Lee, 2020). All the more reason to have air ducts cleaned on the regular. But besides tobacco smoke and particulate matter from cooking, recognizing that regular ductwork is needed to help stave off the worst effects of poor indoor air quality is a must. You may need to schedule an emergency HVAC air duct cleaning if you notice the following warning signs and indicators of dirty air ducts in your indoor space. 5 Warning signs that show your HVAC air ducts need cleaning 1. Visible mold or musty smell2. A preponderance of household pests3. Excessive amounts of dust and debris4. Excessive allergy and cold-like symptoms5. If you’ve changed homes, facilities, or properties (or if your property underwent a major renovation — or if your property was just built) 1. Visible mold or musty smells Especially in our humid and damp Florida climate, mold finds its way into the most damp and cluttered spots. In fact, mold loves to grow in difficult-to-reach places like air ducts. So, if you see mold, smell mustiness in the air, or experience physical symptoms like itching or coughing, you’ll want to check out the ductwork on your property. A reliable HVAC technician — or air duct cleaning service — can eliminate and prevent the mold from growing again. A reliable HVAC team will sanitize the area and kill the source of the mold growth. 2. A recent proliferation of pests Roaches, June bugs, and other creepy crawlers: they call your air ducts home if you haven’t cleaned them in recent years. As such, air- and land-born pests can contaminate indoor air with debris, droppings, and odor (yuck!). If you notice pests in and around your HVAC system’s ductwork — or if you notice a decline in your system’s performance — you may have bugs and pests on your hands and therefore be due for a proper air duct cleaning. 3. Large amounts of dust and debris Dust, pet dander, and dead skin cells and flakes: these dust and debris particles can build up inside air ducts. You’ll know you have an excessive debris problem on your hands if you notice plumes of dust blowing out of your air vents. Worst of all, large build-ups of dust and debris can cause respiratory problems and health issues for all parties involved. What’s more, dust and debris can decrease a system’s airflow and performance. Wasted airflow can decrease the integrity of an HVAC system and can be a huge drain on your wallet. To fix a debris and dust problem, you’ll want to call a professional cleaning service to sweep out your air ducts. Doing so will help ensure your HVAC system operates at maximum efficiency and in as safe a manner as possible for you and your loved ones. 4. Excessive allergy and cold-like symptoms Dust mites feed on human debris. These pests can make your air ducts their home. What’s more, dirty and dusty air ducts can impact health and trigger asthma among other respiratory conditions. If you notice you’re experiencing allergy and cold-like symptoms while in your indoor space, you’ll want to check in with an HVAC technician or professional air duct cleaner. Especially for newborns, young children, and the elderly, conducting regular air duct cleaning will ensure healthier indoor air quality for them. 5. Recent property/facility changes, renovations, or builds Whether you’re moving into a new home, changing business locations, building a new home, or building a new business facility, you’ll want to conduct air duct cleaning as part of the process. Especially if you’re moving into an indoor space where the previous tenant or owner was a smoker, or pet owner, or didn’t service their air ducts within the last three years, you’ll want to jump on air duct cleaning pronto. When building or moving into a new space, air duct cleaning can help rid a property of construction debris that accumulates during the building, remodeling, and property maintenance process. Since indoor construction tends to stir up dust, whenever you’re moving into or building a new property, air ducts should be cleaned. Doing so will remove any sawdust or other pollutants caused by construction that can clog your HVAC system’s air ducts. Streamlined, straightforward facts Air duct completion isn’t always as straightforward and streamlined as it may seem. But with us, no job is too large or small. We pride ourselves on transparency, clarifying how we completed each air duct jobs. To understand what our streamlined process for air ducts looks like, check out our recent spiral air duct jobs in one of our client’s homes. How often HVAC ducts should be cleaned In summary, air ducts should be cleaned every three to five years. In special circumstances, you might be able to push your air duct cleaning timeline to every six to eight years. But, the devil is always in the details. If you or a loved one are sensitive to indoor air quality, have respiratory health issues, or live with asthma, you can never go wrong with cleaning
Why Does My Air Conditioner Keep Turning On and Off (Solutions)?
“My air conditioner keeps turning on and off,” one of our clients recently told us. Over the last 20+ years, we can’t tell you how many times our clients have had this very same complaint. When you come home from a satisfying day in the city, all you want is for your A/C to blow strong and long. We understand what it’s like for an air conditioner to turn on and off — and on and off again. You’ve probably thought to yourself at one point or another, “Do I replace the HVAC system itself? Is the issue with the air filters? What about the evaporator coils?” If you allow a short-cycling air conditioner to continue for long periods of time, you might see a rise in energy bills or flat out need a new air conditioner. If you notice your air conditioner turning on and off again — or short-cycling, as the phenomenon is called — this article is for you. In this blog post, we’ll discuss: 3 Components involved in short cycling A/Cs 1. Air filters2. Compressors3. Thermostats Short cycling When your air conditioner repeatedly turns on and off without completing a full cooling cycle — short cycling, as it’s called — the air conditioner shuts off the compressor before the A/C is supposed to shut off. The air conditioner then turns itself back on again and repeats the process. When short cycling occurs, your air conditioner wastes tons of energy and places stress on the air conditioner’s components. The compressor is especially susceptible to wear and tear when the A/C short cycles. If you notice your air conditioner is short-cycling, you’ll want to schedule an air conditioning repair in your living space, as an air conditioning repair team has the tools, knowledge, and experience to diagnose and nip the problem in the bud. What causes short cycling (and keeps turning A/Cs on and off) But, what exactly causes short cycling? You might wonder. The most common causes of a short-cycling air conditioner are the following: Clogged air filters When your air conditioner becomes clogged with dirt and debris, airflow becomes restricted in the air conditioner. For example, hot air becomes trapped in the system, which can cause an air conditioner to overheat and shut down. An air conditioner shuts down as a protection mechanism to keep the air conditioner safe. When the system cools down, the air conditioner will start back up again. Then, the cycle repeats. To fix an air conditioner with clogged air filters, we recommend changing out air filters every one to three months and doing so during the summer season. A quick switcheroo of air filters will allow air to circulate through the A/C system with greater ease. Compressors (and their role in short cycling) A compressor’s job is to push refrigerant gas through an air conditioner, that is, after the refrigerant evaporates in the evaporator coil. The evaporator coil then absorbs any remaining heat. But, did you know that compressors also help keep the rhythm of the air conditioner so that the air conditioner can absorb more heat out of the home during its operation? A compressor can become damaged if it ices over or if liquid refrigerant makes its way into the compressor’s chambers. The result? A malfunctioning compressor, can lead an air conditioning system to short-cycle. Malfunctioning thermostats and short cycling Last but not least, we turn to thermostats. Thermostats can lead an air conditioner to turn on and off, so issues with the thermostat can lead to short cycling. What’s more, if the wiring between an air conditioner and its thermostat is in disrepair — or if the thermostat is miscalibrated — the air conditioner can short-cycle. The reason is that your thermostat may not register the temperature in your home. When the A/C unit can’t recognize the temperature in your home, your air conditioner will start and stop in an effort to reach its desired temperature. Did you know? Speaking of thermostats, did you know that you can control your A/C with your smartphone? Honeywell and Nest make a full line of exceptional, easy-to-use thermostats that are functional and surprisingly fun to use. With the HVAC market expecting to see an increase in thermostats according to Dataintelo.com (2024), smart thermostats may be the way of the future. Check out what these bad boys look like in action on our Facebook page. The role of HVAC repair teams with short-cycling air conditioners For a short cycling air conditioning system, you can fix the A/C unit yourself. But, be aware that the hassle and stress with doing so may not make financial sense. Sometimes, the job will cost less — and be done right the first time — with a professional. Whether your A/C isn’t blowing cold air or it’s turning on and off over and over again, you’ll want to keep a reliable A/C repair and maintenance crew’s contact information on hand. If you live or work in the Sarasota, Florida region and need help with your A/C or HVAC system, give the Straightforward Professionals at Streamline Heating and Air a call. We’d be happy to offer you a no-cost, risk-free heating and A/C estimate for all your A/C installation and repair needs. For streamlined service and simplified A/C repairs, contact us today. Meet the Straightforward Professionals at Streamline A/C!
AC Not Turning On? 10 Reasons Why Your Air Conditioner Won’t Turn On
In Florida’s hot and muggy weather, staying cool and hydrated is a must. Fortunately, with today’s current HVAC technology, keeping cool and collected has never been easier. What happens when your air conditioner is not turning on? But when an A/C breaks down, you’ll want to be prepared. With extreme heat being one of the leading causes of weather-related deaths in the United States (Southern Methodist University, 2024), you can’t afford not to have your air conditioner turn on — especially for us Floridians. Air conditioner not turning on? Wondering how to prepare yourself if your air conditioner has issues? We have just the thing. In this article, we’ll discuss: 10 Everyday solutions and fixes for A/C units that won’t turn on 1. Check the thermostat2. Clean and replace your air filter3. Check the emergency shut-off switch4. Check the unit’s power switch5. Ensure the drain lines and pan are clean6. Hit your air conditioner’s “reset” button7. Look for ice buildups in evaporator coils8. Keep condensers clean9. Patch up blown fuses10. Look out for low refrigerant and refrigerant leaks Beyond thermostats: how air conditioner units works Air conditioners tend to have three main parts: The first two are located outside a residence or business, and the evaporator is inside. An air conditioner starts cooling fluid that enters the compressor. The compressor then squeezes the liquid, and the molecules in the liquid begin to become packed. The more the molecules are pushed together through pressure, the higher the temperature and energy will be produced. Then, this fluid exits the compressor as a high-pressure gas, but not before moving to the air conditioner condenser. A condenser helps heat disperse. Therefore, the fluid that leaves the condenser is cooler, changing from a gas to a liquid in the process. The fluid then moves to the last part of an air conditioner, the evaporator. As its name suggests, the evaporator’s metal fans exchange thermal energy with the surrounding air. The refrigerant leaves the evaporator, but as colder, lower-pressure gas, leaving your home and business cool and comfortable. So, while identifying issues in an air conditioner can be fixed on your own, the process can become complicated fast. The more you know the “why” behind what’s happening in your A/C unit, the better equipped you’ll be to keep it running with minimal fuss. Common areas that cause problems in A/C units The most common reasons why an air conditioning unit won’t turn on is due to issues with the A/C unit’s thermostat, circuit breakers, and condensers. Issues with the AC unit’s thermostat An A/C unit’s thermostat is often the culprit behind why an A/C unit won’t work. The thermostat communicates with your air conditioning unit. If the unit isn’t turning on when you need it to — or if it isn’t working — your system won’t be able to make heads or tails out of the temperature in your living space. Sometimes, resetting your thermostat is all that’s needed to ensure your air conditioner starts working again. Other times, the issue can be due to the circuit breaker. Circuit breaker problems A tripped circuit breaker is trouble and another reason why an A/C unit may not be turning on. If many appliances are being used at one time, the appliances can trip the circuit breaker. But why do circuit breakers trip? Circuit breakers trip when excess electricity flows to the circuit or when the circuit can no longer handle the excess current load. To reset your circuit breaker, look for your electrical panel. The electric panel is often located in the garage of a home (or dedicated room for utilities, if in a business location). Flip the switch from on to off and then back again. The quick flip on and off should do the trick. If not, though, you’ll want to inspect your HVAC system for condenser-related issues. Condenser-related issues Not having issues with your circuit breaker or thermostat? Sometimes, the issue could just be an unplugged condenser unit. To troubleshoot condenser unit issues, keep your eyes out for a brown cord that extends from your unit to a panel on the side of your home or business. Condenser wires can often come unplugged or damaged by the elements. When the cord becomes damaged or unplugged, electricity can stop flowing inside the unit, causing issues with starting up the A/C unit. If you’re having issues with your condenser unit, you can always call an HVAC professional to resolve the issue. If you choose to resolve the issue on your own, be prepared to assess at least ten major areas of your HVAC unit to discover the root of the problem. 10 reasons why (and fixes for) A/Cs that are not turning on If you’re looking to diagnose an A/C issue, the following 10 solutions can help you resolve why your air conditioner is not turning on. Your A/C unit may not be turning on due to a myriad of reasons. Try the following everyday solutions and fixes to help ensure your indoor temperature remains cool and comfortable: 1. Troubleshoot for thermostat issues Most thermostats have a function that allows users to set the indoor temperature to “cool.” Make sure your thermostat is on this setting and is set at five degrees below the current indoor temperature. Someone living in your home may have changed your home’s temperature settings — or the temperature setting may have been turned off — hence why your A/C unit may not be working. 2. Clean and replace your air filter Clogged and dirty air filters are another reason why an A/C unit may not turn on. Filters need to be cleaned and changed often. A dusty filter can clog an HVAC system, forcing an air conditioning unit to work more than it should to reach its intended temperature. Many air conditioning systems are built with a trigger that tells the system to turn off if the air filter is clogged or dirty. So, how often should you change your
