Wondering why your AC unit is freezing up in the hottest months of the year? You might ask yourself, “How is it that it’s 90 degrees outside and my AC unit has frost buildup?” This issue actually happens to be a very common problem and can lead to further HVAC complications. So, why is your AC unit freezing up? And, what can you do to prevent this from happening? It’s important to understand the causes and preventive measures to tackle this common AC issue.
6 Common Causes of Your AC Freezing Up
1. Low AC Refrigerant
Your AC unit requires a certain amount of refrigerant to guarantee the best cooling performance. When the refrigerant falls under the required amount, the balance will be thrown off and lead to your air conditioner freezing.
If you spot frozen coils, this is a common sign your air conditioner has low refrigerant levels. Contact a professional technician to restore your air conditioner’s refrigerant levels and mitigate the possibility of future AC problems.
2. Dirty Air Filters
One of the most common factors that leads to your AC freezing up is a dirty air filter. Your air conditioner’s air filter can become dirty due to debris buildup and dirt accumulation. This will then lead to a lack of airflow into your AC system and cause it to overwork itself, resulting in a freeze. Monitor your air filters and change them regularly to avoid a frozen AC unit.
3. Broken or Clogged Coils
A broken or clogged evaporator coil can also lead to a frozen AC unit. Evaporator coils may become clogged due to dirt and dust buildup or they can become corroded over time and break and lack efficiency. These issues compound and lead to unusual temperatures, leading to ice buildup.
4. Blocked Air Vents
A blocked air vent is caused by the same debris and dirt buildup seen with dirty air filters. The same cause leads to the result, a frozen AC unit. Check your air vents regularly and clean and vacuum them when necessary.
5. Damaged Blower Motor
The blower motor in your air conditioning system plays a key role in keeping your home cool. If the blower motor becomes damaged or fails altogether, this can cause your AC unit to freeze and cease working. Hearing a rattling sound while it’s trying to operate indicates something is wrong with it. Issues with a blower motor are a more complex issue and an HVAC technician should be consulted if the blower motor is the culprit.
6. Clogged Condensate Drain Line
Your AC’s condensate drain line is responsible for removing water created in the cooling system and disposing it away from your home. The condensate drain line can become clogged due to dirt, mold, or debris and the created excess moisture can flow into your AC unit and home, possibly causing issues to both. And ultimately, freeze your air conditioning coils.
How to Stop Your Air Conditioner From Freezing Up
Now that the causes of this problem have been established, what are the ways to prevent a frozen AC unit? Use these tips as an added layer of protection against freeze buildup.
Check Refrigerant Levels
Have an HVAC technician inspect your refrigerant levels to determine if your AC unit needs or is sufficient for the time being.
Replace Your Air Filter
You should practice regularly checking your AC’s air filters. Inspect the air conditioner’s air filters for debris or dirt buildup and clean or replace them every one to two months. This will improve your air conditioner’s performance and the quality of air. Replacing a dirty or clogged air filter can lower your air conditioner’s energy consumption by 5% to 15%.
Inspect the AC Drain Line
It’s important to check your AC drain line throughout the summer, but using a dry/wet shop vacuum to remove debris and other buildup will help you prevent a frozen AC unit. You can also turn to an HVAC specialist to help with this preventive measure.
Keep Vents Open
Keeping your vents open and free of blockages is one of the easiest ways to prevent a frozen AC unit. Avoid closing more than two or three vents at any given time.
Contact an HVAC Technician to Inspect Your Fan
Your blower motor’s fan is a vital piece of equipment to help generate airflow. This is often difficult to do on your own, so contact an HVAC technician to inspect your fan. Keeping the blower motor’s fan in working order is an important step to prevent a frozen AC unit.
Local Air Conditioning Maintenance & Repair with Chapman
A frozen AC unit at your home can stem from a variety of causes, but thankfully, there’s a great list of preventative measures to help you start preventing it from happening. If your options have run out and you’re stuck with a frozen AC unit in the Indianapolis, Indiana, area, Chapman Heating, Air Conditioning & Plumbing is ready to help.
Chapman Heating, Air Conditioning & Plumbing provides reliable, efficient, and local air conditioning services for homes in Indianapolis, Carmel, Fishers, Lawrence, and other surrounding areas. Chapman’s HVAC technicians are there to keep your household cool all summer long.
Your home’s air conditioner holds significant importance among its appliances. A malfunctioning unit can cause considerable inconvenience for homeowners. AC capacitors play a crucial role in the functioning of any Indianapolis HVAC air conditioning system, and a deteriorating capacitor can precipitate AC problems.
What Is an Air Conditioning Capacitor?
An AC capacitor is a piece of equipment inside the outdoor condensing unit of an air conditioner. The AC capacitor delivers power to the motor driving the air conditioning system. The capacitor jumpstarts the cooling cycle by providing a surge of energy to the system. It then sustains operation by supplying consistent electricity until the cycle finishes. Initially, it delivers a power surge equivalent to 300 to 500 percent of the system’s normal electrical requirement.
Once the air conditioner motor reaches its optimal speed, the capacitor regulates excess power and provides a stable energy supply throughout the cooling process. Much like a battery, the AC capacitor is similar to a battery, storing and distributing energy as needed during operation.
How Long Does an Air Conditioning Capacitor Last?
No homeowner wants to deal with ac issues, especially during the summer months. With the AC capacitor being the air conditioning unit’s main component, a fully functioning AC capacitor is a necessary item to avoid uncomfortable living conditions. AC capacitors can last a long time but will need to be replaced down the road.
With routine maintenance on your Indianapolis air conditioning unit, an AC capacitor can last up to 20 years. To avoid any issues, scheduling regular maintenance with a professional can make a world of difference. Following up on this advice will contribute to the longevity of your AC capacitor and your air conditioning unit as a whole.
7 Signs of a Bad AC Capacitor
Being able to tell the signs of a faulty AC capacitor is a key first step to diagnosing possible AC issues. Here are seven signs to tell if your AC capacitor is bad.
1. Air Conditioner Blowing Warm Air
When your air conditioner is running but is failing to blow cold air throughout your home, it could be a faulty AC capacitor. This symptom is insinuated by the air conditioning unit blowing out warm air. When the AC capacitor is bad, it prevents itself from starting and the air conditioner is no longer able to remove heat and transfer it outside the home.
2. Humming Noise
Another sign of a faulty AC capacitor is a humming noise coming from the access panel of the condenser unit. This will force the capacitor to operate at an excessive level, resulting in that mentioned humming noise.
This sound might also originate from the AC motor. To differentiate the noise, try turning the AC unit on and off. If the humming persists, it’s likely stemming from the AC capacitor.
3. Burning Smell
A particularly worrisome sign for a homeowner is a burning smell coming from the condenser unit. This smell usually signifies a faulty AC capacitor. This may be due to item obstruction, normal wear and tear for the system, or even overexertion. You might be able to fix it by lubricating the bearings, but replacement will be a better option for a long-term solution.
4. High Energy Bills
If your capacitor is damaged, it will cause the compressor to overwork itself. When components within the air conditioning system are run excessively, this can lead to higher energy bills. Identifying symptoms like high energy bills and getting repairs will prevent costs from compounding on top of each other. Having to pay higher energy bills and repairs is a nuisance that nobody wants to deal with.
5. Air Conditioner Turns Off
One of the many signs of a bad capacitor is the air conditioner turning off suddenly. The air conditioning system should never shut off on its own. It’s common for the unit to short circuit now and then, but continuous issues with your air conditioner need to be evaluated for a permanent fix.
6. Air Conditioner Won’t Turn On
Setting your thermostat to your desired temperature and the air conditioner refusing to turn on is an issue no homeowner wants to face. One of the issues that could cause this is a bad AC capacitor. If the AC capacitor is indeed bad, the air conditioner may take longer to turn on or won’t turn on at all. Severe damage to the AC capacitor may cause the air conditioner to not turn on period.
7. Aging HVAC System
The last sign your AC capacitor is faulty is the age of the component itself. If your air conditioning system is older and is struggling to maintain cooling cycles, this is a telltale sign that the AC capacitor has worn out over time. If the AC capacitor is bad, the system will not fulfill your home’s cooling demands, which leads to higher energy bills and a less comfortable home.
Schedule an Air Conditioning Repair With Chapman
The AC capacitor, like many other components within your air conditioning system, is integral to its functionality. There are seven symptoms to keep in mind when you might be weary of a bad AC capacitor:
- Air conditioner blowing warm air
- Humming noises
- Burning smell
- High energy bills
- Air conditioner turns off
- Air conditioner won’t turn on
- Aging HVAC system
Indianapolis homeowners want a reliable air conditioning system within their homes to maximize comfortability throughout the year’s hottest months and days. Contacting Chapman Heating, Air Conditioning & Plumbing will provide inspections, repairs, and emergency needs to make sure your AC capacitor and any other components are in order.
Homes in Indianapolis and beyond look forward to the warm weather brought by spring. After spending many months cooped up inside during the colder winter months, many families will jump at the first chance to spend some time outside in the warm weather. As spring arrives and the weather gets warmer, however, those within your home will likely deal with symptoms caused by seasonal allergies.
One of the main causes of seasonal allergies, cottonwood, can cause a variety of allergy symptoms. However, cottonwood can also cause serious and expensive problems with your home’s air conditioning system.
What is Cottonwood?
Cottonwood is the little white tufts of cotton that have been floating through the air. They come from cottonwood trees. Notorious for causing allergy symptoms like sneezing, itchy eyes, and congestion, cottonwood can wreak havoc on your family if it manages to get into your air conditioner’s condenser coils. However, it can also cause issues to the AC system itself.
Unfortunately, one cottonwood tree can cause hundreds of dollars worth of damage to your air conditioning unit. Cottonwood produces small and fuzzy bits of cotton that fly around outside and can latch onto your air conditioner coils. They can easily be sucked into a condenser coil and cause reduced airflow across the coil.
Over time, this will cause your air conditioner to become less energy efficient. It will have to work twice as hard as it normally would, causing you to pay more money for the same, or even less, cool air than you might usually have. These problems can build and could potentially even result in an overheated compressor, requiring you to have an expensive replacement installed.
How to Protect Your AC Unit
Don’t wait until your air conditioner is beyond the point of a simple repair. The easiest way to get rid of a cottonwood problem is to have your air conditioner professionally cleaned as soon as possible. You might think this is an easy task to handle yourself, but we strongly recommend the help of a professional. If you try to clean off the coil yourself, you might embed the cottonwood seeds deep into the coils and make the situation worse.
Air Conditioning Cleaning Services
Certified HVAC technicians understand how every make and model works because they have received the proper training. Your air conditioning technician should be able to inspect your system, determine if cottonwood is causing any airflow problems, and properly clean out the cottonwood.
Beyond being incredibly important to your home’s comfort during the warm weather, air conditioners are very expensive to replace if you try to fix the issue yourself and cause further damage. Trying to fix the issue yourself might end up damaging your machine beyond repair. To avoid causing irreparable damage, get in touch with a professional.
Contact Chapman for Air Conditioning Services
Don’t let the increased amount of cottonwood in the air ruin your air conditioner. Solve the problem by calling an HVAC service technician to properly clean your machine. They will make sure your coils are cleaned without doing more damage to your AC unit. Save yourself the time and money, and pick up the phone and call Chapman Heating and Air Conditioning at 317-943-8717 or schedule a service appointment online today!
Throughout the year in Indianapolis and across Central Indiana, the temperature will fluctuate from hot and humid in the summer to frigid and below-freezing in the winter. If you’re constantly adjusting and cranking the temperature on your thermostat, it will lead to higher-than-expected utility bills and overall frustration and discomfort.
Finding ways to keep your house cool in the summer and warm in the winter will help you deal with the extremes, but it’s still important to know the best temperature for your home.
There is a lot of conflicting information out there about the best thermostat setting for winter and summer that will keep you comfortable and lower your electricity bill. One of the best and most trusted sources of information regarding the proper thermostat settings is the U.S. Department of Energy (DOE).
Keep reading to learn more about what temperature to set the thermostat at for every season.
Recommended Thermostat Settings in the Winter
Although the wind chill might make it frigid outside, it should not be cold inside your house. Even if the temperature drops to single digits, you can rely on your furnace or other heating system to keep your home comfortable.
In the winter, the DOE recommends keeping your thermostat at 68 degrees Fahrenheit while you are awake and at your house. This temperature not only keeps your house warm but should also help prevent your pipes from freezing.
However, to help save money and be more energy efficient, it’s an option to adjust the temperature depending on where you are and what you’re doing. Specifically, the DOE suggests turning the temperature on the thermostat down while you’re sleeping or out of the house.
Even by lowering the thermostat by seven to ten degrees for eight hours a day, you can see up to a ten percent decrease in your annual heating expenses. This figures out to be as much as one percent for each degree lowered.
It’s important to remember that percentage change goes both ways. If you’re freezing in your house when the thermostat is set to 68 degrees Fahrenheit, you can expect a one percent increase in your heating bill.
Recommended Thermostat Temperatures for the Summer
Summers in Indiana can be brutally hot. But, like your heat, you should hesitate before cranking your air conditioner to try to cool your house down faster. This will only waste energy and put extra stress on your appliances, which over time, can decrease its operational efficiency. Plus, it’s not proven to be effective in cooling your home down any faster.
During the summer, the biggest challenge is finding the right temperature that balances your comfort with saving money and energy.
That is why the DOE recommends setting your thermostat to 78 degrees Fahrenheit when you are home during the summer. While this might make your house a little warmer than you’re used to, it does help reduce the cost of your energy bill significantly.
When you leave during the summer, do not be afraid to crank up your thermostat setting between 85 to 88 degrees Fahrenheit. The DOE estimates this can help you save as much as ten percent on cooling costs annually.
Recommended Thermostat Settings for Spring and Fall
During the fall and spring, you’re less likely to experience the extreme temperatures and conditions associated with winter and summer. However, the weather can still be unpredictable, which can make setting your thermostat a little tricky.
If you have a programmable thermostat, we recommend the following thermostat settings during the spring and fall:
- During warmer periods, set the thermostat to 78 degrees during the day, and 86 degrees if you leave the house.
- During cooler times, set the thermostat to 68 degrees while you’re at home and awake, but lower it to 65 degrees when you’re asleep. You can even lower it further to 60 degrees when you leave the house.
Even with a programmable thermostat, it is best to place the device on “auto” mode during the spring and fall. This allows you to set the desired temperature as the weather changes and makes it easier to lower your energy bill.
Why You Should Adjust the Temperature When You Leave the House
One of the keys to maintaining a comfortable temperature in your home while saving money and being energy efficient is to lower the temperature on the thermostat when you leave the house.
Our team of HVAC professionals recommends the “8 is Great” rule, which states:
Adjust your temperature by eight degrees when you know you’re leaving the house for at least two hours. For example, if your thermostat is set at 68 degrees Fahrenheit while at home during the winter, turn it down to 60 degrees Fahrenheit before heading out to work, school, or running errands.
Some people find it difficult to remember to adjust the thermostat as they’re running out the door. Others forget to turn it back once they arrive home and soon find themselves freezing or sweating.
This is where a programmable thermostat comes in handy. It allows you to automate the process. With a programmable thermostat, you have the ability to just set the times and temperature settings you want without having to think about it ever again. This is especially helpful if you have a set schedule.
For example, you leave the house for work every day at 8:00 a.m. and return by 5:00 p.m. You can program the thermostat to adjust during the hours you are away while ensuring it’s back to your preferred temperature before you get back home.
Whether it’s learning the best temperature settings, or which programmable thermostat is right for you, Chapman Heating, Air Conditioning & Plumbing is here to help. Contact us today to learn more about your home’s heating and cooling system so you can stay comfortable no matter the season.
We often put a lot of emphasis on purchasing heating and cooling equipment that is ‘energy-efficient’ , and why not? Who doesn’t want to save some of their hard-earned money by lowering their monthly energy bills?
But what does energy efficiency actually mean when it comes to HVAC systems? In our most recent blog, the technicians at Chapman shed some light on efficiency ratings so the next time you’re in the market for a new system, you’ll know the right questions to ask. For all of your heating and air conditioning needs in Indianapolis, contact Chapman today.
What Ratings Are Used to Measure a Cooling System’s Performance?
Energy-efficiency ratings play an important role in determining how much you will spend on a heating and cooling system and its operating costs. Seasonal energy efficiency ratio (SEER) and energy efficiency ratio (EER) are the two efficiency ratings used to measure a system’s performance. A unit with higher SEER and EER ratings will equal lower operating costs but will come with a higher price tag.
First, let’s dive a little deeper into these efficiency ratings.
SEER rating
If you’re in the market for a new air conditioning system, a SEER rating is one of the most important factors to consider before making a purchase. According to Energy.gov, a seasonal energy efficiency rating is a measure of how much cooling output your home’s central air conditioner puts out during an entire season in comparison to the energy it uses to do so.
When it comes to seasonal energy-efficiency ratio ratings, the higher the number, the more energy-efficient the cooling system is. A 10 SEER air conditioner won’t be as energy-efficient as a 13, 16, or 20 SEER unit, for example. An older model will have a lower SEER number, which will mean that you will end up paying more money each month on your energy bill. A newer model, on the other hand, will likely have a high SEER rating that will lower your home’s energy usage and save you money on your energy bill.
Air conditioners manufactured today have SEER ratings as low as 13 to as high as 24. To achieve ENERGY STAR status, your AC unit must have at least a 14.5 SEER. According to Energy.gov, upgrading from SEER 9 to 14, for example, can reduce your energy consumption by 35 percent. So if you were paying $100 a month in cooling costs, your bill would be reduced by $35.
It’s important to note that you’ll pay more upfront for a high-efficiency air conditioning unit, but you’ll recoup that money over time with the energy savings you’ll gain.
EER rating
An EER efficiency rating isn’t as commonly referred to because it applies only to room air conditioning units. Room air conditioners cool rooms rather than an entire home or business. Room air conditioners are less expensive to operate than central units but do not have nearly as much coverage.
An EER efficiency rating is a standardized measure of an air conditioner’s overall efficiency. The EER rating is calculated by dividing the BTU, or British Thermal Units, rating by wattage. The measurement is based on operating an AC when the temperature is 95 degrees Fahrenheit outside. The average EER rating is about 8.5 Anything above a 10 EER is considered efficient.
Choosing the right size room air conditioner is very important. A small unit running for an extended period of time operates more efficiently than a large unit that cycles on and off too frequently. Always consult with an HVAC system contractor before you make a purchase to get an expert opinion on the right unit for your needs.
How to Check Your Air Conditioner’s Energy Efficiency
If you want to find out what your air conditioner’s energy-efficient rating is, check your system’s user manual or the AC’s cabinet. If you have an older system with a lower SEER or EER rating, it could be a good time to upgrade to a newer, energy-efficient model.
When it comes to understanding HVAC energy efficiency ratings, things can get tricky. But understanding which energy efficiency rating applies to which air conditioning unit will greatly help when it comes time to purchase a new unit.
Contact Chapman for Your Home’s HVAC System Needs
If you still have questions about SEER ratings, EER ratings, or anything else regarding HVAC systems or equipment, make sure to ask the HVAC system technicians at Chapman. They will be able to provide the right answers and guide you in the right direction. When you’re ready to request an estimate for a new HVAC or air conditioning system or schedule an appointment, call Chapman at 317-953-4806!
There’s a good chance that for the past few years you’ve been hearing HVAC contractors talking about the R-22 phaseout, or the Freon phaseoutespecially if you own an AC system that still relies on it. But what even is the phaseout? And how does it impact you? Chapman Heating, Air Conditioning & Plumbing is here to clue you in!
What Is R-22 Refrigerant?
Nearly all modern cooling systems rely on a refrigerant loop in order to cool homes. The refrigerant cycles between the evaporator, condenser, and the compressor in order to, essentially, move warm air out of your home to replace it with cool air. There are many different types of refrigerant, and for a very long time, the most commonly used of these was the chemical R-22commonly known under the name of the company that produced it, Freon.
In terms of efficiency and production speed, R-22 was great. However, it is also an HFC (hydrofluorocarbon), which has been identified as a major contributor to ozone depletion among other problems including high toxicity, and a tendency to degrade.
What Is the Phaseout, and What Does it Mean for Me?
Because of the sheer weight of its negative properties, and the impact is it having on our environment, the EPA selected to steadily remove the use of Freon in an R-22 refrigerant phaseout. In fact, nations worldwide are following suit in what is known as the Montreal Protocol agreement. The process has been a slow and steady one, starting back in 2010, and by 2020 (next year!) R-22 will no longer be accessible to anyone, either via production or import.
What this means for you as a homeowner, is that if your current air conditioner or heat pump uses R-22 refrigerant still, then it is going to become exponentially more difficult (and more expensive) to find replacement refrigerant, and it may be wise to talk to your contractor about an AC replacement.
Do I Need to Replace My Air Conditioner Right Now if I Use R-22?
The answer will partially depend on when your cooling system was installed. Any system installed before 2010 is likely to be using R-22, while more recent systems could be using alternatives. But if you know that you’re using R-22, your answer is this:
Not immediately, nobut there are some things you need to be aware of going forward. The price of R-22 has skyrocketed in the past decade, and it’s becoming scarce already. This means:
- Refrigerant leaks are going to become prohibitively expensive.
- In a few years replacing your refrigerant will become impossible without a retrofit.
However, this is not all bad news! In fact, you stand to gain substantially from replacing soon. The available alternatives for R-22 use more modern technology and options like R410a have already shown advantages in system efficiency and performance. Add in the fact that an AC system installed 10+ years ago is already approaching the due date for a replacement, and you’re in a solid position to replace your air conditioner at just the right timeand just in time.
Contact Chapman for Professional AC Replacement in Marion County Before R-22 is Gone for Good!
At Chapman, we make it our business to provide clients with affordable, professional services and solutions. If you’re looking to dodge the upcoming surge in the cost of repairing a unit that uses R-22, we can help! Our AC installation services work to save you stress and money.
Call 317-291-4909 today to speak with an HVAC contractor in Indianapolis about your options, or schedule a consultation online!
Chapman Heating | Air Conditioning | Plumbing is proud to keep homes cool all across Indianapolis and Central Indiana. Day in and day out you will see our trucks in residential neighborhoods Carmel, Fishers, Zionsville and Westfield too!
With a service fleet of 35 trucks it is easy for us to keep homeowners in Carmel comfortable all year long. Our trained technicians are ready to take care of all their air conditioning, heating and plumbing installation and repair service needs.
Here’s what some folks in the area had to say about us:
I am very impressed with the service I received, I had a furnace repair. I received a phone call that the technician was on his was 40 minutes prior to the four-hour window I was given for him to arrive; he arrived 10 minutes after that. He was polite and professional, and was able to quickly diagnose and repair my furnace and thoroughly explained and showed me what the issue was and what he did to fix it. , Rachel
I can’t thank Chapman Heating enough for getting their team together and helping me out of an HVAC jam just before the Thanksgiving holiday. They have an amazing group of people working for them who show respect for their clients and the business they represent. Chapman Heating and their loyal team will forever be the “Good Guys” in my book! , Julie
Chapman installed our new water heater and heating/air units. If you want excellent, fair, timely and clean service, call Chapman. You won’t be disappointed. I thought customer service was a thing of the past, but not at Chapman. They seem to really appreciate your business! , Connie
Chapman is excellent in service and installation work. We love our clean air system and the entire house is fresher. It has been several years since the installation and the Chapman team continues to impress my family with their service. The clean air system has eliminated allergies in our household. , Martha
Do you live in Carmel, or the Carmel-area, and need quality air conditioning repair, air conditioning installation, furnace installation, furnace repair, plumbing installation and plumbing repair? Call your friends at Chapman. Chapman | Heating | Air Conditioning | Plumbing is your source for qualified HVAC repair and installation contractors in Central Indiana.
Oh, and if you catch on of our trucks out and about be sure to take a snap shot and put it up on Facebook or just say ‘Hello’ to us!
More and more folks are hopping on the geothermal heat pump band wagon. And Chapman Heating | Air Conditioning | Plumbing couldn’t be happier!
For those of you that don’t know, geothermal systems use the natural insulating properties of the Earth as the means of keeping the inside of your home at a consistent temperature all year. Even with the dynamic changes in temperature with each season, geothermal heat pumps keep your home just right.
See, no matter how cold it gets or how hot it gets, the temperature below ground actually stays relatively consistent. Here’s how geothermal heat pumps take advantage.
When it’s cold
During the bitter cold winter months, a geothermal unit can be set to heating mode. Wires and conductors underground extract eat from the ground and pulls it into the main system to be distributed through ducts as warm air.
When it’s hot
In the hot, hot summer months, the unit can then be set to cooling mode. In a role reversal, the geothermal heat pump cools your home, not by bringing in cool air, but extracting the hot air from your home and either sending it back to the earth or using it to preheat water in your hot water tank.
So, know you know how it works; here’s why we love it as an alternative to traditional heating and cooling systems.
Reduces costs
Geothermal heating and cooling units operate at around 60% higher efficiency than its counterparts. They typically deliver 5 times the units of energy and, across all heating, cooling and hot water expenses, can potentially save owners up to 70% in energy costs.
That is a pretty good reason on its own! But, there’s more to it.
These systems also carry a longer life expectancy and require less general maintenance, saving you money in the long run as well.
Reduces Environmental Impact
Geothermal heat pumps are extraordinarily environmentally-friendly. Geothermal heat pumps do not emit any carbon dioxide, carbon monoxide or any other pollutants on that long list of harmful pollutants. Harnessing the Earth’s heat means the pump is using a renewable and clean source of energy.
Better Overall Comfort
More than money or environmental impacts, geothermal heat pumps just make your home more comfortable. These systems are more precise in their distribution of hot and cold air. Due to design, the system also acts as a dehumidifier.
Geothermal heat pumps are also quieter than regular air conditioners or furnaces, giving you and your neighborhood better peace.
Better savings, better for the environment and better for your comfort. No matter how you look at it geothermal heat pumps are just better.
Chapman Heating | Air Conditioning | Plumbing carries a full line of geothermal heat pumps. Call us at 317-291-4909 to schedule an appointment with one of our excellent service technicians!
Chapman Heating | Air Conditioning | Plumbing is your source for qualified HVAC repair and installation contractors.
So, you wake up this weekend feeling like you just jumped into a swimming pool. You’re covered in sweat because something is wrong with your air conditioner. Great
What’s the first thing you do? Call Chapman Heating | Air Conditioning | Plumbing , your first call for Indiana air conditioner repair, of course! Once you speak to someone here at Chapman, we will schedule to have one of our service technicians at your door as soon as possible.
But then what? What should you expect when one of our techs makes a visit? Thankfully, you should be happy to know that we don’t just wing it. Chapman has a system in place that we stick to for every air conditioning repair call, or any HVAC repair call, for that matter.
This ensures every time you get a visit from us the experience is always the same.
When we arrive
Your Chapman service tech and the Chapman truck they’re driving will arrive promptly at the agreed upon time. Your service tech will also give you a quick courtesy call to let you know we are coming and to make sure you are there. We’ll knock on the door and introduce ourselves. We also always make sure to put on shoe covers to make sure we don’t trek anything into your home.
We believe in a strong first impression.
After the pleasantries, it’s time to get to work. Our tech will take a few minutes to discuss the problem with you to get an idea of what the solution may be. They will also answer any questions they can before taking a look at your thermostat and equipment.
Fixing your HVAC system
Once we diagnose the issue we will report back to you to tell you what we found and any repairs that need to be made. We like to keep you involved in every step.
We will head back to the van to get you a price for repairs.
Once we have your approval, we’ll make the appropriate repairs and make sure it’s running as good as new.
Wrapping up
With your air conditioner repair or furnace repair complete, it’s time for a little paperwork. We will take a couple minutes to fill out your invoice, complete with any recommendations based on the condition of your system, and a service agreement if you don’t have one.
Before we go, we will give you a recap of the work we completed, go over your invoice, our recommendations and the service agreement. We’ll answer any final questions you have and be on our merry way to the next call.
No hassle, no stress, we’ll be in and out as soon as we know the job has been done right. If you run into issues with your HVAC unit, give your friends at Chapman at 317-291-4909 to schedule an appointment with one of our excellent service technicians!
Chapman Heating | Air Conditioning | Plumbing is your source for qualified HVAC repair and installation contractors.
Summer is in full swing and there is no doubt you have your air conditioner cranking 24/7. Oh, the sweet, sweet relief of an air-conditioned home!
However, summer doesn’t just bring the heat, it also brings lots and lots of rain. On hot days, this rain sometimes just makes it even nastier outside by increasing humidity. Did you know all this rain and moisture can lead to serious damage to your air conditioner?
An air conditioner works in part by removing moisture and heat vapor from the air to help cool off your home. This moisture and vapor are turned into condensation that is dripped into a pan and then out of your unit into the sewer system. Excess moisture from rain or extremely humid days can greatly increase the amount of condensation from your unit.
If left unattended, high water levels can cause clogs that result in leaks that can cause damage to your unit and home or the growth of mold in your home and system that is harmful to breathe.
Don’t worry, there are simple measures you can take to help ensure you won’t have to be confronted by expensive water damage in your home and even possible repairs to your air conditioner. Here’s how.
Regular Maintenance
Like many common trouble areas that can come up with your air conditioner, one of the keys to prevention is regular maintenance. Make sure your HVAC system is annually checked by an air conditioner repair professional.
One of the main reasons for these clogged drain lines are algae that can build up over the years. Your technician can spot and address algae before the build-up becomes too great.
Remember: leave these kinds of check-ups and repairs to the professionals!
Clean Your Air Filter
As your air conditioner cools the air it is also cleaning it. Over time, your air conditioner’s air filter can get NASTY and full of dirt, hair, lint and more. As it gets clogged up, it is harder for air to pass through and moisture can build up on the dirt, where mold begins to grow.
Thankfully, you don’t need an expert HVAC service technician to change an air filter. Be sure to change your air filter every month. This keeps your air clean and help prevent build-up that can lead to moisture and mold inside your unit.
A clogged system also has to work harder, which can wear it out sooner and lead to expensive repairs.
Clear Away Outside Blockages
It is important to make sure anything that could block air flow is cleared from your HVAC unit. Like a dirty air filter, any blockages like bushes, trees, fallen leaves or anything else that could get in its way can cause your system to work harder.
These obstacles may also cause or produce additional airborne blockages that will clog up your filter.
Don’t let the heat and water damage get the best of you this summer. Call Chapman Heating and Air Conditioning today at 317-291-4909 to schedule an appointment with one of our excellent service technicians!
Chapman | Heating | Air Conditioning | Plumbing is your source for qualified HVAC repair and installation contractors.
