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.  Before running down the rabbit hole of replacing your air conditioner, check this important AC component.

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 from the HVAC system

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 from a Bad Capacitor

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
• Air Conditioner isn't cooling

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 & Electrical will provide inspections, repairs, and emergency needs to make sure your AC capacitor and any other components are in order.  Call Chapman today at (317) 207-9378.

Air conditioners in Indianapolis work hard through long, humid summers. By the time August arrives, many systems are showing signs of wear. When something goes wrong, the decision is not always as simple as scheduling a repair. For homeowners in Central Indiana and Bloomington, the bigger choice is whether another repair is worthwhile or if it is time to plan for a replacement.

The answer depends on a few straightforward factors: how old the system is, what the repair involves, and how well the unit is handling everyday comfort. Looking at those points side by side can help you make a practical choice.

Signs Your AC Just Needs an Air Conditioning Repair

Not every problem calls for replacement. In many cases, a focused repair can get your system running reliably again.

• The unit is under 10 years old
• Repairs involve simple components like a bad AC capacitor, thermostat, or fan motor
• Cooling performance is steady once maintenance is complete
• Energy bills have not shown unusual spikes
• The system has not had a history of frequent breakdowns

These issues are common and often cost-effective to address. AC repair can extend the life of your system without the immediate expense of replacement.

Signs It’s Time to Replace Your AC

As systems age, repairs can become more frequent and less effective. Replacement may be the better investment if you notice:

• The unit is 12 to 15 years old or older
• Breakdowns involve major components like the compressor or evaporator coil
• Repair costs are adding up year after year
• Certain rooms stay uncomfortable no matter how long the system runs
• The system uses R-22 refrigerant, which is expensive and being phased out

When several of these factors apply, AC replacement often makes more financial and practical sense than continuing to repair.

How System Age Affects the Repair vs Replacement Decision

When homeowners start weighing repair vs replace air conditioner decisions, one of the first things to consider is system age. The typical air conditioner or HVAC system lasts about 10 to 15 years with proper maintenance, but the heavy cooling demands of Indianapolis summers can place extra strain on air conditioning systems over time.

As your air conditioning system gets older, the likelihood of additional repairs increases. Internal components begin to wear down, efficiency may decline, and repair costs can gradually add up. While conditioning repair can often solve a single issue, an aging AC unit may develop frequent repairs as parts reach the end of their lifespan.

If the unit’s age is under about 10 years and the repair costs are manageable, it often makes sense to stick with AC repair and repair your system rather than investing in a full replacement. In many situations, repairs are generally much easier and more affordable than installing a completely new unit.

Once an air conditioner reaches 12 to 15 years old, however, the conversation begins to shift. At that stage, the cost of ongoing repairs can start to approach replacement costs, especially if major components like the compressor, evaporator coil, or refrigerant system fail. Older air conditioning systems may also use more energy, which can contribute to a higher energy bill compared to newer high-efficiency HVAC systems with improved SEER ratings.

That said, there are no hard rules when deciding whether to replace your cooling equipment. The best option depends on the unit’s age, the price of the current repair, and how reliably your current system is or isn't cooling your home. Looking at those factors together can help you determine whether continuing air conditioning repair makes sense or if it is time to begin planning for unit replacing with a more efficient system.

How Indiana’s Humid Climate Affects Air Conditioning Systems

Air conditioners in Indianapolis do more than cool the air. During long Midwest summers, they also remove large amounts of humidity, which forces air conditioning systems to run longer and work harder than they might in drier climates.

When an air conditioner runs extended cycles to control both temperature and moisture, key components like the compressor and evaporator coil experience additional wear. Over time, this added strain can lead to higher energy use, rising energy bills, and an increased need for repairs.

Benefits of a New AC in Indianapolis

Choosing replacement comes with advantages beyond avoiding repairs. A new air conditioner can provide:

• Lower energy use with higher efficiency that reduces utility costs: important during long stretches of 90 degree plus days in Central Indiana
• More consistent comfort during Indiana’s humid summers: older systems often struggle to keep indoor temperatures steady
• Quieter operation thanks to modern technology: systems run without becoming background noise during constant use in August
• Better indoor air quality with advanced filters and humidity control: households breathe easier even during muggy weather
• Warranty protection that adds peace of mind: homeowners reduce the chance of unexpected costs right after installation
• Potential rebates or utility incentives available in the Indianapolis area: programs can make the investment more affordable

For many homeowners in Indianapolis and Bloomington, these benefits help offset the upfront cost over time, making replacement a smart, long-term decision.

The 50% Rule for HVAC Decisions

A useful guideline for homeowners is the 50% rule: if the cost of a repair is more than half the cost of a new system, and your unit is past the halfway point of its expected lifespan, replacement is usually the smarter option.

For example: putting $2,000 into a 12-year-old air conditioner when a new unit costs around $4,500 may not be the best use of your budget. Replacement provides long-term reliability and avoids the risk of another costly repair in the near future.

Why You Should Get a Professional Opinion on HVAC Repair Costs

Every home and system is different. The size of your space, the condition of your ductwork, and your comfort needs all play a role in the decision to replace your air conditioner. A professional inspection gives you clear information about your system’s condition, the cost of repair versus replacement, and options for HVAC financing if a new unit is the best choice.

Chapman has been serving Central Indiana for more than 40 years. Our technicians provide straightforward assessments so you can make a decision with confidence.

Call Chapman for AC Guidance in Indianapolis

The choice between repair and replacement does not have to be complicated. Chapman’s team can inspect your system, explain the costs, and recommend the option that best fits your home. From Bloomington to Indianapolis, we are here to keep your home comfortable through every season.

Why Paying Attention to Your Air Conditioner Matters for Your Home

Most homeowners do not spend much time thinking about their air conditioner. As long as the system keeps the house comfortable, it tends to stay out of mind. That is completely normal. Heating and cooling equipment is designed to work quietly in the background of everyday life.

However, air conditioners often give small clues when they are beginning to age or lose efficiency. These changes are usually subtle at first. You might notice the system running a little longer than usual, a slight increase in your energy bill, or one room that feels warmer than the rest of the house. If you are troubleshooting performance, you may also find it helpful to review what to check air conditioner isn’t cooling before you schedule service.

Paying attention to these early signs does not mean something is about to fail. Instead, it gives you useful information about how your system is performing. When you notice these changes early, you have the opportunity to plan ahead rather than make a rushed decision during a heat wave.

A little awareness can go a long way. Understanding how your air conditioner is performing helps you keep your home comfortable, manage energy costs, and avoid unexpected surprises when the weather gets hot.

Many Cooling Systems Begin to Show Signs After 10 to 15 Years

Air conditioners are built to provide dependable cooling for many years. However, most systems begin entering the later part of their lifespan after about a decade of use. If your air conditioner is between 7 and 15 years old, it may be a good time to start paying closer attention to how the system performs in your home. This does not mean replacement is urgent, but noticing small changes early can help you avoid unexpected problems later.

Some homeowners begin to notice signs your air conditioner needs to be replaced as the system ages. These signs often appear gradually while the system is still running. Staying on top of basics like filtration also helps support airflow and performance. If you are not sure when to swap it, see how often should I change my air filter.

Sign #1: Rising Energy Bills

One of the earliest signs your air conditioner needs to be replaced is gradually rising energy bills even though your cooling habits at home have not changed. As an older system ages, the air conditioning unit can lose efficiency and may require more power to maintain comfortable cooling during warmer temperatures. The air conditioner may still cool the home, but the system often runs longer cycles to push cool air through the house. Over time, this reduced performance can lead to higher energy costs. If your unit is older and struggling to keep up with cooling demand, it may be a sign that planning for replacement or a more efficient replacement unit could help improve comfort and reduce energy use.

Sign #2: Uneven Airflow or Rooms That Feel Warmer Than Others

Another common sign homeowners notice is uneven airflow or weak airflow in certain areas of the home. An aging air conditioning system may have difficulty distributing cool air evenly through the house, especially as internal components wear down. You might notice that one room cools quickly while another feels warm even when the air conditioner and cooling system are running. In some cases this can be related to duct issues, but it can also indicate that an older unit is struggling to maintain balanced cooling throughout the home.

If uneven airflow comes with weak starts, short cycling, or inconsistent cooling, it can be worth reviewing bad AC capacitor symptoms to see if a failing part may be contributing.

Sign #3: Your System Runs Loudly or Sounds Different Than Before

Most air conditioners produce some sound while operating, but if your system runs loudly or begins making new noises, it can be one of the noticeable warning signs that something is changing inside the unit. Rattling, buzzing, or vibration can develop as internal components of the air conditioning system wear over time. These sounds may not immediately affect cooling, but they can indicate that parts within the system are under strain. When a home air conditioner begins sounding different than it once did, scheduling an HVAC service visit can help identify whether simple repairs will restore normal performance or whether the aging unit is approaching the point where replacement may be the more practical long term solution.

Sign #4: Repairs Are Becoming More Frequent

Every air conditioning system occasionally needs repairs, especially as systems get older. However, if your air conditioner requires repairs more often each season, it can be one of the clearer signs that the unit is nearing the end of its lifespan. Frequent repairs may involve worn components, refrigerant issues, or declining cooling efficiency that affects comfort throughout the home.

It is also smart to address moisture issues early. If you have noticed leaks, pooling, or stains, read more about preventing air conditioner water damage and when to bring in a professional.

When Should You Replace Your Air Conditioner

There is rarely a perfect moment to replace an air conditioner. Most homeowners start thinking about replacement when their system is older, repairs become more common, or cooling performance begins to decline. Planning ahead allows you to choose the right system for your home instead of making a rushed decision during a breakdown.

Should You Repair or Replace Your Air Conditioner

If the repair is small and the system is still fairly new, fixing the issue usually makes sense. However, if repairs are becoming more frequent and the system is nearing the end of its lifespan, replacement may provide better long term value and comfort. For help restoring performance now, schedule ac repair. If you are ready to plan an upgrade, Chapman can help with ac installation and system selection based on your home and comfort goals.

Most air conditioning systems last about 10 to 15 years depending on usage and maintenance. Ongoing ac maintenance can help extend lifespan and improve efficiency, especially before the cooling season ramps up.

Schedule an Air Conditioner Inspection with Chapman Heating, Air Conditioning & Plumbing

If your air conditioner is getting older or your cooling system is not performing the way it used to, a professional inspection can provide helpful clarity. The experienced technicians at Chapman Heating, Air Conditioning & Plumbing can evaluate your system, check overall performance, and identify early signs of wear or declining efficiency.

An inspection allows homeowners to make informed decisions about whether simple repairs, maintenance, or future replacement may be the right next step. Our goal is simple: help keep your home comfortable, your cooling system running efficiently, and prevent unexpected surprises when temperatures rise.

If you need help with your central system, Chapman also provides central air conditioning repair to keep your home comfortable through the season.

Call (317) 207-9378 today to schedule your air conditioner inspection with the trusted team at Chapman Heating, Air Conditioning & Plumbing.

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!

How Does Air Conditioner Water Damage Occur?

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.

Common Causes of an Air Conditioner Leaking

Several mechanical or maintenance problems can lead to air conditioner water damage. When these issues occur, excess water may begin collecting inside or around the system instead of draining properly away.

Water from a Clogged Condensate Drain Line

One of the most common causes of air conditioner leaking is a clogged condensate drain line. The condensate line carries moisture created during the cooling process away from your system and safely out of your home.

Over time, dirt, algae, dust, and debris can build up inside the line, creating a clogged condensate blockage. When this happens, condensation cannot drain properly and may back up into the system.

A clogged condensate drain line can eventually lead to a clogged drain, allowing water to overflow from the drain pan and leak around the unit. If ignored, these moisture problems can lead to additional issues, including mold growth or damage to nearby flooring or drywall.

Water from a Frozen or Dirty Evaporator Coil

The evaporator coil inside your air conditioning system is responsible for absorbing heat and allowing humidity to condense into liquid water during the cooling process.

If airflow is restricted by dirty air filters or blocked vents, the evaporator coil may become too cold and ice can form on its surface. When the ice eventually melts, the excess water may overwhelm the condensate drain, leading to an air conditioner leaking around the indoor unit.

Frozen coils can also cause additional system strain and may lead to damaged components if the problem continues.

Regular Maintenance Helps Prevent Issues

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.

Schedule an AC Services Appointment

If your air conditioner is leaking, or you are wondering if it is time to repair or replace your air conditioner, Chapman Heating, Air Conditioning & Plumbing is here to help. Our experienced technicians can diagnose the issue and recommend the right solution for your home, whether that means fast AC repair, routine AC maintenance, or a full AC installation if your system has reached the end of its lifespan.

Call Chapman today at (317) 207-9378.

Why Isn't My Air Conditioner Cooling

When an air conditioner isn't cooling, it does not always mean there is a major mechanical failure. Many common AC problems can be traced to simple issues such as thermostat settings, airflow restrictions, or power interruptions. Before calling for service, homeowners in Indianapolis can check a few basic items to see whether the system can be restored quickly.

Incorrect Thermostat Settings and Thermostat Issues

Check the settings on your thermostat. Make sure the temperature control selector is set below the current room temperature, and the system switch is on the COOL or AUTO position. The fan switch should be set to ON for continuous airflow or AUTO if you want the blower to operate only while the air conditioner is operating.

Try to get the air conditioner to turn on by lowering the thermostat to its lowest temperature setting.

Problems with the Air Filters

Dirty air filters are another common cause of cooling problems. When filters become clogged with dust and debris, they restrict airflow and prevent your system from circulating cool air throughout the home.

Check your filter and replace it if it appears dirty. In addition, make sure that all supply registers are open and that furniture, curtains, or other objects are not blocking airflow.

Restricted airflow can also affect important system components like evaporator coils, which rely on proper air movement to absorb heat from your home.

Blocked Outdoor Condenser Unit

A blocked outdoor condenser unit can also prevent your system from cooling effectively. The outdoor condenser needs adequate airflow to release heat from your home.

Inspect the unit outside your home and remove leaves, grass clippings, or debris that may be blocking airflow around the equipment. Shrubs and landscaping should be trimmed back to allow several feet of clearance around the condenser.

When the outdoor condenser unit is obstructed, the system may run longer while producing little or no cooling.

Low Refrigerant and Refrigerant Levels

If basic checks do not resolve the issue, the problem may involve low refrigerant. Refrigerant is the substance that allows your air conditioner to absorb and remove heat from indoor air.

When refrigerant levels drop due to a leak or other issue, the system cannot effectively transfer heat. Signs of low refrigerant can include weak cooling, ice forming on evaporator coils, or the system running constantly without reaching the desired temperature.

Because refrigerant systems are sealed and require specialized tools, this is a situation where an AC professional needs to inspect the system and locate the source of the leak.

Schedule an AC Services Appointment

If your air conditioner isn't cooling properly, Chapman Heating, Air Conditioning & Plumbing is here to help. Our experienced technicians can diagnose the issue and recommend the right solution for your home, whether that means fast AC repair, routine AC maintenance, or a full AC installation if your system has reached the end of its lifespan.

Call Chapman today at (317) 207-9378 for quality AC installation services in Indianapolis, Fishers, Carmel, Lawrence, Greenwood, and beyond.
Serving Fishers, Carmel & Beyond – Contact Us

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.

Finding the recommended thermostat settings for summer and winter can be tricky. If you’re like most people, you want to strike the right balance between staying comfortable and saving on energy costs. This can be especially tough in Indiana’s fluctuating climate.

Whether you're trying to stay cool during muggy summers or warming up during icy winters, setting your thermostat correctly makes a measurable difference. Here's how to take control of your indoor climate without sacrificing comfort or your budget.

Recommended Thermostat Settings

The recommended thermostat settings for summer and winter depend on the time of day and whether you're at home or not. Smart programming and making minor adjustments throughout the day can save you up to 10% a year on heating and cooling bills, according to the U.S. Department of Energy.

What Temperature Should You Set Your Thermostat in Summer?

When it’s hot outside, your thermostat setting can impact how hard your air conditioner works—and how much you spend each month. Here’s what we recommend for your summer thermostat setting:

- When You're Home

Set your thermostat to 78°F (25.5°C) during the day. This is ideal for comfort and efficiency, especially when using fans to improve circulation.

- When You're Away from Home

Increase the setting to 85°F (29.5°C) when you’re away. This might sound high, but we promise it’s not. Setting the temperature at a higher setting while you’re away prevents unnecessary strain on your air conditioning unit.

- When You're Sleeping

Lowering the temperature slightly to 78°F can improve sleep quality without drastically increasing energy usage. Pair this with ceiling fans or programmable thermostat adjustments for added comfort.

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What Temperature Should You Set Your Thermostat in Winter?

As temperatures drop in winter, it’s tempting to crank up the heat, but staying efficient helps you save during the winter. Here’s what you can do to maintain your winter thermostat setting:

- When You're Home

Keep the thermostat at 68°F during the day. This is the best temperature to stay comfortable without overworking your heating system.

- When You're Away from Home

Set your thermostat between 60 and 62°F when you’re away. This helps save energy while keeping pipes from freezing. If you’re away for more than a day, a temperature of 55°F is recommended.

- When You're Sleeping

Setting the temperature to 65°F promotes better sleep and can reduce your energy bill, especially when using flannel sheets or heated blankets.

Heat Pumps Operate Differently in Heating Mode

If your home uses a heat pump, the rules change slightly. These systems work more efficiently at steady temperatures, so large temperature fluctuations can cause them to work harder and reduce their efficiency.

It is generally not recommended to use a programmable thermostat with a heat pump for this reason. However, new programmable thermostats are now available that are specifically designed for heat pumps.

Either way, the best method to get the most out of your heat pump is to maintain a moderate setting.

What Temperature Should I Set My AC for Allergy Relief?

For optimal allergy control while maintaining energy efficiency, set your thermostat between 75-78°F during summer months. This temperature range allows your AC to run consistently enough to filter air and reduce humidity without excessive energy costs.

A programmable thermostat makes this even easier by maintaining stable conditions automatically—crucial for preventing the humidity fluctuations that encourage mold growth and dust mite populations.

Best Temperature to Set Thermostat to Save Money

Adjusting your thermostat is one of the most effective ways to save money on your energy bills, regardless of the season.

Below is a quick-reference guide with the ideal temperature ranges for both summer and winter:

Season	At Home	Away	Asleep
Winter	68°F	60–62°F	65°F
Summer	78°F	85°F	78°F

Energy-Saving Tips

You can stretch your HVAC system’s performance and reduce monthly bills with a few practical adjustments around the house. Here’s how:

• Install a Programmable or Smart Thermostat - A programmable thermostat automatically adjusts your home’s temperature based on your schedule. Many models allow you to control temperatures through your smartphone.
• Seal Windows and Doors - Drafty doors and leaky windows can let conditioned air escape. Use weather stripping, caulk, or thermal curtains to lock in comfort and avoid overworking your HVAC system.
• Maintain Your HVAC System - Dirty filters, clogged vents, and worn components all reduce efficiency. Scheduling regular maintenance appointments helps extend the life of your system and prevents costly repairs.

How to Use a Programmable Thermostat Effectively

Using a programmable thermostat correctly can significantly reduce your energy use without sacrificing comfort. But to reap the most benefits, it’s important to program it correctly.

According to ENERGY STAR, these best practices will help your programmable thermostat work for you, not against you:

• Install your thermostat away from heat sources.

Avoid placing your programmable thermostat near windows, skylights, fireplaces, lamps, or heating and cooling registers.

• Set the thermostat to energy-saving temperatures for extended periods.

Maintaining the same energy-saving temperature settings during the day when no one is home or while you are asleep is best.

• Use the “hold” button only when necessary.

Keeping your settings at a constant energy-saving temperature while you are away for more than a day is best. Use the “hold” button when going on vacation or away for the weekend.

• Don’t constantly adjust the settings.

Constantly adjusting the settings overrides pre-programmed settings. These frequent manual changes cause your system to work harder and increase energy costs.

• Use a programmable thermostat for each zone in your home.

Zoned heating and cooling systems work best when each area has its own programmed thermostat.

• Change your batteries annually.

Low battery levels can cause your system to stop following the programmed schedule or fail altogether. Upgrading to a smart thermostat can simplify this process.

Many models offer voice control, smartphone access, and even geofencing, which adjusts the temperature when you leave or return home.

Take Control of Your Comfort and Energy Costs with Chapman

Indiana weather is nothing if not unpredictable, but your indoor comfort doesn’t have to be. By understanding the recommended thermostat settings for summer and winter, you can enjoy a more energy-efficient home, lower utility bills, and better year-round comfort.

Whether you need a new programmable or smart thermostat, an HVAC system tune-up, or a zone control system for more targeted comfort, the experts at Chapman Heating, Air Conditioning, Plumbing  & Electrical are here to help. We’ve served central Indiana for over 40 years, helping people stay comfortable in every season.

Take charge of your comfort and energy bills. Contact Chapman today for guidance and expert service.

What is an HVAC Damper?

HVAC dampers are small metal plates or valves installed in your ductwork. They determine which portion of your home or business gets heated or cooled until the desired temperature setting is reached.

In other words, they control the amount of heated or cooled air to every part of your property. Dampers are an important part of HVAC zoning systems.

Importance in Your Heating and Cooling System

HVAC dampers help regulate airflow and minimize energy consumption. This, of course, results in lower monthly energy bills and a more comfortable living space.

How Are They Controlled?

Dampers are controlled in one of two ways:

• Manual Dampers: Manual HVAC dampers are operated by moving the valves by hand to open or close them. These valves are situated outside of the ductwork, allowing for easy manual control.
• Automatic Dampers: Automatic dampers are controlled by a motor that opens or closes them. These dampers work in tandem with your thermostat, can be operated remotely, and are capable of self-regulating in response to changing weather conditions.

Types of Dampers in HVAC Systems

There’s more than one type of damper out there. Take a look at the types of HVAC dampers we commonly work with.

Butterfly Flat Dish Dampers

Butterfly flat dish dampers consist of a round blade mounted on a central hinge and seal. The blade regulates the airflow, while the seal ensures that the edges of the blade are securely connected to the duct's circumference, preventing any particles from entering the duct.

Blade Dampers

There are two types of blade dampers: parallel and opposed. As the name suggests, parallel blade dampers have blades that are parallel to each other, while opposed blade dampers have blades that move in opposite directions.

Guillotine Dampers

We get that the name is a little morbid. Guillotine dampers are typically meant for industrial applications that need airflow isolation. They can be used to temporarily isolate airflow while a technician does maintenance on your HVAC system.

Louver Dampers

Louver dampers are the most common dampers used in HVAC systems. As the name suggests, they are louvered, can fit any duct size, and are highly durable in blocking airflow.

Inlet Vane Dampers

Inlet vane dampers are dampers used in appliances that require fan shut-off. These types of dampers can result in long-term energy savings.

Where are HVAC Dampers Located?

HVAC dampers can be placed in a few different areas of your ductwork. Common spots for damper placement include:

• Main Supply Ducts: This is the most common location for damper placement. They are placed in the main supply ducts to help control airflow to different areas of your house.
• Branch Ducts: Dampers can be placed in the branches of ducts, which allow for better temperature and airflow control.
• Return Ducts: Return ducts are an excellent location for managing and ensuring even pressure distribution.

Things to Consider When Installing a Damper

The number one thing to consider when installing HVAC dampers is how efficient they’ll be in controlling the airflow to certain parts of your property. Ductwork design plays a significant role in determining this.

Ductwork Design

It’s important to consider the design of your ducts. For example, branch ducts may be the best option for you if your ductwork runs to different areas of your home or business.

Benefits of Using Dampers in Your HVAC System

There are many benefits to using HVAC dampers. Let’s take a look at some of them.

Energy Efficiency and Savings

Regulating the flow of your air can reduce the cost of your monthly energy bills.

Reduced Hot and Cold Spots

Dampers can solve the issue of a hot upstairs and a cold downstairs.

Enhanced System Performance

The more controlled your airflow is, the better — and longer — your HVAC system will perform.

Solve Airflow Issues with Professional HVAC Solutions

There’s no need to be uncomfortable in your own home or business if you choose the right HVAC company.

For more than 40 years, Chapman Heating, Air Conditioning, & Plumbing has been providing HVAC solutions to homes and businesses across the Indianapolis area. If you've been looking to find the right HVAC contractor in the Indianapolis area, Chapman is your answer.

Control your airflow the Chapman way, and contact us for more information about our HVAC damper services.
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At one point or another, we’ve all wondered, “Why is my room so hot?” One room in your home may be particularly warmer than others, and now you don’t understand why. This experience is particularly frustrating during the summer, when outdoor temperatures are at their highest.

Don’t sweat it. Let’s learn more about your home’s HVAC system and how to fix a hot room in your house.

Why is My Room So Hot Compared to the Rest of the House?

When answering the question, “Why is my room hotter than the rest of the house?” There are numerous factors to consider. Let’s break it down and review 12 of the most common reasons why your room is so hot.

1. Direct Sunlight

One possible reason for your room getting too hot is its exposure to direct sunlight. Rooms with many windows tend to invite sunlight in, and once the heat is trapped, the temperature inside can rise significantly due to the greenhouse effect.

2. Blocked Return Air Vents

Blocked return air vents, whether they’re closed or blocked by furniture, can also raise the temperature in your room. Restricted airflow prevents the room from adjusting in temperature correctly, so make sure your air vents aren’t restricted by blockages.

3. Multi-Story Home

Multi-level homes also create conditions that can lead to hot rooms. Rooms on the upper floors are more likely to become hotter than the lower floors due to the thermostat being located on the ground floor.

Additionally, higher levels of the home are especially influenced by outdoor air temperatures because heat rises.

4. Poor Insulation

If your room is constantly hot—and not just during the daytime—you’re probably asking yourself, “Why does my room get so hot at night?” The answer could be poor insulation.

Lackluster insulation can cause cool air to escape your indoor spaces, resulting in uneven temperatures, such as your room being hotter than the others. Insulation will need to be addressed by a professional HVAC technician to ensure your room can maintain the desired temperatures.

5. Faulty or Outdated Ductwork

Much like home insulation, poor or outdated ductwork can also contribute to hotter rooms throughout your home. Damaged, old, and dirty ductwork won’t properly circulate air evenly throughout your home, causing some rooms to be hotter than others.

In these cases, an HVAC professional will have to conduct repairs or replacements.

6. AC System is Too Small

If your air conditioner is undersized, you’ll start to notice uneven temperatures throughout the home. This can cause rooms farther away from the AC system to become hotter than others. Since the system is undersized, you’ll also notice higher humidity levels because it cannot absorb moisture.

Consult with an HVAC professional to analyze your home’s needs to find a correctly sized AC system.

7. Thermostat Placement

Although it may seem like an afterthought, the placement of your thermostat is crucial. Since the thermostat reads the temperature of the area it’s located in, if it’s subject to direct sunlight, it will register unrealistically hot readings, with uneven cooling likely to follow.

8. Dirty Air Filter

At the root of many AC issues is a dirty air filter. Air filters clogged with dust and dirt can prevent your AC unit from distributing cooling evenly. If the air filter is dirty and located near the hot room in question, it’s probably the culprit.

Make sure to check your air filters monthly to determine when they need to be replaced.

9. Electronic Heat

Heat-producing electronics, such as televisions, computers, lamps, and others, can further contribute to a warmer room. One electronic may not make much of a difference, but multiple can contribute to a room’s temperature imbalance.

Make sure electronics are turned off when not in use, or relocate some of them to cooler areas in the home to help minimize electronic heat.

10. Outdated and Unsealed Windows

Older homes or those with an abundance of window space may experience hotter rooms due to outdated or unsealed windows. Older windows aren’t as effective at preventing the effects of outdoor weather, and the same can be said for deteriorating or a lack of caulk.

If this is the issue at hand, the windows should be resealed or replaced.

11. Inefficient Air Conditioning System

Keeping your home cool and comfortable is an uphill battle when your AC system is inefficient. Older or inefficient AC systems often struggle to provide cooling to certain areas and rooms of the home.

Upgrading to a newer and more efficient system will restore comfort to your home while reducing your energy costs in the long run.

12. Single-Zone HVAC System

A final reason why your room is so hot could be that your home uses a single-zone HVAC system. Opt for a multiple-zoned system if some rooms are hotter than others; zoning systems are better equipped to provide optimal cooling and comfort throughout your home.

Fix Hot Room Issues with Professional Air Conditioning Services

Dealing with hot room issues? Address this uncomfortable problem with professional assistance. Chapman Heating, Air Conditioning, Plumbing & Electrical is your go-to provider for AC services like repair, installation, replacement, maintenance, and zone control systems.

“Why is my room so hot?”

Our technicians have answers. We know how to fix a hot room in a house by expertly diagnosing the problem and implementing the necessary solutions, keeping you comfortable and cool no matter what.
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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 air conditioning issue.

What Causes an AC Unit to Freeze Up?

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.

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.

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.

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.

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.

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.

1. 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.

2. 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%.

3. 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.

4. 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.

5. 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.

Serving Carmel, Fishers, Lawrence, and Nearby Cities with Reliable Air Conditioning Services

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 & Electrical is ready to help.

Chapman Heating, Air Conditioning, Plumbing & Electrical provides reliable and efficient 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.