You're probably familiar with the phrase get some fresh air. You might tell your child to turn off the video games and go outside for some of that fresh Indiana air. But did you know the same idea applies to your home itself? A fresh air ventilation system helps bring clean air into your living space, without sacrificing the energy efficiency modern homes are built around.

What Are Fresh Air Ventilation Systems and How Do They Work?

Today's homes are built tight. That's intentional — better insulation and sealed construction help reduce heating and cooling loss and lower your monthly energy bills. But that same tightness has a downside: it restricts fresh air from naturally flowing into your home. The result is stale, allergen-filled indoor air that circulates over and over with nowhere to go. This can be especially true in Indiana, where homes are sealed up tight against brutal winter cold from November through March — and then closed back up again all summer for air conditioning. That means for the better part of the year, your home isn't getting the natural ventilation that milder, open-window seasons provide.

Dust, pollen, pet dander, and other pollutants become trapped inside, and without fresh air coming in to dilute them, your indoor air quality suffers. Fresh air ventilation systems solve this problem by continuously bringing in outdoor air while pushing stale indoor air out, all without the energy penalty of simply cracking a window.

So why not just open a window? Opening a window does bring in fresh air, but it also dumps the energy your system worked to heat or cool right outside. A fresh air ventilation system retains most of that energy through a controlled exchange process, making it far more efficient. It's also considerably safer than leaving windows open around the clock.

Ventilation Systems are different from:

• HVAC Filtration Systems: A filter on your furnace or air handler that traps larger particles (dust/dirt) to prevent them from entering the equipment.
• Air Purifier/Cleaner: A standalone appliance or specialized HVAC addition designed to actively capture smaller particles (allergens, smoke) using technologies like HEPA filters
• Whole House Dehumidifier: Installed directly into your HVAC system, a whole house dehumidifier automatically removes excess moisture from the air throughout your entire home — reducing mold risk, improving comfort, and helping your cooling system run more efficiently.
• HVAC UV Light: Ultraviolet germicidal lights installed inside your air handler or ductwork neutralize mold, bacteria, and viruses at the source — preventing biological growth on your coil and improving the overall cleanliness of the air circulating through your home.

Balanced Ventilation for Modern Homes

The goal of any whole-house ventilation strategy is balance.  This means equal amounts of fresh air coming in and stale air going out. Balanced ventilation systems achieve this by operating supply and exhaust fans simultaneously, maintaining consistent airflow throughout every room in the home.

The benefits go well beyond comfort:

• Reduced indoor pollutants and allergens — contaminants don't build up when air is continuously refreshed
• Controlled moisture levels — prevents the excess humidity that leads to mold and mildew
• Healthier breathing — especially important for households with asthma, allergies, or respiratory sensitivities
• Consistent indoor temperatures — fresh air is introduced in a controlled way rather than as a cold draft or heat spike

Without mechanical ventilation, energy-efficient homes can actually trap more pollutants than older, leakier homes. Modern house ventilation systems are the answer to that trade-off.

Types of Fresh Air Ventilation Systems

Understanding your options is the first step toward choosing the right system. There are three primary categories of fresh air ventilation:

Exhaust Ventilation Systems

Exhaust ventilation works by depressurizing the home — fans push stale indoor air out, and fresh air is drawn in through small gaps and passive vents. These systems are simple and cost-effective, but they work best in colder climates and can sometimes draw in unconditioned or polluted air from unintended locations like crawl spaces or garages.

Supply Ventilation Systems

Supply ventilation does the opposite — it pressurizes the home by mechanically pushing fresh air in while stale air escapes through leaks and exhaust points. These systems give you more control over where fresh air enters and are better suited to hot or mixed climates. However, they can introduce humidity in warmer months if not properly managed.

Balanced Ventilation Systems: HRVs and ERVs

Balanced ventilation is the most complete solution for most homes, and it comes in two highly efficient forms: Heat Recovery Ventilators (HRVs) and Energy Recovery Ventilators (ERVs).

HRV (Heat Recovery Ventilator): A heat recovery ventilator transfers heat from outgoing stale air to incoming fresh air, so you're not losing the energy your furnace already worked to produce. This makes HRVs especially effective in colder climates where heating costs are the primary concern.

ERV (Energy Recovery Ventilator): An energy recovery ventilator goes a step further by transferring both heat and moisture. In humid climates or during summer months, an ERV helps keep incoming air from adding unwanted humidity to your home. In dry winter conditions, it helps retain indoor moisture for comfort.

Both types of ventilators connect to your existing HVAC system and operate quietly in the background — bringing in fresh air, exhausting stale air, and preserving the energy your system has already used.

Energy Recovery Ventilation and Energy Efficiency

One of the biggest hesitations homeowners have about fresh air ventilation is the impact on energy bills. It's a fair concern. Introducing outdoor air means your system has to condition it. That's where energy recovery ventilation systems earn their value.

ERVs and HRVs recover between 70% and 80% of the energy from exhausted air before it leaves your home. That means you're getting continuous fresh air exchange while keeping your heating and cooling loads — and your bills — under control. In fact, high-performance ventilation systems often pay for themselves over time through reduced strain on your HVAC equipment and lower energy consumption overall.

The key advantage of energy recovery systems over simply opening windows or relying on exhaust fans alone is that they treat ventilation as a two-way exchange, not a one-way loss.

Choosing the Right Ventilation System for Your Home

No single system is the best option for every household. The right choice depends on several factors:

Climate. HRVs are typically the better fit for cold climates where heating is the dominant energy cost. ERVs are often preferred in hot, humid climates where moisture control is just as important as temperature.

Home size and layout. Larger homes or those with complex floor plans may require zoned or whole-house ventilation approaches to ensure even air distribution throughout all living areas.

Existing HVAC systems. Most fresh air ventilation systems are designed to integrate with your current heating and cooling equipment, but compatibility and duct configuration should be confirmed by a professional before installation.

Indoor air quality needs. Households with allergy sufferers, asthma, or sensitivities to indoor pollutants may benefit most from high-efficiency ERV or HRV products paired with high-quality filtration.

At Chapman Heating and Air, we offer fresh air ventilation systems from trusted brands including Honeywell. Two standout options include:

• The Y8150 Fresh Air Ventilation System — works seamlessly with your existing heating and cooling system. A true set-it-and-forget-it solution that delivers optimal ventilation automatically.
• The Perfect Window Ventilation System — available as either an HRV or ERV, this system connects to your existing HVAC and gives you the ability to manually or automatically adjust how much fresh air flows into your home.

Both systems operate quietly and require minimal maintenance, making them practical for busy households.

Installation and Maintenance of Ventilation Systems

Proper installation is everything when it comes to fresh air ventilation. An incorrectly installed system can create pressure imbalances, introduce unconditioned air in the wrong areas, or fail to deliver the energy efficiency gains it's designed for. Professional installation ensures that airflow is balanced, ductwork is properly connected, and the system is calibrated to your home's specific needs.

Ongoing maintenance is straightforward but important. Routine tasks typically include:

• Filter changes — keeping intake and exhaust filters clean ensures airflow stays unrestricted and indoor air quality stays high
• Annual system checks — a technician can verify that heat exchange cores are clean, dampers are functioning correctly, and the system is operating at peak performance
• Seasonal adjustments — settings may be adjusted as outdoor conditions shift between summer and winter to maintain optimal indoor comfort

With proper care, fresh air ventilation systems are built to deliver reliable performance for many years.

Why Choose Chapman Heating & Air for Fresh Air Ventilation Systems?

Improving your indoor air quality doesn't have to mean higher energy bills or complicated equipment. Chapman Heating, Air Conditioning, and Plumbing has been helping homeowners find the right ventilation solution — from initial selection through installation and long-term support.

Our team will assess your home, explain your options in plain language, and recommend the system that best fits your needs and budget. Whether you're looking to address allergy symptoms, reduce indoor humidity, or simply breathe cleaner air in your home every day, we're here to help.

Ready to bring fresh air into your home? Contact Chapman Heating and Air today to schedule a consultation or learn more about the fresh air ventilation systems we install and service.

Schedule Online (317) 207-9378

At the risk of telling you something you're tired of hearing, replace the air filter in your furnace on a regular basis. Dirty air filters reduce the amount of air flowing through a system and make the furnace work harder to maintain the temperature. How often you change the filter depends on the type of filter you use, if you have pets, and the size of your equipment. Please give us a call and we can give you proper guidance.

Keeping your home comfortable and your energy bills manageable starts with one surprisingly simple habit — changing your air filter on schedule. Yet it's one of the most overlooked parts of home maintenance. If you've ever wondered how often should I change my air filter, you're in the right place.

How Often Should You Change Your Home Air Filter?

Quick answer: every 1–3 months for most homes.

That range exists because no two homes are exactly alike. A single-occupant home without pets may get away with changing filters every 90 days, while a busy household with dogs, cats, and allergy sufferers may need a fresh filter every 30 days.

Your HVAC system depends on clean air filters to do its job. When airflow is unobstructed, your system runs efficiently, your home reaches the set temperature faster, and the air you breathe stays cleaner.  Skipping regular filter changes puts all of that at risk and costs you more in the long run. When an air filter is clogged or dirty, your HVAC system will struggle to pull in air, you'll use more energy to reach the set temperature, and your indoor air quality is greatly reduced.

What Happens If You Don't Change Your Air Filter Regularly

Neglecting filter maintenance isn't just an oversight; it's an invitation for problems that compound over time.

Reduced airflow and uneven temperatures. A clogged air filter chokes off the airflow your HVAC system needs. Rooms that were once comfortable may feel stuffy or inconsistently heated and cooled, and your system has to work harder to compensate.  These leads to more air conditioner repairs and maintenance.

Higher energy bills and system strain. When your HVAC system is forced to pull air through a dirty, blocked filter, it runs longer and draws more power. That extra effort shows up directly on your energy bill and accelerates wear on components like the blower motor — potentially leading to costly heating system repairs.

Increased allergens and poor home air quality. HVAC filters are your home's first line of defense against dust, pollen, pet dander, and other airborne particles. A saturated filter stops capturing these contaminants, and may even start releasing them back into the air. For anyone with asthma or allergies, this can make symptoms noticeably worse.  While installing air purification systems can help, replacing a dirty filter is always the first plan of attack.

How to Tell When Your Air Filter Needs to Be Replaced

Not sure if it's time? Here are three clear signals to watch for:

1. Visible dirt, dust, and discoloration. Pull the filter out and perform a visual inspection. If it looks gray, brown, or completely clogged with debris, it's past due for a swap. A new filter should appear light-colored and clean.
2. More dust in your home or worsening allergy symptoms. If you're noticing dust settling on surfaces faster than usual, or household members are sneezing more, your filter may no longer be doing its job.
3. Your HVAC system is running longer than usual. When it takes noticeably more time to heat or cool your home, a dirty filter is often the culprit. Your system is working overtime to start and maintain airflow through a restricted filter.

Factors That Affect How Often You Should Change Your Air Filter

Pets and Household Size

Pet hair and dander are among the biggest reasons filters clog faster. If you have one or more furry companions at home, plan to change your filter every 30–45 days. Larger households — more people, more activity — also generate more dust and debris, shortening how long a filter stays effective.

Home Air Quality and Allergies

Homes where residents have allergies, asthma, or respiratory sensitivities benefit from more frequent filter changes — often every 20–45 days. Keeping filters fresh is one of the most impactful ways to maintain better home air quality and reduce symptom triggers.

HVAC Usage and Seasonal Demand

Heavy use during summer cooling season and winter heating months puts significantly more wear on your HVAC filters than during mild shoulder seasons. If your system is running nearly around the clock, check your filters more frequently during these peak periods.

Filter Type and Thickness

Not all air filters are created equal. Thicker, higher-quality filters may capture more particles and last a bit longer, but they still need regular monitoring. Filter sizes and construction vary widely, so always check the manufacturer's recommendations alongside these general guidelines.

Recommended Schedule for Changing Your Home Furnace Filter

Household Type	Recommended Change Interval
Vacation home / rarely occupied	Every 6–12 months
Single occupant, no pets	Every 90 days
Average family home	Every 60 days
Home with one pet	Every 30–60 days
Multiple pets or allergy sufferers	Every 20–45 days

Different Types of Air Filters and Their Replacement Timeline

Standard Fiberglass Filters

These are the thinnest, most affordable option — typically 1 inch thick. They provide basic protection for your HVAC system but capture fewer fine particles. They generally need to be replaced every 30 days and offer minimal benefit for home air quality or allergy relief.

Pleated Filters

Pleated filters are the most commonly recommended option for residential use. Their accordion-style design creates more surface area to trap dust, pollen, pet dander, and mold spores. Most pleated filters perform well for 60–90 days depending on household conditions. These represent a solid balance of cost, quality, and convenience for most homeowners.

High-Efficiency Filters (HEPA and High-MERV)

High-efficiency HVAC filters are designed to capture very fine particles, making them ideal for homes with severe allergies or air quality concerns. They can last 6–12 months, but their dense construction can restrict airflow if your system isn't designed for them. Before upgrading to a high-MERV or HEPA filter, consult with a professional to confirm compatibility with your system.

When choosing the right air filter, consider your household needs, your system's specifications, and filter sizes that fit correctly. A filter that's the wrong size — even slightly — allows unfiltered air to bypass it entirely.

When to Call Chapman Heating and Air for Help with Your Air Filter

Changing your filter regularly handles the majority of routine maintenance, but some situations call for professional attention.

Persistent airflow issues even after replacing the filter. If rooms are still not heating or cooling properly after a fresh filter is installed, the problem likely goes deeper — possibly a duct issue, blower problem, or refrigerant concern.

Unusual noises or system inefficiency. Rattling, banging, or whistling sounds from your HVAC system are never normal. These can indicate debris in the system, a loose component, or something more serious that a visual inspection alone won't reveal.

It's been more than a year since your last professional service. Even with consistent filter maintenance, your HVAC system benefits from annual HVAC maintenance and inspections. A technician can catch early signs of wear, clean components you can't reach, and verify that your system is running at peak efficiency.

Schedule HVAC or Air Filter Maintenance with Chapman Heating and Air

At Chapman Heating and Air, we make it easy to keep your home comfortable and your system running right. Our team provides professional inspections, filter maintenance services, and full HVAC system tune-ups for homeowners throughout the area.

Whether you're dealing with persistent airflow problems, want to improve your home air quality, or simply need a trusted local team to handle seasonal maintenance — we're here to help.

Don't wait for a breakdown to think about your air filter. Proactive care is always more affordable than emergency service.

Schedule your HVAC maintenance with Chapman Heating and Air today and breathe easier knowing your system is in good hands.
Schedule Online (317) 207-9378

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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Resetting your gas or electric furnace is a simple task that can often resolve common issues such as a malfunctioning thermostat or a tripped circuit breaker. Whether you have a gas or electric furnace, knowing how to reset it can save you time and money on unnecessary service calls.

Keep reading to learn how to safely reset your furnace to keep your home comfortable when it’s cold outside.

What Is a Furnace Reset Button?

The furnace reset button is a crucial safety feature within your home's HVAC system, allowing for rapid shutdown in case of overheating or malfunction. When triggered, it cuts power to the furnace to prevent potential hazards. However, frequent tripping of this button signals an underlying issue such as overheating.

Why You Might Need to Restart Your Furnace

During the colder months, maintaining a functional furnace is crucial for indoor comfort. In certain situations, such as when the furnace becomes overheated, a reset may be necessary to ensure proper operation. This action halts the furnace and allows for a safe restart, preventing potential issues like a tripped circuit breaker. Here are some reasons why you might need to reset the furnace:

• Fuel Depletion: Running out of fuel can cause the reset button to trip. Check the fuel tank and refill if empty before attempting a reset.
• Closed Gas Valve: A closed gas valve connection can impede furnace operation. You may be able to remedy this problem by opening the valve manually.
• Flame Sensor Problems: Malfunctioning flame sensors can trigger a reset. In such cases, we advise contacting Chapman for a prompt inspection and efficient repairs.

Where Is the Reset Button on a Furnace?

It’s typically colored red or yellow for easy identification and is commonly found inside the blower compartment. The reset button on a furnace serves as a vital safety feature. Remember that it’s normal for furnaces to require occasional resetting, especially in response to overheating. If the furnace frequently requires resetting, you should have it inspected to address any underlying issues.

How to Reset a Gas Furnace

Resetting a gas furnace involves several key steps to ensure safe and effective operation.

1. Ensure the Pilot Light Is Out: Verify that the pilot light is extinguished before proceeding with the reset.
2. Adjust the Thermostat Setting: Reduce the thermostat temperature setting to its lowest level.
3. Power off the System: Switch off the power supply to the furnace by turning off the corresponding breaker in the circuit box.
4. Shut off the Gas Supply: Shut off the main gas supply to the furnace, keeping the pilot gas supply line open.
5. Relight the Pilot Light: Use a lit match to relight the pilot light by holding it near the pilot flame jet's opening.
6. Restore Power and Gas: After relighting the pilot light, turn the circuit breaker and the main gas supply back on.
7. Press the Reset Button: Hold down the reset button for approximately 30 seconds.

How to Reset an Electric Furnace

Resetting an electric furnace involves a few different steps, which are outlined below.

1. Power off the System: Turn off the power supply to the furnace. Locate the corresponding breaker in the circuit box, and turn it off also.
2. Find the Reset Button: Locate the reset button. It’s typically found inside the blower compartment on the side of the blower motor.
3. Press the Reset Button: If the reset button pops up, press it down to reset the furnace. Exercise caution as the housing may be hot.
4. Replace the Cover: Once the reset is complete, return the cover to the blower compartment.
5. Power On the System: Turn the power back on by flipping the breaker switch in the circuit box.

Top-Notch Emergency Furnace Services in Indianapolis and Surrounding Areas

Chapman Heating and Air has served Indianapolis and its surrounding communities with exceptional HVAC and plumbing services for over four decades. We offer comprehensive services, including emergency furnace repair, installation, maintenance, heat pump repair and installation, and indoor air quality solutions.

Whether you're facing furnace issues or seeking to enhance indoor comfort, our team is dedicated to delivering reliable and efficient service. Contact our team of expert technicians to schedule an appointment today.

A lot of homeowners think that heat pumps are no match for the cold winter nights we experience in Indianapolis and across Central Indiana. But that simply isn't true.

Not only are heat pumps able to stand up to Indiana winters, but heat pumps are also an extremely cost-effective and energy-efficient HVAC solution. If you're interested in changing your heating system to an energy-efficient heat pump, give the heating and cooling experts at Chapman a call today at 317-953-4897. We are proud to offer professional heat pump maintenance, repair, and installation services in Indianapolis and the surrounding areas that will improve the overall comfort of your home.

Why is a Heat Pump Ideal for Central Indiana

There are several reasons why heat pump systems are great for Indianapolis area homes. If any of the following benefits could positively impact your home, consider heat pump installations services:

Low electrical rates

Marion County has one of the lowest electric rates in the country, according to Chapman owner Jeff Chapman. Instead of using fossil fuels to heat homes, heat pumps use electricity to move heat from the outdoors and into your Indianapolis home, according to EnergyStar.gov.

Because heat pumps use electricity and the rates are low here, you'll see significant energy savings from operating a heat pump. According to Chapman, if you put a pennies worth of electricity into an electric baseboard or portable heater, you'll get a pennies worth of heat. But if you use a pennies worth of electricity to run a compressor and heat pump, you may get 3.5 to 4 cents worth back.

Significant cost savings

Speaking of savings, you may save up to 50 percent on your electrical costs with the installation of a heat pump compared to electric resistance heating systems, including baseboard heaters and furnaces. Although you'll spend more on electrical costs compared to a gas furnace, you'll save overall on your energy bills by not using fossil fuels.

Ideal weather conditions

Yes, Central Indiana can be cold and snowy in the winter, but not as extreme as our northern neighbors. The average higher temperature during the winter months is in the mid-to-high-30s. Heat pumps operate most efficiently above 40 degrees but are still the most efficient heating source down to 30 degrees Fahrenheit.

When temperatures dip to 25 to 30 degrees or lower, it could be a problem. When this happens, you'll need the assistance of a secondary heating source to go along with your heat pump. Two popular options include electric heat strips or gas furnaces. However, for the majority of winter, you'll be just fine running your cost-effective heat pump.

Provide heating and air conditioning

Unlike traditional HVAC systems, heat pumps also provide air conditioning in the spring and summer thanks to a built-in reversing valve that reverses the flow of refrigerant in the system. Depending on the season, your heat pump can either produce heating or cooling, whenever you need it most.

Quiet operation

Many heating and cooling systems are extremely loud. High-quality heat pumps, though, operate both quietly and efficiently. With the installation of a heat pump, you'll be able to heat or cool your Indianapolis home more quietly than ever.

Safer than gas

Gas furnaces offer many advantages to homeowners, but they do come with an inherent safety concern, as there's always the possibility of a gas leak. Because heat pumps use electricity to run, you won't have to worry about a gas leak, which makes them a safer option. Contact us today to get heat pump services that your Indianapolis home can depend on.

Financing Options from Chapman

We understand that purchasing new HVAC equipment, like a heat pump, is a significant investment for your Indianapolis home. That's why we partnered with Wells Fargo to offer 72 months of special financing on a new Bryant system with approved credit. With a Wells Fargo card, you can buy now and pay over time. Call our HVAC experts today to get more information.

Contact Chapman for Heat Pump Service in Indiana

If you're interested in learning more about the advantages of having a new heat pump installed in your Marion County or Central Indiana home, including increased energy-efficiency and quiet operation, call the professional HVAC experts at Chapman today. If your current heating system breaks down at the worst possible time, the experts at Chapman will be there for you. We offer 24/7 emergency services to ensure that if you ever need heat pump replacement, repair, or maintenance services after normal business hours, you'll be covered.

Our professional heat pump technicians can help by performing high-quality heat pump maintenance, repair, and installation services to improve the overall comfort of your Indianapolis home. Call or contact us online today to schedule an appointment for heat pump services.

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) 207-9378!

When temperatures dip below freezing in Indianapolis and across the Central Indiana area, homeowners rely on their furnace or other heating system to keep them warm and comfortable. But like all appliances, furnaces will break down over time. Unfortunately, this can sometimes happen during the worst possible time, such as the middle of the night when it’s freezing outside.

Sometimes, your furnace only requires a quick and simple fix. However, there are other times when the problem is a little more serious, such as a faulty furnace ignitor.

What Is a Furnace Ignitor?

Without the ignitor, your heater won't blow hot air. It's a critical part of the furnace system since it is responsible for lighting the burner that starts the combustion process that turns fuel into heat. In older units, the furnace ignitor is a traditional pilot light. Most newer furnaces are instead equipped with an electronic ignition system for safety reasons.

Once the thermostat kicks on, you might hear a “click” from the furnace. This is the sound of the spark that “ignites” the gas connected to your heater.

A faulty ignitor is one of the most common furnace problems homeowners encounter, with a typical lifespan of about seven years for a furnace ignitor. Fortunately, when it is time, you can replace the ignitor without replacing the whole appliance.

5 Signs That Your Furnace Ignitor Is Bad

The sooner you address an issue with your furnace, the better. Here are a few indications that you have a faulty ignitor.

1. The Furnace Won’t Turn On

As the temperature starts to drop and you notice that your furnace doesn’t kick on despite how cold it is in your house, there could be a problem with your ignitor.

Before calling in an HVAC expert, you can try the following to rule out other causes:

• Make sure the thermostat setting is on "heat" instead of "cool."
• Adjust the temperature so that it is set high enough to tell the furnace to blow hot air.
• Go to your breaker box to make sure the switch connected to your furnace hasn't tripped to "off."

If all of this is correct, you might have an issue with the ignitor and will need to call a furnace repair company to come assess the unit for you.

2. No Cold Air

If your furnace is running, but all you feel is cold air coming from the vents in your home, that’s another major warning sign of an issue with the furnace’s ignition. Remember that without a functioning ignitor, it’s impossible to create heat with no spark to start the combustion process.

Double-check your air handler and your furnace. If the air handler is on and your thermostat is set to heat, but the furnace isn’t kicking on, your ignitor failing to light the fuel is most likely to blame.

3. Your Furnace Turns On and Off

When a furnace turns on and off repeatedly without staying on long enough to adequately heat your entire home, it’s referred to as short cycling. It is a safety feature that is triggered when the furnace senses a potential problem.

Short cycling can be caused by a number of factors, including a faulty ignitor. As the ignitor wears down, it can’t hold a charge long enough to heat the furnace air, so it turns off. After a brief period of time, the unit tries to start again.

Over time, short cycling can negatively impact your furnace as a whole, which is why it’s critical to get it looked at by an HVAC professional immediately.

4. Tripped Circuit Breaker (More Than Once)

If you’re experiencing continuous trips in the circuit breaker after the furnace turns on, this is a sign of a voltage issue with your ignitor. Specifically, it means that the ignitor might be pulling too much electricity, which causes the breaker to trip over and over again.

Not only is repeatedly tripping the breaker dangerous for your furnace, it can have a long-term impact on the electrical system in your house as a whole. It’s best to leave the breaker set to “off” until the furnace issue is assessed and repaired. This is a situation that deals with high-voltage electricity, so it’s safest to leave it in the hands of a professional.

5. Ignitor Isn’t Glowing

When the furnace turns on to start a cycle, the electric ignitor should glow. If there isn’t a glow, that’s a major indicator that there is likely a problem with the ignitor. In this case, it is best to call a trusted HVAC company for help because a problem with the electronic ignition means there isn’t power to turn on the furnace.

Common Reasons a Furnace Ignitor Fails

There are many things that can cause your furnace ignitor to stop working. It is a complex component with a few safety features in place to prevent major issues. Here are some of the most common causes of problems with your furnace ignitor:

• Loose electrical connections that heat the ignitor
• Damage to the ignitor or electrical connections from a power surge
• Improperly sized ignitor
• A build-up of carbon monoxide near your boiler (this triggers a safety feature that prevents your ignitor from heating up)
• Detection of a gas leak (again, this triggers the safety feature to prevent your ignitor from lighting)
• Damage and loss of continuity from constant use and old age

No matter the reason, the best thing to do if you suspect an issue with your furnace ignitor is to call in a professional, like the Indianapolis furnace experts at Chapman.

Don’t suffer in your cold home any longer than necessary. Contact Chapman Heating, Air Conditioning, Plumbing & Electrical for help repairing your furnace ignitor.

If you live in Indiana, you know you can always expect the unexpected when it comes to the weather, as Mother Nature can be quite unpredictable in the Midwest. With the help of a variable speed furnace, your home will be ready for whatever Mother Nature throws at you.

Bryant variable speed furnaces are manufactured in Indiana, so they're made to work with the unpredictable Midwest weather. Want to learn more about variable speed furnaces? Keep reading our latest blog about the benefits of variable speed furnaces and why one might be a good fit for your Central Indiana home. For all of your home's heating and cooling demands, contact Chapman Heating, Air Conditioning and Plumbing today.

What is a Variable Speed Furnace?

A variable speed furnace is a good choice for all Indiana residents because this gas furnace is extremely energy efficient and is great for year-round use.

The term variable speed refers to the furnace's fan motor. The variable-speed motor moves at different speeds to precisely control the flow of heated and cooled air throughout your home, which results in better airflow control. Better airflow control means an improved balance of temperature and humidity. These furnaces better and uses two-thirds less electricity than a single-speed furnace. So say goodbye to high energy bills!

Advantages of Variable Speed Furnaces

As previously mentioned, a variable speed furnace is great no matter what time of year it is. With various speed settings that allow for lower speeds and energy savings over time, they can be a great option for many families. Some of the benefits of having one installed include:

Humidity control

In the summer months, the variable speed technology provides airflow that provides humidity control. Compared to a single-speed furnace, a variable speed furnace is more effective at drawing moisture from the air. If you live in Indiana, you know that humidity is a killer during July and August.

Improved performance

Variable-speed furnaces will also keep you warm and cozy during the winter months. It provides quiet performance and even temperature comfort. If your indoor temperatures aren't where you'd like them to be, the benefits of a variable speed furnace will allow you to maintain more consistent temperatures all year long.

Perfect Heat technology allows for longer cycles with more even heating on a low stage. It even closely manages your comfort by adjusting the system operations to changing weather conditions. The days of complaining about a noisy furnace are long gone. When you opt to get a variable speed blower, you'll immediately notice how much less noise you're hearing from the unit.

Improved air quality

A variable speed furnace also improves the quality of air in your home. Even when the furnace is not heating or cooling, the fan is in constant operation. This will continue to slowly and inexpensively circulate air throughout your home. This allows the filters to capture and contain debris and allergens so you and your family can breathe easier.

Contact Chapman Today to Have a Variable Speed Furnace Installed in Your Home

Bryant variable speed furnaces are made in Indiana to work with the ever-changing weather. It could be 82 degrees today, but tomorrow it might be 55. Your variable speed furnace will be there to keep you comfortable while dealing with the temperature fluctuations and temperature swings that we have come to expect.

Don't let the Midwest's unpredictable weather drive you crazy anymore. Contact Chapman Heating, Air Conditioning and Plumbing about having a variable speed furnace installed today. For more information about variable speed furnaces, give us a call at 317-953-4897 or schedule an appointment online. Chapman carries a full line of high-efficiency furnaces. Call us to recommend the best services for your home.