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Your furnace may be working just fine today. So, why schedule a tune-up?

Because the best time to find a small problem is before it leaves you without heat. Routine maintenance helps your furnace run efficiently, catches signs of wear, and gives you a clearer picture of its condition before winter puts it to work.

Here’s what a professional furnace tune-up includes and why each check matters.

Why get a furnace tune-up if everything is working?

A furnace can heat your home while still developing problems you may not notice. Components wear down, electrical connections can loosen, and dust can build up as the system runs. Some issues only become apparent when the furnace has to work harder during cold weather.

An annual tune-up gives a trained professional the opportunity to inspect, clean, and test the system before the heating season. It can help:

• Catch potential problems before they become more expensive repairs.

• Maintain efficient operation and consistent heating.

• Identify safety concerns, including issues with combustion or venting.

• Reduce the risk of an unexpected breakdown.

• Support the long-term care of your heating equipment.

Maintenance cannot prevent every failure or guarantee that your furnace will last a certain number of years. But it can help you make informed decisions and avoid letting small issues go unnoticed.

What’s included in a furnace tune-up?

A thorough tune-up is more than changing a filter or giving the equipment a quick look. It includes checks of the furnace’s safety controls, electrical components, airflow, combustion, and heating performance.

The exact steps depend on your system’s age, model, and whether it is gas or electric. The following 19 checks are part of our gas furnace tune-up process.

Gas furnace checklist

1. Clean the furnace cabinet. Remove accumulated dust and debris from accessible areas and inspect the equipment’s general condition.

2. Evaluate the heat exchanger. Check for visible cracks, corrosion, rust, erosion, or other abnormalities that may indicate a safety or performance concern.

3. Take a carbon monoxide reading. Test for carbon monoxide as part of the furnace’s safety evaluation.

4. Clean the burners. Inspect and clean the burners to support proper combustion and operation.

5. Clean and test the pilot or flame sensor. Check the flame-sensing components and take readings as appropriate for the system.

6. Check the ignitor. Test the ignition component and its readings to confirm it is operating properly.

7. Measure gas pressure. Check incoming and outgoing gas pressure against the manufacturer’s specifications.

8. Check the inducer motor. Measure its electrical amp draw and compare it with the rated operating range.

9. Check the blower motor. Measure the blower motor’s amp draw to help identify signs of electrical or mechanical strain.

10. Test the fan capacitor. Check the capacitor’s reading and condition where the system uses one.

11. Inspect the blower wheel. Look for dirt buildup, damage, or other conditions that could affect airflow.

12. Inspect safety controls and limits. Confirm the furnace’s protective controls are functioning as intended.

13. Take high- and low-voltage readings. Check the electrical supply and control voltage for proper operation.

14. Test pressure switches. Verify that the pressure switches operate correctly as part of the furnace’s safety system.

15. Inspect the wiring. Look for loose connections, damage, or signs of overheating.

16. Check the condensate drain and pump. For systems equipped with condensate drainage, confirm the drain and pump are operational and free of obstructions.

Air temperature checks

17. Record the return air temperature. Measure the temperature of the air entering the furnace.

18. Record the supply air temperature. Measure the temperature of the air leaving the furnace.

19. Calculate the temperature rise. Compare the difference between supply and return temperatures with the manufacturer’s recommended range to help evaluate heating performance.

What about an electric furnace?

Electric furnaces do not have gas burners or heat exchangers, so some of the checks above do not apply. A professional tune-up instead focuses on the electrical heating components and the system’s overall operation.

Additional electric furnace checks include:

• Measure heater kilowatt output. Check the heating elements’ power output.

• Record heater amp draw. Measure the electrical current used by the heating elements.

• Inspect the wiring. Look for loose connections, damage, or signs of overheating.

Why the safety checks matter

A furnace does more than keep your home comfortable. It also needs to operate safely. Gas furnaces produce combustion gases that must be properly vented, and a damaged heat exchanger or other combustion-related problem can create serious concerns.

That is why a professional tune-up includes safety testing rather than simply checking whether warm air comes out of the vents. If a technician finds a concern, they should explain what they found, what it means, and what options you have.

A tune-up is not a substitute for working carbon monoxide alarms. Keep CO alarms installed and maintained according to their manufacturer’s instructions.

How often should you schedule a furnace tune-up?

Most homeowners should schedule professional furnace maintenance once a year, ideally before the heating season begins. Your furnace’s manufacturer may have specific maintenance requirements, so follow those recommendations as well.

If your furnace is making unusual noises, struggling to heat your home, cycling frequently, or showing other warning signs, do not wait for your annual appointment. Schedule a repair visit so the problem can be diagnosed.

Is a furnace tune-up included with the Protection Club?

Yes. Peterman Protection Club members receive an annual furnace tune-up as part of their membership benefits, along with other home maintenance and service savings.

The goal is to make routine care easier to keep up with, so you can stay ahead of maintenance instead of waiting for something to go wrong.

Learn more about the Peterman Protection Club

Keep your furnace ready for winter

You should be able to count on your heat when temperatures drop. A furnace tune-up is a practical way to check your system’s condition, address potential concerns, and prepare for the months ahead.

If you’re ready to schedule maintenance, Peterman Brothers can help you take the next step.

Schedule Your Furnace Tune-Up

If you’re shopping for a new air conditioner or heat pump, you’ll probably hear a lot about SEER ratings.

But in 2026, there’s another term you need to know: SEER2.

SEER2 is the current efficiency rating used for new central air conditioners and heat pumps. The higher the number, the more cooling the system can provide for the electricity it uses.

So, what is a good SEER2 rating?

For many homeowners, a system in the 15–17 SEER2 range can offer a strong balance of efficiency and upfront cost. Higher-efficiency systems can go well beyond that, but the highest rating is not automatically the best choice for every home.

Your climate, how often you use your AC, the condition of your ductwork, system sizing, and your budget all matter.

What does SEER2 mean?

SEER2 stands for Seasonal Energy Efficiency Ratio 2. It measures how efficiently an air conditioner or heat pump cools your home over a typical cooling season.

The U.S. Department of Energy introduced the SEER2 rating system in 2023 along with updated testing procedures designed to better represent real-world operating conditions.

In simple terms:

Higher SEER2 = greater cooling efficiency.

A higher-rated system generally uses less electricity to provide the same amount of cooling as a lower-rated system under comparable conditions.

That can mean lower cooling costs over time, especially in homes where the AC runs frequently.

SEER vs. SEER2: What’s the difference?

SEER and SEER2 measure the same basic thing: seasonal cooling efficiency.

The difference is how the equipment is tested.

SEER2 uses updated Department of Energy testing procedures, including conditions intended to better represent the resistance an HVAC system experiences when moving air through a home’s ductwork. Because the testing method changed, you should not compare a SEER number and a SEER2 number as if they use the exact same scale.

If you’re replacing an older system, you may see its efficiency listed in SEER. When comparing new equipment in 2026, look at the SEER2 rating instead.

What is the minimum SEER2 rating in 2026?

There isn’t one minimum SEER2 rating for every air conditioner in every part of the country.

Federal standards vary based on the type of equipment and, for certain central air conditioners, where the system is installed.

Indiana and Ohio

Indiana and Ohio are part of the federal North region.

For standard split-system central air conditioners, the federal minimum is 13.4 SEER2 for equipment subject to the current standards.

Kentucky

Kentucky is part of the federal Southeast region, where requirements for split-system central air conditioners are higher.

Current minimums are:

• 14.3 SEER2 for split-system air conditioners below 45,000 BTU/h.

• 13.8 SEER2 for split-system air conditioners at or above 45,000 BTU/h.

Heat pumps

Split-system heat pumps use a national standard rather than the same regional AC requirements.

The current federal minimum for a standard split-system heat pump is 14.3 SEER2 for cooling and 7.5 HSPF2 for heating.

Your HVAC professional can confirm which efficiency requirements apply to the specific equipment being installed in your home.

So, what is a good SEER2 rating?

Meeting the minimum standard doesn’t necessarily mean you’ve found the best system for your home.

Here’s a simple way to think about your options:

• Around the minimum: An entry-level option that meets applicable efficiency requirements and may have a lower upfront cost.

• 15–17 SEER2: A strong middle ground for many homeowners looking for better efficiency without automatically moving into the highest-priced equipment.

• 18+ SEER2: High-efficiency equipment that may offer greater energy savings and often includes more advanced system technology.

These are general shopping ranges, not official federal efficiency categories.

The right number depends on how much you’ll actually benefit from the additional efficiency.

Is a higher SEER2 rating always better?

Not necessarily.

A 20 SEER2 system is more efficient on paper than a 15 SEER2 system, but that doesn’t automatically mean it’s the better investment for your home.

Consider:

• How long you plan to stay in the home. More time in the home can give you more opportunity to benefit from energy savings.

• How much your AC runs. Homes with longer or hotter cooling seasons may see more value from higher efficiency.

• Your current energy costs. Higher electricity rates can make efficiency more valuable.

• Your home’s insulation and ductwork. An efficient HVAC system can still lose performance through leaky ducts, poor airflow, or a home that loses conditioned air quickly.

• The upfront cost. The additional energy savings should make sense compared with the additional price of the equipment.

Efficiency matters, but it is only one part of choosing the right system.

How much can a higher SEER2 rating save?

The greater the difference in efficiency between two properly matched systems, the less electricity the higher-SEER2 system should need to produce the same amount of cooling under comparable conditions.

But your SEER2 rating cannot tell you exactly what your utility bill will be.

Actual savings depend on things like:

• Outdoor temperatures

• Thermostat settings

• Electricity rates

• Home size and insulation

• Duct condition

• Equipment sizing

• Installation quality

• How often the system runs

That’s why claims like “doubling your SEER rating will cut your entire energy bill in half” can be misleading. SEER2 applies to cooling efficiency, not every source of energy use in your home.

Does a furnace have a SEER2 rating?

No.

This is an important distinction if you’re replacing a complete HVAC system.

Air conditioners use SEER2 to measure seasonal cooling efficiency.

Heat pumps use SEER2 for cooling efficiency and HSPF2 for heating efficiency.

Gas furnaces use AFUE, or Annual Fuel Utilization Efficiency, to measure how efficiently they convert fuel into heat.

So if you’re comparing a complete furnace and air conditioner system, you’ll likely be looking at both an AFUE rating and a SEER2 rating.

What else should you consider besides SEER2?

SEER2 matters, but don’t shop by one number alone.

Proper system sizing

Bigger isn’t automatically better.

An HVAC system should be sized for the home’s heating and cooling needs. An oversized or undersized system can affect comfort, humidity control, efficiency, and equipment performance.

Single-stage, two-stage, or variable-speed operation

Two systems with good efficiency ratings can feel very different inside your home.

Equipment with multiple stages or variable-speed operation can adjust its output instead of operating at full capacity every time it turns on. Depending on the system, that can help maintain more consistent temperatures and humidity levels.

Installation quality

Even highly efficient equipment needs to be installed and set up correctly.

Airflow, refrigerant charge, ductwork, equipment matching, and other installation details can all affect how the system performs once it’s in your home.

Your budget

The goal isn’t to buy the biggest SEER2 number available.

It’s to find the system that gives you the right combination of comfort, efficiency, features, and cost for your home.

Are rebates available for high-efficiency HVAC systems?

They may be.

Utility companies, manufacturers, and local programs can offer rebates or incentives for qualifying high-efficiency equipment. Programs and eligibility requirements change, so check what’s currently available when you’re ready to replace your system.

Your HVAC professional can also help you identify qualifying equipment and understand which incentives may apply.

Choosing the right SEER2 rating for your home

A good SEER2 rating isn’t just the highest number on the equipment label.

It’s the rating that makes sense for your home, your comfort goals, and what you want to spend.

Start by comparing:

• The system’s SEER2 rating

• Upfront equipment and installation costs

• Expected energy use

• System features and comfort benefits

• Warranty coverage

• Your home’s heating and cooling needs

You shouldn’t have to sort through efficiency ratings and equipment options by yourself.

Peterman Brothers can evaluate your home, explain your options in plain language, and help you find a system that fits your comfort and budget.

Get an Estimate for a New HVAC System

Picking the right HVAC size is key for comfort, humidity, energy use, and how long your system will last. This guide explains what sizing means, what affects it, and how to find the right answer for your home.

Key Takeaways

What “HVAC Size” Really Means

When HVAC companies mention “size,” they’re talking about how much heating or cooling the system provides, not how big the unit is.

So a “3-ton AC” is roughly 36,000 BTU/hr of cooling capacity.

Why Sizing Matters More Than You Think

A properly sized system does more than just reach the set temperature. It helps your whole home feel comfortable and consistent in every room.

If the System Is Too Large

Oversized systems often cool the area near the thermostat quickly and then shut off, only to start up again soon after. This is called short cycling and it can:

If the System Is Too Small

Undersized systems can:

What Determines the HVAC Size Your Home Needs

Square footage matters, but it’s only one piece. A home’s “load” (how much heating and cooling it needs) is affected by:

That’s why two homes with the same square footage can actually need different HVAC sizes.

BTU and Ton Estimates by Square Footage

A lot of people start by looking for a “tons per square foot” answer. This can give you a rough idea, but it shouldn’t be your final choice.

A common rule of thumb for cooling is about 20 to 25 BTU per square foot, but you should adjust this based on your home’s construction and layout.

Cooling Size Ranges (Starting Points)

Square Feet BTU Range System Tonnage
1,200 24,000–30,000 2.0–2.5
1,600 32,000–40,000 2.5–3.5
2,000 40,000–50,000 3.5–4.0
2,400 48,000–60,000 4.0–5.0

What Makes You Need More or Less Cooling?

You’ll often fall toward the higher end if your home has:

You’ll often fall toward the lower end if your home has:

The Pro Way To Size Hvac Equipment

The most reliable way to find the right size is to use a process that removes the guesswork.

Manual J (Load Calculation)

A Manual J calculation measures your home’s heating and cooling load. ACCA notes it’s the national ANSI-recognized standard for producing residential sizing loads.

Manual J Looks At:

Manual S (Equipment Selection)

After the load is known, Manual S is used to select equipment that matches the calculated load properly.

Manual D (Duct Design)

If a home uses ductwork, Manual D addresses duct sizing and design so the right airflow reaches each room. This is important because problems with airflow can make a system that’s the right size still feel uncomfortable.

What To Ask an HVAC Contractor

If you want to feel sure about your purchase, ask these questions to make sure the process is done right:

  1. Will you run a Manual J load calculation for my home?
  2. Can you show me the heating and cooling load results?
  3. How are you matching equipment to those results (Manual S)?
  4. Are you evaluating duct sizing or airflow (Manual D / airflow testing)?
  5. If you recommend upsizing, what changed and why?

A good contractor should be able to clearly explain why they recommend a certain size.

HVAC Sizing FAQ:

Bonus Tips Homeowners Can Miss:

Next Steps

If you need help choosing the right size, or if you already know what system you want and just need expert advice on the details, our team is here for you. We’ll visit your home, talk about your comfort goals, and use proven sizing methods like a Manual J load calculation to find the best fit. When you’re ready, contact us to set up an assessment and get clear, data-backed answers for your home

Mini-Splits Explained: Costs, Benefits, and Use Cases

If you’ve never heard of mini-splits before, don’t worry—you’re not alone. They’re one of the smartest, most efficient heating and cooling systems you can install. Whether you’re struggling with uneven temperatures or looking to save on energy costs, a mini-split system could be your new best friend.

Let’s break it down together, starting with the basics.

What Are Mini-Splits?

At their core, Mini-Splits (also called ductless Mini-Splits) are heating and cooling systems that don’t rely on traditional ductwork to move air through your home. Think of them as the modern cousin of your old furnace or central AC—sleek, efficient, and easy to install.

A typical mini-split system has two main parts:

1-The Indoor Unit:

This is the part you see mounted on a wall or ceiling. It distributes warm or cool air into the room.

2-The Outdoor Unit:

Installed outside your home, it houses the compressor and condenser.

A small conduit connects these units, carrying power, refrigerant, and drainage lines. It’s a neat, compact solution that skips all the bulky ductwork.

How Do Mini-Splits Work?

Mini-splits use the same basic principles as traditional air conditioners or heat pumps. They transfer heat instead of generating it, making them incredibly efficient. Here’s a simple breakdown:

In cooling mode, the outdoor unit pulls heat from inside your home and releases it outside.

In heating mode, the process reverses. The system pulls heat from outside (even in cold weather!) and pumps it indoors.

It’s like magic but backed by solid science.

Why Do People Love Mini-Splits?

Why all the hype though? Mini-splits solve a surprising number of problems that traditional HVAC systems can’t.

Zoning Comfort

Ever notice how some rooms in your house are too hot while others feel like Antarctica? Mini-splits let you control the temperature of individual rooms or zones. That means you can keep the living room cozy without wasting energy on the guest bedroom nobody’s using.

No Ducts, No Problem

We get it, ductwork can be a pain. It’s expensive to install, prone to leaks, and takes up a ton of space. Mini-splits bypass all of that. A ductless system is a game-changer if you’re renovating an older home or adding to your house.

Energy Efficiency

Mini-Splits are incredibly efficient. According to the Department of Energy, they can cut heating costs by up to 60% compared to traditional systems. Why? No duct losses and smart zoning.

Quiet Operation

You’ll appreciate this if you’ve ever been jolted awake by a noisy HVAC system. Mini-splits are whisper-quiet—indoors and out. 

Heating AND Cooling

Need heat in the winter and AC in the summer? Mini-splits do both. It’s a one-stop shop for year-round comfort.

Use Cases: Where Do Mini-Splits Work Best?

While they’re versatile enough for almost any home, in these scenarios, they are king.

Room Additions or Renovations

Adding a sunroom, garage, or home office? Mini-splits are perfect for heating and cooling spaces that are not connected to your existing HVAC system.

Older Homes

Got an old house with no ductwork? Mini-splits let you enjoy modern climate control without tearing up walls or ceilings.

Uneven Temperatures

If you’re battling hot upstairs bedrooms or a chilly basement, mini-splits can fix those pesky hot and cold spots.

Energy-Conscious Homeowners

A mini-split is an eco-friendly choice to lower your carbon footprint (and energy bills).

Are Mini-Splits Right for Your Whole House?

Can mini-splits replace your entire HVAC system? The answer is, “It depends.”

As a Supplement

Mini-splits work great alongside traditional systems. If you’re only struggling with a few problem areas, adding a mini-split can save you from overhauling your entire HVAC setup.

As a Standalone System

Yes, you can use mini-splits as your main heating and cooling system—mostly in smaller homes or open-concept spaces. Just remember, larger homes might need multiple units for full coverage.

The Cost of Mini-Splits: Worth the Investment?

Mini-splits aren’t the cheapest option upfront but are a solid investment. 

Initial Mini-Split Installation Costs

On average, installing a single-zone mini-split costs between $2,000 and $8,000. Depending on how many indoor units you need, multi-zone systems (for larger homes) can cost more.

Operating Costs

This is where mini-splits shine. They’re far more energy-efficient than traditional systems, which means lower utility bills. Plus, many models qualify for tax credits or rebates, which can offset the initial cost.

Maintenance

Mini-splits are really low-maintenance. Regular filter cleaning and occasional professional servicing keep them running smoothly.

Mini-Splits vs. Traditional Systems: How Do They Stack Up?

Here’s a quick comparison to help you decide.

Feature

Mini-Splits

Traditional HVAC Systems
Installation Quick and ductless Requires extensive ductwork
Energy Efficiency High (especially for zoning) Moderate
Noise Levels Quiet Can be noisy
Cost $2,000 to $14,000+ $5,000 to $20,000+
Aesthetics Visible indoor units Hidden ducts and vents

Common Questions About Mini-Splits

Let’s tackle some FAQs.

Do Mini-Splits Work in Colder Climates?

Absolutely. Modern mini-splits can operate efficiently even when outdoor temperatures drop below freezing. Some models are rated for temperatures as low as -13°F.

Are Mini-Splits Hard to Maintain?

Not at all. Cleaning the filters every month or two and scheduling professional maintenance once a year is usually enough.

Can I Install a Mini-Split Myself?

While it’s possible, professional installation is highly recommended. Improper setup can affect performance and void your warranty.

Now That You’re Informed Are Mini-Splits Still Right for You?

Mini-Splits aren’t for everyone, but they’re a nice solution for many homeowners. Whether you’re looking to tackle uneven temperatures, reduce your energy bills, or upgrade your home’s comfort, mini-splits deliver.

If you’re still on the fence, why not get a professional consultation? Most HVAC companies, including us, offer free estimates and can help you decide if a mini-split system is the right fit for your home.

In the end, it’s all about finding what works best for you and your family. After all, home is where the comfort is.

1.5-minute read

While we might never agree on the ‘perfect’ thermostat setting, one thing’s clear: where you place it can make a huge difference in your comfort—and your energy bill. 

Why Thermostat Location Matters

Thermostats come in many shapes, types, and levels of capabilities, but they all are the brain behind your HVAC. A bad spot can throw it off, spiking your bills or making things less comfortable.

Here’s everything you need to know to make sure your thermostat location is spot-on.

6 Rules for Ideal Thermostat Placement

1. Avoid Direct Sun
Sunlight makes the thermostat read warmer than it is, causing your system to kick on or off when it’s not needed. Place your thermostat away from windows or sunny walls.

2. Steer Clear of Drafts
Drafts from windows or doors make your thermostat think it’s colder than it is. Your heat may run too long, wasting energy. Stick it on an inner wall, far from doors or windows.

3. Pick a Central Spot
The center of your home, like a hallway or main room, gives a better average read. It’s less likely to be thrown off by hot or cold pockets in the house.

4. Skip Heat-Heavy Zones
Appliances like ovens, stoves, and even TVs give off heat, which can trick your thermostat into thinking your home is warmer than it is.

5. Think High-Traffic Rooms
Choose rooms where people spend the most time, like living or family rooms. These are the spots where comfort matters most.

6. Skip Bedrooms
Bedrooms have specific temperature needs that may not align with the rest of the house.

Bottom Line

The right spot for your thermostat is the key to comfort and cost savings. If you’re still not sure or need help installing a new one, contact us; we’ll be happy to help. A small move could mean a big boost in comfort and savings on your energy bill.

It’s that time of year again. The temperature drops, you reach for the thermostat, and suddenly your home smells like… something’s burning? Don’t panic just yet—this is a common issue when turning on your furnace for the first time after months of disuse.

But when should you be concerned? Let’s break down why your furnace smells like that, what those smells mean, and when to call in a professional.

Why Does My Furnace Smell Like It’s Burning?

When you first turn on your furnace in the fall, that burning smell is usually nothing more than dust burning off. Over the months of warm weather, dust settles on your furnace’s internal components, and when you fire it up, that dust burns off. It’s similar to when you crank up the heat on your oven for the first time in a while—it smells strange but clears up quickly.

When it’s normal: If the smell fades after a few hours, you’re probably in the clear. That initial burst of heat simply burned off the dust, and there’s no need to worry.

When it’s a problem: If the smell lingers for more than a day or gets worse, there might be more going on. Dust burning off is harmless, but if that burning smell sticks around, it could indicate a deeper issue—time to look closer.

Other Common Furnace Smells: When Should You Be Worried?

Not every furnace smell is as innocent as dust burning off. Here are some other common furnace smells you might encounter, what they mean, and what to do about them.

Why Does My Furnace Smell Musty?

Ever turn on your furnace and get a whiff of something musty, like wet socks? This is usually caused by mold or mildew in the ductwork or air filters. Moisture can accumulate in these areas during the summer, especially if you run your air conditioner frequently.

When to worry: If that musty smell sticks around, it could mean mold is growing in your ducts or filters, which can affect the air quality in your home. Mold cannot be ignored—it can trigger allergies and other health issues.

What to do: Try replacing your furnace filters and running the system for a bit. If the smell doesn’t go away, you may need to have your ductwork inspected by a professional.

Why Does My Furnace Smell Like Burning Plastic?

This is one smell you don’t want to brush off. If you notice an electrical or metallic burning smell, it’s a red flag. This could mean that internal furnace components, like wires or motors, are overheating.

When to worry: Always. This type of smell can signal a serious electrical problem, and ignoring it could cause damage or, worse, a fire.

What to do: Turn off your furnace immediately. It’s crucial to get an HVAC professional out to inspect it as soon as possible.

Why Does My Furnace Smell Like Rotten Eggs or Sulfur?

If you ever smell rotten eggs or sulfur when your furnace runs, you’re probably dealing with a natural gas leak. And that’s an emergency situation that is more common than you think with around 69% of homes being heated with gas.

When to worry: Right now. Gas leaks are extremely dangerous and can lead to fires or explosions. Don’t try to fix this on your own.

What to do: Evacuate your home immediately. Call your gas company to report the leak, and then follow up with an HVAC professional for repairs once everything is safe.

Why Does My Oil Furnace Smell Like Smoke?

Got an oil furnace? If you’re smelling oil or smoke, something could be wrong with the burner. Blocked chimneys can also cause smoke smells, which might mean harmful gasses, like carbon monoxide, aren’t venting properly.

When to worry: A strong smoke or oil smell could mean something’s seriously wrong with your furnace. The risk of carbon monoxide poisoning is real here.

What to do: Open your windows to let fresh air in and turn off your furnace. Then, call an HVAC professional to have things checked out.

Troubleshooting Furnace Smells

Before hitting the panic button, there are a few things you can check to make sure your furnace is running smoothly.

  1. Turn off the furnace: If the smell is strong or persistent, turn off your furnace to avoid any potential danger.
  2. Check and replace air filters: Sometimes, funky smells are just from clogged or dirty filters. A quick swap might solve the issue.
    Inspect the area around the furnace: Dust, debris, or even small critters might be lingering in or around the unit. Give it a quick check and clean.
  3. Ensure proper ventilation: Your furnace needs good airflow to work efficiently. Make sure vents and chimneys are clear of obstructions.

 

When to Call an HVAC Professional for Furnace Smells

If your furnace smells like any of the above, or you’re not sure what you’re dealing with, it’s always better to be safe than sorry. Persistent smells, especially those that signal electrical issues or gas leaks, require immediate attention.

Routine maintenance from an HVAC professional can also help you avoid many of these smells altogether. Regular tune-ups ensure your furnace is clean, well-ventilated, and running safely.

Turning on your furnace for the first time in months can come with some surprises, especially in the smell department. While some odors, like burning dust, are totally normal, others can be signs of serious problems. Knowing the difference can save you a lot of stress—and keep your home safe.

Your furnace shouldn’t keep you guessing. If you notice something unusual, don’t hesitate to reach out. Stay safe, stay warm, and keep those smells in check! Now that your heat’s on you can check this out for more tips on preparing your home for winter.

Do you ever wake up with an itchy nose, watery eyes, and sneezing that won’t quit? Yeah, me too. If you’re anything like me, allergies are your worst enemy. You don’t even have to step outside to start sneezing—sometimes, it feels like your house is out to get you.

Allergies aren’t just a seasonal nuisance—they’re a year-round battle if your home isn’t set up to manage them. The good news is that practical, proven ways to manage them exist.

The Most Common Culprits Behind Your Allergies

When people think of allergens, they usually think of pollen outside. Still, the real troublemakers are typically right inside your home. Understanding these common indoor allergens is the first step in combating them.

Dust Mites: Where They Hide and How To Reduce Them

Dust mites are microscopic creatures that thrive in warm, humid environments, which makes your bed, carpets, and upholstered furniture their ideal habitats. These tiny pests are one of the most common triggers of allergies. They feed on the dead skin cells that we naturally shed, and their waste products are allergens that can cause symptoms such as sneezing, runny nose, itchy eyes, and even asthma attacks.

To give you an idea of how out-of-control dust mites can get: a typical used mattress can have anywhere from 100,000 to 10 million dust mites inside. And it’s not just your bed—carpets, curtains, and soft furnishings throughout your home can harbor them.

One of the best ways to reduce dust mites is to wash bedding weekly in hot water (at least 130°F) to kill them and their waste. Additionally, using dust-proof covers on mattresses and pillows can create a barrier between you and the mites.

Love Your Pets, Hate the Dander? Here’s How to Minimize Their Allergens

As much as we love our pets, they come with dander. Dander consists of tiny flecks of skin shed by cats, dogs, rodents, birds, and other animals with fur or feathers. These particles can float in the air for long periods and easily cling to surfaces.

Even if you’re not allergic to animals themselves, their dander can irritate your respiratory system, worsening symptoms for those with asthma or other breathing conditions. The proteins in pet saliva, urine, and feces can also contribute to allergic reactions.

Regular grooming and bathing can reduce the amount of dander pets shed. To minimize exposure, it is also a good idea to keep pets out of bedrooms and off furniture.

Mold Management for Healthier Living

Mold is a type of fungus that grows in damp, humid conditions. It can be found in any home area where moisture is present for an extended time. Mold reproduces by releasing spores into the air, which can be inhaled and cause allergic reactions in sensitive individuals.

Mold allergies can lead to symptoms such as coughing, wheezing, nasal congestion, and eye irritation. In more severe cases, exposure can trigger asthma attacks or lead to respiratory infections, especially in people with compromised immune systems.

Controlling moisture levels is important to prevent its growth. This means fixing leaks promptly, using exhaust fans in bathrooms and kitchens, and running a dehumidifier in damp areas like basements. Regular cleaning with mold-killing products can also help keep mold growth under control.

If you think you have a significant mold problem in your home, it’s crucial to contact a professional mold remediation service immediately to assess the situation.

Large-scale mold growth can pose serious health risks and requires specialized removal techniques to ensure it’s safely and thoroughly eliminated.

Shield Your Home from Pollen

Pollen from trees, grasses, and weeds can trigger sneezing, runny nose, itchy eyes, and throat irritation. Pollen can easily travel into your home in clothes, shoes, or even through open windows and doors. Once inside, it can settle on surfaces and even circulate through your HVAC system, prolonging symptoms.

To minimize indoor pollen, change your clothes and shower after spending time outdoors, keep windows closed during high pollen seasons, and regularly clean floors and surfaces where pollen may settle.

First Steps to Reduce Indoor Allergens

Now that you know what you’re up against, let’s discuss reducing these allergens and creating a more comfortable living environment. These strategies aren’t just about making your home cleaner—they’re about improving your air.

Effective Cleaning Habits to Keep Allergies at Bay

Vacuuming and dusting are essential in maintaining a clean home. Still, they’re only effective if you’re using the right tools. Regular vacuums can stir up dust and allergens, sending them back into the air you breathe. A vacuum with a HEPA (High-Efficiency Particulate Air) filter is essential.

This level of filtration is especially important for allergy sufferers because it prevents the allergens from being recirculated into the air during cleaning.

When dusting, use a damp or microfiber cloth to capture dust rather than spreading it around. Also, remember to clean areas that often go overlooked, such as ceiling fans, light fixtures, and behind furniture—dust and allergens love to accumulate in these hidden spots.

Wearing a mask can also help reduce inhalation of the allergens that may get stirred up while cleaning.

Humidity Control: An Often Overlooked Powerhouse in Reducing Allergens

Humidity levels play an important role in allergens in your home. Too much humidity can lead to mold growth, while too little can cause dust mites to thrive.

A whole-home humidifier and dehumidifier can help maintain optimal humidity levels. During the winter months, when indoor air tends to be dry, a humidifier adds moisture to the air, making it more comfortable to breathe and reducing the likelihood of dry skin and irritated nasal passages.

Conversely, when humidity levels can spike during the warmer months, a dehumidifier removes excess moisture from the air, immensely reducing mold growth and dust mite populations.

By keeping your home’s humidity levels between 30% and 50%, you create an environment that’s less conducive to allergens and more comfortable for you and your family.

Healthy HVAC System = Heathier Indoor Air

If you’re serious about controlling allergens in your home, your HVAC system must be up to the task. Your heating, ventilation, and air conditioning system is the lungs of your home, and keeping it well-maintained is critical to managing air quality.

Clean Air Starts with Regular Filter Changes

Your filters trap dust, pollen, dander, and other particles as air circulates through your system. However, if they’re too dirty or clogged, they won’t filter as well and cause strain on your system, making it run harder than it should have to.

Standard filters should be changed every 1 to 3 months, depending on usage and the presence of pets or allergy sufferers. It’s also a good idea to make sure your home is using a HEPA-quality filter.

HEPA filters are designed to capture 99.97% of particles as small as 0.3 microns, making them the gold standard in air filtration.

Are Allergens Hiding in Your Ducts?

Your HVAC ducts are also important in maintaining your home’s air quality. Over time, dust, dirt, mold spores, and other allergens can gather in the ductwork, which can then be circulated throughout your home every time your system runs.

Regular duct cleanings are vital to remove these hidden allergens. By clearing out the buildup, you not only improve the efficiency of your HVAC system but can also greatly reduce the amount of allergens that can circulate through your home.

The Best in Whole Home Air Purifying Systems

If one tool in an allergy-fighting arsenal stands out, it’s the Reme Halo® air purifier. Installed directly into your HVAC system, it’s more than a conventional ultraviolet lamp filter because it actively improves the air quality in your home. Most air purification systems need to be more active or effective at meaningfully reducing pollutants.

How the Reme Halo® Works

Unlike standalone units that rely solely on air passing through them to destroy particles with its ultraviolet light, the Halo® creates ionized Hydrogen Peroxide molecules and sends them throughout your home. These molecules seek out and neutralize airborne contaminants, including allergens, bacteria, viruses, and even odors, wherever they are in your home.

The ionized particles attach themselves to dust, dander, and other airborne particles, making them larger and easier for your HVAC filters to capture. This process dramatically reduces the number of allergens in the air and improves the overall efficiency of your HVAC system. Studies have shown that the Reme Halo® can reduce airborne bacteria, viruses, and mold by up to 99%.

It also helps homeowners with pets manage pet odors and dander, making it easier to maintain a fresh-smelling and allergen-free environment.

Taking Charge of Your Allergies

Implementing the plans and solutions we’ve discussed—regular cleaning with HEPA filters, maintaining balanced humidity, using high-efficiency HVAC filters, and investing in advanced technologies like the Reme Halo —can make a huge difference. 

Work with a trusted HVAC professional to assess your home’s air quality and identify areas for improvement. Then, develop a plan that meets your specific needs and budget.

With over 30 years of experience in the HVAC industry, our family has seen firsthand how these solutions can transform a home’s air quality and improve the lives of those living there. Whether you need advice on upgrading your HVAC system, installing a Reme Halo, or exploring other options, we’re here to guide you.

Let’s make your home the comfortable, allergen-free space it should be.

If you’ve been thinking about getting a generator for your home, it can be overwhelming with all the options and technical jargon out there. This guide is designed to simplify that process, providing you with a clear and concise overview of everything you need to know about whole home generators. 
In this article, we’ll explore several key aspects to help you make an informed decision about generators for your home. Here’s what we’ll cover:

  1. Understanding Whole-Home Generators
  2. The Importance of Having a Whole-Home Generator
  3. Different Types of Whole-Home Generators
  4. Determining the Right Size Generator for Your Home
  5. Generator Fuel Types and Efficiency
  6. The Installation and Placement of Generators
  7. Operation and Maintenance Tips
  8. Home Generator Cost Analysis
  9. Essential Safety Precautions
  10. Legal and Insurance Considerations
  11. Choosing the Right Generator for Your Home
  12. Final Recommendations and Considerations

What is a Whole-Home Generator?

A whole home generator, or standby generator, is a backup electrical system that operates automatically during a power outage. These generators provide an instant power supply to your home’s electrical circuit breaker box, ensuring a seamless transition during a power loss.
Their primary purpose is to maintain critical appliances like refrigerators, air conditioners, and heating systems operational, providing comfort and safety in your home during emergencies.

Importance of Having a Whole-Home Generator

In regions prone to severe weather or frequent power outages, a whole-home generator is not just a convenience but a necessity. It safeguards against food spoilage, maintains essential medical equipment, and ensures continuous heating or cooling.
Additionally, these generators add value to the property. They can be a lifeline for remote homes where power outages are more than an inconvenience, often posing significant risks.

Types of Whole-Home Generators

Standby Generators

Standby generators are permanent installations that power your entire home. They are typically connected to a natural gas line or large propane tank and start automatically during a power outage. Standby generators are ideal for homes with frequent, prolonged power outages. They are designed to handle a heavy load for extended periods.

Portable Generators

Portable generators, while not intended to power an entire house, can be a budget-friendly alternative. They run on gasoline or propane and provide electricity to essential appliances through extension cords. These generators require manual operation and are best suited for temporary power solutions during short-term outages.

What Size Generator do I need?

Assessing Your Home’s Power Needs

Before purchasing a generator, it’s essential to understand your home’s energy requirements. This involves listing all the appliances and systems you need to keep running during an outage and noting their wattage requirements. Items like refrigerators, sump pumps, and HVAC systems should be prioritized.

How to Calculate Required Generator Size

To determine the generator size needed, add the total wattage of all the appliances and devices you plan to run simultaneously. It’s crucial to consider both the starting wattage (the initial surge of power required to start an appliance) and the running wattage.
A generator’s size is typically measured in kilowatts (kW), and the total wattage of your appliances will guide you in selecting a generator with the appropriate capacity.

Generator Fuel Types and Efficiency

Gasoline Generators

Gasoline generators are widely popular due to their availability and ease of refueling. These generators are generally more affordable and are ideal for short-term use during temporary power outages. However, gasoline has a shorter shelf life compared to other fuels, which can be a limitation for long-term storage.
Gasoline generators also tend to be less fuel-efficient and might require more frequent refueling during extended use. They are a good choice for those needing a portable and easy-to-operate power solution in situations where fuel availability is not an issue.

Diesel Generators

Diesel generators are known for their fuel efficiency and longer running times, making them suitable for extended power outages. Diesel fuel has a longer shelf life than gasoline, which is advantageous for storage and preparedness. These generators are often more durable and can handle heavier workloads.
However, diesel generators can be more expensive upfront and are generally larger and noisier, which might be a consideration in residential settings. Their efficiency and reliability make them a preferred choice for situations requiring a more robust and long-lasting power solution.

Propane Generators

Propane generators are a popular choice for residential backup power due to their clean-burning nature and efficient operation. Propane has a significant advantage in terms of storage, as it can be stored indefinitely without degradation, making it ideal for emergency preparedness. Propane generators are also known for their quiet operation and generally produce fewer emissions compared to gasoline and diesel generators.
They require a propane tank, which means you’ll need adequate space for safe storage. These generators are suitable for those who prefer a balance between eco-friendliness and convenience, as propane is readily available and easy to store.

Natural Gas Generators

Natural gas generators offer the convenience of a continuous fuel supply, particularly advantageous for those connected to a municipal gas line. This eliminates the need for manual refueling, making them a low-maintenance option for home backup power. Natural gas burns cleaner than gasoline or diesel, resulting in fewer emissions and making it an environmentally friendly choice.
The initial installation may require professional assistance to connect to the gas line, which can be a consideration in terms of cost and feasibility. These generators are ideal for homeowners seeking a reliable, eco-friendly, and virtually maintenance-free emergency power solution, with the added benefit of an uninterrupted fuel supply.

Installation and Placement For Your Generator

Professional Installation vs DIY

Installing a whole home generator differs from a typical DIY project due to its complexity and the need to adhere to safety standards and local building codes. Professional installation ensures the generator is correctly connected to your home’s electrical system and fuel supply. It also guarantees that the installation complies with local codes, which might include specific requirements for distance from the house, noise ordinances, and exhaust systems.

Safety Regulations and Local Codes

Adhering to local building and safety codes is crucial when installing a whole home generator. These regulations vary by location and can include specifications for the placement of the generator to ensure it’s away from windows and doors to prevent carbon monoxide poisoning. 
Additionally, there might be requirements for soundproofing, especially in residential areas, to minimize noise pollution. Hiring a certified electrician or contractor familiar with these codes is essential for a safe and compliant installation.

Operation and Maintenance of Your Generator

How to Operate Your Home Generator

Operating a whole home generator typically involves ensuring it’s in ‘auto’ mode, allowing it to start automatically during a power outage. For portable generators, operation involves manually starting the generator and connecting it to the essential appliances. It’s crucial to read and understand the manufacturer’s instructions thoroughly for safe operation and to ensure you’re familiar with the generator’s features and limitations.

Monitoring Your Generator’s Status

Modern whole-home generators often come with the ability to monitor their status via smartphone apps or web portals. This technology allows homeowners to remotely check their generator’s performance, fuel levels, and maintenance needs, ensuring they are always prepared and informed.

Routine Maintenance Checks

Regular maintenance is vital to ensuring the longevity and reliability of your generator. This includes checking oil levels, replacing air and fuel filters, and ensuring the battery is charged. It’s also essential to run the generator periodically to make sure it’s in good working order. For standby generators, it’s recommended to have a professional service inspection at least once a year.

Home Generator Cost Analysis

Initial costs of home generators vary by size and type. Installation requires professional work, representing a significant initial investment. Still, these costs are easily justified by the benefits and convenience during stressful power outages.
Operational costs include fuel consumption, maintenance, and repair. Costs vary depending on generator type and usage frequency. Standby generators generally incur lower operating costs due to their efficiency and fuel type. 
Some insurers offer premium discounts for homes with backup generators, reducing damage risks from power outages. Additionally, a home generator can increase property value, an essential factor in the overall cost-benefit analysis of installation.

Safety Precautions

Safety Measures During Use

Safety should be your top priority when operating a generator. Always place portable generators outside and away from windows, doors, and vents to avoid carbon monoxide poisoning. Ensure the generator is placed on a flat surface to prevent tipping. Never refuel a hot or running generator, which can lead to fires or explosions. Also, use heavy-duty, outdoor-rated cords to connect appliances.

Emergency Protocols

In case of an emergency, such as a fire or carbon monoxide alarm, it’s crucial to have a plan in place. This includes knowing how to quickly and safely shut down your generator and evacuate if needed. 
Install carbon monoxide detectors in your home to monitor levels, especially when the generator is running. Regularly review and practice your emergency plan with all household members.

Permits and Legal Requirements

Before installing a whole home generator, it’s important to understand the local legal requirements. This may include obtaining permits or adhering to specific installation codes. 
Failure to comply with these regulations can result in fines or legal complications. Additionally, improperly installed generators can pose safety hazards.

Impact on Home Insurance and Warranties

Installing a generator can affect your home insurance policy. Some insurers require notification of such installations and may adjust your coverage or premiums accordingly.
On the other hand, a properly installed generator can also be seen as a home improvement, potentially lowering insurance costs. Ensure that your generator comes with a warranty, and understand what it covers to protect your investment.

Choosing the Right Generator for Your Home

Factors to Consider When Buying

Selecting the right generator involves considering factors like power capacity, fuel type, noise level, and cost. Assess your home’s power needs to determine the appropriate size. Consider the fuel availability in your area and the generator’s efficiency. 
Noise level is an essential consideration for residential areas. Lastly, weigh the initial cost against long-term benefits and maintenance expenses.

The Brand We Trust Our Customers With

We are proud to install the Cummins line of generators. Their impressive patent record highlights Cummins’ commitment to innovation in product development. This level of innovation reflects their commitment to quality and reliability in their products.
Cummins’ generators, in particular, are known for their durability and efficiency, making them a preferred choice in various industries, including residential power generation. Their generators are designed to meet diverse needs, offering multiple power solutions for different applications.

Final Thoughts

Summarizing the Importance of Whole Home Generators

Home generators provide peace of mind and security during power outages. They ensure the continuous operation of essential appliances and systems, protecting against potential damages and inconveniences. The right generator can be valuable, offering functional benefits and increased property value.

Final Recommendations for Homeowners

As a homeowner, investing in a whole home generator requires careful consideration and planning. Evaluate your specific needs, conduct thorough research, and consult with professionals. 
Remember to prioritize safety, comply with legal requirements, and perform regular maintenance. With the right approach, a whole-home generator can be a dependable and valuable addition to your home.

As a homeowner, your furnace, much like any other piece of machinery, ages over time, presenting challenges that can have big consequences for you, which leads to you asking, should I replace my furnace?
In this blog, we highlight the importance of recognizing the potential risks of aging systems and emphasize your need to be proactive. Your home’s comfort, safety, and financial well-being are at stake, making it essential to make informed decisions regarding the aging heart of your heating system.

How Old is Too Old for a Furnace?

The age at which a furnace potentially becomes a liability varies, but a good rule of thumb is the 15-year mark. Once a furnace blows out its candles on its 15th birthday, significant problems are much more likely to occur. However, the actual lifespan of a furnace depends on factors such as maintenance history, usage patterns, and the quality of the original installation.
Now, let’s hop into the six reasons why keeping an aging furnace poses risks that every homeowner should know.

1-Older Furnaces Lack Energy Efficiency

One of the biggest drawbacks of an aging furnace is its energy efficiency. According to the U.S. Department of Energy, furnaces 15 years or older can have an efficiency rating as low as 56%, meaning nearly half of their energy is wasted. In stark contrast, modern, high-efficiency furnaces boast 90% or more efficiency ratings.
High efficiency furnaces can translate to savings on your utility bills—an average of 20% to 30% less energy consumption than their outdated counterparts. Upgrading to a more efficient system aligns with environmental responsibility and can put some savings back in your pocket.

2-Potential Safety Hazards of an Older Furnace

Carbon Monoxide Leaks in Your Furnace

Aging furnaces increase the risk of dangerous carbon monoxide leaks. Undetected, this colorless, odorless gas can pose serious health risks. As disclosed by the Centers for Disease Control and Prevention (CDC), more than 100,000 people in the U.S. visit the ER each year due to carbon monoxide poisoning.
As the furnace ages, components like the heat exchanger may develop cracks, allowing this colorless, odorless gas to escape into your home. Additionally, corrosion or rusting of the heat exchanger over time can compromise its integrity, leading to leaks.
Apart from a cracked heat exchanger, carbon monoxide leaks can also result from issues such as a malfunctioning flue pipe or a blocked vent. Any blockages or damage in the venting system can disrupt the proper ventilation of combustion gasses, releasing carbon monoxide into the living space.

Possible Fire Hazards of an Older Furnace

Some sources will tell you that heating equipment is a leading cause of home fires, but we need to clarify something. That particular stat is related to portable and stationary space heaters, which you certainly should be cautious about using and try not to use them if possible. With that being said, here are potential gas furnace fire hazards.

3-Escalating Furnace Repair Costs

Beyond safety concerns, the financial impact of maintaining an aging furnace can be a big reason to consider replacing your furnace. As furnaces age, they become more prone to breakdowns and malfunctions, leading to a steady increase in repair costs and increased frequency of these costly repairs. Components of old furnaces such as the blower motor, igniter, and thermostat may wear out or fail, requiring frequent replacements.
Less talked about is the scarcity of replacement furnace parts for older models which can also contribute to an even higher repair expense if even possible depending on the age of the unit. What starts as a minor repair can quickly turn into a series of costly interventions, ultimately outweighing the upfront investment of a new, more efficient furnace.

4-Missing Out on Newer Furnace Technology

Another inconvenience of not replacing an aging furnace is using outdated technology. Older furnaces lack the advanced features and energy-saving capabilities found in modern models—this technological lag results in less precise temperature control, inefficient heat distribution, and higher energy consumption. Outdated furnaces may also lack compatibility with smart thermostats, which offer convenient and customizable heating and cooling system options that help you increase your comfort in your home!

Examples of Newer HVAC Features and Technologies

5-Potential Environmental Impact of an Older Furnace

Beyond the immediate concerns of safety and finances, not replacing an aging furnace can also have an environmental impact. Older furnaces often lack the energy-efficient features and green technologies incorporated into modern models, resulting in higher greenhouse gas emissions and increased energy consumption. Here’s a deeper look into the environmental consequences:

6-Diminished Resale Value

An aging furnace, laden with potential safety hazards and lacking energy-efficient features, can potentially diminish the resale value of your home. Prospective buyers often view outdated heating and cooling systems as a possible financial burden and a reason for negotiation.

Here’s how keeping an aging furnace can impact the resale value of your home:

Warning Signs Your Furnace May Be Ready To Be Replaced

We’ve covered the potential risks of keeping an aging furnace, but how do you know if your system is in the camp of being old but still runs excellent or is on its last legs? Here are some things to monitor:

Importance of a Professional Furnace Inspection

While it’s crucial to be aware of warning signs and potential issues with your aging furnace, the best solution lies in having a professional HVAC technician take a look. A thorough inspection by a qualified professional can comprehensively assess your old furnace’s condition, identifying issues that may not be immediately apparent.
If you’re in our service area and think it might be time to replace your furnace, please reach out, and we’ll schedule a free appointment to look at your aging furnace. Our team of qualified technicians will assess its condition, discuss findings with you, and provide recommendations tailored to your home’s heating needs.
Even if you’re not in our service area, we strongly urge you to contact your local HVAC professional. Regular inspections are essential for the ongoing health and performance of your furnace. A local technician can provide the same level of expertise, ensuring that your heating system is in top condition.
Remember, a professional inspection is not just about addressing current issues but about protecting your home and wallet against potential problems in the future. Don’t wait until a minor glitch turns into a major headache.

The transition from autumn’s golden hues to winter’s cold temperatures requires going beyond cozy sweaters and hot cocoa. As the temperatures drop, it becomes crucial to consider the impact of freezing temperatures on your plumbing system and your home as a whole.
The seasoned experts at Peterman Brothers are here to guide you through the process of winterizing your house before the first cold snap.

Why Winterizing Your House Matters

Winterizing your home is crucial in ensuring comfort and efficiency during the colder months. As temperatures drop, the risk of energy loss and potential damage to your home increases. Proper winterization helps you stay warm and cozy and contributes to cost savings and environmental sustainability.
One of the primary reasons to winterize your home is to conserve energy. Drafts, poorly insulated windows, and gaps in doors can lead to significant heat loss, causing your heating system to work harder and consume more power.
Winterization also plays a vital role in preventing potential damage to your home. Freezing temperatures can lead to issues such as frozen pipes, which may burst and cause extensive water damage.
Moreover, winterizing your home aligns with broader environmental considerations. Reducing energy consumption benefits your wallet and contributes to a more sustainable lifestyle. It lessens the demand for energy resources and minimizes the environmental impact of excessive energy use.

Tips you can use to winterize your house

1. Insulate Pipes

When cold weather arrives, water in pipes can freeze, expanding and creating pressure that can lead to pipe bursts and significant water leaks. Insulation can act as a barrier, preventing the lines from exposure to extreme cold and maintaining a more stable temperature.
To insulate your pipes effectively, you can follow a few simple steps. First, identify the most susceptible to freezing lines, such as those in unheated or poorly insulated areas like basements, crawl spaces, or attics. Common materials for pipe insulation include foam sleeves, fiberglass, or tubular pipe insulation.

To install pipe insulation:

  1. Start by measuring the length of the pipes and cutting the insulation material accordingly.
  2. Ensure a snug fit by slitting the insulation along its length and wrapping it around the pipe.
  3. Use tape or cable ties to secure the insulation in place.
  4. Pay special attention to corners, elbows, and valves, as these areas are prone to heat loss.

Insulating hot water pipes can also improve energy efficiency by reducing heat loss during transport.
By insulating your pipes, you safeguard your home against potential damage, promote energy efficiency, and lower utility costs.
If you are not confident with this, please consult with a professional plumber to assess your insulation needs. They can provide personalized recommendations based on your home’s layout and the specific weather challenges in your region.

2. Keeping your Garage Warmer

Keeping your attached garage doors down during the winter months is essential for several reasons, impacting the comfort of your living spaces and the efficiency of your HVAC (heating, ventilation, and air conditioning) system. An open garage door allows cold air to infiltrate, making it more challenging for your HVAC system to maintain a consistent and comfortable indoor temperature.
For those with their HVAC unit in the garage, leaving the doors open can put strain on the system, potentially leading to increased wear and reduced efficiency.
You can also consider insulating your garage. Garages are often less well-insulated than the rest of the house, and this can result in significant heat loss during the winter. This is particularly important if you use your garage for activities such as a home gym, workshop, or storage, where temperature control becomes crucial.
When insulating your garage, focus on the garage door, walls, and ceiling. Insulation materials like foam board or fiberglass can be applied to the walls and ceiling while weather stripping around the garage door seals gaps and minimizes drafts.

3. Seal Gaps and Cracks in windows and doors

Drafts allow cold air to enter your home and warm air to escape, forcing your heating system to work harder to maintain a comfortable temperature. Identifying and sealing these drafts can enhance your home’s insulation, reduce energy consumption, and create a more comfortable living environment.
Start by inspecting the areas around doors and windows for visible gaps or cracks. Weather stripping is a cost-effective and efficient solution for sealing these openings. Apply weather strips around door frames and window sashes to create a tight seal that prevents drafts. Additionally, check for gaps at the bottom of doors.
Windows are a common source of drafts, especially if they are older or not properly sealed. Consider using caulk to close any gaps or cracks around window frames. For added insulation, you can also use window film or install draft stoppers along the windowsill to prevent cold air from seeping in. Double-check the condition of window seals and replace any damaged or worn-out weather stripping.
In addition to improving energy efficiency, addressing drafts contributes to home comfort by creating a more consistent and cozy indoor environment.

4. Disconnect and Drain Outdoor Faucets

Outdoor faucets are particularly vulnerable, and failure to winterize them can result in costly plumbing issues. Here’s a step-by-step guide to help you protect your outdoor plumbing fixtures.
– Disconnect Hoses
Start by disconnecting any hoses attached to outdoor faucets. Hoses left connected can trap water inside, leading to freezing and potential damage to both the hose and the faucet. Drain the hoses thoroughly before storing them for the winter.
– Shut Off Water Supply
Locate the shut-off valve for outdoor faucets and turn it off. This prevents water from flowing into the taps and the connected pipes. If your home has a separate shut-off valve for outdoor water, use it to isolate the outdoor plumbing.
– Drain Remaining Water
After shutting off the water supply, open the outdoor faucet to allow any remaining water to drain out. Ensure the faucet is fully drained before moving to the next step.
– Use Outdoor Faucet Covers
These covers provide an additional layer of insulation and protection against freezing temperatures. Install the covers over each outdoor faucet, securing them tightly to prevent cold air from reaching the plumbing fixture.

5. Let Faucets Drip Inside the Home

On freezing nights, allowing faucets to drip even slightly can make a huge difference . This prevents water from standing still in the pipes, significantly reducing the risk of freezing. While it may seem counterintuitive, the constant movement of water, even at a slow drip, can substantially prevent ice buildup.

6. Schedule a Winter Inspection

Enlisting the help of professionals, such as Peterman Brothers, for a comprehensive winter inspection of your plumbing system is a proactive step that can save you from unexpected and costly repairs. These experts can identify potential vulnerabilities, assess the overall health of your plumbing, and provide tailored recommendations to ensure it’s winter-ready.
Consider a subscription-based maintenance plan with a trusted plumbing service. This way, you can benefit from regular check-ups and prompt interventions if any issues arise. It’s a proactive approach that ensures your plumbing system remains in top condition throughout the winter and beyond.
Don’t let winter catch you off guard! Taking these proactive steps to protect your home and plumbing system can help you avoid the hassle and expense of cold-weather issues.
Establish open lines of communication with your local plumbing service. Ask about emergency services and ensure you have contact information readily available. Knowing you have a reliable partner in case. If you have any questions or need assistance, don’t hesitate to get in touch with us.

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