Author: Gabbie

As cold weather starts to creep into Central Oregon, it’s essential to make sure your home is prepared. In our local climate, gas and electric are both effective furnace options. With the help of the experienced heating, ventilation, and air conditioning (HVAC) technicians at Central Oregon Heating, Cooling, Plumbing & Electrical, you can decide between gas furnaces vs. electric furnaces and make sure your home is ready for freezing temperatures.

Choosing Between a Gas and Electric Furnace for Your Central Oregon Home?

Before we dive into whether you should get a gas vs. electric furnace in Bend, let’s look at the area’s unique climate and a heating system comparison.

Understanding the Central Oregon Heating Needs

In Central Oregon, we have a semi-arid, high desert climate. Winters can get cold and involve several feet of snow. Before and after wintertime, we have shoulder seasons that are fairly moderate.

Because it gets so cold in the winter, it’s vital to have efficient, reliable heating options. Besides improving your comfort, choosing the right furnace installation in Redmond and Bend will determine how much your family spends on monthly energy costs.

Overview of Gas and Electric Furnaces

First, let’s take a closer look at gas furnaces vs. electric furnaces.

How a Gas Furnace Works

Gas furnaces can run on natural gas or propane. In off-grid areas, propane is a popular option. With both fuel sources, a network of burners and heat exchangers helps to warm up the air. Then, a blower motor propels the air through ductwork and into your home.

Pros

With a gas furnace installation in Redmond and Bend, homeowners can enjoy a powerful source of heat. Gas furnaces warm up faster, so you don’t have to wait long for your home to warm up. Additionally, this option has lower long-term energy costs.

Cons

However, it’s important to remember that all gas furnaces require the installation of a gas line. Because of this, they tend to have a higher upfront cost. In addition, these furnaces involve the burning of gas, which leads to higher carbon emissions.

How an Electric Furnace Works

Electric furnaces run on electricity and use electrical resistance to warm heating elements. Then, a blower motor distributes this air throughout your home.

Pros

Unlike gas furnaces, electric furnaces have a lower upfront cost because they don’t require any gas lines. For the typical home, this means that they are easier to install. They are also cleaner to operate.

Cons

While there are many benefits to an electric furnace replacement in Redmond and Bend, there are also some important drawbacks to consider. Electricity costs are higher than gas costs, so your monthly utility bills may be higher as well. Electric furnaces also heat homes more slowly, so they aren’t the best solution for large homes.

Comparing Gas vs. Electric Furnaces: Which Performs Better?

To help you decide on the best furnace for Oregon homes, we’ve gathered a few of the key differences between a gas furnace vs. electric furnace.

Factors To Consider Before Choosing a Furnace

From finding the most energy-efficient furnaces to the lower upfront costs, consider the following factors as you decide between different types of furnace installations in Bend and Redmond.

• Home Size and Insulation: Larger homes or homes with poor insulation may require a gas furnace’s added performance and power.
• Energy Costs in Central Oregon: In Oregon, the average annual natural gas cost is $787. Meanwhile, electricity costs an average of $1,290.
• Installation Requirements: Gas furnaces require gas line access, which can increase the upfront costs. It’s also important to note that both furnace types require ductwork.
• Environmental Goals: If you are concerned about carbon emissions, electricity may be a better option. However, you should also see how the electricity is generated in your area. Coal and gas plants release carbon emissions, so an electric furnace isn’t always as eco-friendly as it appears.
• Upfront vs. Long-Term Costs: Typically, gas furnaces cost more upfront, but they have lower long-term costs.

Our experienced HVAC technicians can evaluate your home and help you decide on the best furnace for your comfort and budget. Schedule a consultation today.

Professional Furnace Installation and Replacement in Central Oregon

At Central Oregon Heating, Cooling, Plumbing & Electrical, we have more than 30 years of experience in the industry. Our licensed technicians are trusted experts who understand the needs of the Bend and Redmond area.

Once you’ve found the best furnace for Oregon homes, we can help you keep it in working order through our convenient maintenance program and emergency repair options. When a disaster strikes unexpectedly, our financing options can help you fit repairs and replacements into your budget.

Get a free furnace estimate today.

FAQs About Gas and Electric Furnaces

Over the years, we’ve fielded a few common questions about gas vs. electric furnaces in Redmond and Bend.

Which type of furnace is more energy-efficient?

Gas furnaces tend to produce more heat with less fuel.

Electric furnaces offer outstanding heating efficiency by converting electricity directly into heat, providing reliable performance, consistent comfort, and reduced energy waste. No matter what furnace type you use, the most effective approach is to look for an ENERGY STAR logo.

Do electric furnaces work well in cold climates like Bend & Redmond?

Absolutely. While gas furnaces are loved for their warmth and high performance, electric furnaces are also capable of excellent performance in cold weather. To ensure the best results, you need to make sure your furnace is properly sized for your home. With the help of our HVAC contractors in Bend, you can learn more about the best options for your family.

How long does a gas furnace last?

When calculating a gas furnace’s cost, it’s important to consider repairs, operating expenses, and replacement costs. A typical gas furnace will last between 15 and 20 years. To achieve the best longevity possible, make sure to schedule annual maintenance inspections.

Is switching from electric to gas worth it?

It all depends on your goals. In a cold climate, a gas furnace provides a high level of performance and a low operating cost. However, switching to gas involves the installation of new wiring and gas lines. To decide if a gas furnace replacement in Bend is worth the cost for your family, reach out for a professional evaluation today.

Making the Right Choice for Your Home

If you’re struggling to decide on the best furnace for Oregon homes, we can help. We can review energy-efficient furnaces, cost comparisons, benefits, and potential drawbacks. Ultimately, the right choice depends on your home, budget, and personal priorities.

Contact us today to get a personal recommendation about gas furnaces vs. electric furnaces in Redmond, Bend, and beyond.

Tired of high energy bills? Upgrade to a heat pump for an all-in-one heating and cooling solution that can help lower your monthly energy consumption while keeping your home comfortable year-round.

In Oregon’s mild climate, a heat pump’s heating and cooling are especially effective. Even though Bend and Redmond have snowy, high-desert winters, our winters are still fairly mild compared to the Northeast. Because of this, heat pumps are able to deliver the heating capacity residents need. Additionally, having a heat pump system is especially important during our wildfire season because it allows your family to keep cool without opening the windows. 

How does a heat pump work, and is it the right choice for your family? To see if you’re ready to make the switch, learn more about how a heat pump works, the benefits, and installation requirements.

What Is a Heat Pump?

A heat pump is a type of energy-efficient heating, ventilation, and air conditioning (HVAC) system that is designed to transfer heat with the help of refrigerant lines, an indoor air handler, and an outdoor unit. Because the system can reverse the direction of refrigerant flow, it can heat your home in the winter and cool it in the summer.

How a Heat Pump Works

Unlike a furnace, a heat pump doesn’t create heat. A heat pump works by moving heat from one area to another. It relies on refrigerant lines, like an air conditioner, to absorb and transfer heat. In essence, it’s like a two-way air conditioner, so you can use heat pumps for heating and cooling. The biggest difference between a heat pump vs. an AC or furnace is that it can transfer heat indoors in the winter and outdoors during the summer, ensuring a high level of year-round performance and comfort.

During cooling mode, the heat pump functions like an air conditioner to bring heat out of your home. In heating mode, the refrigerant absorbs heat from the outdoor air and brings it inside.

So, how does a heat pump work? Heat pumps use the following components to transfer heat into and out of your home.

• Compressor: The compressor is responsible for pressurizing refrigerant and pumping it through your system. It functions as the heart of the system.
• Indoor and Outdoor Coils: These coils absorb or release heat depending on whether the heat pump is operating in heating or cooling mode.
• Reversing Valve: This valve reverses the direction of refrigerant flow so the heat pump can switch between heating and cooling modes.
• Refrigerant: The refrigerant is transferred in copper lines between the indoor and outdoor units. It is responsible for absorbing heat in one location so that it can be released somewhere else.

Why Heat Pumps Are Perfect for Central Oregon

Oregon is known for having a fairly moderate climate. This makes it ideal for heat pumps. While modern, cold-climate heat pumps can operate in extremely frigid temperatures, they are more energy efficient in moderate climates. During Oregon’s cold winters and mild summers, your heat pump can help you stay comfortable.

There are occasions where you may need to use backup or auxiliary heating systems. If the outdoor temperature falls below your heat pump’s balance point, it may struggle to warm your home. Extremely cold temperatures, defrost cycles, and large temperature setbacks can cause the auxiliary heat to kick on.

Defrost cycles are part of your unit’s normal operation. Meanwhile, you can minimize temperature setbacks by incrementally adjusting your thermostat. For especially cold periods, such as during our cold high-desert winters, auxiliary heat will kick on to help your unit keep up. 

When you get a heat pump service in Bend, you can choose to have zoned or ductless heat pumps. This type of heat pump technology, known as a ductless mini-split, is ideal for homes without existing ductwork. For maximum savings, you can also pair heat pumps and ductless mini-splits with solar power.

Key Benefits of Installing a Heat Pump

As a homeowner, there are a few heat pump benefits you can take advantage of. From energy-efficient home heating to quiet operation, the following are some of the most popular advantages of getting a heat pump installed.

• Energy Efficiency: Heat pumps in Central Oregon are incredibly energy efficient, so you can reduce the amount you spend on your energy bills throughout the year.
• Eco-Friendly: Because they use less energy, heat pumps may be able to lower your energy usage. If your utility provider relies on gas or coal for electricity production, better energy efficiency can also lessen your impact on the environment.
• Dual Functionality: With a heat pump, you only need to have one HVAC unit installed in your home.
• Quiet Operation and Comfort Control: For quiet comfort, heat pumps are one of the best HVAC options available.
• Rebates and Incentives: Investing in a heat pump can also help you save money. Depending on your home, utility provider, equipment, and available program funding, you may qualify for state or utility heat pump incentives.

Do You Need a Ducted or a Ductless Heat Pump? 

Ducted heat pumps are the traditional heat pump system that relies on an indoor air handler, outdoor unit, and a network of ducts to bring air to each room. Ductless heat pumps, also known as ductless mini-splits, each have their own air handler. This air handler covers a single zone and connects to the outdoor unit. Unlike ducted heat pumps, ductless heat pumps do not rely on any ductwork.

These systems differ in their ductwork needs and coverage. If you want your entire house covered and already have existing ductwork, a ducted heat pump is likely the better choice. Alternatively, ductless heat pumps will likely be the best option if you only need conditioned air in a single zone, you have no existing ductwork, or you want individualized comfort in one area.

Common Heat Pump Misconceptions 

When it comes to heat pump efficiency, installation, and benefits, there are a few common misconceptions that we often hear. We’ll address some of the most common ones below.

Myth: “They don’t work in cold weather.” 

Thirty years ago, heat pumps may have struggled in extremely cold temperatures. Today, that’s simply no longer the case. Modern heat pumps are designed to work in extremely cold conditions, so they easily match the performance needs of Oregon homeowners.

Myth: “They’re expensive to install.” 

While a heat pump installation in Oregon may cost a little more upfront, you may be able to save money in the long run through lower energy bills, although this depends on your usage. The state of Oregon, municipalities, and utility providers often provide rebates for installing heat pumps.

Myth: “They’re only for mild climates.”

Thanks to modern advances in technology, cold-climate heat pumps can continue operating effectively at very low temperatures. Even in cold weather, outdoor air contains heat that the system can absorb and transfer indoors.

However, a heat pump’s heating capacity and efficiency generally decline as outdoor temperatures fall, and performance varies by model and system design. A heat pump’s minimum operating temperature also does not necessarily mean it can meet a home’s full heating demand at that temperature. Proper sizing and system configuration determine whether supplemental heat is needed during Central Oregon’s coldest conditions.

Heat Pump vs. Furnace and AC: What’s the Difference? 

There are a few key benefits and drawbacks to choosing each heating and cooling system. At Central Oregon Heating, Cooling, Plumbing & Electrical, we can walk you through which option makes sense for your family’s needs.

• Heat Pump: It can heat and cool your home. This unit is known for its energy efficiency. Cold-rated units can also operate in extremely cold temperatures.
• Furnace and ACs: This setup delivers more powerful heat in the winter. While the AC functions like a heat pump, furnaces can burn natural gas, oil, or propane to create heat. Your energy costs and efficiency will vary based on the fuel source and utility provider.

Heat Pump Maintenance: Best Practices and Top Tips

To maintain your heat pump in Oregon, routine maintenance is essential. The following tips can help you extend the lifespan of your unit, boost your family’s comfort, and optimize your energy efficiency.

• Replace Filters: Depending on the manufacturer, your filter should generally be changed every 30 to 90 days. It should be replaced more often during periods of intense usage.
• Maintain Clearance: Keep the outdoor unit clear of leaves, snow, vegetation, and other obstructions, and follow the manufacturer’s required clearance specifications.
• Note Problems: Monitor your system for any unusual noises, smells, or signs of a problem.
• Schedule Tune-ups: Through our professional tune-ups, you can detect problems before they escalate and optimize your heat pump for year-round comfort.

When To Consider a Heat Pump Upgrade 

Are you looking for licensed heat pump contractors near you in Redmond or Bend? When it comes to an HVAC upgrade in Oregon, a heat pump is an excellent option in the following situations.

• Your existing HVAC system is 10 years old or older and is experiencing poor performance.
• There are uneven hot and cold spots in different parts of your home.
• You want to switch from electric or propane heat to something else.
• On the hottest and coldest days of the year, your current system doesn’t keep up.
• Your current unit requires frequent repairs.
• There are unusual noises or smells.
• Your home’s electricity bill has increased without any obvious reason.
• You want better energy efficiency and lower energy costs.

With heat pump heating and cooling, you can enjoy a long-lasting HVAC unit and a better level of energy efficiency. You can use the SEER2 rating to see how efficient your unit is at cooling your home, and the HSPF2 rating to see its heating efficiency. With both ratings, a higher figure means a higher energy efficiency. Whether you’re considering electric heat vs. a heat pump or just need an upgrade, our team of experienced HVAC technicians can help you determine the best option for your family’s needs.

Why Choose Central Oregon Heating, Cooling, Plumbing & Electrical

At Central Oregon Heating, Cooling, Plumbing & Electrical, we’ve served Central Oregon since 1993, giving our team firsthand experience with the heating and cooling needs of homes in Bend, Redmond, and surrounding communities.

When recommending a heat pump, our technicians look beyond equipment efficiency ratings. We consider existing ductwork, electrical capacity, insulation, home layout, and heating demands during Central Oregon’s colder winter conditions. These factors help us determine the appropriate system size and configuration for each home.

• Certified Technicians: It has taken 30 years to build our reputation in the industry. Because of this, we don’t just hire anyone. We carefully vet each of our certified heat pump installers and repair technicians, so you can be confident about the quality of our services.
• Local Expertise: We are a local company, so we understand Oregon’s unique climate. As a result, we can deliver exceptional results with every repair and installation project.
• 24/7 Services: At Central Oregon Heating, Cooling, Plumbing & Electrical, we understand that HVAC equipment doesn’t break down on a convenient 9-to-5 schedule. That’s why we offer 24/7 emergency services. When a heating system breaks down at midnight, we’re here to help.
• Convenient Financing: Most people don’t have a line item in their budget for unexpected HVAC repairs and installations. To make budgeting for a new heat pump as easy as possible, we offer multiple financing options.
• Free Estimates: Our goal is to make sure homeowners understand each part of the installation process. As a part of that mission, we provide a free estimate that covers all of the services that will be performed. 

What To Consider When Getting a Heat Pump Installation

Once you’ve decided whether a heat pump vs. a furnace and AC is right for you, the next step is determining the right installation options. When considering a heat pump installation in Oregon, always talk to your HVAC technician about the following factors.

• Proper Sizing: Our team will perform a Manual J load calculation to determine the correct unit size based on your home’s occupancy, size, windows, insulation level, and other factors.
• Ductwork: If you get a ducted heat pump, you’ll need to install ducts if you don’t already have existing ductwork in good condition. We’ll also review your current ductwork for signs of leaks or damage.
• Electrical Capacity: Some older Bend and Redmond homes may not have sufficient electrical service or panel capacity for a new heat pump, particularly when auxiliary electric heat is included. Depending on your existing electrical system and the equipment being installed, an upgrade may be necessary.
• Equipment Compatibility: Our team will verify that the equipment we install is compatible with existing equipment and your system’s configuration.

FAQs

How much does a heat pump cost?

Your overall cost can vary between different brands and systems. The upgrades you get, installation complexity, the capacity you need, ductwork requirements, your home’s layout, and applicable rebates will also affect the total price.

Will a heat pump keep me warm during Central Oregon’s winter conditions?

Modern cold-rated heat pumps function well during our winters. Many modern heat pumps, particularly variable-speed models, are designed to run for longer periods at lower output, so it helps to avoid large thermostat setbacks. When temperatures drop below the system’s configured changeover point, the furnace takes over to provide heat. This is normal during extremely cold temperatures or when your unit is running its defrost mode.

Do I need a backup heating system?

Not necessarily. It depends on how well your heat pump keeps up on the coldest days of the year. If you do install a backup system, small electric resistance heat strips tend to work well.

What’s a dual-fuel system?

A dual-fuel system uses a gas furnace and a heat pump. It relies on the heat pump during moderate and mild weather, ensuring a high level of energy efficiency. On the coldest days of the year, the furnace kicks on to deliver a powerful source of heat.

How often should I schedule heat pump tune-ups?

You should have one heat pump tune-up in the spring to prepare your unit for summer. Then, we recommend scheduling another tune-up in the fall so that your home is ready for winter.

How long does a heat pump installation take?

Our HVAC technicians will discuss how long we expect the installation to take beforehand. While the timeline can vary based on the complexity, ductwork requirements, and other factors, simple installations only take eight hours or less. Complex ducted systems or multi-zone systems may take up to three days.

Are there incentives for installing a heat pump in Oregon?

The state of Oregon and your local utility provider may provide rebates and other incentives that lower the cost of getting a heat pump. Currently, Oregon’s Home Electrification and Appliance Rebates Program (HEAR) program is on hold. Once it begins, residents can get a rebate of up to $14,000 per project if they qualify.

Schedule Your Heat Pump Installation in Oregon

Once you know how a heat pump works and the many heat pump benefits, the next step is deciding if this HVAC unit is right for your home. In Central Oregon, these units are especially effective as a year-round heating and cooling solution. 

Our team can evaluate your existing setup to determine the best system for your needs. We can walk you through the installation process, discuss a heat pump’s efficiency benefits, and review available rebates. 

Schedule your heat pump consultation by giving us a call today!

In Bend’s dry, cold climate, wintertime lows can regularly hit 20°F. When frigid temperatures arrive, you can’t afford to be left shivering in the cold. With the right heating services in Bend, you can determine the best heating system for your needs. At Central Oregon Heating, Cooling, Plumbing & Electrical, we can help with all types of ductless heating, furnace, and heat pump installations in Redmond and Bend.

To help you prepare for the coldest months of the year, we’ve compiled a full guide to the local climate, top heating options, and convenient heating services. For more information about our top-rated heating, ventilation, and air conditioning (HVAC) services, give our team a call today!

Why Heating Matters in Central Oregon’s Climate

Thanks to the area’s unique climate, it’s essential to invest in a reliable, energy-efficient heating system.

Cold, Dry Winters

Bend gets around 33 inches of snow per year, making it a popular destination for skiers. However, the total annual precipitation is generally less than 12 inches, which is quite common in Central Oregon’s semi-arid climate. In neighboring Redmond, residents have an average of 300 days of sunshine per year.

While the rest of Oregon tends to have fairly mild winters, Central Oregon has a high desert climate. Because of the low temperatures, many homeowners enjoy having powerful furnaces to stay warm during the coldest nights of the year. Modern, cold-rated heat pumps are also able to function at incredibly cold temperatures, combining energy efficiency and performance. Some homeowners opt for hybrid systems that combine the powerful performance of furnaces with the energy efficiency of heat pumps.

Sudden Temperature Drops

While daytime temperatures are higher, nighttime temperatures can drop significantly. When the weather turns cold, it’s essential to have a well-maintained heat pump or furnace installation in Redmond and Bend.

Maintenance and Performance Needs in Central Oregon

No matter what the weather is like, it’s essential to pick the right system sizing and energy efficiency for your home. An undersized system can quickly wear out because it has to stay on longer to deliver the same level of heat. Meanwhile, overly large home heating systems in Bend can experience short cycling because they reach the appropriate temperature too quickly.

Our HVAC technicians can evaluate your existing furnace installation or heat pump installation in Bend. Then, we can recommend the best size and energy efficiency for your home so that you can enjoy the maximum performance level possible.

After your new installation is complete, we recommend scheduling heat pump maintenance and furnace maintenance at least once a year. Through routine heating tune-ups, you can ensure the best level of energy efficiency and avoid inconvenient breakdowns during the coldest days of the year.

Types of Home Heating Systems: Which One Is Right for You

Whether you want a furnace replacement or need a new furnace installation in Redmond, our team of HVAC technicians can help. We’ll review the different types of energy-efficient heating options and when each type makes the most sense. Then, we will also check out some of the benefits and drawbacks of each heating system.

Furnaces: The Most Common Heating Option

If you’re considering a furnace replacement, we can help. Our team can assist with all types of gas and electric furnaces.

A gas furnace is designed to burn gas to heat the air. Gas furnaces boast low operational costs and a powerful source of heat. Because of the installation costs involved, they are generally a better option for homes that already have existing gas lines.

Meanwhile, electric furnaces don’t require any gas lines. Besides being easy to install, they also involve low maintenance and repair requirements.

Both types of furnaces will generally need to be replaced after they reach 15 years old. If you start noticing more costly repairs, inexplicably high electricity costs, odd noises, and uneven performance, it may be time for a furnace replacement.

Learn more about our furnace services today.

Heat Pumps: Efficient Year-Round Comfort

A heat pump is one of the best home heating systems in Bend. Thanks to Oregon’s moderate climate, heat pumps are able to provide a high level of energy efficiency and exceptional cost savings. Because they require less energy, they are also known for being an eco-friendly heating option.

A heat pump uses refrigerant to absorb and transfer heat. In the winter, they bring outdoor heat inside your home. Then, they reverse the heat transfer process to ensure a cool, comfortable home all summer.

Typically, you can expect your heat pump to last at least 10 to 15 years. With consistent heat pump repairs and maintenance, you can ensure your heat pump lasts as long as possible.

Explore your heat pump installation options.

Ductless Mini-Splits: Flexible Heating for Any Space

With ductless heating systems in Oregon, you can enjoy having personalized heating options for each zone in your home. These units use heat pump technology to deliver heat to your home all winter. Thanks to this technology, ductless mini-splits are known for being incredibly energy efficient as well.

A ductless system is ideal for homes that don’t have any existing ductwork. They’re also an effective option if you need to heat an addition, such as a home office or mother-in-law suite.

Because they don’t require any ductwork, these systems are incredibly easy to install. The zoned design is also effective if each family member has different heating preferences. Whether you need a residential installation or commercial heating options, ductless heating systems in Oregon are a convenient, energy-efficient choice.

Discover ductless options today.

Professional Heating Services We Offer in Central Oregon

Whether you need help with furnace repair in Bend or heating system maintenance, our team of dedicated HVAC professionals is here to help. We have served the Central Oregon area since 1993 with leading heating tune-ups, repairs, installations, and replacements.

Heating System Installation

For the best results, you need the right home heating systems in Bend. When you reach out to our technicians, we’ll quickly schedule an initial consultation. During this visit, we will evaluate your existing setup to determine the most effective replacement options. Whether you want a fireplace installation, a state-of-the-art heat pump, or a furnace replacement, we can help.

When investing in a new furnace or heat pump system in Oregon, it pays to work with a professional contractor. A proper installation ensures your new system works as efficiently and effectively as possible. Besides preventing potential repairs, getting a professional installation also protects the warranty on your unit.

Getting a new furnace or heat pump installation in Redmond is rarely something families budget for. When your existing heating system suddenly fails, our team offers convenient financing options so that your family isn’t left freezing.

Heating Repair Services

Whether you need an emergency heat pump repair or furnace repair in Bend, our technicians are only a phone call away. As soon as you notice any of the following issues, reach out to an HVAC contractor in Bend, OR, right away.

• Unusual sounds
• High energy bills
• Weird odors
• Excessive dust
• Poor performance
• Hot and cold spots in different areas
• Frequent cycling
• Poor airflow

At Central Oregon Heating, Cooling, Plumbing & Electrical, we offer 24/7 emergency services. When temperatures start to fall, you can’t afford to wait hours or days for heating services in Redmond and Bend. Through fast, timely services, you can avoid total HVAC failure and prevent more costly repairs in the future. More importantly, you can ensure the warmth and comfort of your loved ones.

Heating System Replacement

Whether you need help with geothermal services, an electric wall heater, or a heat pump replacement, our team can help. If your unit is over 10 years old or requires frequent repairs, it may be time for a replacement. Additionally, unusually high energy bills are often the first sign that a heating system is starting to fail.

By upgrading to a more modern heating system, you can reduce the amount you spend on your utility bills each month. Besides offering a better level of performance and comfort, new home heating systems in Bend can also be less noisy.

Schedule your heating replacement consultation today.

Heating Maintenance & Tune-Ups

By scheduling your annual maintenance check, you can spot minor issues before they lead to major performance and safety problems. We recommend scheduling your heating maintenance tune-up each fall before the weather starts to cool. You can support the health and longevity of your unit through consistent filter changes. If you notice potential signs of a problem, you can contact one of our HVAC contractors in Bend, OR, right away to get the problem diagnosed.

Book your seasonal heating maintenance in Bend or Redmond.

How To Choose the Right Heating Contractor Near You

If you’re reviewing home heating systems in Bend, there are a few things you should look for. We recommend asking a potential HVAC company the following questions before you hire them for any services.

• Licensing: Manufacturer warranties require installations and repairs to be performed by a licensed HVAC contractor. Besides voiding the warranty, using a non-licensed technician increases the likelihood of shoddy craftsmanship, costly repairs, and safety risks.
• BBB Accreditation: BBB accreditation demonstrates the company’s track record and professionalism. If they aren’t accredited or have numerous negative reviews, you should find someone else to work with.
• Experience: A good company has years of experience in the local area. Central Oregon has a unique climate. The best companies understand the type of heating services and repair work needed in our specific region.
• Local Reviews: To see what type of experience you can expect, read through the company’s reviews and testimonials. A top-rated, skilled provider will have plenty of reviews to back up the quality of their work.

At Central Oregon Heating, Cooling, Plumbing & Electrical, we strive to deliver the best quality of heating services in Redmond, Bend, and the surrounding areas. Our team has more than 30 years of experience in the local area. Thanks to our local expertise and certified technicians, we’re able to deliver high-quality results with every project. We’re so confident you’ll be happy with the quality of our results that we offer a satisfaction guarantee.

You can’t schedule emergency breakdowns, and HVAC failures rarely happen on a convenient 9-to-5 schedule. To ensure you have the heating solutions you need, we offer same-day services and 24/7 emergency repairs. When a disaster strikes, our experienced HVAC technicians are only a phone call away.

Contact our trusted heating experts today at 541-227-6258!

Heating System FAQs

To help you decide on the right heating services in Redmond and Bend, we’ve compiled some of the most important questions our customers often ask.

How often should I service my furnace?

When it comes to furnace repairs and maintenance, it pays to be proactive. We recommend getting your furnace serviced each fall before the weather turns cold. Through routine heating system maintenance, you can avoid emergency furnace breakdowns and more costly repairs. Additionally, consistent maintenance can boost the energy efficiency of your furnace, reducing the amount you have to spend on energy bills each month.

What’s the average lifespan of a heat pump?

In most cases, heat pumps will last at least 10 to 15 years before you need a new one. However, performing routine maintenance and repairs can greatly extend the lifespan of your unit. A high-quality, well-maintained model can last up to 20 to 25 years before a heat pump replacement is needed.

Can ductless systems heat an entire home?

Absolutely. It all depends on how they are designed. An individual ductless unit is intended to heat a specific zone in your home, such as your bedroom or office. If you want to heat a larger area, you’ll generally need to install multiple ductless units in your home. To find out how many zones you need to heat and plan your installation, reach out to our team today.

What’s the most energy-efficient heating option for Central Oregon?

Heat pumps are generally the most energy-efficient heating option in Central Oregon, and cold-rated units can keep you warm on the coldest nights of the year. For the best balance of performance and energy efficiency, you may also want to consider a hybrid unit. These models combine the impressive performance of a furnace with the energy efficiency of a heat pump.

Are there ways to reduce the cost of my heating installation?

When you get a heat pump installation in Bend and the neighboring areas, you can often find rebates and incentives that reduce the cost. These are typically provided by the local city, the state of Oregon, or your utility provider in exchange for getting an energy-efficient unit. Additionally, the Energy Efficient Home Improvement Credit can also help to defray your costs.

Schedule Your Heating Service With Central Oregon Heating, Cooling, Plumbing & Electrical Today

As the weather starts to grow cold, it’s important to plan ahead. A new heat pump or furnace installation in Bend can help your family stay warm during the snowiest days of the year. By being proactive, you can avoid unexpected repairs and HVAC failures.

At Central Oregon Heating, Cooling, Plumbing & Electrical, we can help with furnaces, heat pumps, and everything in between. Thanks to our Central Oregon location, we’re able to help clients throughout Bend, Redmond, and the surrounding areas. We offer a convenient membership plan, so you can enjoy complimentary tune-ups and exclusive discounts on your services.

When disaster strikes, our team is ready to help. We provide 24/7 emergency services, so your family doesn’t have to shiver in the cold. Our fully stocked trucks and highly trained technicians are immediately available as soon as a problem appears.

Learn more about our top-rated heating services in Redmond and Bend by giving us a call at 541-227-6258 today.

From freezing mornings to irrigation needs, Central Oregon experiences a unique array of plumbing challenges that can strain residential systems. Additionally, the area’s older homes often have corroded pipes, failing sewer lines, leaks, and other problems. For local homeowners, the right plumbing maintenance in Redmond and Bend plays a pivotal role in preventing expensive repair and replacement costs.

To learn more about the right maintenance frequency and top plumbing tips, read on.

Why Central Oregon’s Climate & Home Types Matter for Plumbing Maintenance

We live in a high desert climate. Our cold winters increase the risk of frozen and burst pipes. Meanwhile, the region’s mineral deposits can cause buildup in pipes, water heaters, and other plumbing devices.

From older houses with original plumbing to properties with irrigation systems, local homeowners have specific plumbing needs. Our area’s unique conditions mean that maintenance must occur more frequently than it does in milder climates. Because of these conditions, arranging for a plumbing maintenance service in Central Oregon helps homeowners avoid costly repairs.

Recommended Maintenance Frequency for Homes in Central Oregon

When it comes to Bend and Redmond plumbing maintenance, we recommend getting an inspection performed twice per year. From preventing freezing pipes in the fall to blowing out irrigation pipes after summer ends, there are key tasks that need to be performed at specific points throughout the year to prevent future plumbing problems.

What Should Be Included in Each Maintenance Check

To help you keep your system working its best, we’ve compiled a homeowner’s plumbing checklist for the High Desert in Oregon.

Spring

During the spring, check your outdoor hose bibs to make sure they’ve survived the winter undamaged. You should also check your exposed pipes, irrigation systems, and outdoor plumbing components for freeze damage.

Summer

In summertime, check for irrigation leaks and problems with your outdoor fixtures. Also, pay attention to any signs of sewer line issues, such as foul odors or lush spots in your yard.

Fall

As fall rolls around, you should check to make sure your exposed pipes are insulated. Flush your water heater. Then, drain and disconnect your outdoor hoses. Before any flooding can potentially occur, you should make sure your sump pump is in working order.

Winter

In the winter, pipe insulation and heat will help prevent your pipes from freezing. Just in case there is an issue, you should ensure that the shut-off valve is accessible and everyone knows where it is.

Twice-Yearly Professional Inspections

When our team performs plumbing maintenance in Bend, we’ll test your water pressure and inspect your sewer line. Our experienced plumbers will thoroughly inspect your irrigation system and outdoor plumbing. As needed, we can flush your water heater as well. To prevent future problems, we’ll check your plumbing system for indications of corrosion or leaks.

How To Know If You Should Increase Your Maintenance Frequency

If you are uncertain about the right plumbing inspection frequency in Oregon, we can help. We recommend scheduling maintenance three to four times a year if the following circumstances exist.

• Homes that are 50+ years old
• Water pressure fluctuations
• Previous issues with burst or leaky pipes
• Visible corrosion
• Heavy irrigation usage
• Hard water

Costs, Benefits & Risks of Scheduled Maintenance vs. Reactive Repairs

Proper maintenance is always cheaper than emergency repairs. A sewer line replacement costs between $1,388 and $5,323. If a pipe bursts, the bill can add up to between $200 and $3,000. In comparison, an annual maintenance appointment is a complimentary part of our membership plan.

Maintenance visits aren’t just a cheaper alternative to costly repairs. Proper maintenance can help you lower utility bills, prevent leaks, and increase your plumbing lifespan. Plus, it can prevent burst pipes, structural damage, mold growth, insurance problems, and emergency malfunctions.

How To Choose a Local Plumber: What To Ask

To find the best plumber, remember to ask the following questions.

• Are you licensed?
• Do you have experience with cold-weather plumbing?
• Can you provide references in Central Oregon?
• Do you inspect freeze-susceptible pipes?
• What is included in your maintenance visit?
• Do you serve the Cascades?

Homeowner Checklist & Recommended Timeline for Central Oregon

The right plumbing maintenance in Bend can improve your performance and increase the longevity of your system. We recommend using the following homeowner checklist to keep your plumbing system functioning at its best. Remember to log each maintenance task you do so that you can easily track what has been completed.

• January and February: Check insulation. Let faucets drip in cold temperatures.
• March: Inspect outdoor faucets.
• April: Clean your gutters.
• May: Conduct an irrigation start-up check.
• June: Monitor your water consumption for signs of a leak.
• July: Check your washing machine hose for signs of wear.
• August: Clean clogs out of your sprinkler system.
• September: Flush your water heater. Verify that your sump pump works.
• October: Disconnect and store hoses. Cover outdoor fixtures.
• November: Disconnect your hoses and winterize.
• December: Check insulation. Make sure your main shut-off valve works.

FAQs

Over the years, we’ve found that Bend and Redmond homeowners often ask the following questions.

How often should I flush my water heater in Central Oregon?

In most places, water heaters should be flushed once per year. Because of the hard water in Central Oregon, it’s a good idea to flush your water heater every six months. By doing this, you can prevent sediment from building up and causing additional damage.

Do I need to winterize my plumbing every year?

Because Central Oregon experiences freezing temperatures, it is important to winterize your plumbing each year. Insulating exposed pipes, disconnecting or shutting off outdoor pipes, blowing water out of your sprinkler system, and covering outdoor faucets can help you avoid frozen plumbing fixtures and burst pipes.

Does a small constant drip count as needing a maintenance visit?

If a pipe is constantly dripping, it’s time to reach out for a plumbing maintenance service in Central Oregon. A minor drip can add up to hundreds of gallons of wasted water. Depending on where the water ends up, it can also lead to water damage. More importantly, the small leak will likely become worse over time.

What temperature should I keep my house at to avoid frozen pipes?

When winter arrives, it’s a good idea to keep your home at 55℉ or higher to prevent your pipes from freezing. If we are experiencing a cold snap, you should open up your cabinets so that warm air circulates around the pipes. Additionally, leave your faucet dripping so that the water keeps moving and doesn’t freeze.

What are the most common plumbing problems in Central Oregon?

We often see problems that are caused by mineral buildup, clogged drains, and frozen pipes. Fortunately, seasonal plumbing maintenance in Central Oregon can prevent major problems from happening. Through flushing your tank, scheduling twice-yearly inspections, and performing other maintenance tips, you can avoid inconvenient plumbing emergencies and expensive repairs in the future.

Support Your Year-Round Performance in Central Oregon

If you need plumbing maintenance in Bend or Redmond, we can help. Through twice-yearly inspections, you can be proactive about your plumbing care and avoid expensive repairs.

Homeowners can get help scheduling a plumbing maintenance service in Central Oregon by giving us a call today.

Once you get an electric vehicle, the most convenient way to charge it is at home. However, your Level 1 charger might not be fast enough to charge it fully while you sleep. By getting an EV charger installed, you can avoid the inconvenience of public charging stations and charge at home.
Learn more about EV chargers by reaching out to Central Oregon Heating, Cooling, Plumbing & Electrical today.

Why Install a Home EV Charger?

As a homeowner, there are a few important reasons why you should invest in a home EV charger installation.

• Convenience: Electric vehicles are much easier to charge at home. You don’t have to wait for other vehicles to finish charging in order to charge your car. More importantly, you don’t have to waste your day looking for different public chargers when your usual public charger is broken for the second time in a month. 
• Cost Savings: While public chargers are still cheaper than filling your tank with gas, they are much more expensive than just using electricity from your utility provider.
• Faster Charging: When you first get your EV, you can normally charge from your standard outlet using a Level 1 charger. Level 1 chargers are significantly slower than Level 2 charging. With a quick upgrade, you can reduce your charging time significantly.

Types of EV Chargers for Your Home

Before you install an EV charging station at home, the first step is knowing which type of EV charger you need. While there are Level 3 chargers available at public charging stations, the most cost-effective options for homeowners are Level 1, Level 2, and smart chargers.

Level 1 Chargers 

A Level 1 charger is essentially your home’s standard electrical outlets. They typically provide 2 to 5 miles of driving range for every hour of charging. While this might be fine if you drive less than 40 miles per day, it may be too slow for anyone who has a longer commute to work.

Level 2 Chargers 

Level 2 EV charging uses a 240-volt electrical circuit and may be installed as either a plug-in or hardwired charger, depending on the equipment and installation requirements. These chargers can typically charge at 10 to 20 miles per hour. Assuming your car is plugged in for around 10 hours a night, this means you can charge between 100 and 200 miles while you’re at home. 

Unsurprisingly, Level 2 chargers tend to be the most common EV charging installation for Bend homeowners. They are much faster than Level 1 and are more convenient.

Smart Chargers 

With smart chargers, you can reduce the amount of energy your home uses and enjoy more convenient features. Smart chargers are wifi enabled, so you can easily monitor the progress of your vehicle’s charging process. They are also equipped with advanced scheduling features, so charging can occur during off-peak hours when electricity is at its cheapest.

Can Your Electrical Panel Handle an EV Charger?

Before installing a Level 2 charger, an electrician should determine whether your home’s electrical system has enough available capacity for the additional load.

Panel capacity for an EV charger depends on more than the panel’s main breaker rating. A professional load calculation considers the home’s existing electrical demand, including major appliances, HVAC equipment, water heating, cooking equipment, and other circuits.

Depending on the results, your home may need:

• No panel changes
• A new dedicated EV charging circuit
• Circuit or breaker modifications
• Load management equipment, where appropriate
• A panel or service upgrade

Not every home needs an electrical panel upgrade for EV charging. The correct next step should be based on the home’s actual electrical load and the charging equipment being installed.

What You Need Before Installing an EV Charger

If you are looking for an EV charging electrician in Bend, OR, our team can walk you through the entire process. Before you can install an EV home charging setup, you first need to make sure you have everything in order.

• Electrical Panel Capacity: An electrical panel upgrade is not automatically required for a Level 2 EV charger. An electrician should first perform a load calculation to determine whether your existing electrical service has enough available capacity. Depending on the results, the installation may require only a dedicated circuit, load management equipment, or, in some cases, a panel or service upgrade.
• Dedicated EV Charging Circuit: Level 2 EV charging generally requires an appropriately sized dedicated 240-volt circuit. The breaker, conductors, wiring method, and charger must be matched to the equipment specifications and applicable electrical code.
• Permits: Depending on where you live, you may need to have your new setup permitted. Our team understands local electrical codes, so we can make sure you comply.
• Garage and Outdoor Installation Considerations: When setting up an outdoor or garage installation, you’ll want to consider how close it is to the breaker panel and where your car will be. Additionally, you need to make sure there is still space to move without tripping over the charging cable. If the cable is outdoors, you’ll need to weatherproof it to protect it from the elements.

How Much Does EV Charger Installation Cost?

Installing an EV charger typically involves several factors that can influence the overall project cost, including equipment selection, electrical requirements, and installation complexity. The following are some of the key factors that can impact your Level 2 EV charger installation cost.

• Wiring: The electrical wiring requirements, installation distance, and materials needed for the project can affect the overall cost and installation process.
• Charger Type: The EV charger model, features, and manufacturer can influence pricing. Choosing between different charging options, including Level 1 or Level 2 chargers, will play an important role in determining your overall investment.
• Outdoor Installations: Outdoor EV charger installations may require additional weatherproofing, protective equipment, and specialized installation methods to ensure safe and reliable performance.
• Panel Upgrades: Some homes may require electrical panel upgrades to support an EV charging station. These improvements can increase installation costs while ensuring your electrical system can handle the added demand.

If cost is holding you back, it’s important to remember that there are specific EV charger rebates and incentives in Oregon available to lower the cost.

Why Hire a Licensed EV Charger Electrician

If you are looking for an EV charging electrician in Bend, OR, you’ve come to the right place. Whether you are a homeowner or business owner, hiring a licensed electrician is important for a few key reasons. 

• Safety & Code Compliance: Each city and county has its own building codes. To ensure your work is fully up to code, you need a licensed electrician.
• Load Calculation and Panel Inspection: To protect your family’s safety, you need an electrician to calculate the load you need. They can also inspect your circuit breaker panel to make sure it can handle the increased electrical load.
• Permitting and Inspections: Many areas require permits if you want to set up any new electrical systems or wiring. Our team understands the permitting and inspection requirements in each area, so you don’t have to deal with the hassle of dealing with permit applications.
• Risk Prevention: By working with a skilled electrician, you can avoid the many risks associated with DIY repairs and installations

Frequently Asked Questions:

Do I need a panel upgrade for a Level 2 EV charger?

Not always. Whether you need a panel upgrade depends on your home’s existing electrical load, available capacity, charger requirements, and the charging rate you want. A licensed electrician can perform a load assessment before recommending an upgrade.

What size circuit does a Level 2 EV charger need?

The required circuit depends on the charger’s output and manufacturer specifications. Different Level 2 chargers can require different breaker, wiring, and circuit capacities, so the electrical installation should be matched to the specific charger.

Does a home EV charger need a dedicated circuit?

A Level 2 home EV charger generally requires an appropriately sized dedicated circuit. The breaker, wiring, installation method, and charger should all be matched to the equipment requirements and applicable electrical code.

Do I need a permit to install an EV charger in Bend?

The City of Bend states that electrical permits are required for EV charging stations installed at detached residential single-family dwellings regulated by its Building Safety Division.

Can I install an EV charger outside?

Yes, when the charging equipment and installation are suitable for outdoor use. The electrician should consider weather exposure, charger rating, electrical protection, cable management, parking location, and the distance from the electrical panel.

Can you install a charger I already purchased?

A homeowner-supplied charger may be installable if it is compatible with the vehicle, electrical system, circuit requirements, and proposed installation location. Provide the charger model and specifications so the electrician can evaluate the installation requirements.

How long does Level 2 EV charger installation take?

Installation time depends on panel capacity, circuit requirements, charger location, wiring distance, permitting needs, and whether additional electrical work is required. A straightforward installation near an adequately sized panel may be simpler than one requiring a panel upgrade or long wiring run.

What affects the cost of EV charger installation?

Key factors include charger type, output, panel capacity, dedicated circuit requirements, wiring distance, garage or outdoor placement, permitting, and whether panel or service upgrades are needed.

Can my current electrical panel support an EV charger?

Possibly. An electrician should evaluate your home’s electrical load and available capacity before installation. The panel’s main breaker size alone does not determine whether there is enough capacity for EV charging.

EV Charger Installation in Bend & Redmond, OR

At Central Oregon Heating, Cooling, Plumbing & Electrical, we’ve been the area’s leading provider of home services since 1993. Over the years, we’ve built a reputation for our local expertise and high-quality results. As part of our EV charger installation, we provide upfront pricing, a money-back guarantee, and flexible financing options. We go the extra mile to ensure local homeowners have safe, compliant electrical services.

In Central Oregon, freezing temperatures can arrive without warning. Don’t let a simple winterization oversight turn into a plumbing disaster.

During Central Oregon’s frigid winters, your outdoor plumbing is at risk. Frozen water expands in volume, so a frozen pipe can end up bursting or cracking. When this occurs, the water damage can quickly add up. Rather than risk your plumbing system’s integrity, it’s essential to be proactive. A little early preparation before winter begins can save you thousands of dollars in repair costs.

Why Outdoor Plumbing Is Especially Vulnerable

While all pipes can potentially burst, outdoor plumbing systems are particularly vulnerable. Outdoor spigots, garden hoses, irrigation lines, and exposed pipes aren’t protected by indoor insulation. Additionally, there is no heat source to warm them. As a result, overnight freezes can cause these unprotected pipes to burst.

Although any outdoor faucet or pipe can freeze, there are a few common scenarios that our plumbers see. Outdoor wall leaks, garage flooding, and broken sprinkler lines are all fairly common occurrences in Central Oregon. To avoid costly repairs and prevent frozen pipes, you need to use the best winter plumbing checklist.

Signs Your Outdoor Plumbing Needs Winterizing

During our plumbing maintenance checks, we can discuss the type of plumbing winterization tips your home needs.

• Leaky Outdoor Faucets: If you notice a leaky outdoor faucet, it means the seal or other components have already been stressed. As a result, the faucet is more susceptible to freezing.
• Exposed Piping With No Insulation: Insulation helps to keep any residual heat within the pipe. If there isn’t any insulation, freezing is more likely. 
• No Shutoff Valve Access: A shutoff valve allows you to turn off water if there is an emergency. You can also use the shutoff valve to turn off the water flow to your outdoor plumbing. If you can’t find your shutoff valve or it isn’t accessible, call one of our plumbers for help.
• Hoses Left Connected Into Late Fall: Even if your hose is empty, water can remain trapped in the pipe and faucet. When the weather turns unseasonably cold, this can cause the frozen water to expand and damage the pipes.
• No Frost-Proof Bibs Installed: By investing in frost-proof bibs, you can reduce the risk of frozen pipes. If you don’t have frost-proof bibs, it’s time to reach out to one of our plumbers for fixture replacement services so that you can avoid frozen pipes and fixtures this year.

Step-by-Step: How To Winterize Your Outdoor Plumbing

If you’re worried about how to avoid frozen pipes, we can help. From investing in an outdoor spigot cover to garden hose winter prep, there are a few things you can do to winterize outdoor plumbing before freezing temperatures arrive.

Disconnect Garden Hoses

Before winter weather freezes your outdoor faucets and pipes, disconnect your garden hose. This protects the hose as well as the pipe and fixture that it is attached to. Once the hose has been removed and drained completely, you can store it safely indoors until springtime.

Shut Off Water to Outdoor Faucets

Next, you need to locate your interior shutoff valves. Typically, you can find this by going to the interior of the wall where the outdoor pipe is located. You’ll see a gate valve or a ball valve. If you have a gate valve, turn the wheel clockwise until the water is completely shut off. For ball valves, you must turn the lever clockwise until it is perpendicular to the pipe. To achieve the best results, you should shut off the water flow before temperatures drop.

Drain Exterior Pipes and Spigots

Once you’ve shut off the water to your outdoor faucets, open up the outdoor faucets so that any trapped water is released. Removing this trapped water helps to prevent it from expanding and bursting your pipes in the winter.

Install Outdoor Faucet Covers

As an added layer of outdoor faucet freeze protection, it’s a good idea to invest in outdoor faucet covers. These cheap devices take just a few seconds to install. Once installed, they prevent cold air exposure and provide an added layer of insulation.

Add Pipe Insulation to Exposed Lines

Take a walk around your property to check for exposed lines. You can use foam sleeves or heat tape for extra insulation. This approach is especially useful in garages and crawl spaces.

Winterize Sprinkler Systems 

The final step in your burst pipe prevention is to winterize your sprinkler system. You need to blow out any of the water that remains in the system so that there isn’t any water left to freeze. 

Common Plumbing Mistakes To Avoid

As you prepare your outdoor plumbing for winter weather, there are a few common mistakes you should avoid.

• Forgetting to Remove Hoses: If the hoses are attached, water may still be in the fixture.
• Skipping the Drain Step: Don’t forget to drain water after you shut off the water supply.
• Relying Only on Faucet Covers: While faucet covers are effective insulation, they aren’t enough to keep your pipes from freezing. You also need to shut off and drain your water as well. 
• Using Space Heaters To Thaw Frozen Pipes: Thawing your frozen pipes with a space heater or other heat source can damage your pipes. It is also a fire hazard, especially if you’re using a heat source in a concealed space.

When To Call a Professional

If you experience any of the following situations, you should call one of our licensed plumbers for help with your outdoor plumbing systems. 

• You don’t have any shutoff valves.
• Some of your piping is inaccessible.
• Your home is already experiencing partial freezes. 
• You want to upgrade your home to frost-proof outdoor faucets. 
• You need to install a heat cable or permanent insulation. 

Central Oregon Heating, Cooling & Plumbing offers winterization services to protect your home before the freeze hits.

What To Do If a Pipe Freezes or Bursts

Even with the best burst pipe prevention, you may still have a pipe freeze or burst. When this happens, protect your home and family by using the following steps.

• Immediately turn off the water supply. 
• Never use an open flame to thaw your pipes.
• Call our expert plumbers immediately for 24/7 emergency plumbing repairs.

Prepare Your Plumbing Systems for Winter 

Central Oregon Heating, Cooling, Plumbing & Electrical helps homeowners in Bend, Redmond, and throughout Central Oregon prepare their plumbing for winter. By being proactive with early winter plumbing prep, you can save money on repairs and prevent frozen pipes.

Get your outdoor plumbing ready for winter by scheduling your plumbing winterization service today.

If your sink or toilet is backing up, a clog may be responsible. While clogged or slow drains are incredibly normal plumbing problems, you shouldn’t have to put up with them forever. Often, these issues stem from common drain mistakes that can be avoided. By learning how to avoid these mistakes, you can improve your drain health and avoid costly repairs.

Mistake #1: Using Chemical Drain Cleaners Too Often

One of the most frequent drain cleaning mistakes is using chemical drain cleaners too frequently. These chemicals can corrode your pipes over time. Worse still, this is merely a short-term fix that doesn’t remedy the underlying problem. 

Instead of harsh chemical drain cleaners, switch to enzyme-based cleaners or manually clean out your drains. If these solutions don’t help, it’s time to schedule a professional plumbing inspection for your kitchen or bathroom fixtures.

Mistake #2: Flushing the Wrong Things Down the Drain

Besides DIY drain cleaning errors, you also need to avoid flushing or pouring the wrong things down your drains. The following list includes what not to put in drains.

Kitchens

• Grease
• Oils
• Fats
• Eggshells
• Coffee grounds
• Anything solid

Bathrooms

• Flushable wipes
• Cotton swabs
• Dental floss
• Hair

Laundry and Utility Rooms

• Paint
• Dirt
• Detergent buildup
• Debris of any sort

Mistake #3: Ignoring Early Signs of a Clog

The best way to remedy clogged drain causes is by spotting the clog early and getting it fixed. If your drain is clogged, you may notice foul odors, slow drainage, or gurgling noises. As soon as you notice these issues, schedule a professional inspection right away. Delayed repairs can lead to backed sewer lines and pipe damage, so it’s essential to be proactive.

Mistake #4: Poor DIY Techniques

When it comes to home drain care, it’s important to avoid common DIY errors. For example, you should never use coat hangers or foreign tools to try to remove a clog from your pipes. Unless you have experience, you should also avoid overusing drain snakes. Additionally, you should always make sure to disassemble and reassemble traps properly. 

Simple drain clogs, basic fixture replacements, and minor leaks can be fixed on your own. In any of the following circumstances, you should reach out to a professional plumber for help.

• Sewer line issues
• Burst pipes
• Recurring problems
• Major leaks
• Gas line malfunctions
• Problems with under-slab plumbing systems
• Low water pressure
• Any problem involving an unusual odor or noise

Mistake #5: Skipping Regular Maintenance

When it comes to common drain mistakes, one of the most frequent problems is forgetting routine drain maintenance. Like the rest of your home’s systems, your plumbing pipes and fixtures must be properly maintained in order to function at their best. 

Don’t forget the following plumbing maintenance tips when caring for your home.

• Prevent clogs by using drain strainers or filters.
• Use hot water to flush your pipes and clean away dirt buildup.
• Check drains regularly for signs of problems. Clean them as needed.
• Schedule professional plumbing maintenance to extend the lifespan of your pipes.

How To Prevent Future Drain Problems

The cost of basic plumbing repairs often ranges between $150 and $500. On the low end, a garbage disposal repair may cost as little as $150 to $300. Meanwhile, repairing burst pipes can easily set you back between $1,000 and $4,000.

If you want to avoid these expensive repairs, performing regular maintenance and learning how to prevent clogged drains is vital. To prevent future plumbing problems from happening, remember to use the following tips. 

• Monthly Enzyme Treatments: Through monthly enzyme treatments, you can break down the accumulation of fat, oil, and grease in your pipes. 
• Flush With Boiling Water: Depending on your pipe material, you should flush your pipes with boiling or hot water to melt the buildup. However, talk to one of our plumbers first to make sure your system can safely withstand high temperatures.
• Avoid Excessive Soap: To keep excessive soap and detergent from building up, use drain traps and avoid using too much detergent. Additionally, consider switching from bar soap to liquid soap.
• Use Strainers: A strainer can prevent debris, dirt, and other items from going down your drains. To ensure they’re working their best, make sure to clean them regularly.
• Schedule Annual Plumbing Inspections: By scheduling an annual inspection, you can get minor problems diagnosed and repaired before they spiral out of control.

Need help keeping your drains in top shape? Contact Central Oregon Heating, Cooling, Plumbing & Electrical for expert drain maintenance today.

When To Call a Professional Plumber Near You

At Central Oregon Heating, Cooling, Plumbing & Electrical, our licensed plumbers are on hand to help with all of your plumbing-related emergencies. While there are problems that can be handled on your own, complex, serious issues should be dealt with by a professional. If you notice any of the following problems, give us a call right away.

• Repeated Clogs: If the same drain has recurring clogs, there is an underlying problem that needs to be addressed and repaired.
• Backups in Multiple Fixtures: When multiple fixtures back up at the same time, there is likely a sewer line clog that is causing it. To remove the underlying cause, you need to reach out for professional drain cleaning services.
• Sewer Odors: The smell of sewage means something is backing up in your system, so you need a professional diagnosis.
• Water Backing Up: Whenever water backs up in your sinks, toilets, or tubs, it’s essential to reach out for expert assistance.

Get Help Preventing Drain Clog Issues in Your Home

From not using a strainer to overusing chemical cleaners, we understand the most common drain mistakes and how to repair them. Ultimately, the best way to deal with drain issues is by preventing them from happening in the first place. Routine plumbing maintenance, consistent inspections, and timely repairs can help you avoid more complicated, expensive repairs in the future. Whether you’re struggling with a sewage line backing up or a slow drain, our team of experienced plumbing professionals is available to help.

If you’re in the Bend, Madras, or Redmond area and are dealing with recurring drain issues, contact Central Oregon Heating, Cooling, Plumbing & Electrical today for a thorough inspection.

With whole-home rewiring, you can protect the safety of your home and occupants. While this solution isn’t right for everyone, it can be a good option for homes that have outdated or faulty wiring. At Central Oregon Heating, Cooling, Plumbing & Electrical, we can evaluate your existing electrical needs and help you determine if rewiring is necessary.

Why Rewiring Matters

Even with the best maintenance and high-quality installations, electrical systems can eventually start to wear down. Additionally, some homes have outdated wiring that wasn’t designed for today’s electrical needs. If your home’s wiring is under capacity, you’ll experience more frequent breaker tripping and overheating. Undercapacity wiring can cause melted wiring, a higher incidence of electrical arcing, and fires, so it needs to be dealt with promptly.

Signs Your Home Needs Rewiring

As a homeowner, it can be hard to tell when to rewire a house. Electrical systems operate in the background when they’re working properly, so it may not be obvious when they need to be updated. The following symptoms are signs that you need electrical rewiring or repairs.

Frequent Breaker Trips or Blown Fuses

Breaker panels and fuse boxes are designed to protect your home from sudden spikes in electricity. However, recurring tripped breakers and blown fuses are a sign that there is an underlying problem with your electrical system. A professional electrician can help you diagnose the cause and determine if rewiring is the solution you need.

Flickering or Dimming Lights

When you turn on a large appliance, your lights shouldn’t dim or flicker. Any dimming or flickering is an indication that your system is pulling more electricity than it’s made to handle. To avoid a fire or electrocution, it’s essential to update your electrical wiring and panels.

Burning Smell or Scorched Outlets

If you smell something burning, it is likely a sign that your electrical wiring is overheated. Similarly, scorched outlets or outlets that are warm to the touch may indicate that your electrical system is malfunctioning or past its capacity level.

Aluminum Wiring in Older Homes

Aluminum wiring poses a substantial risk of injury for homeowners. A home that has aluminum wiring is 55 times more likely to have one or more outlets reach fire hazard connections. Basically, aluminum expands and contracts more than copper does under load temperature changes. Over time, these wires can become loose or exposed. When this happens, the wires can corrode and overheat.

If you have aluminum wiring, you may notice electric sparks or a hot outlet. You may also notice charred materials. Because of the major fire risk involved, it’s essential to rewire homes that have aluminum wiring.

Home Is 40+ Years Old

If your home is already 40 years old, it may be time to consider whole-home rewiring. Even the best electrical systems can eventually develop issues. Additionally, older homes were made for the appliances of yesteryear. They simply don’t have the capacity for today’s smartphones, gaming systems, and high-tech appliances.

Benefits of Rewiring Your Home

As a homeowner, there are a few important benefits to getting an electrical wiring replacement.

• Improved Safety and Fire Prevention: Faulty, old, or under-capacity wiring poses a significant fire risk for your family. Rewiring your home ensures that your electrical systems don’t overheat or cause sparks.
• Support for Modern Appliances: EV chargers and modern appliances need more electricity, so it’s essential to create a wiring system that matches this demand. Power surges and overheating can also damage your appliances, so upgraded wiring can prevent or delay appliance replacements.
• Increased Home Value: If your wiring is falling apart, it can impact your home’s value. Prospective buyers want to feel safe in their new home.
• Better Peace of Mind: By preventing fire hazards, you and your loved ones can enjoy better peace of mind.

How Much Does Home Rewiring Cost?

In the United States, the average cost of rewiring ranges between $603 and $2,592. However, it can easily cost up to $6,100 to fully rewire an older home. There are a few factors that can impact how much your project ends up costing.

• Panel Upgrades: If there are additional appliances and you need an increased capacity, you’ll likely need a panel upgrade. This can increase the overall cost of your project.
• Permitting: Your electrician will need to apply for a permit and pay permit fees. This expense can vary between different municipalities.
• Home Size: If you need to rewire a huge mansion, it will end up costing more than rewiring a small cabin.
• Age of Home: An older home is more likely to need full rewiring to replace aluminum wires or to meet today’s electrical demand.

While rewiring a home is a major investment, it is significantly cheaper than rebuilding your home after an electrical fire. Even if a fire never occurs, the damage to your appliances and electric devices can add up over time. As a result, rewiring is typically the cheapest, safest option for Redmond and Bend homeowners.

Is Rewiring Worth the Investment?

Is rewiring a house worth it? It all depends on the situation. You have to carefully look at the potential safety benefits and the increase in your home’s long-term value. If you have an older home, undercapacity electrical systems, or aluminum wiring, the added safety and cost savings will make rewiring a worthwhile investment.

Additionally, you should also consider the insurance implications. Many insurers offer discounts for improving your home’s safety. It can also directly affect the premium you pay each month and the extent of your coverage. For example, insurers may limit coverage for electrical-related disasters if you have old knob-and-tube wiring.

Why Hire a Licensed Electrician

If you are considering a wiring update, it’s essential to reach out to a professional electrician for rewiring in Bend, OR. Rewiring is complex and potentially dangerous, so it should be left to the experts.

• Code Compliance: Important electrical upgrades must be permitted before the work can be done. The city or county will also need to inspect the completed work, so it must be fully compliant.
• Long-Term Safety: DIY repairs increase the possibility of safety issues and pose a danger to your loved ones. 
• Peace of Mind: For all these reasons, getting professional repairs can help you and your family enjoy better peace of mind.

Professional Rewiring in Bend & Redmond, OR

At Central Oregon Heating, Cooling, Plumbing & Electrical, we are trusted experts at rewiring older homes in Redmond and Bend. We know the common electrical problems faced by residents and the best methods for helping. We do everything from same-day services to take the stress out of updating your home’s electrical systems.

Schedule your whole-home rewiring today!

Today’s homes have state-of-the-art technology and smart devices that require electricity to run. Unexpected power surges can damage these devices and lead to significant repair and replacement costs. By investing in a whole-house surge protector, you can help protect appliances, electronics, and electrical equipment from damaging transient overvoltage.

How Does Whole-House Surge Protection Compare to Point-of-Use Surge Protection?

A whole-house surge protector is set up at or near the electrical service or panel. In comparison, a point-of-use surge protector is designed to protect specific plugged-in electronics. While whole-house surge protection is more comprehensive, the best option is to create a layered approach using point-of-use and whole-house methods.

Key Takeaways

• Whole-house surge protection provides broad protection at or near the home’s electrical service or panel, while point-of-use devices provide additional protection for specific connected electronics.
• Surge protection can reduce the risk of costly damage to sensitive electronics, appliances, HVAC systems, and other connected electrical equipment.
• A layered approach is typically the best method. It relies on a blend of whole-house and point-of-use systems.
• Type 1 and Type 2 surge protection devices (SPDs) are whole-house protectors. Type 3 SPDs are point-of-use devices.
• Because surge protectors can wear out after repeated overvoltage events, it’s important to check the status or indicator light to verify that the unit is still working properly.

Why Surge Protection Matters

Power surges can happen for a variety of reasons. Anytime there is a major storm or a problem with the grid, power levels can spike. Large appliances cycling on can also cause brief voltage fluctuations, while other surge sources include nearby lightning, utility switching, grid events, and electrical faults. 

When these power surges occur, they can impact the safety of your family. Transient overvoltage can damage sensitive electronic components in appliances, HVAC equipment, computers, entertainment systems, and other connected devices. A significant surge may cause immediate equipment failure, while repeated smaller events can contribute to component degradation over time. Besides increasing the risk of fires, this can also lead to future wiring repairs and rewiring.

Lightning strikes, utility or grid issues, and electrical events within the home can all lead to power surges. In Central Oregon, utility switching and power restoration associated with outages can also produce electrical disturbances. Because there are many potential sources involved, adopting a layered approach to home surge protection is one of the best ways to protect your home’s electrical systems.

What Is Point-of-Use Surge Protection?

While a whole-house surge protector is intended to protect your entire home, point-of-use surge protection targets one specific area. These devices are designed to limit transient overvoltage reaching connected equipment by diverting surge current or otherwise limiting the voltage, depending on the device design.

Often, you’ll hear terms like surge protective device (SPD) used when talking about surge protection. An SPD is designed to protect your connected equipment by redirecting or limiting transient overvoltage.

Examples

You can get a variety of different point-of-use surge protection for your home. Power strips and outlet-based protectors are the most popular options. You can also get plug-in adapters that can be used for a single item, such as a smartphone or tablet.

It’s important to note that basic power strips aren’t automatically surge protectors. You must verify that the device is specifically rated for surge protection before using it.

Pros

Older homes in Bend’s historic neighborhoods may have electrical panels and wiring that should be evaluated when homeowners are considering whole-house surge protection. By adopting home surge protection, homeowners can enjoy a number of important benefits.

• Affordable: Point-of-use surge protection is much cheaper than whole-house systems because they only need to be installed in specific areas.
• Easy to Install: Whether you use a plug-in adapter, outlet-based protector, or power strip, these units are fast and easy to set up. Unlike a whole-home system, you don’t need to hire an electrician to plug in a power strip.
• Device-Specific Protection: If you have a computer, television, gaming system, or other compatible plug-in electronic device that you want to protect from surges, point-of-use protection can provide an additional layer of protection.

Cons

When it comes to surge protection for a home, it’s also important to consider some of the downsides associated with point-of-use systems. The biggest drawback is that they only provide limited coverage. They protect plugged-in devices, but other devices can still be damaged by unexpected power surges.

What Is Whole-House Surge Protection?

A whole-house SPD provides broad protection at or near the home’s electrical service or panel. These units are extremely effective at stopping power surges, although they tend to come with a higher upfront cost.

How It Works: Installed at the Electrical Panel

With an electrical panel surge protector, our electricians will install the surge protector into your electrical panel. If everything is working properly, the surge protector just waits and monitors the electrical flow. When a surge occurs, the SPD limits the transient overvoltage by diverting or limiting surge current. Once the electrical surge dissipates, the surge protector stops conducting electricity, and the electrical panel resumes its normal functioning.

Pros

By investing in whole-house protection, you can enjoy a few key benefits.

• Whole-House Coverage: One of the most significant benefits of a whole-house system is that it is set up to cover all of the devices and electronics linked to your circuit breaker panel. However, because a whole-house surge protector can’t stop every power fluctuation, having point-of-use and layered protection is essential.
• Appliance and HVAC Protection: Many of your appliances and HVAC equipment are expensive to replace. By preventing damage, you can save money in the long run.
• EV Chargers: Whole-house surge protection can help protect expensive permanently connected electrical equipment, including compatible EV charging equipment, from transient overvoltage.

Cons 

While there are some advantages to whole-home systems, there are downsides to consider as well. Unlike a power strip, these systems need to be installed by a professional. They also cost more upfront, even though they often save money over time.

Whole-House vs. Point-of-Use: Which Is Right for You?

If you’re uncertain about which system works best for your family’s needs, we can help. Our electricians can evaluate your existing setup and discuss the best options for your needs. In most cases, the best option is to use whole-home and point-of-use protection. These systems complement each other, so installing whole-house surge protection together with appropriate point-of-use equipment can provide more comprehensive, layered protection. Then, point-of-use systems can be used to provide added protection for your sensitive electronics.

For a better understanding of which system is right for your needs, consider the pros and cons of whole-house surge protection vs. point-of-use surge protection.

The Difference Between Type 1, 2, and 3 Surge Protectors

As part of your layered surge protection, you can incorporate Type 1, Type 2, and Type 3 SPDs. 

• Type 1: A Type 1 SPD is a permanently connected device that can be installed on the line/service side of the service equipment overcurrent device or in other configurations permitted for Type 1 applications. It can provide whole-house protection against transient overvoltage, including surges associated with utility events and lightning.
• Type 2: Typically, a Type 2 surge protector is installed on the load side and connected to a dedicated breaker or on service equipment. This setup provides broad surge protection for electrical equipment downstream of the SPD. It is also considered a type of whole-house surge protector.
• Type 3: A Type 3 surge protector is considered point-of-use surge protection. It is intended to be a final layer of protection for sensitive or valuable electronics and appliances.

Cost of Installing Surge Protection

The average cost for whole-house surge protection can vary based on the SPD type, electrical panel configuration, equipment selection, installation requirements, and any additional electrical work. However, the upfront cost of these systems is often balanced out by your long-term savings. If one or more of your appliances are damaged in a power surge, the repair costs quickly add up to more than the cost of surge protector installation in Bend, OR.

Why Hire a Professional Electrician

If you’re interested in surge or lightning protection for your home, it’s essential to work with a professional electrician. By partnering with Central Oregon Heating, Cooling, Plumbing & Electrical’s licensed electricians, you can enjoy a few key benefits.

• Safe Installation: When you use an experienced electrician, you can enjoy better peace of mind.
• Permitting and Code Compliance: Setting up surge protection may require a permit. Our team can ensure your system is in full compliance with local building and electrical codes in your city.
• Local Expertise: We understand what Bend and Redmond homes need to achieve the highest level of protection.

Frequently Asked Questions

Is whole-house surge protection worth it?

A whole-house surge protector installation is generally worth it because it protects expensive appliances and electronics. If just your refrigerator is damaged, a replacement can easily cost much more than the average cost for a surge protector installation.

Do I still need surge protector strips with whole-house surge protection?

Yes. As long as your strips are designed and rated for surge protection, you should continue using them as an extra layer of protection.

How long does a whole-house surge protector last?

It really depends on the system and the usage. In many cases, these systems can last for 5 to 10 years. High-quality units can last up to 20 years. 

How do I know if my surge protector is still working?

Your surge protector is still working if its indicator light is on. If it is dim, blinking, or off, the protection has likely worn out. However, each surge protector is designed differently, so you should check with the manufacturer to find out which lightning indicator means it is working properly. SPDs can wear out following significant or repeated events, which is why it’s important to check the indicator lights and surge protector status regularly.

Does a whole-house surge protector protect against lightning?

A whole-house surge protector won’t make your home immune to lightning strikes. It can help against the transient overvoltage caused by indirect lightning strikes nearby but is not effective against direct strikes. For better protection, you should consider a layered approach and lightning protection.

Where is a whole-house surge protector installed?

It is installed inside or adjacent to your electrical service or panel. The exact location depends on the SPD type, electrical system, equipment, and installation configuration. A qualified electrician can determine the appropriate location for the specific application.

What should homeowners look for in an SPD?

When choosing an SPD, consider whether the device type is appropriate for its intended application, its manufacturer specifications, electrical-system compatibility, installation requirements, and protection-status indicators. For whole-home protection, a qualified electrician can evaluate the home’s electrical service and panel configuration and recommend equipment designed for the specific installation.

Surge Protection Services in Bend & Redmond, OR

Layered surge protection is one of the best ways to protect your home’s appliances, devices, and electrical systems from overvoltage. Our experienced electricians can evaluate your home and discuss which whole-house and point-of-use surge protection options make sense for your needs.

Central Oregon Heating, Cooling, Plumbing & Electrical has served local homeowners in Bend, Madras, and Redmond since 1993. Over the decades, we have built a reputation for being the area’s most trusted installer. We do everything possible, from money-back guarantees to providing upfront pricing and 100% satisfaction on every project. From same-day services to emergency repairs, we can help with all of your electrical issues.

Schedule your whole-home surge protector installation in Bend and Redmond today!

A circuit breaker that keeps tripping is more than a minor annoyance. Repeated trips can indicate an overloaded circuit, faulty appliance, damaged wiring, ground fault, short circuit, worn breaker, or another electrical problem. Because some causes can create shock or fire hazards, recurring breaker trips should not be ignored.

By understanding common causes and basic troubleshooting tips, you can resolve minor issues. If DIY fixes don’t work, it’s essential to reach out for professional assistance. Our team can diagnose and repair the problem, so you can avoid damage to your appliances and electrical systems. By partnering with Central Oregon Heating, Cooling, Plumbing & Electrical, you can learn about the causes of breaker trips and how you can effectively stop them.

Key Takeaways

• If you notice flickering lights, buzzing noises, burning odors, or warm outlets, your electrical system is likely experiencing problems that can cause tripped breakers.
• Tripped breakers often occur because of overloaded circuits, ground faults, short circuits, faulty appliances, incorrect breaker sizes, motor inrush currents, moisture intrusion, or outdated electrical panels.
• As a homeowner, you can try unplugging your devices and resetting the breaker. If it trips again right away, you need to call for professional help.
• You should seek professional help for recurring tripped breakers, outdated electrical panels, sparks, and burning odors. Additionally, have an electrician evaluate your current load capacity before you install a new appliance or renovate your home.
• To prevent future issues, you should spread the electrical load across different circuits, upgrade outdated circuits and panels, and schedule regular electrical inspections.

How a Circuit Breaker Works

Circuit breakers protect wiring from dangerous overcurrent conditions, including overloads and short circuits. When the breaker detects too much current on the circuit, it trips. This breaks the connection along the circuit, preventing the circuit from receiving power. By doing so, the circuit breaker protects your wiring and appliances from overheating and fires.

A tripped breaker is different from a power outage. In an outage, power to your entire home is temporarily stopped. A breaker is a safety mechanism that affects a single circuit. If a breaker repeatedly trips or fails to reset, professional circuit breaker repair can help identify and correct the underlying electrical problem.

Why Do Circuit Breakers Trip?

Circuit breakers monitor the flow of electricity to prevent short circuits, electrical overloads, and other dangers. They interrupt the circuit when current exceeds safe limits. Because of this, circuit breakers play a key role in preventing fires and equipment damage.

Common Causes of Breaker Trips

Why does my breaker keep tripping? While breaker trips usually involve overcurrent or fault conditions, the underlying trigger can vary significantly. To learn more about the causes of breaker trips, read on. 

Overloaded Circuit

One of the most common reasons why a circuit breaker keeps tripping is circuit overload. Basically, there are too many devices plugged into one circuit. If you have a 15-amp circuit, it doesn’t take long for too many devices to overwhelm its capacity.

Common Symptoms

• Tripped breaker
• Dimming lights
• Burning odors
• Buzzing sounds
• Warm outlets

Recommended Solution

In the short run, you should remedy this problem by distributing appliances across different circuits. If this is a frequent issue, you may want to consider a panel upgrade or rewiring your home so that your home’s electrical system has a larger electrical capacity.

Short Circuit 

A short circuit occurs when a hot wire comes into contact with a neutral or ground wire. This causes the current to surge, which can trip the breaker. 

Common Symptoms

• Melted or burned insulation
• Burning odors
• Flickering or dimming lights
• Cracking or popping noises
• Frequently tripped breakers
• Sparks
• Malfunctioning appliances

Recommended Solution

Short circuits can stem from a range of problems, such as faulty wiring, malfunctioning appliances, or loose connections. To remedy this issue, you need to schedule a professional electrical inspection.

Ground Fault 

Ground faults occur when electricity takes a different path, such as through a person or water. This problem is more common when frayed wires and water are present.

Common Symptoms 

• Flickering lights 
• Tripped GFCI breakers
• Burning odors
• Clicking and buzzing noises coming from the outlets

Recommended Solution

Because ground faults are more likely where water is present, kitchens and bathrooms typically require GFCI-protected outlets or circuits. When a GFCI trips, it helps protect people from electric shock, severe burns, and electrical damage.

To detect the source of the ground fault, unplug every device from the circuit. Then, try the devices one at a time until you figure out which one was causing the problem. If the problem is the wiring, you’ll need to schedule a professional electrical inspection.

Faulty Appliances 

Another common reason a circuit breaker keeps tripping is a faulty appliance. A malfunctioning appliance may draw more current than expected, overload the circuit, or develop an internal short circuit or ground fault. If the breaker consistently trips when one particular appliance starts or runs, the appliance may be contributing to the problem.

Common Symptoms

• Instant tripping when the unit turns on
• Burning odors
• Scorch marks around the plugs and outlets
• Warm plug, wall plates, or power cords
• Tripped GFCI breaker

Recommended Solutions

In this case, the best course of action is to get a professional electrical inspection to make sure the appliance hasn’t caused any lasting damage. Additionally, you should have the appliance repaired or replaced.

Loose or Damaged Wiring

Over time, wiring can become damaged or loose. Older homes that have aluminum wiring are especially prone to this issue because of how the aluminum expands and contracts over time.

Common Symptoms

• Warm outlet covers and switch plates
• Burning odors
• Buzzing and crackling noises
• Scorch marks around outlets and switches
• Flickering lights

Recommended Solutions

In this situation, the best thing you can do is shut off the main breaker and call for repairs. You should not attempt to access or repair wiring on your own. Instead, note the symptoms that are occurring, such as which outlets feel warm or when flickering lights occur.

Aging Circuit Breaker

Eventually, circuit breakers can start to age. Components can become worn and more likely to malfunction. Circuit breakers often last 30 to 40 years, but they can fail earlier if damaged, overloaded, or frequently tripped.

Common Symptoms

• Inability to reset the breaker
• Melting or burning odors
• Buzzing noises
• Warm panel covers and breaker switches
• Frequent, unexplained tripping

Recommended Solutions

The best way to solve this issue is by scheduling a replacement. Our team of electricians can evaluate your current capacity needs and help you choose the right breaker replacement or panel upgrade.

Outdated Electrical Panel

Many older, 100-amp electrical panels were designed for smaller loads. Now that homes have gaming systems, multiple televisions, smart home appliances, and other gadgets, they require a higher capacity.

Common Symptoms

• Burning smells
• Frequent tripping 
• Scorch marks
• Flickering lights
• Crackling or buzzing noises
• Warm panel surfaces

Recommended Solutions

Our electricians can evaluate your system to determine if it’s possible to rebalance the electrical load or replace individual breakers. If these solutions aren’t possible, it may be time to upgrade to a 200-amp panel.

Moisture Intrusion

When moisture gets into your panel and electrical systems, it creates an alternative path for the electricity to travel. This results in a short circuit or ground fault.

Common Symptoms

• Moisture near your panel
• Tripped breakers occur during rainstorms, lawn watering, or high-humidity days
• Breakers trip again immediately after being reset
• GFCI buttons pop and can’t be reset

Recommended Solutions

The first step is removing any water sources. For outdoor panels, you should replace old gaskets and use a weatherproof cover. You should also fix any roof or plumbing leaks.

Never touch wet circuits when you’re trying to turn the breaker off. Instead, call our team for help. We can also assist with inspecting underground lines for cracked conduits, replacing corroded breakers, and repairing other electrical components.

Incorrect Breaker Size

If the breaker is the wrong size, it may not be properly matched to the circuit wiring or expected load.

Common Symptoms

• Breaker trips immediately when you turn an appliance on
• Flickering lights
• Burning odors
• Tripping after 15+ minutes of running multiple devices due to gradual thermal overload
• Warm breaker switches

Recommended Solutions

The breaker should match the wire gauge. One of our licensed electricians can remove an improperly sized breaker and replace it with the appropriate size. We can also upgrade your electrical service to a 200-amp panel. 

For minor issues, you may be able to resolve the problem by splitting heavy loads. Large appliances, like dryers and HVAC appliances, should generally be on a dedicated circuit.

Motor Inrush Current (If Applicable)

This can occur if a motor draws a massive surge of electricity. For example, this can occur with HVAC equipment, well pumps, or table saws.

Common Symptoms

• Tripped breakers as soon as the device powers on
• The circuit works the rest of the time
• Dimming lights
• Circuit and electrical components don’t feel warm because it isn’t an overload trip

Recommended Solutions

A soft starter can be installed so that the motor can slowly ramp instead of causing a massive spike. Alternatively, an electrician can determine whether the circuit should be redesigned or upgraded to safely handle the load. A properly rated breaker or dedicated circuit may be recommended after professional testing.

Frequent Causes and Solutions for Tripped Breakers

Frequent Warning Signs Before a Breaker Trips

While the symptoms can vary based on the underlying cause, there are a few common warning signs that can appear before a breaker trips.

• Flickering lights
• Frequent dimming
• Sparks
• Buzzing noises
• Warm outlets and panels
• Burning odors

What You Can Do Before Calling an Electrician

Whenever you are uncertain about the problem, call one of our licensed electricians for help. There are also a few key steps you can take before reaching out for professional circuit breaker repairs.

• Turn Off Connected Appliances: First, unplug every device that is connected to the affected branch circuit. 
• Reset the Breaker: Once everything has been successfully unplugged, go to the breaker panel to reset the breaker. If it immediately trips, you should stop troubleshooting and call for repairs.
• Plug Devices Back in One at a Time: After the breaker has been reset successfully, plug each device back in one by one to see if any of them trip the breaker. You should also note any signs that the appliance might be damaged, such as burning odors, performance issues, or visible signs of damage. 
• Check for Overloaded Circuits: Redistribute how many appliances are on the affected circuit. Some larger appliances, such as HVAC systems and washer/dryer units, are often placed on dedicated circuits because of how much energy they draw.
• Inspect Outlets for Visible Damage: Check each outlet for signs of scorch marks, burning odors, or signs of warmth. However, you should not touch damaged or wet components.
• Test GFCI Outlets: On a GFCI outlet, there is a test button that simulates a ground-fault condition. Try pressing this button. If the GFCI outlet trips, then it is working correctly. 
• Stop if the Breaker Trips Immediately: Don’t reset your circuit breaker when there is a burning smell present. If the breaker immediately trips after you reset it, stop resetting it because there is likely an underlying problem that needs to be resolved. If you don’t know why a tripped breaker occurred, you should always seek professional help. 

How To Safely Reset Your Breaker

After your breaker trips, you should first note any signs of burning, scorch marks, or overheating. If none of these symptoms are present, you can use the following steps to safely reset the breaker.

1. Turn the breaker fully off.
2. Wait 30 seconds.
3. Switch the breaker on again.
4. Gradually plug in or turn on one appliance at a time.
5. If the breaker immediately trips again, shut it off and call for help.

When NOT To Reset the Breaker 

There are certain instances where it is unsafe to reset the breaker. 

• You noticed smoke.
• Sparks are coming from the outlet or breaker.
• You see signs of water damage or corrosion.
• There are visible burn marks.
• You smell a burning odor.
• The breaker won’t stay on.

How To Diagnose a Faulty Appliance

Sometimes, breakers keep tripping because of a problem with an individual appliance. By using the following steps, you can figure out which appliance is at fault.

1. Unplug every device on the breaker.
2. Reset the breaker.
3. Connect one appliance at a time. Wait to see if the breaker trips. 
4. Repeat with each appliance.
5. If one appliance trips the breaker, unplug it. To avoid future trips, you’ll need to repair or replace it.

When To Consider an Electrical Panel Upgrade

Even with the best electrical maintenance and consistent inspections, panels eventually need to be replaced. You may need a replacement panel in the following situations.

• The breaker frequently trips.
• You’re experiencing problems, and the panel is already 30 years old or older.
• You are planning home renovations and need to update your panel size.
• The panel needs to be updated to support new, high-power appliances.
• You are going to install an EV charger or HVAC upgrade.

How To Prevent the Breaker From Tripping in the Future

To avoid tripped breakers in the future, use the following steps.

• Avoid Overloading Circuits: To prevent electrical overloads, spread the load across different outlets. Unless the branch circuit was deliberately designed to handle multiple appliances, you should make sure that appliances that have high electricity needs are on different outlets.
• Use Dedicated Circuits for Large Appliances: Large appliances often use significantly more power when they first start up, making an individual circuit necessary.
• Replace Damaged Wiring: If wiring becomes loose or damaged, it can lead to resistance and overheating. Besides damaging the components, this can also be a fire hazard.
• Test GFCI Outlets: GFCI outlets can only protect against ground faults if they are working properly.
• Upgrade Outdated Electrical Systems When Necessary: If maintenance and repairs aren’t enough, it may be time to upgrade your system. This is especially true if your system is old or outdated.
• Get Regular Inspections: One of the most important things you can do to prevent overloaded circuits and tripped breakers is to schedule regular maintenance inspections. During our routine maintenance, we’ll check for faulty wiring, tighten loose connections, and test the performance of your electrical systems. We can also discuss how surge protection can protect your home’s electrical systems.

When To Call a Professional Electrician

Your electrical systems are essential for the safety of your home. If you are experiencing the following problems, it’s time to call one of our experienced electricians for professional help.

• Breaker Trips Repeatedly: If you’ve already unplugged all of the devices, you shouldn’t be experiencing any more breaker trips.
• Burning Smells or Smoke: A burning odor or smoke is a sign that something is overheating and represents a major fire risk.
• Sparks or Scorch Marks: Similarly, sparks and scorch marks indicate a major electrical issue and should be dealt with immediately by a professional.
• Multiple Breakers Tripping: When more than one breaker trips, there is likely a shared cause. Because this can happen because of multiple underlying causes, it’s essential to schedule professional diagnostics.
• Breaker Won’t Reset: This often occurs because of an overloaded circuit or faulty appliance. If basic troubleshooting doesn’t help, you should reach out for repairs.
• Signs of Faulty Wiring: Damaged wiring can lead to fires and electric shock. Burning odors, discoloration, hot outlets, and frequently tripped breakers are common signs of poor wiring.
• Outdated Electrical Panel: Electrical panels often last 25 to 40 years. Besides developing issues over time, older panels are also unable to match today’s electrical needs. By getting a panel upgrade, you can ensure your home’s electrical systems are ready for your appliances, smartphones, and gaming systems.
• New Appliances and Renovations: If you get new appliances or remodel your home, you may need to upgrade your electrical system so that it can match the higher demand.

Frequently Asked Questions 

Can I keep resetting a breaker?

No, repeatedly tripped breakers indicate an underlying electrical problem. Continuing to reset the breaker can damage your electrical systems and result in overheating.

How do I know if the breaker is faulty?

Note how frequently the breaker trips and if there are any signs of damage. An electrician can perform voltage and continuity checks.

Can a faulty appliance trip a breaker?

Absolutely. Faulty appliances can draw an excessive amount of power and trip the breaker. They can also trip breakers through ground faults or internal short circuits.

How often should a breaker be replaced?

Breakers often last for 30 to 40 years. However, you should consider a replacement if your breaker is past the 15-year mark and is starting to have issues.

When should I upgrade my electrical panel?

You should generally replace your electrical panel once it is 30 to 40 years old. Earlier updates may be necessary if you install an EV charger, renovate your home, get a new appliance, or increase your electricity needs in some other way. Frequently tripped breakers, burning odors, and buzzing noises are also signs that the panel needs to be replaced early.

Can rain or moisture cause breaker trips?

Yes, moisture intrusion is a common cause of short circuits and ground faults. You can shut off the source of the water if it is safe to do so. Then, call an electrician for repairs.

Is a tripping breaker dangerous?

It can be. Breakers trip as a safety mechanism to interrupt current flow through the circuit. While the breaker itself is safe, the underlying cause of the tripped breaker can pose a danger. For example, loose wiring can lead to overheating and fires.

Schedule Professional Repairs in Bend & Redmond

Tripped breakers are often due to overloaded circuits, short circuits, ground faults, faulty appliances, and aging breakers. You can troubleshoot by unplugging everything from the circuit, resetting the breaker, and then testing each appliance individually. If the breaker keeps tripping and basic troubleshooting doesn’t solve the issue, Central Oregon Heating, Cooling, Plumbing & Electrical can help.

Schedule a professional inspection to diagnose and repair your electrical issues.