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Author: Lawrence Parmisana

Maintenance Matters: How Regular Maintenance Extends Your Heater’s Lifespan

Written by Lawrence Parmisana on . Posted in Uncategorized.

Welcome back to our Maintenance Matters series on how to keep your house warm all winter long. If you missed the first post about avoiding breakdowns, then click here. With cooler weather approaching, your heating system plays the lead role in maintaining your comfort. It’s the unsung hero that keeps you warm during chilly nights and creates an atmosphere for family moments. Beyond its daily comfort-providing duties, your heating system is one of the biggest investments in your home. Just like your car, it requires care and attention to truly shine and endure.   Let’s look at how regular maintenance not only keeps your heater running smoothly but significantly extends its lifespan, protecting your investment for years to come.  

Understanding the Investment in Your Heating System

When we think about home investments, our minds often jump to kitchen remodels or installing a pool outside. However, your heating system, though often out of sight and out of mind, stands as one of the most crucial and costly parts of your home.   First, let’s look at the costs and the long-term value that your heater brings…

The Cost of a New Heating System

Installing a new heater is no small expense. Depending on the size of your home, the type of heating system, and its efficiency rating, you could be looking at investing from $6,000 to $9,000. High-efficiency models or those designed for larger homes can even exceed $12,000. This means that your heater is one of the most significant single investments in your home.

Long-Term Value

Here’s the key – your heater isn’t just a one-time purchase. It’s a long-term investment in your home’s comfort, energy efficiency, and overall value. A well-maintained heater can last 15 years, providing reliable warmth and comfort throughout its lifespan. Neglecting your heating system can shorten that lifespan significantly while driving up energy bills each winter season.

Impact of Maintenance on Heater Longevity

Now that we know that your heater is a significant investment for your home, let’s dive into how regular maintenance can dramatically extend its lifespan, ensuring you get the most out of your investment.  

Regular Care Extends Lifespan

Think of your heater like a car. Just as regular oil changes and tune-ups can keep a vehicle running smoothly for hundreds of thousands of miles, consistent maintenance can add years to your heating system. An annual inspection is the cornerstone of increasing your heater’s lifespan. Routine check-ups allow technicians to spot and address minor issues before they grow into major problems.

Prevention of Wear and Tear

Every time your heating system cycles on and off, its components experience some degree of wear. While this is normal, neglect can accelerate this wear and tear, leading to premature failure. Part of our annual maintenance inspection includes lubricating these moving parts, ensuring that they continue to move freely and efficiently. A heater that moves freely and efficiently is a heater that will keep working for a long time.  

Optimal Performance Over Time

Increasing the longevity of your heating system isn’t just making sure it continues to create warm air. It’s about making sure that it performs better throughout its entire lifespan. Adding years of use to your heater without maintaining the performance just means higher energy bills for your home. Clean, lubricated, and properly maintained components work together more efficiently, reducing strain on the system. Less strain equals better performance and a longer, more efficient lifespan.  

The Financial Benefits – Avoid Replacements and Costly Repairs

Investing in regular maintenance doesn’t just extend your heater’s life – it provides significant financial benefits too! 

Avoiding Early Replacement Costs

We have to say it again, but the most obvious financial benefit is delaying the need for a costly heating system replacement. By extending your heater’s lifespan, you’re potentially saving thousands of dollars in replacement costs. Just think, with regular maintenance, your heater could last two or three times longer than the ones that have been neglected. That could save you $12,000 to $20,000+ in replacement costs during the time you live in your home. 

Saving on Repairs 

While maintenance itself has a cost, it’s significantly less than the expense of major repairs or emergency services. By keeping your heating system in top condition, you’re less likely to face unexpected breakdowns or costly component failures. The small, regular investment in maintenance can save you from large, unexpected repair bills down the line.

Energy Efficiency Savings

A well-maintained heater operates more efficiently throughout its lifespan. This efficiency translates directly into lower energy bills. Throughout your heater’s extended life, these savings can add up to hundreds or even thousands of dollars. It’s like your heater paying you back for taking good care of it!

Protecting Your Investment for the Long Haul

Your heater is more than just an appliance—it’s a significant investment in your home’s comfort and value. By viewing it through this lens, the importance of regular maintenance becomes clear. Each tune-up, filter change, and inspection is not just a maintenance task – it’s an investment in the longevity and efficiency of one of your home’s most valuable systems. As we wrap up, consider this: your heating system works tirelessly to keep your home comfortable. By giving it the care and attention it deserves, you’re ensuring it can continue to perform this vital role for years to come. You’re not just maintaining an appliance; you’re protecting your investment, ensuring your comfort, and making a smart financial decision. So, as the seasons change and another heating season approaches, take a moment to schedule that maintenance appointment. It’s more than just a check-up—it’s a commitment to the long-term health of your home and your comfort. Here’s to many more years of warmth, efficiency, and peace of mind, courtesy of your well-maintained heating system!
Image of Central Oregon Heating technicians servicing a Bend customer's home

Is Your Heating System Ready for the Cold Months Ahead?

Written by Lawrence Parmisana on . Posted in Uncategorized.

Discover why a seasonal check-up is the secret to a comfortable, worry-free winter

As we start to feel that familiar nip in the air, it’s time to talk about making sure your home is ready to stay warm and relaxing. Do you know what makes that possible? A well-maintained heater! 

Schedule Your Heating Maintenance Now

Designed for People Who Want Reliability, Comfort, and Value

Our seasonal heating maintenance is designed for the person who enjoys the comforts of a warm, inviting home with the peace of mind that they’re ready for whatever nature throws at them. It’s for people who don’t want problems with their heat during the coldest time of year.    It’s for a person who cares about how welcoming their home is. Whether that includes warm nights reading a book or hosting parties with friends and family, ensure your comfort by scheduling your heating maintenance.   It’s for the person looking to maintain value in their homes and save money – both in the short-term with lower energy bills and in the long-term with increased lifespan and fewer breakdowns.   Seasonal heating maintenance is designed for the person who wants to take care of their largest investment and enjoy the comforts of their home.    

Why Maintenance Matters

Now, we know what you might be thinking: “My heater worked fine last year, why bother?” Well, let me tell you, giving your trusty heating system a little TLC before the cold sets in can make all the difference. Here’s why: 

1.  Fewer Breakdowns, More Reliability

Heating systems never decide to take a day off on a slightly cool day. No, it always happens on the coldest day when you have plans and no time to deal with them. Regular maintenance catches those small issues before they become big, chilly problems. It’s like taking your car for a tune-up – a little preparation goes a long way!   Our technicians are trained to spot the early warning signs of wear and tear. They’ll check everything from the thermostat to the heat exchanger, ensuring every part is working correctly.  

Schedule Now

2. Longer Lifespan for Your Heating System 

Your heater is like a good friend – treat it right, and it’ll stick around longer. Regular check-ups can add years to its life, saving you from the cost (and hassle) of early replacement.   A new heating system can cost thousands of dollars. Wouldn’t you rather spend a fraction of that on maintenance and keep your current system running smoothly for years to come?  

3. Improved Efficiency, Lower Bills

Who doesn’t like saving money? A well-maintained heater runs more efficiently, which means it uses less energy to keep you warm. That’s good for your wallet and Mother Nature.   During our heating maintenance, we’ll inspect filters, lubricate moving parts, and make sure everything is aligned correctly. This can lead to energy savings for your home every year! Just think what you can do with that extra cash!  

4. Peace of Mind (Priceless!)

There’s nothing quite like the peace of mind that comes from knowing your home will stay warm all winter long. No more worrying about unexpected breakdowns or chilly nights.   Plus, with our maintenance plan, you’ll be a priority customer. If you ever do need emergency service, you’ll be at the top of our list. 

5. Safety First & Breathe Better Air

Your family’s safety comes first. Regular heating maintenance ensures that there are no gas leaks or carbon monoxide risks and improves the air quality inside your home. Plus, it keeps your warranty valid!    Our technicians are trained to detect even the slightest issues that could compromise your safety. We take this responsibility seriously.  

What to Expect During Your Heating Maintenance 

What do we do during a heating check-up? Here’s a quick look:
  • We inspect your air filter(s)
  • We check your heat exchanger
  • We test the thermostat calibration
  • We tighten electrical connections
  • We lubricate moving parts
  • We check and clean the blower fan
  • We check for visual leaks
  • And we’ll do so much more for your comfort and safety!  

Ready to Give Your Heater the Attention It Deserves? 

If you’re someone who doesn’t want to deal with a potential breakdown in the middle of winter and the risk of thousands of dollars in repairs, then our team of friendly experts is just a phone call away. We’ll make sure your home stays warm and welcoming all winter long.  Don’t wait for the last cold snap to catch you off guard. Book your seasonal maintenance today!  

Call Now

Want Year-Round Reliability?

Now, if you’re someone who wants to ensure their home is comfortable and safe all year long, then our affordable monthly membership program called the Greenshield Maintenance Plan is the answer for you. Made for those who want to experience the benefits of year-round comfort and the peace of mind that their entire home is in good hands. The Greenshield Maintenance Plan is more than just maintenance, it’s a commitment to your home and family. Let us keep your home safe and comfortable all year long. As a member you receive: 
  • 30+ Point Spring Air Conditioner Maintenance
  • 30+ Point Fall Heating Maintenance
  • Annual 25+ Point Plumbing Inspection
  • Annual 25+ Point Electrical Inspection 
  • Discount on any necessary repairs
  • Priority Service 
  • No Overtime Fees
  • Peace of Mind – Your Comfort Guaranteed 
  • And More! 

Membership Matters

Call us today to ask how you can join the Greenshield Maintenance Plan and ensure your comfort every season!   Stay warm, stay safe, and enjoy the season ahead!   Your friends at Central Oregon Heating!
Stay Cool With This Comprehensive AC Guide for Your Oregon Home

Stay Cool With This Comprehensive AC Guide for Your Oregon Home

Written by Lawrence Parmisana on . Posted in Uncategorized.

How to Optimize Your AC Performance during the Hottest Summer Months

From the moment you turn your air conditioner on, it should provide reliable, efficient performance throughout the summer. The AC is designed to provide balanced cooling in each room of the house to keep your family safe and comfortable, regardless of Oregon’s climate. To maintain the desired indoor temperature, consider these three steps: 
  1. Invest in the right equipment.
  2. Maintain the equipment according to manufacturer specifications.
  3. Address problems as they arise without delay.
Following these steps ensures your system performs optimally at minimal cost. Below, we outline a thorough AC guide for summer in Central Oregon. First, we’ll look at Oregon’s unique summer climate to lay the groundwork for the type of system you should purchase for your home.  Next, we provide consumer tips for choosing the right cooling equipment. We’ll also give you some pointers on caring for your system and addressing AC repairs as they happen. Finally, we’ll help you figure out what to look for in an HVAC company in Central Oregon. At Central Oregon Cooling, we can install and service your system. Our team of HVAC Professionals can walk you through the best AC features and what to look for in a new system.

Quick Summary

  • Optimizing AC Performance: Ensure reliable and efficient cooling in Oregon’s climate by investing in suitable equipment, maintaining it properly, and promptly addressing issues.
  • Understanding Oregon’s Climate: Central Oregon’s warm, dry summers with moderate winds require AC systems tailored to its higher altitude, dry air, limited precipitation, and sunny conditions.
  • Choosing the Right AC: Consider factors like SEER ratings, heat pump functionality, square footage, floor plan, and efficiency levels to select the most suitable AC for your Central Oregon home.

Discover Central Oregon’s Unique Climate

In Central Oregon, the weather is usually warm and sunny with clear blue skies. Temperatures can get hot during the day, often reaching into the mid-80s. At night, it can drop into the 40s or 50s.  Central Oregon is in a high desert area. So, it doesn’t retain heat once the sun goes down. Compared to other regions of the US, summers in Central Oregon are relatively mild, making it a great environment for outdoor activities like hiking, camping, and swimming.

Higher Altitude

The region sits at a higher elevation compared to coastal areas. At around 3,000 to 4,000 feet above sea level, Central Oregon experiences cooler temperatures. During the summer, warm temperatures drop significantly at night.

Dry Air

The Central Oregon climate has dry air during the summer months. With low humidity levels, the air feels crisp and dry, which is different from coastal areas where humidity is higher. 

Limited Precipitation

Central Oregon receives 11.36 inches of precipitation annually. However, this is mostly due to snow in the winter. During summer, Central Oregon experiences limited precipitation compared to other times of the year. Rainfall is rare. So, there are mostly dry conditions throughout the season.

A Sunny Summer

Central Oregon has many cities that exceed 300 days of sunshine per year, including towns such as Bend, Klamath Falls, and Redmond. The sun’s rays fuel the region’s warm daytime temperatures.

Moderate Winds

Central Oregon experiences occasional windy conditions, particularly in certain areas like the high desert plains and mountain passes. During summer, the winds provide relief from the heat and keep temperatures comfortable. 

What Should I Consider When Buying an AC?

Let’s look at what you need to consider when buying an air conditioner for this area. Keep in mind that not all air conditioners are alike. Some systems work better in climate than others.  Here is an AC buying checklist to help you compare AC brands and models:

1. The SEER Energy Rating

What does SEER mean? It’s an acronym for Seasonal Energy Efficiency Ratio. According to the Department of Energy, the SEER Rating measures how efficient your air conditioner is throughout the entire summer. Agencies like the Energy Information Administration (EIA) and ENERGY STAR calculate the rating by dividing your air conditioner’s total cooling output (in BTUs — keep reading below) by the total watts hours the AC uses during the season.  If we were to write it in an equation, here’s how it would look: 

SEER = Total Output of Cool Air (in BTUs) / Total Electric Energy Input (in watt-hours)

What is the best SEER rating for AC? When buying a cooling system, your goal should be to get a unit with the highest SEER rating possible. Why? Because if the SEER rating is high, your AC will be more efficient. Depending on the year the unit was manufactured and the type of AC, Oregon’s recommendation for a minimum SEER rating is 14 to 15 for heat pumps and central air conditioners. Note: Oregon regulations allow for a minimum SEER rating of 14 (as per SEER2 rating), but this can vary based on the manufacturing date and AC type. 

2. Heat Pumps

When choosing the right cooling system, you want equipment that works best for Central Oregon. Since the summers are relatively mild with little temperature fluctuations, it’s a good idea to consider a heat pump vs air conditioning. A heat pump transfers heat from one location to another using refrigerant cycles. It cools and heats by extracting heat from the air or ground outside and transferring it indoors during colder months. In the warmer months, it transfers heat in the opposite direction. During the summer, a heat pump works like an air conditioner by absorbing heat from inside your home and channeling it outside. It does this by circulating refrigerant through coils to absorb heat indoors. It then releases it outdoors, resulting in cooler air inside your home. Is a heat pump more expensive than an AC? While a heat pump normally has higher installation costs, it is often cheaper to run than an AC. Since a heat pump provides both cool and warm air, you don’t have to buy a separate unit for the winter. One drawback of buying a heat pump is that older models may not be as efficient in extremely cold climates, as they rely on extracting heat from outdoor air. Newer models have better technology and are quite effective in cold climates. If you choose to install a heat pump, you may be required to replace the whole HVAC if you switch to a variable-capacity unit.  Our HVAC company in Central Oregon can help you determine which system is best for your home. To learn more, call one of our HVAC professionals for a free consultation about your home’s cooling needs.

3. The Total Square Footage of Your Home

How big does my AC unit need to be? The more square footage your home has, the more space you need to cool. Therefore, you’ll need a more powerful system. To measure how much power you need, you can use British Thermal Units (BTUs).  BTUs measure how much power a unit requires to remove heat from the air, so there is a direct relationship between BTUs and room size. The bigger the livable area is in your home, the more BTUs the system needs. This is especially true as the summer gets hotter in Central Oregon and temperatures climb into the 80s and 90s. How many AC BTUs per square foot does your home require? For a general idea, look at the table below:
Home Square Footage Required AC BTUs
100 – 150 sq. ft. 2,000 – 3,000
300 – 350 sq. ft. 6,000 – 7,000
700 – 1,000 sq. ft. 14,000 – 20,000
1,000 – 1,200 sq. ft. 20,000 – 24,000
1,400 – 1,500 sq. ft. 28,000 – 30,000
2,000 – 2,500 sq. ft. 40,000 – 50,000

4. Your Home’s Overall Floor Plan

How your home is designed can impact your air conditioner’s performance. Before buying a new unit, think about these factors:
  • The number of stories in your home
  • Whether you will cool the basement
  • The type of floor plan in your home
  • The number of actual livable or inhabited rooms
  • The type of home construction material
After answering these questions, you will better understand the type of system to purchase and the power required. If you’re still uncertain, it’s a good idea to speak with a Central Oregon HVAC company or reach out to your local energy provider for additional guidance. At Central Oregon Cooling, you can get same-day service, maintenance plans, and new air conditioning installations for your home. We can help with all of your HVAC questions. 

5. High-Efficiency Air Conditioners

Earlier we talked about the SEER rating and its importance. This is something you will need to consider because not all products have the same rating.  Since the year 2023, the EIA requires a minimal SEER rating of 14 for all air conditioners, regardless of the type of system. However, your goal should be to get an AC with the highest SEER rating possible for maximum efficiency.  Consider this chart below:
Category SEER Rating
High-Efficiency 18+
Mid-Efficiency 15 – 17
Low-Efficiency 14 – 15
High-efficiency air conditioners are different from standard AC. They have a higher-than-average SEER rating. Look at these characteristics of a high-efficiency AC product:
  • A SEER rating above 18.
  • ENERGY STAR certification.
  • Enough BTUs for efficient operation.
  • Variable-capacity or variable-speed functionality.
If you put together all these characteristics, you can find a model that provides optimal performance at a lower cost.

6. Other Considerations

Here are other things that can help you refine your product comparison.
  • Smart features, like Wi-Fi connectivity and app control
  • Thermostat functionalities
  • Air quality enhancements
  • Noise and performance levels
  • Requirements for installing and maintaining the equipment
  • Warranty and cost
  • Consumer ratings and reviews
  • Personal preferences and lifestyle considerations

Three Types of Home Air Conditioners in Central Oregon

When looking for an air conditioner in Central Oregon, there are three primary types of air conditioner systems you can choose from:

Central Air Conditioner

Overview: What is a central air conditioning system? This type of system cools your home by drying and circulating air through a network of ducts. It consists of two main parts: the condenser and compressor on the outside, while the blower and coil are inside of your home.  Operation: The system uses a refrigerant to absorb indoor heat, which then evaporates to a gas that the compressor moves to the outdoor unit, releasing heat outside. The cooled refrigerant cycles back indoors and continues the process, while the blower distributes the chilled air. Ideal use: If your home has pre-existing ductwork and multiple rooms need cooling, a central AC is effective. It’s also quiet and can be installed in smaller spaces.

Heat Pump

Overview: Unlike a central air conditioner, a heat pump cools and heats your home, utilizing the outside air or ground as a source. Operation: In cooling mode, it removes the heat from your home and expels it outside, which cools and dehumidifies your indoor air. Ideal use: It works best for moderate climates like Central Oregon. It’s cost-effective since you don’t need separate systems for heating and cooling. Consider this if you’re in an area with mild winters.

Ductless Mini-Split AC

Overview: What is a ductless mini-split AC? When comparing ductless vs central air, it’s important to remember that this type doesn’t require ductwork. It has an outdoor compressor/condenser and indoor air handling units. Operation: The compressor cools the refrigerant and sends it to the units inside via a conduit, allowing individual room temperature control. Ideal use: This option is great for houses that don’t have ductwork or for supplementing existing air conditioning, offering targeted cooling without extensive installation requirements. Each system primarily functions to remove heat, making your home cooler. Let’s examine each type more closely to determine which suits your needs best in Central Oregon, especially during the hotter months of July and August.

Which AC Works Best for My Home Environment?

Below is a comprehensive chart that compares the three main Air Conditioners that homeowners use in Central Oregon:
System Type Central Air Heat Pump Mini-Split AC
Primary Function Cooling Heating and Cooling Heating and Cooling
Energy Efficiency Moderate (varies by SEER rating) High (especially in mild climates) Very high (high SEER ratings)
Installation Requirements High (needs ductwork) Moderate to high (requires ductwork for traditional systems) Low (no ductwork needed)
Maintenance Needs Filter changes Similar to central air, plus seasonal mode switching Less frequent; no ducts, but regular filter cleaning needed
Space Requirements Significant (indoor and outdoor units) Similar to central air (space for indoor and outdoor units) Minimal (small outdoor units, compact indoor units)
Zoning Capability Possible with advanced setups Possible with advanced setups Inherent (each indoor unit controlled independently)
Lifespan 15-20 years 15-20 years (can vary with climate) 20+ years (depends on maintenance)
Climate Suitability Best in hot summers Efficient in moderate winters Excellent for both hot and cold climates; ideal for targeted heating/cooling

Modern, Convenient AC Features for Your Home

Modern air conditioners are designed to save energy, which, in turn, lowers your cooling costs. Advanced features also enhance your lifestyle and make it easier to achieve optimal temperature control. Whether you’re building a new home or getting rid of your outdated system, check out these advanced AC features. 

Programmable Thermostats

When you install a programmable thermostat, you can control the temperature of your home and schedule when the cooling system turns on and off. Instead of manually adjusting the thermostat every time you want to change the temperature, you can program it to automatically adjust at different times. If you’re at work or asleep, the thermostat changes the temperature to your specifications. 

Smart Thermostat

With a smart thermostat, you have control of your AC from a connected device. It’s termed “smart” because it learns your behavior and preferences, changing the temperature without manual control for comfort and energy efficiency.  Smart thermostats also provide notifications and maintenance reminders, such as when to replace the air filter or if your HVAC system encounters issues. They offer a convenient and energy-saving method to regulate your home’s climate.

Zoned Temperature Control

Zoned temperature control segments your home into distinct areas or zones, each equipped with its own thermostat and temperature settings. This system allows individualized climate control in different parts of the house, enhancing comfort and efficiency. Instead of having one thermostat controlling the temperature for the entire house, zoned control lets you adjust the temperature separately for each zone.  You can have different temperatures in different rooms, which can be more comfortable and energy-efficient, especially if some rooms are used more than others. Zoned temperature control helps you customize your home’s climate to fit your needs and preferences.

Built-In Indoor Air Quality

While the state of Oregon reports that all regions must meet federal air quality standards and the outdoor air is safe, the air inside your home might tell a different story. Built-in indoor air quality solutions are designed to enhance the air you breathe indoors.  These systems often feature air filters, UV lights, and humidity controls that collaborate to eliminate pollutants, allergens, and unnecessary moisture. This setup allows you to maintain a healthier and more comfortable indoor atmosphere, irrespective of external air conditions.

Ensuring Your AC Performs Reliably Throughout the Summer

The installation of a new air conditioner marks the beginning of a continual effort to maintain optimal function over the life of the system. Even the sturdiest and most reliable units will eventually require repairs. To ensure your AC operates efficiently year after year, regular tune-ups and summer air conditioning maintenance are essential. At Central Oregon Cooling, we can help with all of your maintenance and AC repair needs. Through our maintenance plan, you can get your system inspected and maintained properly. We’ll track when your system needs to go through our summer tune-up checklist, so you don’t have to lift a finger.  By committing to professional AC maintenance in Central Oregon, you can save significant amounts of money on energy costs and avoid costly repairs down the line. Consider the following statistics: Even high-end maintenance costs generally do not exceed $500. In contrast, repairs can run as high as $4,200, and replacing your system might cost over $5,000. Ultimately, investing in regular maintenance for your air conditioner is financially advantageous, saving you considerable money in the long run.

Quick Summary

  • Central Oregon Summer Climate: Warm, sunny days with significant temperature fluctuations characterize Central Oregon summers, emphasizing the need for efficient AC maintenance.
  • Key Maintenance Components: Professional AC maintenance involves thorough inspections, servicing, cleaning, and air filter maintenance to ensure optimal performance.
  • Benefits of Maintenance Plans: Maintenance plans offered by HVAC companies in Central Oregon provide cost savings, priority service, and scheduled visits, reducing overall cooling expenses and ensuring smooth operation.

The Effect of Central Oregon Summers on AC Maintenance

Summertime in Central Oregon typically brings warm, sunny days with clear skies, with daytime temperatures often reaching the mid-80s before cooling off significantly at night. As a high desert region, Central Oregon does not retain heat well after sunset. Throughout the summer months, temperatures can vary from the 70s to the mid-80s, with an average of 59.4° from May through September. Here’s a month-by-month breakdown:

June

  • Average high: 72ºF
  • Average low: 44ºF
  • Average rain: 09”

July

  • Average high: 81ºF
  • Average low: 50ºF
  • Average rain: 0.4”

August

  • Average high: 81ºF
  • Average low: 50ºF
  • Average rainfall: 0/3”

Understanding Air Conditioner Maintenance and Its Components

What maintenance does an air conditioner need? The most effective way to get your AC working efficiently is through professional HVAC services in Central Oregon. Central Oregon Cooling can help you figure out the right AC maintenance schedule for your system. Then, we can schedule your annual maintenance and tune-up appointments.  During these sessions, a technician will conduct a seasonal tune-up and comprehensive evaluation of your air conditioning unit. The air conditioner preventive maintenance checklist typically includes four key activities:
  1. AC Inspection: The technician will inspect all internal and external components of your system, test its functionality and identify any performance issues.
  2. AC Servicing: Minor adjustments and repairs are made during this step to address small problems before they escalate into larger ones.
  3. AC Cleaning: This involves removing dirt and buildup from the unit, which helps reduce friction in moving parts and ensures unobstructed airflow and condensation drainage.
  4. Air Filter Maintenance: The technician will clean or replace your air filter based on the type you use. It’s important to replace the filter as recommended by the manufacturer.
It’s important to note that each HVAC service provider in Central Oregon might offer varying maintenance services, sometimes as part of comprehensive maintenance plans that include additional services and benefits. At Central Oregon Cooling, we offer a maintenance plan that helps our clients save money on repairs and AC replacement. Below are typical tasks included in our AC maintenance program:
AC Maintenance Task Task Description
Filter Replacement Replace or clean air filters to maintain efficient airflow and enhance air quality.
Coil Cleaning Remove dirt from evaporator and condenser coils to maintain cooling efficiency.
Coil Fin Straightening Straighten any bent coil fins to improve airflow and enhance system efficiency.
Drain Cleaning Clean the condensate drain to avoid water damage and manage humidity.
Refrigerant Check Verify and adjust refrigerant levels as needed for optimal cooling performance.
Thermostat Calibration Adjust the thermostat for precise temperature settings and energy savings.
Electrical Connections Check Examine and secure electrical connections for safety and system reliability.
Lubrication of Moving Parts Apply lubricant to motors and bearings to minimize friction and prevent wear.
Blower Components Adjustment Modify blower components for correct airflow and balanced system performance.
System Controls Check Evaluate system controls to ensure they properly initiate, operate, and shut down.
Ductwork Inspection Check ducts for leaks, blockages, and insulation effectiveness to optimize air distribution.
Condensate Pump Inspection Ensure the condensate pump operates efficiently and correctly.
Airflow Measurement Measure airflow at the evaporator coil to confirm it aligns with design specifications.
Safety Devices Check Test safety mechanisms to confirm they are operational and protecting the system.
Air Leakage Check Investigate potential air leaks in the AC unit and ductwork to prevent energy waste.
Performance Evaluation Perform a thorough assessment of the system to verify efficient and effective operation.

What Are the Benefits of an AC Maintenance Plan?

Cooling your home during the summers in Central Oregon can be expensive, with significant expenditures on AC repairs and energy bills. Many of these expenses are due to the neglect of regular system maintenance. That’s why learning how to maintain an air conditioner is crucial. However, the cost of maintenance itself can stretch your budget. To help manage these costs, our HVAC company in Central Oregon offers AC maintenance plans in Bend and Redmond that can save you money on maintenance, repairs, and energy expenses. We’ve designed our plan to offer all of the tune-ups, discounts, and visits our customers need to keep their Air Conditioners working as smoothly as possible. Here’s what our maintenance plans include:
  • Service Discounts: Reduced rates for certain services.
  • Exclusive Specials: Access to offers not available to the general public.
  • Priority Service: Guarantee of immediate attention even during peak times.
  • Scheduled Visits: Automatic arrangement of annual or seasonal maintenance.
  • Timely Notifications: Alerts for upcoming service appointments.
Note: Investing in an AC maintenance plan reduces your cooling expenses, ensures your air conditioner operates smoothly, and provides benefits not typically available with standard service. If you are interested in learning more about how an AC maintenance plan can help your AC system, reach out to Central Oregon Cooling today. 

Tips for Caring for Your AC This Summer

While most AC maintenance and repairs are best handled by professionals, there are several simple steps you can take to help maintain your air conditioner this summer. These tasks require minimal effort and only a basic understanding of air conditioning systems.

1. Consult Your Owner’s Manual

Your owner’s manual is a valuable resource for understanding your Air Conditioning unit. It covers everything you might need to know, including:
  • How to operate the unit
  • Maintenance recommendations
  • Troubleshooting advice
  • Safety guidelines
  • Warranty details
  • Technical specifications
If you don’t have a physical copy of the manual, you can usually find a downloadable PDF version on the manufacturer’s website tailored to your specific model.

2. Change or Clean the AC Air Filter

Remember that not every air filter is meant to be thrown away. If your AC has a washable filter, clean it as specified in the manufacturer’s instructions. For disposable filters, consult your AC owner’s manual to find out the recommended frequency for replacements. Alternatively, you can use the following chart as a general guideline for when to change your home’s air filter:
Filter Type Change Frequency
Fiberglass Disposable Filters Every 30-60 days
Pleated Media Filters Every 90 days
Electrostatic Filters Every 30 days
HEPA Filters Annually or as recommended
UV Filters Check the manufacturer’s guidance
Activated Carbon Filters Every 3 months

3. Maintain Cleanliness Around the External AC Unit

Keep the area around your outdoor AC unit free from leaves, dirt, grass, and debris to ensure proper airflow and efficient operation. Use a rake or broom to clear any debris and trim any bushes or plants that grow too close to the unit. A clean surrounding helps the AC unit operate more effectively and last longer.

4. Inspect the Condensate Drain Line

Air conditioners produce condensation during operation. There is typically a drain pan under the coil to collect water, which can become clogged with dirt over time. Check if the drain pan is full and clear the line if needed to allow water to drain properly.

5. Ensure Proper Airflow Through Vents

To check for adequate airflow, turn on the AC and hold your hand over a vent for at least 30 seconds. You should feel consistent airflow and cool air. If the airflow is uneven, there might be blockages or leaks in the ductwork.

6. Check the Thermostat

 It is important to make sure your thermostat is working properly. Verify that all features work correctly, especially if you have a programmable or smart thermostat, and check for any issues like short cycling, which may indicate a thermostat problem.

7. Winterize the Outdoor AC Unit

With the harsh winters in Central Oregon, it’s crucial to protect your outdoor AC unit. Clean the area around it and cover the unit with a heavy-duty, weatherproof tarp. Alternatively, consider a ventilated hardcover. Ensure proper drainage around the unit to avoid water accumulation.

8. Address AC Issues Promptly

Never ignore AC problems as they can escalate quickly. Addressing issues immediately can prevent a minor repair from turning into a costly one. You can contact our local HVAC service provider in Central Oregon to inspect and repair any problems as soon as they arise.

9. Insulate Your Home

Proper insulation keeps cool air inside during summer. Ensure your walls, attic, and crawl space are well insulated. Check windows and doors for drafts or air leaks, which are common places for energy loss.

10. Keep All Doors and Vents Open

It may seem intuitive to close off unused rooms, but this can actually strain your Air Conditioning system. Your HVAC is designed to distribute air evenly across all rooms. Keeping all doors and vents open ensures optimal airflow and prevents undue stress on your AC system, prolonging its life and enhancing performance

Quick Summary

  • Common AC Problems: AC issues like refrigerant leaks, frozen evaporator coils, and faulty thermostats can disrupt cooling and are often caused by wear and tear, low airflow, or electrical faults. Recognizing these signs early can prevent larger repairs.
  • Key Troubleshooting Steps: If your AC system stops working, turn it off to avoid further damage, keep windows and doors closed to maintain cool air, and contact a certified HVAC technician in Central Oregon for professional assistance.
  • Potential Hazards to Watch For: Pay attention to unpleasant smells, such as burning rubber, rotten eggs, or natural gas, as they may indicate serious AC issues or safety hazards requiring immediate attention from an HVAC professional.

Troubleshooting Common AC Problems

While it’s best to have a certified HVAC contractor in Central Oregon handle air conditioner repairs, being able to recognize signs your AC needs repair can prevent bigger problems later. Here’s a guide to some typical AC troubleshooting, how to spot them, and the steps you should take when they occur.

Identifying and Addressing Common AC Issues

1. Refrigerant Leaks

Issue: Refrigerant escaping due to system leaks. Cause: Corrosion, poor connections, or defects in manufacturing. Signs: Reduced cooling efficiency, hissing sounds, and ice on refrigerant lines.

2. Frozen Evaporator Coils

Issue: Frost or ice accumulation on the coils. Cause: Low airflow, insufficient refrigerant, or faulty components. Signs: Warm air from vents, diminished airflow, and water leaks.

3. Dirty or Clogged Air Filters

Issue: Build-up of dust and debris in air filters. Cause: Neglected maintenance or high indoor pollutant levels. Signs: Lower airflow, decreased cooling, and higher energy costs.

4. Faulty Thermostat

Issue: Incorrect temperature readings or HVAC control failure. Cause: Electrical problems, issues with calibration, or aging. Signs: Inconsistent room temperatures and HVAC not activating properly.

5. Electrical Issues

Issue: Faults in the electrical connections, wiring, or components. Cause: Normal wear and tear, substandard installation, or power fluctuations. Signs: Circuit breaker trips, flickering lights, and burning smells.

6. Capacitor Problems

Issue: Start or run capacitor malfunction. Cause: Aging, electrical faults, or overheating. Signs: AC not starting, humming sounds, and frequent on/off cycling.

7. Compressor Failure

Issue: Compressor stops working, affecting cooling. Cause: Overheating, refrigerant problems, or mechanical wear. Signs: Hot air from vents, loud operational noises, and tripping breakers.

8. Fan Motor Issues

Issue: Failure of the blower or condenser fan motor. Cause: Insufficient lubrication, electrical troubles, or wear and tear. Signs: Reduced airflow, strange noises, and system overheating.

9. Drainage Problems

Issue: Condensate drain line blockage or damage. Cause: Debris build-up, algae, or poor installation. Signs: Water leaks, mold or mildew presence, and musty smells.

10. Improper Sizing or Installation

Issue: HVAC system mismatched to home size or ductwork. Cause: Inaccurate assessment, installation shortcuts, or DIY installation mistakes. Signs: Ineffective cooling/heating, frequent system cycling, and uneven temperatures. Recognizing these problems early can help you address them before they escalate, saving time and money on repairs.

What to Do If Your AC Stops Working

When your air conditioner stops functioning properly, it’s important to act swiftly to prevent further issues. Follow this simple guide to handle a non-working AC efficiently.

Step 1: Turn Off the System

If you notice loud noises, unpleasant smells, or a lack of cool air, turn off the AC. Continuing to operate a malfunctioning system can cause additional damage. Simply switch the thermostat to the off position. Avoid unplugging the AC or switching off the fuse box.

Step 2: Keep Windows and Doors Closed

Especially during the summer, keep your doors and windows shut to maintain the cool air inside and keep warm air out. Additionally, avoid using heat-generating appliances such as stoves, hair dryers, and clothes dryers. Turn off any unnecessary lights as well.

Step 3: Contact a Local HVAC Professional

Rather than attempting DIY repairs, reach out to one of our certified HVAC technicians in Central Oregon. There are numerous advantages to using professional services from Central Oregon Cooling. While waiting for the technician, clear any clutter around the AC unit to facilitate a quicker repair process. Harmful smells may include: 
  • Rotten eggs or sulfur
  • Natural gas
  • Chemicals
  • Musty odors
  • Burning rubber
  • Burning smell

Licensing and Certification for HVAC Technicians in Oregon

While you don’t need to be a certified HVAC technician to recognize the difference between a skilled professional and a novice, understanding licensing and certification requirements is crucial to safeguard your investment and avert potential issues. Below is a brief overview of the necessary licenses and certifications for anyone providing HVAC services in Oregon.

License for Contractors

In Oregon, HVAC technicians must hold a formal license to service HVAC equipment. This license is issued by the Oregon Construction Contractors Board (CCB), which also regulates HVAC work in the state.

Certification Details

The Oregon Construction Contractors Board (CCB) provides various endorsements under each category of certification for HVAC professionals. After successfully obtaining certification, Oregon recognizes three types of licenses for HVAC technicians and contractors: Class A and Class B Limited Energy Technician licenses, and the Limited Maintenance Specialty Contractor HVAC-R license.

Quick Summary

  • Qualities of a reputable HVAC company include proper licensing, prompt service, fair pricing, quality work, clear communication, and positive customer references.
  • When selecting an HVAC contractor, verify their credentials promptly, check their visibility both offline and online, and ensure they offer 24/7 emergency services.
  • Hiring a certified HVAC technician in Central Oregon prevents further issues, protects warranties and insurance, and ensures reliable, lasting results compared to DIY approaches.

Finding a Reputable HVAC Professional in Central Oregon

In order to find the right HVAC professional in Central Oregon, you need to know how to identify a reputable contractor. Here are the essential qualities to look for in an HVAC company:
  • Holds proper licensing, certification, and insurance
  • Offers prompt and efficient service
  • Provides fair pricing
  • Delivers high-quality work on the first attempt with lasting results
  • Maintains punctuality, friendliness, and respect for your property
  • Communicates clearly and transparently about all aspects of the job
  • Avoids unnecessary upselling
  • Can produce references from recently satisfied customers
No HVAC company is flawless, but a reputable one will meet most, if not all, of these criteria. Experienced contractors value the importance of quality work and excellent customer service, making it possible to find a dependable technician in Central Oregon with some research. At Central Oregon Cooling, we strive to leave each client completely satisfied. Our team is committed to delivering high-quality work that lasts. When you work with our HVAC technicians, you can enjoy receiving clear communication, punctual services, and fair pricing. Here’s a checklist of what you can look for when shopping for a Central Oregon HVAC company:

1. Verifies Credentials Promptly

While many homeowners may not initially request credentials, a reputable technician should readily present their certification or licensing documents when asked.  If a technician hesitates or refuses to show their credentials, it’s wise to seek another provider, as hiring someone unqualified could jeopardize your AC system. At our HVAC company, our technicians are happy to show you their credentials and expertise.

2. Visible Both Offline and Online

A well-established company often enjoys high visibility in the Central Oregon community, with its name appearing on billboards, TV and radio ads, brochures, and even park benches.  Their online presence should be equally robust, featuring a user-friendly website and active social media pages enriched with customer reviews and ratings. When you work with our HVAC company, you can easily see all of our presence online and in our local community.

3. Provides 24/7 Emergency Services

A reliable HVAC company in Oregon will have sufficient staffing to offer prompt emergency services. This is crucial for immediate assistance outside of regular business hours, including nights, weekends, and holidays.  With Central Oregon Cooling’s membership plan, you can even get priority access to emergency services. We’re ready 24/7 because we know emergencies don’t happen on a 9-to-5 schedule. 

4. Maintains a Professional Image

A professional appearance is key; reputable companies will have marked vehicles and uniformed technicians.  Opt for a company that exemplifies top-tier customer service and demonstrates professionalism at all levels, reflecting its commitment to excellence in every interaction. At our HVAC company, we are committed to providing the best level of customer service and professionalism.

5. High Customer Ratings and Reviews

In the digital age, customer feedback is invaluable and easily accessible through reviews on the company’s website, Google, or other social platforms.  This feedback provides a transparent view of the company’s service quality and customer care, minus the promotional gloss. When you go to Central Oregon Cooling’s website, Google Reviews, and social media pages, you can easily see our strong track record of satisfied customers. 

6. Clear Communication

A straightforward technician will clearly explain the problem, the proposed solution, and the associated costs. If a technician is evasive or unclear about these critical details, it’s advisable to look elsewhere.  Effective communication is essential to ensure you are well informed and confident in your decisions regarding HVAC services. That’s why technicians at Central Oregon Cooling will always clearly communicate the problem, estimated repair costs, and what we can do to fix the issue.

Why It’s Wise to Hire a Certified Oregon Technician for AC Service

Many homeowners are tempted to handle HVAC maintenance or repairs themselves to save money. However, the initial savings often lead to frustration and additional complications. Here’s why you should consider hiring a professional HVAC technician in Central Oregon instead:

Experience and Expertise Matter

Experienced technicians, who work with HVAC systems daily, can identify and solve problems from multiple perspectives. Their deep understanding helps prevent future issues and ensures that every task is approached with expert knowledge, something that an inexperienced homeowner simply cannot match.

Prevent Further Issues with Certification

Certified technicians are trained to avoid common pitfalls, such as code violations, disputes, and warranty issues, that could potentially lead to significant legal and financial problems. The risk of encountering such problems far outweighs the small savings from DIY approaches.

Protect Your Warranties and Insurance

Many homeowners are unaware that DIY repairs can void warranties provided by AC manufacturers and home builders, which typically require professional servicing. Additionally, insurance claims might be denied if it’s discovered that unauthorized work led to any damage.

Achieve Reliable, Lasting Results

Professional HVAC technicians possess the necessary training, skills, and tools to effectively address a wide range of issues across various brands and models, ensuring that repairs are thorough and durable. DIY fixes might seem sufficient in the short term but can lead to recurring problems. In summary, while the allure of saving money through DIY HVAC work is tempting, the potential downsides make it risky. Hiring a certified technician not only ensures that your system functions efficiently but also safeguards against future complications. If you’re searching for HVAC maintenance, repair, and installation services in Central Oregon, you’ve come to the right place. Our HVAC company offers same-day services and high-quality results for local homeowners. To learn more, reach out to one of Central Oregon Cooling’s HVAC professionals today.

Why Is My Faucet Dripping When Off?

Written by Lawrence Parmisana on . Posted in Uncategorized.

It can be frustrating to discover that your faucet is dripping even when it’s turned off. Not only is the constant sound annoying, but it can also lead to various problems if left unaddressed. Below, we explore the common causes of a dripping faucet and why it’s crucial to address the issue promptly. You’ll have a better understanding of why your faucet is dripping and how to resolve the issue effectively.

What Causes Faucets to Drip?

Faucets can drip due to various reasons. Understanding the underlying causes is essential in determining the appropriate solution. Here are some common reasons why your faucet may be dripping:

Worn Out or Damaged O-Rings or Washers

One of the most common causes of a dripping faucet is worn out or damaged O-rings or washers. These small rubber components are responsible for creating a watertight seal within the faucet. Over time, they can deteriorate, leading to leaks. Replacing the O-rings or washers is a relatively simple and inexpensive repair that can resolve the dripping issue.

Sediment Buildup on Valve Seats or Aerators

Another culprit behind a dripping faucet is sediment buildup on the valve seats or aerators. When minerals and debris accumulate, they can prevent the faucet from fully closing, resulting in a constant drip. Cleaning or replacing the affected parts can eliminate the sediment and restore proper functionality to the faucet.

Loose Parts in the Faucet Assembly

A faucet is composed of several moving parts, and if any of them become loose or worn out, it can cause leaks. Loose or damaged parts can disrupt the proper functioning of the faucet, leading to dripping. By tightening or replacing the necessary components, you can stop the faucet from dripping.

High Water Pressure

Excessively high water pressure can put strain on the internal components of a faucet, leading to leaks. If your faucet drips when the water is turned off, it could be a sign of elevated water pressure. Installing a pressure regulator can help regulate the water flow and prevent damage to your faucet.

Corrosion or Rusted Parts

Over time, corrosion or rust can develop on the internal parts of a faucet, compromising its integrity. This corrosion can cause leaks and result in a dripping faucet. If the damage is severe, you may need to replace the affected parts or even the entire faucet to resolve the issue.

Why You Should Address a Faucet Repair Immediately

Dealing with a dripping faucet may seem like a minor inconvenience, but it’s important to address the issue promptly. Here are several reasons why:
  1. Prevents water waste: A dripping faucet can waste a significant amount of water over time. By fixing the issue, you can conserve water and contribute to a more sustainable environment.
  2. Saves money on water bills: A dripping faucet can lead to higher water bills, as you’re essentially paying for water that you’re not even using. Repairing the faucet can help you save money in the long run.
  3. Prevents further damage to the faucet: Ignoring a dripping faucet can lead to more extensive damage over time. By addressing the issue early on, you can prevent costly repairs or the need for a complete faucet replacement.
  4. Promotes overall plumbing efficiency: A properly functioning faucet improves the overall efficiency of your plumbing system. By repairing the dripping faucet, you ensure that water flows smoothly and avoid potential clogs or other plumbing problems.
  5. Keeps mold and mildew from growing: Excess moisture from a dripping faucet can create a favorable environment for mold and mildew growth. By fixing the issue, you can prevent the development of these potentially harmful substances.

Should I Repair or Replace a Dripping Faucet?

When faced with a dripping faucet, you may wonder whether it’s best to repair or replace it. Consider these factors:
  1. The severity and frequency of the dripping: If the dripping is minor and infrequent, a simple repair may suffice. However, if the dripping is severe or occurs frequently, it may be more cost-effective to replace the faucet altogether.
  2. Age and condition of the faucet: Older faucets may have worn-out internal components that are difficult to repair. If your faucet is old or in poor condition, replacing it might be a more sensible choice.
  3. Cost of repair versus cost of replacement: Assess the cost of repairing the faucet compared to the cost of purchasing a new one. If the repair cost is significantly high or close to the price of a new faucet, replacement may be the better option.
  4. Availability of replacement parts: Some faucets may have discontinued or hard-to-find replacement parts. If the necessary parts are not readily available, replacing the faucet could be the more practical solution.
  5. Water conservation concerns: If you’re concerned about water conservation, consider choosing a new faucet that is more water-efficient. Many modern faucets are designed to minimize water waste.

Why You Should Hire a Certified Plumber to Fix a Dripping Faucet

While some faucet repairs can be done by homeowners, hiring a certified plumber offers several advantages when it comes to fixing a dripping faucet:

Get an Accurate Diagnosis

Certified plumbers have the expertise to accurately diagnose the cause of a dripping faucet. They can identify any underlying issues and recommend the most appropriate solution. Their experience ensures that the repair is done correctly the first time, saving you time and money.

Plumbers Have Professional Tools and Equipment

Certified plumbers have access to specialized tools and equipment that may not be readily available to homeowners. These tools enable them to perform repairs more efficiently and effectively, ensuring a reliable and long-lasting solution to your dripping faucet problem.

Building Codes and Regulations

Plumbers are familiar with local building codes and regulations. When repairing a faucet, they ensure that the work is done in compliance with these standards. This ensures the safety and integrity of your plumbing system and prevents any potential issues in the future.

Long-Term Solutions That Prevent Future Leaks

Certified plumbers not only fix the immediate issue but also provide long-term solutions to prevent future leaks. They address the root cause of the problem, ensuring that your faucet functions properly for years to come. This saves you from recurring dripping faucet problems and the need for frequent repairs.

The Product Warranty May Require Certified Repair

If your faucet is still under warranty, it may require certified repair to maintain its validity. Hiring a certified plumber ensures that the repair work is done according to the manufacturer’s specifications, preserving the warranty coverage and protecting your investment.

Get an Estimate For Your Home’s Plumbing Needs

At Central Oregon Heating, Cooling, Plumbing & Electrical, we have certified plumbers in Bend and Redmond ready to serve you. Give us a call or fill out our contact form to get an estimate for your plumbing needs. Whether you need to fix a leaky faucet or upgrade your home plumbing system, we are here for you.

Frequently Asked Questions About Dripping Faucets

Can a dripping faucet increase my water bill? Yes, a dripping faucet can lead to increased water consumption, resulting in higher water bills. How can I determine the cause of a dripping faucet? The cause of a dripping faucet can be determined by inspecting the internal components or hiring a certified plumber for a professional diagnosis. Is it possible to fix a dripping faucet on my own? Minor dripping faucet repairs can be done by homeowners, but more complex issues are best left to certified plumbers. What should I do if my faucet continues to drip after repair? If your faucet continues to drip after repair, it’s essential to contact a certified plumber to identify and resolve the underlying issue. Can a dripping faucet cause water damage? Yes, a dripping faucet can lead to water damage if left unaddressed for an extended period. It can cause mold growth, structural damage, and damage to surrounding fixtures. How much water does a dripping faucet waste? The amount of water wasted by a dripping faucet can vary, but even a slow drip can waste several gallons of water per day. Are there any temporary fixes for a dripping faucet? Temporary fixes, such as using a wrench to tighten loose handles, can provide temporary relief, but a professional repair should be done to address the underlying cause. Can a dripping faucet be a sign of other plumbing problems? Yes, a dripping faucet can be a symptom of other plumbing issues, such as high water pressure or corroded pipes. A certified plumber can assess the situation and provide appropriate solutions. How long should a faucet typically last before needing replacement? The lifespan of a faucet can vary depending on usage, quality, and maintenance. On average, a faucet can last anywhere from 10 to 20 years. What should I consider when choosing a new faucet? When choosing a new faucet, consider factors such as style, functionality, water efficiency, and the reputation of the manufacturer.

Choosing the Right Well Pump for Your Home

Written by Lawrence Parmisana on . Posted in Uncategorized.

Are you considering installing a well pump in your home? Well pumps are an essential component of any residential water system, providing a reliable and consistent water supply for your household needs. However, with various types of well pumps available in the market, it can be challenging to determine which one is the best fit for your home. In this article, we will guide you through the process of choosing the right well pump for your home, considering factors such as well depth, water usage, pumping capacity, plumbing system compatibility., and power source availability. Before making a decision, it’s important to gather all the necessary information and consult with professionals to ensure you make the right choice.

What Is a Well Pump?

A well pump is a device that is used to extract water from an underground water source, typically a well. It plays a crucial role in delivering water to your home’s plumbing system, ensuring a constant supply of water for drinking, bathing, and other everyday activities.  Well pumps are installed deep below the ground, retrieving water from the well and pushing it up to your home. They come in various types, each with its own unique features and benefits. Understanding the different types of well pumps will help you make an informed decision when choosing the right one for your home.

Types of Well Pumps

Jet Pumps

Jet pumps are a popular choice for residential water systems. They are versatile and can be used in both shallow and deep wells. Jet pumps work by creating suction to draw water from the well and then use pressure to push it up to your home. They are typically installed above ground and require a separate pressure tank to store the water. 

Submersible Pumps

Submersible pumps are installed deep below the ground, submerged in the water well. They are designed to be completely waterproof and can operate efficiently even when fully submerged. Submersible pumps are known for their quiet operation and high pumping capacity. They are ideal for deep wells and can provide a constant water supply even at high pressures.

Shallow Pumps

Shallow pumps, as the name suggests, are suitable for shallow wells. They are typically installed above ground and can draw water from wells with a depth of up to 25 feet. Shallow pumps are cost-effective and easy to install, making them a popular choice for homeowners with shallow wells. However, they may not be suitable for areas with fluctuating water levels or high water demands.

Convertible Jet Pumps

Convertible jet pumps combine the features of jet pumps and submersible pumps, allowing them to be used in various well depths. They are versatile and can be easily adjusted to accommodate different water levels. Convertible jet pumps are capable of providing high pumping capacities and are suitable for both shallow and deep wells.

Centrifugal Pumps

Centrifugal pumps are commonly used in commercial and industrial settings but can also be suitable for residential applications. They work by using centrifugal force to move water from the well to your home. Centrifugal pumps are known for their high flow rates and are capable of handling large volumes of water. However, they may not be as efficient as other types of well pumps and may require more maintenance.

Booster Pumps

Booster pumps are used to increase the pressure of water in your plumbing system. They are typically installed in homes with low water pressure or in situations where additional pressure is required. Booster pumps can be used in conjunction with other types of well pumps to enhance their performance. They are designed to provide a consistent and reliable water supply.

What to Consider When Choosing the Right Well Pump for Your Home

Choosing the right well pump for your home is a decision that should be made after careful consideration of various factors. Here are some important points to keep in mind when selecting a well pump:
  1. Well depth: The depth of your well will determine the type of pump you need. Shallow wells require pumps that are specifically designed for their depth, while deep wells require pumps with higher pumping capacities.
  2. Total household water usage: Consider the amount of water your household consumes on a daily basis. This will help you determine the pumping capacity and flow rate requirements of the well pump you choose. It’s essential to ensure that the pump can meet your household’s water demands.
  3. Pumping capacity and flow rate requirements: Different well pumps have varying pumping capacities and flow rates. It’s important to select a pump that can deliver the required amount of water at the desired pressure. Consider the number of fixtures in your home and the simultaneous water usage to determine the appropriate pumping capacity.
  4. The best type of well for your plumbing system: Consider the type of well that is most suitable for your plumbing system. The depth and water source will play a significant role in determining the appropriate well pump. Consult with a professional plumber to assess your well and recommend the best type of pump for your specific needs.
  5. Power source availability and compatibility: Determine the power source available in your area and ensure that the well pump you choose is compatible with it. Some pumps may require electricity, while others can be powered by alternative sources such as solar energy or generators. Consider the availability and reliability of the power source to ensure uninterrupted water supply.
By considering these factors, you can make an informed decision when choosing the right well pump for your home, ensuring a reliable and efficient water supply for your household needs. Need more guidance for your home’s plumbing needs? Give us a call or fill out our contact form to get an estimate.

4 Things to Do Before Buying a Well Pump

Before purchasing a well pump, there are a few important steps you should take to ensure a smooth installation process and avoid any potential issues. Here are four things you should do before buying a well pump:

1. Consult a Certified Plumber

Consult with a certified plumber before purchasing a well pump. A professional plumber can assess your specific needs, evaluate your well, and recommend the most suitable pump for your home. They will consider factors such as well depth, water usage, and plumbing system compatibility to ensure you make the right choice. If you are in the Bend, Redmond, or Madras area, our certified plumbers in Central Oregon Heating, Cooling, Plumbing & Electrical are ready to help you with your plumbing needs.

2. Review Your Home Warranty

Review your home warranty to determine if it covers the installation or replacement of well pumps. Some warranties may have specific provisions for well pumps, and it’s essential to understand your coverage before making a purchase. If your warranty does not cover well pumps, you may need to consider purchasing additional coverage or budgeting for the cost of the pump separately.

3. Review Your Homeowners Insurance Policy

Check your homeowners insurance policy to see if it provides coverage for well pumps. Some policies may include coverage for well pumps as part of the overall property insurance. Understanding your insurance coverage can help you make an informed decision and avoid any surprises in case of damage or malfunction of the pump.

4. Check Local City Residential Plumbing or Building Codes

Before purchasing a well pump, it is crucial to check your local city’s residential plumbing or building codes. These codes may have specific regulations and requirements regarding the installation and operation of well pumps. Ensure that your chosen pump complies with these codes to avoid any legal or safety issues in the future.

Frequently Asked Questions About Well Pumps

  1. What is the lifespan of a well pump? Well pumps typically have a lifespan of 10 to 15 years, depending on various factors such as usage, maintenance, and water quality. Regular maintenance and proper care can extend the life of your well pump.
  2. Can I install a well pump myself? While it is possible to install a well pump yourself, it is recommended to hire a professional plumber for this task. Well pump installation requires specialized knowledge and equipment to ensure proper functioning and avoid any potential issues.
  3. How often should I test my well pump? It is recommended to test your well pump annually to ensure it is functioning correctly. Regular testing can help identify any potential problems early on and prevent costly repairs or replacements.
  4. What is the warranty period for well pumps? The warranty period for well pumps varies depending on the manufacturer and model. It is essential to review the warranty terms and conditions before purchasing a well pump to understand your coverage.
  5. Can I upgrade my existing well pump? In some cases, it is possible to upgrade your existing well pump to a more efficient or powerful model. Consult with a professional plumber to assess your current setup and determine if an upgrade is feasible and beneficial.
  6. What maintenance is required for well pumps? Regular maintenance for well pumps includes checking for leaks, testing pressure levels, and ensuring proper functioning of all components. It is recommended to schedule annual maintenance with a professional plumber to keep your well pump in optimal condition.
  7. Can a well pump be repaired, or does it need to be replaced? In many cases, well pumps can be repaired if the issue is minor or easily fixable. However, if the pump is significantly damaged or reaching the end of its lifespan, replacement may be more cost-effective in the long run.
  8. What is the average cost of a well pump? The cost of a well pump varies depending on the type, brand, and features. On average, well pumps can range from $500 to $2,000, excluding installation costs. It is advisable to get multiple quotes and compare prices before making a purchase.
  9. Do well pumps require regular maintenance? Yes, well pumps require regular maintenance to ensure optimal performance and longevity. Annual maintenance, including inspections and testing, is recommended to identify any issues early on and prevent major problems.
  10. Can a well pump be used with a water filtration system? Yes, well pumps can be used in conjunction with water filtration systems. In fact, many homeowners install well pumps to ensure a reliable water supply for their filtration systems, providing clean and safe drinking water.
Installing a well pump for your home? Central Oregon Heating, Cooling, Plumbing & Electrical offers services for residential water well pump systems and other plumbing needs. Give us a call to get an estimate for your home plumbing needs. Our plumbers in Bend and Redmond can assist in sizing your well pump and choosing the best well pump system for your home.