Casement Window Air Conditioners: A Guide

Casement Window Air Conditioners: A Guide

Casement windows offer a visually appealing option for homeowners, with better ventilation and natural light. However, standard rectangular air conditioning units may not be suitable for these windows. Luckily, there are casement window air conditioners available that are designed to fit perfectly. These air conditioners are specifically engineered to fit casement windows and provide effective cooling. The American Society of Heating, Refrigerating, and Air Conditioning Engineers recommends using properly sized and installed AC units to ensure efficient and comfortable cooling.


What are Casement Windows?

Casement windows are a great choice for well-ventilated rooms like kitchens and bathrooms. These windows open outwards through a crank handle, providing maximum airflow. They lack frames in the middle of the glass, offering an unobstructed view of the outside and letting in more light, similar to picture windows. Compared to sash windows, casement windows have stronger seals, making them more energy-efficient. To maximize the benefits of your casement windows, consider investing in a room-to-room Zoneaire portable air conditioner. These units are easy to install and do not obstruct the window, providing a cost-effective and space-saving solution for cooling your room.


What are Casement Window Air Conditioners?

When it comes to heating and cooling a single room, wall room air conditioners are a popular choice. These ACs, also called through-the-wall air conditioners, are installed directly into the wall, providing a more permanent heating and cooling solution than casement window air conditioners. Wall room air conditioners are designed to fit into a sleeve that is installed into the wall, with the AC unit then sliding into the sleeve. They are typically more energy-efficient than window units and can also provide better indoor air quality by filtering out pollutants and allergens. The size of the room is an important factor to consider when selecting a wall room air conditioner as they come in various sizes to accommodate different room sizes. For those looking for the best garage air conditioners, wall room air conditioners with heating capabilities are an effective option that can provide reliable heating and cooling throughout the year. Heating refrigerating and air (HVAC) professionals can provide advice on selecting the right unit for your garage or home.


Casement Window AC vs Other Window Air Conditioners

When it comes to cooling a room, homeowners have several options to choose from, including traditional window ACs, sliding window ACs, casement ACs, and mini splits. While traditional and sliding window ACs have a box-type body and are wider than they are tall, casement ACs are specifically designed to fit narrow, vertically-swinging casement windows. They are typically more expensive than traditional window ACs but offer a sleek and compact design that makes them ideal for narrow window openings.

Another option for cooling a room is mini splits, which do not require a hole in the wall as casement ACs do. Mini-splits consist of two units – an indoor unit and an outdoor unit – and are connected by a conduit. They are energy-efficient and easy to install, making them a popular choice for homeowners.

In summary, casement ACs are a great option for those with narrow, vertically-swinging windows who want a compact and efficient cooling solution. However, mini splits offer an even more energy-efficient and flexible alternative that does not require a hole in the wall. Ultimately, the best cooling solution depends on the homeowner’s specific needs and preferences.


Casement AC vs Portable AC

When considering options for cooling and heating a room, homeowners can choose between casement window air conditioners and portable units. Portable air conditioners are available in two types: vented and ventless. Vented portable air conditioners require an exhaust hose that must be directed outside through a window. On the other hand, ventless units are less efficient but do not need any windows for ventilation. The advantage of using portable air conditioners is that they do not obstruct the casement window and are more affordable and easier to install compared to window ACs. However, it is important to note that portable air conditioners with heat pumps are generally more energy-efficient and can save homeowners money in the long run, according to the Department of Energy. In summary, for those who want a cost-effective and space-saving option for air cooling and heating, a portable unit with a heat pump is worth considering.


How to Choose a Casement Window AC

When choosing a casement window AC, there are several things to consider:

  • Determine the window dimensions: All casement ACs are less than 15” wide. However, you need to take into account the crank window installation kit, which can add an extra inch to the total width. Manufacturers typically provide a minimum window width in the specs sheet. The industry standard is a 15 ½” minimum window width. Make sure the AC’s specified minimum window width and maximum window height fall within your casement window dimensions.
  • BTU sizing: The cooling capacity of all AC units is measured in BTU (British Thermal Unit). While standard window ACs can go up to 15,000 BTUs, casement window ACs have a typical upper capacity of 8,000 to 10,000 BTUs owing to their narrower design. Use a BTU calculator to determine the required capacity for your particular room.
  • EER: EER stands for Energy-Efficiency Ratio, which is a measure of energy efficiency derived by dividing the BTU by the wattage. The higher the EER, the more energy-efficient the unit is.

Looking for the best portable AC unit for your casement window?

Look no further than the Frigidaire FFRS0822SE 8000 BTU Slider/Casement Window Air Conditioner.

  • This portable air conditioner unit is specifically designed for slider and casement windows, with an 8,000 BTU cooling capacity and 10.8 EER. It can cool spaces up to 350 sq. ft., depending on ceiling height.
  • The FFRS0822SE comes with electronic digital controls for easy use, as well as a full-function remote control. It also has a 3-speed fan, sleep mode, and auto restart in case of a power failure.
  • Not only is this unit efficient and effective, but it is also sleek and stylish, fitting seamlessly into any room. If you’re in the market for the best portable AC unit for your casement window, the Frigidaire FFRS0822SE is worth considering.


Looking for guidance in selecting the best air conditioning units? Contact National Air Warehouse at 1-888-292-0874 for professional advice and assistance. Our team is committed to providing exceptional support, regardless of whether you purchase from us or not. Connect with us today to benefit from our expertise and experience.

SEER Rating Guide: Choosing the Right Efficiency Rating for Your AC

SEER Rating Guide: Choosing the Right Efficiency Rating for Your AC

SEER rating, or Seasonal Energy Efficiency Ratio, is a critical factor in determining an air conditioning system’s energy efficiency. To get the best value for your money, it’s essential to choose the appropriate SEER rating for your air conditioner. This guide will discuss SEER and whether a higher rating is worth the annual operating cost, the difference in efficiency between a 16 and 14 SEER system, and whether a high or low average cost per kWh is better. Additionally, we’ll examine the impact of SEER rating on your income statement, taking into account your operating hours and electricity rates per kWh.


Understanding SEER

SEER stands for Seasonal Energy Efficiency Ratio, and it measures the efficiency of a new air conditioning system by comparing the cooling output to the energy consumed during a typical cooling season. A higher SEER rating indicates better energy efficiency and may be required to meet efficiency standards in some areas.


What is a Good Seasonal Energy Efficiency Ratio for an Air Conditioner?

The minimum SEER rating for air conditioners produced in the US is 14, as set by the US Department of Energy. However, SEER ratings can go as high as 23 for some high-end models. So, how do you know what a good SEER rating is for your air conditioner?

The answer to this question depends on several factors, such as the climate in your area, the size of your home, and how often you use your air conditioner. Generally speaking, if you live in a warm climate and use your air conditioner frequently, a higher SEER rating is recommended. Conversely, if you live in a cooler climate or use your air conditioner infrequently, a lower SEER rating may be sufficient.


Is a Higher SEER Rating Worth It?

When selecting an air conditioning system, a high SEER rating can lead to better energy efficiency and ultimately lower energy bills. However, it can also mean a higher initial cost. To determine whether a higher SEER rating is worthwhile, consider your budget, annual cost, and energy consumption patterns. By evaluating these factors, you can find a system that strikes a balance between efficiency and affordability, ultimately providing long-term savings and greater comfort.


How Much More Efficient is a 16 SEER vs. a 14 SEER?

Upgrading to a 16 SEER air conditioning system can provide a significant improvement in energy efficiency, with approximately 14% greater efficiency than a 14 SEER system. However, it’s important to note that SEER ratings do not account for cooling capacity, which is also a crucial factor to consider when choosing an air conditioner. It’s essential to select an air conditioning system with a SEER rating that matches your cooling needs to ensure optimal energy efficiency and comfort in your home. Consider consulting with a professional HVAC technician to determine the best SEER rating and cooling capacity for your specific needs.


What SEER Rating Should I Buy?

When it comes to purchasing an air conditioner, the SEER rating is a crucial factor to consider. A higher SEER rating means better energy efficiency and lower operating costs. However, the SEER rating you choose should be based on your specific needs and circumstances. Factors such as your budget, energy consumption habits, and climate in your area all play a role in determining the ideal SEER rating for your air conditioner. By choosing an appropriate SEER rating, you can ensure that you’re getting the most efficient system for your needs while also keeping costs manageable.


Is It Better to Have a High or Low SEER?

When selecting an air conditioning system, keep in mind that a higher SEER rating can indicate better energy efficiency, but it can also result in a higher upfront cost. It’s crucial to take into account your budget and energy requirements, such as your annual kWh consumption and cost, to find the perfect balance. Additionally, consider choosing a split system, which separates the condenser and compressor from the indoor air handler. This can provide more flexibility and potentially better energy efficiency by allowing you to only cool the rooms you’re using at any given time.


SEER Rating Calculator

To determine the operating cost of an air conditioning system based on its SEER rating, you can use a SEER rating calculator. Here’s how the formula works:

Divide the cooling system’s rated BTUs by its stated SEER rating to determine how many watts it consumes per hour.

Multiply the result by the number of hours the system operates annually to determine the total number of watts consumed on an annual basis.

Divide the total number of watts by 1000 to convert it to kilowatt-hours, which is how energy usage is billed.

For example, let’s say you have a 3-ton air conditioning system with a SEER rating of 15. The formula would be as follows:

36,000 BTUs (3 tons) ÷ 15 SEER

8 Air Conditioning Tips for Tampa Bay Homeowners

national air warehouse air conditioning tips

Having a home that is cool and comfortable is most important for your health and comfort. And if you are living in an area where temperatures reach up to 100 degrees on average, it’s especially important to get the most out of your cooling system. Here are some tips to help you keep your AC system running and save you from HVAC repair.

Fans can lower your AC costs.

If you have a ceiling fan and your air conditioner is working well, then you can use the fan to circulate the cool air around the room. This will also help keep closed doors from getting hot by adding some airflow as people come and go throughout the day.

Installing a programmable thermostat

Installing a programmable thermostat is an easy way to save money on your electric bill. If you’re handy and comfortable with basic electrical work, you can install one yourself. If not, you can call in a professional or hire an electrician to do the job for you.

Setting your thermostats offer convenience because they let us program our home’s temperature from wherever we happen to be at any given moment—no more running around turning up heaters every time someone opens a door!

Keep your air filter clean.

Keeping your air-conditioning filter clean will not only help your unit run at peak performance, but it can also save you money in the long run. A dirty air filter can cause it to work harder and longer, potentially causing it to break down sooner.

A good rule of thumb is to check your filters monthly and change them every three months if they aren’t easy to clean or if they seem worn out (if the seams are ripping). If you’re unsure if it needs changing, inspect them for mold or mildew growth on the edges of filters that are difficult to reach with a vacuum cleaner attachment.

Get rid of dust on the AC coils.

You can use a vacuum cleaner to get rid of dust from the coils. Avoid using water to clean them, as this could cause damage to the motor and other components. Also avoid using a broom or brush, as these can scratch the coils and create more problems than they solve. If you must use an abrasive cleaner, be sure it is nonabrasive; otherwise, you might end up damaging your AC unit even more!

Make sure the air conditioner is not in direct sunlight.

Place your air conditioner in a shady area, out of direct sunlight and away from heat sources. Since heat can build up inside the unit causing damage, it is important to place it in a spot where it will not be affected by direct sunlight or near any heat source such as a radiator or fireplace.

Install insulation around all windows and doors that lead outside.

The second step to improving the efficiency of your heating and air conditioning system is insulating all doors and windows leading outside. This can be done by adding insulation to walls, ceilings, floors and attics. Insulating the walls will help keep heat inside the home during winter months while preventing it from seeping through in summertime. Insulating ceilings helps to better regulate temperature because hot air rises up (and cold air falls down).

Seal any air leaks in your home (and replace weatherstripping)

Replace weatherstripping or reposition it. While you can buy new weatherstripping, you can also reposition the existing weatherstripping. Look at where air is coming in and apply more material to seal that area better.Close window coverings when you’re not using them. This will help keep cool air out of your home during the winter months, as well as reduce drafts around windows and doors year-round.

Air Conditioning service should be at least once per year

If you live in a hot climate, we highly recommend that you have your air conditioning (indoor and outdoor unit) serviced at least once per year to make sure your system is running efficiently. A poorly maintained heating and cooling system can cost you money and put your home at risk for damage caused by the buildup of mold, mildew, and bacteria.
The tips above are just a few of the many ways you can use to keep your home cool and improve indoor air quality. Saving on energy costs is important, and these tips will help you do that without sacrificing comfort or convenience—and with minimal effort!

Important Facts About Your Air Conditioner And The Environment

Are you an air conditioner user?

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Research shows  It’s easy to see why. Especially in the south, summer months without air conditioning can be uncomfortable and miserable. In spite of the fact that about ⅓ of houses below the poverty line use air conditioning, it’s not cheap. In the US, an estimated 29 billion dollars. That includes repairs and energy costs.

wireless thermostat

If you’re looking to cut down on your energy costs, a programmable thermostat is one way to save a lot of money throughout the year. You can set it to turn off when you’re not around, or put it on a timer at night and save yourself around $180 per year. lower CO2 emissions. For each degree above 72F, you’ll save 120 lbs of CO2.

Another thing to keep in mind about your air conditioner: Whatever you’re using, it’s important to keep it in proper repair at all times. A well-primed air conditioner is generally safe for the environment, except for the energy usage it takes to run it and the greenhouse gases it takes to produce it. But a damaged or leaky air condition carries a risk of pouring CFC or CFM into the atmosphere.

With only 42% of air conditioner owner’s calling a professional when a repair is needed, that’s a lot of greenhouse gases being poured into the air. And a lot of energy to run your HVAC system when it starts to get dusty or wear down. Make sure to get your central air unit cleaned regularly, and have your window box air conditioners checked out by a certified professional as soon as you notice leaking or any other kind of damage.


Another option is a portable AC unit. Smaller AC units run on battery power, which significantly reduces your energy output, and there are eco-friendly options that use greener sources of fuel. Since they’re made to be smaller, they’re great for campers, and tiny houses. It means you can take them with you wherever you go, even if it’s just to the next room. That saves energy, the environment, and your wallet!

These days, it’s more common to have an air conditioning unit than a dishwasher, or even a garage. It makes sense. With global warming heating the planet, keeping cool in the summertime becomes even tougher to keep cool. But with about 2 tons of carbon dioxide, it’s a complicated situation. The heat leads to the air conditioner, which increases greenhouse gas emissions, which is slowly cranking the heat up. Air conditioners are a fact of life, but there are steps you can take to keep costs and CO2 missions to a minimum

Check out the infographic below from for 10 essential facts and stats on air conditioning…


Your Guide to Choosing a Standalone TXV: Sizing, Types, and Costs


In an earlier post, we covered the basics of the Thermostatic Expansion Valve (TXV) — what it does (and does not do), plus some of the considerations you have to make when deciding whether or not to add a TXV to your purchase or purchase a standalone TXV for an existing system. With newer systems, you may not have to make that choice at all, since a TXV is often already incorporated for efficiency purposes. However, if it becomes clear that you need to add a standalone TXV to your system, it is important to make sure you choose the right product for your system. Read on for more information about the sizing, refrigerant types, and costs of purchasing a standalone TXV.

The Right Model for Your System

When buying a standalone TXV, you have to choose one that is consistent with the cooling capacity of your system. The cooling capacity is a measure of your air conditioning system’s ability to remove heat from the air in your home in a certain amount of time. The unit of measure for cooling capacity is tonnage. Typically, a TXV is designed to work for systems that fall within certain tonnage ranges. That means you can find:

  • A TXV for 1.5 to 2 ton systems
  • A TXV for 2 to 3 ton systems
  • A TXV for 3.5 to 5 ton systems

Refrigerant Type

You may have heard that the R22 refrigerant is being phased out in favor of the more environmentally friendly R410-A. However, many homeowners still have legacy air conditioning systems that utilize R22, so you can find a TXV that is compatible with either one of these refrigerant types. When you are choosing between products, make sure that the TXV you buy is optimized for the refrigerant that your system utilizes.

Cost Considerations

If you’re buying a standalone TXV for an existing system, you can expect to spend around $100, or a little less. When considering the cost of a TXV, you may also want to factor in the warranty, which can add value the product. At the same time, you should also recognize that field installation presents a possible cost — unless you’re a home-builder or a do-it-yourselfer, in which case installation may be less of a concern.

Currently, National Air Warehouse offers a Goodman TXV (of any size) for $91.69, with free shipping. This product also comes with a one-year warranty. Contact us today to learn more about this TXV and all of our other products!

Air Conditioner Coil Specifications: Making Sense of the Differences between Products

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Last week on the blog, we discussed some of the considerations you should make when deciding whether to replace your air conditioner coil or get entirely new system. If you have decided that replacing the air conditioner coil is the right option for you, it is important to make sure that the specifications of the air conditioner coil you choose are in line with your system’s needs. Read on to learn more about what distinguishes the different air conditioner coils on the market today.

Differences between Air Conditioner Coil Options

All air conditioner coils play the same basic role in your cooling system: They draw in air from the surroundings, cool and condition it, and then release it into your home so that your living space remains cool and comfortable, regardless of the weather outside. For most systems, you will also be choosing between cased coils, which tend to look similar to each other. However, there are key differences between these products that you need to consider when making a purchasing decision:


  • Unit airflow orientation. The three options for indoor unit air flow are upflow, downflow, and horizontal. Just as you would expect, with an upflow system, cool air is discharged from the top of the unit. With a downflow system, cool air is discharged from the bottom. With a horizontal system, cool air is discharged from the side. When replacing your air conditioner coil, it is essential to make sure that the orientation of your new product matches that of your old one — or your air conditioner will be blowing cool air in the wrong direction!
  • Width. The widths of cased evaporator coils typically range between 14 inches and 25 inches. Before choosing a replacement, you should make sure it will fit in the place where your cooling system is located.
  • Cooling capacity. You can find an air conditioner coil with a cooling capacity anywhere between 1.5 tons and 5 tons. The ideal tonnage for your home can vary based on a variety of factors, and choosing a product with a cooling capacity that is too high or too low can cause serious problems. Again, unless you have significant concerns about the past performance of your system, you probably want to match up the cooling capacity of the new system with the old one.
  • Refrigerant type. As we discussed in last week’s post, most new systems use R-104A as the refrigerant. However, there are some legacy systems that still use R22, and you can still buy an air conditioner coil that will work in one of those systems, even though R22 is being phased out.

Beyond Cased Air Conditioner Coils

It is important to note that not all air conditioner coils are cased. For unique systems, you can customer order an air conditioner coil configuration that meets your specific needs. With a custom order, you can make sure that your air conditioner coil replacement is optimized for your cooling system, even when you can’t find what you need among the available options.


National Air Warehouse offers a variety of cased air conditioner coils, and we also do custom orders. Contact us today for more information!

Deciding What to Do When Your Air Conditioner Coil Gives Out: Why the Age of Your Cooling System Matters


A malfunctioning air conditioner coil is always bad news. The air conditioner coil plays an essential role in the cooling system — drawing in air from the outside, cooling it, and then releasing it back into the home — so you have only two choices when your air conditioner coil gives out: replace the air conditioner coil, or replace the whole system.

If you’ve relied on your system for decades, you might be hesitant to replace it with something new. After all, there are high-quality evaporator coils on the market today that can boost performance of some of HVAC systems that were installed years ago. If you trust that your system can keep the climate of your home cool and comfortable, why make a change? One key reason: the upcoming phaseout of R22.

Considering the Upcoming Phaseout of R22 Refrigerant

Many older cooling systems rely on R22, a refrigerant that is known to contribute to the depletion of the ozone layer. Right now, you can still buy a replacement air conditioner coil that works for a cooling system that uses R22, but it is important to note that R22 is being phased out in favor of R-410A, a refrigerant that is more environmentally friendly. The EPA started the phaseout program in 2010, and it is nearing the end. Here are a few key facts about the phaseout that you should know when deciding what to do about a broken air conditioner coil in an aging system:

  • R22 is no longer being manufactured in North America, so supplies are dwindling, and prices are going up.
  • The phaseout is set to end in 2020, at which point you will no longer be able to access R22, so you will need to replace your cooling system.

Replacing your air conditioner coil is less expensive than purchasing and installing a whole new system, so you may want to replace the coil and continue using R22 as a refrigerant for the two more years that it is possible. On the other hand, you might feel like it is worth investing in a completely new air conditioning system now, since you’re going to have to replace yours within the next two years anyway. Plus, when you switch from R22 to R-410A, you won’t have to worry about rising refrigerant costs, and you’ll know that you’re making an environmentally friendly choice.
Whichever route you choose, National Air Warehouse has the products you need. We offer replacement air conditioner coils for older systems that use R22 refrigerant and newer systems that use R-410A. We also provide air conditioning systems that can keep your home or business at a comfortable temperature throughout the year. Contact us today for more information!

The Importance of High Quality Copper Refrigerant Tubing Insulation


Last week on the blog, we talked about how helpful it can be to address issues with your air conditioning system in the fall, when issues are still on your mind after a long summer. When it comes to the functioning of your air conditioning system, the copper refrigerant lines that run between the condenser and the evaporator coil play an essential role. The larger of the two lines — known as the suction line — carries a cool gas, so it must be insulated with tubing. Read on to learn how the quality of this insulation can affect your HVAC system.

Protecting Copper Refrigerant Lines with Insulation

There are a few key problems that are associated with refrigerant line insulation, so it is essential to choose refrigerant tubing insulation that addresses these concerns. If you’re looking for tubing insulation for copper refrigerant lines, make sure it offers adequate protection against the following threats:


  • Condensation. Whether your copper lines are located indoors or outdoors, the copper line will likely be exposed to air that is warmer than the refrigerant that it carries. When warm air hits the cool copper line, it can lead to condensation. If your insulation does not provide an adequate barrier between the air and the copper line, it can create a moist, humid atmosphere within the insulation tube that is an excellent breeding ground for mold. Therefore, you should look for insulation with a closed-cell structure that prevents warm outside air from reaching the copper line.
  • Energy loss. Keeping the refrigerant in the suction line at a cool temperature is essential for maintaining the efficiency of the air conditioning system. The insulation basically acts like a thermos that keeps the refrigerant cool. If the refrigerant is exposed to warm outside air, more energy will be needed to keep it at the appropriate temperature. Again, choosing tubing insulation with a closed-cell structure can effectively guard against this problem and help keep your energy bills low.  
  • Ultraviolet radiation. If your copper line is located outdoors, it is essential to choose insulation that provides adequate protection against ultraviolet (UV) radiation. Even if the insulation is well-structured to prevent thermal energy losses and protect against condensation, long-term UV radiation can degrade the surface of the insulation and put your copper lines at risk. In order to avoid this hazard, you should look for tubing insulation that has been treated with a finish that is designed specifically to protect against surface degradation from UV exposure.



If you’re looking for high-quality copper refrigerant tubing insulation, National Air Warehouse has what you need. We offer six-foot length tubing with both 7/8” and 3/4” inside diameters. Contact us today to learn more about our offerings!

Start Capacitors vs Run Capacitors: What’s the Difference?


One of the most common reasons why an air conditioner stops working is a failed capacitor. In an air conditioning system, the capacitor is the energy storage device that holds the electrical charge needed to power the fan motor. Therefore, the failure of the capacitor means that your air conditioning system will stop blowing cold air, and a replacement is required.

The Two Types of Capacitors

There are two types of capacitors: run capacitors and start capacitors. Run capacitors are more common. They store the energy that is needed to keep the fan motor going so that the air conditioner continues to cool down your house. In contrast, the start capacitor specifically provides the energy needed to start up your air conditioner. As you might expect, it takes more torque to start the motor than to keep it running, so the capacitance — that is, the energy storage capacity  — of a start capacitor must be higher than that of a run capacitor. To understand why, think about the fan motor like a push-powered merry-go-round on a playground — it can take considerable effort to get it started, but once it gets going, you don’t need to push as much to keep it running. Therefore, the capacitance rating for most run capacitors is between 5 and 80 Microfarads (MFD), while it typically ranges from 430 MFD to 516 MFD for start capacitors.

Deciding What to Do When Your Capacitor Gives Out

When the capacitor in your AC system gives out, you are faced with a decision: Should you replace the capacitor or replace the entire system? That may depend on whether the problem is with the start capacitor or the run capacitor. If the problem is with the run capacitor, replacing the capacitor often makes more sense. Depending on the MFD, the price of a run capacitor can range between less than 10 and 100 dollars, so it’s a safe investment. In most cases, replacing your run capacitor can get your system back up and running in no time!

However, if the problem is with the start capacitor, you may want to consider replacing the system altogether. Start capacitors are larger and more expensive, and they are a lot harder to find, since most AC systems today do not have a separate start capacitor. If your system is getting old and its parts are giving out, it may be time to consider an upgrade.

Whether you are looking for a replacement run capacitor, a new AC system, or any other HVAC equipment, National Air Warehouse can help you find what you need. Contact us today to learn more about all of our products!

Heat Pumps vs. Standard Air Conditioners: Comparing the Prices of Split Systems


If you are looking to upgrade the air conditioning system in your home or office, one of the decisions that you might have to face is whether to buy a standard air conditioning system or a heat pump system. While a standard split system air conditioner provides familiarity and reliable performance, heat pump split systems also have a wide range of benefits, including a higher degree of energy efficiency. As you weigh the options, one of the things that might be on your mind is price. Read on to look at side-by-side comparisons of air conditioner split systems and heat pump split systems from one of the top retailers in the industry.

Current Prices for Rheem Split Systems

Rheem is one of the top HVAC retailers in the industry, providing both electric split system air conditioners and heat pump split systems. Take a look at the prices for some of their comparable products:


1.5 Ton / 14 SEER / R410A / Air Conditioner Split System: $1,637.05

1.5 Ton / 14 SEER / R410A /Heat Pump Split System: $1,945.44


2 Ton / 15.5 SEER / R410A / Air Conditioner Split System: $1,713.41

2 Ton / 15.5 SEER / R410A / Heat Pump Split System: $2,079.56


3 Ton / 15 SEER / R410A / Air Conditioner Split System: $1,978.41

3 Ton / 15 SEER / R410A / Heat Pump Split System: $2,041.74


4 Ton / 15 SEER / R410A / Air Conditioner Split System: $2,505.42

4 Ton / 15 SEER / R410A / Heat Pump Split System: $2,649.36


Analyzing the Prices of Rheem Split Systems

As you can tell, there are multiple factors that affect the price of Rheem split systems. One of the most noticeable takeaways from this side-by-side comparison is that heat pump split systems are slightly more expensive than air conditioner split systems. However, it is important to note that a heat pump split system might save you more in the long run by cutting down on your energy bill.

Other factors that can affect price include cooling capacity and SEER rating. Also, if you haven’t bought a new air conditioning system in a long time, you should take note that all new split systems use the R410A refrigerant, which is much more environmentally friendly than the refrigerants that were previously used — another great reason to upgrade your system!

National Air Warehouse offers a wide range of air conditioner split systems and heat pump split systems, including many manufactured by Rheem. Contact us today to find the product that is right for you!