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  • Rheem Heat Pump Prices: Understanding Price Differences Between Split Systems and Packaged Units

    Rheem is a well-respected heat pump supplier, and its 14 SEER-rated heat pumps are some of the most popular on the market today. However, price differences can leave you scratching your head. What accounts for the cost discrepancies between split systems and packaged units? Consider the following cost comparisons for 14 SEER-rated Rheem heat pumps with different cooling capacities:*

    2 Ton Rheem Heat Pump:

    Split System: $1,925numbers-money-calculating-calculation

    Packaged Unit: $2,775

    2.5 Ton Rheem Heat Pump:

    Split System: $1,983

    Packaged Unit: $2,804

    3 Ton Rheem Heat Pump:

    Split System: $2,130

    Packaged Unit: $3,087

    3.5 Ton Rheem Heat Pump:

    Split System: $2,248

    Packaged Unit: $3,532

    4 Ton Rheem Heat Pump:

    Split System: $2,449

    Packaged Unit: $3,762

    5 Ton Rheem Heat Pump:

    Split System: $2,669

    Packaged Unit: $3,892

    *Figures approximated for clarity.

    At each cooling capacity level, the price for the packaged unit is considerably higher. Why does the packaged unit cost more from the same brand? Is the packaged version better, and is it worth paying more? To answer these questions, it is necessary to consider some of the aspects of packaged units and split system heat pumps.

    Installation Costs

    One of the benefits of a packaged unit is that it isn’t hard to install. Because the condenser, compressor and evaporator are all encompassed into a compact cabinet, it doesn’t take much to find an adequate location -- usually near the foundation of a building or on the roof -- and install the unit. As a result, installation costs are low.

    In contrast, a split system heat pump requires expert installation, and it is much more time-consuming and labor-intensive. That’s because the different parts of the unit must be laid out and configured in a way that maximizes energy efficiency. If the installation is performed poorly, your system will operate much less efficiently than a compact unit with the same 14 SEER efficiency rating. Therefore, despite the lower upfront cost of split systems, the installation costs are higher than for packaged units.


    Because they are located outside, packaged units must be able to stand up to the perils of the great outdoors. For instance, the cabinet exterior must be durable enough to protect the water-sensitive components of the heat pump from rain and snow. The best packaged units also make it difficult for animals to get into the unit and build nests in the warm environment or chew through the wires. When you account for the added costs of fortifying a heat pump against the elements, it makes sense that it costs more.

    In contrast, a split system heat pump is comprised of two cabinets: an outdoor cabinet, which contains the condenser, and an indoor cabinet, which contains some of the electrical components that are more sensitive to water damage and animal abuse. Because the indoor cabinet can be placed in a basement or attic, it won’t be vulnerable to the same harsh conditions as a packaged unit, so it doesn’t need as much external protection.

    When comparing Rheem’s packaged unit and split system heat pumps that have the same 14-SEER ratings and cooling capacities, cost discrepancies can be explained by the different ways in which these systems work. Ultimately, the best choice depends on your budget and the needs of your building. For more help figuring out which is best for you, and to find the lowest-priced Rheem products on the market, contact National Air Warehouse today.

  • Do I need an air handler?

    Sometimes the number of components that make up an HVAC (heat, ventilation and air conditioning) system can seem overwhelming. Part of the reason is that HVAC systems are extremely flexible. You can pick only the components you need to heat and cool your business or home as efficiently as possible. In some cases, this involves buying an air handler.

    An air handler has a simple task, to take in air and send it around the home or business. Air handlers often include blowers, heating and cooling systems and filters. It handles much of the “ventilation” port of the HVAC system. Air handlers are commonly used in conjunction with air conditioners. The evaporator coil in the air handler can remove additional heat before sending the air throughout the house.

    Am I in the right climate for an air handler?

    An electric split system for air conditioning in a warm climate, like Florida, will benefit from an air handler. Working in tandem with the air conditioner, the air handler keeps the air cold and blowing.

    However, air handlers can also be beneficial in slightly cooler climates. They can contain both heating and cooling elements. The cooling element would be the evaporator coil, which removes excess heat from the air. Heating elements, like electric heating strips, can also be included in an air handler. In this case, the air handler adds additional heat to the air before blowing it around the home or business.

    While beneficial in cooler climates, air handlers are not as commonly found in cold truly climates, like Minnesota. A gas or electric furnace is commonly used in place instead. Pairing a heat pump with an air handler is typically not sufficient to warm a home or business in a climate that repeatedly drops below zero. A gas or electric furnace is a more effective way to heat the location.

    How do I select an air handler?

    If you live in a warm climate, where the combination of an air handler and air conditioner or heat pump provides sufficient heating and cooling, it's time to look at air handlers. The first step is to do a load calculation, which determines how much heating or cooling is required for the home or business. A Manual J calculation is standard and the most accurate, but rules of thumb can also be applied. The resulting number is the tonnage size of the HVAC system that you ought to purchase for the best efficiency.

    The next item to evaluate is what type of refrigerant the air handler uses. The most common types are R-22 and R410-A. Newer HVAC systems typically use the R-410A refrigerant, which is generally accepted as the more environmentally friendly and efficient refrigerant.

    Air handlers can also be sold with heating elements. This may or may not be necessary in your climate. If your home does not already have heat pump, the heating elements may be a good choice to warm the air in your home when it gets a bit chillier. The heating elements can also work in tandem with a heat pump for greater efficiency. It depends on the system you select for your climate.

    If you need any help determining if your home or business would benefit from an air handler, you can check with an expert or call National Air Warehouse at (888) 997-5160 for assistance.

  • Gas or Electric Heat: A Cost Comparison

    One of the first decisions a homeowner or business owner has to make, regarding an HVAC (heat, ventilation, air conditioning) system, is whether to purchase an electric or gas heater. Each type has its advantages and disadvantages. The up-front costs and long-term costs are one area that people typically examine.

    Up-Front Costs

    These are the costs associated with the initial installation of the heating component of the HVAC system. The first item to look at is whether the home or business has access to electricity and natural gas. Many homes and businesses have both electricity and natural gas lines already running to the house. However, some locations do not have access to natural gas. In this case, running a gas line to the location could be an additional upfront cost. Each home or business is unique and different costs may be taken into consideration for each one.

    The cost of the heater itself is also included in the up-front costs. If you are buying this as a single component, it's often called a furnace. At National Air Warehouse, the electric furnaces start around $700 and the gas furnaces start around $900.

    Looking at just the up-front costs, the electric furnace seems to be cheaper. However, most HVAC systems are meant to be used for years. The long-term costs look at how expensive it is to run each type of furnace for years to come.

    Long-Term Costs

    The costs associated with the furnace in the long term are: maintenance and the cost of the electricity/natural gas. When it comes to maintenance, the electric heaters are typically cheaper to maintain. One of the reasons is that electric furnaces typically outlast gas furnaces. An electric furnace can last for 20-30 years with regular maintenance. Gas furnaces, in comparison, typically have slightly shorter lifespans of 10-20 years.

    People commonly say that the cost of natural gas is lower than that of electricity. This is true in many locations, but it does depend on the location of the home or business. Electricity is cheaper in some cities than others. To truly determine the long-term impact of paying for electricity or gas, a homeowner or business owner can calculate the energy use. The amount of electricity used is typically tabulated as kilowatt-hours (kWh) and the amount of natural gas is often tabulated as therms. A homeowner could directly compare the costs by converting kWh to therms (1 kWh = 0.034 therms). Less money spent per therm will save the homeowner or business owner in the long-term.

    Making a smart decision regarding electric or gas furnaces may require a bit of thought, but there are many resources out there to help home and business owners decide between the two.

  • Drastically Improve Your Air Quality in Five Super Simple Ways


    Our homes have become as tightly sealed as a ziplock bag with tomato soup dangling upside down over a white couch - and this is where we spend most of our time. Although the air we breathe inside our homes may seem clean, it can be far more hazardous than outdoors. Here are five shockingly simple ways to change your toxic home into a clean air sanctuary.

    1. Pop Open a Window

    You can drastically decrease concentration of toxins, such as carbon dioxide (CO2), in your home by simply opening up a window. A mere 5 to 10 minutes a day can have a large impact on your air quality.

    This is most important when engaging in activities that reduce your air quality, such as cooking, cleaning, painting or bringing newly purchased items into your home. When cooking, properly ventilate to get rid of vapors, grease and smoke that are released into the air. Many cleaning products have harsh chemicals and polluting fragrances. Try more natural cleaning methods. Obviously, paint fumes can be overwhelming. Ventilate by opening a window and using a vent/or fan.

    Many people unwittingly bring toxic items into their home, which then unleash countless hazardous chemicals into the air. That new carpet smell is toxic, and it can off gas for up to five years. Particleboard can be manufactured with many chemicals which are then released into your home. This is also the case with materials that are dyed, like rugs, bedding and curtains. Do a bit of research before buying anything new and when you bring home your new treasures, be sure to ventilate properly.

    2. Pick up a Plant

    Ah mother nature, as beautiful as it is deadly. Especially when it comes to killing toxins in your home. Many common household items are continuously releasing invisible chemicals that are destroying your air quality. For instance, facial tissues, paper bags and napkins, paper towels, waxed paper, particleboard and synthetic fibers can all contain Formaldehyde. Formaldehyde exposure can cause irritations to the mouth, throat and nose, and swelling of the lungs and larynx.

    Other common chemicals are Xylene, Trichloroethylene, Ammonia and Benzene. These are in printing ink, paint, detergents, dyes, glue, furniture wax, plastics and household cleaners. Being exposed to these chemicals can cause headache, nausea, vomiting, dizziness, eye irritations, confusion, heart problems, liver and kidney damage, unconsciousness and even coma.

    NASA conducted the Clean Air Study and found the best air-filtering plants. The study found that the Florist’s Chrysanthemum and the Peace Lily can filter all five of the chemicals listed above. You can find a complete list of toxins, their effects and the best air-filtering plants in this handy dandy infographic.

    3. Get a Hygrometer

    What’s a hygrometer, you say? Good question. It’s much like a thermometer, but instead of measuring temperature, it measures your humidity levels. Usually, you can tell if you have too much or too little moisture in your home, but if you want to be absolutely certain that you have the ideal humidity level of 45%, you now know your options.

    Anywhere between 30% and 50% humidity will serve you and your home well. If there is too much moisture, you’ll experience the growth of mold and rot; which creates the perfect accommodations for cockroaches and termites. In addition to adding to allergies, you may also notice wallpaper and paint peeling or see stains on your ceilings and walls. If the air is too dry, you may have dry noses, cracked skin and scratchy throats. These conditions also damage wood, drywall and other home furnishings.

    If your current humidity level is not working for you, simply purchase a humidifier and/or dehumidifier. Typically, basements, bathrooms and laundry rooms are more humid than other living spaces. By properly ventilating these areas when needed, you may be able to avoid a dehumidifier.

    4. Schedule an Air Duct Cleaning

    Air duct cleaning may or may not be necessary in your home. To avoid scams, be sure to thoroughly vet your professional. The EPA offers guidelines on how to hire a professional to clean your air ducts. Here are some instances when it is recommended to have your ducts examined:
    Home Renovation - If you have recently remodeled your home, especially if there was asbestos, lead paint, excessive dust or abatement, your ducts will likely need to be thoroughly cleaned. Seal off ducts during renovation and clean them after work is complete.
    Creepy Critters - If you find any signs that you may have animals nesting in your ducts or HVAC system, be sure to have them removed and the ducts and HVAC unit cleaned.
    Mold - Have ductwork and HVAC systems cleaned if there is visible mold growth.
    Contaminants - If you’ve vacuumed and cleaned the fuzzy grime off your registers but are still noticing debris, pet hair, odors or other contaminants being spewed into the room, you probably want to get your ducts cleaned.
    Unexplained Illness - If you’ve addressed every possible indoor allergen, yet, someone in your household is still suffering from unexplained allergy-related issues, your ducts and HVAC may be the culprit - easily banished by a duct cleaning.

    5. Test for Radon
    how radon enters house

    Radon could be the most hazardous and invisible thing lurking in your home. Luckily, testing for it is quick, easy and inexpensive. Radon is a colorless, odorless gas that greatly increases your chance of getting lung cancer. Actually, it is the top cause of lung cancer among nonsmokers and is second only to smoking in overall lung cancer cases nationwide. It claims 21,000 lives every year - and this could be just as preventable as smoking.

    It is estimated that 1 in 15 homes have elevated levels of radon, and no home is immune. This radioactive gas seeps into homes from the soil, which is contaminated by the natural decay of uranium. This is how radon is created and it enters the home through cracks in the foundation, walls and floors, construction joints, spaces in suspended floors and service and water pipes.

    Testing for radon is fast, cheap and easy. Most local home improvement stores carry kits or you can buy one online. Kansas State University offers a discounted radon test kit through their National Radon Program Services.

    To learn more about radon or if you have elevated levels and need to find a professional to help, visit the EPA Consumer Guide to Radon Reduction. It offers valuable information about radon dangers, testing and test results. Here, you can also find ways to improve your home or find a qualified contractor to make necessary changes. For more products that can help you improve your indoor air quality you can also click here to visit our online store.

  • 7 Ways to Help Eliminate AC Condenser Failure

    There is little doubt that your AC condenser has been running fairly consistently now that hot weather has arrived. Similarly, there is little doubt that you would like to keep it running throughout the duration of the season.

    So if you're looking for ways to avoid condenser failure and keep your home cool and comfortable for the remainder of the summer, then read on to discover 7 ways to help mitigate ac condenser failure.

    1. Dirty or corroded coils. Time, as it does with most things, has a way of rendering them unusable. So, as dust, grime, and minerals scales accumulate, the air conditioner can not push cool air out efficiently. Extreme cases cause overheating and unit failure.

    2. Blocked suction lines. When refrigerant lines become blocked, efficient cooling become secondary. If left as is, eventually your unit will fail outright.

    3. Incorrect suction line sizes, especially if you have had your unit serviced, and the outcome wasn't favorable. An incorrect suction line leads to unit failure.

    4. Over-filled refrigerant. If you had your unit serviced by someone who may not have been so handy, it's possible that it was done wrong. Too much, or even the wrong type of refrigerant can cause system failure.

    5. Low charge. Leaks, cracks, and tears in hoses cause leaks. Over time, refrigerant leaks out. So while you probably won't notice right away, soon your unit will become less useful, and your ac condenser will permanently fail due to the extra labor.

    6. Electrical issues. Once failure happens, pointing to an electrical issue isn't difficult. It's often quite simple for a licensed tech to identify the root cause. To avoid this, simply have your unit serviced annually by someone who knows what they are doing.

    7. Lack of lubricant. Oil lubricants keep your condenser running smoothly. You wouldn't run your car without oil, right? Think of it the same way. Oil keeps ac condensers running free and clear. Have your oil levels checked each year as part of regular maintenance.

    For more information on how we can help you, please contact us any time. If your condenser is aging and you are looking to buy a condenser to replace your old one then consider opting in for a newer higher SEER unit in order to increase your long term cost savings.

  • Benefits Of Controlling HVAC Systems Remotely

    wireless thermostat

    In recent years, the explosive growth of two specific technologies has significantly changed how many people operate their hvac systems.  The first technology is low power communications - such as Zigbee, Z-Wave, and Bluetooth - which allows thermostats to exchange information with other devices using wireless communications.   The second technology, of course, is the exponential adoption of internet-connected smart devices.   As a result, countless homeowners now view and control their HVAC system's thermostat from anywhere in the world.

    How To Establish Remote Control

    A thermostat with an on-board wireless radio must be installed. These thermostats are not significantly more expensive than standard thermostats; your trusted HVAC professional can recommend options.   Next, the thermostat will include steps for establishing a connection  to your home's router, enabling  data to be transmitted via the Internet. And finally, download an app to your smart device to enable remote control.  While these steps might seem intimidating to those who are  uncomfortable with technology,  setup is typically easy and designed for success by people of all skill levels.  When setup is complete, homeowners will be able to view and control their thermostat any time -- from an upstairs bedroom, to across the ocean.

    Common Benefits From Remote HVAC Control

    While connected thermostats have various features and capabilities based upon model and manufacturer, common benefits and applications for homeowners include:

    • Families with commitments which do not align to fixed schedules can adjust conservative temperatures upon leaving the home to save energy, and then remotely set comfortable temperatures prior to  returning home.
    • Vacation home owners can monitor HVAC settings of distant properties, and especially be alerted if indoor temperatures fall outside of expected ranges.
    • Rental property owners can monitor HVAC settings of properties to ensure tenants are comfortable while preventing inefficient settings.
    • Caretakers can verify that elderly parents or other loved ones needing special attention are living within a safe temperature setting.

    Additionally,  HVAC service providers are beginning to use diagnostics data from connected thermostats to expedite the troubleshooting and repair of clients' systems.  Both homeowners and service providers benefit from better service with lower costs.

    While remote monitoring of HVAC is not a need for everyone,  many homeowners do find significant value in the convenience and awareness that connected thermostats offer.

    For professional and personalized advice regarding all of the latest advancements in HVAC equipment and control, please National Air Warehouse for more information. Have you purchased an remote control setup for your HVAC system and if so, what is your favorite benefit?

  • Heat Pump Systems May Cool the Planet

    Eco Friendly Heat Pumps

    We love innovation and are constantly looking for new ideas in all things HVAC related. So we are really intrigued with recent developments in Europe. These days, hydrofluorocarbons are the preferred refrigerants in heating and cooling systems around the world. The problem is that they emit carbon gases that contribute to the increasing retention of heat in the Earth’s atmosphere – “global warming”. Drammen, Norway, has solved that problem in their area by avoiding hydrocarbons altogether. Using local fjord water instead of carbon-based fuel, the city uses its heat pump systems to heat their entire city, without emitting a single carbon molecule.

    Norway's Innovation Solved 65,000 Problems

    Drammen, located 40 miles west of Oslo, is on the bank of a small fjord. For its 65,000 residents, heating their homes and businesses was a necessity that required constant attention. Their heat had been provided by individual heat pumps and furnaces, but costs were increasing as regulations were applied to address environmental protection demands. With its new partner, Scotland's Star Renewable Energy, Drammen took a significant step into the future by using ammonia and fjord water to produce sufficient heat for both residents and businesses. Here’s how it works: the fjord water (8C/22F) is warmer than the liquid ammonia. It circulates across the ammonia tank, causing the ammonia to boil (at 2C/11F) and convert to gas. The ammonia gas is then pressurized and used to heat water to 90C/178F. The water circulates through the town’s heating system, warming its inhabitants. The gas condenses back into liquid, and the cycle starts again. Ammonia emits no carbon, so there is no impact on the environment.

    Environmental May also Mean Economical

    Heat pumps are already an economical source of heating and cooling, providing equivalent space conditioning a[t] one-quarter of the cost of operating conventional heating or cooling appliances. Within current industry standards, their energy efficiency is excellent and they are integral to a high quality of life for people around the world. As that world addresses global climate change, however, any innovation that reduces its negative impact on the planet is welcome.

    Keep Your Eye On National Air Warehouse.

    Right now, the ammonia-based heat pump system is not yet available, but its success has gained notable attention. It will almost certainly trigger significant research into bringing this innovative technology to the greater world community. At National Air Warehouse, we are constantly looking for these types of innovations in systems and design. As our customer, you can be sure that we will be the first to offer them to the public as they come available.

    If you have any questions or would like additional information contact us to find out how our current heat pump systems can reduce your heating and cooling costs.

  • HVAC Spring Maintenance Tips

    Spring HVAC Maintenance Tips

    It may not seem like it just yet, but spring is in the air. Friday, March 20th this year is the first official day of spring. Even if it hasn't started warming up in your corner of the world, it will soon be time to start thinking about spring cleaning. Part of your cleaning regimen should include preparing your HVAC systems to run at peak performance when it comes time to run your air conditioning.

    Before you fire up your air conditioner for the first time, there are a few things you can do. Following these simple steps will help your system run more efficiently in the coming summer.

    1. Clear Away Debris and Trim Your Landscaping

    You probably aren't out looking at your air conditioning unit often when it is cold outside. During the fall and winter, trash, yard waste, and other debris can accumulate around your air condition and heating system. Keeping the area clear will ensure a properly functioning air conditioner. Also, once your plants start growing in, be sure to periodically check them for overgrowth. Your AC needs about 2 feet of clear space on each side in order to run as efficiently as possible.

    2. Change Air Filters

    This is not specific to spring, but many people don't think about their air filters during the winter. It is important to make sure you change your filters about every 30 days to keep the air flowing well through your HVAC system. Read your specific manufacturers recommendations for indication on how often to change your filter, some HVAC systems that include a media air filtration systems don't require changing filters as often. Clogged or really dirty filters can make your air conditioner work harder than it has to and even cause premature failures. Now is a great time to install new ones if you've been neglecting them. If they are dirty, change them.

    3. Have Your System Inspected and Serviced Now

    Once summer hits, it will be a lot more difficult to get a technician out to your home. If you schedule an appointment in the spring, they will have more availability and they may be able to head off any issues that you might have coming your way. The EPA's Energy Star website contains a great checklist for what to expect in a maintenance check-up for your air conditioning unit.

    If your old unit is not repairable and you decide that you are ready to look at a new unit, please one of the representatives at National Air Warehouse and we would be happy to help you. Be sure to get prepared for the coming summer by taking care of your HVAC system so you and your family can stay cool when the weather gets hot.

  • Upflow or downflow furnaces - what's the difference?

    Furnace Direction

    Everyone knows that warm air is lighter than cool air, so its tendency is to rise. While this basic principle may seem elementary, it has the greatest bearing if you are looking to buy a furnace online.

    Furnaces for homes come in an incredible variety of shapes, sizes, heating capacities, air flow and fuel types. Today, we'll focus on air flow for furnaces.

    Air flow depends on your present furnace and the air ducts that comprise the central heating in your home. A furnace in the attic, for example, is likely servicing air ducts that run through the ceiling and walls of your home. This type is typically called a "downflow" furnace because it draws cool air in through the top and pushed the warm air out through the bottom and into the ducts.

    If you are replacing a basement furnace, it will likely be an "upflow" furnace drawing in cool air either through the bottom or sides, and circulating warmed air out through the top.

    Another variation is a "horizontal" furnace which, as you can guess, draws air in one side and pushes it out the other. These come in either left to right or right to left configurations depending on the overall layout.

    One of the most popular types of furnaces for new installations or consumers that are looking to purchase a replacement furnace is called a multi-directional furnace. This type of furnace allows for installation in either upflow, downflow, or left/right horizontal positions. They allow for more flexibility when installing and therefore are a more popular choice.

    The airflow of the furnace wont impact its efficiency in any significant way. The type of furnace that you choose should be based on the type of application that you need. We typically recommend that you stick to the same type of airflow furnace that you previously had if replacing an old furnace. If you are doing a new installation or are unsure which type of airflow you need, we recommend you go with a multi-directional furnace instead.

    Consumer Reports says one of the best ways to offset expenses of volatile energy prices is to replace your old furnace with a newer and more efficient model. They also recommend having a contractor help you determine the size and orientation of a new furnace.

    We are here to answer all of your furnace related questions. At National Air Warehouse we offer a large variety or furnaces including gas and electric which allow for the airflow direction that best suits your needs. Please get in touch with someone from our team if you have any further questions or would like additional information.

  • When Should You Use the Emergency Heat on Your Heat Pump System?

    heat pump thermostat

    Have you ever noticed the emergency heat setting on your thermostat? Many people are confused by that little switch and do not understand its purpose. Unfortunately, they assume that their heat pump system does not work in cold weather and think the emergency heat switch is the answer. Simply put, they are wrong.

    What is Emergency Heat?

    Heat pumps installed in climates where the temperature drops below 35 degrees Fahrenheit require a supplemental heating source. This source may be an electric, gas, or hot water system. Often referred to as supplemental heat, this source may also be called back up or second stage heating. In this case, primary or first stage heat is provided by the heat pump only. Emergency heat refers to when the heat pump is not able to keep up with the heating demands and your secondary heat source has to turn on.   Depending on your heating system, your supplemental heat source will assist the heat pump at different times. This occurs automatically and may or may not require you to make any changes to your thermostat.

    When Should You Use Emergency Heat?

    Emergency heat should only be used in emergency situation. This would be when your heat pump is not functioning properly, not functioning at all or during extreme weather conditions. Generally, it is more expensive to run emergency heat. Often this is why a heat pump was installed to begin with. Of course, circumstances vary. If you're emergency heat source is gas then the expense would depend on your price of fuel.

    What Happens When You Switch to Emergency Heat?

    When switched to emergency heat, a red indicator light will go on. It stays lit until emergency heat is turned off. Typically during emergency mode, only the indoor unit and supplemental heat source will run and your outdoor heat pump unit will not function.

    When installing a heat pump, make sure that you are in a region where the weather does not fall under 35 degrees regularly to prevent having to use your emergency heating. If you have questions about your heat pump thermostat and want to learn more about how they work contact us. Our staff is happy to help and ready to assist with all your HVAC needs.

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