Trust our experts to replace or repair your heating and cooling systems. Trust our experts to replace or repair your heating and cooling systems. Select item for service I am interested in receiving promotions and information. For a limited time, we’ll also include your first year heating and cooling preventive maintenance check.Schedule your heating and cooling system appointment today. When you let our experts replace your heating and cooling system, you’ll save: Save up to $2,325 on a new HVAC System Schedule your heating and cooling system appointment today. $325 on qualified heating and cooling systems of $1,500 or more Up to $1,550 Carrier® Cool Cash Up to $450 with a qualified Energy Tax Credit A total savings of up to $2,325 in combined offers. For a limited time, we’ll also include your first year heating and cooling preventive maintenance check. Give your HVAC appliances a little TLC. Our team will help them run as good as new.

Has your HVAC system stopped heating or cooling? Let our repair techs ensure your comfort.When it’s time to install a new furnace, central air conditioner, or other type of whole-house heating or cooling unit, we invite you to schedule a free at-home consultation with a Sears heating and cooling expert. Our expert will explain your options, so you can choose the HVAC unit that’s right for your house and budget. Sears HVAC installation service When it’s time to install a new furnace, central air conditioner, or other type of whole-house heating or cooling unit, we invite you to schedule a free at-home consultation with a Sears heating and cooling expert. Customize your heating & cooling system to meet your individual needs. Fan coils are found in many HVAC systems. If yours isn’t working, look into a repair or replacement. Many homes use boiler and radiant heat. If your heat goes out you may need a repair or replacement. Heat pumps offer an inexpensive way to keep your home comfortable year round.

Your furnace is the heating heart of your home. If your heating goes out, you may need to repair or replace your furnace. Depending on where you live, central AC can be vital to your comfort. Check your AC regularly to see if you need a repair or replacement. Get a free in-home consultationdoes my ac unit use water 3 months or lessac unit for small window When you hire Sears HVAC installation experts to install* a whole house air conditioner, furnace, or other HVAC unit, we take these steps to ensure you get the right product for your home.how much would an ac unit cost We determine your home’s HVAC needs To make sure the unit you select is the right size for your home, the Sears HVAC expert does an electronic load calculation estimate to determine the exact type of heat and air conditioning system that’s just right for your home–we don’t just replace it with the same size unit you currently have.

These calculations take into consideration things such as the size of your home, its exposure to the sun and wind, the number and size of windows, how well insulated it is and more. This step is essential so the unit isn’t too small or too large–both waste energy. We use current air conditioner refrigerant technology We only install air conditioners with R410A refrigerant. Unlike R-22 refrigerant–which is being phased out–R410A refrigerant doesn’t deplete the ozone layer. And R410A refrigerant makes air conditioners more efficient, increasing the Seasonal Energy Efficiency Rating (SEER). Statistics show that this refrigerant has lower warranty service rates, and lower compressor failure rates. We discuss HVAC accessory options Sears offers optional accessories that make your home more comfortable: An air filtration system added to your heating and air conditioning system can help minimize pollutants in your home, such as pollen, bacteria, dander, dust and more.

An electronic air cleaner can filter out up to 95% of the particulates that pass through your HVAC system. A furnace humidifier increases the humidity in your home during the dry winter months. The added humidity is good for your skin and respiratory system. It also helps keep wood inside the house from shrinking. And because humidified air feels warmer, you can turn down the thermostat to save energy. A programmable thermostat lets you set up different temperatures for different times of day and days of the week. Once set, the thermostat automatically keeps the house at a comfortable temperature while you’re at home and active, and at an energy-saving temperature when you’re away or asleep. We look at things that affect your HVAC system To make sure your new HVAC system does the best job it can do, we go beyond just installing a new heating or cooling unit. We also check the condition of the ductwork and your home’s insulation, and make recommendations based on what we find.

*Installation includes standard labor to existing ductwork, electric/gas lines also removal of old equipment. Excludes: Permits, additional ductwork, electrical or codes upgrades and asbestos removal.RECS 2009 — Release date: August 19, 2011 Except in the temperate climate regions along the West coast, air conditioners (AC) are now standard equipment in most U.S. homes (Figure 1). As recently as 1993, only 68% of all occupied housing units had AC. The latest results from the 2009 Residential Energy Consumption Survey (RECS) show that 87 percent of U.S. households are now equipped with AC. This growth occurred among all housing types and in every Census region. Wider use has coincided with much improved energy efficiency standards for AC equipment, a population shift to hotter and more humid regions, and a housing boom during which average housing sizes increased. Cooled homes have either central AC systems or room air conditioners, which are individual window or wall units (room conditioning).

The type of AC equipment used differs across regions. Central air systems are most common in the South, Midwest, and West, while room conditioners are most common in the Northeast (Table 1). Variation within regions can be dramatic: 69% of air conditioned homes in New Jersey use central equipment compared to 28% of homes in neighboring New York. This difference is largely due the different mix of housing types and age of housing stock between the two States. Regional differences are apparent in air conditioning usage. Southern households are almost twice as likely to use their central and room air conditioning equipment all summer as those in other regions (Table 2). Homes in the South are also least likely to have a programmable thermostat connected to the central air conditioner, while homes in the West are most likely. Programmable thermostats are designed to reduce consumption by automatically and routinely cycling down the unit when more intensive cooling is not needed. Consumers could reduce overall cooling costs by installing and setting a programmable thermostat.

Housing type influences the type of air conditioning used as well as the overall saturation of air conditioning in U.S. homes. Air conditioning equipment is more common in single family homes (89%) than in housing units in apartment buildings (82%). While 84% of units in larger (5 or more unit) apartment buildings have air conditioning, in smaller (2 to 4 units) buildings that percentage drops to 77%. While RECS data indicate that more older homes are adding window units or being retrofitted with central air conditioning, new construction is driving the saturation. Nearly 90% of new homes are built with central air conditioning (Figure 2). When central air conditioning is included at the time of construction, installation is easier and consumers can amortize costs over the life of a mortgage. In contrast, air conditioning retrofits or upgrades are often financed separately from a mortgage, over a much shorter time period at higher interest, and may require capital improvements such as the addition of ventilation systems and ductwork.

The rise of air conditioning systems has also influenced the type of home space heating systems found in newer construction. Central air conditioning and central space heating equipment often work in tandem or as a unified system. About 91% of homes built since 2000 have a main space heating system that includes central ducts; for homes built before 1940, that number is just 50%. Although structural and geographic characteristics such as climate, housing type and ownership influence where air conditioning appears, access to air conditioning by low income households is much lower relative to other households. Overall, 18 percent of households below the poverty line do not have any air conditioning equipment at all. About a third of households below the poverty line use room air conditioning compared to 15% of households with an income above $100,000. In contrast, about 75% of households with incomes above $100,000 use central air conditioning compared to just 44% of households below the poverty line.

The share of room air conditioners continues to drop as more households, especially higher income and owner occupied households, choose central air conditioning equipment. Only 25% of all homes currently have room air conditioning units. Room air conditioning units can be a cost-effective alternative in climate regions with moderate summer temperatures. About 30% of households in the cold or very cold climate regions use room air conditioning compared to 19% in other regions. Households choose room air conditioning units in areas where cooling is only necessary a few times a year. Conversely, central air conditioning is more common in hotter climates because it can be used more intensively and efficiently relative to room air conditioning units. There is a significant business opportunity to retrofit homes with new, more efficient air conditioning equipment that would reduce annual cooling costs to households. For example, 20% of the homes built during the 1980s have air conditioning equipment over 20 years old.