AC Installation Services

Central air conditioning functions similarly to a refrigerator in your house. The heat energy in the air is passed to the coolant inside the coil when warm air passes past an evaporator coil in an air conditioning machine. A blower circulates the cold, pleasant air around your home while the heat gathered by the condenser is sent outdoors.

Two main kinds of central air conditioning systems exist:

• Split System - The condenser and compressor are located outside the home, while the evaporator is inside. Split systems are cost-effective for households with a furnace but no air conditioner. It is also the most prevalent type of central air conditioning system.
• Packaged System - In this system, the central air conditioner, evaporator, condenser, and compressor are all housed in a single metal box or cabinet. It is usually installed on a roof or concrete slab adjacent to a house. A separate furnace is not required with the packed system.

Bigger doesn't always mean better. Indeed, an air conditioning system that is too big for a particular location is ineffective and may also make a room unpleasant. AC units decimate heat and humidity from the room. However, suppose a large AC unit cools the room before the moisture is eliminated. In that case, the air might feel moist and clammy. What is best for you is what is best for your house. The government's EnergyStar website includes a calculator and a table with instructions for the size of a home and the necessary cooling capacity of an air conditioning unit. A professionally educated AC technician may also assist you in determining the appropriate size for your home.

Heating and cooling costs eat up more than half of all energy costs. The more efficient an air conditioning machine is, the less energy it needs to complete its function, resulting in lower operating costs. But how do you know which central air conditioners are the most efficient when considering the best way to choose a central air conditioner for your home? SEER, an abbreviation for Seasonal Energy Efficiency Rating, measures the efficiency of a heating, ventilation, and air conditioning unit (HVAC unit).

Modern heating and air conditioning devices are more efficient than those used 10 or 20 years ago. Everyone may assist the environment by increasing the temperature of their home's thermostat by a degree or two in the summer and decreasing it by a couple of degrees in the wintertime. Even if the highest-SEER air conditioning systems are not suitable for you, merely replacing any old unit can assist the environment. Air conditioning uses more than 2,000 kilowatt-hours of energy yearly in a typical house, according to the US Department of Energy. Power plants produce around 3,500 pounds of carbon dioxide and 31 pounds of sulfur dioxide because of air conditioning each year. Even if your existing air conditioner is just ten years old, a new one may reduce energy use by up to 40%. Whatever decision you make when replacing your air conditioner, it will be a 'greener' option than your current unit.

Warranty: The duration of the warranty, as well as the terms, are critical. Some warranties, for example, may be lost if the equipment is repaired by someone other than a licensed professional technician. In addition to the HVAC system warranty, you should inquire about the installation warranty. Levels of noise: When running, all air conditioning machines create some noise, but some are quieter than others. Because it does not have to run at full power all of the time, an HVAC system with a variable-speed blower is quieter. (It also consumes less energy.) Noise-reducing fan blades are another new technology you might inquire about.