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Trane is the only manufacturer to offer the patented all-aluminum Spine Fin™ outdoor coil. Our Spine Fin™ outdoor coils provide greater heat-transfer capabilities, thus resulting in higher efficiencies and greater resistance to corrosion than traditional copper/aluminum coils.
- Trane TruComfort™ Variable Speed systems – XV 18
- 18 SEER 2 Stage Durable Compressor – XL 18i
- 18 SEER 2 Stage Compressor – XR 17
- 17 SEER Energy Star – XL16i
- 17 SEER Single Stage – XR 16
- 16 SEER Efficient and Durable – XR 14
- 14.5 SEER New Refrigerant – XR 13
- 20 SEER Evolution 2 Stage 186B
- 16 SEER Quiet & Energy Star 126B
- 16 SEER Hi-Efficiency 116B
- 13 SEER Puron Legacy Series 113BNA
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What are Air Conditioners? An air conditioner can change the temperature, humidity or general quality of the air. More specifically, an air conditioner makes your home cooler, by drawing heat energy out of the house and transferring that heat to the outdoors, then replacing the air inside your home with cooler air.
How do Air Conditioners work? The air conditioner in a central heating and cooling system provides cool air through ductwork inside your home, by providing a process that draws out the warm air inside, removing its heat. In a split system, the compressor condenses and circulates the refrigerant through the outdoor unit, changing it from a gas to a liquid. The liquid is then forced through the indoor evaporator coil or cooling compartment. The indoor unit’s fan circulates the inside air to pass across the evaporator fins. The evaporator’s metal fins exchange the thermal energy with the air around it. There, the refrigerant turns from liquid into vapor, removing any heat from the surrounding air. As the heat is removed from the air, the air is cooled and blown back into the house.
From that point, the condenser or outdoor unit then turns the refrigerant vapor back into a liquid, removing any heat. By the time the fluid leaves the evaporator again, it is a cool, low-pressure gas, eventually returning to the condensor to begin its trip all over again. This process continues again and again until your home reaches the cooling temperature you want, as programmed and sensed by your thermostat setting.
Higher Efficient Air Conditioners: A higher-efficiency Air Conditioner will result in lower operating costs. High-efficiency systems generally rate as a 16 SEER or higher. Air conditioners in this range can achieve such high efficiency ratings because they generally utilize more efficient compressors and variable-speed air handlers or furnaces.
In addition, they are also comprised of features such as: • Better coils which results in a better-performing compressor. • Valves and coils that maximize the use and delivery of refrigerant, greatly improving refrigerant flow • New Environment Friendly R410A gas. • An air conditioner is a major or home appliance, system, or mechanism designed to change the air temperature and humidity within an area. The cooling is typically done using a simple refrigeration cycle, but some times evaporation is used, commonly for comfort cooling in buildings and motor vehicles. • Air conditioning can also be provided by a simple process called free cooling which uses pumps to circulate a coolant (typically water or a glycol mix) from a cold source, which in turn acts as a heat sink for the energy that is removed from the cooled space.
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