An evaporator coil is the part of an air conditioner or heat pump that absorbs the heat from the air in your house. It is located inside the air handler or attached to the furnace.
Located inside the blower compartment or air handler, the evaporator coil holds the chilled refrigerant that the compressor moves into it. As the air from the blower fan moves over the coil, the cold refrigerant removes the heat from your home’s air. The refrigerant becomes warmer and travels to the condenser coil outdoors.
With a heat pump, the process reverses in the winter and the evaporator coil expels heat from the refrigerant into your home, instead of absorbing it and taking it outdoors. Most heat pumps have auxiliary heating elements that are part of the evaporator coil components to supply heat when temperatures fall below a certain point.
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A-Coils
- Shaped like an A, produce better airflow which allows for the most efficient airflow allowing for high efficiency ratings.
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N-Coils
- Shaped like an N, are more compact than A-coils and are better suited for tighter applications.
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Slab Coil
- When the coil has to be installed horizontally, these are preferred.
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Environmentally Sound, Energy-Efficient
- Bryant® Preferred™ Series aluminum evaporator coils are designed for use with Puron® refrigerant to provide years of environmentally sound, trouble-free performance.
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Enhanced Comfort
- Our Thermostatic Expansion Valve (TXV) ensures proper refrigerant flow during fluctuating pressures and conditions for top reliability and energy-efficient operation.
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Durability and Drainage
- Our base pan is made of a corrosion-resistant composite material. Integrated sloped drainage helps reduce build-up of mold, bacteria and other airborne pollutants.
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Lasting Looks and Performance
- The sturdy cabinet on our cased models is painted to match your Bryant® furnace to provide years of scratch resistant good looks. (Models CAPVP, CAPMP, CNPVP, CNPHP, CSPHP)
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Longer Life
- Bryant advancements in aluminum manufacturing technology result in higher product reliability.