Differences Between Carrier Evaporator And Carrier Condenser Coil

If you have an HVAC system, you probably already know how much you rely on it. Whether you have a commercial or industrial establishment, your HVAC system is responsible for maintaining the ambient temperature and keeping you comfortable, which is why an emergency breakdown can be exhausting. If you want your heating and cooling system to function optimally without any hiccups understanding the carrier coil is imperative. Although the carrier evaporator and condenser coil might look similar in function within the same system, they are drastically different. Wondering how? Well, here is a brief guide to outlining the differences between these two.

What is an evaporator coil?

A carrier evaporator coil is responsible for absorbing heat and moisture from the air inside your home, effectively cooling it down. The evaporator coil works by circulating refrigerant through the coil, which then absorbs the heat and moisture from the air. The evaporator coil is indoor equipment. It is located either in the air handler unit or a separate indoor unit and is responsible for cooling the air inside your home.

Evaporator coils are made of copper, aluminum, or other materials that are highly conductive to heat. They are designed to have a large surface area to allow for maximum heat absorption. Evaporator coils are generally larger than condenser coils because they need a larger surface area to absorb heat from the air. The size of the evaporator coil is determined by the size of your HVAC system and the amount of cooling your home requires. When it comes to maintenance, evaporator coils require regular cleaning to prevent the buildup of dirt and debris, which can reduce their efficiency.

What is a condenser coil?

On the other hand, the carrier condenser coil is responsible for releasing the heat that the refrigerant absorbs from the air. Once the refrigerant has absorbed the heat from the air in your home, it flows through the condenser coil, where it releases the heat outside. Unlike the evaporator coil, condenser coils work as outdoor units and are responsible for dissipating heat.

Condenser coils are typically made of aluminum, which is a good conductor of heat and is more corrosion-resistant. Condenser coils are relatively smaller, as they don't need as much surface area to release the heat outside. To maintain condenser coils, you need to periodically clean them for removing the pollutants, so they can be free from damage.

Conclusion

There’s no denying that both the carrier evaporator and condenser coils are essential in an HVAC system. However, how these two components work and how you can maintain them are dramatically different. Over time, your Carrier coil system may become less efficient or even fail, requiring you to upgrade the system. Whether you are seeking a replacement, you have to fix any of these two elements, or you just need maintenance tips, understand the difference between these two in terms of function, design, and maintenance requirements to ensure your HVAC system operates effectively and efficiently.