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The working efficiency of air handler!

In its most straightforward definition, air handler replacement Austin works with your heating and cooling unit to deliver climate-controlled air throughout your home. It is a system used locally with your current heating and cooling system. Installation usually occurs in well-ventilated areas free of condensation or moisture in your home.

What’s the different thing between air conditioning and air handling equipment?

They perform different processes, but some mistakenly believe these systems are the same. Instead, they are two systems that work together. An air conditioner is the outdoor part of a home’s cooling system, while an air conditioner is an indoor part. A coolant line connects both systems. Manipulators help facilitate the cooling process. To initiate the cooling process, the refrigerant in the unit’s evaporator coils absorbs heat from the airflow. The refrigerant then passes through the pipe to the outdoor air conditioner. On the outdoor unit, the A/C compressor will raise the temperature and pressure of the refrigerant and send it to the A/C condensing coils. Condenser coils release heat from the refrigerant to the outside air. The Air handler lowers the refrigerant’s temperature and pressure before returning indoors to the air handling unit to repeat the cooling process.

Air handler Components

There are three main components:

  • Air filter
  • Blower
  • Coils

Air filter

Your HVAC system’s air filter is located in the air handler between the fan and the intake manifold. The air drawn into the HVAC system is first passed through a filter to remove any impurities, which protects the system.


Once the air is condition by the HVAC system, the fan inside the unit is responsible for circulating that air out of the system, into the ductwork, and into your living spaces throughout the home. One of its jobs is to circulate air conditioning through your air conditioner or furnace.

Evaporator coils

Evaporator coils (internal exchangers) contain low-pressure, low-temperature refrigerant gas. When the air passes through the evaporator coils, the refrigerant absorbs excess heat to cool the air. One of the primary elements of air handling equipment is to absorb heat to initiate the cooling process.

Different types of air handlers!

Different air handlers are available with additional features depending on your HVAC system needs.

  • A single-speed unit has a motor and fan that operates at one continuous speed.
  • The five-speed unit offers several rates and provides greater precision in operation. With a higher speed, this device is more efficient at circulating indoor air in every room of your home, making the process more efficient and quiet.
  • The variable speed model allows the unit to operate at different speeds, guaranteeing precise function to meet any requirement. Thanks to the variable speed model, it can adapt to different humidity levels while maintaining constant temperatures and healthier indoor air quality.

How does an air handler affect your HVAC system?

Air handling units can make or break your heating and air conditioning system. For a central air system to perform at its best, all system components must run at peak performance and efficiency. When units are not properly maintain, they suffer from component damage, resulting in your HVAC unit operating less efficiently. In addition, when the components inside the handler are worn or damaged, it prevents it from regulating the temperature and dispersion of indoor air in your home.

Air handlers certain issues that affect the performance of central air systems can classify:

  • A faulted blower motor doesn’t circulate cool air properly or draws excessive energy to do its job.
  • Evaporator coils covered in dirt or not working correctly can limit the system’s ability to exchange heat properly.
  • Dirty filters prevent proper airflow through the system. Specific energy to produce cool air for the home.

When should I replace your air handler?

Older central air handler system components don’t work as well as newer ones. Over time, air devices lose efficiency, and older models do not have the advanced technology that newer ones have. As a result, older units are less efficient at filtering contaminants, reducing noise, and creating superior cooling performance. When replacing an air conditioner or HVAC system, it is best to replace both at the same time. When the units are install together, they also offer similar warranties that will benefit you as a homeowner. Upgrading to a higher efficiency unit improves the performance of central air systems, especially when all components are appropriately matched. Replacing one and not the other reduces the extra unit’s efficiency and costs you money on your energy bill in the long run. When replacing air conditioning units or heat pumps, a new unit is need approximately every ten years.

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