Advantages of a Mini-Split System
If you’re considering a mini-split air conditioner or heat pump for your home, the advantages you’ll gain are numerous. From improved temperature control to monthly energy savings, these systems can help you enjoy every moment spent indoors.
- Ductless mini-split systems are less prone to energy loss than both central and window HVAC systems. This means your ductless system can offer greater energy efficiency and higher utility savings than other heating and cooling options.
- A single ductless system can service multiple rooms, allowing for easy HVAC zoning in your home. You’ll save even more by heating and cooling only the areas you are currently using, rather than empty rooms.
- Ductless mini-split air conditioners and heat pumps are much quieter than window systems, and even offer less obtrusive operation than some central air systems. Not only will you enjoy a more temperate home with a ductless system, but a quieter home as well.
Components of a Ductless Mini-Split System
A ductless mini-split system consists of several components working together to deliver heating and cooling for your home. At Parley’s PPM Plumbing, our NATE-certified technicians can help you update your home for improved heating and cooling efficiency and convenience. Contact us to discuss ductless air conditioner or heat pump installation, repair, and maintenance.
- All ductless systems provide temperature control via an outdoor air conditioning or heat pump condenser. This component is smaller than a central A/C condenser and may be located on the ground or your roof; a single condenser can provide heating and cooling for several zones inside your home.
- Inside your home, airflow for each zone you have established is provided by a wall- or ceiling-mounted air handler unit, which can be operated via manual or remote control. Ductless systems are often programmable as well to help you save even more energy through smart use.
- Air is transported from the condenser to the air handler via a series of small three- to four-inch tubes, which carry refrigerant between the condenser and air handler. The refrigerant is used by the air handler for heating or cooling, then transported back outside to release or gain heat to continue the process.