36,000 BTU 17.5 SEER Concealed Duct Daikin Mini-Split SkyAir Single Zone Cooling Only - FBQ36RZR

The new Daikin Sky Air system is built for absolute comfort and equipped with numerous comfort control features. Equipped with a new variable refrigerant temperature mode, this system will provide energy savings for most of the year while providing maximum comfort on extremely hot or cold days. The system is flexible, with a wide operating range and different mounts for the indoor unit to best suit your needs. Smart inverter technology reduces energy consumption by up to 30% or more and all products in the Sky Air system are designed to be highly efficient year round. The Sky Air system is also quiet, producing noise as low as 41 dB indoors and 57 dB outdoors. The system is designed to be installed where space is limited and the outdoor unit is compact and lightweight.

The Daikin Sky Air FBQ Series duct concealed indoor unit is ideal for newer construction or installation in buildings where ducted solutions are an option. Because it is concealed it won't detract from the appearance of the room. It produces up to 17.5 SEER and has 3 user-selected fan speeds available. You can also let the fan run on auto logic. It has bottom access for easy service and maintenance.

Ductless mini-split systems are ideal for older buildings, in which running ductwork could cause damage and add expense to the installation process. They are also great for heating or cooling individual rooms or buildings that are detached from your main house or business.

• Air Conditioner – This system is cooling only.
• Indoor Unit Quiet Operation – A low fan speed reduces sound levels by 2-3 decibels (dB) for quieter heating and cooling.
• Cold Climate Optimized – Designed to work in the cold, the outdoor unit will deliver effective heating in ambient conditions as low as -13 F.
• Auto Fan Speed – A micro-processor automatically controls the fan speed to suit the controller setting and room temperature. This reduces operating sound and power consumption.