McQuay Ceiling Convertible Split Air Conditioners

Features :
Ceiling and Floor Installation Option : The unit is uniquely designed with possibility to be installed under the ceiling or sitting on the floor to suit any interior design requirements.

Automatic Air Swing : The swing mode enables the air flow to be evenly distributed into the room from the front discharge area.

Two Way Air Discharge* : Equipped with two way air discharge at front and bottom discharge; to provide excellent air distribution, for both cooling and heating effect.

Saranet Air Filter : The anti fungus air filter removes air-particles from the air.

With R410A Refrigerant : Ozone Depletion Potential = 0, Higher volumetric capacity and increase the COP compared to R22 and R407C.

Auto Random Restart : When there is power failure occus during operation, the unit will automically restart as the kast setting condition when the power is remused. However, the compressor will restart randomly if more than one unit is installed and sharing the same phase of power. Option is provided to cancel this feature.

Hot Keep Cycle : During heat mode hot keep cycle, the fan will run at low speed during the thermostat cycle off. As a result, one will not fill the draft of cold air discharge from the unit. Option of fan stop or fan run at specific interval timing can also be selected.

NIM - Able : The MCM range of product is able to communicate with the versatile NIM networking control module and offers the opportunity of one centralised control for a systems of multiple indoor units in a building.

Auto Mode : Auto mode allows the setting to change automatically between cool and heat mode depending on the room temperature and the set temperature required.

Self Diagnosis : This intelligent feature helps to detect any faults or malfunctioning in the system and give user a warming by blinking of the LED lights.

Choices of Wired And Wireless Controller.

Automatic Air Swing : The swing mode enables the air flow to be evenly distributed into the room from the front discharge area.