Midea 1.0 Ton Ceiling Cassette Non-Inverter Air Conditioner - MCA-12HRN1

Midea Ceiling Cassette 1.0 Ton Non-Inverter
MIDEA Cassette air conditioners feature a compact design that fits seamlessly into false ceilings, making them ideal for large spaces like hotels, restaurants, and libraries. The MCA-12HRN1 model offers both heating and cooling with a 12,000 BTU capacity and an energy efficiency rating of A++/A+. Its super slim indoor unit ensures a sleek appearance and easy maintenance, with only the front panel visible. This system is designed for efficient, unobtrusive air circulation and cost-effective climate control.

Super Slim Design
The ceilling cassette is much slimmer and requires less space for installation

Low Ambient Cooling
With built-in low ambient kit and a specially designed PCB, the outdoor fan speed is automatically changed according to the condensing temperature. Cooling is achievable down to -7°C.

Temperature Compensation
This function helps overcome any discrepancies in temperature that can be found between the height of the indoor fan and controlled space. Helping provide a more accurate temperature control.

Follow Me
The inbuilt thermistor in the remote controller will sense the temperatures surrounding the user, allowing the system to offer the greatest levels of comfort control.
 

Refrigerant Leakage Detect
This function automatically monitors the operating parameters of the system and stops the equipment from running if a refrigerant leak is detected.

Fresh Air
Outside air can be ducted onto the indoor fan coil to provide room occupants with fresh and healthy air.

Louver Position Memory
When you start the unit next time, the angle of horizontal louver will automatically move to the same position as you set last time.

Auto Restart Function
If the system is stopped because of power interruption it will automatically restart in the previous settings and mode when the power resumes.

360 Air Flow Panel
360-degree air outlet creates a soft and gentle air flow which circulates throughout the whole space, offering optimum temperature distribution.