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R410A 50Hz inverter
Cooling Capacity: 18k-60k Btu/h
  • character
  • indoor unit
  • outdoor unit


Built-In Drain Pump

The built-in drain pump can lift condensing water up to 1200mm high from the drainage pan. 


Optional Panels 

Fresh Air Intake 

Fresh air makes indoor air healthy and comfortable. 



Flocking design, good thermal insulation effect,avoid large temperature difference, anti-condensation 

Fresh air 

Fresh air intake design to improve air quality.

Low noise  

Leading low noise, create a quiet environment 

Easy drainage  

Left and right water outlet design of water connection plate, flexible for installation site. 


Built-In Drain Pump (Optional)  

The built-in drain pump can lift condensing water up to 700mm high from the drainage pan. 

Flexible Installation  

Air intake from rear as standard, from bottom is optional.The size of the plate from bottom is the same as the flange from back, which makes it convenient to change installation style due to different decoration requirements. 

High Static-Pressure   

Adjustable static pressure from 0 Pa to maximum 160Pa.  

Self-adaption technology   

Automatic ESP Adjustment function will adapt the unit to any ducting with optimized air volume and minimized noise level automatically,making more comfortable in any situation. 

Outdoor Unit                                                                                                      

Environmental-friendly Refrigerant R32 

The GWP value of R32 is smaller,so the effect on the greenhouse effect is smaller.
The ODP value of R32 is 0,so it’s no harm to our planet’s ozone layer.


High Efficiency  

Equipped with high efficiency DC Inverter compressor,adjustable fan motor and advanced 180° sine wave vector driver, the system can be higher than 6.1 in SEER and 4.0 in SCOP so as to meet the European and Australian new energy efficiency standards. 

180° Sine Wave Control 

DC inverter compressor uses 180°sine wave vector control technique, make compressor motor operate smoothly and efficiency increases significantly. 

Optimized Pipeline Design 

The design ensures the sub-cooling and enhances the cooling capacity by separating the refrigerant inlet and outlet. 

Simulation Technology 

Via analysing piping stress distribution, piping amplitude, displacement in transportation and operation, the reliability has been improved greatly.