
DC Inverter Driven Compressor
By using DC motor, the performance is improved about 20~40Hz during the longest running time of the inverter compressor. At this time, the rotor of the compressor motor is divided into two parts to suppress electromagnetic interference (EMI) and achieve low noise.
Rotational Operation to Distribute the Load of Outdoor Units
Rotational Operation to Distribute the Load of Outdoor Units
Rotational Operation to Distribute the Load of Outdoor Units
Rotational Operation to Distribute the Load of Outdoor Units
Model | Rotational Operation to Distribute the Load of Outdoor Units | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | ||||
RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | ||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
Nominal Cooling Capacity | kW | 22.4 | 28.0 | 33.5 | 40.0 | |||
Nominal Heating Capacity | kW | 25.0 | 31.5 | 37.5 | 45.0 | |||
Sound Pressure Level | dB | 58 | 58 | 60 | 62 | |||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
RAS-10FSXNQ | mm | RAS-10FSXNQ | RAS-10FSXNQ | |||||
Net weight | kg | 221 | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | |||
RAS-10FSXNQ | R410A | |||||||
Refrigerant Flow Control | Micro Computer Control Expansion Valve | |||||||
RAS-10FSXNQ | E656DHD | E656DHD | E656DHD | RAS-10FSXNQ | ||||
RAS-10FSXNQ | 1 | 1 | 1 | RAS-10FSXNQ | ||||
RAS-10FSXNQ | kW | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | |||
Heat Exchanger | RAS-10FSXNQ | |||||||
RAS-10FSXNQ | 1 | 1 | 1 | 1 | ||||
RAS-10FSXNQ | m³/min | RAS-10FSXNQ | Cooler liquid | RAS-10FSXNQ | RAS-10FSXNQ | |||
RAS-10FSXNQ | 0RAS-10FSXNQ | 0RAS-10FSXNQ | 0RAS-10FSXNQ | 0RAS-10FSXNQ | ||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
Model | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | ||||
RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | ||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
Nominal Cooling Capacity | kW | 45.0 | 50.0 | 56.0 | Cooler liquid | |||
Nominal Heating Capacity | kW | 50.0 | 56.0 | Cooler liquid | Cooler liquid | |||
RAS-10FSXNQ | R410A | |||||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
RAS-10FSXNQ | mm | RAS-10FSXNQ | 1720x1210x765+1720x950x765 | |||||
Net weight | kg | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | |||
RAS-10FSXNQ | R410A | |||||||
Refrigerant Flow Control | Micro Computer Control Expansion Valve | |||||||
RAS-10FSXNQ | RAS-10FSXNQ | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | RAS-10FSXNQ | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | kW | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | |||
Heat Exchanger | RAS-10FSXNQ | |||||||
RAS-10FSXNQ | 1 | 1 | 2 | 2 | ||||
RAS-10FSXNQ | m³/min | RAS-10FSXNQ | RAS-10FSXNQ | 1720x1210x765+1720x950x765 | Cooler liquid | |||
RAS-10FSXNQ | 0RAS-10FSXNQ | 0RAS-10FSXNQ | 01720x1210x765+1720x950x765 | 01720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
Model | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
Nominal Cooling Capacity | kW | Cooler liquid | 34 | 1720x1210x765+1720x950x765 | 34 | |||
Nominal Heating Capacity | kW | Cooler liquid | 34 | 34 | 34 | |||
RAS-10FSXNQ | R410A | |||||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
RAS-10FSXNQ | mm | 1720x1210x765+1720x950x765 | RAS-10FSXNQ | |||||
Net weight | kg | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | |||
RAS-10FSXNQ | R410A | |||||||
Refrigerant Flow Control | Micro Computer Control Expansion Valve | |||||||
RAS-10FSXNQ | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | kW | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | |||
Heat Exchanger | RAS-10FSXNQ | |||||||
RAS-10FSXNQ | 2 | 2 | 2 | 2 | ||||
RAS-10FSXNQ | m³/min | Cooler liquid | 370 | 390 | 390 | |||
RAS-10FSXNQ | 01720x1210x765+1720x950x765 | 01720x1210x765+1720x950x765 | 01720x1210x765+1720x950x765 | 01720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
Model | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
Nominal Cooling Capacity | kW | 34 | 34 | 34 | 1720x1210x765+1720x950x765 | |||
Nominal Heating Capacity | kW | 34 | 34 | 34 | 118.0 | |||
RAS-10FSXNQ | R410A | |||||||
RAS-10FSXNQ | RAS-10FSXNQ | |||||||
RAS-10FSXNQ | mm | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | |||||
Net weight | kg | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | |||
RAS-10FSXNQ | R410A | |||||||
Refrigerant Flow Control | Micro Computer Control Expansion Valve | |||||||
RAS-10FSXNQ | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | 1720x1210x765+1720x950x765 | ||||
RAS-10FSXNQ | kW | 6.0+4.4+6.0+4.4 | 6.0+4.4+6.0+4.4 | 6.0+4.4+6.0+4.4 | 6.0+4.4+6.0+4.4 | |||
Heat Exchanger | RAS-10FSXNQ | |||||||
RAS-10FSXNQ | 2 | 2 | 2 | 2 | ||||
RAS-10FSXNQ | m³/min | 390 | 390 | 390 | 6.0+4.4+6.0+4.4 | |||
RAS-10FSXNQ | 01720x1210x765+1720x950x765 | 01720x1210x765+1720x950x765 | 01720x1210x765+1720x950x765 | 01720x1210x765+1720x950x765 | 0RAS-10FSXNQ | |||
RAS-10FSXNQ | RAS-10FSXNQ |