Features
The same size as MC 10 T but more power, that is MC 15 T.
Cooled by water ideal for applications where cooling power of MC 10 T is not enough.
MIRAI Cold 15 T – an air cycle refrigeration machine designed to provide and maintain ultra-low temperatures from -40 °C down to -110 °C in cooling processes in numerous industries, especially in the freeze-drying/lyophilization application.
Cooled by water ideal for applications where cooling power of MC 10 T is not enough.
MIRAI Cold 15 T – an air cycle refrigeration machine designed to provide and maintain ultra-low temperatures from -40 °C down to -110 °C in cooling processes in numerous industries, especially in the freeze-drying/lyophilization application.
Reduced power consumption up to
30%
Eco-Friendly
- Air as Refrigerant
- No need to refilling
- Environmentally friendly
Temperature accuracy of
0.5°C
Cooling capacity & Power
MIRAI Cold 15 T (MC 15 C/W/T)
Additional Heat Exchanger
Closed cycle machines are factory equipped with an additional heat exchanger. The ultra-low temperature air is working in a closed loop by cooling down a heat transfer fluid in this additional heat exchanger.
Control Panel
User-friendly interface and easy control of the machine is provided by 7” color touch screen panel. System is compatible with digital communication protocols ProfiNET, EtherCAT, EtherNET/IP, and Powerlink.
Electrical Cabinet Air Filter Cartridge
The only part requiring regular attention. Each 9000 operating hours or by machine’s demand cartridge needs to be replaced. Simple task not requiring any special training or certification.
Technical Data
Rated Motor Power
15 kW
Refrigerant
Natural Air
System Cooling Water
Water-cooled
Dimensions (WxDxH) ±1,5 cm
133x99x179 cm
Weight
830 kg
Temperature Range
from -40 °C to -110 °C
Noise Level
70 dB
Refrigeration Capacity
Up to 8.3 kW
Max Rotation Speed
85 000 rpm
Operation Cycle
Closed cycle
Similar Products
Ultra-low temperature refrigeration machine MIRAI COLD works with the safest & most natural refrigerant – natural air.