Modular Air-Cooled Chiller 30RAM
Modular Air-Cooled Chiller
30RAM
Cooling capacity: 18-590 Ton
The 30RAM modular air-cooled chiller unit can be integrated with various air side units such as fan coil unit, air handling unit to form a central air conditioning system.
Free master Module Design:
Any of the single unit can operate as the master once connected with the wired controller. This avoids the issue of whole system fail to work when the fixed master unit malfunctions.
Intelligent Air Volume Management:
Automatically increase or reduce fans based on the ambient temperature to achieve optimal matching between air volume and load and deliver outstanding performance.
Compact Design And Smaller Footprint:
A 130KW unit covers floor space of only 2.42m2, a 50% reduction compared to its equivalents.
Reliable Hermetic Scroll Compressor:
Energy efficient, stable operation with low noise and long service life.
High Precision Electronic Expansion Valve:
The electronic expansion valve achieves 480 regulating range, supplemented by Carrier's patented precision throttle control technology, improve the optimum efficiency of each component and ensure the optimum condition of system operation pressure and temperature.
Free master Module Design:
Any of the single unit can operate as the master once connected with the wired controller. This avoids the issue of whole system fail to work when the fixed master unit malfunctions.
Intelligent Air Volume Management:
Automatically increase or reduce fans based on the ambient temperature to achieve optimal matching between air volume and load and deliver outstanding performance.
Compact Design And Smaller Footprint:
A 130KW unit covers floor space of only 2.42m2, a 50% reduction compared to its equivalents.
Reliable Hermetic Scroll Compressor:
Energy efficient, stable operation with low noise and long service life.
High Precision Electronic Expansion Valve:
The electronic expansion valve achieves 480 regulating range, supplemented by Carrier's patented precision throttle control technology, improve the optimum efficiency of each component and ensure the optimum condition of system operation pressure and temperature.