R410A In-Row Air Conditioner with 5000 M3/H Air Volume for Partially Over-Heated Server Rooms

Product Introduction                                           

The electronic equipment in the server rooms usually emits a lot of heat during operation. And if too many electronic devices are placed in the computer room of a data center, it will cause local heat accumulation and fail to effectively dissipate heat. Furthermore, the life of the electronic equipment is lost, and even circuit failure is caused. Therefore, a reasonable and efficient heat dissipation device is urgently needed in the computer room.

According to this situation, Coolnet power designed the Cool-row series of in-row air conditioners. This air conditioners can completely solve the problem of short-circuit of cold and hot air flow through the horizontal air supply method of supplying air from the cold aisle and then returning the air from the hot aisle, ensuring the uniform temperature of the server cabinet, eliminating local hot spots, and increasing the number of servers. The reliability of the operation at the same time effectively reduces unnecessary energy consumption.

Feature & Benefits                                              

• Data center with single rack above 3kW
• High heat density computer room
• Partially overheated computer room
• Modular DC
• Container DC
• Low PUE data center
• Renovation of local hot spots in the computer room

EVO Control System

• Graphic display, including the running status and the temperature/humidity of the inlet/outlet air
• Advanced team work function, up to 32 units and easy to set network
• Standard RS485 port, optional SNMP, TCP/IP interfaces, and GPRS with SMS
• Standard communication protocol, optional customized specifications
• Electronically Commutated Compressor

R410A

• Compressor speed is infinitely variable dependent on the heat load
• Energy saving under partial-load mode, improving energy efficiency
• Significant reduce the start/stop frequency of the compressor
• Improve the system reliability