Data center cabinet: the perfect combination of efficient heat dissipation and flexible management
Release Time : 2025-02-12
In the construction and operation of modern data centers, cabinets are the infrastructure for carrying servers, storage devices and various network devices. The rationality of their design and performance are directly related to the operating efficiency, energy consumption control and convenience of maintenance and management of the data center. This article will introduce in detail a data center cabinet that integrates efficient heat dissipation, flexible wiring and strong carrying capacity. The design of this cabinet fully considers the actual needs of the data center and aims to provide users with an excellent user experience.
1. Efficient heat dissipation design: single front and double rear high-density mesh doors
The data center cabinet adopts a single front and double rear high-density mesh door design. This innovative design not only improves the aesthetics of the cabinet, but more importantly, greatly improves the ventilation efficiency. According to the test, the ventilation rate of the cabinet reached an astonishing 73%, which means that the heat generated by the equipment inside the cabinet during operation can be quickly discharged through the mesh door, effectively reducing the operating temperature of the equipment, extending the service life of the equipment, and also reducing the energy consumption of the data center air conditioning system.
2. Flexible wiring system: reserved wiring troughs at the top and bottom
In order to meet the complex wiring requirements of the data center, the cabinet has reserved multiple wiring troughs at the top and bottom. The top wiring trough is equipped with a brush, which can effectively prevent dust from entering the cabinet and keep the internal environment clean; while the bottom wiring trough has a cover, which not only protects the cables from external interference, but also facilitates users to organize and manage the cables. This design makes the wiring in the cabinet neater and more orderly, and improves the maintenance efficiency of the data center.
3. Sealed baffles and multi-function cable management boards: improve management convenience
The standard sealed baffle isolates the front and back of the cabinet, effectively preventing the mixing of cold and hot air in front and back, and further improving the heat dissipation efficiency. At the same time, the cabinet is also equipped with a multi-function cable management board as standard. This design not only facilitates the installation of the PDU (power distribution unit), but also provides users with more cable management options, making the cable management in the cabinet more flexible and efficient.
4. Widened rear columns and digital label system
In order to meet the user's demand for PDU installation space, the rear columns of the cabinet are widened to accommodate 2 1.5U wide PDUs installed in parallel. This design not only improves the power density of the cabinet, but also provides users with more power distribution options. In addition, the cabinet is also equipped with square hole steel bars and beams with digital labels. This innovative design allows users to quickly locate the required position during installation and commissioning, greatly improving work efficiency.
5. Two-stage quick-release side door design: easy maintenance and upgrade
In order to facilitate users to maintain and upgrade the internal equipment of the cabinet, the cabinet adopts a two-stage quick-release side door design. Users can quickly open the side door with simple operations without using any tools, which greatly improves the convenience of maintenance work. At the same time, this design can also effectively prevent the side door from falling off in unexpected situations, ensuring the safety of the cabinet and internal equipment.
6. Strong bearing capacity and seismic resistance
The static load of the data center cabinet reaches 2400Kg, which can meet the weight requirements of most data center equipment. In addition, the cabinet has undergone rigorous seismic testing and meets the seismic requirements of level 8 and above. This means that when natural disasters such as earthquakes occur, the cabinet and internal equipment can remain relatively stable, reducing the risk of equipment damage and data loss caused by vibration.
This data center cabinet has become an ideal choice for modern data center construction with its advantages such as efficient heat dissipation, flexible wiring, strong load-bearing capacity and seismic resistance. It not only improves the operating efficiency and energy consumption control capabilities of the data center, but also brings great convenience to the user's maintenance and management work. With the continuous development and iteration of data center technology, we have reason to believe that this cabinet will play a more important role in the future.
1. Efficient heat dissipation design: single front and double rear high-density mesh doors
The data center cabinet adopts a single front and double rear high-density mesh door design. This innovative design not only improves the aesthetics of the cabinet, but more importantly, greatly improves the ventilation efficiency. According to the test, the ventilation rate of the cabinet reached an astonishing 73%, which means that the heat generated by the equipment inside the cabinet during operation can be quickly discharged through the mesh door, effectively reducing the operating temperature of the equipment, extending the service life of the equipment, and also reducing the energy consumption of the data center air conditioning system.
2. Flexible wiring system: reserved wiring troughs at the top and bottom
In order to meet the complex wiring requirements of the data center, the cabinet has reserved multiple wiring troughs at the top and bottom. The top wiring trough is equipped with a brush, which can effectively prevent dust from entering the cabinet and keep the internal environment clean; while the bottom wiring trough has a cover, which not only protects the cables from external interference, but also facilitates users to organize and manage the cables. This design makes the wiring in the cabinet neater and more orderly, and improves the maintenance efficiency of the data center.
3. Sealed baffles and multi-function cable management boards: improve management convenience
The standard sealed baffle isolates the front and back of the cabinet, effectively preventing the mixing of cold and hot air in front and back, and further improving the heat dissipation efficiency. At the same time, the cabinet is also equipped with a multi-function cable management board as standard. This design not only facilitates the installation of the PDU (power distribution unit), but also provides users with more cable management options, making the cable management in the cabinet more flexible and efficient.
4. Widened rear columns and digital label system
In order to meet the user's demand for PDU installation space, the rear columns of the cabinet are widened to accommodate 2 1.5U wide PDUs installed in parallel. This design not only improves the power density of the cabinet, but also provides users with more power distribution options. In addition, the cabinet is also equipped with square hole steel bars and beams with digital labels. This innovative design allows users to quickly locate the required position during installation and commissioning, greatly improving work efficiency.
5. Two-stage quick-release side door design: easy maintenance and upgrade
In order to facilitate users to maintain and upgrade the internal equipment of the cabinet, the cabinet adopts a two-stage quick-release side door design. Users can quickly open the side door with simple operations without using any tools, which greatly improves the convenience of maintenance work. At the same time, this design can also effectively prevent the side door from falling off in unexpected situations, ensuring the safety of the cabinet and internal equipment.
6. Strong bearing capacity and seismic resistance
The static load of the data center cabinet reaches 2400Kg, which can meet the weight requirements of most data center equipment. In addition, the cabinet has undergone rigorous seismic testing and meets the seismic requirements of level 8 and above. This means that when natural disasters such as earthquakes occur, the cabinet and internal equipment can remain relatively stable, reducing the risk of equipment damage and data loss caused by vibration.
This data center cabinet has become an ideal choice for modern data center construction with its advantages such as efficient heat dissipation, flexible wiring, strong load-bearing capacity and seismic resistance. It not only improves the operating efficiency and energy consumption control capabilities of the data center, but also brings great convenience to the user's maintenance and management work. With the continuous development and iteration of data center technology, we have reason to believe that this cabinet will play a more important role in the future.