Dust Proof Network Rack Cabinet Electronic Shielding High - Disturbance Performance YH2006

Electromagnetic isolation Net Rack Cabinet Heat ventilation YH2006

 Temperature control system
The interior of the cabinet has a good temperature control system to avoid overheating or overcooling of the products inside the cabinet to ensure efficient operation of the equipment. The cabinet can be fully ventilated and can be equipped with a fan (fan life guarantee). In a hot environment, an independent air conditioning system can be installed. In a cold environment, an independent heating and insulation system can be installed.
Anti-interference and other
A full-featured cabinet should provide all kinds of door locks and other functions, such as dust-proof, waterproof or electronic shielding and other high-disturbance performance; at the same time should provide suitable accessories and mounting accessories support, so that the wiring is more convenient, and easy to manage ,save time and energy.
Service
The effective services provided by enterprises and the comprehensive equipment protection programs provided by them can bring great convenience to users' installation and maintenance.
In addition to taking into consideration the above points, the cabinet solution in the data center should also consider the design of the cable layout and power distribution in order to ensure the system's good operation and upgrade convenience.
Distribution System
How do racks respond to rising power densities? With the increasing trend of IT high-density installations in racks, and whether the racks can be used effectively, the distribution system becomes the key link. Reasonable power distribution is directly related to the availability of the entire IT system, and it is an important basic link for whether the entire system can exert its effective capability. This is also a problem that has been neglected by many computer room managers in the past. Due to the ever-smaller IT equipment, the density of equipment installation in the cabinet is increasing. Take a 7U blade server as an example. One set needs about 3kVA of power distribution, while a 42U-high cabinet may install up to 8 of them. The total power demand of the servers will reach 24kVA. This poses a serious challenge to the distribution system in the cabinet. At the same time, the increase of input and output ports also puts high demands on the reliability of distribution system installation.
The design of a reasonable cabinet power distribution system should follow the principle of reliability design as the core, specifically designing for the cabinet system, fully coordinating with the distribution system, and seamlessly cooperating with it. At the same time, the convenience of installation and intelligent management should be considered. , adaptability, easy operation and maintenance and so on. The power distribution system of the cabinet should make the power supply closer to the load to reduce the points of failure in the power path. At the same time, local and remote monitoring of load currents and remote control of power distribution should be gradually implemented so that power distribution management can be integrated into the overall intelligent management system of the equipment room.