An environmentally friendly cabinet is a self-supporting chassis used to accommodate various electrical or electronic technology equipment in the environment. Generally, cabinets are equipped with doors, removable or non removable side and back panels. Environmentally friendly cabinets are an indispensable part of electrical equipment and serve as carriers for electrical control devices. It is usually made of cold-rolled steel plate or alloy. Provide waterproof, dustproof, and electromagnetic interference protection for storage devices. Cabinets are generally divided into server cabinets, network cabinets, monitoring consoles, console cabinets, etc.

What is the purpose of environmental protection cabinet equipment? Let's all analyze it briefly together.

Many people believe that environmental cabinets are cabinets for IT equipment. A cabinet is a cabinet, but I don't understand it just because of that. For the computer itself, the cabinet also plays an important auxiliary role and UPS power supply. A good cabinet means we ensure that enterprise computer technology can run in a good environment. Therefore, the role of the cabinet is equally important. The system solves the problems of high-density heat dissipation, connection and management of a large number of cables, large capacity power distribution, and overall compatibility with rack type equipment from different manufacturers in computer applications, enabling data centers to operate in a highly stable environment.

In the main computer room, various cabinets can be seen. With the continuous breakthroughs in the computer industry, the functions of cabinets are becoming increasingly important. Cabinets can generally be used for floor wiring in enterprise network cabling rooms, internal control research centers in central data rooms, monitoring rooms, monitoring technology centers, etc.

What is the correct method for selecting environmentally friendly cabinets? Let's all analyze it briefly together.

By following the following inspection sequence, you can select cabinets that meet your device's priority development order (including safety, durability, compatibility, and ease of loading and unloading) without exceeding your budget. The first thing to consider is safety. Placing key information technology equipment in lockable cabinets makes it easier for network administrators to use information technology, which limits the number of people who can open the cabinets.

All equipment installed in the cabinet by students and their complete measurement system data: height, length, width, and weight. The total height of these devices will determine how many devices can be installed in the cabinet. Obviously, a high cabinet can accommodate more equipment and save more space.

Of course, making the most of the height of the cabinet is not a consideration for social development issues, and there is also a lot of space at the back of the cabinet that can be fully utilized. This is used to measure the depth of cabinets. Choosing a deeper cabinet allows for back-to-back installation of two sets of equipment onto a larger number of devices. A teaching management method based on the above problem can be adopted to install two rows of information technology equipment in the cabinet, one row can be loaded and unloaded from the front door of the cabinet, and the other row can be loaded and unloaded from the back door. The cabinet should have an adjustable position. Once the cabinet space is calculated (in“ U”); Or in units of 1.75 inches, please consider the size of the room. I don't want to see cabinets quickly filled up and find some additional equipment installed. Once you buy and install the cabinet, these extra devices often appear. Therefore, as a basic theoretical principle in China, the cabinet height should be increased by 20% or 30% in case the system can be expanded. These development opportunities have also improved the ventilation technology conditions of the equipment.

The equipment installed in the rack does not need to consider the width, as it is designed based on the width of the cabinet. However, for servers and other peripheral devices that cannot be installed in the rack, the width cannot be ignored.