server rack system 19 inch 32u Locking Network Cabinet build a server rack

Features:

1. Comply with ANSI/EIA;RS-310-D;IEC297-2;DIN41491:PART1;DIN41494:PART7;GB/T3047.2-92 standard;
compatible with 19’’ international standard, metric system and EISI standard.
2. Reliable structure, static loading capacity:500kg
3. Adjustable feet and castors are available, moving conveniently, and fixing reliablily.
4. Baying together easy, quickly efficiently and firmly.
5. International popular tempered glass front door, steel rear door.

6. Optional cable entry on top cover and bottom panel, removable front&rear door and side panel facility, ventilation and rat-proof on the bottom.

7. Varies optional accessories, reliable quality.

8. Optional opening hole and varies specification upon customers’ special requirements.
Surface finish:
Degreasing, pickling, phosphating, powder coating.
Material and Thickness:
Mounting profile:2.0mm
Others:1.2mm
Color:
RAL9004(black)
RAL7044(gray)

Finish the line:
Group network cables. The number of groups is usually less than or equal to the number of cable management shelves behind the cabinet. Bundle the power cords of all the devices, insert the plugs from the rear through holes, and look for the respective devices through a separate cable management arm.

basic structure
Common cabinet colors are white, black, and gray. (These are divided into many types, such as orange lines, fine sand lines, etc.); cabinets are divided according to material, there are aluminum cabinets, cold-rolled steel cabinets, hot-rolled steel cabinets; according to the processing technology, there are nine-fold profiles Cabinets, 16-fold cabinets, etc.
Plate type, coating material, and processing technology determine the stability of the cabinet. Its length specifications are generally 600,800mm, width specifications are 600, 800, 1000mm, height specifications are 42U, 36U, 24U. Most of the cabinets used in the early days were made of castings or angle steels that were connected or welded into cabinet frames by screws or rivets, and then added with cover plates (doors) made of sheet steel. The cabinets are bulky, heavy and unsophisticated and have been eliminated. With the use of transistors and integrated circuits, and the miniaturization of various components and components, the structure of cabinets has also grown toward miniaturization and building blocks. The cabinet has evolved from the previous full-panel structure into a plug-in and plug-in structure with a certain size series. The assembly arrangement of the subracks and plug-ins is arranged horizontally and vertically. Cabinet materials generally use thin steel plates, steel profiles of various cross-sectional shapes, aluminum profiles and various engineering plastics. In addition to welding and screw connections, the frame of the cabinet is also bonded.