A full-distributed heat pipe heat removal cabinet

Abstract

The invention provides a full-covered type heat pipe heat removal cabinet which is used for carrying out heat removal on high radiating density rack servers inside a machine room. The full-covered type heat pipe heat removal cabinet is composed of a movable support with side plates, a mesh front door, a rear back plate, reinforcing hinges, a height adjustable header support, an air hose separating plate, a sealing assembly and a liquid hose separating plate, wherein the rear back plate is composed of an air hose, an air pipe fixing assembly, a heat pipe exchanger, a rear back plate frame metal sheet, a fan mounting plate, small axial flow fans, a controller, a mesh cover plate, a liquid pipe fixing assembly and a liquid pipe hose, and the heat pipe exchanger is composed of a heat exchange core body, an air pipe connector and a liquid pipe connector. According to the full-covered type heat pipe heat removal cabinet, the demands for control over the temperature of the high radiating density rack servers in the machine room is combined, the distribution of full-covered type small axial flow fans is adopted, efficient heat removal is achieved by improving heat removal evenness, and the thickness space of the rear back plate can be saved; the mode that the hoses are arranged inside the rack is adopted, the effect that the hoses swing freely along with the opening and the closing of the rear back plate is achieved, the service life of the hoses is prolonged, and the safety of the system is improved; through the design and selection of the structure and accessories, the full-covered type heat pipe heat removal cabinet is suitable for various construction conditions and ensures safe and reliable operation of products.

Description

technical field [0001] The invention relates to the field of heat exhaustion in a computer room with high heat dissipation density, relates to a server heat exhaustion cabinet, in particular to a full-distributed heat pipe heat exhaustion cabinet. Background technique [0002] The integration density of cabinet servers in the computer room is getting higher and higher, and the heat generated by the server is getting larger and larger. In order to ensure that the servers in the high heat dissipation density computer room work at the most suitable ambient temperature, the current heat dissipation method of the high heat dissipation density computer room is also constantly changing. . [0003] At present, there are three main ways to dissipate heat in a computer room with high heat dissipation density: [0004] One is precise air supply from the precision air conditioner. In this way, air ducts are used in the machine room to direct the cold air from the precision air conditio...

AI Technical Summary

Problems solved by technology

[0006] The third is to use the water-cooled cabinet door to replace the heat dissipation method of the front and rear door panels of the cabinet in the computer room. This method achieves the effect of being close to the heat source of the server and cooling nearby, but the water-cooled cabinet door has the hidden danger of water entering the computer room

Images