Electronic equipment installation cabinet

Abstract

The invention discloses electronic equipment installation cabinet, which comprises a cabinet body, a supporting frame, an air cooler, a wind channel, a wind discharge device, a plurality of adjusting plates and a plurality of wind guide grooves, wherein a wind inlet is formed in the bottom of the cabinet door of the cabinet body, wind discharge ports are formed in the upper portions of the left side wall and the right side wall of the cabinet body, the supporting frame comprises a plurality of mounting mechanisms used for erecting electronic equipment, the first wind inlet of the air cooler is communicated with the wind inlet, a second wind inlet communicated with the first wind outlet of the air cooler is formed in the bottom of the wind channel, second wind outlets are formed in the areas, corresponding to the lower portions of the mounting mechanisms, of the front wall of the wind channel, the adjusting plates are slidably arranged on the wind channel to adjust the sizes of the second wind outlets, one end of the wind guide groove communicates with the second wind outlet, an opening of the wind guide groove faces upwards and is located below the mounting mechanism, and the third wind outlet of the wind discharge device is communicated with the wind discharge ports. According to the invention, the wind volume of each second wind outlet is controlled by sliding each adjusting plate, so that the wind volume can be reasonably distributed, and the temperature of each electronic equipment is effectively reduced.

Description

technical field [0001] The invention relates to the technical field of electromechanical equipment, in particular to an electronic equipment installation cabinet. Background technique [0002] Conductors except superconductors have large or small resistances. The existence of resistances leads to the occurrence of heating during power transmission and power use, especially electronic equipment. Electronic equipment has the characteristics of complex circuits and a large number of first-level electronic components. Therefore, it generates a huge amount of heat, and the temperature of electronic equipment can reach an astonishing sixty to seventy degrees under continuous long-term work. For example, common routers, switches, relays, and signal transmitting equipment, etc., work for a long time and are under heavy load, so their heat generation will naturally be large. However, after the electronic equipment heats up, if the heat cannot be dissipated or discharged in time, it ...

AI Technical Summary

Problems solved by technology

However, after the electronic equipment heats up, if the heat cannot be dissipated or discharged in time, it will definitely affect the normal operation of the electronic equipment. The installation of a large number of electronic equipment generally requires the use of a dedicated installation device. The installation device has an exhaust fan to increase the air volume of the electronic equipment. However, the airflow in the installation device at this stage is chaotic, and each area in the installation device is different due to the installation density and type of equipment. As a result, the heat dissipation effect of some equipment is not good, and eventually the heat dissipation performance of the installation device is not good, and the air volume of the exhaust fan cannot be fully used, resulting in waste

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