A containerized data center computer room air conditioning system

Abstract

The invention discloses a container type data center machine room air conditioning system. The container type data center machine room air conditioning system structurally comprises a first mounting base, a limiting ring, a circulating cavity, a floater, a pipe body, a guide ring, a second mounting base, a control valve, a reverse air-impulse mechanism, wherein the upper end and the lower end of the pipe body are correspondingly provided with the first installation base and the second installation base, the inner space of the pipe body is the circulating cavity, the limiting ring is arranged inside the part, close to the first installation base, of the circulating cavity, and the limiting ring cooperates the floater by adopting a moveable mode. According to the container type data center machine room air conditioning system, through the jointly cooperation among the control valve, an air pipe, a dustproof conversion ring and a suction pump body, the control valve is used for sealing the circulation air in the pipe body, and the suction pump body is used for reversely extracting the air in the pipe body, so that dust is raised by a counter flow of the air in the reverse direction, and then the purpose of removing the dust on the inner wall of the pipe body is achieved; and meanwhile, the dust can be prevented from entering the suction pump body to cause blockage.

Description

technical field [0001] The invention relates to the field of air-conditioning compressors, in particular to a container-type data center computer room air-conditioning system. Background technique [0002] The air-conditioning system of the container data center computer room is mainly composed of air-conditioning compressors, air conditioners, evaporators, and air duct systems. The air duct system is mainly connected to the air-conditioning compressors. The cold condenser is connected with the indoor unit, and the entire refrigeration cycle is in a closed system, so as to absorb the heat load in the room and discharge it into the atmosphere. The detection tube of the differential gauge is easy to accumulate dust during long-term use, and the wind passing through the air duct flows in one direction. If too much dust accumulates and cannot be cleaned in reverse, it will affect the sensitivity of the differential pressure gauge float, thereby reducing the accuracy of accurate ...

AI Technical Summary

Problems solved by technology

[0002] The air-conditioning system of the container data center computer room is mainly composed of air-conditioning compressors, air conditioners, evaporators, and air duct systems. The air duct system is mainly connected to the air-conditioning compressors. The cold condenser is connected with the indoor unit, and the entire refrigeration cycle is in a closed system, so as to absorb the heat load in the room and discharge it into the atmosphere. The detection tube of the differential gauge is easy to accumulate dust during long-term use, and the wind passing through the air duct flows in one direction. If too much dust accumulates and cannot be cleaned in reverse, it will affect the sensitivity of the differential pressure gauge float, thereby reducing the accuracy of accurate differential pressure measurement. Spend

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