Double-drive heat pipe heat radiation cabinet

Abstract

The invention discloses a double-drive heat pipe heat radiation cabinet comprising a cabinet body and a heat radiator connected with the cabinet body. The cabinet body comprises a body and a back box on the back of the body, a Freon input pipe and a Freon output pipe are communicated on the back box, and a heat radiation pipe communicating the Freon input pipe with the Freon output pipe are arranged in the back box. The heat radiator comprises a gas and liquid separator, a compressor, a heat exchanger, a liquid storage device and a drying filter which are sequentially communicated, the drying filter is communicated with a fluorine pump and a throttling mechanism, the gas and liquid separator is communicated with the Freon output pipe, and the fluorine pump and the throttling mechanism are communicated with the Freon input pipe simultaneously. An inlet pipe and an outlet pipe of the compressor are respectively provided with an electromagnetic valve and communicated with a bypass pipe which is provided with an electromagnetic valve. A pressure sensor is arranged in the heat exchanger.

Description

technical field [0001] The invention relates to a cooling cabinet, in particular to a cooling cabinet with double-drive heat pipes for an electronic information machine room with good cooling effect. Background technique [0002] With the development of the communication industry and the continuous improvement of the degree of social informatization, both communication operators, governments, and enterprises need to build a large number of electronic information computer rooms. Especially with the continuous development of technologies such as the Internet of Things and cloud computing, a large number of electronic information computer rooms are required as basic support. In order to improve the utilization rate of the electronic information computer room, in recent years, the power of a single cabinet in the electronic information computer room has been continuously increased, and with the increase of the power of a single cabinet, a technical bottleneck has also appeared i...

AI Technical Summary

Problems solved by technology

The main manifestations are: (1) Due to the excessive power of a single cabinet in the electronic information computer room, the traditional air-conditioning air supply mode dedicated to the computer room is adopted, whether it is an upward air supply or a downward air supply, it is prone to local overheating in the computer room

(2) Since the power of a single cabinet is too large, it is necessary to configure more special air conditioners for the computer room, and it is difficult to install the required number of air conditioners regardless of the single-side or double-side arrangement.

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