Barrel type radiation and convection heat exchanger and heat exchange treatment method thereof

Abstract

The invention provides a barrel type radiation and convection heat exchanger and a heat exchange treatment method thereof. The barrel type radiation and convection heat exchanger is structurally mainly composed of a barrel-shaped heat conduction shell and a heat conduction inner barrel which are vertically and coaxially arranged. A heat exchange water source water supply channel is formed by a clearance between the heat conduction inner barrel and the barrel-shaped heat conduction shell, and a heat exchange water source water return channel is arranged in inner space of the heat conduction inner barrel. Radiation heat exchange and circulation convection heat exchange can be achieved at the same time, and good overall heat exchange efficiency is achieved. No fan or other complex components exist, no noise or blowing feeling is generated during work, and mounting and using are convenient. According to the barrel type radiation and convection heat exchanger, the heat exchange treatment method of combining radiation heat exchange and circulation convection heat exchange at the same time is adopted, the main beneficial effects of a radiation type heat exchange tail end and a convection type heat exchange tail end are achieved, meanwhile, the main defects of the radiation type heat exchange tail end and the convection type heat exchange tail end are overcome, the defects of a radiation type heat exchange tail end and a convection type heat exchange tail end in the prior art are overcome, and good market application and popularization value is achieved.

Description

technical field [0001] The invention relates to the technical field of air-conditioning technology and heat exchange end products of an air-conditioning system, in particular to a cylindrical radiation convection heat exchanger and a heat exchange treatment method for the cylindrical radiation convection heat exchanger. Background technique [0002] The more commonly used heat exchange terminals in existing air conditioning systems are fan coil heat exchangers or capillary network heat exchangers. Among them, the fan coil heat exchanger belongs to the end of active convection heat exchange. Its main advantage is that it can use air convection to ensure high heat exchange efficiency, and the construction of its water system is relatively simple, but it is more complicated due to the need for fans, etc. components, the hardware cost is relatively high, and the overall volume of the fan coil heat exchanger is limited by the space occupied by the coil, fan unit and other related...

AI Technical Summary

Problems solved by technology

However, there is no heat exchange terminal product of the air conditioning system that can meet such requirements in the prior art.

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