One-way capillary system heat exchange and water separation device

Abstract

The invention relates to a one-way capillary system heat exchange and water diversion device. The plate heat exchanger is connected to the main machine on the primary side, and is used to convert the water at the temperature in summer from the main machine on the primary side into water at the required temperature at the end. The secondary circulation pump and the expansion tank are respectively installed on the secondary return pipe to provide circulation power for the secondary water system and stabilize the pressure of the secondary water system. The constant pressure replenishment valve is installed at the secondary water inlet. Supplement water to the secondary side system; the secondary side temperature and pressure gauge is installed on the secondary side return water pipe, and is connected to the primary side electric two-way valve through the electric control box to detect the secondary side return water temperature and control The opening and closing of the electric two-way valve on the primary side; the upper water collector is placed on the middle electric control part to form an integrated module, which is convenient for inspection and maintenance, and the operation is safe and reliable. It is also equipped with a dew point controller to effectively control the risk of indoor capillary condensation; an excellent automatic control system is reserved for linkage control, signal transmission, and information collection. Intelligent control.

Description

technical field [0001] The invention relates to a capillary system of an air conditioner, in particular to a heat exchange and water separation device of the capillary system. Background technique [0002] "Capillary Radiation Air Conditioning System", an innovative system originated in Germany, is known as an advanced HVAC terminal that will change human's future lifestyle. In order to facilitate understanding and implementation, let this energy-saving and comfortable air conditioning system enter thousands of households. It consists of seven major parts: cold and heat source equipment, power transmission and distribution system, heat exchange and temperature adjustment system, hydraulic balance pipeline system, capillary radiation pipe network, humidity control system and electrical system. It has the characteristics of large heat exchange area, thin wall, good thermal conductivity, fast heat exchange speed, uniform heat exchange, small hydraulic loss, effective use of lo...

AI Technical Summary

Problems solved by technology

[0004] The present invention is to provide a one-way capillary system heat exchange and water diversion device, which is used to solve the existing central air-conditioning capillary system, the design and construction of the machine room are complicated, there are many nodes, there are many hidden quality points, and the capillary still has the risk of exposure

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