Condenser for refrigerator

Abstract

The present invention provides a condenser for a refrigerator. A position for condensed gas, which prevents heat conduction, easy to stay is arranged at the special position of a lower layer of a heat conduction pipe group, so that the condensed gas may be suitably extracted from the staying position. In the condenser for the refrigerator where a heat conduction pipe group (12) for cooling water and a heat conduction pipe group (13) for warm water are stored in the main body of the container (11), a demarcation strip (15) is arranged between the heat conduction pipe group (12) for cooling water and the heat conduction pipe group (13) for warm water and extends in the vertical direction which separates the heat conduction pipe group (12) for cooling water and the heat conduction pipe group (13) for warm water.

Description

technical field [0001] The present invention relates to a condenser for a refrigerator that performs heat exchange between high-pressure refrigerant gas discharged from a compressor and a cooling fluid to condense the refrigerant gas. Background technique [0002] The following double bundle condenser refrigerators are known, wherein the condenser has two condensers including a cooling water condenser and a warm water condenser, the cooling water condenser is always connected to the cooling tower, and the warm water The condenser is used for the heating of warm water for heating. This two-way condenser refrigerator includes a condenser in which a heat transfer tube group for cooling water as a cooling water condenser and a heat transfer tube group for warm water as a warm water condenser are accommodated in a single container body. [0003] Figure 5 It is a schematic longitudinal cross-sectional view showing a conventional condenser in which a heat transfer tube group for ...

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Problems solved by technology

[0008] In this way, in the condenser 2 in which the heat transfer tube group 12 for cooling water and the heat transfer tube group 13 for warm water are housed in one container body 11, when fluids with different temperatures and flow rates flow through the tubes with respect to the two heat transfer tube groups, , it is also conceivable that a part of the refrigerant gas discharged from the compressor and flowed into the condenser passes between the heat transfer tube group 12 for cooling water and the heat transfer tube group 13 for warm water, and the other part passes between the heat transfer tube group 13 for cooling water. 12 and the heat transfer tube group 13 for warm water, since the condition of the refrigerant gas cannot be inferred in detail, it is impossible to determine the location where the uncondensed gas that hinders heat conduction stagnates, so that it cannot be selected for extracting the uncondensed gas. The effective pumping position of

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