To solve a problem of causing dispersion in heat exchange efficiency depending on the quality of a flow divider in a conventional heat exchanger.
The heat exchanger is composed of a gas phase side heat exchange part 101, a liquid phase side heat exchange part 102, a header 103 and a refrigerant flow divider 104. The gas phase side heat exchange part 101 comprises four paths 101a, 101b, 101c, 101d, and the liquid phase side heat exchange part 102 comprises two paths 102a, 102b. Thin tubes 101ai, 101bi, 101ci, 101di are connected to the gas phase side heat exchange part 101 and the refrigerant flow divider 104. The front side of the flow divider is made the header and supported by a plurality of connecting tubes to suppress the occurrence of a dispersion factor such as inclination, and flow is stably divided suppressing the influence of dynamic pressure to provide the heat exchanger with stable heat exchange performance and an air conditioner equipped with the heat exchanger.
Hiroki Naito
Daisuke Nagano