论文部分内容阅读
在制冷设备运行的时候,制冷系统中的空气是降低换热设备效果和增加能耗的主要原因之一。全苏制冷工业工艺科学研究设计院研制了一种结构简单的10—EBO型自动空气分离器(图1)。图中:1—上部封头,2—浮球液位控制器,3—氨—空气混合物进入管,4—内管,5—桶体,6—电磁阀,7—底部储液部分,8—管板,9—氨—空气混合物,10—氨汽。来自冷凝器和贮氨器的氨—空气混合物从管道3出来进入空气分离器的管间,其间灌有维持一定液面的氨液,而氨液从贮氨器进入空气分离器的储液底部,在管4内沸腾,形
The air in the refrigeration system is one of the main reasons for reducing the effectiveness of heat exchange equipment and increasing energy consumption while the cooling system is operating. All-Soviet Refrigeration Process Technology Research Institute has developed a simple structure of 10-EBO-type automatic air separator (Figure 1). Figure 1: Upper head 2 Float level controller 3 Ammonia-air mixture inlet tube 4 Inner tube 5 Barrel 6 Solenoid valve 7 Bottom reservoir section 8 - tube sheet, 9-ammonia-air mixture, 10-ammonia. The ammonia-air mixture from the condenser and ammonia storage enters the air separator tubes through the pipe 3 and is filled with ammonia liquid which maintains a certain liquid level. The ammonia liquid enters the bottom of the liquid separator of the air separator from the ammonia storage device , Boiling in the tube 4, shaped