Is not water-air separator or condensation of liquid water separation filter with compressed air dryer in leave before is heated to evaporation become gas.
未被水-空气分离器或冷凝过滤器分离的液态水随着压缩空气在离开干燥器之前被加热而重新蒸发成为气体。
However, due to the compressed air dryer's main purpose is to reduce the air only water vapor, therefore dryer oil removal ability is difficult to determine.
然而，由于压缩空气干燥器的主要目的仅仅是降低气流中的水蒸气含量，因此干燥器的除油能力很难确定。
The purpose of compressed air dryer is to lower water vapor in the compressed air, in order to avoid the compressed air in the pipeline happened liquid water condensation.
压缩空气干燥器的目的在于降低压缩空气中水蒸气含量，以避免压缩空气管线中发生液态水冷凝。
Closed when the first compressed air dryer closed closed again, and the air pipe of compressed air evacuation, so as to avoid poor drying or pipeline residual moisture, air quality.
关闭时请先将压缩空气关闭再关闭干燥机，并将空气管路中的压缩空气排空，以免因干燥不良或管路水分残留，影响空气质量。
The compressed air dryer which use residual heat to reprocess adsorbent was introduced and compared to other kinds of compressed air dryers which reprocess with adsorbent in saving energy.
介绍了余热吸附再生式压缩空气干燥装置，与其它类型的吸附干燥技术进行了节能方面的比较，并提出了余热吸附再生式压缩空气干燥装置的一种新流程。
Therefore, often in regenerative dryer upstream of the configuration setting type filter, to remove the oil from compressed air steam or oil sol.
因此，常常在再生式干燥器的上游端配置凝结式过滤器，以去除压缩空气中的油蒸气或油溶胶。
In addition, dryer equipped with of condensing filter from compressed air to remove residual oil or water aerosols.
另外，干燥器配备的冷凝过滤器有助于从压缩空气中去除残留的油或水气溶胶。
No heat regenerative adsorption dryer to consume about 15% of the regeneration compressed air.
无热再生吸附式干燥机一般要消耗15%左右的再生压缩空气。
If into the dryer compressed air flow and pressure beyond design range, separation effect will decline, liquid water would be through the separator make dryer out of compressed air pressure rise.
倘若进入干燥器的压缩空气流量和压力超出设计范围，分离效果将下降，液态水就会通过分离器使干燥器出来的压缩空气压力凝露点升高。
Frozen type air dryer by lowering the temperature of compressed air to close to the freezing point of water, that extra water vapor condense into liquid water, thus and flow separation.
冷冻式空气干燥器通过降低压缩空气的温度至接近水的凝固点，使多余的水蒸气凝结成液体水，从而与气流分离。
Compressed air from frozen type of dryer air pressure points and the efficiency of the heat exchanger cleansing, separator filter efficiency, or condensation and moderate drainage operation of the.
压缩空气离开冷冻式空气干燥器时的压力凝露点与换热器的效率、分离器或凝结过滤器的效率、以及适度的排水操作有关。
Students in order to better improve air quality, please use the open first dryer and keep it running smoothly again after, compressed air into the.
为了更好的提升空气的质量，使用时请先启干燥机并使其运行平稳后，再将压缩空气送入。
Freeze dryer USES this principle by dried compressed air refrigeration technology.
冷冻干燥机就是利用这一原理采用制冷技术干燥压缩空气的。
The above two kinds of devices can be in a dryer the flow of compressed air cooling to constant temperature and avoid a cold and led to excessive condensing liquid produce.
上述两种装置都可以将干燥器中一定流量的压缩空气冷却至恒定的温度，避免过冷而导致过多的冷凝液体产生。
The external heating type adsorption dryer without consumption of compressed air. Namely again angry consumption is 0%.
此种外加热型吸附式干燥机不需要消耗压缩空气。即再生气消耗量为0%。
The UDR Series High Temperature Refrigerated Air Dryer provides clean, dry, compressed air for auto body repair shops, auto service centers, dental offices, and small manufacturers without more…
在尿嘧啶核苷系列高温冷冻式干燥机用于汽车车身修理店清洁，干燥，压缩空气，汽车服务中心，牙医诊所，也没有更多的小制造商…
Ensure facilities equipment such as air condition, dryer, air compressed system and fire control system etc. operating in good order.
确保非生产设备如空调、除湿机，压缩空气系统和消防系统的正常可靠运作。
Tepefaction regeneration adsorption type dryer is used Twin Towers pressure swing adsorption, heat regeneration principle, get dry compressed air.
微热再生吸附式干燥机是采用双塔变压吸附、微加热再生的原理，得到干燥的压缩空气。
The purification requirement and purification method of compressed - air in refinery was mentioned in this article. The comparisons of technical economic between several adsorptive. Dryer were made.
该文阐述了炼油厂压缩空气的净化要求及净化方法，着重对几种吸附式干燥器进行了技术经济比较。
The purification requirement and purification method of compressed - air in refinery was mentioned in this article. The comparisons of technical economic between several adsorptive. Dryer were made.
该文阐述了炼油厂压缩空气的净化要求及净化方法，着重对几种吸附式干燥器进行了技术经济比较。
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