1·The numerical model of refrigerant charge is built.
建立了计算充灌量的数学模型；
2·Refrigerant charge, should be strictly regulated to charge the amount, not excessive overpressure!
充注制冷剂时，应严格按规定量充注，不得超量超压！
3·The effects of refrigerant charge and configuration of the evaporator coil on the temperature distribution have been investigated numerically.
数值研究了制冷剂充灌量以及蒸发器盘管布置形式对柜内稳态温度分布的影响。
4·In order to study the effects of refrigerant charge on the performance of a small-sized heat pump water heater, many experiments under different charge were carried out.
为了研究制冷剂充注量对小型空气源热泵热水器性能的影响，进行了不同充注量实验。
5·Vent the nitrogen to atmosphere and vacuum the system for 30 minutes to remove any moisture. Now charge the system with refrigerant and introduce 5-10ml of UV dye.
将大气释放在空气中，将系统抽成真空，保持30分钟来去除所有水分。现在在系统中加入制冷剂，并加入3-10毫升的紫外线着色剂。
6·The charge port (p) is used to place the refrigerant from the container (90) into the refrigerant circuit (10).
填充口(P)用于从储气瓶(90)对制冷剂回路(10)填充制冷剂。
7·The downstream temperature sensor (92) is provided in the refrigerant circuit (10), at a position near the charge port (p).
下游温度传感器(92)设在制冷剂回路(10)中的填充口(P)附近。
8·Can separate the waste oil from the refrigerant and charge the operate new oil to the conditioner.
具有分离回收冷媒中废油，并可对空调加入等量新油的功能。
9·The refrigerant cleaning system can accompany the waste oil separation and to charge the relevant new oil.
具有冷媒净化装置，能把空调中的废油分离，并且可给空调加入相应的新油；