湖北中源立森机电设备有限公司系列产品相关型号及实物图：

A2F10R4,A2F10R4P4,A2F12R4,A2F12R4P4,A2F23R4

A2F28R2P3,A2F28R4,A2F45R3P4,A2F55R4,A2F63R2P4

A2F63R2P3,A2F80R2P3,A2F107R2P3,A2F125R2P3,A2F160R2P3

A2F10W4P1,A2F12W4P4,A2F10W4P1,A2F12W4P1,A2F55W2Z2

A2F63W2Z2,A2F80W2Z2,A2F107W2Z2,A2F125W2Z2,A2F160W2Z2

A2F160W2Z7,A2F10R4P1,A2F10R4P4,A2F12R4P1,A2F12R4P4,A2F23R2P1

A2F23R2P4,A2F23R1,A2F23R4,A2F28R2P1,A2F28R2P4,A2F28R1

A2F28R4,A2F45R1P1,A2F45R1P2,A2F45R1P3,A2F55R1P1,A2F55R1P2

A2F55R1P3,A2F55R2P1,A2F55R2P2,A2F55R2P3,A2F63R2P1,A2F63R2P2

A2F63R2P3,A2F80R2P1,A2F80R2P2,A2F80R2P3,A2F107R2P1,A2F107R2P2

A2F107R2P3,A2F80R1P1,A2F80R1P2,A2F80R1P3,A2F125R2P1,A2F125R2P2

A2F125R2P3,A2F160R2P1,A2F160R2P2,A2F160R2P3,A2F10L4P1,A2F10L4P4

A2F12L4P1,A2F12L4P4,A2F23L2P1,A2F23L2P4,A2F23L1,A2F23L4

A2F28L2P1,A2F28L2P4,A2F28L1,A2F28L4,A2F45L1P1,A2F45L1P2

A2F45L1P3,A2F55L1P1,A2F55L1P2,A2F55L1P3,A2F55L2P1,A2F55L2P2

A2F55L2P3,A2F63L2P1,A2F63L2P2,A2F63L2P3,A2F80L2P1,A2F80L2P2

A2F80L2P3,A2F107L2P1,A2F107L2P,A2F107L2P3,A2F80L1P1,A2F80L1P2

A2F80L1P3,A2F125L2P1,A2F125L2P2,A2F125L2P3,A2F160L2P1,A2F160L2P2

A2F160L2P3,A2F10W4P1,A2F12W4P1,A2F23W2Z1,A2F23W1,A2F28W2Z1

A2F28W1,A2F45W1P1,A2F45W1P2,A2F55W1P1,A2F55W1P2,A2F55W2Z1

A2F55W2Z2,A2F63W2Z1,A2F63W2Z2,A2F80W2Z1,A2F80W2Z2,A2F107W2Z1

A2F107W2Z2,A2F80W1P1,A2F80W1P2,A2F125W2Z1,A2F125W2Z2,A2F160W2Z1

A2F10R4,A2F10R4P4,A2F12R4,A2F12R4P4,A2F23R4

A2F28R2P3,A2F28R4,A2F45R3P4,A2F55R4,A2F63R2P4  





不凝性气体的分布在制冷系统中，当低压侧有不凝性气体时，这些气体很快被压缩机抽吸而进入高压侧。所以，通常不凝性气体主要聚集在系统高压侧的冷凝器和高压储液器中。无论是蒸发式冷凝器还是管壳式冷凝器，不凝性气体都会尽可能地附着在换热表面上，如下图所示。而储液器中的不凝性气体又往往集中在远离进气口的气流速度很低的空间内。不凝性气体的危害降低系统制冷量不凝性气体聚集在冷凝器中时，不凝性气体附着在冷凝器的内壁，占据一定空间，使得冷凝面积减小，同时不凝性气体在制冷剂和冷凝器内壁之间形成热阻，使得传热效率降低，热量不能及时排出系统之外，从而降低了制冷系统的制冷量。zyls12345