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refrigerant boiling out of solution from the lube oil liquid refrigerant flooding the compressor and system lube oil viscosity being reduced by refrigerant dilution compressor suction pressure suddenly increasing
passing it through the expansion valve condensing refrigerant in the system condenser passing the gaseous refrigerant through the heat interchanger on the suction sideof the compressor maintaining a high pressure on the systems receiver
measure accurately the flow rate of the refrigerant-mass at that point compress and heat the refrigerant vapor bring about the evaporation and cooling of refrigerant exchange heat between the refrigerant and the air at that point
A/THR1工作； A/THR2工作； A/THR1&A/THR2同时工作； 无法确定。
increase the amount of cooling water to the condenser decrease the amount of cooling water to the condenser add more refrigerant to the system remove some refrigerant from the system
measure accurately the flow rate of the refrigerant mass at that point compress and heat the refrigerant vapor bring about the evaporation and cooling of refrigerant exchange heat between the refrigerant and the air at that point
Ala-X-Ser/Thr Asn-X-Ser/Thr Asp-X-Ser/Thr Arg-X-Ser/Thr Gln-X-Ser/Thr
flushed with clean refrigerant oil purged with the refrigerant washed with an ammonia and alcohol solution grounded to compressor
stop the refrigerant from flowing force the refrigerant to flow cause the refrigerant pressure to rise cause the refrigerant pressure to fall
推力手柄控制ENG且FCU上的A/THR接通灯亮； 推力手柄控制ENG但FCU上的A/THR接通灯不亮； 推力系统控制ENG但FCU上的A/THR接通灯不亮； 推力系统控制ENG且FCU上的A/THR接通灯亮。
Too much refrigerant Too little refrigerant Refrigerant is ran out Running is over
measure accurately the flow rate of the refrigerant-mass at that point compress and heat the refrigerant vapor bring about the evaporation and cooling of refrigerant exchange heat between the refrigerant and the air at that point
increasing refrigerant pressure in the coil increasing chilled water flow through the cooler sub-cooling the refrigerant in the condenser superheating the refrigerant in the compressor
Proper refrigerant charge Faulty expansion valve Insufficient refrigerant Solenoid valve stuck open
too much refrigerant in the system oil entrained in the refrigerant less than a full charge of refrigerant in the system ice crystals forming in the refrigerant
higher boiling temperature for a given pressure than does a pure refrigerant lower boiling temperature for a given pressure than does a pure refrigerant boiling pressure equal to that of a pure refrigerant at a given pressure boiling point will not be affected by entrained oil
oil sea water refrigerant fresh water
measure accurately the flow rate of the refrigerant-mass at that point compress and heat the refrigerant vapor bring about the evaporation and cooling of refrigerant exchange heat between the refrigerant and the air at that point
At the designed operating temperature, the liquid refrigerant charge has changed toa vapor The liquid refrigerant tends to collect at the bellows or diaphragm and reduces thevalve sensitivity The sensing bulb is empty of liquid refrigerant charge at the designed operatingtemperature The sensing bulb is never emptied of liquid refrigerant under normal operatingconditions
reclaims water purges air without losing refrigerant purges air with some loss of refrigerant purges lube oil from the refrigerant
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