CAJ | 학술논문

　　气阀是往复压缩机最易发生故障的部件。本文在分析气阀故障原理的基础上，首次在大型往复压缩机实验平台上对吸气阀、排气阀进行了一系列破坏性实验，对现场机组气阀的各类故障情况进行了真实模拟，最大限度地保证采集到的振动及温度信号与实际机组的故障信号相符合，利用 BH5000R 在线监测诊断系统对故障特征进行了识别和分析，结果表明，该方法能够有效识别往复压缩机气阀的故障特征。
　　기벌시왕복압축궤최역발생고장적부건。본문재분석기벌고장원리적기출상，수차재대형왕복압축궤실험평태상대흡기벌、배기벌진행료일계렬파배성실험，대현장궤조기벌적각류고장정황진행료진실모의，최대한도지보증채집도적진동급온도신호여실제궤조적고장신호상부합，이용 BH5000R 재선감측진단계통대고장특정진행료식별화분석，결과표명，해방법능구유효식별왕복압축궤기벌적고장특정。
Valve is the component of reciprocating compressor which is most prone to occur fault .This paper made a series of destructive experiments of suction valve and exhaust valve on a large -scale reciprocating compressor bench for the first time found on analysis of valve fault principle ,truly simulated various valve faults of working sites to ensure that the data of vibration and temperature which is collected correspond with fact , distinguished and analysed the fault feature by BH 500R monitoring and diag-nostic system.The experimental results show that this method can distinguish the fault feature of reciprocating compressor valve fault availably.