双燃料柴油机气阀绝缘低导致无法转换燃气模式故障排除实例  

A Troubleshooting Example of a Dual Fuel Diesel Engine with Low Insulation Resulting in Failure to Convert Gas Model

作　　者：徐启超 王伟 王江雨 Xu Qi-chao;Wang Wei;Wang Jiang-yu(School of Management,Shanghai University,Shanghai 200444;Quanzhou zhongquan international economic and technical cooperation(group)co.,LTD shipping department,Fujian Quanzhou 362000;Xiamen Hilong Foreign Labor Cooperation Co.,LTD shipping department,Fujian xiamen 361001;U-Ming Marine(Xiamen)International Shipping Management Co.,Ltd.,Engineering Department,Hebei Xingtai 361001)

机构地区：[1]上海大学管理学院,上海200444 [2]泉州中泉国际经济技术合作(集团)有限公司船务部,福建泉州362000 [3]厦门海隆对外劳务合作有限公司船务部,福建厦门361001 [4]裕民航运(厦门)国际船舶管理有限公司船务部,福建厦门361001

出　　处：《内燃机与配件》2024年第13期88-90,共3页Internal Combustion Engine & Parts

摘　　要：船用双燃料柴油机在燃气模式转换过程中出现故障的原因多种多样。例如,引燃油偏差高可能导致燃气触发系统异常;单缸敲缸可能导致燃气触发的故障;燃料模式选择错误也可能导致燃气转换失败。此外,主燃气压力建立时间过长、燃气质量差、气阀打开时间到达设定值、气量不足等因素也可能影响正常的转换过程。另外,废气阀故障也可能引发此类问题。本文介绍了一例双燃料柴油机燃气阀绝缘低导致无法转换燃气故障的案例。经过轮机管理人员的不懈努力和钻研,成功解决了这一问题,为双燃料柴油机的故障排除提供了有价值的参考。There are many reasons for the failure of Marine dual-fuel diesel engines in the process of gas mode conversion.For example,generator pilot fuel press reference deviation high may lead to gas trip;generator knock status cylinder may lead to gas trip;generator illegal fuel mode selection can also result in failure of gas trip.In addition,the main gas pressure establishment time is too long,the gas quality is poor,the opening time of the gas valve reaches the set value,the gas volume is insufficient and other factors may also affect the normal conversion process.Moreover,waste gas valve failure can also cause such problems.This paper introduces a case of a dual fuel diesel engine whose gas admission insulation is low,resulting in failure to convert gas model.Through the unremitting efforts and research of the Marine engineers,this problem has been successfully solved,which provides a valuable reference for the troubleshooting of dual-fuel diesel engines.

关 键 词：双燃料柴油机 液化甲烷气体 燃气阀 燃气转换故障 绝缘低 

分 类 号：TK428[动力工程及工程热物理—动力机械及工程]