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A Fully Redundant On-Line Mass Spectrometer System Used to Monitor Cryogenic Fuel Leaks on the Space Shuttle

机译:完全冗余的在线质谱仪系统,用于监控航天飞机上的低温燃料泄漏

摘要

An on-line gas monitoring system was developed to replace the older systems used to monitor for cryogenic leaks on the Space Shuttles before launch. The system uses a mass spectrometer to monitor multiple locations in the process, which allows the system to monitor all gas constituents of interest in a nearly simultaneous manner. The system is fully redundant and meets all requirements for ground support equipment (GSE). This includes ruggedness to withstand launch on the Mobile Launcher Platform (MLP), ease of operation, and minimal operator intervention. The system can be fully automated so that an operator is notified when an unusual situation or fault is detected. User inputs are through personal computer using mouse and keyboard commands. The graphical user for detecting cryogenic leaks, many other gas constituents could be monitored using the Hazardous Gas Detection System (HGDS) 2000.
机译:开发了在线气体监测系统,以取代用于在发射前监测航天飞机上低温泄漏的旧系统。该系统使用质谱仪监视过程中的多个位置,这使系统几乎可以同时监视所有感兴趣的气体成分。该系统是完全冗余的,并且满足地面支持设备(GSE)的所有要求。这包括可承受在移动发射器平台(MLP)上发射的坚固性,易于操作以及对操作员的干预最少。该系统可以完全自动化,以便在检测到异常情况或故障时通知操作员。用户输入是通过个人计算机使用鼠标和键盘命令进行的。用于检测低温泄漏的图形用户可以使用危险气体检测系统(HGDS)2000监视许多其他气体成分。

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