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Experience with the operation of the European ALMA antennas

机译:欧洲ALMA天线的运作经验

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The 25 European antennas of ALMA were delivered by ESO to the ALMA project in Chile between April 2011 and September 2013. Their combined time of operation is already significant and allows us to draw conclusions regarding their ability to fulfil the original specification, in terms of both scientific performance and operational availability. In this paper, we will summarize the experience gained during the past five years of operation. We will characterize the performance of the antennas in routine operation and compare with the data obtained during acceptance testing. We will also describe the few technical issues experienced while operating at 5000m and the way in which these were treated during these first years of operation. We will evaluate the effective reliability obtained in service based on field data and draw some conclusions as to the way in which reliability and maintainability aspects were covered during the process which led to the final design of the antenna. We will discuss the smart use of software to handle redundancy in a flexible way and to exclude failed components without affecting overall antenna operability. The use of low-level diagnostics enabled by remote access allows us to shorten the trouble-shooting cycle and to optimise physical interventions on the antennas. Finally, the paper will cover Antenna maintenance manuals edited using an industrial interactive standard. It will be explained why this advanced and innovative concept has not achieved the success that was expected, and why the traditional form is preferred at the ALMA Observatory.
机译:ALMA的25个欧洲天线于2011年4月至2013年4月至9月在智利的ALMA项目中交付。他们的综合行动时间已经重要,并允许我们在两者方面都有关于履行原始规范的能力的结论科学绩效和运营可用性。在本文中,我们将总结过去五年运营中获得的经验。我们将在日常操作中表征天线的性能,并与在接受测试期间获得的数据进行比较。我们还将描述在5000米处运行的少数技术问题以及在这一操作期间对待这些问题。我们将根据现场数据评估服务中获得的有效可靠性,并在该过程中覆盖了可靠性和可维护性方面的方式,从而得出一些结论,从而导致了天线的最终设计。我们将讨论软件的智能使用,以灵活的方式处理冗余,并排除失败的组件,而不会影响整体天线可操作性。使用远程访问启用的低级诊断允许我们缩短故障排除周期并优化天线上的物理干预。最后,本文将涵盖使用工业交互标准编辑的天线维护手册。将解释为什么这种先进和创新的概念没有实现预期的成功,以及为什么在ALMA天文台上首选传统形式。

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