900MWe PWR: Behaviour of cables in severe accident conditions

Y. Armand, S. Esnouf, G. Gauthier, C. Leroy, J. Mattei
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Abstract

Some items of equipment inside the containment can be used to minimise the consequences of a severe accident in terms of radioactive releases. Therefore, this equipment should be tested and estimations should be made regarding its behaviour when subjected to extreme conditions, particularly in terms of irradiation. This paper describes the tests carried out on the behaviour of instrumentation and control cables of the pressure relief valves installed on the pressuriser and which must be opened in order to prevent a meltdown under pressure. A specific study was conducted on the Hypalon(R) outer cladding of these cables. After dealing with the various problems which could call into question the relevance of the experiments in relation to real accident conditions, the test conditions are described and the results obtained are given. Based on monitoring of mechanical and electrical properties, it has been shown that the instrumentation and control cables of the pressure relief valves of the reactor coolant system remain intact for first 40 hours of the accident sequences used in these tests.
900MWe压水堆:电缆在严重事故条件下的性能
安全壳内的一些设备可以用来最大限度地减少严重事故的放射性释放后果。因此,应对该设备进行测试,并对其在极端条件下的行为进行估计,特别是在辐照方面。本文介绍了对安装在增压器上的减压阀的仪表和控制电缆的性能进行的试验,为了防止在压力下熔毁,必须打开减压阀。对这些电缆的Hypalon(R)外包层进行了具体研究。在对实验与实际事故情况的相关性提出质疑的各种问题进行了处理之后,描述了试验条件并给出了试验结果。根据对机械和电气性能的监测,已经表明,在这些试验中使用的事故序列的前40小时内,反应堆冷却剂系统减压阀的仪表和控制电缆保持完好无损。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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