首页> 外文会议>Proceedings of the 27th International Conference on Electrical Contacts >Electro-mechanical properties and welding characteristics of Ag/MoS2, Ag/WS2, Ag/CNTs and Ag/CdO materials for high-DC current contact applications
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Electro-mechanical properties and welding characteristics of Ag/MoS2, Ag/WS2, Ag/CNTs and Ag/CdO materials for high-DC current contact applications

机译:用于高直流电流接触应用的Ag / MoS2,Ag / WS2,Ag / CNT和Ag / CdO材料的机电性能和焊接特性

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摘要

The optimisation of contact materials emerges as a cornerstone for reliable functionality of high-speed DC circuit breaker. Ag/CdO is widely used despite its RoHS non-conformity. To overcome this issue new materials are requested. We have prepared Ag/MoS2, Ag/WS2, Ag/Carbon-nanotubes composite materials and investigated their structural, mechanical, electrical and thermal properties. These materials have been used in switching operation tests on a laboratory-scale fully instrumented model of circuit breaker, under a maximum current load of 12 kA. Welding and sticking tendencies were examined. A relationship between the microscopic variables, the occurrence of welding events and their strengths was established.
机译:接触材料的优化成为高速直流断路器可靠功能的基石。尽管Ag / CdO符合RoHS标准,但仍被广泛使用。为了克服这个问题,需要新的材料。我们准备了Ag / MoS2,Ag / WS2,Ag /碳纳米管复合材料,并研究了它们的结构,机械,电和热性能。这些材料已在最大电流负载为12 kA的实验室规模的完全仪器化的断路器模型上用于开关操作测试。检查了焊接和粘附趋势。建立了微观变量,焊接事件的发生及其强度之间的关系。

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