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Comparative Analysis of ANSI and IEC Current Transformers in Protection Applications: Copyright Material IEEE, Paper No. PCIC-2018-24

机译:ANSI和IEC电流互感器在保护应用中的比较分析:版权材料IEEE,论文编号PCIC-2018-24

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Current transformers (CT) produce scaled values of primary currents suitable for protective relays and measuring devices. For correct implementation of protective relays and proper use of their functions, it is important to understand standards to specify the current transformers and how selection of current transformer parameters influences performance of the relays. The same protection relays manufactured by the international manufacturers or by the US manufacturers are used on both international and US projects. However, the current transformers used on international and US projects are different and standards for current transformers, international (IEC) and in the United States (ANSI/IEEE), are different. This paper discusses methods for protective current transformer selection per IEC and per ANSI/IEEE and provides comparison between the two methods. The intention of this paper is to help engineers familiar with one set of standards to better understand definition of protective current transformer parameters in the other set of standards and how current transformer parameter definitions per different standards may influence performance of relays and relaying schemes.
机译:电流互感器(CT)产生适合于保护继电器和测量设备的初级电流的标定值。为了正确地使用保护继电器并正确使用其功能,重要的是要了解指定电流互感器的标准以及电流互感器参数的选择如何影响继电器的性能。国际和美国项目都使用由国际制造商或美国制造商制造的相同保护继电器。但是,国际和美国项目中使用的电流互感器不同,国际(IEC)和美国(ANSI / IEEE)的电流互感器标准也不同。本文讨论了根据IEC和ANSI / IEEE进行保护性电流互感器选择的方法,并提供了两种方法之间的比较。本文的目的是帮助熟悉一组标准的工程师更好地理解另一套标准中保护性电流互感器参数的定义,以及每个不同标准的电流互感器参数定义如何影响继电器和继电器方案的性能。

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