Temperature distribution of fuse elements during the pre-arcing period

C.S. Psomopoulos; C.G. Karagiannopoluos

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Temperature distribution of fuse elements during the pre-arcing period

机译：预燃期间保险丝元件的温度分布

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摘要

This work models the function of medium and low voltage fuses so as to estimate the increase in temperature across the fuse elements during nominal current operation for different types, diameters, element lengths and currents. The power balance in a thin metallic conductor, which simulates the fuse element, was derived and the resulting differential equation solved analytically. The theoretical results were close to the experimental measurements that we made, and the experimental work of other authors.

机译：这项工作对中低压熔断器的功能进行了建模，以估计在额定电流下，不同类型，直径，元件长度和电流时，熔断器元件两端的温度升高情况。得出了模拟保险丝的细金属导体中的功率平衡，并通过解析法解决了所得的微分方程。理论结果接近于我们所做的实验测量以及其他作者的实验工作。

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来源
《Electric power systems research》 |2002年第3期|p.161-167|共7页
作者
C.S. Psomopoulos; C.G. Karagiannopoluos;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类理论与分析;发电、发电厂;
关键词
Fusible elements; Temperature distribution; Pre-arcing period;

机译：易熔元件;温度分布赛前时期;

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专利

1. A mechanism for the fuse pre-arcing period [J] . Carne E. B. Electrical Engineering . 1953,第7期

机译：保险丝预燃期的机制
2. Temperature Simulation of Pb-Free Sn-9Zn Elements for a Low Voltage Fuse [J] . Kazuhiro Matsugi, Gen Sasaki, Osamu Yanagisawa Materials transactions . 2006,第9期

机译：低压保险丝中无铅Sn-9Zn元素的温度模拟
3. Accelerated simulation of the failure probability of a system on the busy period for nonexponential distributions defining the processes of failure and restoration of elements [J] . N.Yu.Kuznetsov Cybernetics and Systems Analysis . 1999,第3期

机译：针对非指数分布的系统失效概率的加速仿真，用于定义元素的失效和恢复过程
4. MODELLING OF THE PRE-ARCING PERIOD IN HBC FUSES INCLUDING SOLID - LIQUID - VAPOUR PHASE CHANGES OF THE FUSE ELEMENT [C] . D. Rochette, W. Bussiere, R. Touzani, International Conference on Electric Fuses and Their Applications . 2007

机译：HBC熔断器中的预电弧时段的建模，包括熔断器元件的固液变化
5. Experimental and finite element models of the contact parameters and temperature distributions in electrical injuries. [D] . Prieto, Thomas E. 1988

机译：电击中接触参数和温度分布的实验和有限元模型。
6. Low-Temperature Multielement Fusible Alloy-Based MoltenSodium Batteries for Grid-Scale Energy Storage [O] . Yu Ding, §, Xuelin Guo, 2020

机译：低温多元素可熔合金基于熔融网格级储能钠电池
7. Low-Temperature Multielement Fusible Alloy-Based Molten Sodium Batteries for Grid-Scale Energy Storage [O] . Yu Ding, Xuelin Guo, Yumin Qian, 2020

机译：低温多元素可熔合金基熔融钠电池，用于网格级储能
8. TEMPERATURE DISTRIBUTIONS IN FUEL ELEMENTS [R] . L R. T. GARDNER 1963

机译：燃料元件的温度分布

Temperature distribution of fuse elements during the pre-arcing period

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