| Title |
Comparison of Small Current Interruption Capability Depending on the Type of Interrupter |
| Authors |
송기동(Song, Ki-Dong) ; 정진교(Chong, Jin-Kyo) ; 김홍규(Kim, Hong-Kyu) |
| Keywords |
Small Current Interruption ; Puffer Type ; Hybrid Interrupter ; Thermal Expansion ; Reignition |
| Abstract |
This paper presents the results of a small capacitive current interruption test for the three types of interrupter which are called 'serial type', 'parallel/separated type' and 'puffer type' according to the arrangement of the thermal expansion chamber and the puffer cylinder. After the preconditioning test the small current interruption capability of the 'puffer type' decreased, on the contrary, that of the hybrid interrupters increased. A number of reignition have been occurred in the 'serial type' hybrid interrupter and the change of small current interruption capability after preconditioning test is mainly influenced by the structure of interrupter. Finally it has been proved that the 'parallel/separated type' hybrid interrupter has the best interruption performance through the verification tests. |