Nuclear Technology & Radiation Protection Journal


NT & RP Journal	EFFICIENT REPLACEMENT OF THE RADIOACTIVE SOURCES IN THE GAS-FILLED SURGE ARRESTERS CONSTRUCTION FOR THE INSULATION CO-ORDINATION AT THE LOW VOLTAGE LEVEL
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Vol. XXXV, No. 2, Pp. 87-188 June 2020 UDC 621.039+614.876:504.06 ISSN 1451-3994 Back to Contents	Pages: 130-137 Authors: Teodora M. Nedić, Aco J. Janićijević, Koviljka Đ. Stanković, and Nenad M. Kartalović Abstract The possibility of the classical response rate engineering and the long-term deconditioning of the gas-filled surge arresters is considered in this paper. The obtained results are compared with the same results obtained with the gas-filled surge arrester with application of an alpha radioactive source. The work is of an experimental nature. Experiments were performed on the multipurpose gas-filled surge arrester model under well-controlled conditions. The measurement uncertainty of the experimental procedure was less than 8 %. The results were processed by statistical data processing software. To draw impulse characteristics, the law of constancy of surfaces below the impulse voltage in the volt-second area, was used. Key words: gas-filled surge arrester, low voltage level, insulation characteristic FULL PAPER IN PDF FORMAT (713 KB)
Vinča Institute of Nuclear Sciences :: Designed by milas :: July 2007 Operated by acapanic :: Last updated on October, 2020

Pages: 130-137

Authors: Teodora M. Nedić, Aco J. Janićijević, Koviljka Đ. Stanković, and Nenad M. Kartalović

Abstract

The possibility of the classical response rate engineering and the long-term deconditioning of the gas-filled surge arresters is considered in this paper. The obtained results are compared with the same results obtained with the gas-filled surge arrester with application of an alpha radioactive source. The work is of an experimental nature. Experiments were performed on the multipurpose gas-filled surge arrester model under well-controlled conditions. The measurement uncertainty of the experimental procedure was less than 8 %. The results were processed by statistical data processing software. To draw impulse characteristics, the law of constancy of surfaces below the impulse voltage in the volt-second area, was used.

Key words: gas-filled surge arrester, low voltage level, insulation characteristic

FULL PAPER IN PDF FORMAT (713 KB)