On the Characteristics of Impulse Generators and the Impulse Test of Lightning Arresters

Characteristics of the impulse generator using the discharge of condenser are described, cons dering the effects of spark potential drop at the discharging gap and capacitance of the voltage measuring device and the test sample shunting the discharge resistance. The results of experiments for impuls...

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Published inThe Journal of the Institute of Electrical Engineers of Japan Vol. 48; no. 483; pp. 977 - 1027
Main Author ISSIKI, Teizô
Format Journal Article
LanguageEnglish
Japanese
Published The Institute of Electrical Engineers of Japan 1928
一般社団法人 電気学会
Online AccessGet full text
ISSN0020-2878
2187-6797
DOI10.11526/ieejjournal1888.48.977

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Abstract Characteristics of the impulse generator using the discharge of condenser are described, cons dering the effects of spark potential drop at the discharging gap and capacitance of the voltage measuring device and the test sample shunting the discharge resistance. The results of experiments for impulse voltage are given and explained. Then the performance of the lightning arrester when subject to the ordinary impulse test is compared with its parformance for surge voltage on the transmission system, and it is pointed out that the ordinary method of impulse test often gives the false results for the lightning arrester having considerable capacitance. A new method is devised in which impulse voltage is applied to the lightning arrester under test through an artificial line. This method gives reliable results for the performance of any lightining arrester for surge voltage on the transmission system.
AbstractList Characteristics of the impulse generator using the discharge of condenser are described, cons dering the effects of spark potential drop at the discharging gap and capacitance of the voltage measuring device and the test sample shunting the discharge resistance. The results of experiments for impulse voltage are given and explained. Then the performance of the lightning arrester when subject to the ordinary impulse test is compared with its parformance for surge voltage on the transmission system, and it is pointed out that the ordinary method of impulse test often gives the false results for the lightning arrester having considerable capacitance. A new method is devised in which impulse voltage is applied to the lightning arrester under test through an artificial line. This method gives reliable results for the performance of any lightining arrester for surge voltage on the transmission system.
Characteristics of the impulse generator using the discharge of condenser are described, cons dering the effects of spark potential drop at the discharging gap and capacitance of the voltage measuring device and the test sample shunting the discharge resistance. The results of experiments for impulse voltage are given and explained. Then the performance of the lightning arrester when subject to the ordinary impulse test is compared with its parformance for surge voltage on the transmission system, and it is pointed out that the ordinary method of impulse test often gives the false results for the lightning arrester having considerable capacitance. A new method is devised in which impulse voltage is applied to the lightning arrester under test through an artificial line. This method gives reliable results for the performance of any lightining arrester for surge voltage on the transmission system. 蓄電器の放電を利用した衝撃發生器の特性及びこれを用ひて行ふ避雷器の試驗法を論ずる。先づ衝撃發生器の理論を述べ普通無視せられて居る放電間隙の火花電位降下及び放電抵抗を分路する電壓測定裝置並に供試物のキヤパシタンスが、發生する衝撃電壓の波形並に大きさに及ぼす影響を考察し、實驗の結果をこれ等の各項に對照して説明する。次に避雷器の衝攣試驗法に就て越べ、普通用ひられて居る衝撃試驗法の與へる結果と、實際の送電系統に於ける避雷器の働作とを比較して、この試驗法の缺點を指摘し、最後に著者の考案せる擬似線路挿入衝撃試驗法を述べ、この方法は送電系統に於ける避雷器の放電特性を正しく現はすことを説く。
Author ISSIKI, Teizô
Author_FL 一色 貞三
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DocumentTitleAlternate 衝撃發生器の特性及ひ避雷器の衝撃試驗に就て
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References (6) Mayr, Archiv für Elektrotechink, XVII, s. 52-60,1926
(3) Steimetz, A. I. E. E. Transaction, LXI, pp. 63-76,1922
(1) Peek, A. I. E. E. Transaction, XXXIV, pp. 1857-1920,1925
(4) Töpler, Archiv für Elektrotechink, XIV, s.305-318,1925
(8) 過渡現象論及び高壓工學諸書
(2) Miner, Electric Journal, XXIII, pp. 596-604, Dec, 1926 XXIV, pp. 287-291 Juue, 1927
(5) Töpler, Archiv für Elektrotechink, XVII, s. 61-70,1926
(7) Töpler, Archiv für Elektrotechink, XVII, s. 549-562,1927
References_xml – reference: (8) 過渡現象論及び高壓工學諸書
– reference: (4) Töpler, Archiv für Elektrotechink, XIV, s.305-318,1925
– reference: (6) Mayr, Archiv für Elektrotechink, XVII, s. 52-60,1926
– reference: (3) Steimetz, A. I. E. E. Transaction, LXI, pp. 63-76,1922
– reference: (7) Töpler, Archiv für Elektrotechink, XVII, s. 549-562,1927
– reference: (1) Peek, A. I. E. E. Transaction, XXXIV, pp. 1857-1920,1925
– reference: (5) Töpler, Archiv für Elektrotechink, XVII, s. 61-70,1926
– reference: (2) Miner, Electric Journal, XXIII, pp. 596-604, Dec, 1926 XXIV, pp. 287-291 Juue, 1927
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Title On the Characteristics of Impulse Generators and the Impulse Test of Lightning Arresters
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