Kishi, Koji

Miyake, Koujirou

Murata, Yoshinao

Watanabe, Masaru

Yamada, Hiroyuki

三宅, 孝士郎

山田, 浩之

岸, 幸治

村田, 義直

渡辺, 傑

We have developed heat-resistant XLPE cable and accessories that can be operated at 105℃ as the maximum permissible conductor temperature in normal operation. Through this cable system, greater transmission capacity can be achieved using existing cable ducts and without increasing the conductor size of the cable. We have developed heat-resistant XLPE insulation material which has a higher melting point than that of conventional XLPE. The breakdown strength of heat-resistant XLPE cable at 105℃ is almost the same as that of conventional XLPE cable at 90℃ • The heat deformation of the new cable at 105℃ is almost the same as that of conventional XLPE cable at 90℃ • Conventional self-pressurized rubber joints can be applied to heat-resistant cable lines with the new waterproof joint compound with low heat resistivity

Osaka University Knowledge Archive

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タイネツ　CV　ケーブル　ナラビ　ニ　セツゾク　ブ　ノ　カイハツ

タイネツ　CV　ケーブル　ナラビ　ニ　セツゾク　ブ　ノ　カイハツ

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Osaka University Knowledge Archive

タイネツ CV ケーブル ナラビ ニ セツゾク ブ ノ カイハツ

Abstract

Similar works

Full text

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Osaka University Knowledge Archive

タイネツ　CV　ケーブル　ナラビ　ニ　セツゾク　ブ　ノ　カイハツ