Insulating protective cover for live working: main causes of rejection under laboratory conditions

Insulating covers are collective protective equipment widely used in the maintenance of energized aerial electrical networks. The insulating covers can be divided in rigid or flexible. Using them along with other insulating means they allow carrying out repairs without interrupting the electric ser...

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Main Authors: Ramón Gonzalez Guevara, Boris Alba Valle
Format: Article
Language:English
Published: Institute of Technology and Education Galileo da Amazônia 2020-10-01
Series:ITEGAM-JETIA
Online Access:https://itegam-jetia.org/journal/index.php/jetia/article/view/700
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spelling doaj-c448caa97aae44efb0b53f53e80e6e1d2020-11-25T02:35:46ZengInstitute of Technology and Education Galileo da AmazôniaITEGAM-JETIA2447-02282020-10-0162510.5935/jetia.v6i25.700Insulating protective cover for live working: main causes of rejection under laboratory conditionsRamón Gonzalez Guevara0Boris Alba Valle1Technological University of Havana (CUJAE), Havana, Cuba.Technological University of Havana (CUJAE), Havana, Cuba. Insulating covers are collective protective equipment widely used in the maintenance of energized aerial electrical networks. The insulating covers can be divided in rigid or flexible. Using them along with other insulating means they allow carrying out repairs without interrupting the electric service. The present work relates essential aspects established in the international normative to achieve the adequate performance of rigid and flexible insulating protectors. It describes the experiences obtained in the individual electrical laboratory tests carried out in the CIPEL High Tension Laboratory in a measurement period of five years. As a result, the main insulation rigid and flexible covers used in Cuba and causes of rejection are identified at the laboratory level and measures are proposed that, in the authors' opinion, can improve the good condition of the protective element and increase its useful life, which represents an increase in operator safety and an improvement in the quality of the executed works. https://itegam-jetia.org/journal/index.php/jetia/article/view/700
collection DOAJ
language English
format Article
sources DOAJ
author Ramón Gonzalez Guevara
Boris Alba Valle
spellingShingle Ramón Gonzalez Guevara
Boris Alba Valle
Insulating protective cover for live working: main causes of rejection under laboratory conditions
ITEGAM-JETIA
author_facet Ramón Gonzalez Guevara
Boris Alba Valle
author_sort Ramón Gonzalez Guevara
title Insulating protective cover for live working: main causes of rejection under laboratory conditions
title_short Insulating protective cover for live working: main causes of rejection under laboratory conditions
title_full Insulating protective cover for live working: main causes of rejection under laboratory conditions
title_fullStr Insulating protective cover for live working: main causes of rejection under laboratory conditions
title_full_unstemmed Insulating protective cover for live working: main causes of rejection under laboratory conditions
title_sort insulating protective cover for live working: main causes of rejection under laboratory conditions
publisher Institute of Technology and Education Galileo da Amazônia
series ITEGAM-JETIA
issn 2447-0228
publishDate 2020-10-01
description Insulating covers are collective protective equipment widely used in the maintenance of energized aerial electrical networks. The insulating covers can be divided in rigid or flexible. Using them along with other insulating means they allow carrying out repairs without interrupting the electric service. The present work relates essential aspects established in the international normative to achieve the adequate performance of rigid and flexible insulating protectors. It describes the experiences obtained in the individual electrical laboratory tests carried out in the CIPEL High Tension Laboratory in a measurement period of five years. As a result, the main insulation rigid and flexible covers used in Cuba and causes of rejection are identified at the laboratory level and measures are proposed that, in the authors' opinion, can improve the good condition of the protective element and increase its useful life, which represents an increase in operator safety and an improvement in the quality of the executed works.
url https://itegam-jetia.org/journal/index.php/jetia/article/view/700
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