THE INFLUENCE OF CHEMICAL AGENTS ON THE TECHNICAL CHARACTERISTICS AND SAFETY OF PROTECTIVE EQUIPMENT AGAINST ELECTRIC SHOCK

The research project’s primary goals were to develop occupational risk management protocols for people who perform maintenance tasks on electrical installations and, in turn, to develop new work tools designed to protect workers in those installations. The research project’s findings are presented in this paper. In order to check the behaviour of the safety characteristics of the protective equipment material under certain influence of professional risk factors, protective equipment materials were subject to tests. The components of in use or new electro-insulating equipment, were evaluated through sampling. Electro-insulating materials underwent dielectric, mechanical, attrition testing, and chemical agent application. The findings revealed the weakness of some electrical insulating materials whose declared duration of use exceeded five years after commissioning, necessitating the assessment of new technical standards for health and safety workplace.

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Publication Details

Journal
European Journal of Materials Science and Engineering
Published
2024-09-20
DOI
https://doi.org/10.36868/ejmse.2024.09.03.201
Primary Topic
Risk and Safety Analysis
Type
article
Field-Weighted Citation Impact
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article

THE INFLUENCE OF CHEMICAL AGENTS ON THE TECHNICAL CHARACTERISTICS AND SAFETY OF PROTECTIVE EQUIPMENT AGAINST ELECTRIC SHOCK

Dragoș Păsculescu, Remus Dobra, Constantin Beiu, Anca Elena Antonov et al.
European Journal of Materials Science and Engineering
Risk and Safety Analysis
article

THE INFLUENCE OF CHEMICAL AGENTS ON THE TECHNICAL CHARACTERISTICS AND SAFETY OF PROTECTIVE EQUIPMENT AGAINST ELECTRIC SHOCK

Dragoș Păsculescu, Remus Dobra, Constantin Beiu, Anca Elena Antonov, Georgeta Buică, Lucian - Șerban CUESDEANU, Marius George BUICĂ
article en

Abstract

The research project’s primary goals were to develop occupational risk management protocols for people who perform maintenance tasks on electrical installations and, in turn, to develop new work tools designed to protect workers in those installations. The research project’s findings are presented in this paper. In order to check the behaviour of the safety characteristics of the protective equipment material under certain influence of professional risk factors, protective equipment materials were subject to tests. The components of in use or new electro-insulating equipment, were evaluated through sampling. Electro-insulating materials underwent dielectric, mechanical, attrition testing, and chemical agent application. The findings revealed the weakness of some electrical insulating materials whose declared duration of use exceeded five years after commissioning, necessitating the assessment of new technical standards for health and safety workplace.

European Journal of Materials Science and EngineeringVol. 9(3)
Openalex Percentile: Top 82%
Risk and Safety Analysis
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