Personal protective equipment is a fundamental element of ensuring occupational safety and health, especially when working under voltage, where there is an increased risk of electric shock. This thesis addresses the identification of hazards associated with the use of insulating gloves during live working, highlighting the effects of wear, material ageing, improper storage, and potential manufacturing defects. On this basis, risk control is presented through the application of the EN 60903 standard, which defines the requirements for electrical testing of insulating gloves, particularly dielectric strength testing and leakage current measurement. The experimental part includes the implementation of standardized electrical tests on insulating gloves of different voltage classes and an analysis of the measured results with respect to the limit values defined by the standard. Based on the findings, measures are proposed to ensure the safe use of gloves, including testing before first use, periodic inspections, and proper handling and maintenance of personal protective equipment. The thesis thus comprehensively connects the technical requirements of standards with the assurance of occupational safety and health.
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