What is BS EN 60903:2011?

BS EN 60903:2011 is a professional technical standard that defines the requirements for electrical insulating gloves. It specifies the minimum physical and electrical properties of gloves intended to be used as personal protective equipment by electrical workers against electric shock. This standard provides guidance on the design, testing, and classification of these gloves, ensuring their effectiveness in preventing electrical accidents.

The Importance of BS EN 60903:2011

BS EN 60903:2011 plays a crucial role in ensuring the safety of electrical workers. Electricians and engineers working with high-voltage equipment face significant risks of electric shock and arc flash incidents. The proper use of insulated gloves can provide a vital layer of protection, reducing the likelihood of injuries and fatalities in the workplace.

This standard sets forth stringent requirements for electrical insulating gloves, such as ozone resistance, mechanical durability, and dielectric properties. By adhering to these guidelines, companies can guarantee that their workers have access to reliable and effective protective gear.

Testing and Certification

To comply with BS EN 60903:2011, electrical insulating gloves must undergo rigorous testing and certification procedures. Manufacturers are responsible for conducting various tests to ensure the gloves' compliance with the standard's requirements. These tests include routine electrical testing, physical inspection, and ozone resistance evaluation.

The gloves are subjected to voltage withstand, leakage current, and puncture resistance tests. Additionally, they are examined for any visible defects or damage. Furthermore, ozone resistance testing assesses the gloves' ability to withstand exposure to ozone, which may cause degradation and compromise their electrical performance over time.

Classification of Insulating Gloves

BS EN 60903:2011 establishes different classes for insulating gloves, based on their voltage ratings. These classes range from Class 00 to Class 4, with each class specifying the maximum usage voltage and other relevant properties.

For example, Class 00 gloves offer protection for low-voltage applications up to 500V, while Class 4 gloves provide insulation for high-voltage applications up to 36,000V. The classification system allows employers to select the appropriate glove class depending on the electrical hazards present in their specific working environment.

In conclusion, BS EN 60903:2011 is a critical standard that ensures the safety of electrical workers by defining the requirements for electrical insulating gloves. By adhering to this standard, industries can mitigate the risks associated with electric shock and arc flash incidents. Testing and certification procedures guarantee the reliability and effectiveness of these gloves, providing workers with the confidence they need to work safely around electricity.