What is BS EN 60730-2-14:2018 ?

Title: What is BS EN 60730-2-14:2018 and BS EN 62196-2:2017?

Personal protective equipment (PPE) is essential for ensuring the safety and well-being of workers across various industries. PPE, also known as workwear, includes clothing, footwear, and accessories designed to protect against physical, chemical, and biological hazards in the workplace. Understanding and abiding by the standards set for PPE is essential to guaranteeing its effectiveness. In this article, we will delve into the technical details of two European standards that specifically address eye protection requirements: BS EN 166:2020 and BS EN 62196-2:2017.

BS EN 166:2020 is a European standard that outlines the specifications and testing methods for personal eye protectors. It applies to all types of eye protectors used for general occupational applications, including those designed to provide protection against optical radiation, liquid droplets, mechanical hazards, and more. Manufacturers need to comply with these requirements to obtain certification for their eye protectors.

BS EN 62196-2:2017 is part of a comprehensive series of European standards that addresses various aspects of EV charging. It specifically focuses on the dimensional compatibility and interchangeability requirements for alternating current (a.c.) pin and contact-tube accessories used in EV charging systems.

The primary objective of BS EN 62196-2:2017 is to ensure interoperability between EV charging infrastructure components, regardless of the manufacturer. By defining the physical dimensions and tolerances for plugs, socket-outlets, vehicle connectors, and vehicle inlets, this standard enables easy and reliable connections between EVs and charging stations.

What is BS EN 60730-2-14:2018?

BS EN 60730-2-14:2018 is a standard published by the European Committee for Standardization (CEN). It outlines the requirements for eye protection in the workplace, including the use of eye protection devices such as goggles and filters. The standard applies to a wide range of industries, including manufacturing, construction, and healthcare, and is designed to ensure that eye protection devices are suitable for the specific hazards present in each workplace.

BS EN 60730-2-14:2018 defines the following parameters for eye protection devices:

* The field of vision: The standard outlines the minimum requirements for the field of vision, including the minimum size and shape of the eye protection device, and the distance from the point of impact to the center of the lens.

* Optical characteristics: The standard specifies the type of optical characteristics that the eye protection device should have to prevent optical injuries.

* Resistance to ignition: The standard requires that the eye protection device be resistant to ignition and must not emit light that could ignite the eyes or cause discomfort.

* Robustness: The standard specifies the requirements for the durability and stability of the eye protection device, including the requirements for the device's resistance to damage and for its ability to withstand various working conditions.

* Compatibility with other PPE: The standard requires that the eye protection device be compatible with other PPE, including clothing, footwear, and accessories.

The standard also includes requirements for testing and classification of eye protection devices, as well as labeling and documentation.

Conclusion:

BS EN 60730-2-14:2018 is an essential standard for ensuring the safety and effectiveness of eye protection devices in the workplace. By defining the requirements for eye protection devices, this standard ensures that manufacturers produce high-quality, effective, and reliable PPE that meets the needs of various industries.

BS EN 62196-2:2017 is a standard that specifically addresses the dimensional compatibility and interchangeability requirements for alternating current (a.c.) pin and contact-tube accessories used in EV charging systems.

BS EN 62196-2:2017 is an essential standard for ensuring the interoperability between EV charging infrastructure components,.