What is EN ISO 11681-132:2016 ?

EN ISO 11681-135:2016 and EN ISO 1168-1:2016 are two important technical standards that offer guidelines and requirements for various types of electrical equipment. EN ISO 11681-135:2016 focuses on the measurements and tests for electrical equipment used in explosion hazardous areas, while EN ISO 1168-1:2016 is a document format standard that aims to facilitate effective communication between manufacturers, suppliers, and consumers of technical products.

EN ISO 11681-135:2016 is a comprehensive guide for testing the electrical performance of various types of electrical equipment in explosion hazardous areas. The standard defines key aspects such as the testing procedures, measurement methods, and requirements for electrical equipment to ensure its safety and reliability. By adhering to these standards, manufacturers can provide assurance that their products meet the necessary safety and performance requirements.

On the other hand, EN ISO 1168-1:2016 is a set of guidelines and requirements for the creation and organization of technical product documentation. This standard specifies the structure and content of technical product documentation to ensure clarity, consistency, and ease of understanding for users. It provides a standardized format for technical documents that enables seamless exchange of information and ensures that vital details are not lost or misinterpreted.

EN ISO 1168-1:2016 is widely recognized and adopted as a global standard by various organizations and regulatory bodies. It helps to create accurate, reliable, and comprehensive technical documents that meet the needs of various stakeholders throughout the product lifecycle. By using this standard, manufacturers can ensure that their products are well-documented, understandable, and meet the necessary requirements for their intended use.

In conclusion, EN ISO 11681-135:2016 and EN ISO 1168-1:2016 are two crucial technical standards that offer guidelines and requirements for various types of electrical equipment. By adhering to these standards, manufacturers can ensure the safety, reliability, and consistency of their products, while facilitating effective communication and understanding among various stakeholders throughout the product lifecycle.