EN ISO 13949-2:2019 is a professional technical standard that specifically focuses on the safety of machinery. It provides guidelines and requirements for the design and integration of safety-related parts of control systems, ensuring a high level of safety in various industrial applications. This standard is applicable to all types of machinery and covers the entire lifecycle of a machine, from its design to its operation and maintenance.
Key Features of EN ISO 13949-2:2019
EN ISO 13949-2:2019 introduces several key features that are crucial for ensuring the safety of machinery. One of the main principles is the identification and reduction of risks associated with machinery operation. This is achieved through a systematic approach that includes risk assessment, risk reduction measures, and verification of the effectiveness of these measures.
The standard also emphasizes the importance of safety-related parts of control systems. These are the components responsible for mitigating risks and ensuring safe machine operation. EN ISO 13949-2:2019 provides guidelines for the design and implementation of these safety-related parts, including aspects such as reliability, fault avoidance, and diagnostic capabilities.
Benefits of Implementing EN ISO 13949-2:2019
Implementing EN ISO 13949-2:2019 brings numerous benefits to both manufacturers and end-users of machinery. The standard promotes a systematic and comprehensive approach to safety, helping manufacturers identify and address potential hazards during the design stage. By considering safety aspects from the beginning, the standard helps to eliminate or minimize risks, leading to safer working environments and reduced chances of accidents or injuries.
For end-users, EN ISO 13949-2:2019 ensures that the machinery they operate is built to certain safety standards. This provides confidence in the reliability of the machines and reduces the risk of unexpected failures or malfunctions. Additionally, the standard encourages manufacturers to provide clear instructions and training materials for safe machine operation, further enhancing the overall safety of machinery use.
Nina She