ISO 3691-4 has a clear scope and does not cover every conceivable application. It explicitly does not apply to hazards related to:
The standard outlines clear design criteria for manufacturers and operational guidelines for end-users. It bridges the gap between machine building and facility management. It ensures that an automated system remains safe throughout its entire operational lifecycle. Core Components of the Standard
The standard establishes precise formulas for stopping distances. A vehicle must detect an obstacle and come to a complete stop before making contact. This requires a direct correlation between the vehicle’s maximum payload, its travel speed, and the safety laser scanner fields. 3. Validation and Verification
The ISO 36914 standard is available for purchase in PDF format from the official ISO website or through authorized distributors. The cost of the standard may vary depending on the country and the distributor. iso 36914 pdf
capable of both manual and automatic operation.
: Specifies the function and distances for stopping mechanisms to ensure immediate safety during hazards. Operating Zones
Enhanced requirements for vehicles that can change routes automatically. ISO 3691-4 has a clear scope and does
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Safety does not rely solely on the robot. ISO 3691-4 defines how the operating environment must be structured. It classifies facility layouts into specific zones:
If you are an engineer, safety manager, or manufacturer working with automated guided vehicles (AGVs), autonomous mobile robots (AMRs), or similar technologies, ISO 3691-4 is an essential document for your reference library. It ensures that an automated system remains safe
Understanding ISO 3691-4: The Global Safety Standard for Driverless Industrial Trucks
Vehicles following fixed paths using magnetic tape, lasers, or wires.