ISO 3691-4 was first published in 2020. As the technology of driverless industrial trucks continues to evolve, so does the standard. A second edition (ISO 3691-4:2023) is currently the active version. The International Organization for Standardization (ISO) has already initiated the revision process (Stage 90.92), indicating that the standard will continue to be updated to address emerging technologies. National and regional adoptions include (European) and DIN EN ISO 3691-4 (German).
| Your situation | Action | |---|---| | You need safety rules for industrial trucks | Search for (PDF available) | | You need safety rules for pneumatic systems | Search for ISO 4414 (PDF available) | | You are certain the number is 36914 | Contact ISO customer service directly to confirm if it's a new/unreleased draft | | You found a site selling "ISO 36914 PDF" | Do not buy – it is almost certainly a mislabeled file |
Provide mandatory safety training for all employees working near autonomous trucks, teaching them how to interpret vehicle lights, warning sounds, and floor zones.
The standard is also applicable to driverless trucks that feature: iso 36914 pdf
: It does not apply to trucks guided solely by mechanical means (like rails), remotely controlled trucks, or machinery used in public zones.
Physically test the system to prove that the installed safety functions successfully mitigate the identified risks. Key Benefits of Compliance Benefit Category Impact on Operations Legal & Regulatory Protection
The regional European standard established in 1997, which became outdated as flexible AMRs emerged. ISO 3691-4 was first published in 2020
is an essential standard for anyone designing, manufacturing, or deploying driverless industrial trucks. By adhering to these guidelines, companies ensure the safety of their personnel while maximizing the efficiency of their automated systems. Investing in the official ISO 3691-4 PDF is the first step toward a compliant and secure, automated workplace.
Vehicles must be equipped with active sensing devices (typically laser scanners or safety LiDAR) capable of detecting human obstacles in their path. The system must automatically trigger a slowdown or an immediate stop before a collision occurs. 3. Braking Performance
For users in China, the "中国标准在线服务网" (www.gb168.cn) is an authorized reseller of ISO standards, including ISO 3691-4. The electronic version uses advanced digital rights management (DRM) technology, and you can expect a PDF that is encrypted with a watermark, requiring a plugin like FileOpen. The download time is typically about 1 minute. Note that the PDF will be limited to printing five times and accessing on up to three computers. The standard is also applicable to driverless trucks
: Expanded the list of significant hazards not covered by the standard.
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Step 1: Site Risk Assessment ──► Identify narrow pathways, blind spots, and high-traffic zones. Step 2: Vehicle Selection ──► Ensure manufacturer compliance with ISO 3691-4 safety levels. Step 3: Zone Configuration ──► Map out hazard zones and program appropriate scanner fields. Step 4: Validation Testing ──► Test stop distances with maximum payloads under real conditions. Step 5: Personnel Training ──► Train floor staff on robot behaviors and warning signals. Conclusion
The control system must adhere to specific safety integrity levels to ensure that if a component fails, the vehicle still stops safely. 4. Human-Machine Interaction