Deploying industrial robots requires danger evaluation and mitigation of security hazards. | Credit score: Adobe Inventory
Security is crucial subject in the case of industrial robotics. ISO 10218 is a global customary that outlines security necessities for industrial robots. It was developed in 2011. In america, ISO 10218-1 has been adopted because the ANSI/RIA R15 customary.
After almost eight years of labor, the Affiliation for Advancing Automation (A3) introduced the publication of the revised ISO 10218. Core to this revision is extra exact security pointers together with built-in security necessities for collaborative robotic purposes that consolidate the beforehand separate ISO/TS 15066.
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The brand new ISO 10218 Elements 1 and a pair of function in depth updates that target making useful security necessities extra specific slightly than implied. This shift enhances readability and usefulness, making compliance extra simple for producers and integrators alike.
In North America, ISO 10218 had been beforehand adopted as ANSI R15.06 in america and CSA Z434 in Canada. Work is underway to undertake the brand new 10218 in each jurisdictions with new variations of R15.06 and Z434 anticipated to be launched later this 12 months.
Key updates in ISO 10218
ISO 10218 collection (consisting of two elements) is the flagship security customary for industrial robotics. Half 1 of the usual gives pointers for industrial robotic design, manufacture, remanufacture, and rebuild. It enhances the protection of personnel related to using industrial robots and robotic methods.
Half 2 gives pointers for the design and system integration of Industrial Robotic Functions and Robotic Cells. Together with strategies of safeguarding to boost the protection of personnel related to using industrial robotic purposes and robotic cells, with emphasis on the significance of danger evaluation.
The 2025 revision of 10218-1 consists of technical adjustments and displays ongoing developments within the market. It consists of further necessities for design; mode necessities; clarification of necessities for useful security; necessities for cybersecurity to the extent that it applies to industrial robotic security; and security necessities for industrial robots meant to be used in collaborative purposes (previously content material of ISO/TS 15066).
Each elements have undergone in depth revisions to deal with the newest security challenges and technological developments, together with:
- Clarified useful security necessities that provide extra exact security pointers to boost compliance and danger mitigation.
- Built-in security necessities for collaborative robotic purposes that consolidate the beforehand separate ISO/TS 15066.
- Integrated security steering for guide load/unload procedures and end-effectors (generally referred to as end-of-arm tooling or EOAT) from beforehand separate technical studies (TR 20218-1 and TR 20218-2).
- New robotic classifications with corresponding useful security necessities and take a look at methodologies.
- Cybersecurity necessities pertaining to industrial robotic security.
“With automation evolving at an unprecedented tempo, it’s important that security requirements sustain with the newest developments,” mentioned Carole Franklin, director of requirements at A3 Robotics. “It is a essential step in making certain that as automation grows, employee security stays a high precedence. These revisions present clearer pointers and new classifications that may assist producers and system integrators implement the newest expertise for safer robotic options.”
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Business affect
“This set of security requirements has immense world acceptance, however updates had been wanted,” mentioned Roberta Nelson Shea, world technical compliance officer at Common Robots and convenor of ISO TC 299 Working Group 3. “It is a pivotal second for industrial robotics. With automation advancing at lightning velocity, we’d like security requirements that hold tempo.”
“These updates carry much-needed readability and construction, making it simpler for corporations to combine robotics with confidence. Our purpose has at all times been to make sure that innovation and security go hand in hand. These newly revised requirements ship on that promise.”
Nelson Shea was chosen because the 2023 Joseph F. Engelberger Software winner for her excellent work over the course of her profession in world robotics security. For over 45 years, she has been one of many central figures within the improvement of business robotic security requirements in North America and all over the world. She appeared on The Robotic Report Podcast to debate her profession creating robotic security requirements.
