The Smart Manufacturing and IIoT Division (also known as SMIIoT) is the newest and fastest growing division of ISA aimed at helping our members grow professionally and technically. The primary goals of SMIIoT are to provide clarity around these ever-evolving spaces, develop useful technical content, develop standardized approaches to solve critical problems, and provide a forum for networking and collaboration. ISA's understanding and focus of Smart ManufacturingIndustry 4.0 and Industrial Internet of Things (IIoT) will continually evolve to adapt to the high level of activity and interest throughout the worldwide community, constant developments of new technologies, new applications, and new concepts from most of the major hardware manufacturers, solution providers, businesses, research institutions, and even governmental agencies.

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Latest Discussions List

  • Hello everyone, I am working in a presentation about "How Automation Can Help Your Company Achieve Your Sustainability Goals" and I'd like to get your input based on your practical experience. Can you provide answers to one or more of the questions below? Can you ...

  • Hello everybody, I'm a data management consultant and recently went back to working in the OT/ICS space. I was an engineer in the United States Army for ten years, and I got into industrial data management the last several years. Looking forward to getting more involved with ...

  • Agree with Ian Gibson. Also, even non-Exia control system AI and AO cards may provide much less than 24 VDC for loop powered instruments. For HART communication there is also a 600 ohm resistance limit and capacitance requirements. The maximum cable length is limited by capacitance, ...

  • @Samuel Ko what is your question? Not clear to me what you are asking about. ------------------------------ Jonas Berge Senior Director Applied Technology Emerson Singapore ------------------------------

  • Instrumentation circuits can have additional constraints. Intrinsic-safe circuits limit the possible source voltage - Zener systems nominally 28V safety description are limited to approx. 26.5V by the commencement of bypass current. With a 250ohm resistor and transmitter loss ...

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