Industrial Architecture Technical Summary Presentation
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The document provides an overview of Panduit's Unified Physical Infrastructure (UPI) principles and reference architecture for industrial automation physical infrastructure design. It describes how Panduit maps the logical network design to the physical implementation using standards like the Purdue Enterprise Reference Architecture and Cisco/Rockwell Automation network guides. Panduit then adds detailed physical infrastructure design and component selection based on environmental considerations to provide a complete solution that ensures performance, security, optimization and expansion of the physical network layer.
Industrial Architecture Technical Summary Presentation
- 1. Executive Briefing Physical Infrastructure Reference Architecture Industrial Ethernet Physical Infrastructure: Specification and Design SM
- 2. Industrial Automation Value Proposition Panduit is a global manufacturer of world class products with system expertise to MANAGE, CONNECT, & PROTECT physical media. Our components, tools and services are aligned by the Unified Physical Infrastructure (UPI) Principles to enable distributed systems. Unified Physical Infrastructure principles: Performance • Security • Optimization • Expansion
- 3. Unified Physical InfrastructureSM Evolution Align Converge Optimize www.panduit.com/upi
- 4. Unified Physical Infrastructure: Industrial Automation Simplified View User: Enterprise Level SAP, Oracle Network User Rockwell User: Automation & Control Level Automation CISCO, Rockwell Automation Network: Logical Level Hirschmann, N-Tron Network Provider Network: Physical Level PANDUIT, UPI
- 5. Physical Layer – The Pitfalls It’s strange to think that the same people that demand organization, efficiency, and strict adherence to application requirements… Yet it happens all the time, in most automated facilities. … wouldn’t demand the same standards in their factory level communication systems. 5
- 6. So What? Who Cares? Mission Complex Fluid Vulnerable Long Organic Uncontrolled Critical Life Span Up to 90% of Network Failures Can Be Traced to the Physical Infrastructure Ancillary Simple Ridged Protected Short Structured Regulated Life Span Are Plant Level Networks…? 6
- 7. Panduit Filling The GAP Maps the “Logical View” to the “Physical View” RA/Cisco: Ethernet- Panduit: to-the-Factory Physical Layer Design and Reference Implementation Architecture Guide Guide ODVA: Network ODVA: Media Infrastructure for Planning and Ethernet/IP Installation Manual Introduction and Consideration 7
- 8. Controlled Access To obtain your copy: • www.Panduit.com/IA to request an electronic version of the Industrial Ethernet Physical Layer Reference Architecture Guide. • You will be asked to complete a short company profile, and accept the terms and conditions on the use and distribution of the guide. • A link to the PDF file of the guide will be emailed to you for download. 8
- 9. Purdue Enterprise Reference Architecture A model created to describe system requirements of the Reference Architecture Consideration is given to the types of systems to be installed and their functions Systems are divided into “Levels” based on hierarchy of information and data flow Zones are used to describe individual manufacturing functions Purdue Enterprise Reference Architecture 9
- 10. Cisco/RA Network Logical Design Using the Purdue Enterprise Reference Architecture, the Network Logical Design is developed. This step defines the connectivity between the Cell and Manufacturing Zones. Specific applications are described along with necessary network components needed to perform assigned tasks. Cisco/RA Shared Architecture 10
- 11. The Network Physical Design • System Designers will next use a Physical diagram or floor plan to detail the placement , routing, and types of cables needed for the actual system installation. • At this time drop locations and connector types may also be determined •Normally the plan is typically turned over to the installer. 11
- 12. Network “Detail” Design is Defined Panduit adds to the Physical Layer the Network Detail Design. The schematic is used to determine exact physical Infrastructure components. 12
- 13. Network “Detail” Architecture is Defined This provides for… Security Performance Testability 13
- 14. Network Detail Design -> BOM The end result is a complete “Recommended Solution List” of Component Materials Specific to your Infrastructure requirements. SM 14
- 15. Mechanical, Ingress Rating, Chemical Climatic, M.I.C.E. Electromagnetic Classification System On top of the Network Detail Schematic Panduit evaluates the environmental requirements with M.I.C.E. Increased Environmental Severity Office Industrial • M.I.C.E diagramming allows the design to balance component costs with mitigation costs in order to build a robust yet cost-effective system 15
- 16. Panduit Reference Architecture Purdue Cisco/RA Panduit’s Reference Logical Industrial Network RA Model Ethernet Physical Infrastructure Reference M.I.C.E Physical ArchitecturePlan Diagram Floor Combining all elements to deliver the Network Physical Infrastructure 16
Editor's Notes
- #7: Mission Critical vs. Ancillary – Plant networks are vital to the success of a distributed system. If they don’t run the plant does not runComplex vs. Simple – Despite what people my tout, as the networks get bigger/faster they get more complicated. The legacy networks (DH+, RIO, DeviceNet, ControlNet , Profibus, Modbus, etc. had passive media)Fluid vs. Ridged – The technology keeps advancing. 100 Meg, 1Gig, 10Gig, 40Gig, Terabit, Cat5, Cat 5e, Cat6, Cat6A, Cat7 etc. passive vs active switchesVulnerable vs. Protected – legacy networks were insulated from e-mail, viruses, etc.Long vs. Short Life Span – Networks last a long time.Organic vs. Structured – Plant networks tend to grow organically. Nodes are added over time without planning or structure.Uncontrolled vs. Regulated – Networks fall into the electrical part of a plant but there is little regulation on the consistency of design installation maintenance. This is why we have built the Reference Architecture.
- #8: ODVA: Media Planning and Installation Manual – is basically a cable selection guide it does not cover the network infrastructure.RA/Cisco ETTF Design – Is theoretical Panduit has and “actual how to guide”, best practices, part numbers. This has not been done.
- #9: We want to control the access to this document so that we stop our competitors from having this document.Make sure you register and download the document so that you can speak from experience when a customer asks about it.
- #10: CISCO/RA – wrote a Reference Architecture which is the logical view of the network but it leaves the user left trying to figure out where everything goes. Panduit’s Physical Layer Reference Architecture moves you from the logical to the physical. A Reference Architecture is a model created by Systems Engineers to describe system requirements. An overview of the necessary system components are added giving the designer a way to conceptualize the system to be built. Consideration is given to the types of systems to be installed and their functions. These systems are divided into “Levels” based on hierarchy of information an data flow. Manufacturers combine these levels into functional areas that better describe the types of programs/ systems that will be used in the performance of that function. The system is split into two halves at the DMZ which prevents the Enterprise data traffic from entering the manufacturing area. Cell/Area Zones are used to describe individual manufacturing functions. Analogy – I would be like an Architect telling you that you should have electricity in your house for lighting and running appliances but not doing an electrical drawing. Panduit’s is like the electrical contractor who does the electrical drawing on where to land electrical outlet boxes, breaker panel, switches, lights etc.
- #11: The next step is to develop the “Logical Architecture” which is based on the Logical Layer Reference shown on the previous page. These architectures describe the connectivity between the Cell and Manufacturing zones at a logical level. Specific applications are also described and necessary network components are selected to accommodate the tasks assigned to the Cell/Area Zones. Note that there are no detail specifications for placement, routing or connection types.
- #12: CISCO/RA – wrote a Reference Architecture which is the logical view of the network but it leaves the user left trying to figure out where everything goes. Panduit’s Physical Layer Reference Architecture moves you from the logical to the physical.Analogy – I would be like an Architect telling you that you should have electricity in your house for lighting and running appliances but not doing an electrical drawing. Panduit’s is like the electrical contractor who does the electrical drawing on where to land electrical outlet boxes, breaker panel, switches, lights etc.
- #13: CISCO/RA – wrote a Reference Architecture which is the logical view of the network but it leaves the user left trying to figure out where everything goes. Panduit’s Physical Layer Reference Architecture moves you from the logical to the physical.Analogy – I would be like an Architect telling you that you should have electricity in your house for lighting and running appliances but not doing an electrical drawing. Panduit’s is like the electrical contractor who does the electrical drawing on where to land electrical outlet boxes, breaker panel, switches, lights etc.
- #14: The Network Details are a critical step since it is where decisions are made for performance security and testability.The Network Detail schematic diagram guides the installation
- #15: Like any good project, a complete BOM is generated.
- #16: MICE is a structured approach to rate various areas in the plant. Once an area has a rated then you take appropriate steps to mitigate issue and choose appropriate components to installAllows for better component selection based on the true needs of the environment. Allows for easier and more accurate specifications to be written that take into consideration protection, isolation and separation.Allows for proper consideration of existing components during moves, adds, and changes to work zones/cells.