manufacturing iot - opc ua information revolution

26
Bill Lydon Chairman of PLCopen North America Editor of Automation.com & InTech Magazine Automation Consultant

Upload: bill-lydon

Post on 18-Dec-2014

108 views

Category:

Technology


6 download

DESCRIPTION

Internet of Things Manufacturing Business Value Presentation by Bill Lydon, Chairman - PLCopen North America at the OPC Foundation Information Revolution 2014 Conference held at Microsoft's Redmond Campus. Bill Lydon is an experienced industrial, process control, and building automation professional with technology and business experience including product design, corporate experience, co-founder & president of a start-up company. Bill is an industry consultant, editor of Automation.com and editor International Society of Automation InTech magazine. For more details contact Bill Lydon [email protected] 414-704-5004 * LinkedIn: www.linkedin.com/in/billlydon * Twitter: https://twitter.com/wlydon

TRANSCRIPT

Page 1: Manufacturing IoT - OPC UA Information Revolution

Bill Lydon• Chairman of PLCopen North America

• Editor of Automation.com & InTech Magazine

• Automation Consultant

Page 2: Manufacturing IoT - OPC UA Information Revolution

Entrepreneur ApplicationsHardware & Software Design

Bill Lydon Background

Controls &Automation

Page 3: Manufacturing IoT - OPC UA Information Revolution
Page 4: Manufacturing IoT - OPC UA Information Revolution

• Customer Responsiveness• Profits• Order Synchronization • Supply Chain Synchronization • Work In Process Tracking• Genealogy & Traceability (TnT)• WEB Visibility• Compliance Documentation• Paperless Systems• Investment Justification?

Manufacturing systems NOT advancing at the rate of other business systems.

Page 5: Manufacturing IoT - OPC UA Information Revolution

ERP

Local HMIs AutomatedControls

MES/Historians/HMI

Sensor/Actuators

Hardwired, Proprietary; Semi Proprietary

Low Quality Data Sources

Multiple Databases

Historians, Batch Records, LIMs etc.DUPLICATION

Crude DataNon-Standard

Low RefinementPoor SyntaxNo Context

Page 6: Manufacturing IoT - OPC UA Information Revolution

ERP

Local HMIs AutomatedControls

MES/Historians/HMI

Sensor/Actuators

Hardwired, Proprietary; Semi Proprietary

• Duplicated Data• Multiple Layers• Throughput Bottlenecks• Communication Translators• Complicated Routing• Low COTS Adoption• Configuration Control Challenges• Holding back innovation• Holding back productivity

Complicated & creates a great deal of cost, ongoing configuration control and lifecycle investment.

Low Quality Data Sources

Crude DataNon-Standard

Low RefinementPoor Syntax

Multiple Databases

Historians, Batch Records, LIMs etc.DUPLICATION

Page 7: Manufacturing IoT - OPC UA Information Revolution

Striving for Manufacturing Success Creative & Innovative Automation

Low labor cost is not a winning manufacturing strategy…

Industry 4.0 Smart Factory Industrial InternetManufacturing IoT Intelligent Manufacturing

Page 8: Manufacturing IoT - OPC UA Information Revolution

Copyright 2010

Synchronize: Customer, Supply Chain; Manufacturing

Make to Order ManufacturingIncrease Factory ThroughputIncrease QualityFrictionless CommunicationReduce Application Engineering TimeSimplify Enterprise Software Interfaces

continuous real-time business optimizationThe Big Ideas: Real-time Digital Factory

Precision & Efficiency

Page 9: Manufacturing IoT - OPC UA Information Revolution

AnalyticsMacro LevelProcesses, Machines & Plants

Page 10: Manufacturing IoT - OPC UA Information Revolution

Embedded Computing - Sensors , Actuators, Pumps, Flow Sensors, …Control & Automation Driving to the Edge

“the internet of things”32/64 bit CPUs, Integrated Communication (Wired & Wireless),

Embedded Real-time Operating System, Web Server, Email, Web Services

AnalyticsMicro LevelDrives, Motor Controls, Sensors, Actuators

Etc…

Macro LevelProcesses, Machines & Plants

Page 11: Manufacturing IoT - OPC UA Information Revolution

Wider Application PossibilitiesMachine • Multi-Process • Multi-plant • Supply Chain • Energy

Methods Understood - Model Based Control * Model Free * Self LearningLimiting Factors – Processing Power, Communications, & Weak Software Platforms

AnalyticsMacro Level

Page 12: Manufacturing IoT - OPC UA Information Revolution

Wider Application PossibilitiesMachine • Multi-Process • Multi-plant • Supply Chain • Energy

Micro LevelSensor & Actuator

Embedded Computing - Sensors , Actuators, Pumps, Flow Sensors, …Control & Automation Driving to the Edge

Refinement Analytics Web Server Email Web Services OPC UA

Methods Understood - Model Based Control * Model Free * Self LearningLimiting Factors – Processing Power, Communications, & Weak Software Platforms

AnalyticsMicro Level

Drives, Controls, Sensors, Actuators, Etc…

Macro LevelProcesses, Machines & Plants

Page 13: Manufacturing IoT - OPC UA Information Revolution

OPC UA

OPC UA

OPC UA

ERP

Automation & Controls

Sensor/Actuators

OPC UA

OPC UA

the cloud

Page 14: Manufacturing IoT - OPC UA Information Revolution

Copyright 2010

P

L

P

L

P

L

P

L

• ISA-95• ISA-88• B2MML• IEC 61131• MTConnect• PackML• OPC UA• OPC UA ADI• OPC UA - WITSML

Open Standards Deliver InteroperabilityDevice to Device and Device to the Enterprise

Enterprise

Page 15: Manufacturing IoT - OPC UA Information Revolution

IEC = International Electrotechnical CommissionFounded in 1906 Over 50 participating countriesCommon Industrial Control Programming Standard

IEC 61131-3 Global Standard

Founded in 1992 Worldwide Vendor Independent Not for ProfitFocus – Open Architecture Controls Programming

PLCopen

Page 16: Manufacturing IoT - OPC UA Information Revolution

STRONG DATA TYPES

Open Controls Programming Standards

BOOL REAL & LREALINTEGER STRING TIME ARRAY

VENDOR DEFINEDUSER DEFINEDSTRUCTURES

Ladder Diagram (LD)Function Block Diagram (FBD)Sequential Function Chart (SFC)Structured Text (ST)Instruction List (IL)

Page 17: Manufacturing IoT - OPC UA Information Revolution
Page 18: Manufacturing IoT - OPC UA Information Revolution

• Transparent Access• Transparent Communication

• XML Interchange Standard

Page 19: Manufacturing IoT - OPC UA Information Revolution

Goal: to define a set of FBs for UA Client communication

Basis for Machine-to-Machine communication

Page 20: Manufacturing IoT - OPC UA Information Revolution

OPC UA

OPC UA

OPC UA

ERP

Automation & Controls

Sensor/Actuators

OPC UA

OPC UA

the cloud

Page 21: Manufacturing IoT - OPC UA Information Revolution

Copyright 2010

Synchronize: Customer, Supply Chain; Manufacturing

Make to Order ManufacturingIncrease Factory ThroughputIncrease QualityFrictionless CommunicationReduce Application Engineering TimeSimplify Enterprise Software Interfaces

continuous real-time business optimizationThe Big Idea: Real-time Digital Factory

Precision & Efficiency

Page 22: Manufacturing IoT - OPC UA Information Revolution

DesignSpecification

Risk Analysis

Verification

CodingTesting

Refining

Integration

Commissioning

Maintenance

Page 23: Manufacturing IoT - OPC UA Information Revolution

DesignSpecification

Risk Analysis

Verification

CodingTesting

Refining

Integration

Commissioning

Maintenance

Open Standards Simplify Automation(Just as it has in other applications.)

Page 24: Manufacturing IoT - OPC UA Information Revolution

Mapping between BACnet and OPC-UABuilding Automation Function Block Libraries

Page 25: Manufacturing IoT - OPC UA Information Revolution

• Standard IEC 61131 Programming• 230 Beckhoff BC9000 Controllers• HMI: Webpage/Internet Explorer• Ethernet TCP/IP I/O• 27,500 I/O Points• Room Control via Internet

Use Case: Building Automation

Courtesy of OPC Foundation/PLCopen Member Beckhoff

Page 26: Manufacturing IoT - OPC UA Information Revolution

Copyright 2010

Building BlocksReal-time Digital Factory

continuous real-time business optimization

OPC UA Business Value

Bill Lydon• Chairman of PLCopen North America• Editor of Automation.com & InTech Magazine• Automation [email protected]