Link diverse industrial equipment into
a plant wide communications network
Understand the mission of the OPC
Foundation
See what the OPC standards provide
Compare OPC to current industrial
protocols
Recognize the benefits and drawbacks to
OPC
Justify the economics to move to OPC
Post your process data seamlessly onto
the Internet or Intranet
Migrate your plant and process data
into your business applications
Know where to go for off the shelf OPC
solutions
The OPC Foundation: History
|Goals | Benefits of OPC
Benefits and Limitations of OPC
Why do we need another
protocol?
The ISO/OSI Communications Reference Model: Migration of Industrial Protocols | Proprietary Protocols, Open
Protocols, Industrial Ethernet | Goals for a Common Industrial Protocol |
Compare Client Server/Publisher Subscriber Methods for Sharing Data
Technical Overview of OPC: Basic Components of OPC | COM and DCOM | Active-X Controls|
Object Modeling Concepts
Examine the Current OPC Standards: Common Interface, Data Access (DA) | Security | Alarms and
Events (A&E) | Historical Data Access (HDA) | Batch | Data Exchange (DX) |
XML-DA
Implementation Techniques: Connect Plant Devices with Differing Communication Protocols |
Moving Plant Data to Business Applications such as Excel, SQL Databases |
Create Internet and Intranet Solutions | Case Studies (Polyethylene Plant,
Chemical Plant Control, SCADA Gas Transmission System, Ammonia Plant, ERP,
Machine Control) | What Control System Vendors are doing |Non-Microsoft
Platform Support | Performance Benchmarks
Resources for Off the Shelf OPC Solutions: Servers | Clients | Development Toolkits
Demonstration of OPC Server and Client