1. Smart Components for Miniature Modular Sample Systems A Connectivity and Communication Solution Richard A. Ales David M. Simko John J. Wawrowski Swagelok Company, Solon, Ohio IFPAC San Diego, CA 1/23/2002

2. BackgroundBackground Swagelok committed to analytical instrumentation for over 50 years Our response to NeSSi and subsequent work have helped define 1 st generation miniature modular sample systems We are continually developing “fit-for-purpose” 1 st generation components We are ready to move on to defining and developing 2 nd generation components

3. Evolution of Modular Sample Systems 1 st Generation NeSSi – miniature modular achieved –ISA SP76 interface standard –Commercially available control solutions –Functional downmount components –Systems successfully installed –Benefits are being realized 2 nd Generation NeSSi – Smart is next –Plug-n-play devices, integrated with S.A.M. –Multi-drop sensor bus communications –Self-diagnosing sample systems –Configurable device personalities –Multi-variable transducers

5. Smart Device Example Switching Valve Hot-swap plug-n-play Electric Actuator

6. Acetylene + Hydrogen Ignition Curve

8. SMART Valve Example

9. AttributeTypeSemantics CommandAutomation OutputValve Position Indicator StatusAutomation InputValve Position Command Device IDSmart IdentityDevice Description Array Cycle Counter, Extended Status Code Forced Command Smart DiagnosticMonitor Valve Health, Local Control Bad Status AlarmSmart StatusFault Indicator Flag Cycle Limit Register, Fault Action, Idle Action, Connection Format Smart Configuration Set the valve personality Smart Valve Features

10. Automated vs. Smart FeatureAutomatedSmart ArchitectureI/O BasedNetworked CommunicationsOne-way, Point-to-PointTwo-way, Multi-Drop ConfigurationOff-lineOn-line Download Asset ManagementProxyOn-line Upload DiagnosticsProxyMonitored in Real-time Process VariablesSingleMultiple Control FunctionsDCS or PLCLocal Device Component Cost$$$$ Total Cost of Ownership$$$$

11. Feature Partition Model

12. Hybrid O 2 Sample System

13. Hybrid O 2 Sample System Realization

14. First, Drag and Drop Device from pick list Then, set the network address and parameters

18. Add Devices to create a connection.

21. Some Final Thoughts