Select PlantStruxure reference architectures? - Schneider Electric ...
Select PlantStruxure reference architectures? - Schneider Electric ... Select PlantStruxure reference architectures? - Schneider Electric ...
3 – Global ref. archi.3.6. PlantStruxure global architecture selection summaryThe presented architectures are tested, validated and documented to facilitate their deployment.The table below gives the main characteristics that can be used to select one class ofarchitecture. The values presented in this table depend on the segment and customer needs, souse them only as a guide.Parameter Centralized Modular Large processNumber of PACs 1 or 2 3 to 10 10 and moreTotal average ofI/O countTotal average ofSCADA tags500 to1000 and more 1000 to 5000 and more 5000 to 10000 and more5000 15000 100000 and moreAvailability Optional Yes if required YesOverall networkarchitectureFlat topologyLayered topologyLayered topology withrouting capabilitiesbetween each level.Table 6: Global architecture selection guide32© 2012 Schneider Electric All Rights Reserved
4. Control room reference architectures4 – Control room ref. archi.4.1. Control room architecture structuringPlantStruxure control room architecture is structured in three levels depending on:Process application size: Number of variables, number of alarms and so onFunctional requirements: Operating and monitoring services, Historian services, optimizationservices, batch services and so onPlant topology: Compact or wide area plantER P SystemBatchSystemHistorianManufacturingExecutionSystemEngineeringWorkstation/System serversAssetmanagementR edundantSCADAServersGlobal Operators workstationsCluster 1 Cluster 2HistorianBatchserverEngineeringStation/AssetmanagementPlant operation centerSCADA ServersRedundant I/Oserver,alarm servertrends serverOperators workstationsProcess control roomServerServersOperatorWorkstationClientsEngineeringStation WorkstationCompact control roomFigure 15: Control room reference architecture scalability33© 2012 Schneider Electric All Rights Reserved
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4. Control room <strong>reference</strong> <strong>architectures</strong>4 – Control room ref. archi.4.1. Control room architecture structuring<strong>PlantStruxure</strong> control room architecture is structured in three levels depending on:Process application size: Number of variables, number of alarms and so onFunctional requirements: Operating and monitoring services, Historian services, optimizationservices, batch services and so onPlant topology: Compact or wide area plantER P SystemBatchSystemHistorianManufacturingExecutionSystemEngineeringWorkstation/System serversAssetmanagementR edundantSCADAServersGlobal Operators workstationsCluster 1 Cluster 2HistorianBatchserverEngineeringStation/AssetmanagementPlant operation centerSCADA ServersRedundant I/Oserver,alarm servertrends serverOperators workstationsProcess control roomServerServersOperatorWorkstationClientsEngineeringStation WorkstationCompact control roomFigure 15: Control room <strong>reference</strong> architecture scalability33© 2012 <strong>Schneider</strong> <strong>Electric</strong> All Rights Reserved
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