IEC PAS 62453-1:2006

FOREWORD
INTRODUCTION
1 Scope
   1.1 Performance
   1.2 Audience
2 Normative references
3 Terms and definitions
4 Abbreviations
5 Concept
   5.1 Status
   5.2 State of the art
   5.3 Aims
   5.4 Technological orientation
   5.5 Solution concept
   5.6 Migration to Device Type Manager (DTM)
6 FDT fundamentals
   6.1 FDT overview
   6.2 Where FDT fits
   6.3 General FDT architecture and components
   6.4 Overview of objects and interfaces
   6.5 Synchronization and serialization issues
   6.6 Parameter interchange via XML
   6.7 Persistent storage story
   6.8 Basic features of a session model
   6.9 Basic operation phases
   6.10 Abstract FDT object model
   6.11 Fieldbus independent integration
   6.12 Scanning and DTM assignment
7 FDT version interoperability guidance
   7.1 Overview
   7.2 General
   7.3 Component interoperability
   7.4 FDT type library
   7.5 DTM and device versions
   7.6 Persistence
   7.7 Nested communication
   7.8 Implementation hints
8 FDT interface specification
   8.1 Overview of the FDT interfaces
   8.2 FDT objects
   8.3 Device Type Manager
   8.4 DTM ActiveXControl
   8.5 FDT Channel
   8.6 Channel ActiveXControl
   8.7 Block Type Manager
   8.8 BTM ActiveXControl
   8.9 Frame Application
   8.10 General concepts
9 FDT session model and use cases
   9.1 Actors
   9.2 Use cases
   9.3 DTM use case realization
   9.4 Frame Application use case realization
10 FDT sequence charts
   10.1 DTM peer to peer communication
   10.2 Nested communication
   10.3 Topology scan
   10.4 Registration of protocol specific FDT schemas
   10.5 Configuration of a fieldbus master
   10.6 Starting and releasing applications
   10.7 Channel access
   10.8 DCS Channel assignment
   10.9 Printing of DTM specific documents
   10.10 Printing of frame application specific documents
   10.11 Propagation of changes
   10.12 Locking
   10.13 Instantiation and release
   10.14 Persistent storage of a DTM
   10.15 Audit trail
   10.16 Comparison of two instance data sets
   10.17 Failsafe data access
   10.18 Set or modify device address with user interface
   10.19 Set or modify known device addresses without user
         interface
   10.20 Display or modify all child device addresses with user
         interface
   10.21 Device initiated data transfer
   10.22 Starting and releasing DTM user interface in modal dialog
   10.23 Parent component handling redundant slave
   10.24 Initialization of a channel ActiveX control
   10.25 DTM upgrade
   10.26 Usage of IDtmSingleDeviceDataAccess::
         ReadRequest/WriteRequest
   10.27 Instantiation of DTM and BTM
11 Installation issues
   11.1 Registry and device information
12 Description of data types, parameters and structures
   12.1 Ids
   12.2 Data type definitions
Annex A (normative) FDT IDL
Annex B (normative) FDT XML schemas
      B.1 FDTDataTypesSchema
      B.2 FDTApplicationIdSchema
      B.3 FDTUserInformationSchema
      B.4 DTMInformationSchema
      B.5 DTMFunctionCallSchema
      B.6 DTMParameterSchema
      B.7 DTMDocumentationSchema
      B.8 DTMProtocolsSchema
      B.9 DTMSystemTagListSchema
      B.10 DTMAuditTrailSchema
      B.11 DTMDeviceStatusSchema
      B.12 DTMFunctionsSchema
      B.13 DTMChannelFunctionsSchema
      B.14 DTMOnlineCompareSchema
      B.15 FDTFailSafeDataSchema
      B.16 DTMTopologyScanSchema
      B.17 FDTOperationPhaseSchema
      B.18 DTMInitSchema
      B.19 FDTUserMessageSchema
      B.20 DTMInfoListSchema
      B.21 FDTTopologyImportExportSchema
      B.22 DTMDeviceListSchema
      B.23 DTMSystemGuiLabelSchema
      B.24 DTMStateSchema
      B.25 DTMEnvironmentSchema
      B.26 FDTConnectResponseSchema
      B.27 TypeRequestSchema
      B.28 FDTScanRequestSchema
      B.29 FDTxxxIdentSchema
      B.30 FDTxxxDeviceTypeIdentSchema
      B.31 FDTxxxScanIdentSchema
      B.32 DTMIdentSchema
      B.33 DTMScanIdentSchema
      B.34 DTMDeviceTypeIdentSchema
      B.35 DTMItemListSchema
      B.36 BtmDataTypesSchema
      B.37 BtmInformationSchema
      B.38 BtmParameterSchema
      B.39 BtmInitSchema
      B.40 BtmInfoListSchema
Annex C (informative) FDT XML Styles - Documentation
Annex D (normative) FDT XSL Transformation
      D.1 Identification transformation
      D.2 Hint:
Annex E (normative) Channel schema
      E.1 FDT Basic Channel Parameter Schema
      E.2 Template for Channel Schema
Annex F (informative) History - List of changes
BIBLIOGRAPHY
Figures
Tables

includes the engineering and commissioning of field devices. Functionality for documentation and audit trail support is also considered. Examples and use cases are mainly given for actors, sensors and remote I/Os. Of course, FDT is prepared to be used for devices like drives, analyzers, recorders, etc. as well. The FDT interfaces are designed in such a way as to support all significant fieldbus protocols. The main focus of this version of FDT does not lie on any specific fieldbus protocol. Due to the scalable structure of FDT it will be easy to add new schemas in order to extend the scope to new protocols.