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Cabling management system Version 2.0  0 1/2013

Cabling management system Version 2.0  0 1/2013. INTRODUCTION. What is SSK? CAD/CAE (CAx) system for computer-aided design/engineering and management of large cabling systems What is cabling system? Ensures energetic or information interconnection of technological devices

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Cabling management system Version 2.0  0 1/2013

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  1. Cabling management systemVersion 2.0  01/2013

  2. INTRODUCTION • What is SSK? • CAD/CAE (CAx) system for computer-aided design/engineering and management of large cabling systems • What is cabling system? • Ensures energetic or information interconnection of technological devices • Includes cables as well as structural elements as places for cable location and terminals as places for cable termination and connection • Represents important and critical part of the complex technological units

  3. INTRODUCTION (3) • What SSK offers? • Centralized management of full information about cabling system elements • Optimization of cabling system design and modification • Support for the whole life cycle of cabling system elements • Objective securing and demonstration of an adherence to requirements of standards and regulations for cabling system design, implementation and operation • Expense saving during cabling system design, implementation and operation • Quality assurance of cabling system management processes

  4. BUILDINGS ROUTES TERMINALS CABLES CABLING SYSTEM DESCRIPTION • Buildings • Description of buildings (for description of cable routes and terminals layout) • Routes • Description of structural elements (for description of cables location) • Terminals • Description of end-devices (for description of cables termination and connection) • Cables • Description of cables characteristics, terminations and connections, routes and locations CHANGES DOCUMENTATION

  5. BUILDINGS ROUTES TERMINALS CABLES BUILDINGS • Buildings • Levels • Level/room objects • Grids • Rooms • Points(for routes and terminals layout definition)

  6. BUILDINGS ROUTES TERMINALS CABLES ROUTES • Routes • Route segments(sections, penetrations) • Cable route points • Cable routes elements (bridges, channels and pipes, square and circular openings) • Proposed segregation groups of cable route elements

  7. BUILDINGS ROUTES TERMINALS CABLES TERMINALS • Terminals(devices, hermetic walls) • Terminal points • Terminal segments(device segments, hermetic penetrations) • Proposed segregation groups of terminal segments • Terminal elements(device elements, sockets of hermetic penetrations)

  8. BUILDINGS ROUTES TERMINALS CABLES CABLES • Cables • Cable terminations(cable termination at terminals) • Cable connections(cable connections to terminals, segments and elements) • Cable traces • Cable location(location of cables on routes, segments and elements) • Cable joints

  9. SUPPORT FOR DESIGN, IMPLEMENTATION AND OPERATION OF CABLING SYSTEM • Tracking and managing lifecycle of cables • Tracking the whole lifecycle of cables • Tracking the whole history of cables • Managing cable modifications • Compiling and tracking controlled documentation • Designing and modifying cabling system elements • Management of designed routes and terminals • Automatic cable trace design or re-design • Inspecting and evaluating cabling system

  10. TRACKING AND MANAGING LIFECYCLE OF CABLES • Tracking and managing the lifecycle of cables through customizable state machine • States • Initial, final • Updateable, fixed • Cable update permissions • Allowed routes a terminal • Transitions • Permissions • Actions and guard conditions State 1Initial State 3Fixed State 2Updateable State 4Final

  11. TRACKING AND MANAGING LIFECYCLE OF CABLES (3) • Managing cable modifications • Modifications, modification items • Created, opened, closed • Control of cable modification process • Unlock, lock • Modification types • Subset of states and transitions • Definition of modification initial and final states (conditions for opening and closing modification items) State 1Initial State 3Fixed State 2Updateable State 4Final

  12. TRACKING AND MANAGING LIFECYCLE OF CABLES (2) • Tracking the history of cables • System based versioning • User forced versioning • Compiling and tracking controlled documentation • Documentation, documentation compilations • Documentation types • Definition of compilation rules • Content definition • Documentation profiles

  13. DESIGNING AND MODIFYING CABLING SYSTEM AUTOMATIC TRACING • Automatic tracing is searching for a cable location on cable route elements considering • Cable characteristics • Tracing parameters • Building and technical restrictions • Normative and empirical rules of cable design and implementation • Automatic tracing provides • Finding optimal cable traces • Full-tracing cables • Add-tracing cables • Re-tracing cables

  14. DESIGNING AND MODIFYING CABLING SYSTEM AUTOMATIC TRACING (2) Parameters(mandatory and optional) Cable basic characteristics, terminations, traces Separation and segregation rules Buildings, routes, terminals, cables, modifications, … Related cablesredundant and parallel Automatic tracing algorithm Optimal cable trace

  15. INSPECTING AND EVALUATING CABLING SYSTEM • Basic inspection and evaluation as a standard part of application data modules • Extended inspection and evaluation in a printed report form • Predefined inspection and evaluation • Filling and loading of cable route elements • Cable separation and segregation rules • … • User-defined inspection and evaluation

  16. APPLICATION FEATURES • Well arranged layoutand intuitive control • Simultaneously working with several modules • Transition among modules according to context • Transition among form and graphical representation according to context • System extensibility (user-defined attributes, attached documents, user-defined evaluation, reports, …)

  17. APPLICATION ARCHITECTURE • Client – server application • Server-side application part • Database system Oracle, version 10g or higher • Central data storage • Application logic implementation • Client-side application part • Graphical user interface • Java2 application • Data exchange with other systems • Application logic is implemented at the database level, possibility of other client-side applications secure access • Possible utilization of standard interfaces (ODBC, JDBC, …) for database access

  18. REFERENCES • Nuclear Power Plants • Nuclear Power Plant Dukovany ČEZ, a.s. Management of cabling system • Nuclear Power Plant Temelin ČEZ, a.s. Management of cabling system • Coal-Fired Power Plants • Coal-Fired Power Plant Tusimice II ČEZ, a.s. (complex renewal)Support services of engineering (design) and project mgmt. • Coal-Fired Power Plant Ledvice ČEZ, a.s. (new unit) Support services of engineering (design) and project mgmt. • Other Power Plants • Combined Cycle Gas Power Plant Pocerady ČEZ, a.s. (new unit) Support services of engineering (design) and project mgmt.

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