Ertms Regional Grs Uic-Books Pdf

ERTMS Regional GRS UIC
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ERTMS Regional, Document Modification History, Issued Date Purpose. Draft 1 01 22 12 05 Draft prepared based on the BV ERTMS R tender documents and. UIC documents, Draft 1 02 20 01 06 Issued for discussion of the document structure and content. ERTMS Regional General Technical Requirements Specification draft 01 02 2. ERTMS Regional, Abbreviations in this document, CENELEC Comit Europ en de Normalisation Electrotechnique. EMC ElectroMagnetic Compatibility, ERTMS European Railway Traffic Management System. ETCS European Train Control System, EU European Union.
FFFIS Form Fit Functional Interface Specification, GSM R Global System for Mobile Communication Railway. IEC International Electrotechnical Commission, IP Internet Protocol. LC Level Crossing, LCS Level Crossing System, OC Object Controller. SRS System Requirements Specification, TCC Traffic Control Centre. TCP Transmission Control Protocol, TKK Tongue control contact.
XML Extensible Markup Language, Building According to EN 50125 3 2003. Cubicle According to EN 50125 3 2003, Eurobalise ETCS balise as defined in the class 1 specification. Shelter According to EN 50125 3 2003A, ERTMS Regional General Technical Requirements Specification draft 01 02 3. ERTMS Regional, Table of contents, DOCUMENT MODIFICATION HISTORY 2. ABBREVIATIONS 3, TABLE OF CONTENTS 4, 1 INTRODUCTION 5.
2 APPLICABLE STANDARDS 6, 2 1 ERTMS ETCS documents 6. 2 2 CENELEC documents 6, 2 3 National documents 6, 3 SYSTEM DESCRIPTION 7. 3 1 Interface IA TCC to Administration System 7, 3 2 Interface IB TCC to Juridical Recorder System 7. 3 3 Interface IC TCC to Maintenance System 7, 3 4 Interface ID TCC to Controller System 8. 3 5 Interface IE TCC to External Information System 8. 3 6 Interface IF TCC to Data Preparation System 8, 3 7 Interface IG TCC to Hand Held Terminal 8.
3 8 Interface IH TCC system to Object Controller 8. 3 9 Interface II TCC to Other TCC 9, 3 10 Interface EA TCC system to Passenger Train Warning System 9. 3 11 Interface EB TCC system to Adjacent CTC 9, 3 12 Interface EC Train Position Information 9. 3 13 Interface ED TCC system to ETCS train 9, 3 14 Interface EE TCC system to Adjacent RBC 9. 3 15 Interface EF TCC system to Detector PC 9, 3 16 Interface EG Object Controller to Electrical Point Derailer 10. 3 17 Interface EH Object Controller to Level Crossing System 12. 3 18 Interface EI Object Controller to Adjacent Interlocking 13. 3 19 Interface EJ Object Controller to Electrical Point Lock 13. 3 20 Interface EK Object Controller to Generic Input Output 14. 3 21 Interface EL Object Controller to Track Circuit 15. 3 22 Interface EM Object Controller to Point Heater 16. 3 23 Interface EN Eurobalise to ETCS train 17, 3 24 Interface EO Power Supply 17.
4 SYSTEM REQUIREMENTS 18, 4 1 Start up and restart 18. 4 2 Stand by 18, 4 3 Performance 18, 4 4 Capacity 21. 5 ENVIRONMENT 21, 5 1 Introduction 21, 5 2 Environmental conditions 21. 5 3 Environmental pollution contamination 24, 5 4 EMC 25. 5 5 CE certificate 25, 6 DESIGN 26, 6 1 Spare Capacity 26.
6 2 Date and Time 26, 6 3 Grounding 26, 6 4 Cables and Network 26. 6 5 Qualitative requirements 26, 7 REFERENCES 28, 8 ANNEX A 29. 9 ANNEX B 30, ERTMS Regional General Technical Requirements Specification draft 01 02 4. ERTMS Regional, 1 Introduction, This document General Technical Requirements Specifications GRS. specifies the general technical requirements for the ERTMS Regional. system with functionality as described in the ERTMS Regional FRS. document version 03 00 31 10 2003 to be used by the UIC Railways. The purpose of the document is to define non functional. requirements specifications such as system interfaces performance. environment etc, With each of the requirements an R is indicated to separate them.
clearly from explanations and other informative text. Explanations and notes are not marked R is information for. clarification and shall not be regarded as requirements. ERTMS Regional General Technical Requirements Specification draft 01 02 5. ERTMS Regional, 2 Applicable standards, 2 1 ERTMS ETCS documents. The ERTMS Regional system shall comply with the ERTMS ETCS. class 1 and the GSM R specification according to Annex A R. 2 2 CENELEC documents, The ERTMS Regional system shall comply with the documents listed. Document Name Reference, Railway applications Communication signalling EN 50159 2 2001. and processing systems Part 2 Safety related, communication in open transmission systems. Railway applications Insulation coordination EN 50124 1 2001. Part 1 Basic requirements Clearances and, creepage distances for all electrical and electronic.
Addition of an informative annex to EN EN 50124, Application guide on insulation coordination and 1 2001 prAA 2003. creepage distances, Table 1 List of CENELEC documents. 2 3 National documents, The ERTMS Regional system shall comply with the documents listed. Document Name Reference, Table 2 List of National documents. ERTMS Regional General Technical Requirements Specification draft 01 02 6. ERTMS Regional, 3 System description, The following figure describes the ERTMS Regional system.
architecture and its boundaries, Figure 1 ERTMS Regional system architecture. 3 1 Interface IA TCC to Administration System, The interface IA shall be based on the IP protocol R. The interface IA shall be Ethernet based with a RJ45 connection R. A FFFIS for interface IA shall be developed as part of the SRS in. cooperation with the Purchaser R, 3 2 Interface IB TCC to Juridical Recorder System. A FFFIS for interface IB shall be developed as part of the SRS in. cooperation with the Purchaser R, 3 3 Interface IC TCC to Maintenance System. The interface IC shall be based on the IP protocol R. The interface IC shall be Ethernet based with a RJ45 connection R. A FFFIS for interface IC shall be developed as part of the SRS in. cooperation with the Purchaser R, ERTMS Regional General Technical Requirements Specification draft 01 02 7.
ERTMS Regional, 3 4 Interface ID TCC to Controller System. The interface ID shall be based on the IP protocol R. The interface ID shall be Ethernet based with a RJ45 connection R. A FFFIS for interface ID shall be developed as part of the SRS in. cooperation with the Purchaser R, 3 5 Interface IE TCC to External Information System. The interface IE shall be based on the IP protocol R. A FFFIS for interface IE shall be developed as part of the SRS in. cooperation with the Purchaser R, 3 6 Interface IF TCC to Data Preparation System. It shall be possible to download program data in the TCC system and. its sub systems using a standard communications protocol R. If the system used for program data loading is a computer then it shall. be based on a standard platform R, 3 7 Interface IG TCC to Hand Held Terminal. The interface IG shall use GSM R R, A FFFIS for interface IG shall be developed as part of the SRS in.
cooperation with the Purchaser R, The Hand Held Terminal shall be portable R. 3 8 Interface IH TCC system to Object Controller, The interface IH shall be based on the TCP IP protocol R. The interface IH shall be Ethernet based with a RJ45 connection R. A FFFIS for interface IH shall be developed as part of the SRS in. cooperation with the Purchaser R, It shall be possible to implement interface IH on a fixed IP network and. on a GPRS network R, The interface IH shall be compatible with a connection that supports a. maximum data rate of 9 6 Kbits sec R, ERTMS Regional General Technical Requirements Specification draft 01 02 8.
ERTMS Regional, 3 9 Interface II TCC to Other TCC, The interface II shall comply with the ERTMS ETCS class 1. specification according to Annex A R, The interface II shall be based on the IP protocol R. The interface II shall be Ethernet based with a RJ45 connection R. A FFFIS for interface II shall be developed as part of the SRS in. cooperation with the Purchaser R, 3 10 Interface EA TCC system to Passenger Train Warning. The interface EA shall be based on the IP protocol R. The interface EA shall be Ethernet based with a RJ45 connection R. A FFFIS for interface EA shall be developed as part of the SRS in. cooperation with the Purchaser R, 3 11 Interface EB TCC system to Adjacent CTC. The interface EB shall comply with the national standard for the. interface reference to national standard to be included R. 3 12 Interface EC Train Position Information, The interface EC shall be based on the IP protocol R.
The interface EC shall be Ethernet based with a RJ45 connection R. A FFFIS for interface EC shall be developed as part of the SRS in. cooperation with the Purchaser R, 3 13 Interface ED TCC system to ETCS train. The interface ED shall comply with the ERTMS ETCS class 1. specification according to Annex A R, 3 14 Interface EE TCC system to Adjacent RBC. The interface EE shall comply with the ERTMS ETCS class 1. specification according to Annex A R, 3 15 Interface EF TCC system to Detector PC. The interface EF shall be based on the IP protocol R. ERTMS Regional General Technical Requirements Specification draft 01 02 9. ERTMS Regional, The interface EF shall be Ethernet based with a RJ45 connection R. A FFFIS for interface EF shall be developed as part of the SRS in. cooperation with the Purchaser R, 3 16 Interface EG Object Controller to Electrical Point.
3 16 1 Introduction, An electrical point derailer operates through commands given by the. Object Controller The point derailer position is checked by the Object. Controller through the use of contacts in the point machine and in the. point s tongue TKKs, To be able to control the point derailer locally a local control terminal. will be used, 3 16 2 Point machine, Physical interface. The Object Controller EG interface shall be compatible with the point. machine physical interface described in this section R. National description to be included example from the Swedish Project. in annex xx, Electrical interface, The Object Controller EG interface shall be compatible at least with. one of the point machine electrical interfaces described in this section. National description to be included example from the Swedish Project. in annex xx, The Object Controller EG interface shall be able to handle a not.
detected status produced by the point machine when a train passes. through or approaches the point R, The Object Controller EG interface shall be able to correctly detect the. point machine contacts status R, The Object Controller EG interface shall be able to handle points. equipped with 2 point machines R, ERTMS Regional General Technical Requirements Specification draft 01 02 10. ERTMS Regional, 3 16 3 TKK, The TKK is an electronic system that detects a point s position by. measuring the distance between the point s tongue and the stock rail. For compatibility reasons the TKK emulates the contacts of a relay. The TKK system derives the power for its internal electronics from the. voltage applied to its contacts, Each TKK can supervise one of the point s positions either left or.
The installation of TKKs is required for points with a tongue length over. National value to be included meters and speeds over National value. to be included km h, Physical interface, The Object Controller EG interface shall be compatible with the TKK. physical interface described in this section R, National description to be included example from the Swedish Project. in annex xx, Electrical interface, The TKK can produce a not detected status when a train passes. through or approaches the point The duration of this event is typically. between 100 and 200 ms, National description to be included example from the Swedish Project. in annex xx, The Object Controller EG interface shall be able to handle at least 4.
TKKs used in series for controlling the position of a point R. The Object Controller EG interface shall be able to handle a not. detected status produced by the TKK when a train passes through or. approaches the point R, If the point has any TKK they shall be monitored separately Not in the. same control circuit as the control contacts in the point machine or the. electrical point lock R, 3 16 4 Local Control Terminal. Physical interface, ERTMS Regional General Technical Requirements Specification draft 01 02 11. ERTMS Regional, The Object Controller EG interface shall be compatible with the local. control terminal physical interface described in this section R. National description to be included example from the Swedish Project. in annex xx, Electrical interface, The Object Controller EG interface shall be compatible with the.
electrical interface described in this section R, National description to be included example from the Swedish Project. in annex xx, 3 17 Interface EH Object Controller to Level Crossing. 3 17 1 Introduction, The Level Crossing System is responsible for the level crossing. control This is a self standing system that manages all the level. crossing objects signals to the road barriers signals to the track etc. The Level Crossing System has a defined interface to the Object. Controller which is described in this section This interface is divided. ETCS European Train Control System 2 1 ERTMS ETCS documents A FFFIS for interface EC shall be developed as part of the SRS in

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