L1-CHE-SPE-305 SIGNAL IDENTIFICATION AND GENERAL INFORMATION

Transcription

1 Engineering Specification Signalling L1-CHE-SPE-305 SIGNAL IDENTIFICATION AND GENERAL INFORMATION Version: 1

2 ENGINEERING SPECIFICATION SIGNAL IDENTIFICATION AND GENERAL INFORMATION L1-CHE-SPE-305 Version: 1 Effective from: 1 st July 2018 Approval Name Position Signature Document Endorser Louisa Waymouth Manager Standards Approving Manager Phil Ellingworth Chief Engineer Amendment Record Approval Date Version Description 20/06/ Rebadge VRIOGS Signal Identification and General Information. No change to the technical content. Approving Manager: Chief Engineer Approval Date: 20/06/2018 Next Review Date: 20/06/2021 PRINTOUT MAY NOT BE UP-TO-DATE; REFER TO METRO INTRANET FOR THE LATEST VERSION Page 2 of 133

3 ENGINEERING SPECIFICATION SIGNAL IDENTIFICATION AND GENERAL INFORMATION L1-CHE-SPE-305 Version: 1 Effective from: 1 st July 2018 PREFACE This Specification replaces VRIOGS Signal Identification and General Information. The contents of this Specification were prepared by the Victorian Rail Industry Operators Group (VRIOG). This VRIOG Standard has been rebadged as an MTM document due to the retirement of VRIOG Standards as of 30 th June This Specification will be managed under the Engineering Standards Development Procedure (L1-CHE-PRO-032). As documents are uncontrolled once printed, it is imperative to check the currency of the Document on The Depot or the MTM s Document Portal which is available externally at All MTM Standards and Specifications are periodically reviewed, and new editions are published which incorporate learnings and Technical Notes (formerly known as Design Practice Notes). Technical Notes are issued between editions which correct any errors or ambiguities contained in an MTM Standard/Specifications. Standards and Specifications may also be withdrawn and/ or replaced. In the event of conflicts or discrepancies between different types of technical documents, refer to the order of precedence as defined in Chief Engineer s Guideline Engineering Standards Listing (L1-CHE-GDL-005). Note: Any clarification described in a Technical Note or Design Practice Note shall take precedence over the impacted clause or clauses in the associated MTM Standard/Specification. In the event a clause within a Standard/Specification is not achievable a waiver will need to be raised, please refer to the Engineering Waiver Procedure - L1-CHE-PRO-001. Note: MTM does not have the authority to grant waivers on any Standards/Specifications or clauses within a Standard/Specification which relate to Government Regulations or Legislation, e.g. Disability Discrimination Act. Referencing this document Clauses and subclauses of this document should be referenced using the following format style L1-CHE-XXX-YYY Clause Z.Z.Z. Referencing the VRIOGS document number is not required. Approving Manager: Chief Engineer Approval Date: 20/06/2018 Next Review Date: 20/06/2021 PRINTOUT MAY NOT BE UP-TO-DATE; REFER TO METRO INTRANET FOR THE LATEST VERSION Page 3 of 133

4 ENGINEERING SPECIFICATION SIGNAL IDENTIFICATION AND GENERAL INFORMATION L1-CHE-SPE-305 Version: 1 Effective from: 1 st July 2018 THIS PAGE IS INTENDED TO BE BLANK Approving Manager: Chief Engineer Approval Date: 20/06/2018 Next Review Date: 20/06/2021 PRINTOUT MAY NOT BE UP-TO-DATE; REFER TO METRO INTRANET FOR THE LATEST VERSION Page 4 of 133

5 Victorian Rail Industry Operators Group Standards VRIOGS Signal Equipment Identification and General Information Revision: Revision A Issue Date: 12/10/2009

6 ii VRIOGS Revision A VRIOGS Signal Equipment Identification and General Information Revision A Issue Date: 12/10/2009 APPROVAL STATUS APPROVER STATUS DATE QUALIFICATIONS Document Developer VRIOG Steering Committee Approved All Sections Accredited Rail Operator Metropolitan Train (Metro Trains Melbourne) Intrastate Train (V/Line) Interstate Train (ARTC) Tram (Yarra Trams) For any queries please contact vriogs@transport.vic.gov.au.

7 VRIOGS Revision A iii PURPOSE OF THE STANDARD The Standard has been created through the collaboration of members of the Victorian Rail Industry Operators Group (VRIOG) for the purpose of establishing standards which, if implemented throughout the Victorian Rail Network, will facilitate the interoperability of infrastructure. The use of the Standard is not prescribed by law but, if adopted, conformity with the provisions of the Standard is mandatory in order that the purpose of the Standard be achieved. DISCLAIMER The Standard is published by the Director of Public Transport for information purposes only and does not amount to any kind of advice. Each person is responsible for making his or her own assessment of all such information and for verifying such information. The content of this publication is not a substitute for professional advice. The Director of Public Transport and VRIOG accept no liability for any loss or damage to any person, howsoever caused, for information contained in this publication, or any purported reliance thereon. COPYRIGHT STATEMENT Director of Public Transport This publication is copyright. No part may be reproduced by any process except in accordance with the provisions of the Copyright Act. Where information or material is so used, it should be used accurately and the Standard should be acknowledged as the source of the information.

8 iv VRIOGS Revision A TABLE OF CONTENTS SECTION 1.0 CONVENTIONS... 1 SECTION 2.0 DEFINITIONS... 2 SECTION 3.0 SCOPE AND GENERAL Scope Background... 3 SECTION 4.0 GENERAL... 4 SECTION 5.0 TRANSFORMERS... 5 SECTION 6.0 REFERENCE LIST VRI TO IRONCORE... 6 SECTION 7.0 REFERENCE LIST IRONCORE TO VRI... 9 SECTION 8.0 REFERENCE LIST SECONDARY VOLTAGE TO VRI SECTION 9.0 COMPONENT CIRCUITS AND PHOTOS SECTION 10.0 REFERENCES

9 VRIOGS Revision A 1 SECTION 1.0 CONVENTIONS 1) Words or phrases that appear capitalised out of context are defined within the Definitions section of this VRIOG Standard. 2) The word Shall is to be understood as mandatory. 3) The word Should is to be understood as non-mandatory i.e. advisory or recommended. 4) Uncontrolled Standards may not be referenced within the VRIOG Standards. These include former PTC Standards, Franchisee Standards, Franchisee Subcontractor Standards and Infrastructure Lessee Standards. 5) Controlled Standards, including Australian Standards and other VRIOG Standards, may be referenced but only if: The referenced item can not be adequately explained with an amount of text that could not reasonably be inserted into the body of the Standard. The reader is not referenced to another Controlled Standard necessary for the item to be adequately explained i.e. one document link only. The referenced document is a Figure or table and could not reasonably be included in the appendices of the Standard. 6) The format employed in the VRIOG Standards is compatible with Australian Standards, and will be used from this point on. 7) The numbering system for the VRIOG Standards is chronologically sequential from the point of introduction, and is not based on any form of interpretive system. 8) The VRIOG Standards contain engineering information necessary to operate a safe Railway. VRIOG Standards will not contain any information that can be construed as a work instruction, procedure, process or protocol. This information forms the basis of each individual entity s Safety Accreditation Certification, and, as such, is outside the scope of VRIOG Standards.

10 2 VRIOGS Revision A SECTION 2.0 DEFINITIONS Terminology used and/or applied in this Standard is defined as follows:- ARTC Terminology Accredited Rail Operator (ARO) DMS DOT Infrastructure Manager Ironcore PTC PTD VR Definition Australian Rail Track Corporation A Rail Infrastructure Manager or Rolling Stock Operator who is accredited under Part 5 of the Rail Safety Act VicTrack Drawing Management System Department of Transport The Manager of the rail infrastructure system and owner of the associated rail safety management systems A Manufacturer of power supplies and battery chargers, etc Public Transport Corporation The Public Transport Division of the Department of Transport Victorian Railways VRI Victorian Railways Industry VRIOGS The Victorian Rail Industry Operators Group comprising the following members: VicTrack V/Line Passenger Metro Trains Melbourne Yarra Trams Australian Rail Track Corporation (ARTC) Public Transport Division (PTD) of the Department of Transport (DOT) Table 1 - Terminology

11 VRIOGS Revision A 3 SECTION 3.0 SCOPE AND GENERAL 3.1 Scope This Standard captures the general specifications and identifying photos of various signalling equipment items; such as power supplies, transformers, battery chargers, rectifiers, etc for use within the Victorian Railway Network. It also contains a number of conversion charts between part numbers for Iron Core type signalling power supplies, battery chargers, etc to that of the Victorian Rail Industry part numbers. This Standard is intended to be dynamic, in that it will continually be updated to capture signalling equipment, by those within the Industry. 3.2 This is the Standard that is used as within the Victorian Railway Network to capture signal equipment such as transformers, power supplies, battery chargers, etc. This Standard should be read in conjunction with all other VRIOGS signal equipment technical specifications, and reference also made to the ARO s type approved signal equipment list. 3.3 Background This Standard replaces all previous versions of Railway Signal Equipment Technical General Specifications, such as and not limited to; Victorian Railways Signal Equipment Technical General Specifications Public Transport Corporation (PTC) Signal Equipment Technical General Specifications Thiess Infraco Signal Equipment Technical General Specifications

12 4 VRIOGS Revision A SECTION 4.0 GENERAL Please note that the following drawings have been created by the author for inclusion within this document. They were not part of the original A2 size B drawings of the Victorian Railways 7B1521 to 12B1521 1B1995 to 6B1995 9B1995, all B1996 9B1997 to 12B1997 It should be noted that within the specification there are a number of items which are OBSOLETE and as such have been replaced by other listed items, from within this specification, and are captured within this specification purely for maintenance functions to identify the equipment and its purpose. There are also items that have been SUPERSEDED by other items, and these are also listed, as also their replacements This specification should be read in conjunction with all other VRIOGS signal equipment technical specifications, and reference also made to the ARO s type approved signal equipment list. While every endeavour has been made to ensure the information contained within this document is accurate and up to date errors may have occurred. Please provide any corrections, additional photos or comments to the DOT Manager of Standards.

13 VRIOGS Revision A 5 SECTION 5.0 TRANSFORMERS 1. In general all transformers shall be of single phase, double wound; metal clad, natural air cooling type, with rated output specified, to operate from single phase 25 or 50 hertz supply voltage with a temperature rise not exceeding 55 C. 2. Transformers shall be designed for indoor use and wall mounting. 3. The exterior of transformers for use on 50-hertz supply shall be coloured yellow. 4. All winding ends and tapings shall be brought to easily accessible terminals. 5. The positive terminals of the same instantaneous polarity shall be marked by red disc. 6. A label giving Manufacture s name and serial number of transformer and rating plate shall be securely fitted to the front (preferably) of each transformer.

14 6 VRIOGS Revision A SECTION 6.0 REFERENCE LIST VRI TO IRONCORE VRI No. Ironcore Voltage Rating Freq 1B 954 T1 / / V 16VA 25Hz 2B 954 T6 / / V 25VA 25Hz 3B 954 T6 / / V 75VA 25Hz 4B / 3-18V 25VA 50Hz 5B 954 T1 / / 3-18V 25VA 25Hz 6B 954 Obsolete see 7B954 7B 954 T6 / / 6-6V 75VA 25Hz 8B 954 T1 / / V 30VA 25Hz 9B 954 T6 / / V 150VA 25Hz 10B 954 Obsolete see 7B B 954 T6 / / V 25VA 25Hz 12B 954 T6 / / 230V 150VA 50Hz 1B 1126 T5 / / 6-6V 5VA 25Hz 2B 1126 T6 / / 21-36V 50VA 25Hz 3B 1126 T6 / / 6-6V 100VA 50Hz 4B 1126 T5 / / 1-6V 1VA 25Hz 5B 1126 Obsolete see 7B1390 6B 1126 T5 / / V 20VA 50Hz 7B 1126 T3 / / 3-18V 25VA 50Hz 8B 1126 T1 / / 7-8.5V 85VA 50Hz 9B 1126 T9 / / V 500VA 50Hz 10B 1126 T3 / / 110V 25VA 50Hz 11B / V 37VA 50Hz 12B 1126 T5 / 199 Obsolete see 1B1126 1B 1390 T6 / / 3-18V 90VA 50Hz 2B 1390 T6 / / V 125VA 50Hz 3B / 3-1 8V 90VA 25Hz 4B / V 25VA 25Hz 5B / 30-34V 85VA 25Hz 6B 1390 T1 / / 11-12V 25VA 50Hz 7B 1390 T3 / / 110V 5VA 25Hz 8B 1390 ST / 110V 1.5kVA 50Hz 9B 1390 ST / 110V 3kVA 50Hz 10B 1390 T1 / / 9-12V 30VA 25Hz 11B 1390 T1 / 1354 Superseded by 10B B 1390 T1 / / 3-18V 40VA 50Hz 1B 1521 T10 / / 110V 750VA 50Hz 2B / 110V 2kVA 50Hz 3B 1521 T1 / / 3-18V 40VA 50Hz 4B 1521 T10 / / 110V 1kVA 50Hz 5B / 110V 4kVA 50Hz 6B 1521 T3 / / 120V 30VA 50Hz 7B 1521 T14 / / 125V 2kVA 50Hz 8B 1521 T14 / / 125V 2kVA 50Hz 9B 1521 T14 / / 125V 3kVA 50Hz

15 VRIOGS Revision A 7 VRI No. Ironcore Voltage Rating Freq 10B 1521 T14 / / 230V 3kVA 50Hz 11B 1521 T14 / / 440V 4kVA 50Hz 12B 1521 T14 / / 440V 5kVA 50Hz 1B 1995 T9 / 1648M 110 / 12Vdc 8A 50Hz 2B 1995 T9 / 1649M 110 / 24Vdc 8A 50Hz 3B 1995 HS1 12Vdc 4B 1995 Voltage Sensing Relay 5B 1995 T3 / / 2Vdc 3A 5B 1995 T9 / / 50Vdc 500VA 50Hz 6B 1995 ST / 24Vdc 10A 50Hz 7B 1995 T14 / / 110V 3kVA 50Hz 8B / 460V 3kVA 25Hz 9B 1995 T5 / / 50Vdc 500VA 25Hz 10B 1995 T14 / / 110V 5kVA 11B 1995 ST / 110V 6kVA 12B 1995 na 1B 1996 Current Sensor 30mA 2B 1996 Track Rectifier NT Type 3B 1996 Track rectifier BT Type 4B 1996 na 5B 1996 T9 / 1440M 110 / 15Vdc 25A 6B / 15.7Vdc 7.5A 50Hz 7B 1996 na 8B 1996 Current Sensor 30mA 9B Vdc 6A 10B 1996 T5 / Vac 200mA 11B / 24Vdc 20A 12B Vdc 6A 1B 1997 Contact Protection Unit 3A 2B 1997 Slow Release Unit 3B 1997 T6 / / 3-18Vdc 5A 90VA 4B 1997 Obsolete see 4B1995 5B 1997 T3 / Vdc 1.5A 6B 1997 T3 / Vdc 0.2A 7B 1997 T1 / / 4.2Vdc 50VA 25Hz 8B 1997 T1 / / 12Vdc 50VA 50Hz 9B 1997 T9 / / 50Vdc 250VA 25Hz 10B 1997 Negative Regulator 0.5A 11B 1997 Approach Indicator 12B / 24Vdc 3A 25Hz 1B 1998 T1 / / 18Vdc 2A 25VA 50Hz 2B , 4, 6, 10, 12V L.E.D Unit 3B , 4, 6, 10, 12V L.E.D Unit 4B 1998 T5 / / 50Vdc 10VA 25Hz 5B 1998 Obsolete see 9B1998 2A 6B 1998 T1 / / 6Vdc 45VA 25Hz 7B 1998 T9 / / 24Vdc 10A 260VA 8B , 4, 6, 10, 12V L.E.D Unit 9B Vdc Flasher Card 2A

16 8 VRIOGS Revision A VRI No. Ironcore Voltage Rating Freq 10B / 24Vdc 11B , 4, 6, 10, 12V L.E.D Unit 12B 1998 ST / 50Vdc 1kVA 25Hz 1B 1999 T9 / / 12Vdc 250VA 25Hz 2B 1999 DD07 12Vdc / 50Vdc 50VA 3B 1999 T0 / 34 10Vdc / 50Vdc 4B 1999 T5 / / 6Vdc 5VA 25Hz 5B 1999 Slow Release Unit 1A 6B 1999 SF1 12Vdc 16A 7B 1999 na 8B 1999 T1 / / 50Vdc 9B 1999 T6 / / 50Vdc 50VA 25Hz 10B 1999 Obsolete see 12B1997 3A 11B 1999 Slow Release Unit 12B 1999 Bridge Rectifier 4A 1B 2000 T5 / / 50Vdc 10VA 25Hz 2B / 12-24Vdc 10VA 50Hz 3B 2000 T5 / / 12Vdc 6VA 25Hz 4B 2000 T3 / 59A 12Vdc / Vac 1.5A 27VA 5B 2000 T6 / Vdc / Vac 1.5A 6B 2000 T9 / / 12Vdc 20A 400VA 25Hz 7B Vdc TDU 8B Vdc TDU 9B Vdc 2TDU 3VA 10B 2000 Obsolete see 6B A 11B 2000 T10 / / 21Vdc 17A 400VA 25Hz 11B 2000M T10 / / 21Vdc (16Vdc) 25A 50Hz 12B 2000 T9 / / 50Vdc 5A Table 2 - Cross reference list -VRI to Ironcore

17 VRIOGS Revision A 9 SECTION 7.0 REFERENCE LIST IRONCORE TO VRI Ironcore VRI No. Ironcore VRI No. Ironcore VRI No. DD O7 2B 1999 T B 1998 T B 1521 T5 594 T B 2000 HS 1 3B 1995 T5 38 9B 1995 T B 2000 T5 38 1B 2000 T B 1521 SF 1 6B 1999 T5 73 3B 2000 T B 1126 T B 1126 T B 2000M ST 251 T B 1126 ST B 1995 T B 1999 T B 1390 ST 1114 T B 1126 T13 38 ST 1115 T B 1126 ST B 1998 T B 1996 T B 1995 ST B 1390 T B 1521 ST B 1998 T B 954 T B 1521 ST B 1390 T B 1999 T B 1521 ST B 1995 T B 1126 T B 1521 T B 954 T B 1521 T0 34 3B 1999 T B 954 T B 1521 T B 1390 T B 1995 T B 954 T B 954 T B 954 T B 954 T T B 1126 T B 1390 T B 954 T B 954 T16 39 T B 954 T B 1126 T B 1999 T B 2000 TG 445 T B 1998 T B 1999 T B 1521 T B 1999 T B 1390 T B 954 T B 1997 T B 1997 T B 1997 T B 1390 T9 29 1B 1999 T B 1998 T B 2000 T B 1390 T B 2000 T B 1390 T B 1997 T B 1126 T3 59 4B 2000 T B 2000 T3 59A 4B 2000 T B 1995 T B 1126 T9 1648M 1B 1995 T B 1126 T9 1649M 2B 1995 T B 1997 T B 2000 T B 1997 T B 2000 T B 1521 T B 1998 T B 1390 T9 1440M 5B 1996 T B 1995 Table 3 - Cross reference list Ironcore to VRI

18 10 VRIOGS Revision A SECTION 8.0 REFERENCE LIST SECONDARY VOLTAGE TO VRI Secondary Voltage VRI No. Primary Voltage Ampere Rating Frequency 3-18Vdc 3B V 90VA 25Hz 4.2Vdc 7B V 50VA 25Hz 6Vdc 4B V 5VA 25Hz 6Vdc 6B V 45VA 25Hz 12Vdc 3B V 6VA 25Hz 12Vdc 8B V 50VA 50Hz 12Vdc 1B V 100VA 50Hz 12Vdc 1B V 250VA 25Hz 12Vdc 6B V 400VA 25Hz 12-24Vdc 2B V 10VA 50Hz 15Vdc 5B V 25A 50Hz 15.7Vdc 6B V 7.5A 50Hz 18Vdc 1B V 25VA 50Hz 21Vdc 11B V 17A 25Hz 21Vdc 11B 2000M 110V 25A 50Hz 24Vdc 9B Vdc 6A 25Hz 24Vdc 12B Vdc 6A 25Hz 24Vdc 12B V 3A 25Hz 24Vdc 10B V 3A 24Vdc 2B V 8A 50Hz 24Vdc 6B V 10A 50Hz 24Vdc 11B V 20A 50Hz 24Vdc 7B V 260VA 50Hz 24Vdc 10B V 450VA 50Hz 50Vdc 2B Vdc 50VA 50Vdc 4B V 10VA 25Hz 50Vdc 1B V 10VA 25Hz 50Vdc 8B V 50VA 50Hz 50Vdc 9B V 50VA 25Hz 50Vdc 12B V 250VA 25Hz 50Vdc 9B V 250VA 25Hz 50Vdc 5B V 500VA 50Hz 50Vdc 9B V 500VA 25Hz

19 VRIOGS Revision A 11 Secondary Voltage VRI No. Primary Voltage Ampere Rating Frequency 50Vdc 12B V 1kVA 25Hz 3-18V 5B V 25VA 25Hz 3-18V 7B V 25VA 50Hz 3-18V 12B V 40VA 50Hz 3-18V 3B V 40VA 50Hz 3-18V 1B V 90VA 50Hz 3-18V 3B V 90VA 25Hz 3-18V 4B V 25VA 50Hz 6V 4B Vdc 1.5A 50Hz 6V 5B Vdc 1.5A 50Hz 6-6V 1B V 5VA 25Hz 6-6V 12B V 5VA 50Hz 6-6V 6B V 50VA 25Hz 6-6V 7B V 75VA 25Hz 6-6V 3B V 100VA 50Hz V 1B V 16VA 25Hz V 6B V 20VA 50Hz V 4B V 25VA 25Hz 7-8.5V 8B V 85VA 50Hz 9-12V 10B V 30VA 25Hz 9-12V 11B V 50Hz V 2B V 125VA 50Hz 11-12V 6B V 25VA 50Hz V 11B V 25VA 25Hz V 11B V 37VA 50Hz 21-36V 2B V 50VA 25Hz 24V 3B Vdc 30-34V 5B V 85VA 25Hz B V 25VA 25Hz B V 75VA 25Hz 110V 7B V 5VA 25Hz 110V 10B V 25VA 50Hz V 8B V 30VA 25Hz V 9B V 150VA 25Hz

20 12 VRIOGS Revision A Secondary Voltage VRI No. Primary Voltage Ampere Rating Frequency 110V 2B V 2kVA 50Hz V 9B V 500VA 50Hz 110V 1B V 750VA 50Hz 110V 8B V 1.5kVA 50Hz 110V 9B V 3kVA 50Hz 110V 7B V 3kVA 50Hz 110V 10B V 5kVA 110V 11B V 6kVA 110V 4B V 1kVA 50Hz 110V 5B V 4kVA 50Hz 120V 6B V 30VA 50Hz 125V 7B V 2kVA 50Hz 125V 8B V 2kVA 50Hz 125V 9B V 3kVA 50Hz 230V 12B V 150VA 50Hz 230V 10B V 3kVA 50Hz 240V 10B V 200mA 250V 10B V 250V 5B V 440V 11B V 4kVA 50Hz 440V 12B V 5kVA 50Hz 460V 8B V 3kVA 25Hz Table 4 - Cross reference list Secondary Voltage

21 VRIOGS Revision A 13 SECTION 9.0 COMPONENT CIRCUITS AND PHOTOS Identifying Name 1B 954 Searchlight Signal INSERT PHOTO

22 14 VRIOGS Revision A Identifying Name 2B 954 Light Signal Dimming INSERT PHOTO

23 VRIOGS Revision A 15 Identifying Name 3B 954 Light Signal Dimming

24 16 VRIOGS Revision A Identifying Name 4B 954 Trickle Charging INSERT PHOTO

25 VRIOGS Revision A 17 Identifying Name 5B 954 Trickle Charging

26 18 VRIOGS Revision A Identifying Name 7B 954 Now Obsolete and see 7B954 Track Feed INSERT PHOTO

27 VRIOGS Revision A 19 Identifying Name 7B 954 Track Feed

28 20 VRIOGS Revision A Identifying Name 8 B 954 Pole Changing

29 VRIOGS Revision A 21 Identifying Name 9B 954 Pole Changing INSERT PHOTO

30 22 VRIOGS Revision A Identifying Name 10B 954 Now Obsolete and see 7B1390 Point Detection

31 VRIOGS Revision A 23 Identifying Name 11B 954 Bell Ringing

32 24 VRIOGS Revision A Identifying Name 12B volt mains INSERT PHOTO

33 VRIOGS Revision A 25 Identifying Name 1B 1126 Indication Light

34 26 VRIOGS Revision A Identifying Name 2B 1126 Transformer

35 VRIOGS Revision A 27 Identifying Name 3B 1126 Transformer

36 28 VRIOGS Revision A Identifying Name 4B 1126 Track Relay Shielding

37 VRIOGS Revision A 29 Identifying Name 5B 1126 Now Obsolete and see 7B 1390 Point Detection

38 30 VRIOGS Revision A Identifying Name 6B 1126 Searchlight Signal

39 VRIOGS Revision A 31 Identifying Name 7B 1126 Trickle Charging

40 32 VRIOGS Revision A Identifying Name 8B 1126 Flashing Light Signal Lamps INSERT PHOTO

41 VRIOGS Revision A 33 Identifying Name 9B volt mains

42 34 VRIOGS Revision A Identifying Name 10B 1126 Line Circuit Isolations

43 VRIOGS Revision A 35 Identifying Name 11B 1126 Searchlight Signal

44 36 VRIOGS Revision A Identifying Name 12B 1126 Now Obsolete and see 1B 1126 Indication Light

45 VRIOGS Revision A 37 Identifying Name 1B 1390 Battery Charging INSERT PHOTO

46 38 VRIOGS Revision A Identifying Name 2B 1390 Flashing Lights INSERT PHOTO

47 VRIOGS Revision A 39 Identifying Name 3B 1390 Battery Charging INSERT PHOTO

48 40 VRIOGS Revision A Identifying Name 4B 1390 Colour Light Signal

49 VRIOGS Revision A 41 Identifying Name 5B 1390 Searchlight Signal

50 42 VRIOGS Revision A Identifying Name 6B 1390 Searchlight Signal

51 VRIOGS Revision A 43 Identifying Name 7B 1390 Point Detection

52 44 VRIOGS Revision A Identifying Name 8B volt mains

53 VRIOGS Revision A 45 Identifying Name 9B volt mains

54 46 VRIOGS Revision A Identifying Name 10B 1390 Colour light signal dimming INSERT PHOTO

55 VRIOGS Revision A 47 Identifying Name 11B 1390 Superseded by 10B 1390 Colour light signal

56 48 VRIOGS Revision A Identifying Name 12B 1390 Battery Charging

57 VRIOGS Revision A 49 Identifying Name 1B volt mains

58 50 VRIOGS Revision A Identifying Name 2B 1521 Mains Isolating INSERT PHOTO

59 VRIOGS Revision A 51 Identifying Name 3B 1521 Trickle Charging INSERT PHOTO

60 52 VRIOGS Revision A Identifying Name 4B volt mains

61 VRIOGS Revision A 53 Identifying Name 5B volt mains INSERT PHOTO

62 54 VRIOGS Revision A Identifying Name 6B 1521 Line Isolating

63 VRIOGS Revision A 55 Identifying Name 7B volt mains INSERT PHOTO

64 56 VRIOGS Revision A Identifying Name 8B volt mains INSERT PHOTO

65 VRIOGS Revision A 57 Identifying Name 9B volt mains INSERT PHOTO

66 58 VRIOGS Revision A Identifying Name 10B volt mains INSERT PHOTO

67 VRIOGS Revision A 59 Identifying Name 11B volt mains INSERT PHOTO

68 60 VRIOGS Revision A Identifying Name 12B volt mains INSERT PHOTO

69 VRIOGS Revision A 61 Identifying Name 1B 1995 Battery Charger

70 62 VRIOGS Revision A Identifying Name 2B 1995 Battery Charger

71 VRIOGS Revision A 63 Identifying Name 3B 1995 Healthy State Indicator

72 64 VRIOGS Revision A Identifying Name 4B 1995 DC voltage sensing relay INSERT CIRCUIT

73 VRIOGS Revision A 65 Identifying Name 5B 1995 Transformer Rectifier INSERT PHOTO

74 66 VRIOGS Revision A Identifying Name 6B 1995 Transformer Rectifier

75 VRIOGS Revision A 67 Identifying Name 9B 1995 Transformer Rectifier-Slugged

76 68 VRIOGS Revision A Identifying Name 1B 1996 Current Sensor INSERT PHOTO

77 VRIOGS Revision A 69 Identifying Name 2B 1996 Track Rectifier-NT

78 70 VRIOGS Revision A Identifying Name 3B 1996 Track Rectifier-BT

79 VRIOGS Revision A 71 Identifying Name 5B 1996 Battery Charger INSERT CIRCUIT

80 72 VRIOGS Revision A Identifying Name 8B 1996 Current Sensor INSERT PHOTO

81 VRIOGS Revision A 73 Identifying Name 9B 1996 Battery Charger INSERT CIRCUIT

82 74 VRIOGS Revision A Identifying Name 10B 1996 Constant Current Source

83 VRIOGS Revision A 75 Identifying Name 12B 1996 Rectifier Unit INSERT CIRCUIT

84 76 VRIOGS Revision A Identifying Name 1B 1997 Contact Protection Unit

85 VRIOGS Revision A 77 Identifying Name 2B 1997 Slow Release Unit INSERT PHOTO

86 78 VRIOGS Revision A Identifying Name 3B 1997 Trickle Charger INSERT PHOTO

87 VRIOGS Revision A 79 Identifying Name 4B 1997 DC Power Off Relay and Tone Unit

88 80 VRIOGS Revision A Identifying Name 5B 1997 Line Surge Suppression Unit INSERT PHOTO

89 VRIOGS Revision A 81 Identifying Name 6B 1997 Line Surge Suppression Unit INSERT PHOTO

90 82 VRIOGS Revision A Identifying Name 7B 1997 Track Feed Unit

91 VRIOGS Revision A 83 Identifying Name 8B 1997 Transformer Rectifier

92 84 VRIOGS Revision A Identifying Name 9B 1997 Transformer Rectifier

93 VRIOGS Revision A 85 Identifying Name 10B 1997 Negative Regulator

94 86 VRIOGS Revision A Identifying Name 11B 1997 Approach Indicator

95 VRIOGS Revision A 87 Identifying Name 12B 1997 Stabilised Power Supply CSEE Track Circuit

96 88 VRIOGS Revision A Identifying Name 1B 1998 Battery Charger

97 VRIOGS Revision A 89 Identifying Name 2B 1998 LED Indicator Unit

98 90 VRIOGS Revision A Identifying Name 3B 1998 LED Signal Repeater

99 VRIOGS Revision A 91 Identifying Name 4B 1998 Reactive Transformer Rectifier

100 92 VRIOGS Revision A Identifying Name 5B 1998 Superseded by 9B 1998 Flasher Card

101 VRIOGS Revision A 93 Identifying Name 6B 1998 DC Supply Unit

102 94 VRIOGS Revision A Identifying Name 7B 1998 DC Filtered Power Supply Unit

103 VRIOGS Revision A 95 Identifying Name 8B 1998 LED Indicator Signal

104 96 VRIOGS Revision A Identifying Name 9B 1998 Flasher Card

105 VRIOGS Revision A 97 Identifying Name 10B 1998 DC Filtered Power Supply Unit

106 98 VRIOGS Revision A Identifying Name 11B 1998 LED Indicator Points

107 VRIOGS Revision A 99 Identifying Name 12B 1998 DC Smoother Power Supply

108 100 VRIOGS Revision A Identifying Name 1B 1999 Transformer Rectifier

109 VRIOGS Revision A 101 Identifying Name 2B 1999 DC-DC Converter

110 102 VRIOGS Revision A Identifying Name 3B 1999 Transistorised Inverter

111 VRIOGS Revision A 103 Identifying Name 4B 1999 Track Feed Unit

112 104 VRIOGS Revision A Identifying Name 5B 1999 Slow Release Unit for MSRA Relay

113 VRIOGS Revision A 105 Identifying Name 6B 1999 Static Flasher Unit

114 106 VRIOGS Revision A Identifying Name 7B 1999 Terminating Junction for unused 1B2000 Unit

115 VRIOGS Revision A 107 Identifying Name 8B 1999 Now Obsolete and see 9B 1999 Transformer Rectifier

116 108 VRIOGS Revision A Identifying Name 9B 1999 Transformer Rectifier

117 VRIOGS Revision A 109 Identifying Name 10B 1999 Transformer Rectifier

118 110 VRIOGS Revision A Identifying Name 11B 1999 Slow Release Unit for 2-MBA relays

119 VRIOGS Revision A 111 Identifying Name 12B 1999 Bridge Rectifier

120 112 VRIOGS Revision A Identifying Name 1B 2000 Transformer Rectifier

121 VRIOGS Revision A 113 Identifying Name 2B 2000 Transformer Rectifier INSERT PHOTO

122 114 VRIOGS Revision A Identifying Name 3B 2000 Transformer Rectifier

123 VRIOGS Revision A 115 Identifying Name 4B 2000 Transistorised Inverter

124 116 VRIOGS Revision A Identifying Name 5B 2000 Transistorised Inverter

125 VRIOGS Revision A 117 Identifying Name 6B 2000 Battery Charger

126 118 VRIOGS Revision A Identifying Name 7B 2000 Time Delay Unit INSERT PHOTO

127 VRIOGS Revision A 119 Identifying Name 8B 2000 Time Delay Unit INSERT PHOTO

128 120 VRIOGS Revision A Identifying Name 9B 2000 Twin Time Delay Unit

129 VRIOGS Revision A 121 Identifying Name 10B 2000 Static Flasher Unit

130 122 VRIOGS Revision A Identifying Name 11B 2000 Transformer Rectifier for Boom Barriers

131 VRIOGS Revision A 123 Identifying Name 11B 2000 M Heavy Duty Transformer Rectifier for Boom Barriers

132 124 VRIOGS Revision A Identifying Name 12B 2000 Transformer Rectifier

133 VRIOGS Revision A 125 SECTION 10.0 REFERENCES 1. ARO type approved signal equipment list