Siemens EH.75M.11. - User Manual

Siemens EH.75M.11.

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Table of Contents:

  • Page 2 – SAFETY WARNING
  • Page 3 – T400 Controller Facilities Manual; ISSUE HISTORY
  • Page 4 – SUMMARY OF SECTIONS
  • Page 5 – CONTENTS
  • Page 14 – TABLE OF FIGURES
  • Page 18 – GLOSSARY OF TERMS
  • Page 19 – RELATED DOCUMENTS
  • Page 20 – MAINTENANCE HANDBOOK FOR THE T400 CONTROLLER
  • Page 21 – ALLOCATION OF PHASES; A stage is considered to be terminating when:; INTERSTAGE PERIOD
  • Page 23 – Effects of Modes other than V.A. on Stage Change Algorithm
  • Page 24 – Usage of Stage Movement Restriction Tables; EXAMPLE; PARALLEL STAGE STREAMING
  • Page 25 – Mode Selection
  • Page 26 – Mode Operation; For further description of CLF mode see section 9.9.; Manual Control; one stage from any one stream
  • Page 27 – Hurry Call
  • Page 28 – Start Up
  • Page 29 – LMU Maximum All Red
  • Page 30 – Traffic Phase
  • Page 31 – Pedestrian Phase; The standard signal sequence is as follows:
  • Page 32 – MCE0141 Audible Indication 2 (High Voltage); Green Arrow Phase; There are two types of green arrow:; Filter Green Arrow
  • Page 33 – Indicative Green Arrow
  • Page 34 – Secret Regulatory Signs
  • Page 38 – HANDSET RANGE LIMITS AND THRESHOLD VALUES
  • Page 39 – Minimum Green Thresholds; Not to be ignored and influence the next stage change.
  • Page 40 – Appearance Type 2; There are two methods to achieve switched window times:
  • Page 41 – Window Timers Parallel Stage Streaming Facilities; On stage changes at least one fixed phase must gain ROW.
  • Page 42 – CONDITIONS OF TERMINATION; Variations of this method of control may also be achieved.
  • Page 43 – DEMANDS AND EXTENSIONS; GENERAL DESCRIPTION; The demand remains active until the phase or stage is served.; Unlatched
  • Page 44 – Revertive Demands
  • Page 45 – OPERATION DURING CERTAIN MODES; For UTC it is possible to configure the following:; Mode
  • Page 46 – stages relevant to
  • Page 47 – HIGH SPEED VEHICLE DETECTION; Double SDE
  • Page 48 – SDE Extension Inhibit; The formula for calculating the delay period is:; ASSESSORS AVAILABLE; There are up to 16 assessors (0 to 15) available for use on SDE or SA.; EXTRA CLEARANCE PERIODS
  • Page 49 – SDE/SA PARALLEL STAGE STREAMING FACILITIES
  • Page 50 – OTHER LOOP SPACINGS; any high speed vehicle is detected.
  • Page 53 – RED EXTENSION DURING INTERGREEN
  • Page 54 – Independent Intergreens
  • Page 56 – GENERAL DESCRIPTION; The timing range is 0 to 255 seconds in 1 second steps.
  • Page 57 – Intergreen from Phase B to Phases E and F is 4 seconds.
  • Page 59 – PHASE DELAY HANDSET COMMANDS; DPG
  • Page 62 – Normal Start-up Sequence
  • Page 63 – Optional Start-Up Sequence; The start up sequence is as follows:; Start Up Parallel Stage Streaming Facilities
  • Page 66 – Method of Plan Introduction
  • Page 68 – Control Bits; Any demands dependent on other demands may still be effective.
  • Page 71 – Reply Bits; Manual mode selected and operative.
  • Page 74 – RTC Synchronisation Confirm to Stored Value (CC); A ‘TOR’ reply bit may be returned to indicate that UTC mode is active.
  • Page 75 – Special UTC Requirements; UTC mode active disables selection of VA or Fixed Time mode.; OTU Links
  • Page 77 – Options
  • Page 78 – UTC Parallel Stage Streaming Facilities
  • Page 79 – PRIORITY AND EMERGENCY VEHICLE MODE; During Priority mode only:; Definitions
  • Page 81 – Operational Description; An inhibit period may be added.
  • Page 82 – Precedence Levels
  • Page 84 – Changes from A Lower to a Higher Priority Level
  • Page 85 – Changes from Emergency Vehicle to Bus Priority Level; Tolerance will be in line with the relevant Sections of MCE 0141.
  • Page 86 – Basic Facilities; Reference should be made to Figure 21.16.; Priority Units; If both modes are used then the following conditions are applied:; Priority Phase
  • Page 87 – Priority Units Inhibited (Priority Mode Only)
  • Page 88 – Priority DFM Self Reset Facility (Priority Mode Only)
  • Page 89 – Visual Indications; Handset facilities are provided at the controller to enable:; Interfaces
  • Page 90 – Use of Priority Mode for Control in Light Rail Transit Systems
  • Page 91 – Request Delays
  • Page 92 – Figure 9.3 - TWO DELAYS SET FOR ONE PRIORITY UNIT
  • Page 95 – Priority of One Hurry Call Over Another
  • Page 96 – Control From A Remote Pushbutton
  • Page 97 – SELECTED MANUAL CONTROL MODE; Refer also to Section 16.; Manual Mode; No prohibited stage move condition is violated.; Allocation Of Stages To Push-buttons
  • Page 98 – Manual Mode Enable/Disable Facility; Dim Override facility
  • Page 100 – Manual Step-on Mode Parallel Stage Streaming Facilities
  • Page 102 – Figure 9.5 - SIMPLE INTERSECTION WITH CLF; GROUP 0
  • Page 103 – Example Of Simple Linked Installation; Offset Timing
  • Page 104 – Different Plans And Offsets
  • Page 105 – Group Influences; INHIBIT - Inhibit Pelican Pedestrian on Pelican stream.
  • Page 106 – Examples Of Plans
  • Page 107 – Figure 9.7 - EXAMPLES OF INFLUENCE SET COMBINATIONS
  • Page 108 – Alternative CLF System
  • Page 110 – Grouptime Changes
  • Page 111 – Alternative CLF Handset Commands; Automatic Plan Re-entry Delay Time Switch ‘PRS’; CLF Parallel Stage Streaming Facilities
  • Page 114 – Arterial Reversion; Figure 21.5 indicates where to specify the required stage or phase.
  • Page 115 – Arterial Reversion Parallel Stage Streaming Facilities
  • Page 116 – FIXED TIME WORKING; Fixed Time Mode is implemented:; Fixed Time to Current Maximums (VA Mode with Permanent Demands and
  • Page 117 – Fixed Time Parallel Stage Streaming Facilities; There are two options:; Independent Fixed Time
  • Page 121 – TIMER RELATIONSHIPS
  • Page 122 – STAGE MOVEMENT RESTRICTIONS; The type of restrictions available are:
  • Page 123 – PROHIBITED MOVES; the stage change restriction is removed due to a mode change.; ALTERNATIVE MOVES
  • Page 126 – THE MASTER TIME CLOCK SYSTEM; The clock is set up via the handset using the WEK, STM & CKL commands.
  • Page 127 – TIMETABLE RESOLUTION
  • Page 128 – THE EVENT TIMETABLE; CABLELESS LINK PLANS
  • Page 129 – Synchronisation of Cableless Linking Equipment
  • Page 132 – Event Switch Default States
  • Page 134 – PELICAN CONTROLLER
  • Page 136 – ALTERNATIVE SIGNAL SEQUENCES AND FLASHING SIGNALS; ALTERNATIVE SIGNAL SEQUENCES
  • Page 138 – FLASHING SIGNALS
  • Page 139 – EXPORT SIGNAL SEQUENCES
  • Page 141 – INPUTS AND OUTPUTS; LOGIC CONDITIONS
  • Page 143 – Cable Assemblies; The following types of cable assembly are normally used:; Extended System Bus
  • Page 144 – PORT ALLOCATION
  • Page 145 – Figure 15.1 - BLOCK DIAGRAM OF MAIN PROCESSOR BOARD; REAR
  • Page 146 – Figure 15.2 - PCB POSITIONS AND LAYOUT OF PHASE DRIVER RIBBON
  • Page 148 – Figure 15.4 - TERMINAL BLOCKS IN SMALL CONTROLLER
  • Page 149 – Figure 15.5 - TERMINAL BLOCKS IN LARGE CONTROLLER
  • Page 151 – ‘DET’ HANDSET COMMAND; The Det. Reference numbers are as follows:
  • Page 153 – DFM Timing
  • Page 154 – Switched DFM
  • Page 155 – Stage Selection Push-Buttons; Figure 21.5 indicates where to request the allocations.; Mode Select Pushbuttons
  • Page 157 – HONG KONG INTERNAL MANUAL PANEL; There is only one spare indicator - AUX3.
  • Page 158 – PELICAN MANUAL PANEL; For a full description of the Pelican Manual Panel, see section 17.3.; EXTRA FACILITIES; Type 14A and Line Jack Unit 1A
  • Page 161 – Fixed Vehicle Period Mode
  • Page 162 – Pre-timed Maximum Vehicle Green; Enable VA mode via the handset and manual panel.
  • Page 163 – MANUAL PANEL FACILITIES; Remote Reconnect : Both a switch and LED are required.
  • Page 164 – Timings
  • Page 166 – WAIT INDICATORS; resistor across the; GREEN CONFLICT FAULT ACTION
  • Page 167 – Reply Bits UTC; Title; Local Link Facilities; Title
  • Page 172 – Puffin I/O Facilities; a push button is being pressed or hold period active
  • Page 174 – TIMESWITCH FACILITIES
  • Page 175 – Special Detector checking.
  • Page 178 – PHASE FACILITIES
  • Page 179 – SWITCHED MAINS VOLTAGE PEDESTRIAN AUDIBLES (Export Only)
  • Page 180 – DUAL LEVEL AUDIBLES
  • Page 181 – Dimming by Time of Day
  • Page 182 – CONTROLLER DOOR STAY FACILITIES; Alternatively, for maintenance purposes, a Door Stop can be fitted.; INTERNAL ILLUMINATION
  • Page 188 – Figure 18.5 - POSSIBLE PCB CONFIGURATIONS
  • Page 191 – Figure 18.8 - CONNECTING DUAL LEVEL AUDIBLES
  • Page 194 – ORIGINAL LAMP MONITORING UNIT; There are six types of controller outputs that can be monitored.
  • Page 197 – RED LAMP MONITORING
  • Page 198 – NOTES
  • Page 200 – Effect of RLM on Intergreens and Phase delays; sec. to allow for the 3 sec amber period.
  • Page 201 – Figure 19.3 - LMU Hold without losing phase delay; All intergreens are set to 6 seconds.
  • Page 202 – Figure 19.4 - LMU Hold with losing phase delay
  • Page 203 – LMU Supplementary Intergreen Extensions
  • Page 204 – SET UP CONNECTIONS FOR RED LAMP MONITORING
  • Page 205 – Configuration Requirements; LMU Max All Red Time:
  • Page 206 – SPECIAL CONDITIONING; SPECIAL CONDITIONING OPERATORS
  • Page 207 – READING CONTROLLER TIMERS; Following is a list of timers which have the above facility:
  • Page 208 – SPECIAL CONDITIONING WITH CONTROLLER CONFIGURING SYSTEM
  • Page 209 – EXAMPLE OF AN INTERSECTION
  • Page 210 – Figure 21.1 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 211 – Figure 21.2 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 212 – Figure 21.3 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 213 – Figure 21.4 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 214 – Figure 21.4a - CUSTOMER SPEC SHEET EXAMPLE
  • Page 215 – Figure 21.5 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 216 – Figure 21.6a - CUSTOMER SPEC SHEET EXAMPLE
  • Page 217 – Figure 21.6b - CUSTOMER SPEC SHEET EXAMPLE
  • Page 218 – Figure 21.7 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 219 – Figure 21.8 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 220 – Figure 21.8a - CUSTOMER SPEC SHEET EXAMPLE
  • Page 221 – Figure 21.9 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 222 – Figure 21.9a - CUSTOMER SPEC SHEET EXAMPLE
  • Page 223 – Figure 21.9b - CUSTOMER SPEC SHEET EXAMPLE
  • Page 224 – Figure 21.10 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 225 – Figure 21.11 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 226 – Figure 21.12 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 227 – Figure 21.13 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 228 – Figure 21.14 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 229 – Figure 21.15 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 230 – Figure 21.16 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 231 – Figure 21.17 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 232 – Figure 21.18 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 233 – Figure 21.19 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 234 – Figure 21.20 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 235 – Figure 21.21 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 237 – Figure 22.1 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 238 – Figure 22.2 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 239 – Figure 22.3 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 240 – Figure 22.4 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 241 – Figure 22.5 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 242 – Figure 22.6 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 243 – Figure 22.7 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 244 – Figure 22.8 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 245 – Figure 22.9 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 246 – Figure 22.10 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 247 – Figure 22.11 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 248 – Figure 22.12 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 249 – Figure 22.13 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 250 – Figure 22.14 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 251 – Figure 22.15 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 252 – Figure 22.16 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 253 – Figure 22.17 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 254 – Figure 22.18 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 255 – Figure 22.19 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 256 – Figure 22.20 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 257 – Figure 22.21 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 258 – Figure 22.22 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 259 – Figure 22.23 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 260 – Figure 22.24 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 261 – Figure 22.25 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 262 – Figure 22.26 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 263 – Figure 22.27 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 264 – Figure 22.28 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 265 – Figure 22.29 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 266 – Figure 22.30 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 267 – Figure 22.31 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 268 – Figure 22.32 - CUSTOMER SPEC SHEET EXAMPLE
  • Page 269 – INSTRUCTIONS FOR CONNECTING MOVA TO TRAFFIC CONTROLLERS
  • Page 271 – GENERAL DESCRIPTION; Small case controller - 18 cables (Including electrical supply)
  • Page 272 – GENERAL DESCRIPTION; greater configuration flexibility to action the failures,
  • Page 274 – Red Lamp Monitor Operation; allow the current readings to be tracked against actual voltage.
  • Page 275 – PHYSICAL DESCRIPTION; The peripherals to the processor are the:
  • Page 276 – ANCILLARY PROCESSOR CARD INSTALLATION
  • Page 277 – Cover; There are 4 switches on the PCB:
  • Page 279 – Figure 25.1 - Ancillary Processor PCB Layout
  • Page 280 – Connectors and Cables
  • Page 282 – Current Transformers
  • Page 283 – CAUTION
  • Page 284 – Voltage monitoring transformer
  • Page 286 – Fault Finding at the Outstation
  • Page 287 – RLM GENERAL DESCRIPTION
  • Page 288 – ENHANCED RLM DETAILED DESCRIPTION; applicable to the phase to phase changes being made.; Effect On Intergreens, Holds And Demand Dependent Phases
  • Page 289 – Response Timing And Staggered Phase Starts
  • Page 290 – Operation On Second Red Lamp Fail
  • Page 291 – Configuration Options
  • Page 292 – Support for Original RLM Facility
  • Page 293 – Configuration Data
  • Page 296 – Configuration Considerations
  • Page 297 – APPENDIX A) SUPPLYING DC POWER FOR VEHICLE DETECTORS
  • Page 298 – Appendix APPENDIX A) .1) Using 24v 2A Internal Supply for Detectors; Expansion I/O Equivalents
  • Page 300 – Detectors Using a Common Cable; Number of detectors
  • Page 303 – Detectors Using A Common Cable; Number of detectors on one cable run
  • Page 304 – Detectors
Loading the manual

T400 Controller Facilities Manual

667/EB/20200/000 Page

i

Issue

9

SIEMENS TRAFFIC CONTROLS LIMITED
Sopers Lane
POOLE Dorset.
BH17 7ER

SYSTEM/PROJECT/PRODUCT: T400 CONTROLLER

T400 CONTROLLER

FACILITIES MANUAL

PREPARED:

A.Pickering

APPROVED:

J.P.Burgess

FUNCTION:

Senior Engineer

FUNCTION:

Engineering Manager

SIGNATURE:

SIGNATURE:

ISSUE:

CHANGE REF.:

DATE:

APPROVED BY:

1

16/08/89

2

83/15948

15/02/91

3

83/16122

13/06/91

4

83/16700

24/09/92

5

83/16955

18/12/92

6

83/17014

20/01/93

7

83/17147

23/03/93

8

83/18623

22/05/96

9

Jan 1999

Siemens Traffic Controls Limited 1995 All rights reserved.

The information contained herein is the property of Siemens Traffic Controls Limited and is
supplied without liability for errors or omissions and no part may be reproduced, used or
disclosed except as authorized by contract or other written permission. The copyright and the
foregoing restriction on reproduction, use and disclosure extend to all the media in which this
information may be embodied.

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Summary

Page 2 - SAFETY WARNING

T400 Controller Facilities Manual 667/EB/20200/000 Page ii Issue 9 SAFETY WARNING In the interests of health and safety, when using or servicing this equipment the followinginstructions must be noted and adhered to: (i) Only skilled or instructed personnel with relevant technical knowledge andexperi...

Page 3 - T400 Controller Facilities Manual; ISSUE HISTORY

T400 Controller Facilities Manual 667/EB/20200/000 Page iii Issue 9 ISSUE HISTORY DOCUMENT ISSUE: 8 PAGES ISSUE PAGES ISSUE PAGES ISSUE i to xvi 9 10-1 to 10-4 9 20-1 to 20-3 9 1-1 to 1-4 9 11-1 to 11-2 9 21-1 9 2-1 to 2-9 9 12-1 to 12-6 9 21-2 to 21-27 #1 3-1 to 3-13 9 13-1 to 13-2 9 22-1 9 4-1 to ...

Page 4 - SUMMARY OF SECTIONS

T400 Controller Facilities Manual 667/EB/20200/000 Page iv Issue 9 SUMMARY OF SECTIONS 1. INTRODUCTION 2. STAGES 3. PHASES 4. DEMANDS AND EXTENSIONS 5. CALL/CANCEL 6. HIGH SPEED VEHICLE DETECTION 7. ALL-RED DISPLAYS 8. PHASE DELAYS 9. MODES 10. STAGE MOVEMENT RESTRICTIONS 11. THE MASTER TIME CLOCK S...

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