(1)(a) after obtaining the sanction of the Electrical Inspector to the Government of India for energisation under Rule 40, the sub stations should be commissioned sufficiently in advance for the energisation of overhead electrical equipment, or third rail equipment as the case may be;
(b) before energisation of the sub stations, full communication facilities should be available and power supply authorities should be ready to give power supply;
(c) on the date on which energisation of overhead equipment or third rail equipment installations takes place, necessary clearance certificate should be obtained from the Electrical Construction Officers and others who had been hitherto working in the sub-station premises and in the section to the effect that their staff had been withdrawn, and the sub-station and the section could be energized;
(d) after measurements on the whole installation and check on the satisfactory operation of all equipment including protective relays, the traction sub-stations and other installations may be energized.
(e) energisation of overhead electrical equipment and overhead current collection system shall be progressively undertaken starting with 33kV/25kVAC feeders from the receiving sub-stations to the traction sub-stations, track cabins, bus bars of the feeding posts followed by one sub-section after another. In case of third rail DC traction similar sequence will be followed; and
(f) before running electric rolling stock, a confirmatory field test to check the proper operation of the protective relays in the traction substation shall be conducted.
(2) In addition to giving wide publicity through newspapers and other media, the Station Controller shall warn all Metro Railway Employees and other persons working adjacent to track on the station about the danger of 750V DC third rail/25kV AC overhead equipment, or any other traction system used in the metro railway, and in the case of overhead traction equipment, not allow them to ride on top of rolling stock working on the section.
(3) All relevant documents, certificates and notifications issued under the Metro railway AC/DC Traction manual, and the Act, along with the approval of Electrical Inspector for energisation shall form a part of complete documents to the Commissioner while making reference to him under sub-rule (2) of Rule 3 for inspection and opening of the metro railway for public carriage of passengers.
(4) The signal and telecommunication requirements in electrified sections shall be in accordance with the provision of the approved metro railway signalling standards.
Note. A catechism dealing with the requirement of signal and telecommunication installations for DC and AC electrified section are enclosed as Appendix A and B to these rules.
[See Rule 5(2)(a)]
INDEX PLAN AND SECTION SHEETS
1. A set of plans and sections for a metro railway project should consist of
(i) Index plan and sections;
(ii) Detailed plans and sections;
(iii) Plans of station yards; and
(iv) Detailed drawings of structures.
2. The index plan and section should be drawn to a scale of 0.5km to a cm horizontal and 10 metres to a cm vertical, the plan being drawn above the section on the same sheet.
3. The index plan should be traced from topographic survey sheets. The centre line of the proposed metro line should be indicated by a full red line with position of each station by a red block and name of the station also in red. The radius and degree of all curves should be figured.
4. The index section should show the formation level/deck level of elevated structures by a red line; the gradients should be figured and the height of the formation/deck level above mean sea level entered at each change of the gradient. The position, of each station with its name and distance from the fixed point, position and size of the bridge/viaduct spans should be indicated.
5. Throughout each set of plans and sections, the kilometrage shall be reckoned from the same fixed point and datum should be mean sea level. Each sheet should be plotted in the direction of the through kilometrage so that the kilometrage may be read from left to right.
6. On each sheet should be noted the name of the metro railway, gauge and scale along with direction of the magnetic North.
7. The index plan and section and the first and the last sheets of the set of detailed plans and sections should be signed and dated by the engineer in charge.
8. Plans of only those station yards, which are having yard lines other than Up/Down lines, may be submitted.
9. Drawing of structures to be submitted should be the completion drawings.
Form I
[See Rule 5(1)(a)]
Curve Abstract
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Degree of curvature and radius |
Number of each |
Length in kms of primary curve |
| |
|
|
| Total |
|
|
Ratio of curve length to total length of line
Form II
[See Rule 5(1)(b)]
Gradient Abstract
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Gradient (compensated) |
Number of each |
Length in km |
Percentage to total length of line |
| |
|
|
|
| Total |
|
|
|
Longest continuous length of
Steepest Gradient
Followed by
For a length of .. Km
Form III
[See Rule 5(1)(C)]
Bridge Abstract
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Type of Bridge |
Clear span in metres |
Total no. of spans |
Waterway in lineal metres |
Loading standard for which designed |
Remarks |
| |
|
|
|
|
|
Note: Major bridges are those having a total waterway of 18 lineal metres or upwards or having a clear opening of 12 lineal metres or upwards in any one span
Form IV
[See Rule 5(1)(d)]
Viaduct Abstract
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Type of Viaduct |
Clear span in metres |
Total no. of spans |
Opening in lineal metres |
Loading standard for which designed |
Remarks |
| |
|
|
|
|
|
Form V
[See Rule 5(1)(e)]
Important Bridges Abstract
(Bridges having a total waterway of 300 lineal metres or 1000sq. metres or upwards)
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Name of River |
Chain-age Km/Metre |
Drainage area Sq. km. |
HFL and its rise above LWL Metre |
Bed slope M/km |
Mean velocity in flood M/Sec. |
Sectional area in flood Sq. Metre |
Discharge Cu.m./sec |
No. of Spans Metre |
Height of under side of girder above HFL in Metre |
Av. Depth of foundation below LWL Metre |
| |
|
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|
|
|
Note 1:HFL Highest Flood Level
Note 2:LWL Lowest Water Level
Note 3:M Metre
Form VI
[See Rule 5(1)(f)]
Ballast and Permanent Way Abstract
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| 1. |
The permanent way consists of UIC 60Kg, 900A, head hardened new rails of make______________ 18 metres long, continuously welded and laid on concrete sleepers with the density of M+ 8 (1660 sleepers per km). The track on main line, viaduct, bridges, in tunnels and on elevated section is laid on plinth type ballastless track with rails supported on base plate at spacing of 600mm C/C with approved type of elastic fastening system. The remaining track at grade is laid with rails using approved type of elastic fastening system and 50mm stone ballast with minimum cushion of 300mm under the sleepers. |
| 2. |
All the turnouts to be negotiated are 1 in 12 curved switches and 1 in 8.5 (or 1 in 7 and 1 in 9 as applicable) with thick web switches. Certified that tested and approved new permanent way materials have been used in this section and comply with the accepted specifications. |
| Note: |
| (a) |
A brief description to be given of the rails, fastenings, sleepers and ballast provided. Details of dimensions of rails, fittings etc should not be given in the case of standard section. |
| (b) |
In the case of new rails and fish plates manufactured in India, the name of producer should be given. If they are imported, the name of the country of origin should be indicated. |
| (c) |
A certificate should be submitted by the head of the civil engineering discipline that the materials are of tested and approved quality and comply with the accepted specification. |
| (d) |
This is only a sample form and may need changes according to the track structure provided. |
Form VII
[See Rule 5(1)(g)]
Station and Station Sites
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Name of station |
Kilometrage from fixed point |
Inter station distance |
Type of Platforms (Island or side) |
Type of Interlocking if Interlocked |
Siding/loop, if provided, with length (Metres) |
Remarks |
| |
|
|
|
|
|
|
Form VIII
[See Rule 5(1)(h)]
Brief Particulars of Rolling Stock
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Sl. No. |
Description |
Details |
Remarks |
| (1) |
(2) |
(3) |
(4) |
| 1. |
Rolling stock features |
|
|
| |
(a) |
Composition |
|
|
| |
(b) |
Train Control System |
|
|
| |
(c) |
Maxm Design Speed |
|
|
| |
(d) |
Maxim Operational speed |
|
|
| |
(e) |
Jerk rate |
|
|
| |
(f) |
Maximum Tractive Effort |
|
|
| 2. |
Physical Dimensions |
|
|
| |
(a) |
Car Weight |
|
|
| |
(b) |
Length over Body |
|
|
| |
(c) |
Maximum Width over Body |
|
|
| |
(d) |
Height of Floor from TOR |
|
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| |
(e) |
Total Height |
|
|
| 3. |
Bogie Details |
|
|
| |
(a) |
Bogie wheel base |
|
|
| |
(b) |
Distance between Bogie Centres |
|
|
| |
(c) |
Wheel Diametre |
|
|
| |
(d) |
Type of Suspension |
|
|
| 4. |
Braking Details |
|
|
| |
(a) |
Type of Braking System |
|
|
| |
(b) |
Max. Braking effort |
|
|
| |
(c) |
Service braking effortlow* |
|
|
| |
*From maximum operational speed to stand still, for fully loaded train on level tangent track. |
|
|
| |
(d) |
Parking Brake |
|
|
| 5. |
Electro Magnetic effect on Environment |
|
|
| |
(a) |
Electro Magnetic interference |
|
|
| 6. |
Safety features |
|
|
| |
(a) |
Communication between train operator and passengers |
|
|
| |
(b) |
Provision of Dead Man Handle |
|
|
| |
(c) |
Fire Prevention, detection and suppression system |
|
|
| |
(d) |
Other Safety Features |
|
|
| Certified that the design has been checked for being within the Kinematic Envelope (KE) in all conditions. |
Form IX
[See Rule 5(1)(i)]
Brief Particulars of Traction Installation
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Over Head Equipment/Third Rail DC: |
| 1. |
Salient Features of the Design specially covering following aspects; |
| |
(a) |
Current carrying capacity of the system. |
| |
(b) |
Design parametres like wind speed, Tension, Temperature range. |
| |
(c) |
Speed potential design and operating speed |
| |
(d) |
Protection arrangements. |
| |
(e) |
Power supply system-Distribution, and feed system, earthing and bonding, Traction SCADA system etc. |
| 2. |
Certificate that all warning boards and notices as per statutory requirements have been provided at specified locations. |
Form X
[See Rule 5(1)(j)]
Power Supply Installation Abstract
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| For 25kv AC Overhead traction system |
| Sl. No. |
Type of switching stations |
Total Nos. |
Location and nearest station |
Remarks |
| 1. |
Traction sub stations and Feeding Posts (FP) |
|
|
|
| 2. |
Sectioning and Paralleling Posts (SP) |
|
|
|
| 3. |
Sub-sectioning and Paralleling Posts (SSP) |
|
|
|
| 4. |
Booster Transformer stations |
|
|
|
| 5. |
Auxiliary Sub-stations |
|
|
|
| 6. |
LT supply Transformer stations |
|
|
|
For DC Third Rail traction system
| Sl. No. |
Type of sub stations |
Total Nos. |
Location and nearest station |
Remarks |
| 1. |
Receiving sub stations |
|
|
|
| 2. |
Traction sub stations |
|
|
|
| 3. |
Auxiliary sub stations |
|
|
|
| 4. |
Track Cabins |
|
|
|
Form XI
[See Rule 5(1)(k)]
Restricted Over Head Equipment Clearance Abstract
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| A. Over line structures |
| Sl. No. |
Location of over line structure |
Total of structure |
Clearance from R.L to bottom of structure |
Height contact wire below the structure |
whether catenary is anchored or freely running below/above the structure |
Minimum static clearance between 25kv live parts and earth |
Remarks |
| |
|
|
|
|
|
|
|
B. Location of overhead electrical structures where specified 2m working clearance not available, and special protection measures therefor
| Sl. No. |
Location |
Type of nearest earthen part |
Actual distance between live part and earth (Metre) |
Details of protection measures |
Remarks |
| |
|
|
|
|
|
Form XII
[See Rule 5(1)(I)]
Electrical Crossing Over Metro Railway Tracks Abstract
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Sl. No. |
Location |
Brief technical particulars including voltage |
Whether with guards or w/o guards |
Owned by |
Whether clearance as per the regulations for electrical Xings available |
Remarks |
| |
|
|
|
|
|
|
Form XIII
[See Rule 5(1)(m)]
Traction Maintenance Depot Abstract
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Sl. No. |
Location |
Name of nearest metro station |
Remarks |
| 1. |
|
|
|
Form XIV
[See Rule 5(1)(n)]
Ventilation, Smoke Management and Fire Safety Measures in Viaducts/Tunnels and Stations
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| 1. |
Salient features of the design specially covering following aspects |
| |
(A) |
Elevated/At Grade stations and viaduct: |
| |
|
(a) |
Emergency ventilation and smoke management system in stations, if provided; |
| |
|
(b) |
Emergency Evacuation procedure from viaduct and stations; |
| |
|
(c) |
Fire detection/suppression system in stations; |
| |
|
(d) |
Fire alarm and Public address system for emergencies; |
| |
|
(e) |
Emergency Lighting and Power Supply arrangements; and |
| |
|
(f) |
Access routes for fire fighting personnel and evacuation routes for passengers. |
| |
(B) |
Underground stations and tunnels: |
| |
|
(a) |
Emergency ventilation and smoke management system in tunnels and stations; |
| |
|
(b) |
Emergency Evacuation procedure from tunnels and stations; |
| |
|
(c) |
Fire detection/suppression system in tunnels and stations; |
| |
|
(d) |
Fire alarm and Public address system for emergencies; |
| |
|
(e) |
Emergency Lighting and Power Supply arrangements; and |
| |
|
(f) |
Access routes for fire fighting personnel and evacuation routes for passengers. |
| 2. |
Station designs shall provide evacuation facilities generally as per NFPA 130 or NBC or practices adopted by metro projects in India. |
| 3. |
Certified that all test certificates from equipment suppliers, and testing commissioning agencies are in order and clearances from statutory authorities have been obtained. |
Form XV
[See Rule 5(1)(o)]
Brief Particulars of Signalling and Train Control Systems
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Signalling and Train Control systems |
| 1. |
Continuous Automatic Train Control system has been provided on section for movements of trains between stations and between the depot and running lines. |
| 2. |
The continuous automatic Train control system works on the principle of target speed with cab signals by means of continuous transmission between track side and train through coded Audio Frequency Track Circuit, or through radio control, ensuring safe movement of trains by continuously generating a safe operating envelope defined by the Limit of Movement Authority and the Maximum Safe speed. |
| 3. |
The Continuous Automatic Train Control system provides the following modes of train operation. |
| |
(i) |
Automatic mode, where provided |
| |
(ii) |
Automatic Reversal mode, where provided |
| |
(iii) |
Coded Manual mode |
| |
(iv) |
Run on sight mode, where provided |
| |
(v) |
Restricted Manual mode |
| |
(vi) |
Cut-Out mode |
| 4. |
Train operation on main lines is controlled from Operation Control Centre which normally operates under Automatic Train Control system with routes being set and trains interval regulated by computer control. Facility for manual setting of routes and individual operation of point if required has also been provided. Automatic Train Supervision system at Operations Control Centre monitors and controls train operation. |
| 5. |
A local Control Panel with video display unit has been provided in the station control room to enable the Traffic Controller to hand over control of the signals at specific station if required. |
| 6. |
Stations on the section have been provided with Computer Based Interlocking system. |
| 7. |
A digital Mobile Train Radio Communication System based on Terrestrial Trunked Radio specifications has been provided on the section to provide radio communication between traffic controller, depot controller and the train operator. |
| 8. |
Optical Fibre based telephone communication system interconnecting stations, Operations Control Centre and Train maintenance Depot has also been provided. |
Form XVI
[See Rule 5(3)]
Certificate of the Chief Executive Officer
| I do hereby certify: |
| (a) |
that the moving and fixed dimensions for the metro railway have in every case been worked to. Also that these dimensions will be observed in future and that no work or structure infringing the dimensions will hereafter be permitted without the sanction of the Central Government. |
| (b) |
that each bridge or viaduct conforms to the approved standard of loading without exceeding the maximum permissible stress on the available material in any member or portion of the structure. |
| (c) |
that every coaching vehicle constructed or procured for the use of the metro railway has been provided with electro-pneumatic/regenerative/air brake and effective means of communication between passengers and the train operator. |
| (d) |
that the metro railway shall be worked as per the system specified in the 5[Metro Railways General Rules, 2013]. |
| (e) |
that the 750v DC/25kv AC electric traction equipment can be used for the public carriage of passengers without danger to the public and that the Rules for the design and inspection of equipment for electric traction as per chapter X of the 6[rules for opening of metro railways for public carriage of passengers, 2013] have been complied with. |
| (f) |
that the signalling and telecommunication equipment have been installed in accordance with the approved technical specifications and standards, and are safe for passing traffic. |
| (g) |
that adequate facilities for handicapped passengers have been made available at the stations and in the trains. |
| (h) |
*that ___________ has been delegated to accompany the Commissioner of metro railway safety on his inspection in my place and all information supplied or engagements entered into by him shall bear my authority. |
| |
|
Signature with seal of Chief Executive Officer Metro Railway |
| |
*This paragraph(h) should be included in this certificate only when it is not possible for the Chief Executive Officer to accompany the Commissioner due to unavoidable reason, in terms of Rule 10(2). |
Form XVII
[See Rule 5(4)]
Infringement of Moving and Fixed Dimensions
| Section: |
|
Metro Railway |
| Length: |
|
Gauge :mm |
| Sl. No. |
Location |
Name of structure which infringes |
Prescribed dimensions with chapter and item No. |
Existing actual dimension |
Amount of infringement |
Reasons of infringement |
Authority under which infringement permitted |
Restrictions/precautions to be adopted |
| |
|
|
|
|
|
|
|
|
Form XVIII
[See Rule 14(2)]
Deflection Test of Bridges
| Section |
|
Date of Test .. |
| |
Metro Railway |
|
| Length |
|
Description of Test Load . |
| |
Gauge:mm |
|
| Bridge No. |
Kilomete-rage |
Material of girders |
Clear span between bearing plates |
Over-all depth of girders |
Speed of train |
Test Load EDUL |
Deflection in m.m. |
Design load EU-DL for B.M. |
Ratio of Design load B.M. to test load B.M. |
Reduced Deflection under design load (for slow speed tests) = (8 10) |
Theoretical (calculated) deflection (approx) under designated load |
| (1) |
(2) |
(3) |
(4) |
(5) |
(6) |
(7) |
(8) |
(9) |
(10) |
(11) |
(12) |
| |
|
|
|
|
|
|
|
|
|
|
|
Form XIX
[See Rule 24(5)(h)]
Joint Safety Certificate
Based on the reports of oscillation trials (Copy enclosed) it is certified that it is safe to run_____________(particulars of EMU/rolling stock proposed to run) not exceeding ____________units (in case of EMUs) coupled together on the section (station) to (Station) from _____________ (km) to _______________(km) of metro railway at a maximum speed of________(km/h) subject to the following speed restrictions and conditions.
| Sl. No |
From Km To Km |
Nature of Speed restriction |
Brief reason of restriction |
| |
|
|
|
| SPECIAL CONDITIONS |
| To be signed by |
| Director in-charge of Civil Engineering |
Director in-charge of Electrical Engineering |
| Director in-charge of Rolling stock |
Director in-charge of Operations |
| Director in-charge of Signal and Telecom Engineering |
Form XX
[See Rule 27(2)(b)]
Certificate for Signalling Equipment
Certified that it is safe to use (particulars of the equipment) at the station/on the section of the metro railway with the following precautions.
1.____________________________
2.____________________________
3.____________________________
.
Head of Signal and Telecommunication Engineering
APPENDIX A
[See Rule 41]
Catechism for Signalling and Interlocking Installations
1. Signalling and Train Control
| Have the requirements and recommendations for signalling and train control systems prescribed in Chapter IX of these rules and the technical specifications and relevant national and international standards, installed in the section, being complied with? |
| SIGNAL |
| 1. |
Do the signals comply with the requirements as laid down in 7[Metro Railways General Rules, 2013]. |
| 2. |
Have the signal posts been placed on the left side of the track of the approaching train to which they refer? If otherwise, for what reason? |
| 3. |
Are all running fixed signals controlling trains, placed in such a position and at such a height above rail level so that these can be clearly seen by the Train Operators in sufficient time and be readily distinguished by night or by day from subsidiary signals? |
| 4. |
In case of slotted or controlled signals, can the signals be freely returned to danger by either of the controlling agencies? |
| 5. |
Are fixed signals not commissioned/not in use have their aspects covered and the cover displays two crossed white bars on a black background, the bars not being less than 30cm 10cm? |
| POINTS |
| 1. |
Is the locking of facing points such that the points cannot be or become unlocked while a train is passing over them i.e they are electrically controlled by track circuits or alternative devices? |
| 2. |
Are detectors (internal/external) fitted to all facing points and do they efficiently detect with switches the signals controlling the movement of train over them? |
| 3. |
Are switches adjusted to come tight against stock rails? Does the insertion of 5mm obstruction piece between the switch and stock rails 150mm from the toe of the switch prevent the points being locked and prevent the relevant signal from being taken OFF , the giving of which is preceded by the locking of the points? |
| STATION CONTROL ROOM |
| 1. |
Are all signals, points and track circuits electrically/electronically repeated on the Station Control Panel/Work Station as & where provided? |
| 2. |
Is the station controller provided with necessary means of stopping the train at his station? |
| 3. |
Have instructions for working been issued to all staff and included in Metro Railway Working Instructions and are they correct and efficient? |
| TESTS IN STATION CONTROL ROOM |
| It is essential that the interlocking of all signals with points is so effected as to ensure the following conditions, which may be tested from the Station Control panel or Work station |
| 1. |
Is it possible to take off conflicting signals at the same time? |
| 2. |
Is it possible to take off a signal until |
| |
(a) |
all points on the running line including overlap are correctly set and the facing point locked where required? |
| |
(b) |
all points, giving access to the running line from sidings are set against the running line? |
| OPERATION CONTROL CENTRE |
| Are all signals, points and track circuits electrically/electronically repeated on the Operation Control or Work station as and where provided? |
| CAB SIGNAL |
| 1. |
Are the various modes of train control clearly distinguishable on the Driver's Man machine Interface (MMI). |
| 2. |
Under Cab Signalling System of working, is Automatic Train Protection system able to bring the train to a stop before an obstruction? |
APPENDIX B
[See Rule 41]
2. Additional Catechism for Signalling and Telecommunication for Electrified Sections
Have the requirements and recommendations for signalling and telecommunication installation in accordance with the instructions issued for the installation of signalling and telecommunication equipment in 750V DC or 25KV 50Hz AC or other traction systems as adopted on the section, been complied with?
If not, in what respect the arrangements provided fall short of them?
STATEMENT OF DEVIATION SIGNALING AND TELECOM SYSTEMS
| Description |
Existing Parametres |
Prescribed Parametres |
Deviation/Infringement |
Remarks |
Approval/Sanction |
| Signal |
|
|
|
|
|
| Points |
|
|
|
|
|
| Track Circuits |
|
|
|
|
|
| Cables |
|
|
|
|
|
| Elect Signaling Equipment |
|
|
|
|
|
| Batteries |
|
|
|
|
|
| Earthing |
|
|
|
|
|
| Mobile Train Radio Communications |
|
|
|
|
|
| General Safety |
|
|
|
|
|