Metro rail India has been a success story. Yet cities with lower projected ridership are also aspiring for rail based mass rapid transit system, being safe, punctual and reliable. The wish list can be fulfilled by Light Urban Rail Transit System named "Metrolite" policy by the Ministry of Housing & Urban Affairs (MoHUA) which proposes lesser capacity, at less cost, and low O& M costs.
All Tier Two cities and suburban areas of Metropolitan cities are the key clients as the systems appears viable.
'Metrolite' would also act as feeder system to high capacity Metro.
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Metrolite India LRT Dr Namrita Kalsi DMRC
1. DrArNamritaKalsi,DelhiMetro
Light Urban Rail Transit System Of India
STANDARD SPECIFICATIONS
OF
LIGHT URBAN RAILTRANSITSYSTEM
"METROLITE“
GovernmentofIndia
M/oHousing&UrbanAffairsJuly2019
METROLITE
Dr Ar Namrita Kalsi
Delhi Metro Rail Corporation Ltd.
2. DrArNamritaKalsi,DelhiMetro
The success of
metro rail has inspired,
cities with lower projection
of ridership
for also aspiring for
rail based mass rapid
transit system,
⌐ For bigger cities
⌐ High capacity
⌐ Very high
ridership &
⌐ High Peak Hour
Peak Direction
Traffic (PHPDT)
Features of "Metrolite“ India
3. DrArNamritaKalsi,DelhiMetro
Wish list for Light Urban Rail
Transit System (LRT):
⌐ Named "Metrolite“
⌐ Lower capacity,
⌐ Less capital cost,
⌐ Acts as feeder system to
high capacity Metro,
⌐ Lower operation, &
maintenance cost,
⌐ More viable system.
Features
PHPDT capacity
from
2,000 to 15,000
Features of "Metrolite“ India
5. DrArNamritaKalsi,DelhiMetro
⌐ At-Grade alignment preferred,
⌐ On a dedicated path separating the
road traffic with Metro lite system,
⌐ A continuous plinth/Fencing for
segregation with road traffic,
⌐ If ROW is not available, one line can
be provided on one road and the
other line on a parallel road.
⌐ Even entire road can be closed for
road transport and only train can be
operated with pedestrian plazas.
⌐ Metrolite alignment is minimum 7.6
m outside shelter location
⌐ Single line :The road width
occupied:
⌐ Min 3.5 m outside shelter location &
⌐ Min 5.5 m inside Metrolite shelter.
Features of
"Metrolite“ India
At Grade Metro
Lite system
Forreduced
civilconstructioncost
&time
6. DrArNamritaKalsi,DelhiMetro
At Grade Metro Lite system
⌐ Zebra crossings are for passenger
movement from the side foot paths to
the platform.
⌐ Municipal corporations to identify at
least one single track between two
parallel roads.
⌐ Ring network shall be planned to
reduce the head way.
⌐ Integrated road & rail signalling
system with priority for Metrolite.
⌐ Traffic marshals can be posted
initially at the crossings to enforce
discipline
⌐ Platform width of min1.12 m (NFPA -
101)
⌐ Roof covering can be optimized to
l/3rd of train ·length
1. un-attended shelter,
2. randomchecking,
3. heavypenaltyshallbe
leviedonthe
passengerswithouta
validticket.
Metro Lite system:
Features of
"Metrolite“ India
7. DrArNamritaKalsi,DelhiMetro
⌐ Station will be at single level platform
with an under bridge (FOB) below
the rail level for road crossing for
general public,
⌐ More natural lighting and natural
ventilation instead of heavy closed
structures.
⌐ Concourse shall be avoided,
⌐ Platforms shall be used for passenger
area, with min width of 1.12 m (NFPA
101).
⌐ Access to the Under bridge (FOB) is
with one entry/exits on the road.
⌐ Road space occupied at the median;
shall be max 2.2 m for Piers,
⌐ Vertical clearance of FOB shall be max
5.5 m above road level,
ElevatedMetrolite
systemshallbeplanned
only whenAt-Grade
systemisnotpossible
Elevated Stations:
Features of
"Metrolite“ India
8. DrArNamritaKalsi,DelhiMetro
⌐ At cross-overs, signalling
equipment rooms are required at
the nearest Metrolite shelter.
⌐ SER to be provided in an
underground container below the
platform with access & ventilation.
⌐ Following are not suggested in the
Metrolite shelter :
⌐ AFC gates,
⌐ Platform screen doors (PSD),
⌐ X-ray baggage scanner &
⌐ DFMD.
⌐ Ticket validators installed inside
the Metrolite train and shelter.
⌐ National Common Mobility Card
(NCMC) or other ticketing systems.
Equipment's
Metro Lite system:
Features of
"Metrolite“ India
10. DrArNamritaKalsi,DelhiMetro
⌐ Rail Gauge : standard gauge
of 1435 mm width.
⌐ The track curves of radius up-to
25 m shall be adopted for
crowded areas,
⌐ But standard curvature can also
be made,
⌐ Track:
⌐ Ballast-less track proposed in
elevated sections and
⌐ Embedded track on road for
At-grade sections
⌐ Concealed Point machines for
operation of cross-overs shall be
provided below the embedded
tracks.
Ballast less track
Rail Track of
"Metrolite“ India
12. DrArNamritaKalsi,DelhiMetro
⌐ PHPDT capacity from 2,000 to
I 5,000,
⌐ Metrolite trains with maximum
12T axle load is to be adopted,
⌐ Up-to 300 number of Passenger
loading for 3-coach train unit.
⌐ @ AW3 1 loading conditions,
⌐ Train shall be capable of
travelling in elevated, at grade
and tunnel sections.
⌐ The track curves of radius up-to
25 m are adopted, &
⌐ car body width of 2.65 m as
the standard dimension.
1.
3 Coach Unit
Rolling Stock of
"Metrolite“ India:
13. DrArNamritaKalsi,DelhiMetro
Unit :
⌐ Three non-separable coaches,
⌐ low floor height of about 300-
350 mm,
⌐ Unit length shall be of min 33 m.
⌐ The train configuration will he
of 3 car unit,
⌐ Number of additional coaches
of train can be increased based
on PHPDT in the initial design
stage itself, &
⌐ The car structure material shall
be stainless steel or
aluminium.
1.
Metro Lite system
Rolling Stock for "Metrolite“ India
14. DrArNamritaKalsi,DelhiMetro
⌐ Train shall be capable of
carrying full load passengers
up-to a gradient of 6%.
⌐ The gradient can be decided
based upon the site
conditions ,
⌐ Motorisation - Min 50 %
motorized axles for the unit
of 3 non separable coaches.
⌐ Operational speed: Max 60
KMPH.
⌐ Safety certified Obstruction
detection system shall be
employed for the trains.
1.
Rolling Stock
Rolling Stock of
"Metrolite“ India
15. DrArNamritaKalsi,DelhiMetro
Emergency Evacuation
System
⌐ Evacuation for trains is side
evacuation in between both
the tracks.
Maintenance Depot
facility:
⌐ Due to lesser radius of
curvature of trains (25 m), the
size of the depot will be
considerably lesser than that
for Metro-railway depots.
Metro Lite system
Rolling Stock of
"Metrolite“ India
16. DrArNamritaKalsi,DelhiMetro
⌐ Traction system shall be 750
V DC Over-head catenary
system or embedded third
rail system.
⌐ Where ever absolutely
needed, Catenary free
technology may also be
opted in short stretches.
⌐ Respective cities shall decide
the location and availability of
the DC sub-stations required
for Metrolite system.
Configuration
Traction System of
"Metrolite“ India
17. DrArNamritaKalsi,DelhiMetro
⌐ Signalling & Train Control through
CBTC technology .
⌐ CBTC to provide Train to OCC
Rolling Stock Information
transmission.
⌐ Metrolite System having exclusive
Right of Way shall require full
complement of Signalling & Train
Control [CBTC (GOAl - ATP
only), ATS & Interlocking's]
primarily because of:
i. Derailment prevention due to Over
Speeding, especially when it is an
Elevated and At Grade Section,
ii. Route diversions, &
iii.When more than one Train is
required to run in one Section due to
better Headway requirements/ De-
congest.
1.1AW3asseated
passengers
2.Standing6passengers
persquarem.
3.Averagepassenger
weight:65Kg.
Standard
Signaling,
Telecom & Afc
Systems
19. DrArNamritaKalsi,DelhiMetro
CBTC shall allow:
⌐ Minimising of way side cabling
requirements.
⌐ Provided with cab signalling &
interfaced with Road signals.
⌐ Safety certification of SIL4 level.
⌐ In case of failure of On-board ATP,
train operation shall be done as
per provision of MRGR/modified
MRGR for light metro.
⌐ No fall back system is
recommended as it is required to
avoid equipment at the road level.
⌐ In any case, even with failure of
On-board signalling, the speed is
restricted to 25 Kmph.
1. Safety:SIL4
2. ModifiedMRGRfor
lightmetro.
3. Speed:25Kmph.
Signaling
Signaling,
Telecom & Afc
Systems
20. DrArNamritaKalsi,DelhiMetro
⌐ Signalling shall be available in
only one cab and with
redundancy within the single
ATC cabinet inside the cabin.
To reduce the cost of CBTC,
following is suggested:
⌐ Instead of having Distributed
Interlocking's at various Stations,
Centralised Interlocking at
OCC with Object Controllers at
Point/Crossing Stations shall
be planned.
⌐ Reduce the number of On-Board
ATP by having a Single ATP Unit
for the whole Train.
CBTC
Signaling,
Telecom & AFC
Systems
22. DrArNamritaKalsi,DelhiMetro
Not suggested in the Metrolite
shelters:
⌐ AFC gates,
⌐ Platform screen doors,
⌐ X-ray baggage scanner and
⌐ DFMD
⌐ This will remove any signalling
and PSD equipment rooms in
the station platform making it
un-attended station.
⌐ Ticket validators could be
installed inside the train and in
shelters with NCMC/ other
ticketing systems.
⌐ With random checking, heavy
penalty shall be levied on the
passengers without a valid
ticket in the system.
1.1
Ticket Velidation
AFC Gates
Afcons
24. DrArNamritaKalsi,DelhiMetro
⌐ For larger quantities (ex
More than 100 coaches),
the concerned metros may
look at the possibility of
stipulating local
manufacturing of coaches
and sourcing of certain
components to the extent
possible.
⌐ Systems equipment and
technology should be
modular such that
indigenization is possible.
Make In India
Indigenisation
25. DrArNamritaKalsi,DelhiMetro
Note:
⌐ 1. The above broad standards
of Metrolite. Detailing,
wherever requied, should be
done within the ambit of above
standards by metro rail
companies/ implementing
agency at the time of
implementation.
⌐ 2. Any deviation from the above
standards will require prior
approval of Ministry of Housing
and Urban Affairs.
Policy Stipulations