Preparatory Survey for Hanoi City Urban Railway Construction … · 2012. 8. 16. · Vietnam...
Transcript of Preparatory Survey for Hanoi City Urban Railway Construction … · 2012. 8. 16. · Vietnam...
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Preparatory Survey for Hanoi City Urban Railway
Construction Project (Line 1)
Final Report Annexes
(Simple Binding)
SAP
JR
12-040
April 2012
Japan International Cooperation Agency
Japan Transportation Consultants, Inc. Japan Railway Technical Service
JR East Consultants Co., Ltd. The Japan Electrical Consulting Co. Ltd
Socialist Republic of Vietnam Vietnam Railways
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Annexes
Annex 1 Transport Related Data Annex 2 Comparisons of items requiring adjustments and corrections in Phase 2a FS Report Annex 3 Train operation plan data Annex 4 Structural Profile of Phase 2a Section Annex 5 Safety and Quality Control System Checklist Annex 6 Analyses of Factors for Construction Cost Increase (Comparison between Phase 1
FS and Design by JKT) (This part was deleted to disclose information in certain period) Annex 7 Number of Staff Required in Urban Railway Annex 8 Method of Fare Setup of Other Urban Railway Lines Annex 9 Economic Evaluation: Phase 1 + 2a Annex 10 Financial Evaluation Annex 11 Data used to compute: Economic and Financial Analysis of Phase 1 + 2a + 2b Annex 12 Main Part of EIA Report (English) Annex 13 RAP Framework (Draft) Annex 14 TOR (Draft) for the preparation of RAP
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Annex 1 Transport Related Data
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Annex 1 - 1
Annex 1 Transport Related Data
1. Distances between Stations 2. Passengers between Stations 3. Passenger-kilometer, Average Trip Length 4. Transport Mode Composition, Traffic Volume, Annual Vehicle-km 5. Saving Times When the UMRT is Operated
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Annex 1 - 2
1. Distances between Stations
Table 1-1 Distance OD Matrix (Unit: km)
Yen Vien Cau
Duong Duc
Giang Gia Lam
Long Bien Bac
Long bIen Nam
Ha Noi
Cong Vien
Thong Nhat
Bac Mai
Phuong Liet
Giap Bat
Hoang Liet
Van Dien
Vinh Quynh
Ngoc Hoi
Yen Vien 0.000 2.663 4.527 6.156 7.595 10.035 12.040 13.440 14.412 15.228 16.880 18.983 20.688 22.155 24.672
Cau Duong 2.663 0.000 1.864 3.493 4.932 7.372 9.377 10.777 11.749 12.565 14.217 16.320 18.025 19.492 22.009
Duc Giang 4.527 1.864 0.000 1.629 3.068 5.508 7.513 8.913 9.885 10.701 12.353 14.456 16.161 17.628 20.145
Gia Lam 6.156 3.493 1.629 0.000 1.439 3.879 5.884 7.284 8.256 9.072 10.724 12.827 14.532 15.999 18.516 Long Bien Bac
7.595 4.932 3.068 1.439 0.000 2.440 4.445 5.845 6.817 7.633 9.285 11.388 13.093 14.560 17.077
Long Bien Nam
10.035 7.372 5.508 3.879 2.440 0.000 2.005 3.405 4.377 5.193 6.845 8.948 10.653 12.120 14.637
Ha Noi 12.040 9.377 7.513 5.884 4.445 2.005 0.000 1.400 2.372 3.188 4.840 6.943 8.648 10.115 12.632 Cong Vien ThongNhat
13.440 10.777 8.913 7.284 5.845 3.405 1.400 0.000 0.972 1.788 3.440 5.543 7.248 8.715 11.232
Bac Mai 14.412 11.749 9.885 8.256 6.817 4.377 2.372 0.972 0.000 0.816 2.468 4.571 6.276 7.743 10.260
Phuong Liet 15.228 12.565 10.701 9.072 7.633 5.193 3.188 1.788 0.816 0.000 1.652 3.755 5.460 6.927 9.444
Giap Bat 16.880 14.217 12.353 10.724 9.285 6.845 4.840 3.440 2.468 1.652 0.000 2.103 3.808 5.275 7.792
Hoang Liet 18.983 16.320 14.456 12.827 11.388 8.948 6.943 5.543 4.571 3.755 2.103 0.000 1.705 3.172 5.689
Van Dien 20.688 18.025 16.161 14.532 13.093 10.653 8.648 7.248 6.276 5.460 3.808 1.705 0.000 1.467 3.984
Vinh Quynh 22.155 19.492 17.628 15.999 14.560 12.120 10.115 8.715 7.743 6.927 5.275 3.172 1.467 0.000 2.517
Ngoc Hoi 24.672 22.009 20.145 18.516 17.077 14.637 12.632 11.232 10.260 9.444 7.792 5.689 3.984 2.517 0.000
Source: JKT Team
2. Passengers between Stations
Table 1-2 Passenger OD Matrix in 2020 (Phase-1 Only) (Unit: Trip/day)
Yen Vien
Cau Duong
Duc Giang
Gia Lam
Long Bien Bac
Long bIen Nam
Ha Noi
Cong Vien
Thong Nhat
Bac Mai
Phuong Liet
Giap Bat
Hoang Liet
Van Dien
Vinh Quynh
Ngoc Hoi
Total
Yen Vien 0
Cau Duong 0
Duc Giang 0
Gia Lam 0 16 14,863 16,641 7,374 1,253 667 1,541 42,355 Long Bien Bac
17 0 744 1,965 878 114 62 146 3,926
Long bIen Nam
9,056 788 0 2,187 1,385 839 452 1,271 15,978
Ha Noi 16,031 2,048 1,990 0 1,312 1,276 688 333 23,678 Cong Vien ThongNhat
4,932 636 820 1,057 0 438 204 1,049 9,136
Bac Mai 747 95 556 1,079 623 0 33 178 3,311
Phuong Liet 400 54 335 618 318 35 0 95 1,855
Giap Bat 1,373 145 1,261 371 1,602 238 110 0 5,100
Hoang Liet 0
Van Dien 0
Vinh Quynh 0
Ngoc Hoi 0
Total 0 0 0 32,556 3,782 20,569 23,918 13,492 4,193 2,216 4,613 0 0 0 0 105,339
Source: HAIMUD Study team
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Annex 1 - 3
Table 1-3 Passenger OD Matrix in 2020 (Phase 1+2a) (Unit: Trip/day)
Source: HAIMUD Study team
Table 1-4 Passenger OD Matrix in 2030 (Phase-1+2a) (Unit: Trip/day)
Source: JKT Team
Yen Vien
Cau Duong
Duc Giang
Gia Lam
Long Bien Bac
Long bIen Nam
Ha Noi
Cong Vien
Thong Nhat
Bac Mai
Phuong Liet
Giap Bat
Hoang Liet
Van Dien
Vinh Quynh
Ngoc Hoi Total
Yen Vien 0
Cau Duong 0
Duc Giang 0
Gia Lam 0 16 14,863 16,641 7,374 1,253 667 1,541 602 937 1,331 787 46,012
Long Bien
Bac 17 0 744 1,965 878 114 62 146 42 122 159 120 4,369
Long bIen
Nam 9,056 788 0 2,187 1,385 839 452 1,271 1,665 1,838 2,593 12,358 34,432
Ha Noi 16,031 2,048 1,990 0 1,312 1,276 688 333 1,693 1,110 1,599 2,268 30,348
Cong Vien
ThongNhat 4,932 636 820 1,057 0 438 204 1,049 5,900 2,796 3,694 6,210 27,736
Bac Mai 747 95 556 1,079 623 0 33 178 808 46 863 1,304 6,332
Phuong Liet 400 54 335 618 318 35 0 95 470 25 494 704 3,548
Giap Bat 1,373 145 1,261 371 1,602 238 110 0 697 311 465 8,250 14,823
Hoang Liet 611 68 1,563 1,713 5,803 825 488 558 0 46 57 352 12,084
Van Dien 1,172 166 1,870 1,286 3,442 788 22 379 55 0 13 24 9,217
Vinh Quynh 1,702 230 2,661 1,849 4,647 1,068 32 568 70 13 0 37 12,877
Ngoc Hoi 1,173 395 5,258 1,107 6,858 3,392 1,793 9,851 674 9 14 0 30,524
Total 0 0 0 37,214 4,641 31,921 29,873 34,242 10,266 4,551 15,969 12,676 7,253 11,282 32,414 232,302
Yen Vien
Cau Duong
Duc Giang
Gia Lam
Long Bien Bac
Long bIen Nam
Ha Noi
Cong Vien
Thong Nhat
Bac Mai
Phuong Liet
Giap Bat
Hoang Liet
Van Dien
Vinh Quynh
Ngoc Hoi Total
Yen Vien 0
Cau Duong 0
Duc Giang 0
Gia Lam 0 23 20,715 23,193 10,277 1,747 930 2,148 839 1,306 1,855 1,097 64,130
Long Bien
Bac 24 0 1,036 2,739 1,224 159 86 204 58 170 221 167 6,088
Long bIen
Nam 12,622 1,098 0 3,047 1,930 1,169 630 1,771 2,321 2,562 3,613 17,224 47,987
Ha Noi 22,342 2,854 2,773 0 1,829 1,778 958 464 2,359 1,547 2,229 3,160 42,293
Cong Vien
ThongNhat 6,874 887 1,142 1,474 0 611 285 1,462 8,223 3,896 5,148 8,655 38,657
Bac Mai 1,041 132 776 1,504 868 0 45 248 1,126 64 1,202 1,818 8,824
Phuong Liet 557 75 466 861 444 48 0 132 655 35 688 981 4,942
Giap Bat 1,914 202 1,758 516 2,232 332 153 0 971 433 648 11,498 20,657
Hoang Liet 852 94 2,178 2,387 8,088 1,150 680 778 0 64 79 491 16,841
Van Dien 1,633 231 2,606 1,792 4,797 1,098 31 528 77 0 18 33 12,844
Vinh Quynh 2,372 321 3,709 2,577 6,476 1,488 45 792 98 18 0 52 17,948
Ngoc Hoi 1,635 550 7,327 1,543 9,557 4,728 2,499 13,729 939 13 20 0 42,540
Total 0 0 0 51,866 6,467 44,486 41,633 47,722 14,308 6,342 22,256 17,666 10,108 15,721 45,176 323,751
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Annex 1 - 4
3. Passenger-kilometer, Average Trip Length
Passenger-km is calculated by multiplying Distance OD Matrix and Passenger OD Matrix in 2020 and 2030. After that, Passengers and Passenger-km in 2040 and 2050 is calculated by using extrapolation method. Average trip length is calculated by dividing total of passenger-km by total of passengers.
Table 1-5 Passenger-km, Average Trip Length
Year 2020 Year 2030 Year 2040 Year 2050 Phase-1 only Phase-1+2a
Passengers(000 trip/day) 105 232 324 451 629 Passenger-km (000 trip-km/day) 540 1,797 2,505 3,491 4,865 Average trip length (km) 5.1 7.7 7.7 7.7 7.7
Source: JICA Survey Team
4. Transport Mode Composition, Traffic Volume, Annual Vehicle-km
Actual transport mode composition in 2005 and estimated composition in 2020 when the UMRT will not be developed are described in the HAIMUD Report. (See Fig. 2-2 Change in Transport Mode Composition, Main Report) Subsequent composition after the 2030 is calculated by using the above two data. Table 1-6 Transition of 5 Transport Mode Compositions
(Unit: %)
2005 2020 2030 2040 2050 Bicycle 27.7 3.8 3.0 3.0 3.0Motorcycle 59.7 58.6 50.6 44.0 38.9 Car 4.0 19.5 26.1 30.9 34.8 Bus 7.4 14.5 16.8 18.4 19.7 Others 1.2 3.6 3.6 3.6 3.6Total 100.0 100.0 100.0 100.0 100.0
Source: JICA Survey Team
Fig. 1-1 Transition of 5 Transport Mode Compositions
After that, motorcycle, car and bus share are adjusted that the total becomes 100%.
010203040506070
2000 2010 2020 2030 2040 2050 2060
Bicycle Bike Car Bus Others
Source: JICA Survey Team
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Annex 1 - 5
Table 1-7 Transition of 3 Transport Mode Compositions (Unit: %)
2020 2030 2040 2050 Motorcycle 63.3 54.2 47.1 41.6Car 21.1 27.9 33.1 37.3Bus 15.7 17.9 19.7 21.1Total 100.0 100.0 100.0 100.0
Source: JICA Survey Team
Numbers of passengers by the alternative modes when the UMRT does not exist are calculated by using the Table 1-7.
Table 1-8 Transition of Number of Passengers by 3 Transport Modes (Unit:1,000 trips/day)
2020 2030 2040 2050
Passengers 232 324 451 629
Alternative Mode
Motorcycle 147 176 213 262
Car 49 90 149 234
Bus 36 58 89 133
Source: JICA Survey Team
In addition, the numbers of passengers are converted in the numbers of vehicles by using the average number of passengers by modes.
Table 1-9 Number of Passengers by Transport Modes
(Unit: Passengers/vehicle)
Vehicle Type Motorcycle Car Bus Average number of passengers
1.36 2.02 30.0
Source: HAIDEP (2007)
Table 1-10 Transition of Number of Traffic Volume by Transport Modes
(Unit: 1000 Vehicles/day)
2020 2030 2040 2050
Motorcycle 108 129 157 193
Car 24 45 74 116
Bus 1.2 1.9 3.0 4.4
Source: JICA Survey Team
Total of vehicle-km is calculated by multiplying the traffic volume, average trip length and 365 days/year.
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Annex 1 - 6
Table 1-11 Transition of Vehicle-km by Transport Modes
(Unit: Million Vehicle-km/day)
2020 2030 2040 2050
Motorcycle 305.5 364.5 441.5 543.4
Car 69.6 126.3 208.9 328.0
Bus 3.4 5.5 8.4 12.5 Note: The number is calculated on the EXCEL sheet. Therefore, some differs appears from the number calculated with the calculator because of the round off.
Source: JICA Survey Team
Saving cost for vehicle operation when the UMRT doesn’t exist is determined by multiplying the above result and vehicle operation cost (VOC) by each transport mode.
5. Saving Times When the UMRT is Operated According to HAIMUD, it is forecasted that the average speed will become 9.4 km/h in 2020, when the only predetermined projects (Do something case) will be executed. Assuming the speed ratio by each mode is as below.
Motorcycle: Car: Bus = 1.5: 1.0: 0.8. Assuming the average speed will be decreased by 10% in each 10 years.
Table 1-12 Average speed when the UMRT doesn’t exist (Unit: km/h)
2020 2030 2040 2050 Average Speed 9.4 8.5 7.6 6.8
Source: JICA Survey Team
Average speed by each transport mode is calculated as below.
Table 1-13 Average Speed by Transport Mode by Year (Unit: km/h)
2020 2030 2040 2050 Motorcycle 11.0 10.3 9.6 8.8Car 7.3 6.8 6.4 5.9Bus 5.8 5.5 5.1 4.7UMRT 1/ 30.4
Source: JICA Survey Team 1/:TRICC F/S Report
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Annex 1 - 7
Driving times for the 7.7 km of average trip length by the transport mode are as follows.
Table 1-14 Average Travel Time by Transport Modes (Unit: hour)
2020 2030 2040 2050 Motorcycle 0.70 0.75 0.81 0.88Car 1.06 1.14 1.21 1.31Bus 1.33 1.41 1.52 1.65UMRT 0.26
Source: JICA Survey Team
Saving time by using UMRT will be as follows.
Table 1-15 Saving time by Transport Modes (Unit: hour/trip)
2020 2030 2040 2050 Motorcycle 0.44 0.49 0.55 0.62Car 0.80 0.88 0.95 1.05Bus 1.07 1.15 1.26 1.39
Source: JICA Survey Team
Annual saving time will be as follows.
Table 1-16 Annual Saving Time by Transport Modes (Unit: 1000 hour/year)
2020 2030 2040 2050 Motorcycle 24,100 31,822 42,790 59,670Car 14,414 29,133 52,046 90,513Bus 14,375 24.381 40,977 67,422Total 52,889 85,336 135,813 217,065
Note: The number is calculated on the EXCEL sheet. Therefore, some differs appears from the number calculated with the calculator because of the round off.
Source: JICA Survey Team
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Annex 2 Comparisons of items requiring adjustments and
corrections in Phase 2a FS Report
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Annex 2 - 1
Annex 2 Comparisons of items requiring adjustments and corrections in Phase 2a FS Report
1. Vehicle design specifications 2. Train operation plan 3. Civil engineering structures
4. Automatic Fair Collection system (AFC) 5. Power supply 6. Signaling and communications
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Annex 2- 2
1.
Vehi
cle
desi
gn sp
ecifi
catio
ns
1)
Rev
iew
s of s
peci
ficat
ions
and
stan
dard
s B
ased
on
the
Phas
e 2a
FS,
JKT’
s pro
posa
ls, a
nd th
e M
inis
teria
l Ord
inan
ce to
Pro
vide
the
Tech
nica
l Sta
ndar
d on
Rai
lway
of t
he M
inis
try o
f Lan
d,
Infr
astru
ctur
e, T
rans
port
and
Tour
ism
of J
apan
, fro
m v
iew
poin
ts o
f rai
lway
ope
ratio
ns, a
nd se
cure
men
t of p
asse
nger
safe
ty, w
e re
view
ed sp
ecifi
catio
ns a
nd
stan
dard
s for
rolli
ng st
ock
gaug
es, r
ollin
g st
ock
wei
ght,
railc
ar d
rivin
g eq
uipm
ent,
carb
ody
stru
ctur
es a
nd ra
ilcar
equ
ipm
ent,
fire-
disa
ster
pre
vent
ion
mea
sure
s fo
r rai
lcar
s, an
d ro
lling
stoc
k m
aint
enan
ce. R
esul
ts o
f the
revi
ews a
re in
dica
ted
in T
able
1-1
.
Tabl
e 1-
1 R
evie
wed
item
s and
thei
r res
ults
for s
peci
ficat
ions
and
stan
dard
s of v
ehic
le d
esig
n sp
ecifi
catio
ns
Item
C
heck
poi
nt
Com
plia
nce
to m
inis
trial
ord
ers
App
licat
ions
to
othe
r reg
ulat
ions
1.
Rol
ling
stock
gau
ge
Shou
ld n
ot e
xcee
d th
e ro
lling
stoc
k ga
uge.
C
ompl
ied.
R
ollin
g st
ock
gaug
e sp
ecifi
ed a
re in
dica
ted
in Ⅳ
.7.3
.1.
(N
ote)
Con
firm
atio
n of
pro
cedu
res f
or e
stab
lishm
ent o
f pla
tform
sh
orte
ning
lim
it (C
hapt
er 4
-110
)
Rai
lway
Tec
hnic
al
Cod
e of
Vie
tnam
22
TCN
340-
05
2. R
ollin
g st
ock
wei
ght e
tc.
Lim
its f
or
track
s and
st
ruct
ures
Do
not l
oad
effe
cts
grea
ter t
han
dura
bilit
y of
the
track
s and
st
ruct
ures
. C
ompl
ied.
D
urab
ility
of t
rack
s: se
t to
be a
xle
load
of a
loco
mot
ive
to h
aul
pass
enge
r car
s.
Elec
tric
train
s usu
ally
em
ploy
mul
tiple
-uni
t sys
tem
s and
axl
e lo
ad is
smal
l. M
ax. a
xle
load
is 1
8 to
n/ax
le (C
hapt
er 4
-109
).
Stab
ility
Se
curin
g sa
fe a
nd st
able
ope
ratio
ns w
ith a
ssum
ed d
rivin
g co
nditi
ons.
C
ompl
ied.
D
esig
n co
mpl
ied
with
Japa
nese
STR
ASY
A.
Max
. spe
ed fo
r the
line
: 120
km
/h
Max
. spe
ed fo
r the
veh
icle
: 120
km/h
(C
hapt
er 3
-1, C
hapt
er 4
-109
)
Stru
ctur
es to
pre
vent
ove
rturn
of a
trai
n w
hen
stop
ping
on
a cu
rbed
tra
ck.
C
ompl
ied.
C
arbo
dy w
idth
: 338
0mm
, whi
ch is
pro
ven
in Ja
pan.
(C
hapt
er 4
-108
)
3. R
ailc
ar d
rivin
g eq
uipm
ent
etc.
Rai
lcar
driv
ing
equi
pmen
t W
heel
s sho
uld
not d
amag
e tra
cks.
C
ompl
ied.
D
esig
n co
mpl
ied
with
Japa
nese
STR
ASY
A . (
Cha
pter
4-1
09)
Arr
ange
men
ts o
f whe
el a
xis s
houl
d pa
ss m
inim
um c
urve
radi
us
with
out t
roub
le.
Com
plie
d.
Min
imum
radi
us:
Tr
ack
: mai
n lin
e: 2
50m
; Dep
ot: 1
00m
R
ollin
g st
ock:
mai
n lin
e: 1
50m
; Dep
ot: 1
00m
Fron
t sec
tion
of th
e le
ad ra
ilcar
shou
ld e
limin
ate
obst
acle
s on
rail
top
surfa
ces.
C
ompl
ied.
-
Annex 2- 3
Item
C
heck
poi
nt
Com
plia
nce
to m
inis
trial
ord
ers
App
licat
ions
to
othe
r reg
ulat
ions
R
unni
ng g
ears
shou
ld b
e rig
id w
ith e
noug
h st
reng
th a
nd se
cure
safe
an
d st
able
ope
ratio
ns.
Com
plie
d.
Pow
er
gene
ratio
n eq
uipm
ent
Ada
pted
to fa
cilit
ies a
nd sh
ould
be
bear
able
for o
pera
tions
. C
ompl
ied.
Elec
tric
faci
litie
s for
el
ectri
c ci
rcui
ts
Thos
e w
ithou
t ris
k of
insu
latio
n br
eakd
own,
ele
ctrif
icat
ion
or f
ire
disa
ster
due
to m
ixed
mel
ting
C
ompl
ied.
Do
not h
ave
effe
cts o
n ot
her e
lect
ric fa
cilit
ies
for r
ailw
ay
oper
atio
ns d
ue to
failu
res b
y in
duct
ion
effe
cts.
C
ompl
ied.
Cur
rent
col
lect
ors s
houl
d ha
ve a
com
plia
nce
char
acte
ristic
to
over
head
con
tact
line
s.
Com
plie
d.
Pant
ogra
phs s
houl
d be
abl
e to
be
low
ered
all
toge
ther
from
the
crew
cab
in.
Com
plie
d.
Whe
n lo
wer
ing
the
pant
ogra
phs,
ther
e sh
ould
be
no ri
sk o
f cau
sing
fir
e di
sast
er d
ue to
arc
ing.
Com
plie
d.
Mak
e su
re th
at th
ere
wou
ld b
e no
risk
of c
ausi
ng b
urno
ut b
y ov
erhe
at d
ue to
cur
rent
surg
e.
Com
plie
d.
Aga
inst
ent
ry o
f abn
orm
al h
igh
volta
ge, s
afet
y of
circ
uits
shou
ld b
e se
cure
d.
Com
plie
d.
Rai
lcar
s ope
ratin
g in
sect
ions
with
hig
h vo
ltage
ove
rhea
d co
ntac
t lin
es sh
ould
be
forc
ed to
be
cut f
rom
ele
ctric
ity w
hen
ther
e is
ab
norm
ality
with
ove
rhea
d co
ntac
t lin
es.
Com
plie
d.
B
rake
syst
em
Sh
ould
be
able
to st
eadi
ly sl
ow d
own
train
s or s
top
the
train
s.
Com
plie
d.
R
ailc
ars i
n th
e tra
inse
t sho
uld
be in
terlo
cked
to b
e op
erat
ed fr
om
the
crew
cab
in fo
r bra
king
ope
ratio
ns.
Com
plie
d.
Mak
e su
re th
at v
ibra
tions
and
impu
lses
shou
ld n
ot in
terfe
re w
ith
brak
ing
oper
atio
ns.
Com
plie
d.
Shou
ld b
e ab
le to
exe
rt br
akin
g fo
rce
unin
terru
pted
ly.
Com
plie
d.
Sh
ould
be
auto
mat
ical
ly a
ctiv
ated
whe
n ra
ilcar
s in
the
train
set a
re
sepa
rate
d.
Com
plie
d.
Shou
ld b
e ab
le to
stop
trai
ns ra
pidl
y.
Com
plie
d.
Sh
ould
be
able
not
to st
art t
he tr
ain
whe
n st
oppi
ng fo
rce
cann
ot b
e se
cure
d or
ther
e is
risk
that
ther
e m
ight
be
troub
les w
ith b
raki
ng
forc
e, e
tc.
Com
plie
d.
Shou
ld b
e ab
le to
pre
vent
rolli
ng o
f rai
lcar
s on
stor
age
track
s and
m
ake
sure
that
vib
ratio
ns a
nd im
puls
es sh
ould
not
inte
rfere
with
br
akin
g op
erat
ions
.
Com
plie
d.
Shou
ld b
e eq
uipp
ed w
ith in
depe
nden
t bra
king
func
tions
to b
e us
ed
in a
cas
e of
a fa
ilure
of r
ollin
g pr
even
tion
equi
pmen
t for
trai
ns o
n st
orag
e tra
cks.
Com
plie
d.
4. C
arbo
dy
Car
body
C
arbo
dy st
ruct
ure
shou
ld b
e rig
id w
ith e
noug
h st
reng
th a
nd
Com
plie
d.
-
Annex 2- 4
Item
C
heck
poi
nt
Com
plia
nce
to m
inis
trial
ord
ers
App
licat
ions
to
othe
r reg
ulat
ions
st
ruct
ure
and
railc
ar
equi
pmen
t
stru
ctur
e
bear
able
for o
pera
tions
.
Stru
ctur
es o
f pa
ssen
ger
cabi
ns
Win
dow
s sho
uld
have
eno
ugh
stre
ngth
. Whe
n op
enin
g th
e w
indo
ws,
ther
e sh
ould
be
no ri
sk o
f tou
chin
g ot
her f
acili
ties e
tc.
and
of p
asse
nger
s fal
ling
from
the
win
dow
s.
Com
plie
d.
Pass
enge
r cab
ins s
houl
d be
abl
e to
con
duct
nec
essa
ry v
entil
atio
n.
Com
plie
d.
Sh
ould
be
equi
pped
with
nec
essa
ry li
ghtin
g fa
cilit
ies f
or n
ight
tim
e an
d tu
nnel
ope
ratio
ns a
nd n
eces
sary
brig
htne
ss sh
ould
be
secu
red
insi
de p
asse
nger
cab
ins f
or a
n em
erge
ncy.
Com
plie
d.
Ais
les s
houl
d be
safe
for s
moo
th p
assa
ges.
C
ompl
ied.
Seat
ing
and
stan
ding
spac
e fo
r pas
seng
ers s
houl
d be
secu
red
for
pass
enge
r saf
ety,
whi
le ta
king
trai
ns’ o
scill
atio
n in
to c
onsi
dera
tion.
C
ompl
ied.
Res
troom
s sho
uld
be e
quip
ped
as n
eede
d.
Com
plie
d.
Res
troom
s are
not
equ
ippe
d.
This
is a
n ur
ban
railw
ay. I
t can
be
assu
med
that
dis
tanc
es
betw
een
stat
ions
are
shor
t and
ride
tim
e fo
r pas
seng
ers i
s sho
rt.
Oth
er th
an a
bove
, pas
seng
ers s
houl
d be
abl
e to
use
pas
seng
er
cabi
ns sa
fely
. C
ompl
ied.
Stru
ctur
es o
f en
tranc
e an
d ex
it fo
r bo
ardi
ng a
nd
de-b
oard
ing
of
pass
enge
rs
Shou
ld b
e eq
uipp
ed w
ith a
utom
atic
doo
r ope
ratin
g eq
uipm
ent a
nd
shou
ld b
e ab
le to
secu
re sa
fe a
nd sm
ooth
boa
rdin
g an
d de
-boa
rdin
g of
pas
seng
ers.
Com
plie
d.
Aut
omat
ic d
oor o
pera
ting
equi
pmen
t sho
uld
be a
ble
to o
pen
and
clos
e do
ors s
imul
tane
ousl
y.
Com
plie
d.
Cre
ws s
houl
d be
abl
e to
con
firm
ope
ning
and
clo
sing
stat
us o
f the
au
tom
atic
doo
r ope
ratin
g eq
uipm
ent.
C
ompl
ied.
Trai
ns sh
ould
not
be
able
to st
art u
nles
s doo
rs a
re c
lose
d.
Com
plie
d.
D
oors
shou
ld b
e ab
le to
be
open
ed m
anua
lly in
an
emer
genc
y.
Com
plie
d.
St
ruct
ures
of
gang
way
doo
rs
and
gang
way
s
Shou
ld b
e eq
uipp
ed w
ith g
angw
ay d
oors
and
gan
gway
s so
that
pa
ssen
gers
can
safe
ly a
nd sm
ooth
ly w
alk.
C
ompl
ied.
Stru
ctur
es o
f em
erge
ncy
exits
Em
erge
ncy
exits
shou
ld b
e eq
uipp
ed, t
hrou
gh w
hich
pas
seng
ers
can
easi
ly a
nd su
rely
exi
t in
an e
mer
genc
y an
d w
hich
cre
ws c
an
easi
ly c
onfir
m o
peni
ng a
nd c
losi
ng st
atus
.
Com
plie
d.
Cou
plin
g de
vice
C
oupl
ing
devi
ce sh
ould
be
rigid
with
eno
ugh
stre
ngth
to b
ear
vibr
atio
ns a
nd im
puls
es, e
tc. a
nd to
sure
ly c
oupl
e bo
th ra
ilcar
s.
Com
plie
d.
Faci
litie
s of
crew
cab
ins
Cre
w c
abin
s for
ope
ratio
ns o
f tra
ins s
houl
d be
equ
ippe
d w
ith
nece
ssar
y fa
cilit
ies f
or tr
ain
oper
atio
ns su
ch a
s pow
er tr
actio
n co
ntro
l, br
akin
g co
ntro
l etc
.
Com
plie
d.
Cre
ws s
houl
d be
abl
e to
ope
rate
and
con
firm
eas
ily n
eces
sary
fa
cilit
ies f
or o
pera
tions
. C
ompl
ied.
Ope
ning
switc
hes f
or e
quip
men
t to
cont
rol t
rain
inte
rval
s and
C
ompl
ied.
-
Annex 2- 5
Item
C
heck
poi
nt
Com
plia
nce
to m
inis
trial
ord
ers
App
licat
ions
to
othe
r reg
ulat
ions
eq
uipm
ent t
o au
tom
atic
ally
dec
eler
ate
train
s sho
uld
not b
e ea
sily
op
erat
ed b
y cr
ews.
In
ner p
ress
ure
cont
aine
r, ot
her
pres
sure
supp
ly
sour
ce a
nd
acce
ssor
y
equi
pmen
t
Shou
ld b
e ab
le to
pre
vent
abn
orm
al ri
ses o
f pre
ssur
es.
Com
plie
d.
Sh
ould
be
able
to p
reve
nt lo
wer
ing
of fu
nctio
ns b
y m
oist
ure,
etc
. C
ompl
ied.
Shou
ld n
ot b
e da
mag
ed b
y vi
brat
ions
and
impu
lses
. C
ompl
ied.
Acc
essa
ry
equi
pmen
t fo
r ra
ilcar
s
Acc
essa
ry e
quip
men
t sho
uld
not b
e in
stal
led
if th
ere
is ri
sk o
f el
ectri
ficat
ion
of p
asse
nger
s if p
asse
nger
s go
outs
ide
the
train
s or i
f th
ere
is ri
sk o
f cau
sing
inte
rfere
nce
to sa
fety
of p
asse
nger
s.
Com
plie
d.
Sign
dev
ices
shou
ld b
e ab
le fo
r cre
ws t
o su
rely
exc
hang
e si
gns
mut
ually
. C
ompl
ied.
Aud
io c
omm
unic
atio
n de
vice
s sho
uld
be a
ble
for c
rew
s to
mut
ual
and
smoo
thly
talk
to e
ach
othe
r.
Com
plie
d.
Air
whi
stle
shou
ld b
e la
rge
enou
gh fo
r war
ning
of d
ange
r, et
c.
C
ompl
ied.
On-
boar
d br
oadc
astin
g eq
uipm
ent s
houl
d be
abl
e to
bro
adca
st to
all
pass
enge
r cab
ins.
C
ompl
ied.
Emer
genc
y w
arni
ng e
quip
men
t sho
uld
be a
ble
for p
asse
nger
s to
easi
ly n
otify
cre
ws i
n an
em
erge
ncy.
C
ompl
ied.
Emer
genc
y st
op e
quip
men
t sho
uld
be a
ble
for p
asse
nger
s to
easi
ly
stop
trai
ns in
an
emer
genc
y.
Com
plie
d.
Mar
ker l
ight
shou
ld b
e ab
le to
con
firm
the
train
’s d
irect
ion
of
trave
ling
from
bot
h fro
nt a
nd b
ack
of th
e tra
in a
t nig
ht.
Com
plie
d.
Sign
ages
of
rolli
ng st
ock
To
be
able
to id
entif
y ro
lling
stoc
k et
c., s
igna
ge sh
ould
incl
ude
nece
ssar
y in
dica
tions
. C
ompl
ied.
5. F
ire-d
isas
ter
prev
entio
n m
easu
res f
or
rolli
ng st
ock
Fire
-dis
aste
r pr
even
tion
mea
sure
s for
ro
lling
stoc
k
Elec
tric
cabl
es fo
r rol
ling
stoc
k sh
ould
be
able
to p
reve
nt
occu
rren
ce o
f fire
dis
aste
r due
to m
ixed
mel
ting
and
heat
ge
nera
tion
of d
evic
es.
Com
plie
d.
Dev
ices
with
risk
of g
ener
atin
g ar
c or
hea
t sho
uld
be e
quip
ped
with
pr
oper
pro
tect
ive
mea
sure
s.
Com
plie
d.
Car
body
shou
ld e
mpl
oy st
ruct
ures
and
mat
eria
ls to
pre
vent
ex
pect
ed o
ccur
renc
e an
d sp
read
ing
of fi
re d
isas
ter.
C
ompl
ied.
Shou
ld b
e eq
uipp
ed w
ith fa
cilit
ies t
o ex
tingu
ish
fire
disa
ster
at i
ts
initi
al st
age
if it
occu
rs.
Com
plie
d.
Func
tions
of
equi
pmen
t in
pow
er fa
ilure
Equi
pmen
t to
secu
re sa
fety
of o
pera
tions
and
pas
seng
ers s
houl
d fu
nctio
n fo
r a c
erta
in ti
me
perio
d ev
en w
hen
maj
or p
ower
supp
ly is
cu
t.
Com
plie
d.
6. R
ollin
g st
ock
mai
nten
ance
In
spec
tions
and
te
st d
rivin
g of
ne
wly
New
ly m
anuf
actu
red
or p
urch
ased
rolli
ng st
ock
and
rem
odel
ed o
r re
paire
d ro
lling
stoc
k ca
nnot
be
used
with
out i
nspe
ctio
ns a
nd te
st
driv
ing.
Com
plie
d.
(Exi
stin
g ra
ilway
s em
ploy
this
met
hod.
HU
RC
-1 is
a p
lan
poss
esse
d by
exi
stin
g ra
ilway
s.)
-
Annex 2- 6
Item
C
heck
poi
nt
Com
plia
nce
to m
inis
trial
ord
ers
App
licat
ions
to
othe
r reg
ulat
ions
m
anuf
actu
red
railc
ars,
etc.
W
hen
usin
g ro
lling
stoc
k de
raile
d or
und
erw
ent o
ther
ope
ratio
nal
acci
dent
s, th
ose
susp
ecte
d of
failu
res,
and
thos
e su
spen
ded
of u
sage
m
ust g
o th
roug
h in
spec
tions
and
test
driv
ing
befo
reha
nd a
nd a
s ne
eded
.
Com
plie
d.
(Exi
stin
g ra
ilway
s em
ploy
this
met
hod.
HU
RC
-1 is
a p
lan
poss
esse
d by
exi
stin
g ra
ilway
s.)
Insp
ectio
ns o
f th
e m
ain
line
and
train
s on
the
mai
n lin
e
Dep
endi
ng o
f kin
ds a
nd o
pera
tiona
l sta
tus,
train
s are
requ
ired
to
insp
ect m
ajor
com
pone
nts o
f rol
ling
stoc
k.
Com
plie
d.
(Exi
stin
g ra
ilway
s em
ploy
this
met
hod.
HU
RC
-1 is
a p
lan
poss
esse
d by
exi
stin
g ra
ilway
s.)
Reg
ular
in
spec
tions
of
rolli
ng st
ock
Dep
endi
ng o
n ki
nds,
stru
ctur
es a
nd u
sage
stat
us, r
egul
ar
insp
ectio
ns sh
ould
be
cond
ucte
d by
spec
ifyin
g lo
catio
ns re
quiri
ng
regu
lar i
nspe
ctio
ns a
nd m
etho
ds a
nd in
spec
tion
cycl
es.
Com
plie
d.
Kin
ds o
f ins
pect
ions
and
Japa
nese
stan
dard
s fro
m 2
001
desc
ribed
in
Ⅳ.7
.9 o
f re
port
FS2a
.
As f
or it
ems r
elat
ed to
regu
lar i
nspe
ctio
ns, a
n of
fice
in c
harg
e sh
ould
be
clar
ified
. G
uida
nce
requ
ired.
Su
ppor
t in
tech
nolo
gy tr
ansf
er fo
r ins
pect
ions
is n
eces
sary
.
Rec
ord
W
hen
cond
uctin
g in
spec
tions
, rem
odel
ing,
repa
ir or
reco
nditi
onin
g of
rolli
ng st
ock,
reco
rds s
houl
d be
form
ulat
ed a
nd sa
ved.
G
uida
nce
requ
ired.
Su
ppor
t in
tech
nolo
gy tr
ansf
er fo
r ins
pect
ions
is n
eces
sary
.
-
Annex 2- 7
2) C
onfir
mat
ion
to g
uara
ntee
alig
nmen
t with
Pha
se 1
sect
ion
of v
ehic
le d
esig
n sp
ecifi
catio
ns
Con
firm
atio
n to
gua
rant
ee a
lignm
ent w
ith P
hase
1 se
ctio
n re
late
d to
veh
icle
des
ign
spec
ifica
tions
shou
ld b
e co
nduc
ted
by fo
llow
ing
the
follo
win
g 2
poin
ts.
Spec
ific
cont
ents
con
firm
ed a
re in
dica
ted
in T
able
1-2
.
No.
of r
equi
red
railc
ars a
ccom
pani
ed b
y ch
ange
s in
dem
and
fore
cast
Rol
ling
stoc
k m
aint
enan
ce c
ondu
cted
for P
hase
1 se
ctio
n
Ta
ble
1-2
Item
s con
firm
ed a
nd th
eir r
esul
ts to
gua
rant
ee a
lignm
ent w
ith th
e Ph
ase
1 se
ctio
n of
veh
icle
des
ign
spec
ifica
tions
Ite
m
Phas
e 1
Phas
e 2a
N
o. o
f car
s in
train
set
Ther
e ar
e di
ffer
ence
s bet
wee
n JK
T Pl
an a
nd P
hase
2a
FS.
Ther
e ar
e di
ffer
ence
s bet
wee
n JK
T Pl
an a
nd P
hase
2a
FS.
No.
of r
equi
red
railc
ars b
y tim
e po
int
Com
plie
d.
Com
plie
d.
Insp
ectio
n sy
stem
s for
ro
lling
stoc
k
Com
plie
d w
ith d
escr
iptio
n in
the
JKT
Plan
. N
ot in
dica
ted
in P
hase
2a
FS.
Test
driv
ing
for r
ollin
g st
ock
C
ompl
ied
with
des
crip
tion
in th
e JK
T Pl
an.
Not
indi
cate
d in
Pha
se 2
a FS
.
Reg
ular
insp
ectio
ns fo
r ro
lling
stoc
k
Com
plie
d w
ith d
escr
iptio
n in
the
JKT
Plan
. N
ot in
dica
ted
in P
hase
2a
FS.
Insp
ectio
ns re
cord
for
rolli
ng st
ock
N
ot in
dica
ted.
N
ot in
dica
ted
in P
hase
2a
FS. S
uppo
rt in
tech
nolo
gy tr
ansf
er fo
r in
spec
tions
is n
eces
sary
.
-
Annex 2- 8
3) N
eces
sary
adj
ustm
ents
and
cor
rect
ions
for f
inal
izat
ion
of th
e Ph
ase
2a F
S R
epor
t Si
nce
Phas
e 2a
FS
is d
iver
ged
from
the
JKT
Plan
as i
ndic
ated
bel
ow, f
or fi
naliz
atio
n of
the
repo
rt, a
djus
tmen
ts a
nd c
orre
ctio
ns a
re n
eces
sary
. Ta
ble
1-3:
Item
s req
uirin
g ad
just
men
ts a
nd c
orre
ctio
ns
-
Annex 2- 9
2.
Trai
n op
erat
ion
plan
1)
Rev
iew
s of s
peci
ficat
ions
and
stan
dard
s B
ased
on
the
Phas
e 2a
FS
Rep
ort,
JKT’
s pro
posa
ls, a
nd th
e M
inis
teria
l Ord
inan
ce to
Pro
vide
the
Tech
nica
l Sta
ndar
d on
Rai
lway
by
the
Min
istry
of L
and,
In
fras
truct
ure,
Tra
nspo
rt an
d To
uris
m o
f Jap
an, f
rom
vie
wpo
ints
of s
ecur
ing
safe
ty o
f rai
lway
ope
ratio
ns a
nd p
asse
nger
s, w
e re
view
ed sp
ecifi
catio
ns a
nd
stan
dard
s for
load
ing
limits
for r
ailc
ars,
train
ope
ratio
ns, t
rain
driv
ing,
and
railw
ay si
gnal
s. R
esul
ts o
f the
revi
ews a
re in
dica
ted
in T
able
2-1
.
Tabl
e 2-
1 R
evie
wed
item
s and
resu
lts o
f spe
cific
atio
ns a
nd st
anda
rds f
or th
e tra
in o
pera
tion
plan
Item
C
heck
poi
nt
Com
plia
nce
to m
inis
trial
ord
ers
App
licat
ion
of o
ther
re
gula
tions
1. L
oadi
ng
limits
etc
. Lo
adin
g lim
its
etc.
for
railc
ars
Max
. loa
d ca
paci
ty o
f the
railc
ar sh
ould
not
be
exce
eded
. C
ompl
ied.
(B
y ta
king
rolli
ng st
ock
wei
ght i
nto
cons
ider
atio
n, tr
acks
and
ci
vil e
ngin
eerin
g ar
e de
sign
ed.)
Frei
ght s
houl
d no
t be
load
ed e
xcee
ding
the
rolli
ng st
ock
gaug
e.
Com
plie
d.
(Sam
e as
abo
ve)
Indi
catio
n fo
r lo
adin
g of
ha
zard
ous
mat
eria
ls
Rol
ling
stock
with
load
s of h
azar
dous
mat
eria
ls sh
ould
indi
cate
cl
early
that
it is
car
ryin
g ha
zard
ous m
ater
ials
at p
lace
s whe
re
visi
ble
on it
s car
body
.
No
appl
icab
le it
em in
clud
ed.
(The
y ar
e ex
clus
ive
track
s for
pas
seng
er tr
ains
and
frei
ght t
rain
s do
not
ope
rate
.)
2. T
rain
op
erat
ion
s
Max
. No.
of
railc
ars t
o be
co
uple
d as
a
train
set e
tc.
Max
. No.
of r
ailc
ars t
o be
cou
pled
as a
trai
nset
shou
ld
acco
mm
odat
e ro
lling
stoc
k pe
rform
ance
, stru
ctur
es a
nd st
reng
th
and
cond
ition
s of f
acili
ties.
Com
plie
d.
(By
taki
ng U
T an
d N
IT tr
ains
into
con
sider
atio
n, it
is d
esig
ned.
)
Whe
n co
uplin
g ra
ilcar
s with
load
s of h
azar
dous
mat
eria
ls,
appr
opria
te m
easu
res m
ust b
e ta
ken
to k
eep
pass
enge
rs a
nd c
rew
s fro
m d
ange
r.
No
appl
icab
le it
em in
clud
ed.
(The
y ar
e ex
clus
ive
track
s for
pas
seng
er tr
ains
and
frei
ght t
rain
s do
not
ope
rate
.)
Bra
king
of
train
s
Bra
king
shou
ld b
e ac
tivat
ed fo
r all
inte
rlock
ed ra
ilcar
s and
sh
ould
be
auto
mat
ical
ly a
ctiv
ated
whe
n a
railc
ar is
sepa
rate
d fro
m th
e tra
in.
Com
plie
d.
(By
taki
ng U
T an
d N
IT tr
ains
into
con
sider
atio
n, it
is d
esig
ned.
)
Bra
king
forc
e of
trai
ns
Bra
king
forc
e sh
ould
pos
sess
eno
ugh
capa
city
dep
endi
ng o
n sl
opes
and
ope
ratio
nal s
peed
s of t
he tr
acks
. C
ompl
ied.
(B
y ta
king
UT
and
NIT
trai
ns in
to c
onsid
erat
ion,
it is
des
igne
d.)
Bou
ndar
y of
de
pots
If
train
ope
ratio
nal h
andl
ing
met
hods
are
diff
eren
t for
insi
de a
nd
outs
ide
of th
e de
pots
, the
bou
ndar
y sh
ould
be
indi
cate
d bo
th
insi
de a
nd o
utsid
e th
e de
pots
.
Com
plie
d.
(Yar
d si
gnal
s are
set a
s a b
ound
ary
to in
dica
te in
side
and
outs
ide
of d
epot
s.)
Driv
ing
on th
e m
ain
line
outs
ide
the
depo
ts
Rai
lcar
s m
ust n
ot b
e dr
iven
on
the
mai
n lin
e ou
tsid
e th
e de
pots
un
less
they
are
cou
pled
as a
trai
n.
Com
plie
d.
(By
taki
ng U
T an
d N
IT tr
ains
into
con
sider
atio
n, it
is d
esig
ned.
)
-
Annex 2- 10
Item
C
heck
poi
nt
Com
plia
nce
to m
inis
trial
ord
ers
App
licat
ion
of o
ther
re
gula
tions
Ti
me
for t
rain
op
erat
ions
Tr
ain
oper
atio
ns sh
ould
be
cond
ucte
d by
setti
ng d
epar
ture
tim
e fro
m d
epot
s, pa
ssag
e tim
e, a
rriv
al ti
me
etc.
, as n
eede
d.
Com
plie
d.
(By
taki
ng e
xist
ing
NIT
trai
ns in
to c
onsi
dera
tion,
it is
des
igne
d.)
In c
ase
of tr
ain
oper
atio
n di
srup
tions
, rai
lway
ope
rato
rs m
ust t
ry
to re
cove
r its
orig
inal
ope
ratio
nal s
ched
ule.
Com
plie
d.
(By
taki
ng e
xist
ing
NIT
trai
ns in
to c
onsi
dera
tion,
it is
des
igne
d.)
Prev
entio
n of
ac
cide
nts i
n tra
in
depa
rture
s
Whe
n cr
ews r
ecog
nize
that
pas
seng
ers a
re p
inch
ed b
etw
een
door
s or p
asse
nger
s are
in d
ange
r, cr
ews m
ust n
ot st
art t
he tr
ain.
C
ompl
ied.
(U
T ha
s a st
ruct
ure
to a
llow
dep
artu
re o
f tra
ins a
fter c
losi
ng
auto
mat
ic d
oors
. NIT
ass
igns
cre
ws a
t eac
h do
or a
nd m
akes
sure
th
at p
asse
nger
s are
safe
in c
oalit
ion
with
stat
ions
cre
ws.)
Secu
ring
safe
ty
betw
een
train
s
To se
cure
safe
ty o
f pas
seng
ers,
train
s mus
t be
oper
ated
by
follo
win
g ei
ther
one
of t
he fo
llow
ing
oper
atio
nal m
etho
ds.
(1)
Blo
ckin
g m
etho
d
(2)
Met
hods
to se
cure
trai
n in
terv
als b
y eq
uipm
ent
(3)
Met
hods
with
cre
ws d
rivin
g m
otiv
e po
wer
car
s che
ckin
g vi
sibi
lity
of th
e tra
in in
fron
t of i
t and
nec
essa
ry c
ondi
tions
fo
r saf
e tra
in o
pera
tions
Com
plie
d.
(Blo
ckin
g m
etho
d is
em
ploy
ed.)
A po
sitio
n fo
r dr
ivin
g of
tra
ins
Cre
ws o
pera
ting
mot
ive
pow
er c
ars m
ust d
rive
the
train
at t
he
front
of t
he le
ad se
ctio
n of
the
train
. C
ompl
ied.
(B
oth
UT
and
NIT
em
ploy
driv
er’s
cab
s at t
he fr
ont o
f the
lead
ca
r.)
Trai
n op
erat
iona
l sp
eeds
Trai
ns m
ust o
pera
te a
t saf
e sp
eeds
dep
endi
ng o
n co
nditi
ons o
f tra
cks a
nd e
lect
ric tr
ain
track
s, ro
lling
stoc
k pe
rfor
man
ce, d
rivin
g m
etho
ds, s
igna
l con
ditio
ns, t
rain
pro
tect
ion
met
hods
etc
.
Com
plie
d.
(By
taki
ng U
T an
d N
IT tr
ains
into
con
sider
atio
n, it
is p
lann
ed.)
Bac
kwar
d op
erat
ions
of
train
s
Trai
ns m
ust n
ot b
e op
erat
ed b
ackw
ard.
C
ompl
ied.
(D
oubl
e tra
ck a
utom
atic
blo
ckin
g m
etho
d is
em
ploy
ed.)
Sim
ulta
neou
s en
try to
and
ex
it fro
m
depo
ts b
y tra
ins
Whe
n m
ore
than
2 tr
ains
ent
er o
r exi
t fro
m d
epot
s at t
he sa
me
time,
if th
ere
is ri
sk o
f mut
ually
inte
rferin
g ea
ch o
ther
’s p
ath
by
over
runn
ing,
thes
e tra
ins m
ust n
ot b
e op
erat
ed si
mul
tane
ousl
y.
Com
plie
d.
(Ele
ctro
nic
inte
rlock
ing
devi
ces e
mpl
oy Ja
pane
se m
etho
ds.
Mea
sure
s aga
inst
ove
rrun
ning
of t
rain
s for
line
s of t
he e
xist
ing
sing
le-tr
ack
sect
ions
are
sam
e as
Japa
nese
met
hods
.)
Trai
n pr
otec
tion
If
a fa
ilure
occ
urs w
hich
requ
ires t
o st
op tr
ains
, by
taki
ng
emer
genc
y br
akin
g of
trai
ns in
to c
onsi
dera
tion,
stop
sign
als
shou
ld b
e in
dica
ted
and
mea
sure
s sho
uld
be ta
ken
to st
op
prec
edin
g tra
ins p
rom
ptly
.
Com
plie
d.
C
ompl
ied.
(T
he m
ax. b
raki
ng
dist
ance
of t
rain
s is
regu
late
d to
be
800m
.) Tr
ack
clos
ure
W
hen
track
s nee
d to
be
clos
ed fo
r con
stru
ctio
n w
ork
or
mai
nten
ance
, mea
sure
s mus
t be
take
n to
pre
vent
trai
ns e
tc. f
rom
en
terin
g th
e se
ctio
n.
Tech
nolo
gy tr
ansf
er is
nee
ded.
(T
he fi
rst r
ailw
ay c
onst
ruct
ion
for d
oubl
e tra
ck se
ctio
ns.)
Com
plie
d.
(Exi
stin
g ra
ilway
s em
ploy
the
sam
e m
etho
d.)
Prev
entio
n of
da
nger
for
train
s
Whe
n th
ere
mig
ht b
e da
nger
to tr
ains
due
to st
orm
s, ea
rthqu
ake
etc.
, by
taki
ng th
eir s
ituat
ions
into
con
side
ratio
n, m
easu
res m
ust
be ta
ken
to p
reve
nt d
ange
r by
tem
pora
ry su
spen
ding
trai
n op
erat
ions
etc
.
Com
plie
d.
(The
re a
re p
lans
to in
stal
l win
d ga
uges
and
rain
gau
ges.)
C
ompl
ied.
(E
xist
ing
railw
ays a
re
taki
ng m
easu
res
agai
nst d
isas
ters
.) 3.
Shu
ntin
g of
Sh
untin
g
Shun
ting
of c
ars s
houl
d be
pla
nned
not
to in
terfe
re w
ith tr
ain
Com
plie
d.
-
Annex 2- 11
Item
C
heck
poi
nt
Com
plia
nce
to m
inis
trial
ord
ers
App
licat
ion
of o
ther
re
gula
tions
ca
rs
sche
dule
s. (E
xist
ing
railw
ays e
mpl
oy th
is m
etho
d. H
UR
C-1
is a
pla
n po
sses
sed
by e
xist
ing
railw
ays.)
Sh
untin
g of
rolli
ng st
ock
shou
ld b
e co
nduc
ted
with
out i
nter
ferin
g tra
in o
pera
tions
. C
ompl
ied.
(S
hunt
ing
of c
ars p
lans
not
to in
terfe
re w
ith tr
ain
sche
dule
s.)
Stor
age
of
rolli
ng st
ock
Fo
r sto
rage
of r
ollin
g st
ock,
nec
essa
ry m
easu
res m
ust b
e ta
ken
to
prev
ent r
ollin
g of
the
rolli
ng st
ock,
aut
omat
ical
ly o
r not
.
Com
plie
d.
(Exi
stin
g ra
ilway
s em
ploy
this
met
hod.
HU
RC
-1 is
a p
lan
poss
esse
d by
exi
stin
g ra
ilway
s.)
Prev
entio
n ag
ains
t dan
ger
for
rolli
ng
stoc
k w
ith a
lo
ad o
f ha
zard
ous
mat
eria
ls
For s
tora
ge o
f rol
ling
stoc
k w
ith a
load
of h
azar
dous
mat
eria
ls,
mea
sure
s mus
t be
take
n to
pre
vent
dan
ger i
n tra
nsfe
rrin
g th
e ro
lling
stoc
k to
oth
er tr
acks
etc
., w
hile
taki
ng su
rrou
ndin
g si
tuat
ions
into
con
side
ratio
n.
Com
plie
d.
(Exi
stin
g ra
ilway
s em
ploy
this
met
hod.
HU
RC
-1 is
a p
lan
poss
esse
d by
exi
stin
g ra
ilway
s.)
4. R
ailw
ay
sign
als
Rel
atio
nshi
ps
betw
een
railw
ay
sign
als a
nd
train
op
erat
ions
Whe
n op
erat
ing
train
s etc
. in
acco
rdan
ce to
indi
catio
ns o
r di
spla
ys o
f rai
lway
sign
als,
train
s mus
t obe
y re
quire
men
ts
indi
cate
d or
dis
play
ed b
y th
e ra
ilway
sign
als.
Com
plie
d.
(Cur
rent
ly, i
n th
e pr
oces
s of a
ppro
vals
for r
egul
atio
ns o
f sig
nal
indi
catio
n m
etho
ds.)
Sign
als
indi
catin
g tra
in st
ops
Whe
n si
gnal
s are
indi
catin
g tra
in st
ops,
etc.
, tra
ins m
ust s
top
befo
re re
achi
ng th
e st
op si
gnal
. If t
he tr
ain
cann
ot st
op b
efor
e re
achi
ng th
e st
op si
gnal
, the
trai
n m
ust s
top
prom
ptly
as q
uick
ly
as p
ossi
ble.
Tr
ains
etc
. sto
pped
by
the
stop
sign
als m
ust n
ot p
roce
ed u
nles
s th
e si
gnal
indi
cate
s to
proc
eed
or it
is in
stru
cted
to p
roce
ed.
Com
plie
d.
(Exi
stin
g ra
ilway
s em
ploy
this
met
hod.
HU
RC
-1 is
a p
lan
poss
esse
d by
exi
stin
g ra
ilway
s.)
Inna
cura
te
sign
al
indi
catio
ns
Whe
n th
ere
is n
o si
gnal
at a
pla
ce w
here
ther
e sh
ould
be
one
or it
is
not
acc
urat
e, it
mus
t be
assu
med
that
ther
e ar
e si
gnal
s to
indi
cate
the
max
. ope
ratio
nal l
imits
of t
rain
s etc
.
Com
plie
d.
(Exi
stin
g ra
ilway
s em
ploy
this
met
hod.
HU
RC
-1 is
a p
lan
poss
esse
d by
exi
stin
g ra
ilway
s.)
Proh
ibiti
on
for c
oncu
rren
t us
e of
sam
e si
gnal
s
A si
gnal
mus
t not
be
used
for a
n ob
ject
ive
for m
ore
than
two
track
s or f
or m
ore
than
two
kind
s of o
bjec
tives
. ―
C
ompl
ied.
R
oute
s with
spee
d lim
its
acco
mm
odat
e sp
eed
limits
with
sign
al
indi
catio
ns. (
a m
odifi
catio
n of
spee
d si
gnal
met
hods
) C
ondi
tions
for
sign
al
indi
catio
ns fo
r pr
ocee
d si
gnal
s
Sign
als f
or p
roce
ed in
dica
tions
can
onl
y be
indi
cate
d w
hen
ther
e is
no
inte
rfere
nce
for t
rain
s etc
. to
proc
eed.
C
ompl
ied.
(E
xist
ing
railw
ays e
mpl
oy th
is m
etho
d. H
UR
C-1
is a
pla
n po
sses
sed
by e
xist
ing
railw
ays.)
Item
s rel
ated
K
inds
, ind
icat
ion
met
hods
, con
ditio
ns, a
nd h
andl
ing
of si
gnal
s C
ompl
ied.
-
Annex 2- 12
Item
C
heck
poi
nt
Com
plia
nce
to m
inis
trial
ord
ers
App
licat
ion
of o
ther
re
gula
tions
to
oth
er si
gnal
in
dica
tions
m
ust b
e de
sign
ated
for t
heir
use
so th
at c
rew
s can
acc
urat
ely
judg
e tra
in o
pera
tion
cond
ition
s whe
n dr
ivin
g tra
ins,
etc.
by
the
indi
catio
ns a
nd se
cure
safe
ty in
ope
ratio
ns o
f tra
ins,
etc.
(Exi
stin
g ra
ilway
s em
ploy
this
met
hod.
HU
RC
-1 is
a p
lan
poss
esse
d by
exi
stin
g ra
ilway
s.)
Proc
edur
es
afte
r dire
ctin
g tra
ins t
o
proc
eed
Whe
n si
gnal
s ind
icat
e pr
ocee
d sig
nals
for t
rain
s, et
c., t
rain
s’ ro
utes
shou
ld n
ot b
e in
terfe
red.
C
ompl
ied.
(E
xist
ing
railw
ays e
mpl
oy th
is m
etho
d. H
UR
C-1
is a
pla
n po
sses
sed
by e
xist
ing
railw
ays.)
Sign
s and
si
gnag
es
Kin
ds a
nd in
dica
tion
met
hods
of s
igns
and
sign
ages
mus
t be
desi
gnat
ed to
be
used
to se
cure
safe
ty in
ope
ratio
ns o
f tra
ins e
tc.
Com
plie
d.
(Exi
stin
g ra
ilway
s em
ploy
this
met
hod.
HU
RC
-1 is
a p
lan
poss
esse
d by
exi
stin
g ra
ilway
s.)
-
Annex 2- 13
2) C
onfir
mat
ion
to g
uara
ntee
alig
nmen
t with
Pha
se 1
sect
ion
D
iffer
ence
s bet
wee
n Ph
ase
1 se
ctio
n an
d Ph
ase
2a se
ctio
n re
late
d to
the
train
ope
ratio
n pl
an a
re c
onfir
med
to b
e th
e fo
llow
ing
2 po
ints
. Spe
cific
con
tent
s co
nfirm
ed a
re in
dica
ted
in T
able
2-2
. i )
Tr
ain
oper
atio
n pl
an a
ccom
pani
ed b
y th
e ch
ange
s in
dem
and
fore
cast
s ii )
O
vern
ight
stor
age
plan
for r
ollin
g st
ock
iii)
H
andl
ing
in a
cas
e of
trai
n op
erat
ion
disr
uptio
ns
iv)
Tr
aini
ng o
f driv
ers a
nd c
rew
s v )
Tr
ain
oper
atio
n pl
an fo
r ope
ning
pre
para
tion
Tabl
e 2-
2 Ite
ms c
onfir
med
to g
uara
ntee
alig
nmen
t with
Pha
se 1
sect
ion
of th
e tra
in o
pera
tion
plan
Ite
m
Phas
e 1
(JK
T de
sign
con
tent
s)
Phas
e 2a
FS
Dem
and
fore
cast
C
ompl
ied.
C
ompl
ied.
(inc
reas
ed p
ortio
n)
Trai
n he
adw
ay
Com
plie
d.
Com
plie
d.
Cre
w p
lan
C
ompl
ied.
C
ompl
ied.
R
oute
con
trol h
andl
ing
met
hods
C
ompl
ied.
C
ompl
ied.
Loca
tions
of s
torin
g ro
lling
stoc
k ov
erni
ght
C
ompl
ied.
C
ompl
ied.
Traf
fic c
ontro
l pla
n
Com
plie
d.
Com
plie
d.
Driv
er a
nd c
rew
trai
ning
C
ompl
ied.
N
ot in
dica
ted.
O
peni
ng a
udit
train
pla
n
Com
plie
d.
Not
indi
cate
d.
3) It
ems r
equi
ring
adju
stm
ents
and
cor
rect
ions
for f
inal
izat
ion
of P
hase
2a
FS
Sinc
e Ph
ase
2a F
S is
div
erge
d fr
om JK
T Pl
an a
s ind
icat
ed b
elow
, adj
ustm
ents
and
cor
rect
ions
are
nec
essa
ry fo
r fin
aliz
atio
n of
Pha
se 2
a FS
. Adj
ustm
ents
and
co
rrec
tions
are
indi
cate
d in
Tab
le 2
-3.
-
Annex 2- 14
Tabl
e 2-
3 Ite
ms r
equi
ring
adju
stm
ents
and
cor
rect
ions
(tra
in o
pera
tion
plan
)
-
Annex 2- 15
3.
Civ
il En
gine
erin
g St
ruct
ure
Tabl
e 3-
1 C
ompa
rison
s of i
tem
s req
uirin
g ad
just
men
ts a
nd c
orre
ctio
ns
No.
C
hapt
er
Title
No.
Ite
ms
Des
crip
tion
of P
hase
2a
FS
Rev
iew
/Com
men
t 1
Cha
pter
2
II.2
.3.
Cor
rect
ion
to n
ew re
gula
tion
90/Q
D-T
Tg b
y Pr
ime
Min
iste
r on
July
9, 2
008
in
rega
rd to
"App
rova
l the
tran
spor
t and
traf
fic
plan
ning
of H
anoi
City
to 2
020"
1259
/QD
-TTg
by
Prim
e M
inis
ter o
n Ju
ly 2
6, 2
011
in re
gard
to
"App
rova
l of g
ener
al p
lann
ing
of H
anoi
Con
stru
ctio
n da
ted
to 2
030
and
visi
on to
205
0"
2 N
ot su
itabl
e (D
elet
ion)
H
owev
er, t
his d
ecis
ion
was
app
rove
d be
fore
Han
oi
was
ext
ende
d …
…
Unn
eces
sary
3 C
orre
ctio
n to
new
regu
latio
n Fi
gure
2.3
Tra
ffic
netw
ork
plan
ning
of H
anoi
City
of
202
0 (A
ttach
ed th
e D
ecis
ion
90/2
008/
QD
-TTg
)
Figu
re 2
.3 T
raffi
c ne
twor
k pl
anni
ng o
f Han
oi C
ity o
f 203
0 (A
ttach
ed th
e D
ecis
ion
1259
/201
1 /Q
D-T
Tg)
4 A
dditi
on o
f exp
lana
tion
In
yea
r 203
0 ed
ition
, Lin
e 8
is a
dded
. Lin
e 8
is ru
nnin
g fro
m
east
Duo
ng X
a vi
a Y
en S
o to
the
wes
t Co
Nue
. Thi
s lin
e ha
s cr
ossi
ng a
rea
with
Lin
e 1
in P
hap
Van
. 5
Cha
pter
3
(Non
e)
Cor
rect
ion
of th
e te
chni
cal
stan
dard
2.
Dis
tanc
e be
twee
n 2
track
cen
terli
nes
+ O
ther
trac
ks :
4.2m
or 4
.0m
(100
0mm
-gau
ge
track
) 5.
Cur
ve ra
dius
: Sp
ur tr
ack
and
depo
t :
Rm
in=1
00m
6.
Res
trict
ed g
radi
ent :
ip=1
8‰
9. S
uper
stru
ctur
e : r
ail P
50
11. P
latfo
rm :
Nat
iona
l rai
lway
: Lo
w p
latfo
rm :
h=30
cm ;
300m
Urb
an ra
ilway
: H
igh
plat
form
: h=
90-1
10cm
; 21
0m
2. D
ista
nce
betw
een
2 tra
ck c
ente
rline
s +
Oth
er tr
acks
: 4.
2m, 4
.0m
(100
0mm
-gau
ge tr
ack)
, or 4
.4m
, 5.
0m (D
epot
) 5.
Cur
ve ra
dius
: Sp
ur tr
ack
and
depo
t : R
min
=120
m
6. R
estri
cted
gra
dien
t : ip
=18‰
, 25‰
(Tem
pora
ry)
9. S
uper
stru
ctur
e : 5
0N ra
il 11
. Pla
tform
: N
atio
nal r
ailw
ay :
Low
pla
tform
: h=
30cm
; 32
5m
U
rban
railw
ay :
Hig
h pl
atfo
rm :
h=11
0cm
; 21
0m
6 C
orre
ctio
n of
the
figur
e R
ollin
g st
ock
gaug
e an
d A
rchi
tect
ural
cle
aran
ce :
Figu
re 1
, 2, 3
C
orre
ctio
n to
new
regu
latio
n
7 C
hapt
er 4
(N
one)
C
orre
ctio
n of
cha
inag
e G
iap
Bat
to N
goc
Hoi
(Km
5+5
00 -
Km
11+
000)
G
iap
Bat
to N
goc
Hoi
(Km
5+2
21 -
Km
10+
851.
317)
8
IV.1
.2.1
. C
orre
ctio
n of
cha
inag
e fro
m G
iap
Bat
term
inal
(Km
5+50
0 ), l
ine Ⅱ
A ru
ns
at ri
ght s
ide
of e
xist
ing
railw
ay (
abou
t 7m
) to
Vin
h Q
uynh
stat
ion
(Km
10+1
15),
then
con
nect
ing
to
star
t of N
goc
Hoi
com
plex
at c
hain
age
Km
11+0
00.
from
Gia
p B
at te
rmin
al (K
m4+
840)
, lin
e Ⅱ
A ru
ns a
t rig
ht
side
of e
xist
ing
railw
ay (
abou
t 9m
) to
Vin
h Q
uynh
stat
ion
(Km
10+1
15),
then
con
nect
ing
to st
art o
f Ngo
c H
oi c
ompl
ex
at c
hain
age
Km
12+
632
9 N
ot su
itabl
e (D
elet
ion)
C
orrid
or b
etw
een
urba
n an
d ex
istin
g ra
ilway
(te
mpo
rary
railw
ay) s
hall
be st
ored
hig
h sp
eed
in
futu
re.
Unn
eces
sary
10
Cor
rect
ion
of st
atio
n na
me
of
the
figur
e G
a Lo
ng B
ien
nam
, Ga
Long
Bie
n ba
c G
a Y
en V
ien
nam
, Ga
Yen
Vie
n ba
c
11
IV.1
.2.2
. C
orre
ctio
n of
val
ue o
f tab
le
Tabl
e 4.
1.1
Gen
eral
resu
lt pl
an d
esig
n M
atch
ing
to th
e JK
T pl
an
12
IV.1
.2.3
. C
orre
ctio
n of
hei
ght
… is
8-1
0m to
ens
ure
urba
n sp
ace
alon
g th
e ra
ilway
. …
is 4
.9m
to e
nsur
e ur
ban
spac
e al
ong
the
railw
ay.
-
Annex 2- 16
No.
C
hapt
er
Title
No.
Ite
ms
Des
crip
tion
of P
hase
2a
FS
Rev
iew
/Com
men
t 13
C
orre
ctio
n of
cha
inag
e an
d he
ight
V
inh
Quy
nh st
atio
n (+
13.3
0m),
cont
inui
ng to
low
er
heig
ht +
7.00
m a
t Km
10.7
30,
then
……
endi
ng a
t K
m11
+000
(beh
ind
Ngo
c H
oi b
ridge
).
Vin
h Q
uynh
stat
ion
(+14
.30 m
), co
ntin
uing
to lo
wer
hei
ght
+6.8
0m a
t Km
11.3
00,
then
……
endi
ng a
t Km
10+8
51.3
17
(beh
ind
Ngo
c H
oi b
ridge
). 14
C
orre
ctio
n of
val
ue o
f tab
le
Tabl
e 4.
1.1
Gen
eral
resu
lt pl
an d
esig
n M
atch
ing
to th
e JK
T pl
an
15
IV.1
.2.4
. C
orre
ctio
n of
hei
ght
Via
duct
: …
. Whi
ch is
ove
r 4m
hig
her t
han
emba
nkm
ent.
Ret
aini
ng w
all :
…. W
hich
is 1
-3m
hig
her t
han
emba
nkm
ent …
N
orm
al e
mba
nkm
ent :
… 1
m h
ighe
r em
bank
men
t co
mpa
red
to e
xist
ing