1. PAPARAN
DED RELOKASI JALAN ARTERI PADALARANG-PURWAKARTA
RENCANA INTERCHANGE TUNNEL 8 KCIC
DI KABUPATEN BANDUNG BARAT
2. TERLETAK
DESA SUMUR BANDUNG
KECAMATAN CIKALONG WETAN
KABUPATEN BANDUNG BARAT
ANTARA KM. 29.5 KM.30
JALAN ARTERI PADALARANG PURWAKARTA
(RUAS CISOMANG BATAS KOTA PADALARANG)
NOMOR RUAS 083
LINGKUP LOKASI PEKERJAAN
3. LOKASI
KECAMATAN CIKALONG WETAN
KABUPATEN BANDUNG BARAT
ANTARA KM. 29.5 KM.30
JALAN ARTERI PADALARANG PURWAKARTA
(RUAS CISOMANG BTS KOTA PADALARANG)
NOMOR RUAS 083
KETERANGAN
TEMPORARY ROAD
(WIDENING)
REROUTED ROAD
(NEW ROUTE)
EXISTING ROAD
4. TRACK TUNNEL 8
OULET TUNNEL
TRACK AT GRADE
TRACK ELEVATED
JALAN EXISTING
JALAN REL KAI
LATAR BELAKANG
BOUNDARY KCIC
1. PERLUNYA RUANG BEBAS UTK KEAMANAN OUTLET TUNNEL
2. KEBUTUHAN RUANG KERJA UTK PEKERJAAN STRUKTUR PENGAMAN OUTLET TUNNEL
3. KEBUTUHAN RUANG DINDING SLOOP PADA TRACK AT GRADE
BOR PILE
CHEMICAL CHURNING PILE
6. LOKASI RELOKASI JALAN TUNNEL 8
TERLETAK
DESA KOSAMBI
KECAMATAN CITATAH
KABUPATEN BANDUNG BARAT
ANTARA KM. 29.5 KM.30
JALAN ARTERI PADALARANG PURWAKARTA
(RUAS CISOMANG BATAS KOTA PADALARANG)
NOMOR RUAS 083
PANJANG JALAN NASIONAL
YANGTERKENA DAMPAK +500 M
PANJANG RENCANA JALAN RELOKASI +250 M
PANJANG JALAN SEMENTARA +150 M
8. FOTO-FOTO JALAN EKSISTING
DANTATA GUNA LAHAN DI SEKITARNYA
WARUNG/BANGUNAN 8 UNIT
TIANG LISTRIK 7 BUAH
TIANGTELEPON 7 BUAH
POHON DIA 60-80 14 PHN
POHON DIA 30-40 54 PHN
POHON DIA 10-15 30 PHN
13. KRITERIA DESAIN GEOMETRIK JARINGAN JALAN PRIMER
NO PARAMETER GEOMETRIK SAT. KRITERA DESAIN
JALAN
EXIST.
JALAN
RELOKASI
DIGUNAKAN
1 Kecepatan Rencana km/jam
50-100
(Perbukitan)
50 60
2
Parameter Potongan Melintang :
- Lebar Lajur Lalu Lintas m 7.0 7.0 7.0
- Lebar Bahu Jalan Bagian Luar m 1.0 2.0 1.5 1.5
- Kemiringan Melintang Normal Jalur Lalu lintas % 3 3 3
- Kemiringan Melintang Normal Bahu Jalan Luar % 6 5 6
- Tinggi Ruang Bebas Minimum m 5.1
3 Jarak Pandang :
- Jarak Pandang Henti Minimum m 55 - 175 - 55
- Jarak Pandang Mendahului m 250 - 670 - 250
4 Parameter Alinyemen Horizontal :
- Jari-jari Tikungan Minimum m 80 - 370 30 110
- Jari-jari Tikungan yang Tidak Memerlukan Peralihan m 700 - 1500 - -
- Panjang Minimum Lengkung Peralihan m 50 80 80
5 Parameter Alinyemen Vertikal :
- Landai Maksimum % 6 6 6
- Panjang minimum lengkung vertikal m 45 - 45
Sumber :
Peraturan Menteri Pekerjaan Umum No.19/PRT/M/2011 tentang Persyaratan Teknis Jalan dan Kriteria Perencanaan Teknis Jalan.
Pedoman Perencanaan Geometrik Jalan Antar Kota No.038/T/BM/1997
14. KRITERIA DESAIN GEOMETRIK JARINGAN JALAN PRIMER
Sumber :
Pedoman Perencanaan Geometrik Jalan Antar Kota No.038/T/BM/1997
15. DESAIN ALINEMEN HORIZONTAL
PROJECT : Relokasi Fasos-Fasum Area 3 (CREC)
LOCATION : Padalarang - Purwakarta (Km. 29+800)
PI. No UNIT
PI. Sta
X
Y
AZ 8 36 11 70 26 11 347 44 35 22 42 35 尊 ' "
d M
V Kph
D 61 49 60 82 41 36 34 58 0 95 26 26 尊 ' "
R M
Ls M
qs 9 32 57 9 6 55 8 21 20 21 29 9 尊 ' "
Ts M
Es M
Lc M
L M
e M/M
b' M
Ls' M
TS Sta.
SC. Sta.
TC. Sta.
CS. Sta.
CT. Sta.
ST Sta. 0+074,854 0+269,037 0+408,254 0+522,067
1 42 3
CURVE DATA
0+355,439
6,260
38,234
0+492,067
0+425,437
60
120,000
35
0+373,254
0+335,019 0+455,437
0,073
40,000
30
59,985
0+485,422
769309,139
9249813,981
132,588
30
0+059,854
0,079
1,22
15
37,147
35
0+234,037
0+110,277
20,900
36,630
63,564
0,069
0+011,290
35
1,38
30
96,630
0,080
0,45
0+075,277 0+300,019
0+045,858
0+026,290
0+189,970
769300,643
9249495,162
149,684
34,568
7,697
33,564
114,692 55,420
9249445,040
30
45,000
15
769159,600
108,234
123,760
193,760
60
0,50
45,858
110,000
35
9249691,672
201,094
769257,952
25. ANALISISTEBAL PERKERASAN METODA AASHTO 1993
Log10 (W 18 ) = Z R x S o + 9.36 x Log(SN+1) - 0.20 + [Log{PSI/(4.2-1.5)/{0.40+1094/(SN+1)^5.19}] + (2.32 Log MR - 8.07)
1 2 3
1 ESAL (W18) 96.03E+6 96.03E+6 96.03E+6
2 Log10 (W18) 7.982 7.982 7.982
3 Reliability [R] 85 85 85
4 Standard Normal Deviation (ZR) -1.037 -1.037 -1.037
5 Overall Standard Deviation (S0) 0.45 0.45 0.45
6 CBR Sub Grade 6.00
7 Effective Resilient Modulus (MR) 29487 18050 9000
8 IPo 4.0 4.0 4.0
9 IPt 1.5 1.5 1.5
10 Design serviceability loss (PSI = IPo - IPt) 2.5 2.5 2.5
11 IPf 1.5 1.5 1.5
12 SN 3.91 4.76 6.10
13 Log10 (W18) 7.984 7.986 7.605
Layered Design Analisys :
D1* = SN1/a1 = (3.90/0.4)
D1* = 9.78 inches ---> 10.00
SN1* = a1.D1 = 4.00
D2* = (SN2-SN1)/(a2*m2) = [(4.80 - 3.90) / (0.14 x 1.30)]
D2* = 4.30 inches ---> 5.00
SN2* = a2 x m2 x D2 = 0.88
D3* = (SN3-(SN1+SN2)) /(a3*m3) = [(6.00 - 4.80 - 3.90) / (0.13 x 1.30)]
D3* = 7.35 inches ---> 8.00
SN3* = a3 x m3 x D3 = 1.32
DescriptionNo.
SN series
26. Pavement Thickness Series :
AC Wearing Course = 1.55 Inc. (D1).1 -------> 3.94 Cm -------> 4
AC Binder Course = 2.35 Inc. (D1).2 -------> 5.97 Cm -------> 6
AC Base = 6.10 Inc. (D1).3 -------> 15.49 Cm -------> 16
Agg. A (CBR 90%) = 5.00 Inc. (D2) -------> 12.70 Cm -------> 15
CTB = 0.00 Inc. (D2) -------> - Cm --> 0
Agg. B (CBR 60%) = 8.00 Inc. (D3) -------> 20.32 Cm -------> 25
SELEC. MAT (CBR 10%) = 0.00 Inc. (D3) -------> - Cm -------> 0
ai Di mi ai x Di x mi
- AC Wearing Course 1.6 Inc --> 0.40 1.57 0.63
- AC Binder Course 2.4 Inc --> 0.40 2.36 0.94
- AC Base 6.1 Inc --> 0.40 6.30 2.52
- Agg. A ( CBR 90% ) 5.0 Inc --> 0.14 5.91 1.3 1.04
- Agg. B ( CBR 60% ) 8.0 Inc --> 0.13 9.84 1.3 1.63
- SELECTED MAT (CBR 10%) 0.0 Inc --> 0.08 0.00 1.2 0.00
透ai x Di = 6.77
S ai x Di x mi = 6.77 SN = 6.21
THICKNESS PROPOSED
AC Wearing Course 4 Cm
AC Binder Course 6 Cm
AC Base 16 Cm
Agg. A (CBR 90%) 15 Cm
Agg. B (CBR 60%) 25 Cm
Sub grade ( CBR 6 % )
Thickness Equivalential
ThicknessM a t e r i a l s
43. STABILITAS LERENG STA 0+175
Gambar-1 Ouput Hasil Analisis Galian 0+175 dengan SF Short dan Long 1.759 > 1.50
44. STABILITAS LERENG STA 0+225
c phi E c' phi' E'
Soil 1 64 - 19200 Undrained C 20 24 16640 Drianed
Soil 2 158 - 47400 Undrained C 20 22.5 41080 Drained
Soil 3 30 30 50000 Drained 30 30 50000 Drained
MC MC
Model DrainaseJenis
EfectiveTotal
Model Drainase
Gambar-2 Ouput hasil analisis galian 0+225
(a). SF Short = 2.565>1,50; (b). SF Long term = 1.47>1,30
(a) (b)
45. STABILITAS LERENG STA 0+325
c phi E c' phi' E'
Soil 1 126 - 37800 Undrianed C 20 20 32760 Drained
Soil 2 300 - 60000 Undrained C 30 30 52000 Drained
Soil 3 10 30 60000 Drained 10 30 60000 Drained
Drainase
MC MC
Jenis
Total
Model Drainase
Efective
Model
(a) (b)
Gambar-3 Ouput hasil analisis galian 0+325
(a). SF short = 1.70>1.50 - (b). SF Long term = 1.46>1,30
46. STABILITAS LERENG STA 0+400
(a) (b)
Gambar-4 Ouput hasil analisis galian 0+400
(a). SF short = 1.55>1.50 - (b). SF Long term = 1.61>1,30
55. ASPHALT CONCRETE SURFACE COURSE t=40
ASPHALT CONCRETE BINDER COURSE t=60
ASPHALT CONCRETE BASE t=210
AGGREGAT BASE CLASS-A t=300
SUBGRADE CBR 6 %
DETAIL A
REROUTE ROAD
START
PRIME COAT
BY COMPRESSOR/ASPHALT SPRAYER
ASPHALT CONCRETE BASE thick = 7 cm
BY DT/ASPHALT FINISHER/TANDEM ROLLER/PNEUMATIC TYRED ROLLER
AGGREGAT BASE CLASS A thick 15 cm
BY MOTOR GRADER/VIBRO ROLLER
AGGREGAT BASE CLASS A thick 15 cm
BY MOTOR GRADER/VIBRO ROLLER
ASPHALT CONCRETE SURFACE thick 4,0 cm
BY DT/ASPHALT FINISHER/TANDEM ROLLER/PNEUMATIC TYRED ROLLER
FINISH
ASPHALT CONCRETE BINDER thick = 6,0 cm
BY DT/ASPHALT FINISHER/TANDEM ROLLER/PNEUMATIC TYRED ROLLER
TACK COAT
BY COMPRESSOR/ASPHALT SPRAYER
ASPHALT CONCRETE BASE thick = 7 cm
BY DT/ASPHALT FINISHER/TANDEM ROLLER/PNEUMATIC TYRED ROLLER
TACK COAT
BY COMPRESSOR/ASPHALT SPRAYER
SUB GRADE PREPARATION - CBR 6%
BY MOTOR GRADER/VIBRO ROLLER
DETAIL B
TEMPORARY ROAD
ASPHALT CONCRETE SURFACE COURSE t=40
ASPHALT CONCRETE BINDER COURSE t=60
AGGREGAT BASE CLASS-A t=510
SUBGRADE CBR 6 %
PRIME COAT
BY COMPRESSOR/ASPHALT SPRAYER
ASPHALT CONCRETE BASE thick = 7 cm
BY DT/ASPHALT FINISHER/TANDEM ROLLER/PNEUMATIC TYRED ROLLER
56. SUB GRADE PREPARATION
1. HAULING SUBGRADE MATERIAL FROM
BORROW AREA GOING TO PROJECT
LOCATION BY DUMP TRUCK (IF NECESSARY)
2. DUMPING SUBGRADE MATERIAL FROM DUMP TRUCK
(IF NECESSARY)
3. SPREADING MATERIAL BY MOTOR GRADER
4. -SPRAY THE WATER APPLIED TO SURFACE
BY WATER TANK TRUCK
-COMPACTING (THICKNESS AT LEAST 20 CM PER LAYER
BY VIBRO ROLLER, TO KEEP CBR 5%
WATER TANK TRUCK
20CM
57. AGGREGAT B ~ 25 CM THICKNESS LAYERS
1. DUMPING THE AGGREGAT BASE A MATERIAL FROM
BORROW AREA GOING TO PROJECT LOCATION BY DUMP
TRUCK
2. UNLOAD AGGREGATE MATERIAL FROM DUMP TRUCK
3. SPREADING BY MOTOR GRADER 4. COMPACTING AGGREGAT BASE A BY VIBRO ROLLER
58. AGGREGATE A ~ 15 CM THICKNESS LAYERS
1. HAULING AGGREGATE BASE A MATERIAL FROM BORROW
AREA GOING TO PROJECT LOCATION BY DUMP TRUCK 2. DUMP AGGREGATE MATERIAL BY DUMP TRUCK
3. SPREADING BY MOTOR GRADER 4. COMPACTING AGGREGATE BASE A BY VIBRO ROLLER
59. 1. THE PRIME COAT APPLIED TO SURFACE OF THE BASE COARSE BY
ASPHALT SPRAYER, BEFORE THAT CLEAN THE SURFACE BY COMPRESSOR
1. PRIME COAT
2. ASPHALT TREATED BASE 10 CM
2. ALOCATE THE HOT ASPHALTIC MIXTURES (ASPHALT TREATED BASE BY
DUMP TRUCK) INTO ASPHALT FINISHER
4. FIRST COMPACTING BY TANDEM ROLLER, MIDDLE COMPACTING BY
PNEUMATIC TYRE ROLLER AND FINAL COMPACTING BY TANDEM ROLLER
ALSO
- THE ASPHALT TEMPERATURE IS NOT LESS THAN 120尊C
3. SPREADING THE HOT ASPHALTIC MIX TURES BY ASPHALT FINISHER
3. TACK COAT
4. ASPHALT CONCRETE BINDER 6.0 CM
2. ALOCATE THE HOT ASPHALTIC MIXTURES (ASPHALT CONCRETE BINDER BY
DUMP TRUCK) INTO ASPHALT FINISHER
WIDENING ROAD
FLEXIBLE PAVEMENT
1 2 3 4A 4B 4C
1
1. THE TACK COAT APPLIED TO SURFACE OF THE ASPHALT TREATED BASE BY
ASPHALT SPRAYER, BEFORE THAT CLEAN THE SURFACE BY COMPRESSOR
4. FIRST COMPACTING BY TANDEM ROLLER, MIDDLE COMPACTING BY
PNEUMATIC TYRE ROLLER AND FINAL COMPACTING BY TANDEM ROLLER ALSO
- THE ASPHALT TEMPERATURE IS NOT LESS THAN 120尊C
3. SPREADING THE HOT ASPHALTIC MIX TURES BY ASPHALT FINISHER
3 4A 4B 4C1 2
1
60. 6. ASPHALT CONCRETE SURFACE 4.0 CM
5. TACK COAT
1. THE TACK COAT APPLIED TO SURFACE OF THE ASPHALT CONCRETE BINDER BY
ASPHALT SPRAYER, BEFORE THAT CLEAN THE SURFACE BY COMPRESSOR
4. FIRST COMPACTING BY TANDEM ROLLER, MIDDLE COMPACTING BY
PNEUMATIC TYRE ROLLER AND FINAL COMPACTING BY TANDEM ROLLER
ALSO
3. SPREADING THE HOT ASPHALTIC MIX TURES BY ASPHALT FINISHER
3 4A 4B 4C1 2
1
2. ALOCATE THE HOT ASPHALTIC MIXTURES (ASPHALT CONCRETE SURFACE BY
DUMP TRUCK) INTO ASPHALT FINISHER
WIDENING ROAD FLEXIBLE PAVEMENT
- THE ASPHALT TEMPERATURE IS NOT LESS THAN 120尊C
61. JADWAL PELAKSANAAN
Proyek : Relokasi Fasos-Fasum Area 3 (CREC) PROJECT CLIENT : KCIC
Nama Paket : Relokasi Jalan Arteri Padalarang - Purwakarta Km 29,8 Bdg MAIN CONTRACTOR : CREC
Kabupaten : Bandung Barat SUB CONTRACTOR : PT. ANDIKA PERSADA RAYA
(%) M-1 M-2 M-3 M-4 M-5 M-1 M-2 M-3 M-4 M-1 M-2 M-3 M-4 M-5 M-1 M-2 M-3 M-4 M-1 M-2 M-3 M-4 M-5
DIVISI 1. UMUM
1.2 Mobilisasi LS 1,00 0,88 0,35 0,35 0,18
1.8.(1) Manajemen dan Keselamatan Lalu Lintas LS 1,00 0,68 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03 0,03
1.19 Keselamatan dan Kesehatan Kerja LS 1,00 0,49 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02
1.20.(1) Pengeboran, termasuk SPT dan Laporan M1
55,00 0,26 0,26
Jumlah Harga Pekerjaan DIVISI 1 (masuk pada Rekapitulasi Perkiraan Harga Pekerjaan) 2,31
DIVISI 2. DRAINASE
2.1.(1) Galian untuk Selokan Drainase dan Saluran Air M3
1.869,13 0,45 0,11 0,11 0,11 0,11
2.2.(1) Pasangan Batu dengan Mortar M3
796,18 3,43 0,86 0,86 0,86 0,86
2.2.(1).(a) Drainase Punggung Greiffel Dia. 30 cm M1
995,50 1,07 0,53 0,53
Jumlah Harga Pekerjaan DIVISI 2 (masuk pada Rekapitulasi Perkiraan Harga Pekerjaan) 4,94
DIVISI 3. PEKERJAAN TANAH DAN GEOSINTETIK
3.1.(1) Galian Biasa M3
24.670,60 8,13 2,71 2,71 2,71
3.1.(1)(a) Galian Tanah Keras M3
49.341,21 22,95 2,55 2,55 2,55 2,55 2,55 2,55 2,55 2,55 2,55
3.1.(9) Galian Perkerasan berbutir M3
414,98 0,14 0,14
3.2.(1b) Timbunan Biasa dari hasil galian M3
12.330,28 6,44 2,15 2,15 2,15
3.3.(1) Penyiapan Badan Jalan M2
5.864,54 0,22 0,22
3.4.(1) Pembersihan dan Pengupasan Lahan M2
10.072,00 0,99 0,50 0,50
Jumlah Harga Pekerjaan DIVISI 3 (masuk pada Rekapitulasi Perkiraan Harga Pekerjaan) 38,87
DIVISI 5. PERKERASAN BERBUTIR
5.1.(1) Lapis Pondasi Agregat Kelas A M3
1.710,35 4,28 2,14 2,14
5.1.(1) Lapis Pondasi Agregat Kelas A (Temporary Road/Widening) M3
738,96 1,85 1,85
5.1.(3) Lapis Pondasi Agregat Kelas S (Bahu) M3
553,24 1,07 0,54 0,54
5.1.(3) Lapis Pondasi Agregat Kelas S (Bahu Temporary Road/Widening) M3
55,78 0,11 0,11
Jumlah Harga Pekerjaan DIVISI 5 (masuk pada Rekapitulasi Perkiraan Harga Pekerjaan) 7,31
DIVISI 6. PERKERASAN ASPAL
6.1 (1) Lapis Resap Pengikat - Aspal Cair/Emulsi (Layer-1 AC Base) Liter 4.803,38 0,45 0,45
6.1 (1) Lapis Resap Pengikat - Aspal Cair/Emulsi (Temporary Road/Widening) Liter 1.290,25 0,12 0,12
6.1 (2a) Lapis Perekat - Aspal Cair/Emulsi (Layer-2 AC Base) Liter 2.922,75 0,32 0,32
6.1 (2a) Lapis Perekat - Aspal Cair/Emulsi (Layer-3 AC Base) Liter 3.325,43 0,36 0,36
6.1 (2a) Lapis Perekat - Aspal Cair/Emulsi (Layer AC BC) Liter 3.729,60 0,41 0,41
6.1 (2a) Lapis Perekat - Aspal Cair/Emulsi (Layer AC WC) Liter 3.699,00 0,40 0,40
6.1 (2a) Lapis Perekat - Aspal Cair/Emulsi (Temporary Road/Widening) Liter 765,15 0,08 0,08
6.3(5a) Laston Lapis Aus (AC-WC) Ton 563,82 3,83 3,83
6.3(5a) Laston Lapis Aus (AC-WC) (Temporary Road/Widening) Ton 122,10 0,83 0,83
6.3(6a) Laston Lapis Antara (AC-BC) Ton 785,34 4,98 4,98
6.3(6a) Laston Lapis Antara (AC-BC) (Temporary Road/Widening) Ton 184,24 1,17 1,17
6.3(7a) Laston Lapis Fondasi (AC-Base) Ton 2.342,00 13,19 4,40 4,40 4,40
Jumlah Harga Pekerjaan DIVISI 6 (masuk pada Rekapitulasi Perkiraan Harga Pekerjaan) 26,14
DIVISI 7. STRUKTUR
7.1 (6a) Beton Struktur, fc 25 Mpa (Collisian Barier) M3
151,58 1,70 1,70
7.3 (1) Baja Tulangan Polos-BjTP 280 (Collisian Barier) Kg 8.494,65 0,71 0,71
7.3 (2) Baja Tulangan Sirip BjTS 280 (Collisian Barier) Kg 23.146,90 1,94 0,97 0,97
Jumlah Harga Pekerjaan DIVISI 7 (masuk pada Rekapitulasi Perkiraan Harga Pekerjaan) 4,35
DIVISI 9. PEKERJAAN HARIAN & PEKERJAAN LAIN-LAIN
9.2.(2) Marka Jalan Bukan Termoplastik M2
189,00 0,48 0,48
9.2.(2) Marka Jalan Bukan Termoplastik M2
72,00 0,18 0,18
9.2.(3a) Rambu Jalan Tunggal dengan Permukaan Pemantul Engineering Grade Buah 32,00 0,07 0,07
9.2.(9a) Paku Jalan Memantul Bujur Sangkar Buah 42,00 0,06 0,06
9.2.(19)(a) Unit PJU Tunggal Tenaga Surya, Tipe LED 100 W (Oktagonal 9.00 M) Buah 19,00 1,94 0,97 0,97
SKh.1.3.17(1b) Selimut Pengendali Erosi Tipe II M2
5.629,55 0,92 0,46 0,46
SKh.1.3.17(2b) Penanaman Biji Vegetasi dengan Teknik Taplok M2
5.629,55 0,53 0,26 0,26
SKh 7.10.4 Shotcrete M2
4.458,65 11,91 2,38 2,38 2,38 2,38 2,38
Jumlah Harga Pekerjaan DIVISI 9 (masuk pada Rekapitulasi Perkiraan Harga Pekerjaan) 16,07
TOTAL 100,00
Rencana Kemajuan Per Minggu 0,67 0,90 3,26 5,31 7,46 4,75 6,60 3,89 3,51 6,24 5,95 8,98 6,08 7,28 4,77 4,81 6,40 6,50 3,01 1,74 1,02 0,53 0,35
Komulatif Rencana Kemajuan Per Minggu 0 0,67 1,56 4,82 10,13 17,58 22,33 28,93 32,82 36,33 42,57 48,53 57,51 63,59 70,86 75,63 80,44 86,84 93,35 96,36 98,10 99,12 99,65 100,00
TARGET KET.
No. Mata
Pembayaran
( S - C U R V E )
T I M E S C H E D U L E
BULAN KE-1 BULAN KE-2 BULAN KE-3 BULAN KE-4 BULAN KE-5BOBOT
Uraian Satuan
Perkiraan
Kuantitas
0
10
20
30
40
50
60
70
80
90
100
62. SKETSA LAY OUT JALAN KM 29+800
ARTERI PADALARANG PURWAKARTA
RENCANA OUTLET TUNNEL 8 KCIC
TEMPORARY ROAD
(WIDENING)
REROUTED ROAD
(NEW ROAD L=200 M)
EXISTING ROAD
CL ROUTE KCIC
RENCANA MANAJEMEN LALU LINTAS (RMLL)
63. PEKERJAAN TAHAP I (1)
TEMPORARY ROAD
(WIDENING)
REROUTED ROAD
(NEW ROUTE)
64. PEKERJAAN TAHAP I (2)
TEMPORARY ROAD
(WIDENING)
REROUTED ROAD
(NEW ROAD)