Handbookforftthospv1 150225032334 Conversion Gate02

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HANDBOOK for

FTTH OSP (PT TELKOM INDONESIA)

Page 1 HANDBOOK for FTTH-OSP v 1.0 (June 2013)CopyrightFujikura Ltd./Y.N

HANDBOOKHANDBOOKHANDBOOKHANDBOOK

ForForForFor

Outside PlantOutside PlantOutside PlantOutside Plant----Fiber to the HomeFiber to the HomeFiber to the HomeFiber to the Home

(FTTH(FTTH(FTTH(FTTH----OSP)OSP)OSP)OSP)ForForForFor

PT TELKOM INDONESIAPT TELKOM INDONESIAPT TELKOM INDONESIAPT TELKOM INDONESIA

V 1.0V 1.0V 1.0V 1.0

(June 2013)(June 2013)(June 2013)(June 2013)


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Contents

PART-I DESIGN & INSTALLATION ........................................................................ 4

FTTH-OSP DESIGN PRINCIPLES .......................................................................... 5

MATERIALS FOR FTTH-OSP (STO - ODP) .......................................................................... 7

MATERIALS FOR FTTH-OSP (HRB: Hign-Rise Building) ......................................................... 8

1. FEEDER CABLE DESIGN ...... 111.1 Google Map .......................................... 111.2 Skema Kabel Feeder .................. 121.3 PetaLokasi Duct & Kabel Feeder .... 15

1.4 Sample Design of Feeder Cable Network ............... 151.5 Core Assignment Diagram ..... 191.6 General Concept for Feeder Cable Design ............... 22

2. DISTRIBUTION CABLE DESIGN . 252.1 Google Map ..... 252.2 Skema Kabel Distribusi .. 25

2.3 Sample Design of Distribution Cable Network ............. 282.4 Branching ODP ............ 322.5 Duct Usage for Distribution Network & Drop-core Installation (Underground) .......................... 33

3. GENERAL CONCEPT FOR DISTRIBUTION CABLE DESIGN ............. 343.1 Duct / Buried Section ................ 343.2 Aerial Section .............................. 37

4. CABLE RACK / OTB RACK IN STO BUILDING ... 41


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5. HIGH-RISE BUILDING (HRB) DESIGN ......................................................................... 425.1 Materials for HRB Solution ........................................... 425.2 Design Concept for HRB Solution ................... 435.3 Type of ODC for High-Rise-Building ..... 445.4 Example of Cable Tray/Trunking ............... 455.5 Sample Design: Skema Distribusi ..... 46

5.6 Sample Design: Peta Lokasi Distribusi ............... 47

6. REFERENCE . 506.1 Pondasi ODC-C-144 Splitter ..... 516.2 Pondasi ODC-C-288 Splitter ..... 526.3 Pondasi ODP Pedestal & HH-PIT-60 ............... 536.4 HH-1: Dimensi Dalam (P=1700 x L=1250 x T=1300) ............... 54

6.5 HH-2: Dimensi Dalam (P=1200 x L=600 x T=1300) .............................................................. 556.6 HH-80: Dimensi Dalam (P=800 x L=800 x T=800) .............................................................. 566.7 Installation of ODP Wall ............................................................................ 576.8 Form for Core Assignment Diagram ............................................................................ 596.9 Installation Check Sheet ............................................................................ 636.10 List of Assembly Unit Designator ............................................................................ 67

PART-II ACCEPTANCE TESTING ........................................................................ 73

1. TEST PROCEDURE ................................ 74

2. OPM MEASUREMENT ......................................................................... 862.1 Application of Measurement Forms ................ 872.2 Measurement Forms .............................. 92


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FTTH-OSP DESIGN PRINCIPLES (1)

1. FTTH OSP Design Work (Feeder & Distribusion) shall be carried out in accordancewith the frame of this document.

2. LINK BUDGET

1) Descriptions in the Contract:

The Design shall ensure the FTTH OSP System Power Budget of the GPON OLTto ONU (in the configuration of 1:4 Splitter at ODC and 1:8 Splitter at ODP) shallbe 28dB (including the margin of 3dB).

2) Applicable Power Budget in the Project:

Contract Requirement: 28dB - 3dB (Margin) = 25dB (ITU-T G.652D @ WaveLength 1310nm=0.35dB/km)

Requirement by KBB: 25dB - 2dB = 23dB (including 2dB as an Additional

Margin due to an incidental increment of the loss in OSP during an operation) Link Budget to be applied for the Project: 25dB @ 1310nm

We may try however, to keep 23dB @ 1310nm as far as practicable.


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FTTH-OSP DESIGN PRINCIPLES (2)

3. FTTH OSP Design shall be composed of the following:

3.1 Feeder Cable Design

1) Google Map per STO

2) Skema Kabel Feeder (Schematic Drawing)

3) Skema Duct (Schematic Drawing)

4) Peta Lokasi Duct & Kabel Feeder (Location Map)

5) Special Design (MH Modification, Duct Bridge etc.)

3.2 Distribution Cable Design

1) Google Map per Lokasi

2) Skema Kabel Distibusi

3) Peta Lokasi Distribusi

4) Special Design (HH Modification, Modified ODP Foundation etc.)


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Feeder Cable

DC-OF-SM-

12D/24D/48D/

96D/144D/288D

ODC

ODC-C-48/144/288 SplitterNote: ODC-C-48 = Wallmount Type

Pass through closure Type/Designator

for 48core Star/Ring SC-OF-SM-PT-48

for 96core Star/Ring, 144core Star SC-OF-SM-PT-144S

for 144core Ring SC-OF-SM-PT-144R

for 288core Star SC-OF-SM-PT-288S

for 288core Ring SC-OF-SM-PT-288R

Inline closure Type/Designator

for 12c-24c SC-OF-SM-24





STO

ODC

ODP (Aerial)

ODP-SSW-8(1:8 Splitter built-in)

Branching ODP(Pole/Wall Mount)

ODP-PW-BR

Branching ODP(Pedestal)

ODP-PL-BR

ODP (Wall Mount)

ODP-PW-8/16

Distribution Cable

(Aerial)

AC-OF-SM-8/12/24-SC

ODP (Pedestal)

ODPPL-8/16

Distribution Cable(Duct)

DC-OF-SM-8/12/24-SC

Passive Splitter

PS-1-2-ODC/

PS-1-4-ODC

PS-1-8-ODP

Line Guard/Suspension

C-Clamp

Materials for FTTH OSP (STO - ODP)

OTB

TC-OF-SM-

12/24/48/72/96/144


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Cable Trunking and Accessories

Splitter for ODC-HRB

PS-1-4-ODC-HRB

Materials for FTTH-OSP (HRB: High-Rise Building)

ODC-HRB (Cabinet)

ODC-HRB-420

ODC-HRB-240

ODC-HRB-180

ODC-HRB(Rack)

ODC-HRB-RACK-480

ODC-HRB-RACK-240

ODC-HRB-RACK-120

19 inch Rack

TC-OF-R-19

or

Indoor Cable

(1-C Low Friction)

IC-OF-SM-1D

ODC-HRB

ODP-HRB

ODP-HRB-16/32 PS-1-8-ODP-HRB

Indoor Cable

(2-C Low Friction)

IC-OF-SM-2D

ROSETTE

RS-IN-SC-1P/

TC-MK-SC-1P

FUSE-CONNECT

ISC-UPC-FD

T-JointCable Trunking Elbow (Flat Angle)


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LIST OF MATERIALS AND INSTALLATION MANUALS (1/2) As of: 01-June-2013No. Spec.No. Manual.No. Sub manuals

1 - 5. ESMDDLT000*****K

6 ESMDDLT00028824K

7 - 8. JBT-05166A

9 - 12. ESMDALT0000****K

13-16 ENZDSCDLT0*****K

17 - 20 ENZDSCALT00****K

21-23 ESMDDLT0000****K24 JBT-05027B

25 - 26 JBT-05026-> JBT-05391

49 - 50 JBT-04109A

51 - 52 JBT-04770D

53 - 54 JBT-04109A

55 - 56 PNJHC-1101-54-02(2.8mm)

57 - 75 TS1211-01

76 - 78 PNJBC-0516-54-03 PNJBC-0516-82-01 ODC-C sub manual_130214

79 PNJBC-0516-54-04 PNJBC-0516-82-01 ODC-C sub manual_13021480-81 PNJCS-0013-54-10

82 - 83 PNJCY-0085-54-03 PNJCY-0085-82-01 ODP-CA sub manual_130323

84 - 87 PNJBC-0516-54-06

88 - 89 JEMBO Pedestal + ODP-CA PNJCY-0085-82-01

90 - 95 PNJBC-0516-54-07 PNJBC-0516-82-04 TC-SM sub manual_130225

96 PNJBC-0470-54-04 PNJBC-0470-82-02

97 PNJBC-0472-54-08A

98 PNJBC-0516-54-08

99-101 PNJBC-0516-54-09 PNJBC-0516-82-06102 - 106 PNJBC-0516-54-10

107 - 111 PNJSC-1077-54-03Rev.1

112 - 116 PNJBC-0516-54-11

117 - 121 PNJSC-1077-54-04Rev.1

200 PNJCY-0084-54-02

201 PNJCY-0084-54-01

202 PNJCY-0084-54-04

203 PNJCY-0084-54-03

204 PNJCY-0084-54-05

Manuals will be available upon supply of the material

Manauals not applicable

DC-OF-SM-*D (SM.D D - LT */*T)

DC-OF-SM-*-SC (SM.D D - LT */*T)AC-OF-SM-8-SC (OGGDE-SSW)

Name File

AC-OF-SM-*D (SM.D A - LT */*T)

DC-OF-SM-*C (NZDS.C D - LT */*T)

AC-OF-SM-*C (NZDS.C A - LT */*T)

DC-OF-SM-288D (SM.D D - LT 288/24T)

DC-OF-SM-*D (OG8ETSWBE)

AC-OF-SM-*-SC (OGNM4WTGDE-SSW)

GC-OF-SM-1D (FR-OGINE)

HC-OF-SM-*D (FR-OGNMGDE-SSD)

GC-OF-SM-1D (FR-OGINE)

Patch cord (2.8mm, BIS-B)

Pigtails and Patchcords

ODC-C-* Splitter

ODC-C-48 SplitterODC-CU (FSCO-HHS)

ODP-CA-* for Pole Mount

ODP-A-*

ODP-PL-* (Pedestal_Box+ ODP-CA-* For_Wall_mount)

TC-SM-*

RS-IN-SC-1P (FPB-103A(S))

RS-IN-SC-2P (FPB-302-2SC(PT))

House Hook

Cable cleat

RS-IN-SC-4P (RS-IN-SC-4)

TC-MK-SC-*PS-1-*-ODC (Optical Spitter Module 1 x N Type)

PS-1-*-ODP(PLC Type 1xN Splitter)

PS-2-*-ODC (Optical Spitter Module 2 x N Type)

PS-2-*-ODP (PLC Type 2xN Splitter)

Deadending Wire Vice (C clamp)

Drop Cable Clamp (S Clamp)

Selft-Support Wire Line Guard (Line Guard 2.6mm)


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LIST OF MATERIALS AND INSTALLATION MANUALS 2/2) As of: 01-June-2013No. Spec.No. Manual.No. Sub manuals205 PNJCY-0084-54-06

206 PNJCY-0084-54-07

207 PNJCY-0084-54-08

400 - 401 PNJHC-1101-53-01

402 PNJCY-0067-54-18 PNJC-0067-82-04

403 PNJHY-0001-53-11

404 PNJHY-0001-53-10405 PNJHY-0107-53-05

406 PNJHY-0107-54-21Rev.2 JDAA-11-12-0048D

PNJHY-0107-54-21Rev.2 JDAA-11-13-0075

407 PNJBC-0480-54-17

408 PNJBC-0480-54-17

409 PNJBC-0480-54-17

410 B-12F0401 PNJCY-0085-82-03

411 B-12F0401 PNJCY-0085-82-03

412 PNJBC-0085-54-02 PNJCY-0085-82-01413 PNJBC-0085-54-02 PNJCY-0085-82-01

414 JBT-04260B

415 JBT-04260B

416

417

418

419

420

421 PNJBC-0516-54-12 PNJBC-0516-82-09A422 PNJBC-0516-54-12 PNJBC-0516-82-09A

423 PNJBC-0516-54-12 PNJBC-0516-82-09A

424 PNJBC-0516-54-13 PNJBC-0516-82-10

425 PNJBC-0516-54-13 PNJBC-0516-82-11

426 PNJBC-0527-54-07

427 PNJBC-1077-54-03Rev.1

Manuals will be available upon supply of the material

PS-1-8-ODP-HRB

ODP-HRB-16

PS-1-4-ODC-HRB

Pass through closureType4 ( For 288core Ring)

ODC-HRB-420ODC-HRB-240

ODC-HRB-180

ODP-HRB-32

Low Friction Indoor Cable , 2C

Pass through closureType1 ( For 48core Star/Ring )

Pass through closureType2 ( For 96core Star/Ring )

Pass through closureType3 ( For 144core Ring )

Pass through closureType4 ( For 288core Star)

ODP-BR for Branching (3 Hole Type) , Pole mounting type

ODP-BR for Branching (3 Hole Type) , termasuk Dome Pedestal

ODP Outdoor/Wall , Termasuk Adaptor , Space Passive Splitter, 8 PortODP Outdoor/Wall , Termasuk Adaptor , Space Passive Splitter, 16 Port

Low Friction Indoor Cable , 1C

Outdoor Optical Connector Cabinet (FPB-203-*SC-A (PT)) 4 Port

L-clamp

Flex Band IBT-206

BW-Clamp

Free Bending Optical cord (3mm, BIS-B)



ODP-SSW (FSCO-AS-SP(in/splice))

FIELD INSTALLBLE SC CONNECTOR (FAST-SC-SM-09/CO)

FIELD INSTALLBLE SC CONNECTOR (FAST (N) -SC-SM-UNI/GT)FUSION CONNECTOR (Fuseconnect-SC-SF-SM-20/30)

FUSION CONNECTOR (Fuseconnect-SC-DC) for Drop cable

FUSION CONNECTOR (Fuseconnect-SC-LF) for LowFriction cable

Name File

Manauals not applicable


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1. FEEDER CABLE DESIGN

A. The Feeder Cable Route shall be planned to utilize the existing duct route asthe first priority so as to minimize the road excavation length.

B. The capacity of Feeder Cables designed/implemented by the previousTOS/PO as well as for the followings shall be taken into account at theFeeder Cable Capacity Planning:

1) AL PRO: Existing Facility such as MSAN, RK, etc.

2) Node B Project

3) GDI: Government Digitalization Network

1.1 GOOGLE MAP1) Nama STO: legend berbentuk Rumah (Warna Merah)

2) Route Feeder: warna Merah3) Nama ODC sesuai dengan Lokasi/Cluster

4) Kapasitas ODC/ Jumlah Homepass

5) Boundary ODC/Lokasi/Cluster dg Boundary Area Potensi


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1.2 SKEMA KABEL FEEDER

Purpose: Information required for the Feeder Cable Work

A. OTB at STO

OTB to be installed with the symbol Telkom Standard and indicated with the designator in BoQ:

Example: TC-OF-SM-xx (yy)

B. Feeder CableIndication: Black Line (New: 0.6 point, Existing: 0.3 point)

Information:

1) Type (Duct/Aerial) and capacity of cable

2) Length of cable

3) Core Assignment

Note: The younger core number shall be assigned for the far end (the last position) and

spare cores (Cadangan).

Total Quantity of OTB

Type of OTB


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IDENTIFICATION OF FEEDER CABLE

FE XXX 01-01-01 (01-288)

Core No. In Cable

Segment No.

Feeder No.

Code STOCode Feeder Cable

DC-OF-SM-XXX-xxxxM

Cable Length

in meter

No. Of Cores

Type of Cable

Duct Cable: DC-OF-SM

Aerial Cable: AC-OF-SM

Branch-Segment No.

Note:

Cable Line:

New: Tebal (e.g. 6pt.)

Existing: Tipis (e.g. 3pt.)

Identification:

New: Bold FontExistiong: Normal Font


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C. ODC

D. MH/HH/CLOSURE

1) MH/HH: Name of Existing MH/HH or Type of New MH/HH

2) Closure:

a. Straight Joint: SC-OF-SM-xxx

b. Pass-through Joint: SC-OF-SM-xxx-PT

ODC Capacity

ODC No. FA, FB, .......

Code STO

Code ODC

xx PS 1:4 (xxx HP)

Number of Homepass

Code Splitter 1:4

Number of Splitter 1:4

Coordinates Lokasi ODC

ODC-XXX-FA-288

( - )Assigned core to be

terminated


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1.4 SAMPLE DESIGN OF FEEDER CABLE NETWORK

1.3 PETA LOKASI DUCT & KABEL FEEDER Purpose: Information required for the Civil Work shall be plot on the scaled map

1) SKEMA DUCT

(Refer to 1.4.1)

2) SKEMA KABEL FEEDER

(Refer to 1.4.2)

3) PETA LOKASI

KABEL FEEDER

(Refer to 1.4.3)

Lokasi CC

ODC-ABC-F-288

STO

ABC

24

15.0ABC

01/01

ABC

01/02

ABC

01/03

ABC

01/xx

ABC

01/yy

6 6

6

6

4

ABC

02/02

ABC02/01

ABC

02/xx

100.0 100.0

100.0

100.0

100.0

HH-2

HH-

80

DD-BM-HDPE-1

35.0

HH-1

HH-1

DD-BM-HDPE-1

150.0

DD

-BM-HDPE-BIG-1

DD-BM-

HDPE-

BIG-1

150.0

bbb.

0

Lokasi AA

ODC-ABC-F-144

Lokasi BB

ODC-ABC-F-288

Lokasi DD

ODC-ABC-F-144

JL

JL

JL

aaa.0

DD-BM-

HDPE-

BIG-1

HH-1Ca

bles

lac

k(10)sha

llbeprov

ide

da

t

every

1000m

ofcab

leleng

th.

(Incase

ofDD-B

M-H

DPE

,HH

-1/2s

ha

llbe

ins

talle

d.)

Legend:: Assigned Duct for New Cable

: Vacant Duct: Occupied Duct

Lokasi CC

ODC-ABC-F-288

xx PS 1:4 (yyHP)(241-288)

xxx.xxxxE yyy yyy.yyyy

Lokasi DD

ODC-ABC-F-144

xx PS 1:4 (yyHP)(217-240)


Lokasi AA

ODC-ABC-F-144

xx PS 1:4 (yyHP)(121-144)


Lokasi BB

ODC-ABC-F-288

xx PS 1:4 (yyHP)(73-120)


STO ABCTC-SM-144 (3)

FE-ABC-01-01 (01-144)

DC-OF-SM-144D m

FE-ABC-01-01-01 (121-144)

DC-OF-SM-24D m

FE-ABC-01-02(01-120)

DC-OF-SM-144D

m

FE-ABC-01-02-01 (73-120)

DC-OF-SM-48D m CAD(01 72)

FE-ABC-02-01(01-288)

DC-OF-SM

-288D

m

DC-OF-SM

-288D

m

FE-AB

C-02-

02

(01-2

40)

CAD(01 216)

FE-ABC-02-01-01 (241-288)

DC-OF-SM-48D m

FE-ABC-02-02-01 (217-240)

DC-OF-SM-48D m

JL

JL

JL

ABC

01/02

ABC

01/yy

DC-OF-SM-288D

m

FE-ABC-02-

02

(01-240)

Cable Slack (10m) shall be

placed every 1000m of

cable span and/or thelocation where the future

demand is expected.

STO

ABC

100.0

ABC01/01

DD-BM-HDPE-1

150.0

DD-BM-HDPE-1

35.0

HH-

80

HH-2

HH-1

HH-1

DD-BM-HDPE-BIG-1

150.0

JL

JL

JL

Lokasi BB

ODC-ABC-F-288

Lokasi AA

ODC-ABC-F-144

Lokasi CC

ODC-ABC-F-288

Lokasi DD

ODC-ABC-F-144

DD-BM-1

10.0

DD-BM-1

10.0

DD-ROD-1

15.0

DD-ROD-1

xxxx.0

ABC01/02

ABC01/03

ABC01/xx

DD-BM-HDPE-

BIG-1

bbb.

0

aaa.

0

DD-BM-HDPE-

BIG-1

HH-1

ABC02/03

ABC

02/01

ABC

02/xx

ABC01/xx

ABC

01/xx

ABC01/yy

ABC02/02

DD-ROD-1

1.0

DD-ROD-1

1.0

DD-ROD-1

1.0

DD-ROD-1

xxx.0

DD-ROD-1

1.0

DD-ROD-1

1.0

DD-ROD-1

xxx.0

DD-ROD-1

1.0

DD-ROD-1

1.0

DD-ROD-1

xxx.0


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1.4.1 SKEMA DUCT

STO ABC

24

15.0

ABC01/01ABC01/02

ABC

01/03

ABC01/xx

ABC01/yy

6

6

664

ABC

02/02

ABC

02/01

ABC

02/xx

100.0

100.0

100.0100.0100.0

HH-2HH-80

DD-BM-HDPE-1

35.0

HH-1HH-1

DD-BM-HDPE-1

150.0

DD-BM-HDPE-

BIG-1

DD-BM-HDPE-

BIG-1

150.0bbb.0

Lokasi AA

ODC-ABC-F-144

Lokasi BB

ODC-ABC-F-288

Lokasi CC

ODC-ABC-F-288Lokasi DD

ODC-ABC-F-144

JL

JL

JL

aaa.0

DD-BM-HDPE-

BIG-1

HH-1

Cable slack (10) shall be provided at every 1000m

of cable length. (In case of DD-BM-HDPE, HH-1/2

according to Page 23, 1.6.3 shall be installed.)

Legend:

: Assigned Duct for New Cable

: Vacant Duct

: Occupied Duct


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1.4.2 SKEMA KABEL FEEDER

Lokasi CC

ODC-ABC-F-288xx PS 1:4 (yyHP)

(241-288) xxx.xxxx

E yyy yyy.yyyy

Lokasi DD


(217-240) xxx.xxxxE yyy yyy.yyyy

Lokasi AA


(121-144)


Lokasi BB


(73-120)


STO ABC

TC-SM-144 (3)

FE-ABC-01-01 (01-144)

DC-OF-SM-144D m

FE-ABC-01-01-01 (121-144)

DC-OF-SM-24D m

FE-ABC-01-02 (01-120)

DC-OF-SM-144D m

FE-ABC-01-02-01 (73-120)

DC-OF-SM-48D m

CAD

(01 72)

FE-ABC-02-01 (01-288)

DC-OF-SM-288D mDC-OF-SM-288D

m

FE-ABC-02-02

(01-240)CAD

(01 216)

FE-ABC-02-01-01 (241-288)

DC-OF-SM-48D m

FE-ABC-02-02-01 (217-240)

DC-OF-SM-48D m

JL JL

JL

ABC

01/02ABC01/yy

DC-OF-SM-288D

m

FE-ABC-02-02

(01-240)

Cable Slack (10m) shall be

placed every 1000m of cable

span and/or the location where

the future demand is expected.

(Note: Do not show on drawing)

( )


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1.4.3 PETA LOKASI KABEL FEEDER

STO

ABC

ABC

01/01

DD-BM-HDPE-1

150.0DD-BM-HDPE-1

35.0

HH-80

HH-2

HH-1 HH-1

DD-BM-HDPE-

BIG-1

150.0

JL

JL

JL

Lokasi BB

ODC-ABC-F-288Lokasi AA

ODC-ABC-F-144

Lokasi CC

ODC-ABC-F-288

Lokasi DD

ODC-ABC-F-144

DD-BM-1

10.0

DD-BM-1

10.0

DD-ROD-1

15.0m

ABC

01/02ABC

01/03

ABC

01/xx

DD-BM-HDPE-

BIG-1

bbb.0aaa.0

DD-BM-HDPE-

BIG-1

HH-1

ABC02/02

ABC

02/01

ABC02/xx

ABC

01/xxABC

01/xx

ABC

01/yy

ABC02/03

DD-ROD-1xxx.0m

DD-ROD-1100.0m

DD-ROD-1

100.0m

DD-ROD-1

100.0m

DD-ROD-1

100.0m

DD-ROD-1

100.0m

DD-ROD-1

100.0m

DD-ROD-1

100.0mDD-ROD-1

xxx.0m

DD-ROD-1

xxx.0m

1. FE-ABC-01

2. FE=ABC-02

Note:

In case if plural cables

will be installed in one

(1) route, Cable No. tobe installed shall be

indicated.


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1.5 CORE ASSIGNMENT DIAGRAM1. CORE ASSIGNMENT DIAGRAM shall be prepared prior to draw the SKEMA KABELas a tool so as to

arrange the core assignment of the feeder cable easily. (Not for submission purpose)

2. CORE ASSIGNMENT DIAGRAM shall be prepared per each FEEDER CABLE.

3. The higher number of core (e.g. 288 in 288-core cable) shall be assigned from the nearest ODC, and the

youngest number shall be assigned for the furthest ODC or CAD (Spare core).

START

FEEDER CABLE ROUTE PLAN:

=> Draft for Skema Feeder

1. SKEMA DUCT EXISTING shall be referred as the

basic information for the Feeder Cable Route Plan.

2. Plot all ODCs TO BE FED BY THE CABLE

together with its capacity along the existing duct

route.

3. Where the existing duct is not available, new duct

construction or DD-BM-HDPE shall be planned.

4. Plot all prospected/ potential locations includingAl-Pro, MSAN, GDI etc. along the expected

feeder cable route.

Decision of Network

Configuration:

1.Ring

2.Star/Bus

SUM UP the required

number of fiber cores:

1.ODC-144: 24 cores

2.ODC-288: 48 cores

Decision of Feeder Cable Capacity:

1.Required number of cores 96 96C

2.Required number of cores 97 , 144 144

3.Required number of cores 145 , 288 288

4.Required number of cores 288 288 +

another cable according to the required capacity

Preparation of

CORE ASSIGNMENT

DIAGRAM

END

FLOW OF CORE ASSIGNMENT DIAGRAM PREPARATION


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1.5.1 EXAMPLE OF CORE ASSIGNMENT DIAGRAM (1): STAR/BUS TOPOLOGY

SKEMA KABEL FEEDER

(Reference for Main Information)

Lokasi AA

ODC-288(241 288)

Lokasi CC

ODC-144(169 192)

Lokasi DD

ODC-144(145 168)

Lokasi BB

ODC-288

(193 240)

CAD (72)

(01 72)

Lokasi EE

ODC-288

(97 144)CAD (24)

(73 96)

(01 288)

(288) (288) (288)

(01 240) (01 192)

(145 192)

(01 72)

(96)

(48) (145 168)

(24)

(48)

(97 144)(48)

(193 240)

(48)(241 288)

(24)

(169 192)

STO ABC

TC-OF-SM-144 (2)

01 - 24

25 - 48

49 - 72

73 - 96

97 - 120

121 - 144

145 - 168

169 - 192

193 - 216

217 - 240

241 - 264

265 - 288

Lokasi AA

ODC-288

(241 288)

Lokasi BB

ODC-288

(193 240)STO ABC

Lokasi CC

ODC-144

(169 192)

Lokasi DD

ODC-144

(145 168)

CAD

(73 96)

CAD (72)

(01 72)

Lokasi EE

ODC-288

(97 144)(288)

(96)

(48)

(48)

(24) (24)

(48) LEGEND:

: Joint Closure

: Fusion Splicing

: Cable (Core)(XX)


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1.6 GENERAL CONCEPT FOR FEEDER CABLE DESIGN1.6.1 ODC SPEC. (Non-HRB Type)

ODC

typeDesignator

Splitter

(1:4)Maximum HP

Feeder

(input Fiber core)

Number of Cable Entry

(Input+Output)

48

(pole)

ODC-C-48 Splitter Max. 6pcs 6x32=192Star ; 12C

Ring ; 24C

4

96

(pedestal)ODC-C-96 Splitter Max. 8pcs 8*32=256

Star ; 12C

Ring ; 24C8

144

(pedestal)ODC-C-144 Splitter Max. 18pcs 18x32=576

Star ; 24C

Ring ; 48C12

288

(pedestal)ODC-C-288 Splitter Max. 36pcs 36x32=1152

Star ; 48C

Ring ; 96C12

576(pedestal) ODC-C-576 Splitter Max. 72pcs 72x32=2304 Star ; 96CRing ; 192C 24

1.6.2 FEEDER CABLE SPEC.

Fiber Count Number of Tubes Number of Fiber/Tube Tube Diameter Outer Diameter Bending Radius

(20 x OD)

12C 2 6 2.1mm 12.8mm 25.6cm

24C 4 6 2.1mm 12.8mm 25.6cm

48C 4 12 2.5mm 13.9mm 27.8cm

96C 8 12 2.5mm 15.6mm 31.2cm

144C 12 12 2.5mm 19.1mm 38.2cm

288C 24 12 2.5mm 22.1mm 44.2cm


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1.6.3 HDPE PIPE/HANDHOLE for FEEDER CABLEIn case when the existing duct is not available and new duct (HDPE) will be installed, the following shall be taken intoconsideration:

1) Feeder Cable with the capacity 288-core:

HDPE BIG/SUBDUCT BIG shall be used.

Hand-hole Type HH-1 (L=1700 x W=1250 x D=1300) shall be used for all locations.

2) Feeder Cable with the capacity 144-core

HDPE 33/40/SUBDUCT shall be used. Hand-hole Type HH-1 (L=1700 x W=1250 x D=1300) shall be used for all locations.

3) Feeder Cable with the capacity 96-core or less

HDPE 33/40/SUBDUCT shall be used.

Hand-hole Type HH-2 (L=1200 x W=600 x D=1300) shall be used for all locations

1.6.4 HANDHOLE for ODC

At ODC location, HANDHOLE shall be installed:

1) Type HH-1 (L=1700 x W=1250 x D=1300):

Where the Jointing Closure from the Feeder Cable with 288/144-core.is installed including the locationwhere slack is located for future jointing.

2) Type HH-2 (L=1200 x W=600 x D=1300):

Where Handhole shall be located on the carriage way.3) Type HH-80 (L=800 x W=800 x D=800):

Where Handhole will be located on the Green Area (Taman) in the housing area (Perumahan) and whereno jointing closure will be located.


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1.6.5 PASS THROUGH CLOSURE for FEEDER CABLE

Through Cable

Type

Model No. (3M)

48core 2179CS Type 1 : 24core tray (1)

Size ; 447mm x 175mm x 107mm

96core, 144core 2179C Type 2 : 24core tray (1)

Type 3 : 24core tray (2)


288core 2178LS Type 4 : 24core tray (2)

Type 5 : 24core tray (4)


Option: 24core tray , Re-entry kit

Consultation shall be necessary in case when the other optional items are required.


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2. DISTRIBUTION CABLE DESIGNMaximum Usage of Distribution Cable shall be 80% of the cable capacity:Maximum No. of ODP: No. of Spare Core (CADANGAN)

1) 8-Core Cable: 6 (Only for Branch Section) 2 CORE CAD.

2) 12-Core Cable: 10 2 CORE CAD.

3) 24-Core Cable: 20 4 CORE CAD.

2.1 GOOGLE MAP1) ODC (Name/Capacity)

2) Distribution Cable Route

3) Location of ODP

2.2 SKEMA KABEL DISTRIBUSI

Purpose: Information required for the Distribution Cable Work1) ODC

ODC Capacity

ODC No. FA, FB, .......

Code STO

Code ODC

ODC-XXX-FA-288


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2) DISTRIBUTION CABLE

DSXXX-FE 01-01-01/01-01-01 (01-24)

Core No. In Cable

Segment No.

Label Feeder (Feeder No., Segment No.)Code STO

DC-OF-SM-24SC-xxM

Cable Length in meter

Designation for Easy to Split Cable

No. Of Cores

Type of Cable

Duct Cable: DC-OF-SMAerial Cable: AC-OF-SM

Code Distribution CableDistribution No.

Branch-Segment No.


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3) ODP

FA/D01/xx/yy

(xx)

No. No.

Number of Splitter 1:8

1: ODC-8

2: ODC-16

ODP No.

Note: 1. Continuous number starting from D01:

example: 10 ODP on D01, ODP on D02 shall be

started from No.11.

2. ODP No. shall be given from the far most ODPfrom ODC location.Distribution Cable No.

ODC No.

Core No. to be terminated at ODP

e.g. from 01 to 24

The largest No. of care shall be allocated to the nearest

ODP from ODC.

House No. in front ofODP Location

Coordinates Lokasi ODP

Note: Grounding shall be placed at the last ODP for each distribution cable.


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2.3 SAMPLE DESIGN OF DISTRIBUTION CABLE NETWORK

1) SKEMA KABEL DISTRIBUSI

2) PETA LOKASI KABEL DISTRIBUSI

2.3.1 CASE-1: UNDERGROUND/DUCT CABLE

ODC-F-144

xx PS 1:4 (yyHP)

DSABC-FE-01-01/01-01 (01-12) DSABC-FE-01-01/01-02 (01-10) DSABC-FE-01-01/01-03 (01-09) DSABC-FE-01-01/01-xx (01-05)

F/D01/07/02

(11-12)N ...

E .......

N ...

E .......

F/D01/06/01

(10)

N ...

E .......

F/D01/05/01(09)

ODP-PW-BRN ...

E .......

F/D01/01/02

(03-04)

N ...

E .......

CAD

(01-02)

DC-OF-SM-12-SC ..m DC-OF-SM-12-SC ..m DC-OF-SM-12-SC ..m DC-OF-SM-12-SC ..m

3 4 9 10 16 17 31

F/D01/04/01

(08)

DSABC-FE-01-01/01-03-01 (08)

DC-OF-SM-8-SC ..m

N ...

E .......

JL. ..

HH-2

ODC-F-144

xx PS 1:4

(yyHP)

DD-BM-HDPE-1 ..mDD-BM-HDPE-1 ..m

DD-BM-HDPE-1 ..m

DD-BM-HDPE-1 ..m

DD-BM-1 ..m

DD-BM-1 ..m

DD-BM-1 ..m

DD-BM-HDPE-1 ..m

DD-BM-HDPE-1 ..m

DD-BM-HDPE-1 ..m

DD-BM-1 ..m

DD-BM-HDPE-1 ..m

DD-BM-1 ..m

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 29 30

31

32

DD-BM-HDPE-1 ..m

F/D01/07/02 F/D01/06/01F/D01/05/01

ODP-PW-BR F/D01/01/02

F/D01/04/01

JL. ..

Note:

At the BRANCHING, the core

assignment and the ODP No. shall be

in accordance with the rule below.


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STO ABC NAMA LOKASI Cluster AA (ODC-F-144)DISTRIBUTION

CABLE No.D-01 CAPACITY 12-CORE

FEEDER SEGMENT DISTRIBUTION SEGMENT

OTB

Port No.

ODC

PORT No.

SPLITTER 1:4 ODC TRAY CORE

No.No. Port No. PORT No.

49 1 1

1

1

1 1

2 2 2

3 3 3

4 4 4

50 2 2

1 5 5

2 6 6

3 7 7

4 8 8

51 3 3

1 9 9

2 10 10

3 11 11

4 12 12

7 6 5 4 3 2

3) CORE ASSIGNMENT DIAGRAM (For CASE-1)

1

CAD

8-C


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2.3.2 CASE-2: AERIAL CABLE1) SKEMA KABEL DISTRIBUSI

2) PETA LOKASI KABEL DISTRIBUSI

ODC-F-144

xx PS 1:4 (yyHP)

DSABC-FE-01-01/01-01 (01-12) DSABC-FE-01-01/01-02 (01-11) DSABC-FE-01-01/01-03 (01-10) DSABC-FE-01-01/01-xx (01-05)

F/D01/08/01

(12)N ...

E .......

N ...

E .......

F/D01/07/01

(11)

N ...

E .......

F/D01/06/01

(10)

ODP-PW-BRN ...E .......

F/D01/01/01

(05)

N ...E .......

CAD

(01-04)

AC-OF-SM-12-SC ..m AC-OF-SM-12-SC ..m AC-OF-SM-12-SC ..m AC-OF-SM-12-SC ..m

3 4 9 10 16 17 31

F/D01/05/01

(09)

DSABC-FE-01-01/01-03-01 (09)

AC-OF-SM-8-SC ..m

N ...

E .......

JL. ..

HH-2

ODC-F-144

xx PS 1:4

(yyHP)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 29 30

31

32

F/D01/08/02 F/D01/07/01F/D01/06/01

ODP-PW-BR F/D01/01/01

F/D01/05/01

JL. ..

BC-PP 3m 30m 45m 45m 45m

45m

25m.m

LEGEND

: New Pole

: Existing Pole Branching ODP(1 x 1:8 Splitter)

ODP Aerial(1 x 1:8 Splitter)

30m

Note:

At the BRANCHING, the core

assignment and the ODP No. shall be

in accordance with the rule below.


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3) CORE ASSIGNMENT DIAGRAM (For CASE-2)

STO ABCABCABCABC NAMA LOKASI Cluster AA (ODC-F-144) DISTRIBUTION

CABLE No.D-01 CAPACITY 12-CORE

FEEDER SEGMENT DISTRIBUTION SEGMENT

OTB

Port No.

ODC

PORT No.

SPLITTER 1:4 ODC TRAY

CORE No.No. Port No. PORT No.

49494949 1111 1111

1

1111

1 1

2 2 2

3 3 3

4 4 4

50505050 2222 2222

1 5 5

2 6 6

3 7 7

4 8 8

51515151 3333 3333

1 9 9

2 10 10

3 11 11

4 12 12

ODP No. 15 34 2678

CAD

12-C 12-C

8-C

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Main Cable

(SCPT-8/12/24-core)

ODP Pedestal/Wall

Capacity: 8 or 16

ODP Pedestal/WallCapacity: 8 or 16

Branching Cable(SCPT-8-core)

Branching ODP(1 x 1:8 Splitter)

Designator:

ODP-PL-BR

2.4 BRANCHING ODP

1) Underground Cable

(Pedestal/Wall Mount)

Branching ODP shall be used in case when the several ODP locations are not suitable to be fed by the main cable but

independent cable installation is also not efficient due to the limited number of ODP (Less than 8 ODP).

Branching ODP:

1)Branching ODP is applicable for both underground as well as aerial distribution cable design.

2)Type of ODP is Cabinet type to be mounted on: WALL, POLE and PEDESTAL.

3)The cable to be branched from the main cable shall be of 8-Core.

4)The number of ODP on branched cable shall be less than 8.5)The branching ODP is able to accommodate only one (1) unit of 1:8 Splitter.

2) Aerial Cable

(Pole Mount)

Main Cable

(SSW-8/12/24-core)

ODP Aerial

Capacity: 8

ODP AerialCapacity: 8Branching Cable

(SCPT-8-core)

Branching ODP(1 x 1:8 Splitter)

Designator:

ODP-P/W-BR

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2.5 DUCT USAGE FOR DISTRIBUTION NETWORK &DROP-CORE INSTALLATION (UNDERGROUND)

ODC ODP/ ODP ODP

1)DD-BM-HDPE

2)BC-TR-1.5 + DD-HDPE

ODP (HH-PIT-60) HH-PIT-40/

HH-PIT-40 HH-PIT-40

1) BC-TR-0.6 + DC-SD-1 BigHH-PIT-60

HH-PIT-40

HH-PIT-40

HH-PIT-40 - Premises

1) BC-TR-0.4 + PP-OF-OUT(PVC )

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3. GENERAL CONCEPT FOR DISTRIBUTION CABLE DESIGN

1) Bila ditemukan jalan buntu pada perumahan dengan jalak Drop core


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2) Bila ditemukan jalan buntu pada perumahan dengan jalak Droop core >100 meter makadiperbolehkan menggunakan ODP Branch dari kabel distribusi untuk kabel yang akan menuju ke

ODP dengan jumlah branch sesuai denga HP, Gambar Terlampir :2) When you find a blind alley which need drop cable more than 100 m, it is allowed to use the ODP Branch from the

main distribution cable according to the quantity of HP. Please see the illustration below.

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3) Bila ditemukan jalan tidak buntu pada perumahan maka penarikan kabel distribusi dapat dilakukansecara mengelilingi perumahan yang letak ODP di sesuaikan dengan jumlah HP, Gambar Terlampir :3) When it is not a blind alley, span of the cable should pass around the complex and placement of ODP should be

adjusted according to the HP. Please see the illustration below.

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3.2 AERIAL SECTION1) Sample Design based on Duct Cable Design Standard

=> (Some consideration due to particularity of the aerial cable shall be required.)

6.5m 45m

6.5m

30m

45m 45m

40m

45m45m

45m11m

45m

45m

25m

25m

6.5m

35m45m

45m45m

Road width

more than 6m

Road width

less than 6mAC-OF-SM-12-SC

AC-OF-SM-8-SC

AC-OF-SM-8-SC

AC-OF-SM-12-SC

ODP-BR

ODP-BR

Note: Location where specialconsideration is required due

to a particularity of the aerialcable installation

: ODC

: ODP

1) ODP-SSW-8

2) ODP-BR

: HH-2/HH-80

: New Pole 7m/9m

LEGEND

C-CLAMP x 2

Detail for Riser Part

SSW CABLE

Cable part shall be

protected with Spiral

for outdoor use (Black

color)

Detail forRiser Part

Note: Prior to plotting ODP on the map, ODP Boundary (Max. 8HP) shall be designated so that the numberof ODP and its location can be planned efficiently.

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2) Sample Design based on Particularity for Aerial Cable

: Additional Pole for

Drop Core

LEGEND for Additional Item

: Drop Core Run

6.5m

45m

6.5m

40m

45m

45m

40m

45m

45m

45m11m

45m

45m

25m

25m

6.5m

35m

45m

45m

45m

Road widthmore than 6m

Road width

less than 6m

30m

35m

10m

15m

25m

30m

30m

40m

35m

25m

35m

Detail "Drop-A"

Detail "Drop-B" Detail "Drop-C"

Note: Location where special

consideration is taken due to

a particularity of the aerial

cable installation

Some particular consideration required for

Aerial Cable Design

1. Additional pole(s) may be required for the

drop cable installation. (Actual installationof additional poles shall be decided in

accordance with contract with the

developper/owner)

2. Road width less than 6m can be crossed by

the drop cable as far as the road traffic will

not be disturbed otherwise new pole shall

be installed.

3. Location of ODP shall be decided so that:1) Drop cable can be installed along SSW

cable.

2) Drop cable can be installed indipendently

for one (1) span (2 spans at maximum)

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C-CLAMP x 2

SSW CABLE

Cable part shallbe protected with

Spiral for outdoor

use (Black color)

3) Details of SSW Installation

A. Details of Riser Part B. ODP-SSW Location

10cm

ODP-SSW-8

B-1. With C-CLAMP

C. Cable Allignment

As far as it is practical, thecable shall be installed so

that the suspension wire is

always above the cable part.

Suspension Wire

Cable Part

At the cable laying, turns inthe cable shall be released

by turning the cable winding

while making the 8-figure.

50mm

Bend

150mm remove sheath

D. C-LAMP E. Line Guard Installation

30cm

Line Guard

L= 51cm

ODP-SSW-8

B-2. With LINE GUARD

SUSPENSION CLAMP

25cm

< 120

LINE GUARD shall be installed where:1. One (1) in every three (3) poles in the

straight line.

2. At the pole beside the ODP-SSW is

installed except the location where C-CLAMP is installed.

Caution:LINE GUARD shall be fixed and the Suspension

Wire at C-CLAMP shall be bent ONLY after all

ODP-SSW installation have been completed

and the cable allignment has been confirmed

so that no turn is contained in the cable span.

: SSW Cable (Japan)

LEGEND

: C-Clamp (Japan)

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Drop Cable

(Aerial)

HC-OF-SM-2D

4) Details of Drop-Core Solution

Detail "Drop-A"

Messenger wire from drop cable to pole or1.2mm galvanized steel wire with sheath coating

Detail "Drop-B"

Detail "Drop-C"

: S-Clamp (Japan)

LEGEND

: D-Clamp (Japan)

: BW-Clamp (Local)

FUSE-CONNECT

ISC-UPC-FD

ROSETTE

RS-IN-SC-1P/

TC-MK-SC-1P

Details of "Home Connect"

ODP-SSW-8

ODP-PL/PW-

8/16Drop Cable

(Underground)

GC-OF-SM-2D

Wire Grip 3/8"

with double nut

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4. CABLE RACK/OTB RACK IN STO BUILDING

Note:

1. The cable routing in the STO building shall be

measured so as to estimate the cable length

from the duct entrance at the Cable Chamberuntil the OTB.

2. In case when the new rack shall be provided, the

rack to be installed shall be of same type and

the same color with the existing one.

3. In the decision of the location of 19 rack

installation, well coordination with DBB, Telkom

Area and/or WASPANG is required.

4. When the location of new 19 Rack installation

is fixed, the designated location on the floor

shall be clearly marked with an adhesive tape

and a permanent markeras:

FTTH OSP

JF DJAFa

5. The maximum number of unit of TC-OF-SM-144

to be accommodated in the 19 Rack with

Height of 2.20m shall be FIVE (5).

CABLE

CHAMBER

MDF

ROOM OTB ROOM/

TRANSMISSION

ROOM

19R

ACKH=2200

Max.5xTC-OF-SM-144

FEEDER

CABLE

STO BUILDING

CABLE RACK

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5. HIGH-RISE BUILDING (HRB) DESIGN

No. Designator ApplicationNo. of Splitter

(Max.)

Number of PortHome Pass

Accommodated (80%)In Out Total

1. ODC for HRB/MDU (Approx.)

1.1 ODC-HRB-180 (*) Cabinet/ Wall 1:4 x 36 36 144 180 900

1.2 ODC-HRB-240 (*) Cabinet 1:4 x 48 48 192 240 1200

1.3 ODC-HRB-420 (*) Cabinet 1:4 x 84 84 336 420 2200

1.4 ODC-HRB-RACK-120 (**) 19" Rack Mount 1:4 x 24 24 96 120 600



2. ODP for HRB/MDU (Installed) (Max.)

2.1 ODP-HRB-16 (*) Wall Mount1:8 x 1 - 8 8

161:8 x 2 - 16 16

2.2 ODP-HRB-32 (*) Wall Mount1:8 x 3 - 24 24

321:8 x 4 - 32 32

3. 2-C Low Friction Indoor Cable

3.1 IC-OF-SM-1D

Distribution/ Drop-core

1-Core (G657A) Low Friction Indoor Cable for DISTRIBUTION-CABLE

3.2 IC-OF-SM-2D 2-Core (G657A) Low Friction Indoor Cable for DROP-CABLE1-Core connected with Fuse-Connect (ISC-UPC-FD), 1-Core for spare

4. ROSETTE SC Adapter

4.1 RS-IN-SC-1P 1Indoor Rosette4.2 RS-IN-SC-2P 2 To be discussed when necessary (***)

4.3 RS-IN-SC-4P 4 To be discussed when necessary (***)

4.4 TC-MK-SC-1P 1

Indoor Rosette (Buried inwall)

4.5 TC-MK-SC-2P 2 To be discussed when necessary (***)

4.6 TC-MK-SC-4P 4 To be discussed when necessary (***)

5.1 MATERIAL FOR HRB SOLUTION

Note (*): New Item (Specifications have been accepted by TELKOM)(**): New Item (Specifications shall be subject to concurrence by TELKOM)

(***): To be discussed with DBB TELKOM when 2P or 4P Rosette is required by the Developer

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1-Core Low Friction Indoor Cable for

1x 1:8 Splitter with Field Installable SC Connector

(Fuse-connect) x 1pc at both ends

ODC-HRB-

1) 180

2) 240

3) 420

ODC-HRB-RACK-

1) 120

2) 2403) 480

Feeder Cable:

1) For ODC-HRB-180: 24/48C

2) For ODC-HRB-240: 48C

3) For ODC-HRB-480: 96C

ODP:

1) ODP-HRB-16: Up to 16 HP (1or 2 x 1:8 Splitter)

Size: H=330 x W=260 x D=130

2) ODP-HRB-32: Up to 32 HP (3 or 4 x 1:8 Splitter)

Size: H=412 x W=312 x D=140

ODP-

HRB

Cable Tray/Shaft/Ladder

Rosette: TC-MK-SC-xP

(1-Port/2-Port/4-Port)

2-Core Low Friction Indoor Cable

with Field Installable SC Connector

(Fuse-connect) x 1pc at both ends

ODP-

HRB

4) For ODC-HRB-RACK-120: 24C



5.2 DESIGN CONCEPT FOR HRB SOLUTIONDESIGN CONCEPT FOR HRB

1. ODC shall be selected among all types

according to the site situation as well as

number of Home Pass of the target

building.2. ODP shall be selected among three (3)

types according to the number of Home

Pass and the Floor Layout.

3. 2-Core Low Friction Indoor Cable shall

be used between ODC and ODP.

4. One (1) Low Friction Indoor Cable shall

be connected ODC Port with one (1) 1:8

Splitter of ODP i.e.:1) ODP-HRB-16: One (1) or two (2) Low

Friction Indoor Cable:

a. 1 x 1:8 Splitter: 1 Low Friction Cable

b. 2 x 1:8 Splitter: 2 Low Friction Cables

2) ODP-HRB-32: Three (3) or four (4) Low

Friction Indoor Cables:

a. 3 x 1:8 Splitter: 3 Low Friction Cables

b. 4 x 1:8 Splitter: 4 Low Friction Cables

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5.3 Type of ODC for High-Rise-Building1) CABINET TYPE 2) RACK MOUNT TYPE

(To be mounted in the Closed Rack H=1.20m)

H= 770

W=555

D=310

ODC-HRB-180

Application: Wall/Floor

D=360

H= 1450

W=750

ODC-HRB-240/420Application: Floor

W=428

H= 275

D=302.3

ODC-HRB-RACK-120

Application: 19" Rack

W=428

D=302.3H= 445

ODC-HRB-RACK-240


W=428

D=302.3

H= 890

ODC-HRB-RACK-480


HANDBOOK for


45/101



5.4 Example of Cable Tray/Trunking

1) HORIZONTAL RUN

(a) On the Cable Tray

Cable Tray

Cable Trunking

(b) Direct Attachment to the Building Wall

2) VERTICAL RUN

ODP-

HRB

Elbow (Flat Angle)

T-Joint

Cable Trunking

HANDBOOK for


46/101



5.5 SAMPLE DESIGN: SKEMA DISTRIBUSI

ODC ABC BUILDING

F.../STO/HRB-xxx

xx PS 1:4 (xxx HP)S 6

E 106 ...

x IC-OF-SM-1D __mx IC-LF-OF-SM-1D __m

x IC-OF-SM-1D __m

2 IC-OF-SM-1D__m

x IC-LF-OF-SM-1D __m

1 IC-LF-OF-SM-1D __m 2 IC-OF-SM-1D __m

x IC-OF-SM-1D __m

x IC-OF-SM-1D __m

F/P01-02/1/2

ODP-HRB-16

F/P03/2/1

ODP-HRB-16

(Note: Not "8")

ODC No.

Code STO

"HRB"-"Capacity"

180

240

420

No. of Splitter No. of Home Pass

No. of Splitter 1:8ODP No.

ODC Port No.

Each No. to be given for Each 1-Core

Indoor CableODC No.

Specify "Tower" and/or

"Shaft" according to the

Building Layout.

F/P04-05/3/2

ODP-HRB-16

2: No. of Indoor Cable to be installed and

terminated to ODP

__m: Cable Length from ODC to ODP

Tower A/

Shaft No.1

Floor-xx

Floor-yy

Floor-zz

Descriptions for ODC

ODC XXX (Name of Building)

2. F... /STO /HRB-(RACK)-xxx

3. xx PS 1:4 (xxx HP)

4. Coordinates

1. F/ P-03/ 2/ 1

Descriptions for ODP

2. ODP-HRB-xx

Type of ODP: ODP-HRB-16, 32 (See Note above.)

Note:

Type of ODP-HRB is 2:

1. ODP-HRB-16: No. of 1:8

Splitter= 1 or 2

2. ODP-HRB-32: No. of 1:8

Splitter= 3 or 4

HANDBOOK for



47/101



5.6 SAMPLE DESIGN: PETA LOKASI DISTRIBUSI

1) PETA LOKASI KABEL DISTRIBUSI (Vertical View)

Tower A

F/P03/2/1

ODP-HRB-16Note: Not "8"

F/P04-05/3/2

ODP-HRB-16

ODC ABC BUILDING

F.../STO/HRB-xxx

xx PS 1:4 (xxx HP)

F/P01-02/1/2

ODP-HRB-16

Cable Shaft No.1 Cable Shaft No.2

Cable Tray/Trunking to be installed

e.g. Cable Tray W=100mm x 35m

1

LEGEND

: ODC-HRB

: ODP-HRB

: Cable Tray/Trunking

(New)

2

: Rosette (1-Port)

: Rosette (2-Port)

: Cable Tray/Trunking

(Existing)


48/101

HANDBOOK for



49/101



Table-1: List of Port Management

ODC Port

No.

Distribution

Cable No.

ODPUnit No.

Drop Cable

Length (m)No./Floor Splitter No. Port

1 D01

8

1

1 1 30.0

2 2 18.0

3 3 10.0

4 25 55.0

5 26 50.0

6 27 45.0

7 28 40.0

8 29 35.0

2 D02 2

1 11

12

30

31

32

33

34

35

6

7

8

3) LIST OF PORT MANAGEMENT & DROP-CORE LENGTH

HANDBOOK for



50/101



HANDBOOK for



51/101



6.1 PONDASI ODC-C-144 Splitter

Keterangan:

Pondasi dan lantai kerja berlapis keramik.

1. Pondasi: Keramik 20 x 20, warna biru

2. Lantai kerja: Keramik 20 x 20 Non-slip, warna biru

310mm

103

5mm

555mm

463

170

500

600

660

360150 150

ODC Foundation: A-A(Not to scale/ Unit: mm)

98.5 98.5

75 85mm

Drill:14mm/ d= 75 85mm(Expansion Bolt: M8 x 150)

1100

463

G.L

52.5 52.5555

ODC Foundation: B-B

(Not to scale/ Unit: mm)

440

150 150140

115 115170

75 85mm

Drill:14mm/ d= 75 85mm

(Expansion Bolt: M8 x 150)

G.L

31065 65

ODC Foundation: Top View(Not to scale/ Unit: mm)

150

150

140

440

150 150360

660

440

135

135

1

70

660

98.598.5

463


A A

B

B


ODC Foundation

Conduit Connection

(Not to scale/ Unit)

R > 500mm

W=600

(HH-2)

Handhole

Type:HH2

5 x HDPE 33/40

(B-B Side)

Approx.30cm or less

Approx. 30cm

G.L.

- 200

0

- 1500

- 1000

HandholeType:HH-80

W=800(HH-80)

- 600

Special Attention:

Cable Slack shall be placed only in

HANDHOLE/HH-PIT and never belocated in the ODC Foundation.

HANDBOOK for



52/101



6.2 PONDASI ODC-C-288 Splitter

150

150

140440

165 165520

850

440

120

120

200

850

119 119612


ODC Foundation: Top View(Not to scale/ Unit: mm)

A A

B

B


320mm

1450m

m

750mm

ODC Mount and

Location of Anchor

Bolt

612

200

ODC Foundation: A-A


G.L

500

600

850

520165 165

119 119

60 80mm



1100

612

50 50750

Keterangan:

Pondasi dan lantai kerja berlapis keramik.

1. Pondasi: Keramik 20 x 20, warna biru2. Lantai kerja: Keramik 20 x 20 Non-slip, warna biruODC Foundation: B-B


440

150 150

120 120200

60 80mm


(Expansion Bolt: M12 x 150)G.L

60 60320

140

Conduit Connection

(Not to scale/ Unit)

R > 500mm

W=600(HH-2)

HandholeType:HH2

5 x HDPE 33/40

(B-B Side)

Approx.30cm or less

Approx. 30cm

G.L.

- 200

0

- 1500

- 1000

HandholeType:HH-80

W=800(HH-80)

- 600

ODC Foundation

Special Attention:Cable Slack shall be placed only in

HANDHOLE/HH-PIT and never be

located in the ODC Foundation.

HANDBOOK for



53/101



500

100 300 100

TELKOM

500

100

100

300

300

PVC 4"

Sub-duct BIG

500

700

200

150

150

100

100

Distance in accordance with

the site situation.

Jaak sesuai kondisi lapangan.

150 150400

700

900

100 100

Sub-duct BIG

PVC 4"

PVC 4" for

Drop Cable

L=300

PVC 4" for

Distribution Cable

L=300

450

150

900

600150 150

150

600

150

900

700

150

500

200150 150

100 100

150

100

80

220

H

600-H

600

500

100 100 300

150 150400

700

LARGE RADIUS ELBOW

PVC 4"

(WAVIN D-LL 4" or Equivalent)

PVC4"

L=

650

Distance in accordance with

the site situation.Jaak sesuai kondisi lapangan.

6.3 PONDASI ODP PEDESTAL & HH-PIT-60

Cable Installation Method between HH-PIT-60 and ODP

Distribution Cable Installation

shall cautiously be carried out

so that the Bending Radius of

20cm shall be secured.

Note H: Height above ground

shall be minimum 10cm. Actualheight shall be in accordance

with the site condition.

HANDBOOK for



54/101



1300

250

150

900

250 1000

1250

288-C cable

R= 44.2mm

+- 150cm

557mm

450625 625

1700

1300

250

150

+-90cm

450625 625

PASS-THROUGH CLOSURE ARRANGEMENT IN HH-1

(288-C Loose Tube Cable / 3M Type 2178LS)

BESI 70 x 50 x 3

150 1501250

1550

100 1001350

200 200950

1550

Hole 20mm

10mm x 125mm

POT B - B

12mm x 125mm

PVC 4" x 4

L= 300

1

5

0

1

5

0

1

5

01

5

0

10mm x

125mm

BETON: 225kg/cm

150 1501700

2000

200

150

1300

1650

600 600100 100

200 200 200200 200 200

10mm x 125mm

10mm x 125mm

POT A - A

600

200 200 200

12mm x 125mm

150

150

L=300

TE

L

K

OM

TE

L

K

OM

TE

LK

O

M

150

150

150

950

1550

A A

B

B

100200200200 200 200200

2000

200 200100

1350

3 x 600 = 1800

150

TELKOM

200

TELKO

M

TELKO

M

6.4 HH-1: Dimensi Dalam (P=1700 x L=1250 x T=1300)

HANDBOOK for



55/101



BESI 70 x 50 x 3

150 150600

900

100 100700

150150

400

900

Hole

20mm

10mm x 125mm

POT B - B

PVC 4" x 4

L= 300

150

150150

150

T

E

LK

O

M

100 225 225 100200 225225 200

1500

150

150

150

300

900A A

B

B

T

E

L

K

O

M

2 x 650 = 1300

700

150

PVC 4" x 4

L= 300

150 1501200

1500

200

150

1

300

1650

650 650100 100

225 200 225225 200 225

150

10mm x 125mm

10mm x 125mm

POT A - A

150

L=300


BETON: 225kg/cm

HANDBOOK for



56/101




150150 800

1100

150

10mm x 125mm

10mm x 125mm

200

150

800

1150

100

200

450

1100

125

150

L=300

450 100

125 200125 125

POT A - A

Hole 20mm

150

150150 PVC 4" x 4

L= 300

BESI 70 x 50 x 3

10mm x 125mm

150 150800

1100

200

150

800

11

50

1100

100 100900

150 150600

150

POT B - B

B

T

E

LK

OM

1100

150

100

1100A A

B

1100

PVC 4" x 4

L= 300

900

T

E

LK

OM

150

100

60

0

100

125

100

200

450

1100

450

125 125 200 125

BETON: 225kg/cm

HANDBOOK for



57/101

( )


G.L.

Approx.2.20m

10cm

30cm10c

m30cm

Approx.

10cm

Clampsshallbeattached

Approx.@


58/101

( )


Flex. Pipe

OD=25mmSteel flexible inside

HH PIT-60

150

Flex-pipe

R300

Approx.

200

Appro

x. 100

Approx. 100

Approx. 100

Flex-pipe R300

Flex-pipe

R300

Flex-pipe

R300

Flex-pipeR300

PVC Simple

Socket for OD

25mm Pipe

PVC/High-Impact

Conduit OD 25mm

PVC/High-Impact

Conduit OD 25mm

Pipes shall be buried in the wall.

Pipe space shall be filled with

concrete after ODP installation.

150

Approx.

200

100

50

Approx.

100

HH PIT-60

Note:

In case when pipes shall be buried in the building wall due to the

requirement by the developer, the following points shall be taken into

account for the installation.

1. HH-PIT-60 shall be installed in front of ODP location.

2. Flexible Pipe with steel (OD 25mm) shall be used at the bending part of

conduit.

3. Bending Radius of Flexible Pipe shall be more than 300mm.4. PVC/High-Impact Pipe (OD 25mm) shall be used at the straight part of

conduit.

5. PVC Simple Socket for OD 25mm Pipe shall be used at all jointing part.

6. Pipe space of wall shall be filled with concrete after installation of ODP.

(ODP termination work shall be done prior to the pipe fixing and concrete

work.)

7. The wall shall be restored to the original condition and painted with the

same color with the original wall.

MOM/BA shall be made (to be signed by the PIC of the developer) for theconfirmation of the requirement.

2 x PVC 50

(L=200)

Pipes shall be buried in the wall.

Pipe space shall be filled withconcrete after ODP installation.

Drop Cable

6.7 INSTALLATION OF ODP WALL (2)(In case pipe shall be buried in the wall)

HANDBOOK for



59/101


6.8 FORM FOR CORE ASSIGNMENT

6.8.1 FEEDER CABLE (STAR TOPOLOGY: 24 CORE BASE)

HANDBOOK for



60/101


6.8.2 FEEDER CABLE (STAR TOPOLOGY: 12 CORE BASE)

HANDBOOK for



61/101


6.8.3 FEEDER CABLE (RING TOPOLOGY)

HANDBOOK for



62/101


6.8.4 DISTRIBUTION CABLE

No. Port No. PORT No.

CORE ASSIGNMENT DIAGRAM (DISTRIBUTION CABLE)

CAPACITY -CORE

OTB

Port No.

SPLITTER 1:4CORE No.

ODC

PORT No.

ODC TRAY

DISTRIBUTION CABLE No.

4

3

4

1

2

D-

2

3

4

1

2

3

4

1

2

3

3

4

1

2

3

4

1

2

1

19

20

21

22

23

24

13

14

15

16

17

18

7

8

9

10

11

12

1

2

3

4

5

6

FEEDER SEGMENT

1

2

3

4

1

2

3

4

5

6

7

8

9

10

STO

11

12

5

6

7

8

DISTRIBUTION SEGMENT

ODP No.ODP No.ODP No.ODP No.

NAMA LOKASI

9

10

11

12

HANDBOOK for



63/101


TipeProduct:ODC-C-144

Tgl.Instalasi

NamaLokasi

NamaInstaller

Category

Items

1.Aksesoris

Cableband(M)

Cableband(L)

Spira

lTube

Compound

Cabletie

Asse

mblymanual

PVC

tape

2.PondasiODC

Baut

expansiontidakkendur

3.LubangKabelMasu

k(Feeder&Distribusi)

4.Cableclamp

Clam

puntuktensionMembertidakkendur

CableBandtidakKendur

5.RuteLooseTube

Tidak

adasmallbending(diamete

r>60)

tidak

terjepitdengantutuptray

Tidak


r>60)

tidak


7.RutePigtaildalamTray

Arah

Rute(bentukS)

Tidak


r>60)

tidak


8.InstalasiSplittermo

dul

rutes

esuaipetunjukmanual

Tidak


r>60)

tidak

salingtersangkutdanmudah

diurai

10.SCconnectorpatching

Kone

ktortercolokdenganbenar(sampaibunyiklik)

diperiksaoleh

:

(Sitemanager)

Catatan

Arah

danPosisiSplitterharusben

ar(Input:bawah;

Output:atas)

Peng

gunaanCompoundharusrapat(tidakadacelah)

InstallationCheckSheet

pcs

pcs

pcs

pc

pcs

9.RutekabeldariSplitterkeTray

pc

pc

Che

ck

*2buahkunciODC

harussudah

diterimasitemanager

*cek

sisaaksesorisyangdiperlukan

untukinstalasikabe

lberikutnyadanuntuk

maintenance

6.RuteFiberdidalam

Tray

6.9 INSTALLATION CHECK SHEET

6.9.1 INSTALLATION CHECK SHEET: ODC-C-144

HANDBOOK for



64/101


6.9.2 INSTALLATION CHECK SHEET: ODC-C-288TipeProduk:ODC-C-288

Tgl.Instalasi

NamaLokasi

NamaInstaller

Category

Items

1.Aksesoris

Cable

band(M)

Cable

band(L)

SpiralTube

Compound

Cable

tie

Assem

blymanual

PVCtape

2.PondasiODC

Bautexpansiontidakkendur

3.LubangKabelMasuk(Feeder&Distribusi)

4.Cableclamp

Clamp

untuktensionMembertidakkendur

Cable

BandtidakKendur

5.RuteLooseTube

Tidakadasmallbending(diameter

>60)

tidakterjepitdengantutuptray


>60)


7.RutePigtaildalamTray

ArahR

ute(bentukS)


>60)


8.InstalasiSplittermod

ul

rutese

suaipetunjukmanual


>60)

tidaks

alingtersangkutdanmudahd

iurai

10.SCconnectorpatching

Konektortercolokdenganbenar(sa

mpaibunyiklik)

Diperiksaoleh

(Sitemanager)

Catatan

Arahd

anPosisiSplitterharusbenar(Input:kiri;

Output:kanan)

*2buahkunciODCharussudah

diterimasitemanage

r

InstallationCheckSheet

Checkp

cspcs

pcspc

pcs

*cek

sisaaksesoris

yangdiperlukan

untukinstalasikabel

berikutnyadanuntuk

maintenance

6.RuteFiberdidalamTray

9.RutekabeldariSplitterkeTray

pcpc

Pengg

unaanCompoundharusrapa

t(tidakada

celah)

HANDBOOK for



65/101


ProductType:ODP-CA-8/16-WP

InstallationDate:

InstallationSite:

InstallerName:

Category

Items

Check

1.Accessory

Cabletie

pc

s

Expansionscrew

sets

Dropcablefixingclamp

pc

s

Bukumanual

pc

PVCtape

pc

2.InstalasiSplitter

Arah:inp

ut:kiri;output:kanan,label

terlihat

PosisiSp

litter:No1palingatas

Tidakada

smallbending(diameter>60

)

KabelTidakterjepitatautersangkutjikadibuka

PosisiKonektor

4.LubangTempatkabelmasuk

5.clampKabel

Clampun

tukTensionmemberTidakkendur

Clampun

tukkabeltidakkendur

6.RutekabelSCPTPas

sthrough

Tidakada


)

TidakterjepitdantersangkutjikaODPd

ibuka

7.ClampdanruteSCPT

yangditerminasi

pastikanpenggunaankabelTiesditigatitik

Tidakada


)

tidakterje

pitdantersangkutjikaODPdibuka

8.RuteFibersetelahSplicing

Tidakada


)

tidakterjepitdantersangkutjikaODPdibuka

Diperiksaoleh:

(Sitemanager)

Catatan

pemasangantempatmasukkabelharus

rata,tidakmiring

Installatio

nChecksheet

*1buahkunciODPharussudah

diterimasitemanager

tidakada

celah(penggunaansolasiatau

grommet

harusdap

atmenutupcelah)

adadisebelahkanan,

BariskonektorpalingbawahuntukSplitterno.1

*ceksisaaksesorisya

ngdiperlukan

untukinstalasikabelberikutnyadanuntuk

maintenance

3.instalasioutputSplitterpadapanel

Adapter

6.9.3 INSTALLATION CHECK SHEET: ODP-PL/PW-8/16

HANDBOOK for



66/101


Pro

ductT

ype:T

C-S

M-144

Installa

tionD

ate:

Installa

tion

Site:

InstallerN

am

e:

Category

Item

s

1.Ak

sesoris

Cable

band(M)

Cable

band(L)

Pla

stic

Tube

Screw

andn

ut

Cable

tie

Buk

uM

anual

PV

Cta

pe

2.

Clam

pk

abel

Clam

p

untukT

en

sionm

em

berTid

ak

ken

dur

CableB

andtidakk

en

dur

3.R

utek

abelL

oosetub

e

Tid

ak

a

dasm

all

ben

din

g

(diam

eter>

60)

kabelT

idak

terje

pit

atauters

an

gk

utjika

traydile

pas

Tid

ak

a

dasm

all

ben

din

g

(diam

eter>

60)

Tid

ak

terje

pit

atauters

an

gk

utjikacov

ertraydi

buk

a

5.R

ute

Pig

tail

padaTra

y

Rutem

emben

tukh

uruf

S

Tid

ak

a

dasm

all

ben

din

g

(diam

eter>

60)

Tid

akT

erjepit

atau

ters

an

gk

utjikacover

traydib

uk

a

Dip

erik

saoleh

(Sitem

an

ager)

Catatan

pcpc

Ch

eck

4.R

utek

abel

dalamtra

y

*Cek

sisaaksesoris

yangdiperlukan

untukinstalasikabel

berikutnyadanuntuk

maintenance

Installa

tion

Ch

eck

Sh

eet

p

cs

p

cs

p

cs

sets

p

cs

6.9.4 INSTALLATION CHECK SHEET: TC-SM-144

HANDBOOK for



67/101


6.10 LIST OF ASSEMBLY UNIT DESIGNATOR (1/6)

A

KABEL&PENYAMB

UNGAN

1

DC-OF-SM-12D

PengadaandanpemasanganKabelD

uctFiberOptik

SingleMode12coreG652D(termasukperijinan

PEMDA,PU,Warga)

meter

2

DC-OF-SM-24D

Idem24core

meter

3

DC-OF-SM-48D

Idem48core

meter

4

DC-OF-SM-96D

Idem96core

meter

5

DC-OF-SM-144D

Idem144core

meter

6

DC-OF-SM-288D

Idem288core

meter

7

DC-OF-SM-432D

Idem432core

meter

8

DC-OF-SM-960D

Idem960core

meter

9

AC-OF-SM-12D

PengadaandanpemasanganKabelU

daraFiber

OptikSingleMode12coreG652D(termasuk

perijinanPEMDA,PU,Warga)

meter

10

AC-OF-SM-24D

Idem24core

meter

11

AC-OF-SM-48D

Idem48core

meter

12

AC-OF-SM-96D

Idem96core

meter

13

DC-OF-SM-12C


uctFiberOptik

SingleMode12coreG655C(termasukperijinan

PEMDA,PU,Warga)

meter

14

DC-OF-SM-24C

Idem24core

meter

15

DC-OF-SM-48C

Idem48core

meter

16

DC-OF-SM-96C

Idem96core

meter

17

AC-OF-SM-12C


daraFiber

OptikSingleMode12coreG655C

(termasuk

perijinanPEMDA,PU,Warga)

meter

18

AC-OF-SM-24C

Idem24core

meter

19

AC-OF-SM-48C

Idem48core

meter

20

AC-OF-SM-96C

Idem96core

meter

21

DC-OF-SM-8-SC


uctFiberOptik

SingleMode8coreG652D,"Easyto

split"

(termasukperijinanPEMDA,PU,War

ga)

meter

22

DC-OF-SM-12-SC

Idem12Core

meter

23

DC-OF-SM-24-SC

Idem24Core

meter

24

AC-OF-SM-8-SC


daraFiber

OptikSingleMode8coreG652D,"E

asytosplit"

(termasukperijinanPEMDA,PU,War

ga)

meter

25

AC-OF-SM-12-SC

Idem12Core

meter

26

AC-OF-SM-24-SC

Idem24Core

meter

27

SC-OF-SM-24

Pengadaandanpemasanganalatsam

bung(cabang/

lurus)untukFiberOptikkapasitas12-24core

pcs

28

SC-OF-SM-48

Idem12-48core

pcs

29

SC-OF-SM-96

Idem12-96core

pcs

30

SC-OF-SM-144

Idem12-144core

pcs

31

SC-OF-SM-288

Idem12-288core

pcs

32

OS-SM-1Eks

PenyambunganKabelOptikSingleModekap1core

dengancarafusionsplice

core

33

OS-SM-6

PenyambunganKabelOptikSingleModekap6core

dengancarafusionsplice

pcs

34

OS-SM-12

Idemkap12core

pcs

35

OS-SM-24

Idemkap24core

pcs

36

OS-SM-48

Idemkap48core

pcs

37

OS-SM-96

Idemkap96core

pcs

38

OS-SM-144

Idemkap144core

pcs

39

OS-SM-288

Idemkap288core

pcs

40

AB-OF-SM-2D

PengadaandanpemasanganAirBlo

wnCableOptik,

SingleMode2core,G652D(termasukperijinan

PEMDA,PU,Warga)

meter

41

AB-OF-SM-4D

Idem4core

meter

42

AB-OF-SM-8D

Idem8core

meter

43

AB-OF-SM-12D

Idem12core

meter

44

AB-OF-SM-24D

Idem24core

meter

45

AB-OF-SM-48D

Idem48core

meter

46

AB-OF-SM-72D

Idem72core

meter

47

AB-OF-SM-96D

Idem96core

meter

48

AB-OF-SM-144D

Idem144core

meter

49

GC-OF-SM-1D

PengadaandanpemasanganDropC

ableFODuct

/underground1CoreSingleMode,G.657

meter

50

GC-OF-SM-2D

idem2core

51

HC-OF-SM-1D

PengadaandanpemasanganDropC

ableFOatas

tanah/aerial1CoreSingleMode,G.6

57

meter

52

HC-OF-SM-2D

idem2core

meter

53

IC-OF-SM-1D

PengadaandanpemasanganIndoorCableFOSingle

Mode1core,G.657

meter

54

IC-OF-SM-2D

Idem2core

meter

KETERANGAN

NO

DESIGNATOR

URAIAN

PEKERJAAN

SATUAN

HANDBOOK for



68/101


6.10 LIST OF ASSEMBLY UNIT DESIGNATOR (2/6)

55

PC-SC-2-BI

Patchcord2meter,BendInsensitive(SC/APCTo

SC/UPC)dariRosetkeONT,G.657

pcs

56

PC-SC-5-BI

Patchcord5meter,BendInsensitive(SC/APCTo

SC/UPC)dariRosetkeONT,G.657

pcs

57

PC-SC-2

Patchcord2meter,(SC/APCToSC/APC),G.657

pcs

58

PC-SC-5

Patchcord5meter(SC/APCToSC/APC),G.657

pcs

59

PC-SC-10

Patchcord10meter(SC/APCToSC

/APC),G.657

pcs

60

PC-SC-20


/APC),G.657

pcs

61

PC-FC-20

Patchcord20meter(FC/APCToFC/APC),G.657

pcs

62

PC-SC-30


/APC),G.657

pcs

63

PC-FC-30


pcs

64

PC-SC-40


/APC),G.657

pcs

65

PC-FC-40


pcs

66

PC-SC-2

Patchcord2meter,(SC/UPCToSC/UPC),G.657

pcs

67

PC-SC-5

Patchcord5meter(SC/UPCToSC/UPC),G.657

pcs

68

PC-SC-10

Patchcord10meter(SC/UPCToSC

/UPC),G.657

pcs

69

PC-SC-20

Patchcord20meter(FC/UPCToFC/UPC),G.657

pcs

70

PC-FC-20


/UPC),G.657

pcs

71

PC-SC-30


pcs

72

PC-FC-30


/UPC),G.657

pcs

73

PC-SC-40


pcs

74

PC-FC-40


/UPC),G.657

pcs

75

PC-FC-40


pcs

76

ODC-C-144Splitter

PengadaandanpemasangankabinetODC(Outdoor)

kap144coredenganspaceuntuksplitermodular

termasukmaterialadaptorSC/UPC,pigtail,pondasi

berlapiskeramik,lantaikerja,patokp

engaman(5

buah),berikutpelabelan

pcs

77

ODC-C-288Splitter





engaman(5


pcs

78

ODC-C-576Splitter





engaman(5


pcs

79

ODC-C-48Splitter

PengadaandanpemasanganODC-P

ole(Outdoor)

withspaceforpassivespliter,adaptorSC/UPC

kap

48core,berikutpelabelan

pcs

80

ODP-CU-8

PengadaandanpemasanganODPty

peClosure

UndergroundKap8corewithspaceforsplitter,

AdapterSC/UPC

pcs

81

ODP-CU-16

idem16core

pcs

82

ODP-CA-8


peClosure

AerialKap8coreberikutspacepasiv

espliter(1:8),

adapterSC/UPC,berikutpelabelan

pcs

83

ODP-CA-16


peClosure

AerialKap16coreberikutspace2pasivespliter

(1:8),adapterSC/UPC,berikutpelabe

lan

pcs

84

ODP-A-8


peIndoor/wall

Kap8coreberikutspacepasivespliter(1:8),adapter

SC/UPC,berikutpelabelan

pcs

85

ODP-A-16


peIndoor/wall

Kap16coreberikutspace2pasives

pliter(1:8),


pcs

86

ODP-A-24


peIndoor/wall


pliter(1:8),


pcs

87

ODP-A-48


peIndoor/wall


pliter(1:8),


pcs

88

ODP-PL-8

PengadaandanpemasanganODP(Pilar)kap8

coretermasukpigtail,berikutspace1

splitter(1:8),

pelabelan.

pcs

89

ODP-PL-16

PengadaandanpemasanganODP(Pilar)kap16

coretermasukpigtail,berikutspace2

splitter(1:8),

pelabelan.

pcs

KETERANGAN

NO

DESIGNATOR

URAIAN

PEKERJAA

N

SATUAN

HANDBOOK for


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