HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 51 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 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 1035mm 555mm 463 170 500 600 660 150 360 150 ODC Foundation: A-A (Not to scale/ Unit: mm) 98.5 98.5 75 – 85mm Drill:Ф14mm/ d= 75 – 85mm (Expansion Bolt: M8 x 150) 1100 463 G.L 52.5 52.5 555 ODC Foundation: B-B (Not to scale/ Unit: mm) 440 150 140 150 115 115 170 75 – 85mm Drill:Ф14mm/ d= 75 – 85mm (Expansion Bolt: M8 x 150) G.L 65 65 310 ODC Foundation: Top View (Not to scale/ Unit: mm) 150 150 440 140 150 150 360 660 440 135 135 170 660 98.5 98.5 463 Drill:Ф14mm/ d= 75 – 85mm A A B B (Expansion Bolt: M8 x 150) 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 Handhole Type:HH-80 W=800 (HH-80) - 600 Special Attention: Cable Slack shall be placed only in HANDHOLE/HH-PIT and never be located in the ODC Foundation.
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 52 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.2 PONDASI ODC-C-288 Splitter 150 150 440 140 165 520 165 850 440 120 120 200 850 119 612 119 Drill:Ф18mm/ d= 60 – 80mm ODC Foundation: Top View (Not to scale/ Unit: mm) A A B B (Expansion Bolt: M12 x 150) 320mm 1450mm 750mm ODC Mount and Location of Anchor Bolt 612 200 ODC Foundation: A-A (Not to scale/ Unit: mm) G.L 500 600 850 165 520 165 119 119 60 – 80mm Drill:Ф18mm/ d= 60 – 80mm (Expansion Bolt: M12 x 150) 1100 612 50 50 750 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 ODC Foundation: B-B (Not to scale/ Unit: mm) 440 150 150 120 120 200 60 – 80mm Drill:Ф18mm/ d= 60 – 80mm (Expansion Bolt: M12 x 150) G.L 60 320 60 140 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 Handhole Type: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 FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 53 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 500 100 300 100 TELKOM 500 100 100 300 Ф 300 PVC 4" Sub-duct BIG 500 700 200 150 150 100 100 Distance in accordance with the site situation. Jaｒak sesuai kondisi lapangan. 150 400 150 700 900 100 100 Sub-duct BIG PVC 4" PVC 4" for Drop Cable L=300 PVC 4" for Distribution Cable L=300 450 150 900 150 600 150 150 600 150 900 700 150 500 150 200 150 100 100 150 100 80 220 H（＊） 600-H 600 500 100 Ф 300 100 150 150 400 700 LARGE RADIUS ELBOW PVC 4" (WAVIN D-LL 4" or Equivalent) PVC 4" L= ± 650 Distance in accordance with the site situation. Jaｒak 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. Actual height shall be in accordance with the site condition.
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 54 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 1300 250 150 900 250 1000 1250 288-C cable R= 44.2mm +- 150cm 557mm 625 450 625 1700 1300 250 150 +- 90cm 625 450 625 PASS-THROUGH CLOSURE ARRANGEMENT IN HH-1 (288-C Loose Tube Cable / 3M Type 2178LS) BESI 70 x 50 x 3 150 1250 150 1550 100 100 1350 200 950 200 1550 Hole Ф20mm Ф10mm x 125mm POT B - B Ф12mm x 125mm PVC Ф4" x 4 L= 300 1 5 0 1 5 0 1 5 0 1 5 0 Ф10mm x 125mm BETON: 225kg/cm² 150 1700 150 2000 200 150 1300 1650 100 600 600 100 200 200 200 200 200 200 Ф10mm x 125mm Ф10mm x 125mm POT A - A 600 200 200 200 Ф12mm x 125mm 150 150 L=300 T E L K O M T E L K O M T E L K O M 150 150 150 950 1550 A A B B 200 200 200 200 200 200 100 2000 100 200 200 1350 3 x 600 = 1800 150 TELKOM 200 TELKOM TELKOM 6.4 HH-1: Dimensi Dalam (P=1700 x L=1250 x T=1300)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 55 HANDBOOK for FTTH-OSP v 1.0 (June 2013) BESI 70 x 50 x 3 150 600 150 900 100 700 100 150 400 150 900 Hole Ф20mm Ф10mm x 125mm POT B - B PVC Ф4" x 4 L= 300 150 150 150 150 T E L K O M 100 225 200 225 225 200 225 100 1500 150 150 150 300 900A A B B T E L K O M 2 x 650 = 1300 700 150 PVC Ф4" x 4 L= 300 150 150 1200 1500 200 150 1300 1650 650 650 100 100 225 200 225 225 200 225 150 Ф10mm x 125mm Ф10mm x 125mm POT A - A 150 L=300 6.5 HH-2: Dimensi Dalam (P=1200 x L=600 x T=1300) BETON: 225kg/cm²
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 56 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.6 HH-80: Dimensi Dalam (P=800 x L=800 x T=800) 150 150 800 1100 150 Ф10mm x 125mm Ф10mm x 125mm 200 150 800 1150 100 200 450 1100 125 150 L=300 450 100 125 125 200 125 POT A - A Hole Ф20mm 150 150 150 PVC Ф4" x 4 L= 300 BESI 70 x 50 x 3 Ф10mm x 125mm 150 150 800 1100 200 150 1150 800 1100 100 900 100 150 600 150 150 POT B - B B T E L K O M 1100 150 100 A 1100 A B 1100 PVC Ф4" x 4 L= 300 900 T E L K O M 150 100 600 100 125 100 200 450 1100 450 125 125 200 125 BETON: 225kg/cm²
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 57 HANDBOOK for FTTH-OSP v 1.0 (June 2013) G.L. Approx. 2.20m 10cm 30cm 10c m 30cm Approx. 10cm Clamps shall be attached Approx. @ < 1.0m Clamps shall be attached Approx. @ < 1.0m Gap between steel pipe (Ф 2") and ODP (Wall Mount) shall be less than 10cm Galvanized Steel Pipe (Ф2") and Clamps shall be painted with the same color with the wall. Approx. 10cm Approx. 10cm Approx. 10cmB (See detail.) A (See detail.) Approx. 5cm Gap between steel pipe (Ф 2") and ODP (Wall Mount) shall be less than 10cm Identification Marking (White color) shall be applied on the cable of "Up-stream/ODC" side. In case Gap between steel pipe (Ф 2") and ODP (Wall Mount) is more than 5cm, cables shall be protected with spiral or flexible pipe (Black color) HDPE Pipe 33/40 Ф 2" Galvanized Steel Pipe Details "A" 30cm 10cm 20cm 30cm 30cm G.L. HDPE 33/40 shall be installed until the level with Galvanized Steel Pipe.. Details "B" 6.7 INSTALLATION OF ODP WALL (1)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 58 HANDBOOK for FTTH-OSP v 1.0 (June 2013) Flex. Pipe OD=25mm Steel flexible inside HH PIT-60 150 Flex-pipe R≧300 Approx. 200 Appro x. 100 Approx. 100 Approx. 100 Flex-pipe R≧300 Flex-pipe R≧300 Flex-pipe R≧300 Flex-pipe R≧300 PVC Simple Socket for OD 25mm Pipe PVC/High-Impact Conduit OD Ф25mm PVC/High-Impact Conduit OD Ф25mm 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 the confirmation of the requirement. 2 x PVC Ф50 (L=200) Pipes shall be buried in the wall. Pipe space shall be filled with concrete after ODP installation. Drop Cable 6.7 INSTALLATION OF ODP WALL (2) (In case pipe shall be buried in the wall)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 59 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.8 FORM FOR CORE ASSIGNMENT 6.8.1 FEEDER CABLE (STAR TOPOLOGY: 24 CORE BASE)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 60 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.8.2 FEEDER CABLE (STAR TOPOLOGY: 12 CORE BASE)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 61 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.8.3 FEEDER CABLE (RING TOPOLOGY)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 62 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.8.4 DISTRIBUTION CABLE No. Port No. PORT No. CORE ASSIGNMENT DIAGRAM (DISTRIBUTION CABLE) CAPACITY -CORE OTB Port No. SPLITTER 1:4 CORE No. ODC PORT No. ODC TRAY DISTRIBUTION CABLE No. 4 3 4 1 2 D2 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. NAMA LOKASI 9 10 11 12
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 63 HANDBOOK for FTTH-OSP v 1.0 (June 2013) Nama Installer Nama Lokasi Tgl. Instalasi Tipe Product : ODC-C-144 1. Aksesoris Category Items PVC tape Assembly manual Cable tie Compound Spiral Tube Cable band (L) Cable band (M) 2. Pondasi ODC Baut expansion tidak kendur 4. Cable clamp Clamp untuk tension Member tidak kend 3. Lubang Kabel Masuk (Feeder & Distribusi) ur Cable Band tidak Kendur 5. Rute Loose Tube Tidak ada small bending (diameter > 60) tidak terjepit dengan tutup tray Tidak ada small bending (diameter > 60) tidak terjepit dengan tutup tray 7. Rute Pigtail dalam Tray Arah Rute (bentuk S) tidak terjepit dengan tutup tray Tidak ada small bending (diameter > 60) 8. Instalasi Splitter modul tidak saling tersangkut dan mudah di urai Tidak ada small bending (diameter > 60) rute sesuai petunjuk manual 10. SC connector patching Konektor tercolok dengan benar (sampai bunyi klik) (Site manager) diperiksa oleh : Catatan Output :atas) Arah dan Posisi Splitter harus benar (Input :bawah; Penggunaan Compound harus rapat (tidak ada celah) Installation Check Sheet pcs pcs pcs pc pcs 9. Rute kabel dari Splitter ke Tray pc pc Check diterima site manager * 2 buah kunci ODC harus sudah maintenance untuk instalasi kabel berikutnya dan untuk * cek sisa aksesoris yang diperlukan 6. Rute Fiber didalam Tray 6.9 INSTALLATION CHECK SHEET 6.9.1 INSTALLATION CHECK SHEET: ODC-C-144
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 64 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.9.2 INSTALLATION CHECK SHEET: ODC-C-288 Nama Installer Nama Lokasi Tgl. Instalasi Tipe Produk : ODC-C-288 1. Aksesoris Category Items PVC tape Assembly manual Cable tie Compound Spiral Tube Cable band (L) Cable band (M) 2. Pondasi ODC Baut expansion tidak kendur 4. Cable clamp Clamp untuk tension Member tidak kend 3. Lubang Kabel Masuk (Feeder & Distribusi) ur Cable Band tidak Kendur 5. Rute Loose Tube Tidak ada small bending (diameter > 60) tidak terjepit dengan tutup tray Tidak ada small bending (diameter > 60) tidak terjepit dengan tutup tray 7. Rute Pigtail dalam Tray Arah Rute (bentuk S) tidak terjepit dengan tutup tray Tidak ada small bending (diameter > 60) 8. Instalasi Splitter modul tidak saling tersangkut dan mudah di urai Tidak ada small bending (diameter > 60) rute sesuai petunjuk manual 10. SC connector patching Konektor tercolok dengan benar (sampai bunyi klik) (Site manager) Diperiksa oleh Catatan Arah dan Posisi Splitter harus benar (Input : kiri ; Output : kanan) diterima site manager * 2 buah kunci ODC harus sudah Installation Check Sheet Check pcs pcs pcs pc pcs maintenance untuk instalasi kabel berikutnya dan untuk * cek sisa aksesoris yang diperlukan 9. Rute kabel dari Splitter ke Tray 6. Rute Fiber didalam Tray pc pc celah) Penggunaan Compound harus rapat (tidak ada
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 65 HANDBOOK for FTTH-OSP v 1.0 (June 2013) Installer Name : Installation Site : Installation Date : Product Type : ODP-CA-8/16-WP Category Items Check 1. Accessory Cable tie pcs Expansion screw sets Drop cable fixing clamp pcs Buku manual pc PVC tape pc 2. Instalasi Splitter Arah : input : kiri ; output : kanan , label terlihat Posisi Konektor Kabel Tidak terjepit atau tersangkut jika dibuka Tidak ada small bending (diameter > 60) Posisi Splitter : No1 paling atas 5. clamp Kabel Clamp untuk Tension member Tidak kend 4. Lubang Tempat kabel masuk ur Clamp untuk kabel tidak kendur 6. Rute kabel SCPT Pass through Tidak terjepit dan tersangkut jika ODP dibuka Tidak ada small bending (diameter > 60) 7. Clamp dan rute SCPT yang di terminasi pastikan penggunaan kabel Ties di tiga titik tidak terjepit dan tersangkut jika ODP dibuka Tidak ada small bending (diameter > 60) 8. Rute Fiber setelah Splicing Tidak ada small bending (diameter > 60) tidak terjepit dan tersangkut jika ODP dibuka (Site manager) Diperiksa oleh : Catatan pemasangan tempat masuk kabel harus rata, tidak miring Installation Check sheet diterima site manager * 1 buah kunci ODP harus sudah harus dapat menutup celah) tidak ada celah (penggunaan solasi atau grommet Baris konektor paling bawah untuk Splitter no. ada disebelah kanan, 1 maintenance untuk instalasi kabel berikutnya dan untuk * cek sisa aksesoris yang diperlukan Adapter 3. instalasi output Splitter pada panel 6.9.3 INSTALLATION CHECK SHEET: ODP-PL/PW-8/16
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 66 HANDBOOK for FTTH-OSP v 1.0 (June 2013) Installer Name : Installation Site : Installation Date : Product Type : TC-SM-144 Category Items 1.Aksesoris Cable band (M) PVC tape Buku Manual Cable tie Screw and nut Plastic Tube Cable band (L) 2. Clamp kabel Clamp untuk Tension member Tidak kendur Cable Band tidak kendur 3. Rute kabel Loose tube Tidak ada small bending (diameter > 60) kabel Tidak terjepit atau tersangkut jika tray dilepas Tidak terjepit atau tersangkut jika cover tray di b Tidak ada small bending (diameter > 60) uka 5. Rute Pigtail pada Tray Rute membentuk huruf S Tidak Terjepit atau tersangkut jika cover tray dib Tidak ada small bending (diameter > 60) uka (Site manager) Diperiksa oleh Catatan pc pc Check 4. Rute kabel dalam tray maintenance untuk instalasi kabel berikutnya dan untuk * Cek sisa aksesoris yang diperlukan Installation Check Sheet pcs sets pcs pcs pcs 6.9.4 INSTALLATION CHECK SHEET: TC-SM-144
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 67 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.10 LIST OF ASSEMBLY UNIT DESIGNATOR (1/6) A KABEL & PENYAMBUNGAN 1 DC-OF-SM-12D PEMDA, PU, Warga) Single Mode 12 core G 652 D (termasuk perijinan Pengadaan dan pemasangan Kabel Duct Fiber Optik meter 2 DC-OF-SM-24D Idem 24 core meter 3 DC-OF-SM-48D Idem 48 core meter 4 DC-OF-SM-96D Idem 96 core meter 5 DC-OF-SM-144D Idem 144 core meter 6 DC-OF-SM-288D Idem 288 core meter 7 DC-OF-SM-432D Idem 432 core meter 8 DC-OF-SM-960D Idem 960 core meter 9 AC-OF-SM-12D perijinan PEMDA, PU, Warga) Optik Single Mode 12 core G 652 D (termasuk Pengadaan dan pemasangan Kabel Udara Fiber meter 10 AC-OF-SM-24D Idem 24 core meter 11 AC-OF-SM-48D Idem 48 core meter 12 AC-OF-SM-96D Idem 96 core meter 13 DC-OF-SM-12C PEMDA, PU, Warga) Single Mode 12 core G 655 C (termasuk perijinan Pengadaan dan pemasangan Kabel Duct Fiber Optik meter 14 DC-OF-SM-24C Idem 24 core meter 15 DC-OF-SM-48C Idem 48 core meter 16 DC-OF-SM-96C Idem 96 core meter 17 AC-OF-SM-12C perijinan PEMDA, PU, Warga) Optik Single Mode 12 core G 655 C (termasuk Pengadaan dan pemasangan Kabel Udara Fiber meter 18 AC-OF-SM-24C Idem 24 core meter 19 AC-OF-SM-48C Idem 48 core meter 20 AC-OF-SM-96C Idem 96 core meter 21 DC-OF-SM-8-SC (termasuk perijinan PEMDA, PU, Warga) Single Mode 8 core G 652 D, "Easy to split" Pengadaan dan pemasangan Kabel Duct Fiber Optik meter 22 DC-OF-SM-12-SC Idem 12 Core meter 23 DC-OF-SM-24-SC Idem 24 Core meter 24 AC-OF-SM-8-SC (termasuk perijinan PEMDA, PU, Warga) Optik Single Mode 8 core G 652 D, "Easy to split" Pengadaan dan pemasangan Kabel Udara Fiber meter 25 AC-OF-SM-12-SC Idem 12 Core meter 26 AC-OF-SM-24-SC Idem 24 Core meter 27 SC-OF-SM-24 lurus) untuk Fiber Optik kapasitas 12 - 24 core Pengadaan dan pemasangan alat sambung (cabang/ pcs 28 SC-OF-SM-48 Idem 12 - 48 core pcs 29 SC-OF-SM-96 Idem 12 - 96 core pcs 30 SC-OF-SM-144 Idem 12 - 144 core pcs 31 SC-OF-SM-288 Idem 12 - 288 core pcs 32 OS-SM-1 Eks dengan cara fusion splice Penyambungan Kabel Optik Single Mode kap 1 core core 33 OS-SM-6 dengan cara fusion splice Penyambungan Kabel Optik Single Mode kap 6 core pcs 34 OS-SM-12 Idem kap 12 core pcs 35 OS-SM-24 Idem kap 24 core pcs 36 OS-SM-48 Idem kap 48 core pcs 37 OS-SM-96 Idem kap 96 core pcs 38 OS-SM-144 Idem kap 144 core pcs 39 OS-SM-288 Idem kap 288 core pcs 40 AB-OF-SM-2D PEMDA, PU, Warga) Single Mode 2 core, G 652 D (termasuk perijinan Pengadaan dan pemasangan Air Blown Cable Optik, meter 41 AB-OF-SM-4D Idem 4 core meter 42 AB-OF-SM-8D Idem 8 core meter 43 AB-OF-SM-12D Idem 12 core meter 44 AB-OF-SM-24D Idem 24 core meter 45 AB-OF-SM-48D Idem 48 core meter 46 AB-OF-SM-72D Idem 72 core meter 47 AB-OF-SM-96D Idem 96 core meter 48 AB-OF-SM-144D Idem 144 core meter 49 GC-OF-SM-1D /under ground 1 Core Single Mode, G.657 Pengadaan dan pemasangan Drop Cable FO Duct meter 50 GC-OF-SM-2D idem 2 core 51 HC-OF-SM-1D tanah /aerial 1 Core Single Mode, G.657 Pengadaan dan pemasangan Drop Cable FO atas meter 52 HC-OF-SM-2D idem 2 core meter 53 IC-OF-SM-1D Mode 1 core, G.657 Pengadaan dan pemasangan Indoor Cable FO Single meter 54 IC-OF-SM-2D Idem 2 core meter KETERANGAN NO DESIGNATOR URAIAN PEKERJAAN SATUAN
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 68 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.10 LIST OF ASSEMBLY UNIT DESIGNATOR (2/6) 55 PC-SC-2-BI SC/UPC) dari Roset ke ONT, G.657 Patch cord 2 meter, Bend Insensitive (SC/APC To pcs 56 PC-SC-5-BI SC/UPC) dari Roset ke ONT, G.657 Patch cord 5 meter, Bend Insensitive (SC/APC To pcs 57 PC-SC-2 Patch cord 2 meter, (SC/APC To SC/APC), G.657 pcs 58 PC-SC-5 Patch cord 5 meter (SC/APC To SC/APC), G.657 pcs 59 PC-SC-10 Patch cord 10 meter (SC/APC To SC/APC), G.657 pcs 60 PC-SC-20 Patch cord 20 meter (SC/APC To SC/APC), G.657 pcs 61 PC-FC-20 Patch cord 20 meter (FC/APC To FC/APC), G.657 pcs 62 PC-SC-30 Patch cord 30 meter (SC/APC To SC/APC), G.657 pcs 63 PC-FC-30 Patch cord 30 meter (FC/APC To FC/APC), G.657 pcs 64 PC-SC-40 Patch cord 40 meter (SC/APC To SC/APC), G.657 pcs 65 PC-FC-40 Patch cord 40 meter (FC/APC To FC/APC), G.657 pcs 66 PC-SC-2 Patch cord 2 meter, (SC/UPC To SC/UPC), G.657 pcs 67 PC-SC-5 Patch cord 5 meter (SC/UPC To SC/UPC), G.657 pcs 68 PC-SC-10 Patch cord 10 meter (SC/UPC To SC/UPC), G.657 pcs 69 PC-SC-20 Patch cord 20 meter (FC/UPC To FC/UPC), G.657 pcs 70 PC-FC-20 Patch cord 20 meter (SC/UPC To SC/UPC), G.657 pcs 71 PC-SC-30 Patch cord 20 meter (FC/UPC To FC/UPC), G.657 pcs 72 PC-FC-30 Patch cord 30 meter (SC/UPC To SC/UPC), G.657 pcs 73 PC-SC-40 Patch cord 40 meter (FC/UPC To FC/UPC), G.657 pcs 74 PC-FC-40 Patch cord 40 meter (SC/UPC To SC/UPC), G.657 pcs 75 PC-FC-40 Patch cord 40 meter (FC/UPC To FC/UPC), G.657 pcs 76 ODC-C-144 Splitter buah), berikut pelabelan berlapis keramik, lantai kerja, patok pengaman (5 termasuk material adaptor SC/UPC, pigtail, pondasi kap 144 core dengan space untuk spliter modular Pengadaan dan pemasangan kabinet ODC (Outdoor) pcs 77 ODC-C-288 Splitter buah), berikut pelabelan berlapis keramik, lantai kerja, patok pengaman (5 termasuk material adaptor SC/UPC, pigtail, pondasi kap 288 core dengan space untuk spliter modular Pengadaan dan pemasangan kabinet ODC (Outdoor) pcs 78 ODC-C-576 Splitter buah), berikut pelabelan berlapis keramik, lantai kerja, patok pengaman (5 termasuk material adaptor SC/UPC, pigtail, pondasi kap 576 core dengan space untuk spliter modular Pengadaan dan pemasangan kabinet ODC (Outdoor) pcs 79 ODC -C- 48 Splitter 48 core, berikut pelabelan with space for passive spliter, adaptor SC/UPC kap Pengadaan dan pemasangan ODC-Pole ( Outdoor ) pcs 80 ODP-CU-8 Adapter SC/UPC Underground Kap 8 core with space for splitter, Pengadaan dan pemasangan ODP type Closure pcs 81 ODP-CU-16 idem 16 core pcs 82 ODP-CA-8 Aerial Kap 8 core berikut space pasive spliter (1:8 Pengadaan dan pemasangan ODP type Closure ), adapter SC/UPC,berikut pelabelan pcs 83 ODP-CA-16 (1:8), adapter SC/UPC,berikut pelabelan Aerial Kap 16 core berikut space 2 pasive spliter Pengadaan dan pemasangan ODP type Closure pcs 84 ODP-A-8 Kap 8 core berikut space pasive spliter (1:8), adap Pengadaan dan pemasangan ODP type Indoor/wall ter SC/UPC,berikut pelabelan pcs 85 ODP-A-16 adapter SC/UPC,berikut pelabelan Kap 16 core berikut space 2 pasive spliter (1:8), Pengadaan dan pemasangan ODP type Indoor/wall pcs 86 ODP-A-24 adapter SC/UPC,berikut pelabelan Kap 24 core berikut space 3 pasive spliter (1:8), Pengadaan dan pemasangan ODP type Indoor/wall pcs 87 ODP-A-48 adapter SC/UPC,berikut pelabelan Kap 48 core berikut space 6 pasive spliter (1:8), Pengadaan dan pemasangan ODP type Indoor/wall pcs 88 ODP-PL-8 core termasuk pigtail, berikut space 1 splitter (1: Pengadaan dan pemasangan ODP ( Pilar ) kap 8 8), pelabelan. pcs 89 ODP-PL-16 core termasuk pigtail, berikut space 2 splitter (1: Pengadaan dan pemasangan ODP ( Pilar ) kap 16 8), pelabelan. pcs KETERANGAN NO DESIGNATOR URAIAN PEKERJAAN SATUAN
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 69 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.10 LIST OF ASSEMBLY UNIT DESIGNATOR (3/6) 90 TC-SM-12 pigtail dan protection sleeve pada cassette/box mode kap 12 core serta Adapter (SC Connector), terminasi dan penyambungan kabel optik Single Pengadaan dan Pemasangan OTB termasuk pcs 91 TC-SM-24 Idem 24 core pcs 92 TC-SM-48 Idem 48 core pcs 93 TC-SM-72 Idem 72 core pcs 94 TC-SM-96 Idem 96 core pcs 95 TC-SM-144 Idem 144 core pcs 96 RS-IN-SC-1P Outlet with SC Adaptor - kap 1 port berikut pigtail Pemasangan dan terminasi Roset/Indoor Optical pcs 97 RS-IN-SC-2P idem 2 port pcs 98 RS-IN-SC-4P idem 4 port pcs 99 TC-MK-SC-1P dengan SC Adaptor kap 1 port Roset Optik Modular Keystone ( Ditanam ditembok ) unit 100 TC-MK-SC-2P idem 2 port unit 101 TC-MK-SC-4P idem 4 port unit 102 PS-1-2-ODC type modular, for ODC, termasuk pigtail Pengadaan dan pemasangan Passive Splitter 1:2, pcs 103 PS-1-4-ODC Idem, 1 : 4 pcs 104 PS-1-8-ODC Idem, 1 : 8 pcs 105 PS-1-16-ODC Idem, 1 : 16 pcs 106 PS-1-32-ODC Idem, 1 : 32 pcs 107 PS-1-2-ODP type PLC/Modular, for ODP, termasuk adaptor Pengadaan dan pemasangan Passive Splitter 1:2, pcs 108 PS-1-4-ODP Idem, 1 : 4 pcs 109 PS-1-8-ODP Idem, 1 : 8 pcs 110 PS-1-16-ODP Idem, 1 : 16 pcs 111 PS-1-32-ODP Idem, 1 : 32 pcs 112 PS-2-2-ODC type modular, for ODC, termasuk pigtail Pengadaan dan pemasangan Passive Splitter 2:2, pcs 113 PS-2-4-ODC Idem, 2 : 4 pcs 114 PS-2-8-ODC Idem, 2 : 8 pcs 115 PS-2-16-ODC Idem, 2 : 16 pcs 116 PS-2-32-ODC Idem, 2 : 32 pcs 117 PS-2-2-ODP type PLC/Modular, for ODP, termasuk adaptor Pengadaan dan pemasangan Passive Splitter 2:2, pcs 118 PS-2-4-ODP Idem, 2: 4 pcs 119 PS-2-8-ODP Idem, 2 : 8 pcs 120 PS-2-16-ODP Idem, 2 : 16 pcs 121 PS-2-32-ODP Idem, 2 : 32 pcs 122 SITAC ODC Akuisisi Lahan SITAC ODC Node 123 PU-S7.0-140 tarik 140 kg berikut cat & cor pondasi dan assesories - kekuatan Pengadaan dan Pemasangan Tiang Besi 7 meter, pcs 124 PU-S9.0-140 berikut cat & cor dan assesories -kekuatan tarik 14 Pengadaan dan Pemasangan Tiang Besi 9 meter, 0 kg pcs 125 PU-C9.0-300 berikut assesories Pengadaan dan Pemasangan Tiang Beton 9 meter, 127 PU-SB-7.0-140 126 GU-G Pengadaan dan Pemasangan Temberang Tarik pcs meter, kekuatan tarik 140 kg Pengadaan dan pemasangan temberang sokong 7 pcs 128 PU-AS Asesoris tiang eksisting set 129 GB-G1 pada ODP /kotak pembagi dengan maks 3 ohm Pengadaan dan Pemasangan Grounding 1 titik rod pcs 130 GB-G3 pada ODC dengan maks 1 ohm Pengadaan dan Pemasangan Grounding 3 titik rod pcs 131 Grounding di Eksisting lokasi gedung eksisting dengan cara integrasi Pengadaan dan Pemasangan material Grounding di pcs 132 TC-XX-ODC diamater 1 panjang 3 meter pengaman kabel optik ke ODC Pole / titik naik KU Pengaddaan dan Pemasangan Rise Pipe untuk pcs 133 TC-OF-R-19 Fiber Optik Closed Rack, 2,2 Mtr Pengadaan dan pemasangan rak kabel 19 inch untuk pcs 134 FLEX-PIPE spiral) ukuran 1.5 inch termasuk aksesoris. Pengadaan dan pemasangan Flexible pipe (pipa meter KETERANGAN NO DESIGNATOR URAIAN PEKERJAAN SATUAN
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 70 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 135 PP-OF-IN Cable (PVC White) High Impact Conduit 20 mm Pengadaan dan Pemasangan Pipe Protector Indoor meter 136 PP-OF-OUT mm Outdoor Cable ( PVC Black) High Impact Conduit 20 Pengadaan dan Pemasangan Pipe Protector meter 137 TC-OF-DC-10 Route Kabel menuju Roset, 10x20 mm Pengadaan dan pemasangan Duct Cable untuk meter 138 TC-OF-DC-20 idem 20x40 mm meter 139 TC-OF-CR-100 mm tebal 5 mm Alumunium disesuaikan kebutuhan Pengadaan dan pemasangan Tray Cable, Lebar 100 meter 140 TC-OF-CR-200 idem 200 mm meter 141 TC-OF-CR-300 idem 300 mm meter 142 DD-S3-1 crossing 1 pipa Dalam 100 mm dan ketebalan pipa 3,65 mm untuk Pengadaan dan pemasangan Pipa Besi Diameter meter 143 DD-S3-2 crossing 2 pipa dalam 100 mm dan ketebalan pipa 3,65 mm untuk Pengadaan dan pemasangan Pipa besi diameter meter 144 DD-S3-3 crossing 3 pipa dalam 100 mm dan ketebalan pipa 3,65 mm untuk Pengadaan dan pemasangan Pipa besi diameter meter 145 DD-V4-1 mm, 1 pipa pengecoran diameter dalam 100 mm, ketebalan 4 Pengadan dan Pemasangan Pipa Duct dengan meter 146 DD-V4-2 Idem, 2 pipa meter 147 DD-V5-1 pipa ( crossing ) Pemasangan Pipa Duct dengan pasir dia 100 mm , 1 meter 148 DD-V5-2 Idem, 2 pipa meter 149 DD-DA-S1 diamenter dalam 100 mm, tebal 3,65 mm, 1 pipa pada jembatan menggunakan Pipa Galvanis Pengadaan dan pemasangan pipa Duct menempel meter 150 DD-BSS-S1 Galv 1 pipa (Parit) jembatan dengan menempel menggunakan Pipa besi Pengadaan dan pemasangan pipa Duct pada meter 151 DD-BTS-S1 penguat sendiri 1 pipa Pengadaan dan pemasangan Pipa Duct dengan meter 152 DD-BTS-S2 penguat sendiri 2 pipa Pengadaan dan pemasangan Pipa Duct dengan meter 153 HB-PS-1 system gantung 1 pipa bentang s/d 40 meter Pengadaan dan pemasangan Pipa Duct dengan meter 154 HB-PS-2 system gantung 2 pipa bentang lebih 40 meter Pengadaan dan pemasangan Pipa Duct dengan meter 155 DD-BMR pipa Boring pada Lintasan Kereta Api menggunakan 2 track 156 DC-SD-1 pada polongan route Duct Pengadaan dan Pemasangan 1 Subduct 27/32 mm meter 157 DC-SD-3 pada polongan route Duct Pengadaan dan Pemasangan 3 Subduct 27/32 mm meter 158 DC-SD-1 Big polongan route Duct Pengadaan dan Pemasangan 1 Subduct Big pada meter 159 DC-SD-2 Big polongan route Duct Pengadaan dan Pemasangan 2 Subduct Big pada meter 160 DCD-PVC-1 2 inc AW 1 pipa Pembuatan Duct Cable Distribusi diameter pipa PVC meter 161 DCD-PVC-2 idem 2 pipa meter 162 DCD-PVC-4 idem 4 pipa meter 163 DD-BM-1 /mesin 1 pipa Pemasangan Pipa Duct dengan cara boring manual meter 164 DD-BM-2 Idem 2 pipa meter 165 DD-BM-HDPE-1 diameter dalam 33 mm 1 pipa kedalaman 1,5 meter Boring manual/mesin untuk HDPE / Micro Duct meter 166 DD-BM-HDPE-2 Idem, 2 pipa meter 167 DD-HDPE-1 BIG untuk kabel FO, Include Soket HDPE Pengadaan dan Pemasangan 1 pipa HDPE/HDPE meter 168 DD-HDPE-2 Idem 2 pipa 169 DD-ROD Duct Existing. Pembersihan pada route Duct yang kosong / Rodding meter 170 DD-RV-1 Perbaikan Route Duct / HDPE, 1 pipa. meter KETERANGAN NO DESIGNATOR URAIAN PEKERJAAN SATUAN 6.10 LIST OF ASSEMBLY UNIT DESIGNATOR (4/6)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 71 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.10 LIST OF ASSEMBLY UNIT DESIGNATOR (5/6) 171 DD-RV-CONCRETE Concrete Relocate dan Exspand Pipa in Counter Wall by Bobok m3 172 BC-TR-0.4 pengisian pasir, deeksten dan tanda rute kabel tana Galian, Pengurugan kembali dan perbaikan kembali,h dan tempat sambung kedalaman 0.4 meter meter 173 BC-TR-0.6 pengisian pasir, deeksten dan tanda rute kabel tana Galian, Pengurugan kembali dan perbaikan kembali,h dan tempat sambung kedalaman 0.6 meter meter 174 BC-TR-5 pengisian pasir, deeksten dan tanda rute kabel tana Galian, Pengurugan kembali dan perbaikan kembali,h dan tempat sambung kedalaman 1,5 meter meter 175 BD-SK Sparing Kabel Pembobokan dan perbaikan Dinding untuk lubang Titik 176 BP-IC Cable Pembobokan dan perbaikan Plafon untuk route Indoor Titik 177 SMD-ABS-2A block & end cap Duct cabang/lurus 2 cabang,termasuk connector,gas Pengadaan dan pemasangan Alat Sambung Micro pcs 178 SMD-ABS-3A idem 3 cabang pcs 179 SMD-ABS-4A idem 4 cabang pcs 180 DD-MDDI-1A termasuk connector Direct Install, 1 way, untuk Air Blown kabel FO Pengadaan dan Pemasangan 5/3.5mm Micro Duct, meter 181 DD-MDDI-2A Idem 2 way meter 182 DD-MDDI-4A Idem 4 way meter 183 DD-MDDI-7A Idem 7 way meter 184 DD-MDDI-12A Idem 12 way meter 185 DD-MDDI-19A Idem 19 way meter 186 DD-MDDI-24A Idem 24 way meter 187 DD-MDDI-1B termasuk connector Direct Install, 1 way, untuk Air Blown kabel FO Pengadaan dan Pemasangan 10/8mm Micro Duct, meter 188 DD-MDDI-2B Idem 2 way meter 189 DD-MDDI-4B Idem 4 way meter 190 DD-MDDI-7B Idem 7 way meter 191 DD-MDDI-1C termasuk connector Direct Install, 1 way, untuk Air Blown kabel FO Pengadaan dan Pemasangan 12/10mm Micro Duct, meter 192 DD-MDDI-2C Idem 2 way meter 193 DD-MDDI-4C Idem 4 way meter 194 DD-MDDI-7C Idem 7 way meter 195 DD-MDDB-1A termasuk connector Direct Buried, 1 way, untuk Air Blown kabel FO Pengadaan dan Pemasangan 5/3.5mm Micro Duct, meter 196 DD-MDDB-2A Idem 2 way meter 197 DD-MDDB-4A Idem 4 way meter 198 DD-MDDB-7A Idem 7 way meter 199 DD-MDDB-12A Idem 12 way meter 200 DD-MDDB-19A Idem 19 way meter 201 DD-MDDB-24A Idem 24 way meter 202 DD-MDDB-1B termasuk connector Direct Buried, 1 way, untuk Air Blown kabel FO Pengadaan dan Pemasangan 10/8mm Micro Duct, meter 203 DD-MDDB-2B Idem 2 way meter 204 DD-MDDB-4B Idem 4 way meter 205 DD-MDDB-7B Idem 7 way meter 206 DD-MDDB-1C termasuk connector Direct Buried, 1 way, untuk Air Blown kabel FO Pengadaan dan Pemasangan 12/10mm Micro Duct, meter 207 DD-MDDB-2C Idem 2 way meter 208 DD-MDDB-4C Idem 4 way meter 209 DD-MDDB-7C Idem 7 way meter 210 GB-K-A1 Gambar Kertas kalkir ukuran A1 Hard Copy & Soft lbr 211 GB-L-A1 Gambar Kertas lighdruk ukuran A1 lbr 218 MH-MOD Modifikasi Manhole/Handhole (sesuai luasan 217 MH-CA Peninggian Tutup Manhole/Handhole pcs 216 MH-HH2 Pembuatan Handhole Type HH2 pcs 215 MH-HH1 Pembuatan Handhole Type HH1 pcs 214 MH-HII S 7 Pembuatan Manhole Type HIIS7 pcs 213 MH-HIS5T Pembuatan Manhole Type HIS5T pcs 212 MH-HIS5 Pembuatan Manhole Lurus Type HIS5 pcs ) m3 219 MH-RS Instalasi struktur rak dalam manhole yang ada. kg 220 HH-PIT-60 60x40x60) cor beton 1 : 2 : 3 Pembuatan HH ukuran diameter dalam (P X L X T = pcs 221 HH-PIT-40 40x40x40) cor beton 1 : 2 : 3 Pembuatan HH ukuran diameter dalam (P X L X T = pcs KETERANGAN NO DESIGNATOR URAIAN PEKERJAAN SATUAN
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 72 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 6.10 LIST OF ASSEMBLY UNIT DESIGNATOR (6/6) 222 HH-PIT-Portable beserta aksesorisnya Pengadaan dan pemasangan HH Pit Portable pcs B NEW ITEM new DD-HDPE-Big BIG untuk kabel FO, Include Soket HDPE Pengadaan dan Pemasangan 1 pipa HDPE/HDPE meter UNTUK 288 new DD-V4-4 mm, 4 pipa pengecoran diameter dalam 100 mm, ketebalan 4 Pengadan dan Pemasangan Pipa Duct dengan meter OK new HH-80 80x80x80) cor beton 1 : 2 : 3 Pembuatan HH ukuran diameter dalam (P X L X T = pcs new Assesories Cable Tray / Ladder (Plastic) 40x40 mm Berikut meter new Assesories Cable Tray /Ladder (Plastic) 16x16 mm Berikut meter new BC-PP diamater 1,5 inch panjang 3 meter pengaman kabel optik / titik naik KU dan Grounding Pengaddaan dan Pemasangan Rise Pipe Besi untuk pcs OK new ODC-HRB-180 pcs OK new ODC-HRB-240 pcs OK new ODC-HRB-420 pcs OK new ODP-HRB-16 pcs OK new ODP-HRB-32 pcs OK new ODP-SSW-8 Aerial (SSW) Kap 8 core berikut space pasive splite Pengadaan dan pemasangan ODP type Closure r (1:8), adapter SC/UPC, berikut pelabelan pcs new ODP-PW-8 Kap 8 core berikut space pasive spliter (1:8), adap Pengadaan dan pemasangan ODP type Oudoor/wall ter SC/UPC,berikut pelabelan pcs OK new ODP-PW-16 adapter SC/UPC,berikut pelabelan Kap 16 core berikut space 2 pasive spliter (1:8), Pengadaan dan pemasangan ODP type Oudoor/wall pcs OK new ODP-PW-BR-16 pcs new ODP-PL-BR-16 pcs new Pengukuran Cable Existing Core KETERANGAN NO DESIGNATOR URAIAN PEKERJAAN SATUAN
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 73 HANDBOOK for FTTH-OSP v 1.0 (June 2013)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 74 HANDBOOK for FTTH-OSP v 1.0 (June 2013)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 75 HANDBOOK for FTTH-OSP v 1.0 (June 2013) Civil Work FOC Laying Work FOC Joint Work FOC Termination Work OTDR Measurement Total Loss Measurement by LS/OPM Construction Work UT (PAT) UT Pass Fail Work Flow to Test-Com(Internal Commissioning Test) and UT (PAT) 1. High Loss Event Detection by OTDR 1.55um for; 1) Feeder Segment, 2) Distribution Segment 2. Fiber Length Measurement Test-Com (Internal Test) (for optical test on Fiber) Preparation of OPM Test Form
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 76 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 1 2 3 4 5 6 7 8 9 1011 12 1 2 3 4 5 6 7 8 9 1011 12 1:8 splitter 1 2 3 4 5 6 7 8 1:8 splitter 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 1:4 splitter OTB ODC ODP No.1 ODP No.2 Feeder Cable Distribution Cable 1:8 splitter Port#.1 1:4 splitter Port#.1 Splitter #.1 Port#.1 Splitter #.1 Splitter #.2 Port#.1 Port#.1 Feeder Cable Distribution Cable Typical System Cofiguration between OTB and ODP
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 77 HANDBOOK for FTTH-OSP v 1.0 (June 2013) Definition of Segment OTB fo Feeder 1:4 splitter ODC fo Distribution 1:8 splitter ODP fo Drop Rosette ONT BIF patchcord OLT Feeder Segment Distribution Segment (Drop Segment) Splice SC/UPC connector Overall Segment (OTB - ODP) Bi-directional OTDR Measurement shall be done upon request by TELKOM
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 78 HANDBOOK for FTTH-OSP v 1.0 (June 2013) Policy of Test for Optial Measurement • OTDR ; detect partially harmful waveform =only 1.55um (sensitive for fiber bend) • LS/OPM ; for guarantee the final performance of the line 1) Feeder Segment 1-1) Measurment by OTDR with one-way to detect partially harmful event (Bi-directional Measurement shall be done for Segment A - Segment A' upon request by TELKOM.) 1-2) Measurment by LS/OPM 2) Distribution Segment 2-1) Measurment by OTDR from ODC to ODP splitter input (one-way) (because Handy OTDR cannot measure over 1:8 splitter) 2-2) Measurment by LS/OPM 3) Drop Segment Measurment by LS/OPM (Drop Segment cannot be measured by OTDR because drop cable length is <100m) 4) End to End ; Overall Section Measurment only by LS/OPM (because Handy OTDR cannot measure over 1:8 splitter)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 79 HANDBOOK for FTTH-OSP v 1.0 (June 2013) Optical Light Source NEW Patch-cord Optical Power Meter NEW Battery KALIBRASI (Input Power Measurement) Method of Measurement Leave the Light Source 5 ～ 10 min. to make the input power (Pi) stable after switch on. • Check Pi three (3) times at least • Max.Pi - Min.Pi < 0.1dB • Average Pi Ex. Good Bad 1st - 8.20dBm -8.20dBm 2nd -8.18dBm -8.18dBm 3rd -8.22dBm -8. 07dBm Ave -8. 20dBm Pi = 8.20dB DO NOT TAKE OUT Optical Light Source Optical Power Meter TAKE OUT (OPM SIDE) Prior to LS/OPM Measurement, the INPUT POWER (Pi) shall be measured and recorded.
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 80 HANDBOOK for FTTH-OSP v 1.0 (June 2013) OTB fo Feeder 1:4 splitter ODC Segment A' Segment A' cannot be measured by OTDR because 4-OTDR signal overlap in this segment. Optical performance of this segment is guaranteed by Test Report of splitter module and measurment of Segment A by LS/OPM OTB fo Feeder 1:4 splitter ODC Segment A Segment A' OTDR Optical Power Meter OTDR@1550nm LS/OPM @1310nm & 1550nm Patchcord is not needed for measurment Optial Light Source Segment A 1.1 Feeder Segment
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 81 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 1.2 Distribution Segment-1 (SCPT and SSW; ODP installed) fo Distribution 1:8 splitter ODP Segment B ODC Segment B' OTDR@1550nm LS/OPM @1310nm & 1550nm Segment B' cannot measure by OTDR because 8-OTDR signal overlap in this segment. Optical performance of this segment is guaranteed by Test Report of splitter module and measurment of Segment B by LS/OPM. fo Distribution 1:8 splitter ODP Segment B ODC Bi-directional mesurement by ODR is not possible because Handy OTDR cannot measure over 1:8 splitter. OTDR Optial Light Source Optical Power Meter
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 82 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 1.3 Distribution Segment-2 SCPT/SSW CADANGAN or, SSW; ODP not installed, only cable installed fo Distribution Segment B ODC OTDR@1550nm LS/OPM fo @1310nm&1550nm Distribution Segment B ODC temporarily splice pigtail to end of fiber OTDR Optial Light Source Optical Power Meter
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 83 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 1.4 Drop Segment ODP fo Drop Rosette Segment C LS/OPM @1310nm&1550nm Drop segment cannot be measured by OTDR because drop cable length is <100m. Optial Light Source Optical Power Meter
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 84 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 1.5 End to End Overall (SCPT and SSW; ODP installed) OTB fo Feeder 1:4 splitter ODC fo Distribution 1:8 splitter ODP fo Drop Rosette Segment A Segment D Segment B Segment C LS/OPM @1310nm & 1550nm Note: Overall segment cannot be measured by OTDR because splitter is included in the line. Optial Light Source Optical Power Meter
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 85 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 1.6 Calculation of Attenuation Limit (LS/OPM Test) Segment Calculation of Attenuation Limit Remarks 1. Feeder Cable Segment - 1310nm A-F13= {0.35dB/km x ,.. Km} + {0.1dB x (No. of Splice)} + {0.25dB x (No. of Connector)} A-F13: Attenuation Limit of Feeder Cable at 1310nm - 1550nm A-F15= {0.215dB/km x ,.. Km} + {0.1dB x (No. of Splice)} + {0.25dB x (No. of Connector)} A-F15: Attenuation Limit of Feeder Cable at 1550nm 2. Distribution Cable Segment - 1310nm A-D13= {0.35dB/km x ,.. Km} + {0.1dB x (No. of Splice)} + {0.25dB x (No. of Connector)} A-D13: Attenuation Limit of Distribution Cable at 1310nm - 1550nm A-D15= {0.215dB/km x ,.. Km} + {0.1dB x (No. of Splice)} + {0.25dB x (No. of Connector)} A-D15: Attenuation Limit of Distribution Cable at 1550nm 3. Drop Cable Segment - 1310nm A-DR13= {0.35dB/km x ,.. Km} + {0.25dB x (No. of Connector)} A-DR13: Attenuation Limit of Distribution Cable at 1310nm - 1550nm A-DR15= {0.215dB/km x ,.. Km} + {0.25dB x (No. of Connector)} A-DR15: Attenuation Limit of Distribution Cable at 1550nm 4. End to End/Overall Section - 1310nm A-EE13= [A-F13] + 7.5dB (Splitter 1x4) + [D-F13] + 11.0dB (Splitter 1x8) + [A-DR13] A-EE13: Overall Attenuation of End to End at 1310nm - 1550nm A-EE15= [A-F15] + 7.5dB (Splitter 1x4) + [D-F15] + 11.0dB (Splitter 1x8) + [A-DR15] A-EE15: Overall Attenuation of End to End at 1550nm
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 86 HANDBOOK for FTTH-OSP v 1.0 (June 2013)
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 87 HANDBOOK for FTTH-OSP v 1.0 (June 2013) Form # Name From / To Ia / Ib Total Loss Measurement 1310nm / 1550nm Subsystem: Oerall Segment (OTB-ODC-ODP) From: OTB ①To: ODP ⑤ IIa / IIb Seg.A(OTB-ODC_splitter) Loss Measurement 1310nm/ 1550nm Subsystem: Feeder Segment (OTB-ODC) without splitter From: OTB ①To: ODC ② IIc / IId Seg.A(OTB-ODC_splitter) Loss Measurement 1310nm/ 1550nm Subsystem: Feeder Segment (OTB-ODC) with passive splitter 1:4 From: OTB ①To:ODC ④ IIIa / IIIb Seg.B(ODC-ODP) Loss Measurement 1310nm/1550nm Subsystem: Segment B (ODC - ODP) From: ODC ④To: ODP ⑤ 2.1 APPLICATION OF MEASUREMENT FORMS Form Ia / Ib (Overall Segment) OTB Feeder Cable ODC Distribution Cable 1:8 splitter ODP No.X Port#.1 1:4 splitter Port#.1 Splitter #.1 Port#.1 Splitter #.1 Port#.1 Form IIa / IIb (Feeder Segment / Seg.A) Form IIIa / IIIb (Distribution Segment / Seg.B) Form IIc / IId (Feeder Segment / Seg.A) 1 2 3 4 6 5
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 88 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.1.1 FORM I a/I b: Overall Segment (OTB-ODC-ODP) 2 6 Distribution Cable Core No. to be terminated at ODP NOTE: 1) Input in accordance with the site information, condition 2) Input when measurement 3 5 1 OTB Feeder Cable ODC Distribution Cable 1:8 splitter ODP No.X Port#.1 1:4 splitter Port#.1 Splitter#.1Port#.1 Splitter#.1 Port#.1 OVERALL SEGMENT 1 2 3 4 6 5
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 89 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.1.2 FORM II a/II b: Feeder Segment (OTB-ODC) without splitter OTB Feeder Cable ODC Distribution Cable 1:8 splitter ODP No.X Port#.1 1:4 splitter Port#.1 Splitter#.1Port#.1 Splitter#.1 Port#.1 FEEDER SEGMENT 1 2 3 4 6 5 NOTE: 1) Input in accordance with the site information, condition Input Tray No. 2) Input when measurement 1 2
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 90 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.1.3 FORM II c/II d: Feeder Segment (OTB-ODC) with 1:4 Passive Splitter OTB Feeder Cable ODC Distribution Cable 1:8 splitter ODP No.X Port#.1 1:4 splitter Port#.1 Splitter#.1Port#.1 Splitter#.1 Port#.1 FEEDER SEGMENT with Splitter 1 2 3 4 6 5 1 3 4 NOTE: 1) Input in accordance with the site information, condition 2) Input when measurement
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 91 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.1.4 FORM III a/III b: Distribution Segment (ODC-ODP) OTB Feeder Cable ODC Distribution Cable 1:8 splitter ODP No.X Port#.1 1:4 splitter Port#.1 Splitter#.1Port#.1 Splitter#.1 Port#.1 DISTRIBUTION SEGMENT 1 2 3 4 6 5 6 3 4 5 NOTE: 1) Input in accordance with the site information, condition 2) Input when measurement
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 92 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.2 MEASUREMENT FORMS (File: UT-Form Measurement -r2.2.xls) Note: 1) Forms provided hereunder is "r-2.3a", which is the latest version as of 28 June, 2013. 2) It is to request users to confirm the latest version to JF DJAFa Consortium before use Forms. 3) Use Forms of Excel format for submission purpose. 4) In case if the form is not enough (e.g. more than 5 ODP (1:8 Splitter) are exist in one distribution cable), the related "Worksheet of Excel" (e.g. Form I and III) shall be duplicated/copied. 5) Do not incert any Line/Raw in the form so as not to alter the calculation formula in the sheet.
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 93 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.2.1 FORM I a: Overall Segment (OTB-ODC-ODP) @ 1310nm FORM : I a PT TELEKOMUNIKASI INDONESIA ODC No. CAPACITY Sub Sistem : OVERALL SEGMENT (OTB - ODC - ODP) E 00 ˚00'00" CABLE No. WAVE LENGTH RESULT No. Port No. Pin (dB) Pout (dB) Pout-Pin (dB) PASS/FAIL S E Core No. 1 - PASS 2 - PASS ODP No. 3 - PASS 4 - PASS 5 - PASS Splitter No. 6 - PASS 7 - PASS 8 - PASS Core No. 1 - PASS 2 - PASS ODP No. 3 - PASS 4 - PASS 5 - PASS Splitter No. 6 - PASS 7 - PASS 8 - PASS Core No. 1 - PASS 2 - PASS ODP No. 3 - PASS 4 - PASS 5 - PASS Splitter No. 6 - PASS 7 - PASS 8 - PASS Core No. 1 - PASS 2 - PASS ODP No. 3 - PASS 4 - PASS 5 - PASS Splitter No. 6 - PASS 7 - PASS 8 - PASS Catatan: Power Meter digunakan untuk test pelurusan kabel *) Total Loss = (Cable length x 0,35 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splitter 1:8 x 10.38dB + Splice x 0.1dB) CALCULATION OF LOSS BUDGET: Unit Attenuation Splitter-.1 Splitter-.2 Splitter-.3 Splitter-.4 1. CABLE LENGTH (km) 0.35 - - - - 5. SPLITTER 1:8 (1 pc) 10.38 4. SPLITTER 1:4 (1 pc) 7.25 3. No. of CONNECTOR (pcs) 0.25 2. No. of SPLICE (pcs) 0.1 0.00 0.00 0.00 0.00 FEEDER DISTRIBUTIO N DISTRIBUTIO N DISTRIBUTIO N DISTRIBUTIO N CABLE LENGTH (km): Note: CABLE LENGTH of OTDR Indication Overall Loss Measurement 1310 nm DATE OF MEASUREMENT: DAERA STO NAMA LOKASI ATTENUATION LIMITATION (dB) - - ODC PORT No. LOSS BUDGET- - 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" ODP COORDINATES 00 ˚00'00" Measurement tools : Power Meter Specification/limitation : dB (Cable length x 0.35 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splitter 1:8 x 10.38dB + Splice x 0.1dB) No of Cores REMARKS 1310nm FEEDER CABLE DISTRIBUTION CABLE 00 ˚00'00" ODP ATTENUATION (dB) OTB Port No. No of Cores COORDINATES S 00 ˚00'00" CABLE No.
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 94 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.2.2 FORM I b: Overall Segment (OTB-ODC-ODP) @ 1550nm FORM : I b PT TELEKOMUNIKASI INDONESIA ODC No. CAPACITY Sub Sistem : OVERALL SEGMENT (OTB - ODC - ODP) E 00 ˚00'00" CABLE No. WAVE LENGTH ODP Port No. ODP Specificationlimitation Attenuation (dB) Result Remarks RESULT No. Port No. Pin (dB) Pout (dB) Pout-Pin (dB) PASS/FAIL S E Core No. 1 - PASS 2 - PASS ODP No. 3 - PASS 4 - PASS 5 - PASS Splitter No. 6 - PASS 7 - PASS 8 - PASS Core No. 1 - PASS 2 - PASS ODP No. 3 - PASS 4 - PASS 5 - PASS Splitter No. 6 - PASS 7 - PASS 8 - PASS Core No. 1 - PASS 2 - PASS ODP No. 3 - PASS 4 - PASS 5 - PASS Splitter No. 6 - PASS 7 - PASS 8 - PASS Core No. 1 - PASS 2 - PASS ODP No. 3 - PASS 4 - PASS 5 - PASS Splitter No. 6 - PASS 7 - PASS 8 - PASS *) Total Loss = (Cable length x 0,215 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splitter 1:8 x 10.38dB + Splice x 0.1dB) ON LIMIT: ATTENUATI ON OF CALCULATI Attenuation Unit Splitter-.1 Splitter-.2 Splitter-.3 Splitter-.4 0.215 0 0 0 0 5. SPLITTER 1:8 (1 pc) 10.38 4. SPLITTER 1:4 (1 pc) 7.25 3. No. of CONNECTOR (pcs) 0.25 2. No. of SPLICE (pcs) 0.1 0.00 0.00 0.00 0.00 FEEDER DISTRIBUTIO N DISTRIBUTIO N DISTRIBUTIO N DISTRIBUTIO N CABLE LENGTH (km): Note: CABLE LENGTH of OTDR Indication Total Loss Measurement 1550 nm DATE OF MEASUREMENT: DAERA STO ATTENUATION (dB) ODP COORDINATES FEEDER CABLE COORDINATES S 00 ˚00'00" CABLE No. ATTENUATION LIMITATION (dB) 1. CABLE LENGTH (km) ODC PORT No. LOSS BUDGET NAMA LOKASI No of Cores 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" DISTRIBUTION CABLE OTB Port No. No of Cores Specification/limitation : dB (Cable length x 0.215 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splitter 1:8 x 10.38dB + Splice x 0.1dB) ODP 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" REMARKS 1550nm
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 95 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.2.3 FORM II a: Feeder Segment (OTB-ODC) without splitter @ 1310nm FORM : II a PT TELEKOMUNIKASI INDONESIA WAVE LENGTH CAPACITY OTB RESULT PORT No. Tray No. Port No. Pin (dB) Pout (dB) Pout - Pin (dB) PASS/FAIL 1 1 - PASS 2 2 - PASS 3 3 - PASS 4 4 - PASS 5 5 - PASS 6 6 - PASS 7 7 - PASS 8 8 - PASS 9 9 - PASS 10 10 - PASS 11 11 - PASS 12 12 - PASS 13 1 - PASS 14 2 - PASS 15 3 - PASS 16 4 - PASS 17 5 - PASS 18 6 - PASS 19 7 - PASS 20 8 - PASS 21 9 - PASS 22 10 - PASS 23 11 - PASS 24 12 - PASS 25 1 - PASS 26 2 - PASS 27 3 - PASS 28 4 - PASS 29 5 - PASS 30 6 - PASS 31 7 - PASS 32 8 - PASS 33 9 - PASS 34 10 - PASS 35 11 - PASS 36 12 - PASS 37 1 - PASS 38 2 - PASS 39 3 - PASS 40 4 - PASS 41 5 - PASS 42 6 - PASS 43 7 - PASS 44 8 - PASS 45 9 - PASS 46 10 - PASS 47 11 - PASS 48 12 - PASS Catatan: Power Meter digunakan untuk test pelurusan kabel *) Total Loss = (Cable length x 0,35 dB + Connector x 0.25dB + Splice x 0.1dB) CALCULATION OF ATTENUATION LIMIT: Unit Attenuation ODC 1. CABLE LENGTH (km) 0.35 - 2. No. of SPLICE (pcs) 0.1 3. No. of CONNECTOR (pcs) 0.25 0.00 FEEDER CABLE LENGTH (km) Note: CABLE LENGTH of OTDR Indication NAMA LOKASI Seg.A(OTB-ODC_splitter) Loss Measurement 1310 nm Sub Sistem : FEEDER SEGMENT (OTB - ODC) WITHOUT SPLITTER DATE OF MEASUREMENT: DAERA Measurement tools : Power Meter STO ODC NAME/TYPE 1310nm No. of Cores ODC COORDINATES S 00 ˚00'00" E 00 ˚00'00" Specification/limitation : dB (Cable length x 0.35 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splice x 0.1dB) ODC ATTNUATION (dB) ATTENUATION LIMITATION (dB) REMARKS FEEDER CABLE CABLE No. No. LOSS BUDGET -
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 96 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.2.4 FORM II b: Feeder Segment (OTB-ODC) without splitter @ 1550nm FORM : II b PT TELEKOMUNIKASI INDONESIA WAVE LENGTH CAPACITY OTB RESULT PORT No. Tray No. Port No. Pin (dB) Pout (dB) Pout - Pin (dB) PASS/FAIL 1 1 - PASS 2 2 - PASS 3 3 - PASS 4 4 - PASS 5 5 - PASS 6 6 - PASS 7 7 - PASS 8 8 - PASS 9 9 - PASS 10 10 - PASS 11 11 - PASS 12 12 - PASS 13 1 - PASS 14 2 - PASS 15 3 - PASS 16 4 - PASS 17 5 - PASS 18 6 - PASS 19 7 - PASS 20 8 - PASS 21 9 - PASS 22 10 - PASS 23 11 - PASS 24 12 - PASS 25 1 - PASS 26 2 - PASS 27 3 - PASS 28 4 - PASS 29 5 - PASS 30 6 - PASS 31 7 - PASS 32 8 - PASS 33 9 - PASS 34 10 - PASS 35 11 - PASS 36 12 - PASS 37 1 - PASS 38 2 - PASS 39 3 - PASS 40 4 - PASS 41 5 - PASS 42 6 - PASS 43 7 - PASS 44 8 - PASS 45 9 - PASS 46 10 - PASS 47 11 - PASS 48 12 - PASS Catatan: Power Meter digunakan untuk test pelurusan kabel *) Total Loss = (Cable length x 0,215 dB + Connector x 0.25dB + Splice x 0.1dB) CALCULATION OF ATTENUATION LIMIT: Unit Attenuation ODC 1. CABLE LENGTH (km) 0.215 - 3. No. of CONNECTOR (pcs) 0.25 2. No. of SPLICE (pcs) 0.1 0.00 FEEDER CABLE LENGTH (km) Note: CABLE LENGTH of OTDR Indication NAMA LOKASI Seg.A(OTB-ODC_splitter) Loss Measurement 1550 nm Sub Sistem : FEEDER SEGMENT (OTB - ODC) WITHOUT SPLITTER DATE OF MEASUREMENT: DAERA STO Measurement tools : Power Meter ODC NAME/TYPE 1550nm No. of Cores ODC COORDINATES S 00 ˚00'00" E 00 ˚00'00" Specification/limitation : dB (Cable length x 0.215 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splice x 0.1dB) ODC ATTNUATION (dB) ATTENUATION LIMITATION (dB) REMARKS CABLE FEEDER CABLE No. No. LOSS BUDGET -
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 97 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.2.5 FORM II c: Feeder Segment (OTB-ODC) with 1:4 Passive Splitter @ 1310nm FORM : II c PT TELEKOMUNIKASI INDONESIA WAVE LENGTH CAPACITY OTB RESULT PORT No. Splitter Port No. Pin (dB) Pout (dB) Pout - Pin (dB) PASS/FAIL 1 1 - PASS 2 2 - PASS 3 3 - PASS 4 4 - PASS 5 1 - PASS 6 2 - PASS 7 3 - PASS 8 4 - PASS 9 1 - PASS 10 2 - PASS 11 3 - PASS 12 4 - PASS 13 1 - PASS 14 2 - PASS 15 3 - PASS 16 4 - PASS 17 1 - PASS 18 2 - PASS 19 3 - PASS 20 4 - PASS 21 1 - PASS 22 2 - PASS 23 3 - PASS 24 4 - PASS 25 1 - PASS 26 2 - PASS 27 3 - PASS 28 4 - PASS 29 1 - PASS 30 2 - PASS 31 3 - PASS 32 4 - PASS 33 1 - PASS 34 2 - PASS 35 3 - PASS 36 4 - PASS 37 1 - PASS 38 2 - PASS 39 3 - PASS 40 4 - PASS 41 1 - PASS 42 2 - PASS 43 3 - PASS 44 4 - PASS 45 1 - PASS 46 2 - PASS 47 3 - PASS 48 4 - PASS Catatan: Power Meter digunakan untuk test pelurusan kabel *) Total Loss = (Cable length x 0,35 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splice x 0.1dB) CALCULATION OF ATTENUATION LIMIT: Unit Attenuation ODC 1. CABLE LENGTH (km) 0.35 - 2. No. of SPLICE (pcs) 0.1 4. SPLITTER 1:4 (1 pc) 7.25 3. No. of CONNECTOR (pcs) 0.25 0.00 FEEDER CABLE LENGTH (km) Note: CABLE LENGTH of OTDR Indication Seg.A(OTB-ODC_splitter) Loss Measurement 1310 nm Sub Sistem : FEEDER SEGMENT (OTB - ODC) WITH PASSIVE SPLITTER 1:4 DATE OF MEASUREMENT: DAERA STO No. ODC ATTNUATION (dB) ATTENUATION LIMITATION (dB) 12 11 1097654321 LOSS BUDGET - REMARKS 1310nm 8 Specification/limitation : dB (Cable length x 0.35 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splice x 0.1dB) No. of Cores ODC COORDINATES S 00 ˚00'00" E 00 ˚00'00" Measurement tools : Power Meter FEEDER CABLE CABLE No. ODC NAMA LOKASI NAME/TYPE
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 98 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.2.6 FORM II d: Feeder Segment (OTB-ODC) with 1:4 Passive Splitter @ 1550nm FORM : II d PT TELEKOMUNIKASI INDONESIA WAVE LENGTH CAPACITY OTB RESULT PORT No. Splitter Port No. Pin (dB) Pout (dB) Pout - Pin (dB) PASS/FAIL 1 1 - PASS 2 2 - PASS 3 3 - PASS 4 4 - PASS 5 1 - PASS 6 2 - PASS 7 3 - PASS 8 4 - PASS 9 1 - PASS 10 2 - PASS 11 3 - PASS 12 4 - PASS 13 1 - PASS 14 2 - PASS 15 3 - PASS 16 4 - PASS 17 1 - PASS 18 2 - PASS 19 3 - PASS 20 4 - PASS 21 1 - PASS 22 2 - PASS 23 3 - PASS 24 4 - PASS 25 1 - PASS 26 2 - PASS 27 3 - PASS 28 4 - PASS 29 1 - PASS 30 2 - PASS 31 3 - PASS 32 4 - PASS 33 1 - PASS 34 2 - PASS 35 3 - PASS 36 4 - PASS 37 1 - PASS 38 2 - PASS 39 3 - PASS 40 4 - PASS 41 1 - PASS 42 2 - PASS 43 3 - PASS 44 4 - PASS 45 1 - PASS 46 2 - PASS 47 3 - PASS 48 4 - PASS Catatan: Power Meter digunakan untuk test pelurusan kabel *) Total Loss = (Cable length x 0,215 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splice x 0.1dB) CALCULATION OF ATTENUATION LIMIT: Unit Attenuation ODC 1. CABLE LENGTH (km) 0.215 - 4. SPLITTER 1:4 (1 pc) 7.25 3. No. of CONNECTOR (pcs) 0.25 2. No. of SPLICE (pcs) 0.1 0.00 FEEDER CABLE LENGTH (km) Note: CABLE LENGTH of OTDR Indication Seg.A(OTB-ODC_splitter) Loss Measurement 1550 nm Sub Sistem : FEEDER SEGMENT (OTB - ODC) WITH PASSIVE SPLITTER DATE OF MEASUREMENT: DAERA STO No. ODC ATTNUATION (dB) ATTENUATION LIMITATION (dB) 12 11 10987654321 - ODC NAMA LOKASI NAME/TYPE Specification/limitation : dB (Cable length x 0.215 dB + Connector x 0.25dB + Splitter 1:4 x 7.25dB + Splice x 0.1dB) No. of Cores ODC COORDINATES S 00 ˚00'00" E 00 ˚00'00" Measurement tools : Power Meter REMARKS 1550nm CABLE FEEDER CABLE No. LOSS BUDGET
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 99 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.2.7 FORM III a: Distribution Segment (ODC-ODP) @ 1310nm FORM : III a PT TELEKOMUNIKASI INDONESIA Sub Sistem : SEGMENT B (ODC - ODP) WAVE LENGTH 1310nm ODP RESULT Port Pin (dB) Pout (dB) Pout-Pin (dB) PASS/FAIL S E 1 1 - PASS 2 2 - PASS 3 3 - PASS 4 4 - PASS 5 5 - PASS 6 6 - PASS 7 7 - PASS 8 8 - PASS 9 1 - PASS 10 2 - PASS 11 3 - PASS 12 4 - PASS 13 5 - PASS 14 6 - PASS 15 7 - PASS 16 8 - PASS 17 1 - PASS 18 2 - PASS 19 3 - PASS 20 4 - PASS 21 5 - PASS 22 6 - PASS 23 7 - PASS 24 8 - PASS 25 1 - PASS 26 2 - PASS 27 3 - PASS 28 4 - PASS 29 5 - PASS 30 6 - PASS 31 7 - PASS 32 8 - PASS Catatan: Power Meter digunakan untuk test pelurusan kabel *) Total Loss = (Cable length x 0.35 dB + Connector x 0.25dB + Splitter 1:8 x 10.38dB + Splice x 0.1dB) CALCULATION OF ATTENUATION LIMIT: Attenuation Unit Splitter-.1 Splitter-.2 Splitter-.3 Splitter-.4 1. CABLE LENGTH (km) 0.35 - - - - 5. SPLITTER 1:8 (1 pc) 10.38 3. No. of CONNECTOR (pcs) 0.25 2. No. of SPLICE (pcs) 0.1 0.00 0.00 0.00 0.00 DISTRIBUTION DISTRIBUTION DISTRIBUTION DISTRIBUTION CABLE LENGTH (km): Note: CABLE LENGTH of OTDR Indication SPLITTER 1:4 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" 00 ˚00'00" - - - - NAMA LOKASI DISTRIBUTION CABLE S P L IT T E R N o ._ _ _ __ _ _ S P L IT T E R N o ._ __ _ _ __ S P L IT T E R N o ._ _ _ __ _ _ O D C P o rt N o .__ _ __ _ _ O D C P o rt N o ._ __ _ _ __ O D C P o rt N o ._ _ _ __ _ _ O D C P o rt N o ._ __ _ _ __ ATTENUATION LIMITATION (dB) No. ODP O D P N o ._ _ _ __ _ _ __ O D P N o ._ __ _ __ _ _ _ O D P N o ._ _ __ _ _ __ _ O D P N o .__ _ _ __ _ _ _ S P L IT T E R N o ._ __ _ __ _ CAPACITY No of Cores Measurement tools : Power Meter Specification/limitation : dB (Cable length x 0.35 dB + Connector x 0.25dB + Splitter 1:8 x 10.38dB + Splice x 0.1dB) ATTENUATION (dB) ODP COORDINATES LOSS BUDGET REMARKS ODC ODC COORDINATES S 00 ˚00'00" E 00 ˚00'00" No. CABLE No. Seg.B (ODC-ODP) Loss Measurement 1310 nm DATE OF MEASUREMENT: DAERA STO
HANDBOOK for FTTH OSP (PT TELKOM INDONESIA) Copyright©Fujikura Ltd./Y.N Page 100 HANDBOOK for FTTH-OSP v 1.0 (June 2013) 2.2.8 FORM III b: Distribution Segment (ODC-ODP) @ 1550nm FORM : III b PT TELEKOMUNIKASI INDONESIA Sub Sistem : SEGMENT B (ODC - ODP) WAVE LENGTH 1550nm ODP RESULT Port Pin (dB) Pout (dB) Pout-Pin (dB) PASS/FAIL S E 1 1 - PASS 2 2 - PASS 3 3 - PASS 4 4 - PASS 5 5 - PASS 6 6 - PASS 7 7 - PASS 8 8 - PASS 9 1 - PASS 10 2 - PASS 11 3 - PASS 12 4 - PASS 13 5 - PASS 14 6 - PASS 15 7 - PASS 16 8 - PASS 17 1 - PASS 18 2 - PASS 19 3 - PASS 20 4 - PASS 21 5 - PASS 22 6 - PASS 23 7 - PASS 24 8 - PASS 25 1 - PASS 26 2 - PASS 27 3 - PASS 28 4 - PASS 29 5 - PASS 30 6 - PASS 31 7 - PASS 32 8 - PASS Catatan: Power Meter digunakan untuk test pelurusan kabel *) Total Loss = (Cable length x 0.215 dB + Connector x 0.25dB + Splitter 1:8 x 10.38dB + Splice x 0.1dB) CALCULATION OF ATTENUATION LIMIT: Attenuation Unit Splitter-.1 Splitter-.2 Splitter-.3 Splitter-.4 5. SPLITTER 1:8 (1 pc) 10.38 3. No. of CONNECTOR (pcs) 0.25 2. No. of SPLICE (pcs) 0.1 1. CABLE LENGTH (km) 0.215 0.00 0.00 0.00 0.00 DISTRIBUTION DISTRIBUTION DISTRIBUTION DISTRIBUTION CABLE LENGTH (km): Note: CABLE LENGTH of OTDR Indication Seg.B (ODC-ODP) Loss Measurement 1550 nm DATE OF MEASUREMENT: DAERA STO ODC COORDINATES S 00 ˚00'00" E 00 ˚00'00" No. CABLE No. ATTENUATION LIMITATION (dB) No. ODP O D P N o ._ _ _ _ _ _ _ _ _ O D P N o ._ _ _ _ _ _ _ _ _ O D P N o ._ _ _ _ _ _ _ _ _ O D P N o ._ _ _ _ _ _ _ _ _ S P L IT T E R N o ._ _ _ _ _ _ _ ATTENUATION (dB) LOSS BUDGETNAMA LOKASI S P L IT T E R N o ._ _ _ _ _ _ _ S P L IT T E R N o ._ _ _ _ _ _ _ S P L IT T E R N o ._ _ _ _ _ _ _ O D C P o rt N o ._ _ _ _ _ _ _ O D C P o rt N o ._ _ _ _ _ _ _ O D C P o rt N o ._ _ _ _ _ _ _ O D C P o rt N o ._ _ _ _ _ _ _ CAPACITY No of Cores Measurement tools : Power Meter Specification/limitation : dB (Cable length x 0.215 dB + Connector x 0.25dB + Splitter 1:8 x 10.38dB + Splice x 0.1dB) ODP COORDINATES REMARKS SPLITTER 1:4 DISTRIBUTION CABLE - - - ODC