ALCATEL LUCENT 9400 AWY Rel.2.1 Installation Handbook · PDF fileed02 - 3db16142baaa -...

ED02 - 3DB16142BAAA INSTALLATION HANDBOOK 1 - 1

7 - 8 - 13 - 15 - 18 - 23 - 25 - 28 - 38 GHz

Short-Haul Low/Medium Capacity Digital Microwave Radio Links

ALCATEL LUCENT 9400 AWY Rel.2.1 Installation Handbook

ED02 - 3DB16142BAAA - INSTALLATION HANDBOOK INDEX 1 - 7

INDEX

1. HANDBOOK GUIDE .................................................................................................................................1 1.1. COPYRIGHT NOTIFICATION ....................................................................................................... 1 1.2. NOTICE.......................................................................................................................................... 1 1.3. 9400AWY REL.2.1 CUSTOMER DOCUMENTATION SET .......................................................... 1 1.4. HISTORY, APPLICABILITY AND PURPOSE OF THIS MANUAL ................................................ 2 1.5. HANDBOOK HISTORY, SCOPE AND RELATED DOCUMENTS ................................................ 2

2. INSTALLATION COMPONENTS..............................................................................................................1 2.1. SAFETY RULES ............................................................................................................................ 1 2.2. GENERAL RULES......................................................................................................................... 1 2.3. EMF SAFETY INSTRUCTIONS..................................................................................................... 2 2.4. UNPACKING AND WAREHOUSING ............................................................................................ 3

2.4.1. General .........................................................................................................................................3 2.4.2. Unpacking .....................................................................................................................................3 2.4.3. Warehousing.................................................................................................................................4

2.5. PRE-INSTALLATION CHECKING................................................................................................. 4 2.5.1. 1+0 Full integrated Antenna ........................................................................................................4 2.5.2. 1+0 NON Integrated Antenna ......................................................................................................4 2.5.3. 1+1 Full integrated Antenna .........................................................................................................5 2.5.4. 1+1 NON Integrated Antenna .......................................................................................................5 2.5.5. ODU 13-38GHz Unit check...........................................................................................................6 2.5.6. ODU 7-8GHz Unit check...............................................................................................................6 2.5.7. ODU solar Shield (13-38GHz) ......................................................................................................7 2.5.8. ODU Solar shield (7-8GHz) ..........................................................................................................8 2.5.9. RF COUPLER (band from 13 to 38GHz) UNIT CHECK ..............................................................9 2.5.10. RF COUPLER (band 7/8GHz) UNIT CHECK.............................................................................10 2.5.11. INDOOR UNIT TYPES CHECK..................................................................................................11 2.5.12. Panel E1 Protection SCSI68pin/SubD-37pin..............................................................................12 2.5.13. Panel Service/Alarms SubD-44pin/SubD-15pin .........................................................................12 2.5.14. Support Panel E1 and Panel Service .........................................................................................12

2.6. DISTRIBUTOR TYPES................................................................................................................ 13 2.7. TELEPHONE TYPE ..................................................................................................................... 15 2.8. POLE MOUNTING INSTALLATION HARDWARE KIT CHECK.................................................. 16

2.8.1.1. Pole Mounting FULL INTEGRATED Antenna Installation kit check ............................... 17 2.8.1.2. Cable Grounding Kit........................................................................................................ 17 2.8.1.3. Pole Mounting NON INTEGRATED ANTENNA Installation kit check ............................ 19 2.8.1.4. Cable Grounding Kit........................................................................................................ 20

2.9. INSTALLATION TOOLS REQUIRED .......................................................................................... 21 2.10. ODU-IDU INSTALLATION COMPONENTS ................................................................................ 21

2.10.1. ODU – Full integrated or Not Integrated antenna installation components................................21 2.10.1.1. 9470 AWY - ODU INSTALLATION COMPONENTS................................................. 22 2.10.1.2. 9413 AWY - ODU INSTALLATION COMPONENTS................................................. 24 2.10.1.3. 9415 AWY - ODU INSTALLATION COMPONENTS................................................. 25 2.10.1.4. 9418 AWY - ODU INSTALLATION COMPONENTS................................................. 26 2.10.1.5. 9423 AWY - ODU INSTALLATION COMPONENTS................................................. 27 2.10.1.6. 9425 AWY - ODU INSTALLATION COMPONENTS................................................. 28 2.10.1.7. 9428 AWY - ODU INSTALLATION COMPONENTS................................................. 29 2.10.1.8. 9438 AWY - ODU INSTALLATION COMPONENTS................................................. 30

2.10.2. IDU installation components .......................................................................................................31 3. RACK TYPES INSTALLATION ................................................................................................................1

3.1. GENERAL ...................................................................................................................................... 1 3.2. WTD RACK INSTALLATION ......................................................................................................... 2 3.3. MECHANICAL INSTALLATION..................................................................................................... 2

3.3.1. Rack Positioning and Fastening ....................................................................................... 2 3.3.2. Fixing the rack to floor using expansion bolts ................................................................... 2 3.3.3. Fixing to floating floor ........................................................................................................ 5

3.4. LABORACK INSTALLATION......................................................................................................... 7 3.4.1. Rack mount adapters installation in a rack...................................................................................8

3.5. WALL MOUNTING KIT DESCRIPTION ...................................................................................... 11 4. TOP RACK UNIT INSTALLATION ...........................................................................................................1

4.1. TOP RACK UNIT COMPONENT................................................................................................... 2 4.2. TOP RACK UNIT CONNECTIONS................................................................................................ 3 4.3. TOP RACK UNIT GROUNDING.................................................................................................... 4


4.3.1. Protection ground Connections ....................................................................................................4 4.4. POWER SUPPLY INSTALLATION KIT ......................................................................................... 6

4.4.1. ASSEMBLY Procedure.................................................................................................................7 4.5. AWY SUPPLY VOLTAGE & GROUNDING SECTION CABLES ................................................ 8

5. INDOOR UNIT INSTALLATION................................................................................................................1 5.1. GENERAL ...................................................................................................................................... 1

5.1.1. Minimum distances between systems installed in the rack ..........................................................1 5.1.2. Minimum distances between systems installed in the rack (VERTICAL).....................................2

6. CONNECTORS ON IDU............................................................................................................................1 6.1. IDU MAIN – ALARMS / NMS G703/V11 (SUBD-44PIN) ............................................................... 1 6.2. IDU MAIN AUDIO - USER SERV (SUBD-44PIN)......................................................................... 2 6.3. IDU MAIN/EXTENSION INTER-CONNECTION........................................................................... 2 6.4. IDU MAIN I/O (1/16) SCSI 68PIN FEMALE.................................................................................. 3 6.5. IDU MAIN I/O (17/32) SCSI 68PIN FEMALE................................................................................ 4 6.6. IDU MAIN – ECT RS232 – SUBD-9 FEMALE............................................................................... 5 6.7. IDU MAIN – EXTENSION CONNECTOR POWER SUPPLY (3X42)............................................. 5 6.8. IDU – ODU MAIN – EXTENSION CONNECTOR......................................................................... 5

6.8.1. Connector N – Torque Tightening ................................................................................................5 6.8.2. CABLE Maximun length................................................................................................................5

6.9. 10/100BT UPGRADE KIT .............................................................................................................. 6 6.10. DATA ENHANCED ........................................................................................................................ 6 6.11. IDU EXTENSION - USER SERV (SUBD-44PIN) .......................................................................... 6 6.12. IDU EXTENSION - I/O (1/16) SCSI 68PIN FEMALE.................................................................... 7 6.13. IDU EXTENSION - I/O (17/32) SCSI 68PIN FEMALE.................................................................. 8

7. IDU INTERCONNECTIONS ......................................................................................................................1 7.1. IDU MAIN UNIT.............................................................................................................................. 2 7.2. IDU EXTENSION UNIT.................................................................................................................. 3 7.3. PANEL E1 PROTECTION SCSI 68 PIN/SUBD-37 PIN ................................................................ 4 7.4. PANEL SERVICE/ALARMS SUBD-44 PIN/SUBD-15PIN ............................................................. 4

8. POLE MOUNTING INSTALLATION.........................................................................................................1 8.1. RFS POLE MOUNTING INSTALLATION...................................................................................... 1

8.1.1. Table of torques for nut and bolt connections ..............................................................................1 8.2. ANDREW POLE MOUNTING INSTALLATION ............................................................................. 2

8.2.1. Table of torques for nut and bolt connections ..............................................................................2 9. OUTDOOR UNITS INSTALLATION .........................................................................................................1

9.1. ODU TYPES .................................................................................................................................. 1 9.2. 1+0 ODU INSTALLATION FULL INTEGRATED ANTENNA......................................................... 3

9.2.1. ANTENNA AND POLE MOUNTING INSTALLING.......................................................................4 9.2.2. Turn the Antenna Nose and change polarization .........................................................................4 9.2.3. Installing the ODU.........................................................................................................................5 9.2.4. ALIGNING THE ANTENNA ..........................................................................................................6

9.2.4.1. FINE ANTENNA ALIGNMENT.......................................................................................... 6 9.2.5. LIGHT SERVICE KIT CABLE USE...............................................................................................7

9.2.5.1. Connector usage:.............................................................................................................. 7 9.2.5.2. typical installation layout ................................................................................................... 9

9.3. INSTALLATION ON THE WALL .................................................................................................. 10 9.4. INSTALLING THE “FLEXTWIST“ WAVEGUIDE ......................................................................... 11 9.5. 13-38GHZ ODU 1+1 INSTALLATION FULL INTEGRATED ANTENNA..................................... 12

9.5.1. ANTENNA AND POLE MOUNTING INSTALLING.....................................................................13 9.5.2. RF COPULER INSTALLING.......................................................................................................13 9.5.3. ODU INSTALLING......................................................................................................................14

9.5.3.1. coupler change polarization ............................................................................................ 15 9.6. 7-8GHZ ODU 1+1 INSTALLATION FULL INTEGRATED ANTENNA......................................... 17

9.6.1. ANTENNA AND POLE MOUNTING INSTALLAING ..................................................................18 9.6.2. RF COUPLER INSTALLING.......................................................................................................18 9.6.3. –ODU 1+1 Installing....................................................................................................................19

9.6.3.1. COUPLER change polarization ...................................................................................... 20 9.6.3.2. typical installation layout ................................................................................................. 21

9.7. 1+0 ODU INSTALLATION WITH NON INTEGRATED ANTENNA ............................................. 22 9.7.1. ANTENNA AND POLE MOUNTING INSTALLING.....................................................................23 9.7.2. ODU INSTALLAING ...................................................................................................................23

9.7.2.1. Typical installation layout ................................................................................................ 24 9.8. 13-38GHZ ODU 1+1 INSTALLATION NON INTEGRATED ANTENNA...................................... 25


9.8.1. ANTENNA AND POLE MOUNTING...........................................................................................26 9.8.2. RF COUPLER INSTALLING.......................................................................................................26 9.8.3. ODU INSTALLING......................................................................................................................27

9.9. 7-8GHZ ODU 1+1 INSTALLATION NON INTEGRATED ANTENNA.......................................... 28 9.9.1. ANTENNA AND POLE MOUNTING INSTALLING.....................................................................28 9.9.2. NOSE ADAPTER........................................................................................................................28 9.9.3. RF COUPLER INSTALLING.......................................................................................................29 9.9.4. ODU INSTALLING......................................................................................................................30

9.9.4.1. typical installation layout ................................................................................................. 31 9.10. 7-8GHZ INSTALLATION FULL INDOOR AWY (TWO TERMINAL)............................................ 32 9.11. SOLAR SHIELD INSTALLATION ................................................................................................ 36 9.12. IDU / ODU CABLE GROUNDING KIT ASSEMBLING ................................................................ 36

10. CONFIGURATION TYPES........................................................................................................................1 10.1. 16E1 IDU 1+0................................................................................................................................. 1 10.2. 32E1 IDU 1+0................................................................................................................................. 2 10.3. 16E1 IDU 1+0 WITH DISTRIBUTOR 120 OHM ............................................................................ 3 10.4. 32E1 IDU 1+0 WITH DISTRIBUTOR 120 OHM ............................................................................ 4 10.5. 16E1 + DATA (OR ENHANCED DATA) IDU 1+0 WITH DISTRIBUTOR 120OHM....................... 5 10.6. 16E1 IDU 1+0 WITH DISTRIBUTOR 75 OHM .............................................................................. 7 10.7. 32E1 IDU 1+0 WITH DISTRIBUTOR 75 OHM .............................................................................. 8 10.8. 16E1 + DATA (OR ENHANCED DATA) IDU 1+0 WITH DISTRIBUTOR 75 OHM........................ 9 10.9. 16E1 IDU 1+1 WITH DISTRIBUTOR SUB-RACK FOR 1.6/5.6 75 OHM................................... 11 10.10. 32E1 IDU 1+1 WITH DISTRIBUTOR SUB-RACK FOR 1.6/5.6 75 OHM ............................... 13 10.11. 16E1 + DATA (OR ENHANCED DATA) IDU 1+1 WITH DISTRIBUTOR SUB-RACK FOR 1.6/5.6 75 OHM......................................................................................................................................... 15 10.12. 16E1 IDU 1+1 WITH DISTRIBUTOR 3U SUB-RACK 19INCH MODULES 120OHM............. 17 10.13. 32E1 IDU 1+1 WITH DISTRIBUTOR 3U SUB-RACK 19INCH MODULES 120OHM............. 19 10.14. 16E1 + DATA (OR ENHANCED DATA) IDU 1+1 WITH DISTRIBUTOR 3U SUB-RACK 19INCH MODULES 120OHM ................................................................................................................... 21 10.15. CABLES POSITIONING.......................................................................................................... 23

10.15.1. 1+1 32E1 with Support connectors 1.6/5.6 75 Ohm Panel 1U..........................................23 11. CAPACITY EXTENSION...........................................................................................................................1 12. CABLE CODE INTERCONNECTIONS ....................................................................................................1

12.1. CABLE 3DB05922AAAA (L.= 1.6M) OR 3DB05923AAAA (L.=6,4M) ......................................... 2 12.2. CABLE 3DB05021AAAA (L.= 2M) OR 3DB14051AAAA (L.=6,4M) ............................................ 3 12.3. CABLE 3DB10095AAAA (L.= 1.6M) OR 3DB10096AAAA (L.=6,4M) ......................................... 4 12.4. CABLE 3DB10087AAAA (L.= 1.6M) OR 3DB10088AAAA (L.=6,4M) – ...................................... 5 12.5. CABLE 3DB10089AAAA (L.= 1.6M) OR 3DB10090AAAA (L.=6,4M) ......................................... 6 12.6. CABLE 3DB10091AAAA (L.= 1.6M) OR 3DB10092AAAA (L.=6,4M) ......................................... 7 12.7. CABLE 3DB10100AAAA (L.= 1M) ................................................................................................. 8 12.8. CABLE 3DB10101AAAA (ADAPTER ESC/NMS V1) .................................................................. 10 12.9. CABLE 3CC52119AAAA (L.= 1,6) OR 3CC52120AAAA (L.=6,4) ............................................... 11 12.10. CABLE 3CC52121AAAA (L.= 1M)........................................................................................... 12 12.11. CABLE 3DB10063AAAA (L.= 1,6) OR 3DB10064AAAA (L.=6,4) .......................................... 13 12.12. CABLE 3DB10093AAAA (L.= 1.6M) OR 3DB10094AAAA (L.=6,4) ........................................ 14 12.13. CABLE 3CC52130AAAA (L.= 1.6M) OR 3CC52131AAAA (L.= 6.4M).................................... 15 12.14. CABLE 3CC52115ABAA (L.= 15M OR FREE) ....................................................................... 16 12.15. CABLE 3CC52116AAAA (L.=0,5M)......................................................................................... 17 12.16. CABLE 3CC52117ABAA (L.=15M).......................................................................................... 18 12.17. CABLE 3CC52118AAAA (L.=1M)............................................................................................ 19 12.18. CABLE 3CC07658AAAA ......................................................................................................... 20 12.19. CABLE 3CC07885ABAA SUB-D 37 (L.=2M) .......................................................................... 21 12.20. CABLE 3CC07759ABAA SUB-D 37PIN (L.=2M) ................................................................... 22 12.21. CABLE 3CC08951AAAA 37PIN .............................................................................................. 23 12.22. CABLE 3DB05594AAA SUB-D 15PIN .................................................................................... 24 12.23. CABLE 3DB10003AAAA SUB-D 37PIN .................................................................................. 25 12.24. CABLE 3DB10008AAAA SUB-D 37PIN .................................................................................. 26 12.25. CABLE 3CC52133AAAA - SCSI68 120 OHM........................................................................ 27 12.26. CABLE 3DB16126ABAA SCSI100 WIRE FOR 1+1................................................................ 28

13. NETWORK INTERCONNECTIONS..........................................................................................................1 13.1. AWY-AWY INTERCONNECTIONS CABLE LIST.......................................................................... 1

13.1.1. NMS Continuity .............................................................................................................................1 13.1.2. AUDIO Connection .......................................................................................................................3


13.1.3. NMS Ring Protection with Audio Continuity .................................................................................4 13.1.4. ESC Continuity..............................................................................................................................5

13.2. AWY-MELODIE SNMP INTERCONNECTIONS CABLE LIST ..................................................... 6 13.2.1. NMS Continuity with Audio Connection........................................................................................6 13.2.2. Service Channel Continuity (MELODIE 1+0 classic)....................................................................7 13.2.3. Service Channel Continuity (MELODIE 1+0 Light).......................................................................8 13.2.4. Service Channel Continuity (MELODIE 1+1) ...............................................................................9 13.2.5. Service Channel Continuity (MELODIE 1+1) .............................................................................10

13.3. AWY-MELODIE RQ2 INTERCONNECTIONS CABLE LIST ...................................................... 11 13.3.1. AWY NMS_V11 Transport (MELODIE 1+0 Classic) ..................................................................11 13.3.2. AWY NMS_V11 Transport (MELODIE 1+0 Light) ......................................................................12 13.3.3. AWY NMS_V11 Transport (MELODIE 1+1)...............................................................................13 13.3.4. AWY NMS_V11 Transport (MELODIE 1+1)...............................................................................14

13.4. RQ2 9.6 K/B TRANSPORT.........................................................................................................15

Table of Figures Section 1 – No Figures Section 2 Figure 1 – ODU 13-38 GHz rear and front views ............................................................................ 6 Section 2 Figure 2 - ODU 7-8 GHz rear and front views................................................................................. 6 Section 2 Figure 3 - ODU solar shields views (13 to 38GHz) ......................................................................... 7 Section 2 Figure 4 - ODU solar shields views (7- 8GHz) ................................................................................ 8 Section 2 Figure 5 - ODU RF coupler view (Bands from 13 to 38 GHz)......................................................... 9 Section 2 Figure 6 - ODU RF coupler view (Bands 7- 8 GHz) ...................................................................... 10 Section 2 Figure 7 - Indoor Unit Main and Extension.................................................................................... 11 Section 2 Figure 8 - Panel E1 Protection SCSI68pin/SubD-37 .................................................................... 12 Section 2 Figure 9 - Panel Service/Alarms SubD44pin/SubD15pin.............................................................. 12 Section 2 Figure 10 - Support Panel ............................................................................................................. 12 Section 2 Figure 11 - Support 19 Inch modules 120Ohm............................................................................. 13 Section 2 Figure 12 - Support connector 1.6/5.6 75 Ohm Panel 1U............................................................. 14 Section 2 Figure 13 - Support connector 75 Ohm BNC................................................................................ 14 Section 2 Figure 14 - Telephone types ......................................................................................................... 15 Section 2 Figure 15 - Not integrated antenna and ODU Mounting Hardware Install .................................... 19 Section 3 Figure 1 - Fixing the W.T.D. rack using expansion anchors ........................................................... 3 Section 3 Figure 2 - Rack - Drill Holes for Anchoring to the Floor (single rack).............................................. 4 Section 3 Figure 3 - Rack - Floor tile drilling template .................................................................................... 5 Section 3 Figure 4 - Rack - Example of securing rack assembly to computer floor........................................ 6 Section 3 Figure 5 - Laborack ......................................................................................................................... 7 Section 3 Figure 6 - IDU with adapter for installation...................................................................................... 8 Section 3 Figure 7 - Subrack installation in Laborack ..................................................................................... 9 Section 3 Figure 8 - Subrack cabinets grounding points............................................................................... 10 Section 3 Figure 9 - Fixing the mechanical support to the wall..................................................................... 11 Section 4 Figure 1 - Top Rack Unit ................................................................................................................. 1 Section 4 Figure 2 ........................................................................................................................................... 1 Section 4 Figure 3 ........................................................................................................................................... 1 Section 4 Figure 4 - Top Rack Unit connections............................................................................................. 3 Section 4 Figure 5 - Top Rack Unit – Grounding position on Laborack.......................................................... 4 Section 4 Figure 6 – ETSI Rack - Ground connections .................................................................................. 5 Section 4 Figure 7 – Laborack - Ground connections..................................................................................... 5 Section 5 Figure 1 - Summary of minimum distance in 1+1 configuration...................................................... 1 Section 5 Figure 2 - Summary of minimum distance in 1+0 configuration...................................................... 1 Section 5 Figure 3 - Summary of minimum distance in 1+1 configuration (Vertical Mounting) ...................... 2 Section 5 Figure 4 - Summary of minimum distance in 1+0 configuration (Vertical Mounting) ...................... 2 Section 6 Figure 1 – IDU Main Connector Alarms/NMS G703/V11 (Sub-D 44pin) ........................................ 1 Section 6 Figure 2 - IDU Main Connector Audio-User Serv (Sub-D 44pin) .................................................... 2 Section 6 Figure 3 - IDU Main Connector Inter-Connection............................................................................ 2 Section 6 Figure 4 -Cable SCSI 100 wire........................................................................................................ 2 Section 6 Figure 5 - IDU Main Connector I/O (1/16E1) SCSI 68pin Female .................................................. 3 Section 6 Figure 6 – IDU Main Connector I/O (17/32E1) SCSI 68 pin Female .............................................. 4


Section 6 Figure 7 – IDU Main Connector ECT RS232 Sub-D Female.......................................................... 5 Section 6 Figure 8 – IDU Main Connector Power Supply ............................................................................... 5 Section 6 Figure 9 – IDU Main Connector IDU-ODU ...................................................................................... 5 Section 6 Figure 10 – IDU Main (2x10/100base T potrs)................................................................................ 6 Section 6 Figure 11 – IDU Main (4x10/100/1000base T potrs)....................................................................... 6 Section 6 Figure 12 – IDU Extension Connector User Serv Sub-D 44pin ...................................................... 6 Section 6 Figure 13 – IDU Extension Connector I/O (1/16E1) SCSI 68 pin Female ...................................... 7 Section 6 Figure 14 – IDU Extension I/O (17/32E1) SCSI 68 pin Female ...................................................... 8 Section 7 Figure 1 - Main Unit Front ............................................................................................................... 1 Section 7 Figure 2 - Extension Unit Front ....................................................................................................... 1 Section 7 Figure 3 - IDU MAIN UNIT .............................................................................................................. 2 Section 7 Figure 4 - IDU EXTENSION UNIT................................................................................................... 3 Section 7 Figure 5 - Panel E1 Protection SCSI 68 PIN/SubD-37 PIN ............................................................ 4 Section 7 Figure 6 - Panel Service/Alarms SubD-44 PIN/SubD-15PIN.......................................................... 4 Section 8 Figure 1 - 13-38GHz ODU rear and front views.............................................................................. 1 Section 8 Figure 2 - 7-8 GHz ODU rear and front views................................................................................. 2 Section 8 Figure 3 – RFS Pole mounting (2ft)................................................................................................. 3 Section 8 Figure 4 – ANDREW Pole mounting (2ft)........................................................................................ 3 Section 8 Figure 5 - Installation full integrated antenna (Vertical polarization) ............................................... 4 Section 8 Figure 6 - ODU 1+0 installation for Full Integrated antenna ........................................................... 5 Section 8 Figure 7 – Cable and LEMO connector (3CC13477AA**) .............................................................. 7 Section 8 Figure 8 - Typical installation of 1+0 ODU full integrated antenna, 30 cm or 60 cm. ..................... 9 Section 8 Figure 9 - Pole mounting near a wall ............................................................................................ 10 Section 8 Figure 10 - ODU 1+1 Full integrated antenna views..................................................................... 12 Section 8 Figure 11 - Installing the Coupler To the Radio Support............................................................... 13 Section 8 Figure 12 - Installing the RF coupler with ODU 1+1 for Full Integrated antenna.......................... 14 Section 8 Figure 13 - 1st Step and 2nd step ................................................................................................... 15 Section 8 Figure 14 - 1st Step inserted ........................................................................................................ 15 Section 8 Figure 15 - 2nd Step inserted ......................................................................................................... 16 Section 8 Figure 16 - Screws fixing............................................................................................................... 16 Section 8 Figure 17 - Typical installation of 1+1 ODU with full integrated antenna ...................................... 16 Section 8 Figure 18 - ODU 1+1 installation Full Integrated antenna (7-8GHz)............................................. 17 Section 8 Figure 19 - Installing the RF Coupler To the Radio Support......................................................... 18 Section 8 Figure 20 - Installing the RF coupler with ODU 1+1 for Full Integrated antenna.......................... 19 Section 8 Figure 21 - Typical installation of 1+1 ODU full integrated antenna ............................................. 21 Section 8 Figure 22 – 1+0 ODU installation with not integrated antenna ..................................................... 22 Section 8 Figure 23 - ODU 1+0 installation for not integrated antenna ........................................................ 23 Section 8 Figure 24 - ODU 1+0 Non integrated antenna layout ................................................................... 24 Section 8 Figure 25 - Pole mounting with ODU 1+1 for not integrated antenna (13 to 38 GHz) .................. 25 Section 8 Figure 26 - Installation of the Coupler on the pole mounting (13 to 38 GHz) ............................... 26 Section 8 Figure 27 - ODU 1+1 on the pole mounting Non integrated antenna (11 to 38 GHz) .................. 27 Section 8 Figure 28 – Nose Adapter pole mounting ODU 1+1 not integrated antenna................................ 28 Section 8 Figure 29 – Nose Adapter Pole mounting ODU 1+1 Non integrated antenna.............................. 28 Section 8 Figure 30 - RF COUPLER ODU 1+1 Non integrated antenna (7 - 8GHz).................................... 29 Section 8 Figure 31 - ODU 1+1 installation Non integrated antenna (7- 8 GHz) .......................................... 30 Section 8 Figure 32 - Typical installation of 1+1 ODU Non integrated antenna ........................................... 31 Section 8 Figure 33 - Panel support 4U – 19“ for ODU 1+1 and Coupler..................................................... 32 Section 8 Figure 34 - Panel support 4U – 19“ for ODU 1+1 and Coupler..................................................... 33 Section 8 Figure 35 - Principle Installation in Laborack with ODU 1+1 and Coupler.................................... 34 Section 8 Figure 36 - Support pole mounting (Laborack) ............................................................................. 35 Section 8 Figure 37 - Solar shield installation ODU 1+0............................................................................... 36 Section 9 Figure 1 – 16E1 IDU 1+0................................................................................................................. 1 Section 9 Figure 2 – 32E1 IDU 1+0................................................................................................................. 2 Section 9 Figure 3 – 16E1 IDU 1+0 with distributor 120 Ohm ........................................................................ 3 Section 9 Figure 4 – 32E1 IDU 1+0 with distributor 120 Ohm ........................................................................ 4 Section 9 Figure 5 – 16E1 + Data (or ENHANCED Data) IDU 1+0 with distributor 120Ohm......................... 5 Section 9 Figure 6 – 16E1 IDU 1+0 with distributor 75 Ohm (or BNC) ........................................................... 7 Section 9 Figure 7 – 32E1 IDU 1+0 with distributor 75 Ohm (1.6/5.6 or BNC)............................................... 8 Section 9 Figure 8 – 16E1 Data (or ENHANCED Data) IDU 1+0 with distributor 75 Ohm............................. 9 Section 9 Figure 9 – 16E1 IDU 1+1 with distributor sub-rack for 1.6/5.6 75 Ohm BNC ............................... 11 Section 9 Figure 10 – 32E1 IDU 1+1 with distributor sub-rack for 1.6/5.6 75 Ohm...................................... 13


Section 9 Figure 11 – 16E1 + Data (or ENHANCED DATA) IDU 1+1 with distributor subrack for 1.6/5.6 75 Ohm BNC ...................................................................................................................................................... 15 Section 9 Figure 12 – 16E1 IDU 1+1 with distributor 3U subrack 19inch modules 120Ohm........................ 17 Section 9 Figure 13 – 32E1 IDU 1+1 with distributor 3U sub-rack 19inch modules 120Ohm ...................... 19 Section 9 Figure 14 - 16E1+ Data (or ENHANCED DATA) IDU 1+1 with distributor 3U subrack 19inch modules 120Ohm .......................................................................................................................................... 21 Section 9 Figure 15 – Cable positioning 1+1 32E1 with Support connectors 1.6/5.6 75 Ohm Panel 1U ..... 23 Section 10 – No Figures Section 11 Figure 1 - Cable 3DB05922AAAA................................................................................................. 2 Section 11 Figure 2 - Cable 3DB05021AAAA – 3DB14051AAAA .................................................................. 3 Section 11 Figure 3 - Cable 3DB10095AAAA – 3DB10096AAAA .................................................................. 4 Section 11 Figure 4 - Cable 3DB10087AAAA – 3DB10088AAAA (ESC – AWY)........................................... 5 Section 11 Figure 5 - Cable 3DB10089AAAA – 3DB10090AAAA .................................................................. 6 Section 11 Figure 6 - Cable 3DB10091AAAA – 3DB10092AAAA .................................................................. 7 Section 11 Figure 7 - Cable 3DB10100AAAA................................................................................................. 8 Section 11 Figure 8 - Cable 3DB10101AAAA (Adapter ESC/NMS-V1)........................................................ 10 Section 11 Figure 9 - Cable 3CC52119AAAA-3CC52120AAAA (NMS ESC ¾ CROSSED CABLE)........... 11 Section 11 Figure 10 - Cable 3CC52121AAAA (LUX 50 ESC-ESC / ALARMS ADAPTER) ........................ 12 Section 11 Figure 11 - Cable 3DB10063AAAA (NMS INTERFACE AWY – MELODIE IDU) ....................... 13 Section 11 Figure 12 - Cable 3DB10093AAAA............................................................................................. 14 Section 11 Figure 13 - Cable 3CC52130AAAA – 3CC52131AAAA.............................................................. 15 Section 11 Figure 14 - Cable 3CC52115ABAA............................................................................................. 16 Section 11 Figure 15 - Cable 3DB52116AAAA............................................................................................. 17 Section 11 Figure 16 - Cable 3CC52117ABAA............................................................................................. 18 Section 11 Figure 17 - Cable 3DB52118AAAA............................................................................................. 19 Section 11 Figure 18 - Cable 3CC07658AAAA............................................................................................. 20 Section 11 Figure 19 - Cable 3CC07885ABAA............................................................................................. 21 Section 11 Figure 20 - Cable 3CC07759ABAA............................................................................................. 22 Section 11 Figure 21 - Cable 3CC08951AAAA............................................................................................. 23 Section 11 Figure 22 - Cable 3DB05594AAAA............................................................................................. 24 Section 11 Figure 23 - Cable 3DB10003AAAA............................................................................................. 25 Section 11 Figure 24 - Cable 3DB10008AAAA............................................................................................. 26 Section 11 Figure 25 - Cable SCSI 100 WIRE - 3DB16126ABAA............................................................... 28 Section 12 Figure 1 – NMS Continuity ............................................................................................................ 1 Section 12 Figure 2 – NMS Continuity ............................................................................................................ 2 Section 12 Figure 3 - NMS Continuity on ESC................................................................................................ 2 Section 12 Figure 4 – AUDIO Connection....................................................................................................... 3 Section 12 Figure 5 – NMS Ring protection with audio continuity .................................................................. 4 Section 12 Figure 6 – ESC Continuity............................................................................................................. 5 Section 12 Figure 7 – NMS continuity with Audio connection......................................................................... 6 Section 12 Figure 8 – Service Channel continuity (MELODIE 1+0 classic).................................................... 7 Section 12 Figure 9 – Service Channel continuity – (MELODIE 1+0 Light).................................................... 8 Section 12 Figure 10 – Service Channel continuity (MELODIE 1+1).............................................................. 9 Section 12 Figure 11 - Service Channel continuity (MELODIE 1+1) ............................................................ 10 Section 12 Figure 12 – AWY NMS V11 Transport (MELODIE 1+0 classic) ................................................. 11 Section 12 Figure 13 - AWY NMS V11 Transport (MELODIE 1+0 light) ...................................................... 12 Section 12 Figure 14 - AWY NMS V11 Transport (MELODIE 1+1) .............................................................. 13 Section 12 Figure 15 - AWY NMS V11 Transport (MELODIE 1+1) .............................................................. 14 Section 12 Figure 16 – RQ2 9.6 K/b Transport ............................................................................................. 15 Table List Section 2 Table 1 - Reference Code RF Coupler (Bands from 13 to 38 GHz) ............................................... 9 Section 2 Table 2 - Reference Code RF Coupler Type A (Bands from 7/8 GHz)......................................... 10 Section 2 Table 3 - Table Grounding Kit ....................................................................................................... 17 Section 2 Table 4 - Non Integrated pole mounting installation kit ................................................................. 20 Section 2 Table 5 - Cable Grounding Kit....................................................................................................... 20 Section 2 Table 6 - 9470 AWY - ODU Installation materials for Integrated or Non Integrated antenna....... 23 Section 2 Table 7 - 9413 AWY - ODU Installation materials for Integrated or Not Integrated antenna........ 24 Section 2 Table 8 - 9415 AWY - ODU Installation materials for Integrated or Not Integrated antenna........ 25 Section 2 Table 9 - 9418 AWY - ODU Installation materials for Integrated or Not Integrated antenna........ 26


Section 2 Table 10 - 9423 AWY - ODU Installation materials for Integrated or Not Integrated antenna...... 27 Section 2 Table 11 - 9425 AWY - ODU Installation materials for Integrated or Not Integrated antenna...... 28 Section 2 Table 12 - 9428 AWY - ODU Installation materials for Integrated or Not Integrated antenna...... 29 Section 2 Table 13 - 9438 AWY - ODU Installation materials for Integrated or Not Integrated antenna...... 30 Section 2 Table 14 - IDU Installation components ........................................................................................ 31 Section 4 Table 1 – T.R.U. Components......................................................................................................... 2 Section 8 Table 1 - 7/8Ghz FLEXTWIST WAVEGUIDE ............................................................................... 11 Section 8 Table 2 - 13/38Ghz FLEXTWIST WAVEGUIDE ........................................................................... 11 Section 8 Table 3 - AWY 7/8 GHz Installation code Full Indoor housing kit ................................................. 35 Section 9 Table 1 - (Section 9 Figure 1 – 16E1 IDU 1+0).............................................................................. 1 Section 9 Table 2 - (Section 9 Figure 2 – 32E1 IDU 1+0).............................................................................. 2 Section 9 Table 3 - (Section 9 Figure 3 – 16E1 IDU 1+0 with distributor 120 Ohm) ...................................... 3 Section 9 Table 4 - (Section 9 Figure 4 – 32E1 IDU 1+0 with distributor 120 Ohm) ...................................... 4 Section 9 Table 5 - (Section 9 Figure 5 – 16E1 + Data (or ENHANCED Data) IDU 1+0 with distributor 120Ohm).......................................................................................................................................................... 6 Section 9 Table 6 - (Section 9 Figure 6 – 16E1 IDU 1+0 with distributor 75 Ohm (or BNC) ) ........................ 7 Section 9 Table 7 - (Section 9 Figure 7 – 32E1 IDU 1+0 with distributor 75 Ohm (1.6/5.6 or BNC) ) ............ 8 Section 9 Table 8 - (Section 9 Figure 8 – 16E1 Data (or ENHANCED Data) IDU 1+0 with distributor 75 Ohm............................................................................................................................................................... 10 Section 9 Table 9 – (Section 9 Figure 9 – 16E1 IDU 1+1 with distributor sub-rack for 1.6/5.6 75 Ohm BNC )....................................................................................................................................................................... 12 Section 9 Table 10 - (Section 9 Figure 10 – 32E1 IDU 1+1 with distributor sub-rack for 1.6/5.6 75 Ohm) .. 14 Section 9 Table 11 - (Section 9 Figure 11 – 16E1 + Data (or ENHANCED DATA) IDU 1+1 with distributor subrack for 1.6/5.6 )....................................................................................................................................... 16 Section 9 Table 12 - (Section 9 Figure 12 – 16E1 IDU 1+1 with distributor 3U subrack 19inch modules 120Ohm)........................................................................................................................................................ 18 Section 9 Table 13 - (Section 9 Figure 13 – 32E1 IDU 1+1 with distributor 3U sub-rack 19inch modules 120Ohm)........................................................................................................................................................ 20 Section 9 Table 14 - (Section 9 Figure 14 - 16E1+ Data (or ENHANCED DATA) IDU 1+1 with distributor 3U subrack) ......................................................................................................................................................... 22 Section 11 Table 1 - Cable code interconnections.......................................................................................... 1 Section 11 Table 2 - Connections Cable 3DB05922AAAA (L.= 1.6m) or 3DB05923AAAA (L.=6,4m)........... 2 Section 11 Table 3 - Connector Cable 3DB05021AAAA (L.= 2m) or 3DB14051AAAA (L.=6,4m) ............... 3 Section 11 Table 4 - Connection Cable 3DB10095AAAA (L.= 1.6m) or 3DB10096AAAA (L.=6,4m)........... 4 Section 11 Table 5 - Connection Cable 3DB10087AAAA (L.= 1.6m) or 3DB10088AAAA (L.=6,4m)........... 5 Section 11 Table 6 - Connection Cable 3DB10089AAAA (L.= 1.6m) or 3DB10090AAAA (L.=6,4m)........... 6 Section 11 Table 7 - Connection Cable 3DB10091AAAA (L.= 1.6m) or 3DB10092AAAA (L.=6,4m)........... 7 Section 11 Table 8 - Connection Cable 3DB10100AAAA (L.= 1m) ................................................................ 9 Section 11 Table 9......................................................................................................................................... 10 Section 11 Table 10 - Connection Cable 3CC52119AAAA (L.= 1,6) or 3CC52120AAAA (L.=6,4) .............. 11 Section 11 Table 11 - Connection Cable 3CC52121AAAA (L.= 1m) ............................................................ 12 Section 11 Table 12 - Connection Cable 3DB10063AAAA (L.= 1,6) ............................................................ 13 Section 11 Table 13 - Connection Cable 3DB10093AAAA (L.= 1.6m) ......................................................... 14 Section 11 Table 14 - Connection Cable 3DB52130AAAA (L.= 1.6m) ......................................................... 15 Section 11 Table 15....................................................................................................................................... 16 Section 11 Table 16....................................................................................................................................... 17 Section 11 Table 17....................................................................................................................................... 18 Section 11 Table 18....................................................................................................................................... 19 Section 11 Table 19....................................................................................................................................... 21 Section 11 Table 20....................................................................................................................................... 22 Section 11 Table 21....................................................................................................................................... 24 Section 11 Table 22....................................................................................................................................... 25 Section 11 Table 23....................................................................................................................................... 26 Section 11 Table 24....................................................................................................................................... 27

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 1 HANDBOOK GUIDE 1 - 2

1. HANDBOOK GUIDE

1.1. COPYRIGHT NOTIFICATION The technical information of this manual is property of ALCATEL-LUCENT and must not be copied, reproduced or disclosed to a third party without written consent.

1.2. NOTICE The product specification and/or performance levels contained in this document are for information purposes only and are subject to change without notice. They do not represent any obligation on the part of ALCATEL-LUCENT.

1.3. 9400AWY REL.2.1 CUSTOMER DOCUMENTATION SET

The standard Customer Documentation for 9400AWY Rel.2.1 is in the English language and is distributed to Customers only by the following CD-ROM:

CD-ROM Technical Description Technical Code Commercial Code DCP 9400AWY 2.1 CD_ROM 3DB 16142 ABAA

It contains, in electronic format (ADOBE ACROBAT pdf files), the following handbooks:

- 9400AWY Rel.2.1 Installation Handbook (this handbook) Provides information regarding equipment hardware installation, according to Alcatel-Lucent WTD

LAB. rules

- 9400AWY Rel.2.1 User Manual Provides information regarding 9400AWY Rel.2.1 running with SWP 9400AWY IDU32 suite:

- equipment description and composition, station layouts and hardware setting documentation and maintenance

- SWP screens and operational procedures for Equipment SW management and maintenance - Equipment commissioning, according to Alcatel-Lucent WTD LAB rules.

- 9400AWY Rel.2.1 TRS and SAT Contains the Test Report Sheet and the Site Acceptance Test protocol, according to Alcatel-Lucent

WTD LAB rules. The source file of this document (MSWORD) is also distributed in the Document CD-ROM.

For further information regarding 9400AWY Rel.2.1 Customer Documentation set, please refer to the document Customer Documentation set description and CD-ROM history accessible from the CD-ROM MAIN MENU.

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 1 HANDBOOK GUIDE 2 - 2

1.4. HISTORY, APPLICABILITY AND PURPOSE OF THIS MANUAL

02 27/07/2007 0000052582 P.GAROFOLI C.NAVA

01 31/05/2007 P.GAROFOLI C.NAVA

ED DATE CHANGE NOTE APPRAISAL AUTHORITY

ORIIGINATOR

This handbook is associated to SWP 9400AWY Rel.2.1.x, taking into account all system features that are made available by first SWP version V2.1.0, as well as by successive SWP releases-versions.

1.5. HANDBOOK HISTORY, SCOPE AND RELATED DOCUMENTS

ED DATE COMMENTS

01 31/05/2007 Edition for R2.1.0

02 27/07/2007 Edition from R2.1.0 to R2.1.1 (Changes for insertion ENHANCED DATA Plug-in)

The scope of this document is to provide the user with the information needed to install the hardware components of an equipment of the 9400AWY Rel.2.1 family: • mechanical installation of the INDOOR and OUTDOOR units • mechanical installation and pre-positioning of the antenna(s) • Allocation (but not the connection) of the IDU-ODU IF cable.

Notice that the subsequent operations for the equipment activation are out of the scope of this document. For this purpose refer to the User Manual

Take into account that this handbook does not contain the following bits of information: • detailed equipment Technical Characteristics • item Commercial Codes • equipment description, at various levels • detailed safety instructions

That you can find in the User Manual.

To easily find such information, or any other information you may need (and that is not included in this handbook); please refer to the document Documentation Quick Guide accessible from the CD-ROM MAIN MENU.

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 2 INSTALLATION COMPONENTS 1 - 32

2. INSTALLATION COMPONENTS

WHEN CARRYING OUT THE GIVEN OPERATIONS OBSERVE THE NORMS STATES IN RELATIVE CHAPTER IN USER MANUAL/ TECHNICAL HANDBOOK

2.1. SAFETY RULES

Detailed Safety Rules are given in User Manual/Technical Handbook’s. They describe the operations and/or precautions to observe to safeguard operating personnel during the working phases and to guarantee equipment safety. Please read them with accuracy before to start every action on the equipment.

2.2. GENERAL RULES

• Check that the equipment is operating with all the shields properly positioned (dummy covers, ESD connector protections, etc.)

• Carefully observe the front-panel warning labels prior to working on optical connections while the equipment is in-service

• In order to reduce the risk of damage the electrostatic sensitive devices, is mandatory to use the elasticized band (around the wrist) and the coiled cord joined connect with the ground rack during the touching of the equipment.

• All the measures must be done at the MDF/CDF points (MDF= Mini Distributor Frame, CDF= Customer Distributor Frame).

• The equipment may be installed only in “RESTRICTED ACCESS LOCATIONS”, and be permanently connected to a PROTECTIVE EARTHING CONDUCTOR as described in the Installation section.

Equipotential bonding must be applied for all equipments in the location.

ATTENTION EMC NORMS

SAFETY RULES

Carefully observe the front-panel warning labels prior to working on optical connections while the equipment is in-service.


2.3. EMF SAFETY INSTRUCTIONS

Equipment emitting RF power (Reminder from site preparation procedure):

- The site must be compliant with ICNIRP guidelines or local regulation if more restrictive.

- The following rules should be strictly applied by Customer:

• None authorized persons should not enter the compliance boundaries, if any, for the general public.

• Compliance RF boundaries, if any, related to Electro Magnetic Field exposure must be marked.

• Workers should be allowed to switch-off the power if they have to operate inside compliance boundaries.

• Assure good cable connection.

• Install the antenna as high as possible from floor or area with public access (if possible the cylinder delimitating the compliance boundaries, if any, or the cylinder corresponding to the transmission area directly in front of antenna with the same diameter as the antenna, more than 2 meters high).

• Install the antenna as far as possible from other existing equipment emitting RF power.

- Anyway remind that someone standing in front of the 9400AWY antenna may cause traffic shutdown

Place the relevant stickers:

EMF EMISSION

WARNING SIGN

On the site when applicable (when people can cross the compliance boundariesand/or the transmission area of the antenna, i.e. roof top installation) - Warning label «Do not stand on the antenna axis» On the mast (front side) - EMF emission warning sign (Yellow and black) to be placed at bottom of antenna, visible by someone moving in front of the antenna (roof top installation) On the antenna (rear side) - EMF emission warning sign, placed on the antenna.


2.4. UNPACKING AND WAREHOUSING

2.4.1. GENERAL

The following procedures have been issued and must be observed when unpacking the equipment. The reciprocal operation must be done for repacking. In such case it is recommended to use the original packing material.

The following sturdy outer packing material is utilized in order to protect the equipment against mechanical and climatic stresses to which they are subjected: Wooden crates for transport by ship, air, on road for periods longer than 60 days Ply-wood crates for transport by ship, air, on road for periods of 30 to 60 days Cardboard boxes for transport by air or on road for periods of less than 30 days

2.4.2. UNPACKING

PRELIMINARY CHECKS

The following information should be printed on the outer crate: • International symbols

side up :

keep dry

fragile

• Trade mark/address of the manufacturing company; • Labels (or template marks) indicating information on the contract and destination site of the

product; • An envelope holding among others the packing list

Upon receipt check:

• That the final destination of the crates is that indicated on the label; • That no damage was made to the cases

Report any shipping damages to the Company’s representative or the Shipping Agent. UNPACKING

When having to unpack proceed as follows: • make sure that the packing has been properly positioned, refer to the symbol • open the case; • remove the shockproof material; • remove the goods from the case; • remove prepacking, the polyethylene bag and any other protection; • remove the plastic bags cello taped to the rack and containing accessories; • remove the dehydrating bags; • ascertain that the goods are not damaged and that they correspond to those indicated on the

packing list enclosed in the envelope. Conversely, contact the agency’s representative.

N.B. When unpacking it is advisable to handle the packing material with care; it might be reused for packing again if it must be reshipped.


2.4.3. WAREHOUSING

If having to store the packed material, the following requirements must be met:

• the cardboard boxes must be placed indoor in airy rooms;

• the wooden or plywood cases can be placed outdoors provided they are protected against rain and direct sunlight.

2.5. PRE-INSTALLATION CHECKING CRATE CONTENTS CHECK

Check the contents of the shipping crates for the following configurations:

2.5.1. 1+0 FULL INTEGRATED ANTENNA

- IDU - BB 1+0 (Telephone Kit if present in site) - ODU – RTx & solar shield - Fixing Installation kit material - Antenna (with Pole Mounting) - IDU / ODU Cable & Connectors - Installation kit material - Subrack for BB Wall installation ( if foreseen by Plant Documentation) - Rx Power Monitoring & Light Service Kit Cable

2.5.2. 1+0 NON INTEGRATED ANTENNA

- IDU - BB 1+0 (Telephone Kit if present in site) - ODU - RTx & solar shield - Non Integrated Pole Mounting - Antenna Support - Fixing Installation kit material - Antenna - Flex Twist / Wave guide and Wave Guide Connectors - IDU / ODU Cable & Connectors - Installation kit material - Subrack for BB Wall installation ( if foreseen by Plant Documentation ) - Rx Power Monitoring & Light Service Kit Cable


2.5.3. 1+1 FULL INTEGRATED ANTENNA

- IDU - BB 1+1 (Telephone Kit if present in site) - N°2 ODU – RTx & solar shield - RF Coupler - Fixing Installation kit material - Antenna (with Pole Mounting) - IDU / ODU Cable & Connectors - Installation kit material - Subrack for BB Wall installation ( if foreseen by Plant Documentation ) - Rx Power Monitoring & Light Service Kit Cable

2.5.4. 1+1 NON INTEGRATED ANTENNA

- IDU - BB 1+1 (Telephone Kit if present in site) - Fixing Installation kit material - N°2 ODU – RTx & solar shield - RF Coupler - Non Integrated Pole Mounting - Antenna Support - Antenna - Flex Twist / Wave guide and Wave Guide Connectors - IDU / ODU Cable & Connectors - Installation kit material - Subrack for BB Wall Installation ( if foreseen by Plant Documentation ) - Rx Power Monitoring & Light Service Kit Cable


2.5.5. ODU 13-38GHZ UNIT CHECK

Section 2 Figure 1 – ODU 13-38 GHz rear and front views

2.5.6. ODU 7-8GHZ UNIT CHECK

A-BOX

D-BOX

Section 2 Figure 2 - ODU 7-8 GHz rear and front views


2.5.7. ODU SOLAR SHIELD (13-38GHZ)

ODU Solar Shield P/N - 3CC13476AAAA

Screws

1+0 ODU solar shield view

1+1 ODU solar shields view

Section 2 Figure 3 - ODU solar shields views (13 to 38GHz)


2.5.8. ODU SOLAR SHIELD (7-8GHZ)

1+1 ODU solar shields view

Section 2 Figure 4 - ODU solar shields views (7- 8GHz)


2.5.9. RF COUPLER (BAND FROM 13 TO 38GHZ) UNIT CHECK

Section 2 Figure 5 - ODU RF coupler view (Bands from 13 to 38 GHz)

CODE DESCRIPTION 3CC13472ABAA 13/15 GHz 10dB Coupler

3CC13473ABAA 18/23/25 GHz 10dB Coupler

3CC13474ABAA 28/38 GHz 10dB Coupler

Section 2 Table 1 - Reference Code RF Coupler (Bands from 13 to 38 GHz)


2.5.10. RF COUPLER (BAND 7/8GHZ) UNIT CHECK

Main Acess

Section 2 Figure 6 - ODU RF coupler view (Bands 7- 8 GHz)

CODE DESCRIPTION

1AB228950005 7.1-8.5 GHz 10dB Coupler

Section 2 Table 2 - Reference Code RF Coupler Type A (Bands from 7/8 GHz)


2.5.11. INDOOR UNIT TYPES CHECK

IDU MAIN

IDU EXTENSION

Section 2 Figure 7 - Indoor Unit Main and Extension


2.5.12. PANEL E1 PROTECTION SCSI68PIN/SUBD-37PIN

Section 2 Figure 8 - Panel E1 Protection SCSI68pin/SubD-37

2.5.13. PANEL SERVICE/ALARMS SUBD-44PIN/SUBD-15PIN

Section 2 Figure 9 - Panel Service/Alarms SubD44pin/SubD15pin

2.5.14. SUPPORT PANEL E1 AND PANEL SERVICE

Section 2 Figure 10 - Support Panel

Panel E1 Protection SCSI68pin/SubD-37

Panel Service/Alarms SubD44pin/SubD15pin


2.6. DISTRIBUTOR TYPES

Section 2 Figure 11 - Support 19 Inch modules 120Ohm

3U Distributor Subrack for 120 ohm


Section 2 Figure 12 - Support connector 1.6/5.6 75 Ohm Panel 1U

Section 2 Figure 13 - Support connector 75 Ohm BNC


2.7. TELEPHONE TYPE

(Telephone – 1AF12831AAAA)

Section 2 Figure 14 - Telephone types

RJ 11 connector


2.8. POLE MOUNTING INSTALLATION HARDWARE KIT CHECK Check contents of all hardware bags according to the following Hardware installation Kits:

- 1+0 Full integrated antenna and ODU Mounting Hardware Installation Kit

- 1+1 Full integrated antenna and ODU Mounting Hardware Installation Kit

- 1+0 Non Integrated pole mounting antenna and ODU Mounting Hardware Installation Kit

- 1+1 Non Integrated pole mounting antenna and ODU Mounting Hardware Installation Kit


2.8.1.1. POLE MOUNTING FULL INTEGRATED ANTENNA INSTALLATION KIT CHECK

These Pole Mounting Full integrated Antenna foreseen the “Fine Tuning” for the positioning of the Antenna (see the picture below)

RFS (1ft) ANDREW (1&2ft)

RFS (4ft) ANDREW (4ft)

2.8.1.2. CABLE GROUNDING KIT

Cable Grounding Kit 3CC08166ABAA (16mm2 L=15m) to be cut on site and clamped on the terminal provided with the pole mounting

Section 2 Table 3 - Table Grounding Kit

DESCRIPTION CODE Q.ty

Cable – Power 196*16MM2 1AC001060066 1 (L=15m) Washer*Plain 6.4mm x 14mm x 1.2mm/M6 1AD000870170 3 Lug*Ring*Crimp*Uninsul 4.51mm 1AB032050033 6 Screw*CH-HD*HEX-SKT M6x20mm 1AD002150071 3 Nut*HEX*HEX-HD M6x5.2MM 1AD001970033 3


RF coupler - No Installation Hardware Kit is required for RF Coupler

13-38GHZ 7-8GHZ (1AB228950005)


2.8.1.3. POLE MOUNTING NON INTEGRATED ANTENNA INSTALLATION KIT CHECK

Section 2 Figure 15 - Not integrated antenna and ODU Mounting Hardware Install Ref. Code. 3DB10137AAAA RF coupler No Installation Hardware Kit is required for RF Coupler

1 – 13-38GHZ 1A – 7-8GHZ (1AB228950005)


See Section 2 Table 4 on page 20 for a description of the items. All parts shown should be received packed together in the same carton. The steerable support is wrapped and the remaining hardware is in two plastic bags, the large pieces in a large plastic bag and the smaller hardware in a small plastic bag within the larger bag.

Section 2 Table 4 - Non Integrated pole mounting installation kit

INSTALLATION KIT

DESCRIPTION CODE PHOTO REF

NON INTEG.

ANT. 1+0 quantity

NON INTEG.

ANT. 1+1quantity

ODU RF coupler (13-38 GHz) 1 1

ODU RF coupler (7-8GHz) 1AB228950005 1A 1 Pole mounting for NOT INTEGRATED antenna

3DB10137AAAA 1 1

Support Pole Mounting 3DB10138AAAA 1 1

Support tube 3CC13037AAAA 1 1

9400UXETRIER (CLAMP) 3CC06029ABAA 2 2

Washer*Plain 10.5mmx22mmx2mm/M10

1AD000870185 4 4

Washer*SC-SPG 10.5mmx16.5mmx1.8mm/M10

1AD011670004 8 8

Nut*Hex*Hex-HD 8.4mm/M10

1AD00190046 8 8

Screw*Hex-HD*Hex-HD M10x40mm*SS

1AD002040083 4 4

Silicon Grease Tube 5/8X2-3/16 (1.5cc)

1AC018650001 1 1

2.8.1.4. CABLE GROUNDING KIT

Cable Grounding Kit 3CC08166ABAA (16mm2 L=15m) to be cut on site and clamped on the terminal provided with the pole mounting

Section 2 Table 5 - Cable Grounding Kit DESCRIPTION CODE Q.ty

Cable – Power 196*16MM2 1AC001060066 1 (L=15m) Washer*Plain 6.4mm x 14mm x 1.2mmm/M6 1AD000870170 3 Lug*Ring*Crimp*Uninsul 4.51mm 1AB032050033 6 Screw*CH-HD*HEX-SKT M6x20mm 1AD002150071 3 Nut*HEX*HEX-HD M6x5.2MM 1AD001970033 3


2.9. INSTALLATION TOOLS REQUIRED The 9400AWY system is supplied with three Tools Bag: - Station Tools Bag, (P/N 3DB 01399 AAAA MSZZQ). - Maintenance Tools Bag (P/N 3DB 01398 AAAA MSZZQ). - Installation Tools Bag (P/N 3DB 01397 AAAA MSZZQ). These documents are enclosures to the User Manual/Technical Handbook

2.10. ODU-IDU INSTALLATION COMPONENTS The 9400 AWY composition catalogue includes also the installation components required for the most common installation cases. The following tables shows the installation part list related to the available system configuration and the antenna types.

2.10.1. ODU – FULL INTEGRATED OR NOT INTEGRATED ANTENNA INSTALLATION COMPONENTS

The following installation components tables include all the items required for the full integrated antenna or Not Integrated antenna cases, the tables show the item part numbers and the requested quantity related to the foreseen system. Note: 1In/N (2In/N) = it is possible to use FULL INTEGRATED ANTENNA (In) or NON INTEGRATED ANTENNA (N) 1In (2In) = it is possible to use FULL INTEGRATED ANTENNA (In) only 1N (2N) = it is possible to use NON INTEGRATED ANTENNA (N) only Legend: 1+1 HST 1+1 Hot Stand-by 1+1 HST SD 1+1 Hot Stand-by Space Diversity 1+1 FD AP 1+1 Frequency Diversity Alternate Polar 1+1 FD DA 1+1 Frequency Diversity Dual Antenna


2.10.1.1. 9470 AWY - ODU INSTALLATION COMPONENTS

9470 AWY - ODU INSTALLATION COMPONENTS

Quantity / Configuration Description

Alcatel.-Lucent Part

Number Transceiver

1+0 1+1HST

1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3DB06691ABXX TRX 9470 7.1-7.75 GHZ LHB 1 2 2 2 2 (A)

3DB06692ABXX TRX 9470 7.25-7. 9 GHZ LHB 1 2 2 2 2 (A)

3DB06693ABXX TRX 9470 7.7-8.4 GHZ LHB 1 2 2 2 2 (A)

3DB06694ABXX TRX 9470 8.0-8.5 GHZ UHB 1 2 2 2 2 (A)

Alcatel-Lucent part

number Branching & Filters 1+0 1+1

HST1+1

HST SD 1+1

FD AP 1+1

FD DA Note

3DB06774AAXX BRANCHING 7GHZ CH1-1P P.SH. 154_A MHz 1 2 2 2 2

3DB06774ABXX BRANCHING 7GHZ CH2-2P P.SH. 154_A MHz 1 2 2 2 2

3DB06775AAXX BRANCHING 7GHZ CH1-1P P.SH.154_B/160 MHz 1 2 2 2 2

3DB06775ABXX BRANCHING 7GHZ CH2-2P P.SH.154_B/160 MHz 1 2 2 2 2

3DB06776AAXX BRANCHING 7GHZ CH1-1P P.SH.168 MHZ 1 2 2 2 2

3DB06776ABXX BRANCHING 7GHZ CH2-2P P.SH.168 MHZ 1 2 2 2 2







3DB06780AAXX BRANCHING 7GHZ CH1-1P P.SH.161_A MHz 1 2 2 2 2

3DB06780ABXX BRANCHING 7GHZ CH2-2P P.SH.161_A MHz 1 2 2 2 2

3DB06781AAXX BRANCHING 7GHZ CH1-1P P.SH.161_C MHz 1 2 2 2 2

3DB06781ABXX BRANCHING 7GHZ CH2-2P P.SH.161_B MHz 1 2 2 2 2

3DB06782AAXX BRANCHING 7GHZ CH1-1P P.SH.161_C MHz 1 2 2 2 2

3DB06782ABXX BRANCHING 7GHZ CH2-2P P.SH.161_C MHz 1 2 2 2 2

3DB06783AAXX BRANCHING 7GHZ CH1-1P P.SH.161_D MHz 1 2 2 2 2

3DB06783ABXX BRANCHING 7GHZ CH2-2P P.SH.161_D MHz 1 2 2 2 2

3DB06784AAXX BRANCHING 7GHZ CH1-1P P.SH.161_E MHz 1 2 2 2 2

3DB06784ABXX BRANCHING 7GHZ CH2-2P P.SH.161_E MHz 1 2 2 2 2

3DB06785AAXX BRANCHING 7GHZ CH1-1P P.SH.161_F MHz 1 2 2 2 2

3DB06785ABXX BRANCHING 7GHZ CH2-2P P.SH.161_F MHz 1 2 2 2 2

3DB06786AAXX BRANCHING 8GHZ CH1-1P P.SH.294/305/311 MHz 1 2 2 2 2

3DB06786ABXX BRANCHING 8GHZ CH2-2P P.SH.294/305/311 MHz 1 2 2 2 2

3DB06787AAXX BRANCHING 8GHZ CH1-1P P.SH.151 MHz 1 2 2 2 2

3DB06787ABXX BRANCHING 8GHZ CH2-2P P.SH.151 MHz 1 2 2 2 2



3DB06789AAXX BRANCHING 8GHZ CH1-1P P.SH.119/126 MHz 1 2 2 2 2

3DB06789ABXX BRANCHING 8GHZ CH2-2P P.SH.119/126 MHz 1 2 2 2 2

3DB10060AAXX BRANCHING 7GHZ CH1-1P P.SH.154_C MHZ 1 2 2 2 2

3DB10059AAXX BRANCHING 7GHZ CH1-1P P.SH.168_B MHZ 1 2 2 2 2

3DB10073AAXX BRANCHING 8GHZ CH1-1P P.SH208 MHZ 1 2 2 2 2

3DB10073ABXX BRANCHING 8GHZ CH2-1P P.SH208 MHZ 1 2 2 2 2

Note: A - ODU 32E1



Alcatel-Lucent part

number Installation Materials 1+0 1+1

HST1+1

HST SD 1+1

FD AP 1+1

FD DA Note

1AB228950005 7.1-8.5 GHz 10dB Integrated Coupler 1 1AF11977AAAA Flex Twist WR112 PDR84/UBR84 L=1m 1N 2N 1AB128510002 Non Integrated Antenna Pole Mounting 3DB01459AAAA Nose adapter WR112 kit for not int antenna 3CC06503AAXX Consumable set 1AB128500002 IDU-ODU cable grounding kit 1AC001100022 IDU-ODU Coax cable 50 ohm 1AB095530021 Connector. male N. 90° 50 ohm

3CC08166ABAA Cabinet grounding kit 1AC041350001 IDU-ODU Coax cable diam. 6,85mm 1AB095530037 Connector male N.90° 50 ohm 1AD040130004 Cabinet grounding kit

ANTENNA TYPE - RFS 1AF14302AAAA AWY FULL INTEGRATED - 0,6m 1AF11293AAAA AWY FULL INTEGRATED – 0,9m 1AF11284AAAA AWY FULL INTEGRATED – 1,2 m 1AF14290AAAA AWY FULL INTEGRATED – 1,8

ANTENNA TYPE - ANDREW 1AF14190AAAA AWY FULL INTEGRATED - 0,6m

To be codified AWY FULL INTEGRATED – 0,9m 1AF14138AAAA AWY FULL INTEGRATED – 1,2 m 1AF13523AAAA AWY FULL INTEGRATED – 1,8 m

Q.ty In = FULL Integrated Antenna Q.ty N= Not Integrated Antenna

Note: next introduction in substitution of actual configuration Actual Configuration

Next introduction Description

1AB128510002 3DB10137AAXX POLE MOUNTING NON INTEGRATED ANTENNA 3DB01459AAAA 3DB10135AAAA WR112 ADAPTER KIT 1AF11977AAXX 3CC08010ABAB Flex Twist WR112 PBR84/UBR84 L=1m

Section 2 Table 6 - 9470 AWY - ODU Installation materials for Integrated or Non Integrated antenna




Quantity / Configuration Description

Alcatel-Lucent Part

Number

Coupler 1+0 1+1

HST 1+1

HST SD 1+1

FD AP 1+1

FD DA Note

3CC13472ABXX 13/15 GHz 10db Coupler 1 Alcatel-Lucent

part number

Transceiver 1+0 1+1 HST

1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC13688ABXX ODU 9413 fs=266MHZ 1-1’ 1 2 2 2 2 (A)

3CC13689ABXX ODU 9413 fs=266MHZ 2-2’ 1 2 2 2 2 (A)

3CC13690ABXX ODU 9413 fs=266MHZ 1’-2 1 2 2 2 2 (A)

3CC13691ABXX ODU 9413 fs=266MHZ 2’-2 1 2 2 2 2 (A)

Alcatel-Lucent part


HST 1+1

HST SD 1+1

FD AP 1+1

FD DA Note

3CC05751ACAA 13 GHz Flex Twist 600mm 1N 1In/N 2N 2 2N 1AB146090003 Nose-Adapter (Non Integr.Antenna) 1N 1In/N 2N 2N 2N

1AB128510002 Non Integrated Antenna Pole Mounting 1N 1N 2N 2N 2N 3CC06503AAXX Consumable set 1AB128500002 IDU-ODU cable grounding kit 1AC001100022 IDU-ODU Coax cable 50 ohm 1AB095530021 Connector. male N.90° 50° ohm


ANTENNA TYPE - RFS 1AF14298AAAA AWY FULL INTEGRATED - 0,3m 1AF14292AAAA AWY FULL INTEGRATED – 0,6m 1AF11289AAAA AWY FULL INTEGRATED – 0,9 m 1AF11286AAAA AWY FULL INTEGRATED – 1,2 m 1AF14360AAAA AWY FULL INTEGRATED – 1,8 m

ANTENNA TYPE - ANDREW 1AF13288AAAA AWY FULL INTEGRATED - 0,3m 1AF13295AAAA AWY FULL INTEGRATED – 0,6m 1AF13279AAAA AWY FULL INTEGRATED – 0,9 m 1AF13269AAAA AWY FULL INTEGRATED – 1,2 m 1AF13274AAAA AWY FULL INTEGRATED – 1,8 m

Note: Q.ty In = Full Integrated Antenna Q.ty N= Not Integrated Antenna A - ODU 32E1

Section 2 Table 7 - 9413 AWY - ODU Installation materials for Integrated or Not Integrated antenna




Quantity / Configuration Description Alcatel-Lucent Part

Number Coupler

1+0 1+1 HST

1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC13472ABXX 13/15 GHz 10db Coupler 1

Alcatel-Lucent part

number Transceiver 1+0 1+1

HST 1+1

HST SD 1+1

FD AP 1+1

FD DA Note

3CC13704AAXX ODU 9415 fs=490MHz 1-1’ 1 2 2 2 2 3CC13705AAXX ODU 9415 fs=490MHz 2-2’ 1 2 2 2 2 3CC13706AAXX ODU 9415 fs=490MHz 1’-1 1 2 2 2 2 3CC13707AAXX ODU 9415 fs=490MHz 2’-2 1 2 2 2 2 3CC13696ABXX ODU 9415 fs=420MHz 1-1’ 1 2 2 2 2 (A) 3CC13697ABXX ODU 9415 fs=420MHz 1-1’ 1 2 2 2 2 (A) 3CC13698ABXX ODU 9415 fs=420MHz 2-2’ 1 2 2 2 2 (A) 3CC13699ABXX ODU 9415 fs=420MHz 2’-2 1 2 2 2 2 (A) 3CC13700AAXX ODU 9415 fs=475MHz 1-1’ HP 1 2 2 2 2 3CC13701AAXX ODU 9415 fs=475MHz 1-1’ HP 1 2 2 2 2 3CC13702AAXX ODU 9415 fs=475MHz 2-2’ HP 1 2 2 2 2 3CC13703AAXX ODU 9415 fs=475MHz 2’-2 HP 1 2 2 2 2 3CC13704ABXX ODU 9415 fs=490MHz 1 1 2 2 2 2 (A) 3CC13705ABXX ODU 9415 fs=490MHz 2 1 2 2 2 2 (A) 3CC13706ABXX ODU 9415 fs=490MHz 1P 1 2 2 2 2 (A) 3CC13707ABXX ODU 9415 fs=490MHz 2P 1 2 2 2 2 (A) 3CC14077AAXX ODU 9415 fs=475MHz 1-1’ 1 2 2 2 2 3CC14078AAXX ODU 9415 fs=475MHz 1-1’ 1 2 2 2 2 3CC14079AAXX ODU 9415 fs=475MHz 2-2’ 1 2 2 2 2 3CC14080AAXX ODU 9415 fs=475MHz 2’-2 1 2 2 2 2 3CC13708AAXX ODU 9415 fs=640MHz 1-1’ 1 2 2 2 2 3CC13710AAXX ODU 9415 fs=640MHz 1’-1 1 2 2 2 2 3CC13692ABXX ODU 9415 fs=315MHz 1-1’ 1 2 2 2 2 (A) 3CC13693ABXX ODU 9415 fs=315MHz 1-1’ 1 2 2 2 2 (A) 3CC13694ABXX ODU 9415 fs=315MHz 2-2’ 1 2 2 2 2 (A) 3CC13695ABXX ODU 9415 fs=315MHz 2’-2 1 2 2 2 2 (A) 3CC13709ABXX ODU 9415 fs=644MHz 1-1’ 1 2 2 2 2 (A) 3CC13711ABXX ODU 9415 fs=644MHz 1’-1 1 2 2 2 2 (A) 3CC13712ABXX ODU 9415 fs=728MHz 1 1 2 2 2 2 (A) 3CC13713ABXX ODU 9415 fs=728MHz 1P 1 2 2 2 2 (A)

Alcatel-Lucent part


HST 1+1

HST SD 1+1

FD AP 1+1

FD DA Note

3CC05750ACAA Flex Twist 15 GHz 600mm 1N 1In/N 2N 2 2N 1AB146090001 Nose-Adapter (Non Integrated Antenna) 1N 1In/N 2N 2N 2N

1AB128510002 Non Integrated Antenna Pole Mounting 1N 1N 2N 2N 2N 3CC06503AAXX Consumable set 1AB128500002 IDU-ODU cable grounding kit 1AC001100022 IDU-ODU Coax cable 50 ohm 1AB095530021 Conn. male N.90° 50 ohm 3CC08166ABAA Cabinet grounding kit 1AC041350001 IDU-ODU Coax cable diam. 6,85mm 1AB095530037 Connector male N.90° 50 ohm 1AD040130004 Cabinet grounding kit



Note: Q.ty In = Full Integrated Antenna Q.ty N= Not Integrated Antenna Note: A - ODU 32E1






Number Coupler

1+0 1+1 HST

1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC13473ABXX 18/23/245 GHz 10db Coupler 1 Alcatel-Lucent

part number


1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC12991AAXX ODU 9418 fs=1010MHz 1-1’ 1 2 2 2 2 3CC12992AAXX ODU 9418 fs=1010MHz 2-2’ 1 2 2 2 2 3CC12993AAXX ODU 9418 fs=1010MHz 1’-1 1 2 2 2 2 3CC12994AAXX ODU 9418 fs=1010MHz 2’-2 1 2 2 2 2 3CC12999AAXX ODU 9418 fs=340MHz 1-1’ ANSI 1 2 2 2 2 3CC13000AAXX ODU 9418 fs=340MHz 1-1’ ANSI 1 2 2 2 2 3CC13001AAXX ODU 9418 fs=340MHz 2-2’ ANSI 1 2 2 2 2 3CC13002AAXX ODU 9418 fs=340MHz 2’-2 ANSI 1 2 2 2 2 3CC13947AAXX ODU 9418 fs=1560MHz 1-1’ ANSI 1 2 2 2 2 3CC13948AAXX ODU 9418 fs=1560MHz 1-1’ ANSI 1 2 2 2 2 3CC13468AAXX ODU 9418 fs=1008MHz 1-1’ 1 2 2 2 2 3CC13469AAXX ODU 9418 fs=1008MHz 2-2’ 1 2 2 2 2 3CC13470AAXX ODU 9418 fs=1008MHz 1’-1 1 2 2 2 2 3CC13471AAXX ODU 9418 fs=1008MHz 1’-1 1 2 2 2 2 3CC12995ABXX ODU 9418 fs=1560MHz 1-1’ ETSI 1 2 2 2 2 (A) 3CC12996ABXX ODU 9418 fs=1560MHz 1’-1 ETSI 1 2 2 2 2 (A) 3CC13714ABXX ODU 9418 fs=340MHz 1-1’ ETSI 1 2 2 2 2 (A) 3CC13715ABXX ODU 9418 fs=340MHz 2’-2 ETSI 1 2 2 2 2 (A) 3CC13716ABXX ODU 9418 fs=340MHz 1-1’ ETSI 1 2 2 2 2 (A) 3CC13717ABXX ODU 9418 fs=340MHz 2-2’ ETSI 1 2 2 2 2 (A) 3CC14472AAXX ODU 9418 fs=1092.5MHz 1-1’ 1 2 2 2 2 3CC14473AAXX ODU 9418 fs=1092.5MHz 2-2’ 1 2 2 2 2 3CC14474AAXX ODU 9418 fs=1092.5MHz 1’-1 1 2 2 2 2 3CC14475AAXX ODU 9418 fs=1092.5MHz 2’-2’ 1 2 2 2 2 3CC14780ABXX ODU 9418 fs=1008-1010MHz 1 1 2 2 2 2 (A) 3CC14781ABXX ODU 9418 fs=1008-1010MHz 2 1 2 2 2 2 (A) 3CC14782ABXX ODU 9418 fs=1008-1010MHz 1P 1 2 2 2 2 (A) 3CC14783ABXX ODU 9418 fs=1008-1010MHz 2P 1 2 2 2 2 (A)

Alcatel-Lucent part


HST 1+1

HST SD 1+1

FD AP 1+1

FD DA Note

3CC05749ACAA 18/23/25 GHz Flex Twist 1N 1In/N 2N 2 2N 1AB146090002 18/23/25 Nose-Adapter (Non Integr.Antenna) 1N 1In/N 2N 2N 2N

1AB128510002 Non Integrated Antenna Pole Mounting 1N 1N 2N 2N 2N 3CC06503AAXX Consumable set 1AB128500002 IDU-ODU cable grounding kit 1AC001100022 IDU-ODU Coax cable 50 ohm 1AB095530021 Connector. male N.90° 50 ohm

3CC08166ABAA Cabinet grounding kit 1AC041350001 IDU-ODU Coax cable diam. 6,85 1AB095530037 Connector male N.90° 50 ohm 1AD040130004 Cabinet grounding kit









Number Coupler

1+0 1+1 HST

1+1 HST SD

1+1 FD AP

1+1 FD DA Note


part number


1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC13718ABXX ODU 9423 fs=1008MHz 1-1’ 1 2 2 2 2 (A) 3CC13719ABXX ODU 9423 fs=1008MHz 2-2’ 1 2 2 2 2 (A) 3CC13720ABXX ODU 9423 fs=1008MHz 1’-1 1 2 2 2 2 (A) 3CC13721ABXX ODU 9423 fs=1008MHz 2’-2 1 2 2 2 2 (A) 3CC13722AAXX ODU 9423 fs=1200MHz 1-1’ ANSI 1 2 2 2 2 3CC13723AAXX ODU 9423 fs=1200MHz 1-1’ ANSI 1 2 2 2 2 3CC13724AAXX ODU 9423 fs=1200MHz 2-2’ ANSI 1 2 2 2 2 3CC13725AAXX ODU 9423 fs=1200MHz 2’-2 ANSI 1 2 2 2 2 3CC14388AAXX ODU 9423 fs=1200MHz 1-1’ ETSI 1 2 2 2 2 3CC14389AAXX ODU 9423 fs=1200MHz 1-1’ ETSI 1 2 2 2 2 3CC14390AAXX ODU 9423 fs=1200MHz 1-1’ ETSI 1 2 2 2 2 3CC14391AAXX ODU 9423 fs=1200MHz 2-2’ ETSI 1 2 2 2 2 3CC14400AAXX ODU 9423 fs=1197MHz 1-1’ 1 2 2 2 2 3CC14401AAXX ODU 9423 fs=1197MHz 1’-1 1 2 2 2 2 3CC14402AAXX ODU 9423 fs=1197MHz 2-2’ 1 2 2 2 2 3CC14403AAXX ODU 9423 fs=1197MHz 2’-2 1 2 2 2 2 3CC13726AAXX ODU 9423 fs=1232MHz 1-1’ 1 2 2 2 2 3CC13727AAXX ODU 9423 fs=1232MHz 2’-2 1 2 2 2 2 3CC13728AAXX ODU 9423 fs=1232MHz 1-1’ 1 2 2 2 2 3CC13729AAXX ODU 9423 fs=1232MHz 2-2’ 1 2 2 2 2 3CC14776ABXX ODU 9423 fs=1200-1232MHz 1 1 2 2 2 2 (A) 3CC14777ABXX ODU 9423 fs=1050-1200-1232MHz 2 1 2 2 2 2 (A) 3CC14778ABXX ODU 9423 fs=1200-1232MHz 1P 1 2 2 2 2 (A) 3CC14779ABXX ODU 9423 fs=1050-1200-1232MHz 2P 1 2 2 2 2 (A)

Alcatel-Lucent part


HST 1+1

HST SD 1+1

FD AP 1+1

FD DA Note


1AB128510002 Non Integrated Antenna Pole Mounting 1N 1N 2N 2N 2N 3CC06503AAXX Consumable set 1AB128500002 IDU-ODU cable grounding kit 1AC001100022 IDU-ODUCoax cable 50 ohm 1AB095530021 Connector. male N.90° 50 ohm










Number Coupler

1+0 1+1 HST

1+1 HST SD

1+1 FD AP

1+1 FD DA Note


part number


1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC13734ABXX ODU 9425 fs=1008MHz 1-1’ 1 2 2 2 2 (A) 3CC13735ABXX ODU 9425 fs=1008MHz 2-2’ 1 2 2 2 2 (A) 3CC13736ABXX ODU 9425 fs=1008MHz 1’-1 1 2 2 2 2 (A) 3CC13737ABXX ODU 9425 fs=1008MHz 2’-2 1 2 2 2 2 (A)

Alcatel-Lucent part


HST 1+1

HST SD 1+1

FD AP 1+1

FD DA Note


1AB128510002 Non Integrated Antenna Pole Mounting 1N 1N 2N 2N 2N 3CC06503AAXX Consumable set 1AB128500002 IDU-ODU cable grounding kit 1AC001100022 IDU-ODU Coax cable 50 ohm 1AB095530021 Connector. male N.90° 50 ohm


ANTENNA TYPE - RFS 1AF14294AAAA AWY FULL INTEGRATED - 0,3m 1AF14297AAAA AWY FULL INTEGRATED – 0,6m 1AF11518AAAA AWY FULL INTEGRATED – 0,9 m 1AF11287AAAA AWY FULL INTEGRATED – 1,2 m

ANTENNA TYPE - ANDREW 1AF13284AAAA AWY FULL INTEGRATED - 0,3m 1AF13291AAAA AWY FULL INTEGRATED – 0,6m 1AF13275AAAA AWY FULL INTEGRATED – 0,9 m 1AF13265AAAA AWY FULL INTEGRATED – 1,2 m







Number Coupler

1+0 1+1 HST

1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC13474ABXX 28/38 GHz 10db Coupler 1 Alcatel-Lucent

part number


1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC13738ABXX ODU 9428 fs=1008MHz 1-1’ 1 2 2 2 2 (A) 3CC13739ABXX ODU 9428 fs=1008MHz 2-2’ 1 2 2 2 2 (A) 3CC13740ABXX ODU 9428 fs=1008MHz 1’-1 1 2 2 2 2 (A) 3CC13741ABXX ODU 9428 fs=1008MHz 2’-2 1 2 2 2 2 (A)

Alcatel-Lucent part


HST 1+1

HST SD 1+1

FD AP 1+1

FD DA Note

3DB00682AAXX 28/38 GHz Flex Twist 1N 1In/N 2N 2 2N 3DB02082AAXX 28/38 Nose-Adapter (Non Integr.Antenna) 1N 1In/N 2N 2N 2N 3DB00692AAXX FLEX-TWIST ARM SUPPORT 28-38GHz

(Non Integr.Antenna) 1 1 2 2 2

3DB03455AAXX Universal Round Collar 1 1 2 2 2 3CC06503AAXX Consumable set 1AB128510002 Non Integrated Antenna Pole Mounting 1N 1N 2N 2N 2N 1AB128500002 IDU-ODU cable grounding kit 1AC001100022 IDU-ODU Coax cable 50 ohm 1AB095530021 Connector. male N.90° 50 ohm

3CC08166ABAA Cabinet grounding kit 1AC041350001 IDU-ODU Coax cable diam.6,85 1AB095530037 Connector male N.90° 50 ohm 1AD040130004 Cabinet grounding kit

ANTENNA TYPE - RFS 1AF14295AAAA AWY FULL INTEGRATED - 0,3m 1AF14377AAAA AWY FULL INTEGRATED – 0,6m

ANTENNA TYPE - ANDREW 1AF13283AAAA AWY FULL INTEGRATED - 0,3m 1AF13290AAAA AWY FULL INTEGRATED – 0,6m







Number Coupler

1+0 1+1 HST

1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC13474AB** 28/38 GHz 10db Coupler 1 Alcatel-Lucent

part number


1+1 HST SD

1+1 FD AP

1+1 FD DA Note

3CC12987ABXX ODU 9438 fs=1260MHz 1-1’ 1 2 2 2 2 (A) 3CC12988ABXX ODU 9438 fs=1260MHz 2-2’ 1 2 2 2 2 (A) 3CC12989ABXX ODU 9438 fs=1260MHz 1’-1 1 2 2 2 2 (A) 3CC12990ABXX ODU 9438 fs=1260MHz 2’-2 1 2 2 2 2 (A) 3CC13933AAXX ODU 9438 fs=700MHz Canada 2-2’ 1 2 2 2 2 3CC13934AAXX ODU 9438 fs=700MHz Canada 2’-2 1 2 2 2 2 3CC13052AAXX ODU 9438 fs=700MHz 1’-1 ANSI 1 2 2 2 2 3CC13053AAXX ODU 9438 fs=700MHz 2-2’ ANSI 1 2 2 2 2 3CC13054AAXX ODU 9438 fs=700MHz 1’-1 ANSI 1 2 2 2 2 3CC13055AAXX ODU 9438 fs=700MHz 2’-2 ANSI 1 2 2 2 2 1 2 2 2 2

Alcatel-Lucent part


HST 1+1

HST SD 1+1

FD AP 1+1

FD DA Note

3DB00682AAXX 28/38 GHz Flex.Twist 1N 1In/N 2N 2 2N 3DB02082AAXX 28/38 Nose-Adapter (Non Integr.Antenna) 1N 1In/N 2N 2N 2N 3DB00692AAXX FLEX-TWIST ARM SUPPORT 28-38GHz

(Non Integr.Antenna) 1 1 2 2 2

3DB03455AAXX Universal Round Collar 1 1 2 2 2 1AB128510002 Non Integrated Antenna Pole Mounting 1N 1N 2N 2N 2N

3CC06503AAXX Consumable set 1AB128500002 IDU-ODU cable grounding kit 1AC001100022 IDU-ODU Coax cable 50 ohm 1AB095530021 Connector. male N.90° ohm 90°

3CC08166ABAA Cabinet grounding kit 1AC041350001 IDU-ODU Coax cable diam. 6,85 1AB095530037 Connector male N.90° 50 ohm 1AD040130004 Cabinet grounding kit

ANTENNA TYPE - RFS 1AF14303AAAA AWY FULL INTEGRATED - 0,3m 1AF14296AAAA AWY FULL INTEGRATED – 0,6m

ANTENNA TYPE - ANDREW 1AF13282AAAA AWY FULL INTEGRATED - 0,3m 1AF13289AAAA AWY FULL INTEGRATED – 0,6m




2.10.2. IDU INSTALLATION COMPONENTS Two IDU boxes (Main / Extension) are foreseen:

- (1+0): 44,45 x 443 x 210mm (=> 1U) + Mini-distributor (=> 3U)

- (1 Main + Extension): 89,9x443x 210mm (=> 2U) + Mini-distributor (=> 3U)

Indoor units (IDU) of the 9400 AWY system can be installed in different ways as described below:

- Installation on a special workbench or desk;

- Installation on a suitable wooden or masonry wall;

- Installation in a 19" Din rack

- Installation in a 21" ETSI rack (with Adapters)

- Installation in Laborack (with Adapters)

For each of the above type of installation special mechanical supporting fixtures are available.

Section 2 Table 14 - .on page 31 gives a list of the installation materials that are included in the catalogue.

Section 2 Table 14 - IDU Installation components

IDU INSTALLATION COMPONENTS Alcatel-Lucent Part Number Description 3DB06612AAAA 1+0 Table/ETSI Rack Mounting Kit 3DB16126ABAA 100 wire SCSI cable for 1+1 1AC021980001 100ohm cable for 8XDS1 1AC011980001 120ohm 8X2 twisted pair cable 3CC08951ACAA 120ohm cable L904/16p lg 15m w connector 3CC08062AAAA 1U DISTRIBUTOR SUBRACK FOR 120 ohm non EMC 1AC001100013 2MHz 75 OHM cable L=1m (049475400) 3CC07810AAAAA 3U DISTRIBUTOR SUBRACK FOR 120 ohm EMC 1AB152220001 6 Breakers DC Power Panel 1AD053060001 6 Fuse DC Power Panel 3DB10003AAAA 75 ohm coax cable 8XE1/DS1 IDU/Distr no connectors L:15 3DB05588AAAA 75 OHM COAX CABLE 8XE1/DS1 IDU/DISTR NO CONNECTORS L=10M 3DB05851AAXX ADAPT.CABLE 1.0/2.3 MALE 1.6/5.6 FEMALE 3DB05850AAXX ADAPT.CABLE 1.0/2.3 MALE-BNC.FEMALE 3DB10100AAAA Adapter Sub D 37 – (3x Sub D 9) 1AC016760003 Cable 4 pair shielded 3CC07658AAAB Cable 8XE1/DS1 IDU/DISTR. 120 ohm 2m 3CC07759ABAA Cable 8XE1/DS1 IDU/DISTR. BNC 75 ohm UNB 2m 3DB10008AAxx CABLE 8XE1/DS1 IDU/DISTR-1.0/2.3-75 OHM UNB 3CC07885ABAA COAX CABLE 8XE1/DS1 IDU/DISTR. 1.6/5.6 – 75 ohm UNB 2m 3CC07917AAAA COMPAX module 10 pairs and covers 3CC08212AAAA Connection cable 24V (3X102) 3CC08211AAAA Connection cable 48V (3X42) 3CC06503AAXX Consumable set 3DB05583AAxx DISTRIBUTOR SUBRACK FOR 1.0/2.3 3CC08061AAAA DISTRIBUTOR SUBRACK FOR 1.6/5.6 3CC08061ABAA DISTRIBUTOR SUBRACK FOR BNC 3DB06593AAAA E3/DS3 cable for 1+1 3DB06593AAXX E3/DS3 cable for 1+1 3DB10087AAAA ESC AWY connection – L= 1.6m 3DB10088AAAA ESC AWY connection – L= 6.4m 3DB14046AAAA Ethernet cable – L= 2m 3DB14050AAAA Ethernet cable – L= 6.4m 3DB05021AAAA Ethernet crossover cable – L=2m 3DB14051AAAA Ethernet crossover cable – L=6.4m 3DB04657AAAA ETSI RACK H 2000


3DB04656AAAA ETSI RACK H 2200 1AC001100022 COAX CABLE 50 OHM 1AB095530021 CONN.MALE 90° 50 OHM 3DB05594AAXX HA-HC/SC cable L=15m 3DB06683AAAA IDU Table/Wall Mounting Kit 3U 1AB128500002 IDU-ODU cable grounding kit 1AD114560001 Laborack 3CC13477AAXX Light service kit cable 1AB061220005 Male coax connector 1.0/2.3 1AB009870002 Male coax connector 1.6/5.6 1AB006420060 Male coax connector BNC 75 ohm 3DB10063AAAA NMS Interface AWY-MELODIE IDU L=1.6m 3DB10064AAAA NMS Interface AWY-MELODIE IDU L=6.4m 3DB05922AAAA NMS/AUDIO CABLE L=1.6 m 3DB05923AAAA NMS/AUDIO CABLE L=6.4 m 1AB058580014 One circuit breaker 1AD016040001 OSA3 insertion and extraction tool (to connect 120ohm pair to 3CC07917AAAA) 1AB009790019 Panel coax connector 1.0/2.3 1AB002130006 Panel coax connector 1.6/5.6 1AB006020076 Panel coax connector BNC 75ohm 3DB16102AAAA Panel E1 protection 3DB16103AAAA Panel services/alarms 3CC08209AAAA Power supply connection 24V (3X2.5mm2) 3CC08165AAAA Power supply connection 48V (3X1.5mm2) 1AB074610008 RJ45 8p connector 1AB054120027 RS232 CT cable 3CC52134AAAA SCSI –2xSub D adapter 1m 3CC52117ABAA SCSI 68 pin - FW (A) 15m 3CC52118AAAA SCSI68 - SCSI68 pin to pin (H) L=1m 3CC52133AAAA SCSI68 16xE1 IDU/DISTR 120Ohm L=1.1m B0177096497 Single fuse holder with fuse 3DB10089AAAA Sub D 15 – Sub D 9 (AWY) ESC-(Melodie) ESC3-4 L=1.6m 3DB10090AAAA Sub D 15 – Sub D 9 (AWY) ESC-(Melodie) ESC3-4 L=6.4m 3DB10091AAAA Sub D 15 – Sub D 9 (AWY) ESC-(Melodie) ESC5 L=1.6m 3DB10092AAAA Sub D 15 – Sub D 9 (AWY) ESC-(Melodie) ESC5 L=6.4m 3DB10093AAAA Sub D 15 – Sub D 9 (AWY) ESC-(Melodie) NMS L=1.6m 3DB10094AAAA Sub D 15 – Sub D 9 (AWY) ESC-(Melodie) NMS L=6.4m 3CC52130AAAA Sub D 15-Sub D 9 AWY (IDU) ESC - Y cable Sub D 9 ESC3 L=1.6m 3CC52131AAAA Sub D 15-Sub D 9 AWY (IDU) ESC - Y cable Sub D 9 ESC3 L=6.4m 3CC52132AAAA Sub D 25 – Sub D 9 ESC5-NMS adapter 3CC52115ABAA Sub D 44 FW (B) 15m 3CC52116AAAA Sub D 44 Sub D 44 pin to pin (C) 0,5m 3DB05594AAAA Sub D15 - FW HA-HC/SC cable 3DB06371AAAA SUB D37 - FW 10m 3DB10101AAAA Sub.D 15 pins adapter 3DB10095AAAA Sub.D 15 pins (AWY) NMS_V11 Audio1 - IP Router (IP DCN) L=1.6m 3DB10096AAAA Sub.D 15 pins (AWY) NMS_V11 Audio1 - IP Router (IP DCN) L=6.4m 1AF12831AAAA Telephone Handset 3DB06594AAAA User Service Channel cable for 1+1 3DB06594AAXX User Service Channel cable for 1+1 3CC52119AAAA Y cable sub D 15 – (2x Sub D 9) L=1.6m 3CC52120AAAA Y cable sub D 15 – (2x Sub D 9) L=6.4m 3CC52121AAAA Y cable sub D 37 – (Sub D 9 + Sub D 25) adapter L=1m 1AC041350001 IDU-ODU Coax Cable 50ohm diam. 6,85mm 1AB095530037 Connector 1AD040130004 Grounding kit for coaxial cable 3CC52136AAAA Cable Power Supply with Ferrite 1AB093970004 EMI suppression ferrite with plastic case 3DB06610AAXX 10/100BT UP GRADE KIT (2X10/100 baseT ports) 3DB16130AAXX DATA ENHANCED ON SITE UPGRADE KIT (4X10/100/1000 baseT ports)

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 3 RACK TYPES INSTALLATION 1 - 11

3. RACK TYPES INSTALLATION

3.1. GENERAL

Indoor units (IDU) of the 9400 AWY system can be installed in different ways as described below: - Installation in a ETSI (WTD) rack (19") and North American standard rack (21") - Installation in Laborack - Installation on masonry wall

For each of the above type of installation special mechanical supporting fixtures are available.

Special mechanical fittings are provided for this type of installation, depending to the width of rack (19" or 21"). the figures examples shown the fittings used to insert the equipment in ETSI racks (21"). These examples are also present in paragraph 3.4.1 for installation in 19" DIN racks by changing the adaptors.


3.2. WTD RACK INSTALLATION

3.3. MECHANICAL INSTALLATION Installation has been sub–divided into the following phases:

- Rack Positioning and Fastening

- Fixing the rack to floor using expansion bolts or Fixing to floating floor;

- T.R.U. fastening to WTD rack.

3.3.1. RACK POSITIONING AND FASTENING

Proceed as follows:

- Refer to the plant documentation to see rack row assignment

- Fasten the rack to the station structure according to one of the following procedures:

- Fixing the rack to floor (see paragraph 2.2.3)

- Fixing the rack to floating floor (see paragraph 2.2.4)

3.3.2. FIXING THE RACK TO FLOOR USING EXPANSION BOLTS

(See Section 3 Figure 1 - on page 3)

- Mount the rack in a vertical position in the desired place.

- Mark the base–plate with six holes (1) to be drilled on the floor

- Temporarily remove the rack and drill the holes at the points drawn on the floor (see Section 3 Figure 2 on page 4).

- Place the inserts into the holes

- Secure the expander bolts to the floor through the base–plate holes.


20

12**

NOTES:

All dimensions are in millimetres

** Diameter drill

* Fixable max thickness

EXPANSION ANCHOR M8x40

1

Section 3 Figure 1 - Fixing the W.T.D. rack using expansion anchors


142 mm30 mm

30 mm

98 mm

300 mm149 mm 149 mm

DRILL HOLES

Section 3 Figure 2 - Rack - Drill Holes for Anchoring to the Floor (single rack)


3.3.3. FIXING TO FLOATING FLOOR

The drilling mask is the same used for concrete floor fastening (on page 4). In this case a hole must be created for the cables coming from the bottom according to Section 3 Figure 3 on page 5. The rack fastening is to be mounted on the concrete floor below using a suitable stud as shown in Section 3 Figure 4 on page 6.

Using the row layout drawing, mark out the cable entry areas in the floor tiles and cut out with a jigsaw. Remember that the beginning of the row must be approved by the customer.

N.B. Unused or incompletely used cable entry areas should be blocked off with foam rubber.

96.25

149

81

598

130

61.25

106

149 300

35

35

30

30

80

297.25

CABLE ENTRYAREA

FIBER DUCTS

26

Section 3 Figure 3 - Rack - Floor tile drilling template


HEX NUT

LOCKWASHER

FLAT WASHER

STUD

BOTTOM

EXPANSION PLUG

LOCKWASHER

FLAT WASHER

HEX NUTComputer Floor

Concrete Floor

Rack base

HEX NUT

LOCKWASHER

FLAT WASHER

STUD

Section 3 Figure 4 - Rack - Example of securing rack assembly to computer floor


3.4. LABORACK INSTALLATION

Section 3 Figure 5 - Laborack The Laborack must be fixed to the floor by means the four (4) screws. (For more information see the manufacturer instructions) When you have correctly positioned the fixing brackets on the 19” unit, the front panel will hold the equipment by four screws fitted into the laborack cage nuts.

Fasten the IDU to the rack by inserting screws into holes of 19” mechanical adaptors and by screwing them into relevant holes provided with nut cage situated on rack brackets


3.4.1. RACK MOUNT ADAPTERS INSTALLATION IN A RACK

The mechanical fittings are shown in the assembly drawing of Section 3 Figure 6

IDU ADAPTER FOR 19” Rack (Default delivery)

IDU ADAPTER FOR 21” Rack

Section 3 Figure 6 - IDU with adapter for installation


Screw hole Nut cage

Section 3 Figure 7 - Subrack installation in Laborack The subrack must be grounded using the Faston connector present on the rear side of the apparatus, see Section 3 Figure 8 on page 10 (DETAIL A). The section cable (wire) to use must be a 1X 3 mm2 (12AWG) (Yellow/Green) The subrack-mounting item ,adds a good electrical connection to rack ground.


SEE DETAIL A

DETAIL A

Section 3 Figure 8 - Subrack cabinets grounding points


3.5. WALL MOUNTING KIT DESCRIPTION The mechanical support (kit ref. 3CC09614AAAA) can be used for wall installation and it can support a maximum of three units.

The kit includes: • Two brackets • Four fixing for the brackets

o M6x50 socket cap screws o Onduflex washers o Expansion bolt

The mechanical support can contain a maximum of ONE unit in case of system 1+0 and TWO units in case of system 1+1, both equipped with mini distributor. The possible installations are the followings:

1+0 and 1+1 Installation wall with and without mini distributor

1+0 and 1+1 typical wall installation (horizontal and vertical positioning) The wooden or masonry wall that is selected for the installation should be in a suitable portion of the room. Preferably it should be near to a safety power outlet, and it should ensure safeguard against accidental tampering. It is possible to install the apparatus in a horizontal or vertical position

Detail A

The mechanical support must be grounded using the Grounding Kit 3CC13423AAAA

Section 3 Figure 9 - Fixing the mechanical support to the wall

Detail A

Grounding point

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 4 TOP RACK UNIT INSTALLATION 1 - 8

4. TOP RACK UNIT INSTALLATION T.R.U. fastening to the rack guarantees the connection to the protection ground in that the rack is wired to the station protection ground.

Section 4 Figure 1 - Top Rack Unit

The Top Rack Unit (T.R.U) is positioned on the top of the Rack and it is use to provide the Power Supply to the equipment.

Front view Rear view

Section 4 Figure 2

The T.R.U. is fixed to the rack by means two (2) screws

Section 4 Figure 3


4.1. TOP RACK UNIT COMPONENT The Section 4 Table 1 – T.R.U. Components shows the components of the T.R.U.

Description component Quantity Particular view

Terminal Block 16mm2 2

Thermal Magnetic Circuit Breaker Unipolar 6

Bus Bar Supply to 12 Fuse Carrier 1

Screws M6x16 with plastic Washer 4

Natched Clamp Nuts M6 4

Rail + Front 19” 1

Section 4 Table 1 – T.R.U. Components


4.2. TOP RACK UNIT CONNECTIONS The figures below show the connections from IDU to T.R.U.

To fix the cable by means screw



Section 4 Figure 4 - Top Rack Unit connections

Cable from IDU (Power Supply

connector)

Cable from IDU (Power Supply connector)

Cable from IDU (Power Supply

Connector)

Cable from Power Supply

Cable from Power Supply


4.3. TOP RACK UNIT GROUNDING

4.3.1. PROTECTION GROUND CONNECTIONS

The rack must be grounded by means of a connection to the protection ground terminal of the site electrical plant.

SAFETY RULES

The rack must be connected to the protection ground before performing any other

electrical connection. The Section 4 Figure 5 shows the grounding point of the T.R.U.

Section 4 Figure 5 - Top Rack Unit – Grounding position on Laborack


In Section 4 Figure 6 on page is shown the connection of the ground on the topside of the ETSI rack.

In Section 4 Figure 7 on page is shown the connection of the ground on the bottom side of the “Laborack.

The rack is grounded to the station through a 16 to 25 mm2 (1 to 2 AWG) section cable (1) terminated onto the cable terminal lug (2).

1 2

Section 4 Figure 6 – ETSI Rack - Ground connections

Section 4 Figure 7 – Laborack - Ground connections


4.4. POWER SUPPLY INSTALLATION KIT This paragraph describes the Power Supply Kit and the assembly of the connector with ferrite Power Supply Kit code: 3CC52136AAAA In an anti-static bag there is the material following:

1AB006030115

1AD016580003

1AB040970046

EMI Suppression FERRITE with plastic case

1AB093970004


4.4.1. ASSEMBLY PROCEDURE

to connect the cables to the connector

to position the cable into the shell

to close the cover of the shell and to fix with the screw

to position the ferrite with plastic case near the shell and to fix the two wrappers

to close the ferrite with plastic case

+

-


4.5. AWY SUPPLY VOLTAGE & GROUNDING SECTION CABLES

System AWY 1+0 AWY 1+1

Cables length Up to 20 m Up to 20 m

BB Unipolar cable section Power Supply

BB Unipolar cable section Grounding Cable

3 x 1.5 mm2

1 x 3 mm2

3 x 1.5 mm2

1 x 3 mm2

TRU Unipolar cable section Power Supply

TRU 16 circuit breakers full equipped with AWY sys.

Grounding Cable section

TRU Unipolar cable section Grounding Cable

RACK Unipolar cable section Grounding Cable

2 x 16 mm2

1 X > =16 mm2

1 X > =16 mm2

2 x 16 mm2

1 X > =16 mm2

1 X > =16 mm2

NB: For WTD rack the TRU doesn’t require any cable ground connection to the rack.

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 5 INDOOR UNIT INSTALLATION 1 - 2

5. INDOOR UNIT INSTALLATION

5.1. GENERAL Indoor units (IDU) of the 9400 AWY system can be installed in different ways as described

5.1.1. MINIMUM DISTANCES BETWEEN SYSTEMS INSTALLED IN THE RACK

RACK ETSI RACK ETSI

1U Patch Panel

Main 3U DDF

Extension Patch Panel 1U Main

Patch Panel Extension Main 1U

Extension 1U

Patch Panel 3U DDF

Main Patch Panel Extension Main

1U Extension 1U 1U

Section 5 Figure 1 - Summary of minimum distance in 1+1 configuration

RACK ETSI RACK ETSI RACK ETSI RACK ETSI1U 1U 1U 1U

Main Patch Panel DDF 1U Main Main

Main Patch Panel 3U DDF

1U 1U Main Patch Panel DDF

Main Patch Panel Main Main 1U Main 1U

Main Patch Panel DDF 1U Main

3U DDF Main

Main Patch Panel Patch Panel 1U 1U Main Main DDF

Main Patch Panel 1U Main 1U Main 1U 1U 1U 1U 1U 1U

Section 5 Figure 2 - Summary of minimum distance in 1+0 configuration

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 5 INDOOR UNIT INSTALLATION 2 - 2

5.1.2. MINIMUM DISTANCES BETWEEN SYSTEMS INSTALLED IN THE RACK (VERTICAL)

1U

Pat

ch P

anel

Mai

n

Ext

ensi

on

1U

Pat

ch P

anel

Mai

n

Ext

ensi

on

1U

Pat

ch P

anel

Mai

n

Ext

ensi

on

1U

Section 5 Figure 3 - Summary of minimum distance in 1+1 configuration (Vertical Mounting)

1U

Mai

n

Mai

n

1U

Mai

n

Mai

n

1U

Section 5 Figure 4 - Summary of minimum distance in 1+0 configuration (Vertical Mounting)

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 6 CONNECTORS ON IDU 1 - 8

6. CONNECTORS ON IDU

6.1. IDU MAIN – ALARMS / NMS G703/V11 (SUBD-44PIN)

Section 6 Figure 1 – IDU Main Connector Alarms/NMS G703/V11 (Sub-D 44pin)

Pin #

A B C Connector Signal Direction

Cable

1 M1 GND 2 M1 COD_TXP OUTPUT3 M1 COD_TXN OUTPUT 16 M1 GND 17 M1 CC_RXP INPUT 18 M1 CC_RXN INPUT 31 M1 GND 32 M1 CC_TXP OUTPUT 33 M1 CC_TXN OUTPUT4 M1 COD_RXP INPUT 5 M1 COD_RXN INPUT 6 M1 GND 19 M1 RX_CKN BID 20 M1 RX_CKP BID 21 M1 GND 34 M1 CC_TCKP OUTPUT 35 M1 CC_TCKN OUTPUT 36 M1 GND 7 M1 8 M1 GND 9 M1 22 M1 23 M1 GND 24 M1 37 M1 GND 38 M1 39 M1 COM 10 M1 HK_O1 OUTPUT11 M1 COM 12 M1 A_1 OUTPUT 25 M1 HK_O2 OUTPUT

26 M1 HK_O3 OUTPUT 27 M1 A_2 OUTPUT 40 M1 HK_O4 OUTPUT 41 M1 A_3 OUTPUT 42 M1 COM_GND 13 M1 COM_GND 14 M1 HK_I1 INPUT 15 M1 HK_I2 INPUT 28 M1 COM_GND 29 M1 HK_I3 INPUT 30 M1 HK_I4 INPUT 43 M1 HK_I5 INPUT 44 M1 HK_I6 INPUT

A B C


6.2. IDU MAIN AUDIO - USER SERV (SUBD-44PIN)

Section 6 Figure 2 - IDU Main Connector Audio-User Serv (Sub-D 44pin)

Pin # Connector Signal Direction Cable

A B C

1 M2 GND

2 M2 COD_TXP

3 M2 COD_TXN

16 M2 GND

17 M2 CC_RXP

18 M2 CC_RXN

31 M2 GND

32 M2 CC_TXP

33 M2 CC_TXN

4 M2 COD_RXP

5 M2 COD_RXN

6 M2 GND

19 M2 RX_CKN

20 M2 RX_CKP

21 M2 GND

34 M2 CC_TCKP

35 M2 CC_TCKN

36 M2 GND

7 M2 RX_ASY

8 M2 GND

9 M2 GND

22 M2 TX_ASY

23 M2 GND

24 M2 GND

37 M2 GND

38 M2 GND

39 M2 GND

10 M2 1WEOW_IN_P (from user+)

11 M2 1WEOW_IN_N (from user-)

12 M2 GND

25 M2 GND

26 M2 GND

27 M2 GND

40 M2 2EEOW_IN_P (from user+)

41 M2 2EEOW_IN_N (from user-)

42 M2

13 M2 1WEOW_OUTP (to user+)

14 M2 1WEOW_OUT_N (to user-)

15 M2 GND

28 M2 GND

29 M2 GND

30 M2 GND

43 M2 2EEOW_OUTP (to user+)

44 M2 2EEOW_OUT_N (to user-)

6.3. IDU MAIN/EXTENSION INTER-CONNECTION

In 1+1 configuration the two subrack (MAIN and EXTENSION) are inter-connected by means of auxiliary flat cable SCSI 100 wire.

Section 6 Figure 3 - IDU Main Connector Inter-Connection

Section 6 Figure 4 -Cable SCSI 100 wire

A B C


6.4. IDU MAIN I/O (1/16) SCSI 68PIN FEMALE

Section 6 Figure 5 - IDU Main Connector I/O (1/16E1) SCSI 68pin Female


A B

1 M1 GND

35 M1 GND

2 M1 TTIP_1 OUTPUT OUT+TRIB 1

36 M1 TRING_1 OUTPUT OUT-TRIB 1

3 M1 RTIP_1 INPUT IN+TRIB 1

37 M1 RRING_1 INPUT IN-TRIB 1





























































34 M1 GND

68 M1 GND

A

B


6.5. IDU MAIN I/O (17/32) SCSI 68PIN FEMALE

Section 6 Figure 6 – IDU Main Connector I/O (17/32E1) SCSI 68 pin Female


A B

1 M2 GND

35 M2 GND

































































34 M2 GND

68 M2 GND

A

B

I/O (17/32)


6.6. IDU MAIN – ECT RS232 – SUBD-9 FEMALE

Section 6 Figure 7 – IDU Main Connector ECT RS232 Sub-D Female

RS232 IDU MAIN side RS232 (PC side)

1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9

6.7. IDU MAIN – EXTENSION CONNECTOR POWER SUPPLY (3X42)

The Power Supply Unit is a plug-in of the IDU MAIN. It is a module including DC/DC converters and filters. It is plugged onto the IDU by means of suitable connectors. Version existing:±48V to ±60V ±20%V

Battery PIN Function A1 + Battery A2 GROUND A3 - Battery

Section 6 Figure 8 – IDU Main Connector Power Supply

6.8. IDU – ODU MAIN – EXTENSION CONNECTOR

Section 6 Figure 9 – IDU Main Connector

IDU-ODU

The transceiver inside the ODU module is connected to the IDU side through an IDU-ODU interconnecting 50 ohm coaxial cable. The connector used is a N male connector.

6.8.1. CONNECTOR N – TORQUE TIGHTENING

NOTE: TORQUE Tightening Connector N 1) Connector N (Male) on the IDU 2 Nm 2) Connector N (Male) on the ODU 3 Nm

6.8.2. CABLE MAXIMUN LENGTH

MAX LENGHT

CODE DESCRIPTION

16E1 32E11AC001100022 Coax cable 50

ohm 10,8mm 250 m

150 m

1AC041350001 Coax cable 50 ohm 6,85mm

120 m

80 m

WARNING: the equipment can work at 16E1 or 32E1 configurations. In case of initial presetting with 16E1 and a successive extension to 32 E1, the IDU/ODU cable length must be checked according to the above table.

A1

A2

A3


6.9. 10/100BT UPGRADE KIT

Section 6 Figure 10 – IDU Main (2x10/100base T potrs)

6.10. DATA ENHANCED

Section 6 Figure 11 – IDU Main (4x10/100/1000base T potrs)

6.11. IDU EXTENSION - USER SERV (SUBD-44PIN)

Section 6 Figure 12 – IDU Extension Connector User Serv Sub-D 44pin


A B C

1 M3 GND

2 M3 COD_TXP

3 M3 COD_TXN

16 M3 GND

17 M3 CC_RXP

18 M3 CC_RXN

31 M3 GND

32 M3 CC_TXP

33 M3 CC_TXN

4 M3 COD_RXP

5 M3 COD_RXN

6 M3 GND

19 M3 RX_CKN

20 M3 RX_CKP

21 M3 GND

34 M3 CC_TCKP

35 M3 CC_TCKN

36 M3 GND

7 M3 RX_ASY

8 M3 GND

9 M3 GND

22 M3 TX_ASY

23 M3 GND

24 M3 GND

37 M3 GND

38 M3 GND

A B C


6.12. IDU EXTENSION - I/O (1/16) SCSI 68PIN FEMALE

Section 6 Figure 13 – IDU Extension Connector I/O (1/16E1) SCSI 68 pin Female


A B

1 M1 GND

35 M1 GND

































































34 M1 GND

68 M1 GND

A

B


6.13. IDU EXTENSION - I/O (17/32) SCSI 68PIN FEMALE

Section 6 Figure 14 – IDU Extension I/O (17/32E1) SCSI 68 pin Female


A B

1 M2 GND

35 M2 GND

































































34 M2 GND

68 M2 GND

A

B

I/O (17/32)

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 7 IDU INTERCONNECTIONS 1 - 4

7. IDU INTERCONNECTIONS

External interfaces are listed in the following figures, with corresponding connectors. The interfaces are divided into two groups, depending on their location: MAIN UNIT, and EXTENSION UNIT. The EXTENSION UNIT can be supplied only for IDU 1+1.

Section 7 Figure 1 - Main Unit Front

Section 7 Figure 2 - Extension Unit Front


7.1. IDU MAIN UNIT

Section 7 Figure 3 - IDU MAIN UNIT

Tab. 1. IDU Main Unit: external interfaces list

Ref. Section

7 Figure

3

Interface Connector Notes

1 (1+1) inter–connection SCSI 100 pin Female

2 1-16E1/ – 64 wires SCSI 68 pin Female

4 Alarms – Housekeeping-NMS SubD 44 Female

5 Telephone RJ11 Female Optional

6 IDU–ODU cable N Female

7 Debug RJ45

8 OS (or ECT) 10/100BaseT RJ45

9 ECT – RS232 SubD 9

10 ON–OFF switch Two

position switch

on PSU board

11 Reset Push–button on PSU board

12 Test lamp Push–button on PSU board

13 Acknowledgement Push–button on PSU board

14 Battery input SubD 3 Male on PSU board

Basic (without optional plugs–in)

15 LEDs 8 leds

Data Enhanced Data

2 x baseT 4xbaseT

Data plug–in; alternative to

17–32 E1 plug–in 2b

17–32 E1 – 64 wires SCSI 68 pin Female

17–32 E1 plug–in; alternative to Eth

DATA plug–in

Optional Interfaces

3 (G703_V11 + Audio1/2) User Service Channel SubD 44 Female

14

10

8 7 2b 3 5

13 11 12 9 2 1 4 15 6


7.2. IDU EXTENSION UNIT

Section 7 Figure 4 - IDU EXTENSION UNIT

Tab. 2. IDU Extension Unit: external interfaces list

Ref. Fig.4 Interface Connector Notes

1 (1+1) interconnection

SCSI 100 pin Female

2 1 ÷ 16E1 SCSI 68 pin Female

3 (G703_V11 +

Audio1/2) User Service Channel

SubD 44 Female

4 Battery input SubD 3 Male on PSU board

5 ON–OFF switch Two

position switch

on PSU board

6 IDU–ODU cable N Female

7 test lamp Push–button on PSU board

Basic (without optional plugs-in)

8 LEDs 3

Optional Interfaces 2b 17 ÷ 32 E1 SCSI 68 pin Female plug–in

64 5 7 2 1

3

8

2b


7.3. PANEL E1 PROTECTION SCSI 68 PIN/SUBD-37 PIN

EQUIPMENT SIDE

LINE SIDE

Section 7 Figure 5 - Panel E1 Protection SCSI 68 PIN/SubD-37 PIN Legend:

• EQUIPMNET SIDE o E1/DS1 - 1/16 MAIN o E1/DS1 - 17/32 MAIN o E1/DS1 - 1/16 EXTENSION o E1/DS1 - 17/32 EXTENSION

• LINE SIDE o E1/DS1 - 1/8 o E1/DS1 - 9/16 o E1/DS1 - 17/24 o E1/DS1 - 25/32

7.4. PANEL SERVICE/ALARMS SUBD-44 PIN/SUBD-15PIN

EQUIPMENT SIDE

LINE SIDE

Section 7 Figure 6 - Panel Service/Alarms SubD-44 PIN/SubD-15PIN Legend:

• EQUIPMENT SIDE o ALM o NMSV11 - AUDIO 1 o NMSG703 – AUDIO 2 o ESC

• LINE SIDE o USER SERVICE o AUDIO USER SERVICE o ALM-NMS

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 8 POLE MOUNTING INSTALLATION 1 - 2

8. POLE MOUNTING INSTALLATION

8.1. RFS POLE MOUNTING INSTALLATION The instructions of installation are contained in the relative supply. The values in the following table are valid for screws and bolts which have been greased according to the installation instructions

8.1.1. TABLE OF TORQUES FOR NUT AND BOLT CONNECTIONS

Bolt M5 5 Nm (lb-ft) M6 8 Nm (lb-ft) M8 17 Nm (lb-ft) M10 35 Nm (lb-ft) M12 50 Nm (lb-ft) M16 140 Nm (lb-ft) M20 240 Nm (lb-ft) M24 240 Nm (lb-ft) U-Bolt, V-Bolt (Pipe mount & safety collar)

M10 20 Nm (lb-ft) M14 95 Nm (lb-ft) M16 124 Nm (lb-ft) M20 206 Nm (lb-ft) Hexagonal brass nut of fine adjustment (Azimuth, Elevation)

M8 5 Nm (lb-ft) M10 10 Nm (lb-ft) M12 17 Nm (lb-ft) M16 50 Nm (lb-ft) M20 80 Nm (lb-ft) M24 115 Nm (lb-ft)

M3 0.2 Nm (lb-ft) Hexagonal socket stainless steel screws (Feed systems install on aluminum mounting plate) M4 0.4 Nm (lb-ft) Exception

M8x80 Nm (lb-ft) Fixing screw of the azimuth fine adjustment spindleM12x55 Nm (lb-ft)

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 8 POLE MOUNTING INSTALLATION 2 - 2

8.2. ANDREW POLE MOUNTING INSTALLATION The instructions of installation are contained in the relative supply. The values in the following table are valid for screws and bolts which have been greased according to the installation instructions

8.2.1. TABLE OF TORQUES FOR NUT AND BOLT CONNECTIONS

ANTENNA TYPES Stainless steel

Nm lb-ft Galvanizedsteel

Nm lb-ft

M5 4.5 3.3 M5 2.7 2 M6 7.7 5.7 M6 4.5 3.3 M8 18.7 13.8 M8 11.1 8.1 M10 39.2 28.9 M10 22 16.2 M12 65.1 48 M12 38 28

0.3m (1ft) & 0.6m (2ft)

M16 161 118.7 M16 95 70.1

M5 2.7 2 M6 4.5 3.3 M8 11.1 8.1 M10 22 16.2 M12 38 28

1.2m (4ft) and 1.8m (6ft)

M16 95 70.1

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 9 OUTDOOR UNITS INSTALLATION 1 - 36

9. OUTDOOR UNITS INSTALLATION

9.1. ODU TYPES

Locking Hook

Light Service Kit

I/O Cable IDU-ODU

Grounding point

Light Service Kit I/O Cable

IDU-ODU

Section 8 Figure 1 - 13-38GHz ODU rear and front views


Section 8 Figure 2 - 7-8 GHz ODU rear and front views

Light service kit

I/O Connector cable IDU /ODU

Locking hook


9.2. 1+0 ODU INSTALLATION FULL INTEGRATED ANTENNA This assembly is valid only for Full Integrated Antenna. The full integrated antenna is mounted on the pole front. The outdoor “pole mounting“ system is designed for quick mechanical installation.

Section 8 Figure 3 – RFS Pole mounting (2ft)

Section 8 Figure 4 – ANDREW Pole mounting (2ft)

.


9.2.1. ANTENNA AND POLE MOUNTING INSTALLING

Antennas and pole mounting must be installed in accordance with the manufacturer’s instructions.

9.2.2. TURN THE ANTENNA NOSE AND CHANGE POLARIZATION

The antennas are normally supplied with vertical polarization. To change the polarization follow the instructions for each antenna supplied

Section 8 Figure 5 - Installation full integrated antenna (Vertical polarization)


9.2.3. INSTALLING THE ODU

PROCEDURE

1. Remove the solar shield by unscrewing the two solar shield screws 2. Grasp the ODU module by the handle. 3. Open the four looking hooks (1) arranged on the four walls of the ODU unit 4. Rotate the ODU depending to horizontal or vertical polarization, 5. Plug-in insert the specific brackets (2) to the support (Radio mounting), 6. WARNING: is mandatory to fix the four looking hooks like indicated and that is on the

binary inside 7. Secure the ODU module through the four hooks (1) on the relative brackets (2). 8. Reinstall the solar shield onto the RT by screwing on it the two solar shield screws

Section 8 Figure 6 - ODU 1+0 installation for Full Integrated antenna

REMINDER: The ODU/antenna assembly requires no additional seal on the SHF flanges; the two ends are smooth. The O-ring seal around the male “noses” provides sealing. NB: Before to connect the ODU it is mandatory to put SILICONE grease on the O-ring.

(1) Hook

(2) Brackets


9.2.4. ALIGNING THE ANTENNA

Antenna alignment involves adjusting the direction of each antenna until the received signal strength its maximum level at each and of the link First horizontal pre-pointing (azimuth) Horizontally place the antenna according to the direction set down in the “plant documents“ where, among the various indication are indicated those concerning the “reference points“ (Position of the tower or of the building with respect to true north) in order to point the antenna in the set direction. There are various procedures and technical means to adopt in order to mechanically pre-point the antenna, and they can be implemented in various ways according to the various configurations and to the various system conditions. The standard instrumentation is the - compass.

Second vertical pre-pointing (zenith) Place the antenna vertically nearest to its operating angle. The technical and operative procedure adopted to vertically point the antenna is as that previously implemented to horizontally pre-point. Note a ) At the end of the pre-pointing operation, slowly block all the horizontal and vertical regulating system of the antenna taking care not to modify dish direction b ) Final antenna pointing (or connection) shall be established only after all the Antenna and ODU system is fully installed. c) After the fine pointing TIGHTENING TORQUE FOR THE SCREWS OF M10 IS OF 30Nm NOTE: for more information see the “9400AWY REL.2.0 – User Manual

9.2.4.1. FINE ANTENNA ALIGNMENT

This paragraph explains how to carry out the antenna fine alignment Procedure:

1) the radio link must be up 2) fine alignment should be done only on one station of the radio link 3) connect a voltmeter to the ODU of such a station, through the Light Service Kit Cable 4) proceed with Vertical alignment, then with the Horizontal alignment 5) in configurations with two antennas, repeat the procedure for the second antenna.


9.2.5. LIGHT SERVICE KIT CABLE USE

Section 8 Figure 7 – Cable and LEMO connector (3CC13477AA**) Legend:

(A) LEMO connector (B) LEMO connector (C) RED banana plug (D) BLACK banana plug

9.2.5.1. CONNECTOR USAGE:

LEMO connector to be plugged into LEMO connector on ODU

(A) LEMO to ODU

(E) RS232 connector

(C) banana plug - RED

(B) LEMO (Alcatel-Lucent internal use only)

(D) banana plug BLACK


Banana plugs (C) and (D) Output is a 0 to +3V voltage proportional to the radio RX field. During equipment line-up, through a voltmeter is possible to easily point the antenna until the measured voltage is the maximum, corresponding to the maximum radio RX field. Actual RX field value can be measured by means of the Craft Terminal. (see the ALCATEL-LUCENT 9400AWY Rel.2.1 USER MANUAL)


9.2.5.2. TYPICAL INSTALLATION LAYOUT

INDOOR UNIT

GROUNDING

TYPE N CONNECTOR

See NOTE B and C

Rear side

GROUNDING

POLE

Cable ties

GROUNDING

See NOTE A/3

See NOTE A/3

Rack (Shelf or Desktop) See NOTE A/4

Section 8 Figure 8 - Typical installation of 1+0 ODU full integrated antenna, 30 cm or 60 cm.

NOTE A:

1) The cable is fixed along the supporting pipe or pole by the normal methods (cable ties are supplied in the optional consumables kit)

2) see NOTE B. 3) The rack can be connected to ground using the top or the bottom side grounding points. 4) For the installation on shelf or desktop the indoor unit must be connected to ground using the

rear side grounding point.

NOTE B : Coaxial cable grounding Kit

First in prossimity of ODU Second in prossimity of building access In case of cable length over 80 m, the cable grounding kit must be implemented every 40 meter cable distance.

NOTE C: see par. IDU / ODU cable grounding kit assembling on page 36


9.3. INSTALLATION ON THE WALL Note: In certain pole mounting installation circumstances, due to various reasons such as protrusions from the wall, it might be useful to mount as shown on page 10 in order to easily install ODU module.

WALL

POLE

Section 8 Figure 9 - Pole mounting near a wall


9.4. INSTALLING THE “FLEXTWIST“ WAVEGUIDE The long twistable flexible waveguide is supplied complete with gaskets and fasteners. At one end, it has a smooth square or rectangular flange (to be mounted on the antenna) and at the other end, a grooved square flange designed to accommodate an O-ring seal (mounted at the ODU end).

FLEXIBLE TWISTABLE WAVEGUIDE KIT

Alcatel code Waveguide Lenght. mm.

Freq.Band Ghz. Flanges

Stainless steel

socket cap

screws

Stainless steel

socket cap

screws

“Ondulflex” springy crinkle

washers

Stainless Z. flat

washers

HM. Hex nuts

1AF11977AAXX WR112 1.000 7,05 - 10 PDR84 UBR84 12 (M4x25)

8 (M4x20)

12 (B4) 12 (Z4) 12 (HM4)

3CC08010ABAB (Note A)

WR112 1.000 7,05 - 10 PBR84 UBR84 8 (M4x25)

8 (M4x12)

8 (B4) 8 (Z4) 8 (HM4)

Note A: next introduction in substitution of 1AF11977AAXX

Section 8 Table 1 - 7/8Ghz FLEXTWIST WAVEGUIDE

Section 8 Table 2 - 13/38Ghz FLEXTWIST WAVEGUIDE

Note: If the FLEX-TWIST is not provided by Alcatel, the user must carefully choose the type of the connection guide in order to limit as much as possible galvanic couples between ANTENNA/flex-twist and flex-twist/ODU contact surfaces that can induce rust. For this purpose pleae note that the surfaces are:

- chromium-plated at ODU’s output flange side

- tin-plated at flex-twist’s flange side

FLEXIBLE TWSITABLE WAVEGUIDE KIT

Alcatel code Waveguide Lenght.

mm. Freq.Band

Ghz. Flanges Stainless

steel socket

cap screws

Stainless steel

socket cap

screws

“Ondulflex” springy crinkle

washers

Stainless Z. flat

washers

HM. Hex nuts

3CC05751ACAA WR75 600 10 – 15,0 PBR120 UBR120 8 (M4x20)

8 (M4x12)

8 (B4) 12 (Z4) 12 (HM4)

3CC05750ACAA WR62 600 12,4 - 18 PBR140 UBR140 8 (M4x20)

8 (M4x12)

8 (B4) 8 (Z4) 8 (HM4)

3CC05749ACAA WR42 600 18 – 26,5 PBR220 UBR220 8 (M3x20)

8 (M3x12)

8 (B3) 8 (Z3) 8 (HM3)

3DB00682AAAA WR28 600 26,5 – 40 PBR320 UBR320 8 (M3x20)

8 (M3x12)

8 (B3) 8 (Z3) 8 (HM3)


9.5. 13-38GHZ ODU 1+1 INSTALLATION FULL INTEGRATED ANTENNA

Section 8 Figure 10 - ODU 1+1 Full integrated antenna views



Antennas and pole mounting must be installed in accordance with the manufacturer’s instructions

9.5.2. RF COPULER INSTALLING

Grasp the coupler by the handle. Fasten the coupler to the support through the four locking hooks that will be tightened onto the relative fastening brackets on the radio support. The label corresponds to the side of the pole

Section 8 Figure 11 - Installing the Coupler To the Radio Support

Main Access Main Access Side Pole


9.5.3. ODU INSTALLING

Grasp two modules ODU by the handle. Fasten the ODU module to the support through the locking hooks that will be tightened onto the relative fastening bracket on the coupler.

Section 8 Figure 12 - Installing the RF coupler with ODU 1+1 for Full Integrated antenna

Locking hook

Fastening bracket

Fastening bracket Locking hook

Fastening bracket

Locking hook

Locking hook ODU (A)

ODU (B)


9.5.3.1. COUPLER CHANGE POLARIZATION

The axial adaptation between H polarization to V polarization (and viceversa) is a mechanical/electrical adjustment. Every mechanical “STEP” is 30° adjustment.

1st Step

2nd Step

Section 8 Figure 13 - 1st Step and 2nd step

Change Polarization Procedure 1st Step = internal 30° rotate Coupler body

1st Step Rotate 30°

Section 8 Figure 14 - 1st Step inserted


2nd Step= cover + screws 60°( 30°+ 30°) rotate Coupler body

2st Step Rotate 60°

Section 8 Figure 15 - 2nd Step inserted The “spigot” in the full Integrated Antenna configuration is 30° and complete the change of polarization (90°).

Section 8 Figure 16 - Screws fixing

Section 8 Figure 17 - Typical installation of 1+1 ODU with full integrated antenna


9.6. 7-8GHZ ODU 1+1 INSTALLATION FULL INTEGRATED ANTENNA

Section 8 Figure 18 - ODU 1+1 installation Full Integrated antenna (7-8GHz)


9.6.1. ANTENNA AND POLE MOUNTING INSTALLAING


9.6.2. RF COUPLER INSTALLING

Grasp the coupler by the handle. Fasten the coupler to the support through the four locking hooks that will be tightened onto the relative fastening brackets on the radio support . The label corresponds to the side of the pole Note: Before to connect the ODU warn about the fact the Silicone grease has to be added on the O-ring

MAIN ACCESS

Silicon greeze

Section 8 Figure 19 - Installing the RF Coupler To the Radio Support

Locking hook

Fastening bracket


9.6.3. –ODU 1+1 INSTALLING

Grasp the coupler by the handle. Fasten the coupler to the support through the four locking hooks that will be tightened onto the relative fastening brackets on couplet.

Note: Before to connect the ODU warn about the fact the Silicone grease has to be added on the O-ring.

Section 8 Figure 20 - Installing the RF coupler with ODU 1+1 for Full Integrated antenna

Locking hook

Fastening bracket


9.6.3.1. COUPLER CHANGE POLARIZATION

Change Polarization procedure Vertical Polarization to Horizontal Polarization The point of reference is on the position V (vertical Polarization) To change the polarization needs to perform the following operations: To unscrew the three screws To turn the thin twist and to make to coincide the position H to the point of reference "Á." To screw the screws Horizontal Polarization to Vertical Polarization The point of reference is on the position H (horizontal Polarization) To change the polarization needs to perform the following operations: To unscrew the three screws To turn the thin twist and to make to coincide the position H to the point of reference "A" To screw the screws Detail B

See Detail B See Detail A

Detail A

Screw

Screw

TWIST

Point of reference

“A”

Point of reference

“A”



INDOOR UNIT

TYPE N CONNECTOR

Rear s ide GROUNDING POINT

-

7-8GHz

13-38GHz

Colson Cable ties

Grounding See NOTE B and C

See NOTE A/3

See NOTE A/3

Rack (Shelf or Desktop – See NOTE A/4

Colson Cable ties

Section 8 Figure 21 - Typical installation of 1+1 ODU full integrated antenna

NOTE A:


2) see NOTE B 3) The rack can be connected to ground using the top or the bottom side grounding points. 4) For the installation on shelf or desktop the indoor unit must be connected to ground using the


NOTE B: Coaxial cable grounding Kit

First in proximity of ODU Second in proximity of building access In case of cable length over 80 m, the cable grounding kit must be implemented every 40 meter cable distance. NOTE C: see par. IDU / ODU cable grounding kit assembling on page 36


9.7. 1+0 ODU INSTALLATION WITH NON INTEGRATED ANTENNA

Section 8 Figure 22 – 1+0 ODU installation with not integrated antenna Note: Pole mounting can be installed on the Right or Left hand side of the pole.




9.7.2. ODU INSTALLAING

Take off the solar shield by unscrewing the two screws placed on the solar shield back panel. Grasp the ODU module by the handle. Open the four looking hooks arranged on the four walls of the ODU unit Position the Pole mounting support on the pole side as shown in the plant documentation. Position the ODU for desired polarization (horizontal or vertical), Connect the specific brackets to the support (Radio mounting), Secure the ODU module through the four hooks onto the relative brackets Put back the solar shield by screwing the two screws placed on the solar shield back panel.

Section 8 Figure 23 - ODU 1+0 installation for not integrated antenna

REMINDER: The ODU/antenna assembly requires no additional seal on the SHF flanges; the two ends are smooth. The O-ring seal around the male “noses” provides sealing.



NB: Not in all 1+0 configuration the external coupler is used. In 1+1HSB-SD the coupler is not used, in this case it is necessary to use the same Flex twist used in 1+0, that is the 1AF119977AAAA

INDOOR UNIT

WAVEGUIDE

WAVEGUIDE FLANGE

ANTENNA FLANGE

GROUND CABLE

GROUNDING KIT

(

)

Rear side

-

POLE

Cable ties

Type N Connector

GROUNDING See NOTE B and C

Rack (Shelf or Desktop – See NOTE A/4)

See NOTE A/3

See NOTE A/3

Antenna Grounding

Grounding point

Section 8 Figure 24 - ODU 1+0 Non integrated antenna layout

NOTE A:





First in proximity of ODU Second in proximity of building access In case of cable length over 80 m, the cable grounding kit must be implemented every 40 meter cable distance. NOTE C: see par. IDU / ODU cable grounding kit assembling on page 36.


9.8. 13-38GHZ ODU 1+1 INSTALLATION NON INTEGRATED ANTENNA

Section 8 Figure 25 - Pole mounting with ODU 1+1 for not integrated antenna (13 to 38 GHz)


9.8.1. ANTENNA AND POLE MOUNTING



Grasp the coupler by the handle. Fasten the coupler to the support through the four locking hooks that will be tightened onto the relative fastening brackets on the radio support

Note: It is highly recommended to put SILICONE grease on the O-ring of the coupler.

Section 8 Figure 26 - Installation of the Coupler on the pole mounting (13 to 38 GHz)

Silicone grease Fastening brackets

Locking hooks



Grasp two modules ODU by the handle. Fasten the ODU module to the support through the locking hooks that will be tightened onto the relative fastening bracket on the coupler Reinstall the solar shield onto the ODU.

Section 8 Figure 27 - ODU 1+1 on the pole mounting Non integrated antenna (11 to 38 GHz)

Silicone grease

Fastening bracket on the coupler


9.9. 7-8GHZ ODU 1+1 INSTALLATION NON INTEGRATED ANTENNA



9.9.2. NOSE ADAPTER

Section 8 Figure 28 – Nose Adapter pole mounting ODU 1+1 not integrated antenna

(7 - 8GHz) – 3DB01459AAAA

Section 8 Figure 29 – Nose Adapter Pole mounting ODU 1+1 Non integrated antenna

(7 - 8GHz) – 3DB10136AAAA

Nose Adapter



Grasp the coupler by the handle. Fasten the coupler to the support through the four locking hooks that will be tightened onto the relative fastening brackets on the radio support.

MAI

N

ACC

ESS

MAIN

Section 8 Figure 30 - RF COUPLER ODU 1+1 Non integrated antenna (7 - 8GHz)

Bracket

Silicone grease

Silicone grease



Grasp two modules ODU by the handle. Fasten the ODU module to the support through the locking hooks that will be tightened onto the relative fastening bracket on the coupler. Reinstall the solar shield onto the ODU.

Section 8 Figure 31 - ODU 1+1 installation Non integrated antenna (7- 8 GHz)



INDOOR UNIT

POLE

WAVEGUIDE

WAVEGUIDE FLANGE

ANTENNA FLANGE

GROUND CABLE

FLEX TWIST or WAVE GUIDE

GROUNDING KIT R 3

POLE

)

Rear side GROUNDING POINT

RACK (SHELF or DESKTOP - SEE NOTE 4)

Available only for 38 GHz for lower frequency Flex-twist use plastic streaps

GROUNDING See NOTE B and C

See NOTE A/3

See NOTE A/3

7-8GHz

13-38GHz

Section 8 Figure 32 - Typical installation of 1+1 ODU Non integrated antenna NOTE A:





First in prossimity of ODU Second in proximity of building access In case of cable length over 80 m, the cable grounding kit must be implemented every 40 meter cable distance. NOTE C: see par. IDU / ODU cable grounding kit assembling on page 36.


9.10. 7-8GHZ INSTALLATION FULL INDOOR AWY (TWO TERMINAL) For 7.8GHz an indoor installation of transceiver is available and hereafter described:

Section 8 Figure 33 - Panel support 4U – 19“ for ODU 1+1 and Coupler

(Horizontal position)

1

2

3

8

7

4


8

1

2

9

To IDU

5 7

Section 8 Figure 34 - Panel support 4U – 19“ for ODU 1+1 and Coupler

(Vertical position)


Section 8 Figure 35 - Principle Installation in Laborack with ODU 1+1 and Coupler

To antenna Station A

To antenna Station C

IDU 1+1 Station A

IDU 1+1 Station C

ODU 1+1

ODU 1+1

DehydratoR

4

3

8

11


Section 8 Figure 36 - Support pole mounting (Laborack)

Ref. Description Code 1 RF Coupler 7/8 GHz 3CC14536AAAA 2 Adapter nose 3DB10135AAXX 3 Casted piece ODU socket restart 3DB10137AAAA 4 Flextwist PDR84/UBR 84L: 1000 mmm 3CC08010ABXX 5 FSJ1-50A coax.feed.NM right angl/NMLg3m 3CC09514AAAA 6 Cabinet grounding kit Y/G for IDU 3CC13423AAAA 7 Laborack 1AD114560001 8 Fixation support ODU 1+1 in rack 3CC50023AAAA 9 Grounding kit for support ODU 3CC08166ABAA

10 Consumable kit 3CC06503AAXX 11 Dehydrator 1AF01052AAAA

Section 8 Table 3 - AWY 7/8 GHz Installation code Full Indoor housing kit

3


9.11. SOLAR SHIELD INSTALLATION Section 8 Figure 37 on page 36 shows the solar shield mounting example (using screws) for ODU 1+0. The same procedure applies to the 1+1 configuration.

NB. Solar shield has to be installed only after ODU installation.

V

H

H

V

Solar shield – Polarization V Solar shield – Polarization H

The ARROW determines the polarization

Section 8 Figure 37 - Solar shield installation ODU 1+0 In vertical or horizontal polarization, the solar shield remains fixed in the same position and the ODU is the only part which can rotate 90 degrees when changing the polarization.

9.12. IDU / ODU CABLE GROUNDING KIT ASSEMBLING In order to assemble the connector to the coaxial cable, refer to the leaflet enclosed into the supplied connector bag, however hereafter are reported some of the main connector. Cable Code Connector Code Connector Description r 1AC001100022 1AB095530021 Connector male N 90° - 50 Ohm (diam.10mm) 1AC041350001 1AB095530037 Connector male N 90° - 50 Ohm (diam.6,85mm)

ODU Screw

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 10 CONFIGURATION TYPES 1 - 23

10. CONFIGURATION TYPES

10.1. 16E1 IDU 1+0

Section 9 Figure 1 – 16E1 IDU 1+0

Installation material Description Code Quantity IDU 16E1 3CC16040AAAA 1

Connection Cable Ref. Code Description From To

A 3CC08209AAAA

Power supply connection 24V (3x2,5mm2) IDU T.R.U.

A 3CC08165AAAA Power supply connection 48V (3X1.5mm2) IDU T.R.U.

B 3CC52117ABAA

Cord SCSI68Male/SCSI68 free

IDU 1÷16E1

DDF CUSTOMER

C 1AC001100022 1AC041350001

Coax cable 50Ohm 10.6mm Coax cable 50Ohm 6,85mm

IDU ODU

D 3CC52116AAAA Cord

SubD-44Male/SubD-44Male IDU

Audio User Service DDF

CUSTOMER

E 3CC52116AAAA Cord


ALM-NMS DDF

CUSTOMER

Section 9 Table 1 - (Section 9 Figure 1 – 16E1 IDU 1+0)

A

B C

MAIN

D

E

A

B C

MAIN

D

E


10.2. 32E1 IDU 1+0

Section 9 Figure 2 – 32E1 IDU 1+0

Installation material

Description Code Quantity IDU 32E1 3CC16041AAAA 1


A 3CC08209AAAA



B 3CC52117ABAA


IDU 1÷16E1

DDF CUSTOMER

C 1AC001100022 1AC041350001


IDU ODU

D 3CC52116AAAA Cord


Audio User Service DDF

CUSTOMER

E 3CC52116AAAA Cord


ALM-NMS DDF

CUSTOMER

F 3CC52117ABAA


IDU 17÷32E1

DDF CUSTOMER

Section 9 Table 2 - (Section 9 Figure 2 – 32E1 IDU 1+0)

A

B CD

EF

A

B CD

EF

MAIN


10.3. 16E1 IDU 1+0 WITH DISTRIBUTOR 120 OHM

Section 9 Figure 3 – 16E1 IDU 1+0 with distributor 120 Ohm


Description Code Quantity IDU 16E1 3CC16040AAAA 1

Panel Service/Alarms SubD44pin/SubD-15pin 3DB16103AAAA 1

Distributor Subrack 19Inch Modules 120Ohm 3CC07810AAAA 1

Connection Cable

Ref. Code Description From To A 3CC08209AAAA



B 3CC52133AAAA Cable 16XE1 IDU/DISTR-120Ohm

IDU Distributor 3U Subrack 19inch – 120 Ohm

C 3CC52116AAAA

Cord SubD-44Male/SubD-44Male IDU

Audio User Service

Panel Service/Alarms SubD44pin/SubD-15pin

Audio User Service

D 3CC52116AAAA Cord

SubD-44Male/SubD-44Male IDU ALM NMS


ALM NMS

E 1AC001100022 1AC041350001


IDU ODU

Section 9 Table 3 - (Section 9 Figure 3 – 16E1 IDU 1+0 with distributor 120 Ohm)

1?

16E1

A E

1 ÷ 1

1?

16E1

A E

1 ÷ 1

C D

1?

E

16E1

A E

1 ÷ 1

?

A E

1 ÷ 1

C D

B

Distributor 3U Subrack 19 Inch Modules 120 Ohm

Panel Service/Alarms SubD-44pin/SubD-15pin (REAR)

Battery input ODU



Section 9 Figure 4 – 32E1 IDU 1+0 with distributor 120 Ohm


Description Code Quantity IDU 32E1 3DB16041AAAA 1


Distributor 3U Subrack 19inch – 120 Ohm 3CC07810AAAA 1

Connection Cable




B 3CC52133AAAA Cable 16XE1 IDU/DISTR-120Ohm


C 3CC52116AAAA Cord


Audio User Service


Audio User Service

D 3CC52116AAAA Cord



ALM NMS

E 1AC001100022 1AC041350001


IDU ODU

Section 9 Table 4 - (Section 9 Figure 4 – 32E1 IDU 1+0 with distributor 120 Ohm)

1?

16E1

A E

÷ 1

1?

16E1

A E

÷

C D

1?

16E1

A E

÷

?

A E

C D

B

Distributor 3U Subrack 19 Inch Modules 120 Ohm

Panel Service/Alarms SubD-44pin/SubD-15pin (REAR)

Battery input ODU


10.5. 16E1 + DATA (OR ENHANCED DATA) IDU 1+0 WITH DISTRIBUTOR 120OHM

Section 9 Figure 5 – 16E1 + Data (or ENHANCED Data) IDU 1+0 with distributor 120Ohm

ENHANCED DATA PLUG-IN GIGA ETHERNET CABLE “CAT.E” MUST BE USED

GGGGGGGGGGGF

Battery input ODU

B

C D

Panel Service/Alarms SubD-44pin/SubD15pin (Rear)

A

Distributor 3U Subrack 19Inch Modules 120Ohm

E



Description Code Quantity IDU 16E1 DATA 3DB16043AAAA 1

IDU 16E1 ENHANCED DATA 3DB16160AAAA 1 IDU 16E1 ENHANCED DATA

(AUDIO USC) 3DB16162AAAA 1


Distributor 3U Subrack 19inch – 120 Ohm 3CC07810AAAA 1

Connection Cable




B 3CC52133AAAA Cable 16XE1IDU/DISTR-120Ohm


C 3CC52116AAAA Cord


Audio User Service


Audio User Service

D 3CC52116AAAA Cord



ALM NMS

E 1AC001100022 1AC041350001


IDU ODU

F 3DB05021AAAA RJ45 (DATA version) IDU-MAIN CUSTOMER F GIGA ETHERNET CABLE CAT.E (ENHANCED DATA version) IDU-MAIN CUSTOMER

Section 9 Table 5 - (Section 9 Figure 5 – 16E1 + Data (or ENHANCED Data) IDU 1+0 with distributor 120Ohm)



Section 9 Figure 6 – 16E1 IDU 1+0 with distributor 75 Ohm (or BNC)

Installation material Description Code Quantity IDU 16E1 3DB16040AAAA 1


Support connectors 1.6/5.6 75 Ohm Panel 1U 3CC08061AAAA 1

Connection Cable




B 3CC07885AAAA Cable 2MIBTS AUX.

1.6/5.6 IDU Support connectors

1.6/5.6 75 Ohm Panel 1U or BNC

C 3CC52116AAAA Cord


Audio User Service


Audio User Service

D 3CC52116AAAA Cord



ALM NMS

E 1AC001100022 1AC041350001


IDU ODU

Section 9 Table 6 - (Section 9 Figure 6 – 16E1 IDU 1+0 with distributor 75 Ohm (or BNC) )

Panel Service/Alarms SubD-44pin/SubD15pin

(Rear)

Support Connectors 1.6/5.6 75 Ohm Panel 1U or BNC

Battery input ODU

B

C D

A E



Section 9 Figure 7 – 32E1 IDU 1+0 with distributor 75 Ohm (1.6/5.6 or BNC)

Installation material Description Code Quantity IDU 32E1 3DB16041AAAA 1



Connection Cable

Ref. Code Description From To

A 3CC08209AAAA



B 3CC07885AAAA Cable 2MIBTS AUX. 1.6/5.6 IDU

Support connectors 1.6/5.6 75 Ohm Panel 1U or BNC

C 3CC52116AAAA Cord SubD-44Male/SubD-44Male

IDU Audio

User Service


Audio User Service

D 3CC52116AAAA Cord SubD-44Male/SubD-44Male

IDU ALM NMS


ALM NMS

E

1AC001100022

1AC041350001

Coax cable 50Ohm 10.6mm

Coax cable 50Ohm 6,85mm IDU ODU

Section 9 Table 7 - (Section 9 Figure 7 – 32E1 IDU 1+0 with distributor 75 Ohm (1.6/5.6 or BNC) )


(Rear)

Support Connectors 1.6/5.6 75Ohm Panel 1U or BNC


B

A E

C D


10.8. 16E1 + DATA (OR ENHANCED DATA) IDU 1+0 WITH DISTRIBUTOR 75 OHM

Section 9 Figure 8 – 16E1 Data (or ENHANCED Data) IDU 1+0 with distributor 75 Ohm


Battery input ODU


B

C D


(Rear)

A E

F



Description Code Quantity IDU 16E1DATA 3DB16043AAAA 1

or - IDU 16E1 ENHANCED DATA 3DB16160AAAA 1 or - IDU 16E1 ENHANCED DATA

(AUDIO USC) 3DB16162AAAA



Connection Cable


A 3CC08209AAAA



B 3CC07885AAAA Cable 2MIBTS AUX.

1.6/5.6 Panel E1Protection SCSI68pin/SubD-

37pin

Support connectors 1.6/5.6 75 Ohm Panel 1U or BNC

C 3CC52116AAAA Cord


Audio User Service


Audio User Service

D 3CC52116AAAA Cord



ALM NMS

E 1AC001100022 1AC041350001


IDU ODU

F 3DB05021AAAA RJ45 (DATA version) IDU-MAIN CUSTOMER F GIGA ETHERNET CABLE CAT.E (ENHANCED DATA version) IDU-MAIN CUSTOMER

Section 9 Table 8 - (Section 9 Figure 8 – 16E1 Data (or ENHANCED Data) IDU 1+0 with distributor 75 Ohm


10.9. 16E1 IDU 1+1 WITH DISTRIBUTOR SUB-RACK FOR 1.6/5.6 75 OHM

Section 9 Figure 9 – 16E1 IDU 1+1 with distributor sub-rack for 1.6/5.6 75 Ohm BNC


Panel E1 Protection SCSI68pin/SubD-37Pin Panel Service/Alarms

SubD-44pin/SubD-15pin (Rear)

A

A

B

D C F G H

E

E


Installation material Description Code Quantity

IDU 16E1 Main 3DB16040AAAA 1 IDU 16E1 Extension 3DB16044AAAA 1

Panel E1Protection SCSI68pin/SubD-37pin 3DB16102AAAA 1



Connection Cable




B 3CC07885ABXX Cable 2MIBTS AUX.

1.6/5.6 Panel E1Protection SCSI68pin/SubD-37pin

Support connectors 1.6/5.6 75 Ohm

Panel 1U

C 3CC52117ABAA 3CC52118AAAA

Cord SCSI68-Male/Free L=15m Cord SCSI68-SCSI68 L=1m

IDU-MAIN 1÷16E1

Panel E1 protection SCSI68pin/SubD-37pin

E1-1/16 Main

D 3CC52117ABAA 3CC52118AAAA


IDU-EXTENSION 1÷16E1


E1-1/16 EXT

E 1AC001100022 1AC041350001

Coax cable 50Ohm 10.6mm Coax cable 50Ohm 6,85mm IDU ODU

F 3CC52116AAAA Cord

SubD-44Male/SubD-44Male IDU-EXTENSION USER SERV


USER SERV

G 3CC52116AAAA Cord

SubD-44Male/SubD-44Male IDU-MAIN

AUDIO USER SERV


AUDIO USER SERV

H 3CC52116AAAA Cord

SubD-44Male/SubD-44Male IDU-MAIN

AUDIO ALM-NMS


ALM-NMS

Section 9 Table 9 – (Section 9 Figure 9 – 16E1 IDU 1+1 with distributor sub-rack for 1.6/5.6 75 Ohm BNC )


10.10. 32E1 IDU 1+1 WITH DISTRIBUTOR SUB-RACK FOR 1.6/5.6 75 OHM

Section 9 Figure 10 – 32E1 IDU 1+1 with distributor sub-rack for 1.6/5.6 75 Ohm




A

A

B

D C F G H

E

E


L I



Description Code Quantity IDU 32E1 Main 3DB16041AAAA 1

IDU 32E1 Extension 3DB16045AAAA 1 Panel E1Protection

SCSI68pin/SubD-37pin 3DB16102AAAA 1



Connection Cable







Panel 1U



IDU-MAIN 1÷16E1


E1-1/16 Main





E1-1/16 EXT

E 1AC001100022 1AC041350001


IDU ODU

F 3CC52116AAAA Cord

SubD-44Male- SubD-44Male

IDU-EXTENSION USER SERV


USER SERV

G 3CC52116AAAA Cord


IDU-MAIN AUDIO

USER SERV


AUDIO USER SERV

H 3CC52116AAAAA Cord


IDU-MAIN AUDIO

ALM-NMS


ALM-NMS

I 3CC52117ABAA 3CC52118AAAA


IDU-MAIN 17/32 MAIN


E1-17/32 Main

L 3CC52117ABAA 3CC52118AAAA


IDU-EXT 17/32 EXT


E1-17/32 EXT

Section 9 Table 10 - (Section 9 Figure 10 – 32E1 IDU 1+1 with distributor sub-rack for 1.6/5.6 75 Ohm)


10.11. 16E1 + DATA (OR ENHANCED DATA) IDU 1+1 WITH DISTRIBUTOR SUB-RACK FOR 1.6/5.6 75 OHM

Section 9 Figure 11 – 16E1 + Data (or ENHANCED DATA) IDU 1+1 with distributor subrack for 1.6/5.6 75 Ohm BNC





A

A

B

D C F G H

E

E

I



IDU 16E1 Data (Main) 3DB16043AAAA 1 or – IDU 16E1 ENHANCED DATA 3DB16160AAAA 1

or – 16E1 ENHANCED DATA (AUDIO USC) 3DB16162AAAA 1





Connection Cable







Panel 1U


Cord SCSI68-Male L=15m Cord SCSI68-Male L=1m

IDU-MAIN 1÷16E1


E1-1/16 Main


Cord SCSI68-Male L=15m Cord SCSI68-Male L=1m



E1-1/16 EXT

E 1AC001100022 1AC041350001


IDU ODU

F 3CC52115ABAA (15m) 3CC52116AAAA (0,5m)

Cord SubD-44Male/Free SubD-44Male/SubD-44Male



USER SERV

G 3CC52115ABAA (15m) 3CC52116AAAA (0,5m)


IDU-MAIN AUDIO

USER SERV


AUDIO USER SERV

H 3CC52115ABAA (15m) 3CC52116AAAA (0,5m)


IDU-MAIN AUDIO

ALM-NMS


ALM-NMS I 3DB05021AAAA RJ45 (DATA version) IDU-MAIN CUSTOMER

I GIGA ETHERNET CABLE CAT.E (ENHANCED DATA version) IDU-MAIN CUSTOMER

Section 9 Table 11 - (Section 9 Figure 11 – 16E1 + Data (or ENHANCED DATA) IDU 1+1 with distributor subrack for 1.6/5.6 )


10.12. 16E1 IDU 1+1 WITH DISTRIBUTOR 3U SUB-RACK 19INCH MODULES 120OHM

Section 9 Figure 12 – 16E1 IDU 1+1 with distributor 3U subrack 19inch modules 120Ohm



A

A

B

D C F G H

E

E







Distributor 3U Subrack 19Inch Modules 120Ohm 3CC07810AAAAA 1

Connection Cable




B 3CC07658AAAB Cable 8XE1 IDU/DISTR-

120Ohm Panel E1Protection

SCSI68pin/SubD-37pin Distributor 3U 120 Ohm



IDU-MAIN 1÷16E1


E1-1/16 Main





E1-1/16 EXT

E

1AC001100022 1AC041350001

Coax cable 50 Ohm 10.6mm Coax cable 50 Ohm 6,85mm

IDU ODU





USER SERV



IDU-MAIN AUDIO

USER SERV


AUDIO USER SERV



IDU-MAIN AUDIO

ALM-NMS


ALM-NMS

Section 9 Table 12 - (Section 9 Figure 12 – 16E1 IDU 1+1 with distributor 3U subrack 19inch modules 120Ohm)


10.13. 32E1 IDU 1+1 WITH DISTRIBUTOR 3U SUB-RACK 19INCH MODULES 120OHM

Section 9 Figure 13 – 32E1 IDU 1+1 with distributor 3U sub-rack 19inch modules 120Ohm



A

A

B

D C F G H

E

E

L I








Connection Cable


A 3CC08209AAAA



B 3CC07658AAAB Cable 8XE1 IDU/DISTR-120Ohm

Panel E1Protection SCSI68pin/SubD-37pin Distributor 3U 120 Ohms



IDU-MAIN 1÷16E1


E1-1/16 Main





E1-1/16 EXT

E 1AC001100022 1AC041350001


IDU ODU





USER SERV



IDU-MAIN AUDIO

USER SERV


AUDIO USER SERV



IDU-MAIN AUDIO

ALM-NMS


ALM-NMS

I 3CC52117ABAA 3CC52118AAAA


IDU-MAIN 17÷32E1


E1-17/32 Main

L 3CC52117ABAA 3CC52118AAAA


IDU-EXT 17÷32E1


E1-17/32 EXT

Section 9 Table 13 - (Section 9 Figure 13 – 32E1 IDU 1+1 with distributor 3U sub-rack 19inch modules 120Ohm)


10.14. 16E1 + DATA (OR ENHANCED DATA) IDU 1+1 WITH DISTRIBUTOR 3U SUB-RACK 19INCH MODULES 120OHM

Section 9 Figure 14 - 16E1+ Data (or ENHANCED DATA) IDU 1+1 with distributor 3U subrack 19inch modules 120Ohm




A

A

B

D C F G H

E

E

I




Description Code Quantity IDU 16E1 Data (Main) 3DB16043AAAA 1

or – IDU 16E1 ENHANCED DATA 3DB16160AAAA 1 or – IDU 16E1 ENHANCED DATA

(AUDIO USC) 3DB16162AAAA 1






A 3CC08209AAAA



B 3CC07658AAAB Cable 8XE1 IDU/DISTR-120Ohm

Panel E1Protection SCSI68pin/SubD-37pin Distributor 3U 120 Ohm

C

3CC52117ABAA 3CC52118AAAA


IDU-MAIN 1÷16E1


E1-1/16 Main

D

3CC52117ABAA 3CC52118AAAA

Cord SCSI68-Male/Free L=15m Cord SCSI68-Male/SCSI68 L=1m



E1-1/16 EXT

E

1AC001100022 1AC041350001

Coax cable 50 Ohm 10.6mm Coax cable 50 Ohm 6,85mm

IDU ODU





USER SERV



IDU-MAIN AUDIO

USER SERV


AUDIO USER SERV



IDU-MAIN AUDIO

ALM-NMS


ALM-NMS I 3DB05021AAAA RJ45 (DATA version) IDU-MAIN CUSTOMER

I GIGA ETHERNET CABLE CAT.E (ENHANCED DATA version) IDU-MAIN CUSTOMER

Section 9 Table 14 - (Section 9 Figure 14 - 16E1+ Data (or ENHANCED DATA) IDU 1+1 with distributor 3U subrack)


10.15. CABLES POSITIONING

10.15.1. 1+1 32E1 WITH SUPPORT CONNECTORS 1.6/5.6 75 OHM PANEL 1U

Cable positioning - Front Cable positioning - Rear

Cable Positioning - Front From IDU/EXTENSION To Panel Service/Alarms SubD-44pin/SubD-15pin

Cable Positioning – Rear From IDU/EXTENSION To Panel Service/Alarms SubD-44pin/SubD-15pin

Cable Positioning From IDU/EXTENSION To Panel E1 Protection SCSI968Male/SCSI68Male

Section 9 Figure 15 – Cable positioning 1+1 32E1 with Support connectors 1.6/5.6 75 Ohm Panel 1U

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 11 CAPACITY EXTENSION 1 - 1

11. CAPACITY EXTENSION 9400 AWY R.2.1.0 can be provided with transceiver able to support 32E1 capacity even if the IDU supports 16E1 maximum. The above could be usefully in case of successive capacity extensions. If the case, pay attention to the following:

• IDU-ODU (Coax Cable 50 ohm) With coax cable there limitation in the maximum length (150m instead of 250m for ETSI version); a more performing cable could be necessary to cover specific cases

• IDU installation in Rack To migrate from 16E1 to 32E1 the IDU must be substituted with other subracks that can require more room (see related documentation) For an easy successive extension the eventual additional room needed should be left free.

ED02 - 3DB16142BAAAA - INSTALLATION HANDBOOK 12 CABLE CODE INTERCONNECTIONS 1 - 28

12. CABLE CODE INTERCONNECTIONS

DESCRIPTION

N° CODE

Type M1 n° pin

M2 n° pin

M3 n° pin

M4 n° pin

Lenght

1 3DB05021AAAA RJ45 8 8 2m 2 3DB05922AA** Sub-D 15 15 1,6m 3 3DB05923AA** Sub-D 15 15 6,4m 4 3DB10063AAAA Sub-D 15 9 9 1,6m 5 3DB10064AAAA Sub-D 15 9 9 6,4m 6 3DB10087AAAA Sub-D 15 15 1,6m 7 3DB10088AAAA Sub-D 15 15 6,4m 8 3DB10089AAAA Sub-D 15 9 1,6 9 3DB10090AAAA Sub-D 15 9 6,4 10 3DB10091AAAA Sub-D 15 25 1,6m 11 3DB10092AAAA Sub-D 15 25 6,4m 12 3DB10093AAAA Sub-D 15 9 1,6m 13 3DB10094AAAA Sub-D 15 9 6,4m 14 3DB10095AAAA Sub-D 15 15 1,6 15 3DB10096AAAA Sub-D 15 15 6,4 16 3DB10100AAAA Sub-D 37 9 9 9 1m 17 3DB10101AAAA Sub-D 15 15 18 3DB14051AAAA RJ45 8 8 6,4m 19 3CC52119AAAA Sub-D 15 9 9 1,6m 20 3CC52120AAAA Sub-D 15 9 9 6,4m 21 3CC52121AAAA Sub-D 37 9 25 1m 22 3CC52130AAAA Sub-D 15 9 1,6m 23 3CC52131AAAA Sub-D 15 9 6,4m 24 3CC52132AAAA Sub-D 15 9 1m 25 3CC52118AAAA SCSI 68 68 1m 26 3CC52117ABAA SCSI 68 68 Free/15m 27 3CC52115ABAA Sub-D 44 15m 28 3CC52116AAAA Sub-D 44 44 0.5m 29 3DB10003AAAA Sub-D 37 15m 30 3DB10008AAAA Sub-D 37 7m 31 3CC07568AAAB Sub-D 37 Terminal strip (1-2) 2m 32 3DB05594AAAA Sub-D 15 15m 33 3CC07885ABAA Sub-D 37 Connectors 1.6/5.6 2m 34 3CC07759ABAA Sub-D 37 BNC 75 Ohm 2m

35 3CC08951AAAA Sub-D 37 Pairs of 1 at 8 Pairs of 9 at 16

10m

36 3CC52133AAAA SCSI 68 Terminal strip (Compax) 1,10m 37 3DB16126ABAA SCSI 100 100 18cm

Section 11 Table 1 - Cable code interconnections


12.1. CABLE 3DB05922AAAA (L.= 1.6M) OR 3DB05923AAAA (L.=6,4M)

Section 11 Figure 1 - Cable 3DB05922AAAA

CONNECTION CABLE M1 Pair colors Pair number M2 1 Blue 3 9 Withe 1 11 2 Violet 4

10 Turquoise 2 12 3 Orange 1

11 Withe 3 9 4 Violet 2

12 Turquoise 4 10 5 Green 5

To cut Withe 5 To cut 6 Violet 7

13 Turquoise 6 14 7 Brown 6


To cut Turquoise 8 To cut

Section 11 Table 2 - Connections Cable 3DB05922AAAA (L.= 1.6m) or 3DB05923AAAA (L.=6,4m)

Sub-D 15pins Male

Sub-D 15pins Male M1 M2


12.2. CABLE 3DB05021AAAA (L.= 2M) OR 3DB14051AAAA (L.=6,4M)

Section 11 Figure 2 - Cable 3DB05021AAAA – 3DB14051AAAA

CONNECTION CABLE

Pair Wire A M1 Pin N°

M2 Pin N°

Wire B M1 Pin N°

M2 Pin N°

1 White/Blue ring 1 3 Blue 2 6 2 White/Orange ring 3 1 Orange 6 2 3 White/Green ring 4 4 Green 5 5 4 White/Brown ring 7 7 Brown 8 8

Section 11 Table 3 - Connector Cable 3DB05021AAAA (L.= 2m) or 3DB14051AAAA (L.=6,4m)

RJ45 8pins

M2 M1

RJ45 8pins




CONNECTION CABLE M1 Pair colors Pair number M2/M1 2 Blue M2-11 9 Withe 1 M2-3 4 Orange M2-9

11 Withe 2 M2-1 6 Green M2-10

13 Withe 3 M2-2 3 Brown M1-5

10 Withe 4 M1-12 5 Grey M1-3

12 Withe 5 M1-10 1 Blue M2-5

To cut Red 6 To cut To cut Orange To cut To cut Red 7 To cut To cut Green To cut To cut Red 8 To cut

Section 11 Table 4 - Connection Cable 3DB10095AAAA (L.= 1.6m) or 3DB10096AAAA (L.=6,4m)

M2 M1

Sub-D 15pins Male

Sub-D 15pins Male


12.4. CABLE 3DB10087AAAA (L.= 1.6M) OR 3DB10088AAAA (L.=6,4M) –

Section 11 Figure 4 - Cable 3DB10087AAAA – 3DB10088AAAA (ESC – AWY)

CONNECTION CABLE

M1 Pair colors Pair number M2 2 Blue 3 9 Withe 1 10 3 Violet 2

10 Turquoise 2 9 4 Orange 11 1 Withe 3 1 5 Violet 7

12 Turquoise 4 14 6 Green 8


14 Turquoise 6 12 8 Brown 6


To cut Turquoise 8 To cut


Sub-D 15pins Male

Sub-D 15pins Male M1 M2




CONNECTION CABLE M1 Pair colors Pair number M2 7 Blue 1

14 Withe 1 6 8 Orange 7

15 Withe 2 2 5 Green 8

12 Withe 3 4 6 Brown 9

13 Withe 4 5 1 Grey 3

To cut Withe 5 To cut To cut Blue To cut To cut Red 6 To cut To cut Orange To cut To cut Red 7 To cut To cut Green To cut To cut Red 8 To cut


M1 M2

Sub-D 15pins Male Sub-D 9pins Male




CONNECTION CABLE

M1 Pair colors Pair number M2 5 Blue 13




15 Withe 4 10 To cut Grey To cut To cut Withe 5 To cut To cut Blue To cut To cut Red 6 To cut To cut Orange To cut To cut Red 7 To cut To cut Green To cut To cut Red 8 To cut


M1 M2 Sub-D 25pins Male

Sub-D 15pins Male


12.7. CABLE 3DB10100AAAA (L.= 1M)


CONNECTION CABLE (M1-M2) M1 (37pins) Pair colors Pair number M2 (9pins)

1 Blue 1 20 Withe 1 6 2 Orange 2






7 Blue 1 26 Withe 1 6 8 Orange 2

27 Withe 2 7 10 Green 8 29 Withe 3 4 11 Brown 9 30 Withe 4 5 18 Grey 3



M1

M2

M3

M4

Sub-D 37pins Male

Sub-D 9pins

Female

Sub-D 9pins

Female

Sub-D 9pins

Female


13 Blue 1 32 Withe 1 6 14 Orange 2 33 Withe 2 7 15 Green 8 34 Withe 3 4 16 Brown 9 35 Withe 4 5 18 Grey 3


Section 11 Table 8 - Connection Cable 3DB10100AAAA (L.= 1m)


12.8. CABLE 3DB10101AAAA (ADAPTER ESC/NMS V1)

Section 11 Figure 8 - Cable 3DB10101AAAA (Adapter ESC/NMS-V1)

CONNECTION CABLE M1 M2

5 1 12 9 6 2 13 10 7 3 14 11 8 12 15 4 1 5

Section 11 Table 9


12.9. CABLE 3CC52119AAAA (L.= 1,6) OR 3CC52120AAAA (L.=6,4)

Section 11 Figure 9 - Cable 3CC52119AAAA-3CC52120AAAA (NMS ESC ¾ CROSSED CABLE)

CONNECTION CABLE (M1-M2-M3) M1

(15pins) M2 (NMS)

(9pins) M3 (AUDIO)

(9pins) Pair colors Pair number

1 8 Blue 9 4 Withe 1

3 1 Violet 11 6 Turquoise 2

2 5 Orange 10 9 Withe 3


5 to connect to shielded cable braid (GND) Green To cut Withe 5


7 1 Brown 14 6 Withe 7

To cut Violet To cut Turquoise 8

Section 11 Table 10 - Connection Cable 3CC52119AAAA (L.= 1,6) or 3CC52120AAAA (L.=6,4)

M1

M3

M2

Sub-D 9pins Male

Sub-D 15pins Male

Sub-D 9pins Male


12.10. CABLE 3CC52121AAAA (L.= 1M)

Section 11 Figure 10 - Cable 3CC52121AAAA (LUX 50 ESC-ESC / ALARMS ADAPTER)

CONNECTION CABLE (M1-M2-M3)

M1 (37pins) M2 (9pins) M3 (25pins) Pair number 1 8

20 4 1

2 9 21 5 2

4 1 23 6 3

5 2 24 7 4

11 No connect 3 11 6 12 5

22 no connect 13 no connect 25 no connect 24 no connect

7 7 26 20 6

8 8 27 21 7

9 9 28 22 8

10 10 29 23 9

14 1 15 2 10

32 14 33 15 11

34 16 16 3 12

17 4 18 5 13

35 17 36 18 14

37 19 19 6 15

12 3 30 25 16

Section 11 Table 11 - Connection Cable 3CC52121AAAA (L.= 1m)

M2

M3

M1

Sub-D 37pins Male

Sub-D 25pins Female

Sub-D 9pins Female


12.11. CABLE 3DB10063AAAA (L.= 1,6) OR 3DB10064AAAA (L.=6,4)

Section 11 Figure 11 - Cable 3DB10063AAAA (NMS INTERFACE AWY – MELODIE IDU)

CONNECTION CABLE (M1-M2-M3) M1

(15pins) M2 (NMS)

(9pins) M3 (AUDIO)

(9pins) Pair colors Pair number

1 8 Blue 9 4 Withe 1


2 9 Orange 10 5 Withe 3


5 to connect to shielded cable braid (GND) Green To cut Withe 5


7 1 Brown 14 6 Withe 7

To cut Violet To cut Turquoise 8

Section 11 Table 12 - Connection Cable 3DB10063AAAA (L.= 1,6)

M3

M2

M1

Sub-D 15pins Male

Sub-D 9pins Male

Sub-D 9pins Male


12.12. CABLE 3DB10093AAAA (L.= 1.6M) OR 3DB10094AAAA (L.=6,4)


CONNECTION CABLE







Section 11 Table 13 - Connection Cable 3DB10093AAAA (L.= 1.6m)

M2 M1

Sub-D 9pins Male

Sub-D 15pins Male


12.13. CABLE 3CC52130AAAA (L.= 1.6M) OR 3CC52131AAAA (L.= 6.4M)

Section 11 Figure 13 - Cable 3CC52130AAAA – 3CC52131AAAA

CONNECTION CABLE







Section 11 Table 14 - Connection Cable 3DB52130AAAA (L.= 1.6m)

M2 M1

Sub-D 9pins Male

Sub-D 15pins Male


12.14. CABLE 3CC52115ABAA (L.= 15M OR FREE)

Section 11 Figure 14 - Cable 3CC52115ABAA

CONNECTION CABLE M1 Pair Number Pin

1 1 6 2 2 3 4 3 5 7 4 8 9 5 12 10 6 11 13 7 14 15 8 30 16 9 21 17 10 18 19 11 20 22 12 23 24 13 31 25 14 26 27 15 42 28 16 29 32 17 33 34 18 35 36 19 39 37 20 38 40 21 41 43 22 44

23 Not connected 24 Not connected

Section 11 Table 15


12.15. CABLE 3CC52116AAAA (L.=0,5M)


CONNECTION CABLE M1 – M2

Pair Number Pin 1 1 6 2 2 3 4 3 5 7 4 8 9 5 12 10 6 11 13 7 14 15 8 30 16 9 21 17 10 18 19 11 20 22 12 23 24 13 31 25 14 26 27 15 42 28 16 29 32 17 33 34 18 35 36 19 39 37 20 38 40 21 41 43 22 44

23 Not connected 24 Not connected

Section 11 Table 16


12.16. CABLE 3CC52117ABAA (L.=15M)


CONNECTON CABLE

Pair. N. TX

Cable N°1

Pin Connector Pair. N. RX Cable N° 2 Pin Connector Connector

1 M1/M2 3 M1/M2 N.B.1 N.B.1 35 M1/M2 1 37 M1/M2 2 M1/M2 5 M1/M2 1 36 M1/M2 2 39 M1/M2 4 M1/M2 7 M1/M2 2 38 M1/M2 3 41 M1/M2 6 M1/M2 9 M1/M2 3 40 M1/M2 4 43 M1/M2 8 M1/M2 11 M1/M2 4 42 M1/M2 5 45 M1/M2

10 M1/M2 13 M1/M2 5 44 M1/M2 6 47 M1/M2 12 M1/M2 15 M1/M2 6 46 M1/M2 7 49 M1/M2 14 M1/M2 17 M1/M2 7 48 M1/M2 8 51 M1/M2 16 M1/M2 19 M1/M2 8 50 M1/M2 9 53 M1/M2 18 M1/M2 21 M1/M2 9 52 M1/M2 10 55 M1/M2 20 M1/M2 23 M1/M2 10 54 M1/M2 11 57 M1/M2 22 M1/M2 25 M1/M2 11 56 M1/M2 12 59 M1/M2 24 M1/M2 27 M1/M2 12 58 M1/M2 13 61 M1/M2 26 M1/M2 29 M1/M2 13 60 M1/M2 14 63 M1/M2 28 M1/M2 31 M1/M2 14 62 M1/M2 15 65 M1/M2 30 M1/M2 33 M1/M2 15 64 M1/M2 16 67 M1/M2 32 M1/M2 34 M1/M2 16 66 M1/M2 N.B.1 N.B.1 68 M1/M2

Section 11 Table 17

M1

TX Cable n°1

RX Cable n°2


12.17. CABLE 3CC52118AAAA (L.=1M)


CONNECTON CABLE

Pair. N. TX

Cable N°1

Pin Connector Pair. N. RX Cable N° 2 Pin Connector Connector

1 M1/M2 3 M1/M2 N.B.1 N.B.1 35 M1/M2 1 37 M1/M2 2 M1/M2 5 M1/M2 1 36 M1/M2 2 39 M1/M2 4 M1/M2 7 M1/M2 2 38 M1/M2 3 41 M1/M2 6 M1/M2 9 M1/M2 3 40 M1/M2 4 43 M1/M2 8 M1/M2 11 M1/M2 4 42 M1/M2 5 45 M1/M2

10 M1/M2 13 M1/M2 5 44 M1/M2 6 47 M1/M2 12 M1/M2 15 M1/M2 6 46 M1/M2 7 49 M1/M2 14 M1/M2 17 M1/M2 7 48 M1/M2 8 51 M1/M2 16 M1/M2 19 M1/M2 8 50 M1/M2 9 53 M1/M2 18 M1/M2 21 M1/M2 9 52 M1/M2 10 55 M1/M2 20 M1/M2 23 M1/M2 10 54 M1/M2 11 57 M1/M2 22 M1/M2 25 M1/M2 11 56 M1/M2 12 59 M1/M2 24 M1/M2 27 M1/M2 12 58 M1/M2 13 61 M1/M2 26 M1/M2 29 M1/M2 13 60 M1/M2 14 63 M1/M2 28 M1/M2 31 M1/M2 14 62 M1/M2 15 65 M1/M2 30 M1/M2 33 M1/M2 15 64 M1/M2 16 67 M1/M2 32 M1/M2 34 M1/M2 16 66 M1/M2 N.B.1 N.B.1 68 M1/M2

Section 11 Table 18

M1

TX Cable n°1

RX Cable n°2

M2


12.18. CABLE 3CC07658AAAA This cable is used to connect the Distributor subrack 3U EMC 120Ohm (3CC07810AAXX) and Distributor subrack 1U non EMC 120Ohm (3CC08062AAXX)

P01

19 37

1 20

Wire REDWire Blue

Wire BlueWire RED

Wire BlueWire RED

Terminal strip received

Terminal strip Transmitter

Pairs twisted (Blue- Red)

W02

W01 General screen must be to connectto the MP01 shelding and Pin number 29 of P01

Section 11 Figure 18 - Cable 3CC07658AAAA


12.19. CABLE 3CC07885ABAA SUB-D 37 (L.=2M) This cable is used to connect the Distributor subrack 1.6/5.6 75 Ohm (3CC08061AAXX)


CONNECTION CALE

M1 1.6/5.6 75 Ohm Cable N° ST212 N.B.1

2 J1 1 3 J2 3 4 J3 5 5 J4 7 6 J5 9 7 J6 11 8 J7 13 9 J8 15

N.B.1 N.B.1

12 J9 2 13 J10 4 14 J11 6 15 J12 8 16 J13 10 17 J14 12 18 J15 14 19 J16 16

N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2 N.B.2

Section 11 Table 19


12.20. CABLE 3CC07759ABAA SUB-D 37PIN (L.=2M) This cable is used to connect the Distributor subrack BNC 75 Ohm (3CC08061ABXX)


CONNECTION CALE M1 BNC 75 Ohm Cable N° ST212

N.B.1 2 J1 1 3 J2 3 4 J3 5 5 J4 7 6 J5 9 7 J6 11 8 J7 13 9 J8 15

N.B.1 N.B.1

12 J9 2 13 J10 4 14 J11 6 15 J12 8 16 J13 10 17 J14 12 18 J15 14 19 J16 16


Section 11 Table 20


12.21. CABLE 3CC08951AAAA 37PIN

Section 11 Figure 21 - Cable 3CC08951AAAA


12.22. CABLE 3DB05594AAA SUB-D 15PIN


CONNECTON CABLE M1 Pairs color Pair N° 2 Blue 9 White 1

3 Violet 10 Turquoise 2

4 Orange 1 White 3


6 Green 13 White 5


8 Brown 15 White 7

11 Violet N.B.3 Turquoise 8

N.B.3 Cut color turquoise wire, not connected, pair n°8

Section 11 Table 21

M1


12.23. CABLE 3DB10003AAAA SUB-D 37PIN This cable is used to connect the Distributor subrack 1.0/2.3 75 Ohm NB: this cable can be equipped with connectors 1.6/5.6 or BNC


M1 Cable N° ST212 N.B.1

2 1 3 3 4 5 5 7 6 9 7 11 8 13 9 15

N.B.1 N.B.1

12 2 13 4 14 6 15 8 16 10 17 12 18 14 19 16


N.B.1: free pins N.B.2: to connect the pins from 20 to 37, with wire 26 AWG, to round of metal housing M1

Section 11 Table 22

M1


12.24. CABLE 3DB10008AAAA SUB-D 37PIN This cable is used to connect the distributor subrack 1.0/2.3 75 Ohm


CONNECTION CALE M1 1.0/2.3 75 Ohm Cable N° ST212

N.B.1 2 J1 1 3 J2 3 4 J3 5 5 J4 7 6 J5 9 7 J6 11 8 J7 13 9 J8 15

N.B.1 N.B.1

12 J9 2 13 J10 4 14 J11 6 15 J12 8 16 J13 10 17 J14 12 18 J15 14 19 J16 16


N.B.1: free pins N.B.2: to connect the pins from 20 to 37, with wire 26 AWG, to round of metal housing M1

Section 11 Table 23

M1


12.25. CABLE 3CC52133AAAA - SCSI68 120 OHM

CONNECTION CABLE M1 – SZ1 CONNECTION CABLE M1 – SZ2

M1 SCSI68

SIZE 1 COMPAX

TX 1-8

Cable TX

Pair N°

Wire Colour

M1 SCSI68

SIZE 2 COMPAX

TX 1-8

Cable RX

Pair N°

Wire Colour

3 1A TX 1-8 1 White 2 1A RX 1-8 1 White 37 1B TX 1-8 1 Blue 36 1B RX 1-8 1 Blue 5 2A TX 1-8 2 White 4 2A RX 1-8 2 White

39 2B TX 1-8 2 Orange 38 2B RX 1-8 2 Orange 7 3A TX 1-8 3 White 6 3A RX 1-8 3 White

41 3B TX 1-8 3 Green 40 3B RX 1-8 3 Green 9 4A TX 1-8 4 White 8 4A RX 1-8 4 White

43 4B TX 1-8 4 Brown 42 4B RX 1-8 4 Brown 11 5A TX 1-8 5 White 10 5A RX 1-8 5 White 45 5B TX 1-8 5 Grey 44 5B RX 1-8 5 Grey 13 6A TX 1-8 6 Yellow 12 6A RX 1-8 6 Yellow 47 6B TX 1-8 6 Blue 46 6B RX 1-8 6 Blue 15 7A TX 1-8 7 Yellow 14 7A RX 1-8 7 Yellow 49 7B TX 1-8 7 Orange 48 7B RX 1-8 7 Orange 17 8A TX 1-8 8 Yellow 16 8A RX 1-8 8 Yellow 51 8B TX 1-8 8 Green 50 8B RX 1-8 8 Green

CONNECTION CABLE M1 – SZ3 CONNECTION CABLE M1 – SZ4

M1 SCSI68

SIZE 3 COMPAX

TX 1-8

Cable TX

Pair N°

Wire Colour

M1 SCSI68

SIZE 4 COMPAX

TX 1-8

Cable RX

Pair N°

Wire Colour

19 1A TX 9-16 9 Yellow 18 1A RX 9-16 9 Yellow 53 1B TX 9-16 9 Brown 52 1B RX 9-16 9 Brown 21 2A TX 9-16 10 Yellow 20 2A RX 9-16 10 Yellow 55 2B TX 9-16 10 Grey 54 2B RX 9-16 10 Grey 23 3A TX 9-16 11 Violet 22 3A RX 9-16 11 Violet 57 3B TX 9-16 11 Blue 56 3B RX 9-16 11 Blue 25 4A TX 9-16 12 Violet 24 4A RX 9-16 12 Violet 59 4B TX 9-16 12 Orange 58 4B RX 9-16 12 Orange 27 5A TX 9-16 13 Violet 26 5A RX 9-16 13 Violet 61 5B TX 9-16 13 Green 60 5B RX 9-16 13 Green 29 6A TX 9-16 14 Violet 28 6A RX 9-16 14 Violet 63 6B TX 9-16 14 Brown 62 6B RX 9-16 14 Brown 31 7A TX 9-16 15 Violet 30 7A RX 9-16 15 Violet 65 7B TX 9-16 15 Grey 64 7B RX 9-16 15 Grey 33 8A TX 9-16 16 Black 32 8A RX 9-16 16 Black 67 8B TX 9-16 16 Blue 66 8B RX 9-16 16 Blue

Note: CONNECT TO GND 1, 34, 35 AND 68 M1 pins

Section 11 Table 24

Terminal strip SIZE 1, 2 3,4

M1

Cable RX

Cable TX


12.26. CABLE 3DB16126ABAA SCSI100 WIRE FOR 1+1

Section 11 Figure 25 - Cable SCSI 100 WIRE - 3DB16126ABAA

M1 M2

ED02-3DB16142BAAAA - INSTALLATION HANDBOOK 13 NETWORK INTERCONNECTIONS 1-15

13. NETWORK INTERCONNECTIONS

13.1. AWY-AWY INTERCONNECTIONS CABLE LIST

13.1.1. NMS CONTINUITY

Code Type Cable From Equipment To Equipment 3DB05922AA** Sub.D 15 pins (IDU) NMS_V11 Audio1 (IDU) NMS_V11 Audio1 3DB05923AA** Sub.D 15 pins (IDU) NMS_V11 Audio1 (IDU) NMS_V11 Audio1 3DB05922AA** Sub.D 15 pins (IDU) NMS_G703 Audio2 (IDU) NMS_G703 Audio2 3DB05923AA** Sub.D 15 pins (IDU) NMS_G703 Audio2 (IDU) NMS_G703 Audio2 3DB05021AAAA RJ45 8 pins (IDU) NMS Ethernet IP DCN 3DB14051AAAA RJ45 8 pins (IDU) NMS Ethernet IP DCN 3DB10101AAAA Sub.D 15 pins Adapter Adapter 3DB10095AAAA Sub.D 15 pins (IDU) NMS_V11 Audio1 IP Router (IP DCN) 3DB10096AAAA Sub.D 15 pins (IDU) NMS_V11 Audio1 IP Router (IP DCN)

Section 12 Figure 1 – NMS Continuity

NMS_V11 Audio1

NMS_G703 Audio2

3DB05922AA** Or

3DB05923AA**

NMS_V11 Audio1

IP-DCN

NMS Eth

Station B

GNE

Station A

NMS_G703 Audio2

Station C

3DB05021AAAA or 3DB14051AAAA

IDU MAIN IDU MAIN IDU MAIN

IDU MAIN

IDU MAIN

IDU MAIN

Management through microwave link



3DB05922AA* or

3DB05923AA**

Station D

Patch Panel Patch Panel


Patch Panel

Patch Panel


Section 12 Figure 2 – NMS Continuity

Section 12 Figure 3 - NMS Continuity on ESC

Station C

IDU MAIN

Patch Panel

NMS_V11 Audio1

IDU MAIN

Patch Panel

NMS_V11 Audio1

IDU MAIN

Patch Panel

NMS_V11 Audio1

IDU MAIN

Patch Panel

Station A



Station B

3DB05922AA** or 3DB05923AA**

RS485/V11

3DB10095AAAA or

3DB10096AA

IP ROUTER

CISCO cable X21-

IP DCN

64Kbps

IP DCN


IDU MAIN

Patch Panel

IDU MAIN

Patch Panel

NMS V11

NMS V11NMS Eth

GNE

3DB10101AAAA + 3DB05922AA**

3DB10101AAAA +

3DB05922AA** 3DB05021AAAA +

3DB14051AAAA

ESCESC


13.1.2. AUDIO CONNECTION

Code Type Cable From Equipment To Equipment 3DB05922AA** Sub.D 15 pins (IDU) NMS_G703 Audio2 (IDU) NMS_G703 Audio2 3DB05923AA** Sub.D 15 pins (IDU) NMS_G703 Audio2 (IDU) NMS_G703 Audio2 3DB05922AA** Sub.D 15 pins (IDU) NMS_V11 Audio1 (IDU) NMS_V11 Audio1 3DB05923AA** Sub.D 15 pins (IDU) NMS_V11 Audio1 (IDU) NMS_V11 Audio1

Section 12 Figure 4 – AUDIO Connection

3DB05922AA**or

3DB05923AA**

NMS_V11

3DB05922AA**or

3DB05923AA**

IDU MAIN Patch Panel



IDU MAIN

Patch Panel


IDU MAINPatch Panel

Station A

Station BStation D

Station C NMS_G703 Audio 2 NMS_G703 Audio 2

NMS_V11 Audio 1


13.1.3. NMS RING PROTECTION WITH AUDIO CONTINUITY

Code Type Cable From Equipment To Equipment 3DB05922AA** Sub.D 15 pins (IDU) NMS_V11 Audio1 (IDU) NMS_V11 Audio1 3DB05923AA** Sub.D 15 pins (IDU) NMS_V11 Audio1 (IDU) NMS_V11 Audio1 3DB05922AA** Sub.D 15 pins (IDU) NMS_G703 Audio2 (IDU) NMS_G703 Audio2 3DB05923AA** Sub.D 15 pins (IDU) NMS_G703 Audio2 (IDU) NMS_G703 Audio2 3DB05021AAAA RJ45 8 pins (IDU) NMS Ethernet (IDU) NMS Ethernet 3DB14051AAAA RJ45 8 pins (IDU) NMS Ethernet (IDU) NMS Ethernet

Section 12 Figure 5 – NMS Ring protection with audio continuity

3DB05922AA**or

3DB05923AA**

NMS V11

3DB05922AA**or

3DB05923AA**




IDU MAINPatch Panel


IDU MAINPatch Panel

Station A

Station BStation D

Station C NMS_G703 Audio 2 NMS_G703

Audio 2

NMS_V11 Audio 13DB05021AAAA or 3DB14051AAAA


13.1.4. ESC CONTINUITY

Code Type Cable From Equipment To Equipment 3DB10087AAAA Sub.D 15 pins (IDU) ESC (IDU) ESC 3DB10088AAAA Sub.D 15 pins (IDU) ESC (IDU) ESC

Section 12 Figure 6 – ESC Continuity


IDU MAIN

Patch Panel

IDU MAIN

Patch Panel


IDU MAIN

Patch Panel

IDU MAIN

Patch Panel


ESC ESC


13.2. AWY-MELODIE SNMP INTERCONNECTIONS CABLE LIST

13.2.1. NMS CONTINUITY WITH AUDIO CONNECTION

Code Type Cable From Equipment To Equipment 3DB05922AA** Sub D 15 (IDU) NMS_G703

Audio2 (IDU) NMS_G703 Audio2

3DB05923AA** Sub D 15 (IDU) NMS_G703 Audio2

(IDU) NMS_G703 Audio2

3DB10063AAAA Y cable sub D 15 – (2x Sub D 9) AWY (IDU) NMS_V11 Audio1

Melodie (IDU) NMS_V11 and Audio1

3DB10064AAAA Y cable sub D 15 – (2x Sub D 9) AWY (IDU) NMS_V11 Audio1

Melodie (IDU) NMS_V11 and Audio1

3DB05021AAAA RJ45 8 pins (IDU) NMS Ethernet IP DCN 3DB14051AAAA RJ45 8 pins (IDU) NMS Ethernet IP DCN

Section 12 Figure 7 – NMS continuity with Audio connection

IP DCN


Station D

IDU MAIN

Patch Panel



IDU MAIN

Patch Panel

IDU MAIN

Patch Panel

IDU MAIN

Patch Panel

Station C

Station A

Station B

IDU MAINPatch Panel

Melodie

NMS_G703 Audio 2

NMS_G703 Audio 2

NMS_v11Audio1

3DB05922AA** or 3DB05923AA**

3DB10063AA** or 3DB10064AA**

NMS_V11Audio1


NMS Eth


13.2.2. SERVICE CHANNEL CONTINUITY (MELODIE 1+0 CLASSIC)

Code Type Cable From Equipment To Equipment 3DB10089AAAA Sub D 15 – Sub D 9 (IDU) ESC (IDU) ESC3-4 3DB10090AAAA Sub D 15 – Sub D 9 (IDU) ESC (IDU) ESC3-4 3DB10100AAAA Adapter Sub D 37 – (3x Sub D 9)

Section 12 Figure 8 – Service Channel continuity (MELODIE 1+0 classic)

IDU MAIN

Patch Panel IDU MAIN

Patch Panel

IDU MAIN IDU MAIN



Melodie 1+0 Classic

ESC ESC 3-4


3DB10100AAAA


13.2.3. SERVICE CHANNEL CONTINUITY (MELODIE 1+0 LIGHT)

Code Type Cable From Equipment To Equipment 3CC52130AAAA Sub D 15-Sub D 9 AWY (IDU) ESC Y cable Sub D 9 ESC3 3CC52131AAAA Sub D 15-Sub D 9 AWY (IDU) ESC Y cable Sub D 9 ESC3 3DB10121AAAA Y cable sub D 37 – (Sub D 9 + Sub D 25) Melodie

ESC3/Alarm

Section 12 Figure 9 – Service Channel continuity – (MELODIE 1+0 Light)

IDU MAIN


Patch Panel

IDU MAIN IDU MAIN



Melodie 1+0 Light

ESC ESC 3

3CC52139AAAA or 3CC52131AAAA 3CC52121AAAA

ALARM


13.2.4. SERVICE CHANNEL CONTINUITY (MELODIE 1+1)

Code Type Cable From Equipment To Equipment 3DB10091AAAA Sub D 15 – Sub D 9 (IDU) ESC (IDU) ESC5 3DB10092AAAA Sub D 15 – Sub D 9 (IDU) ESC (IDU) ESC5

Section 12 Figure 10 – Service Channel continuity (MELODIE 1+1)

IDU EXTENSION

Patch Panel

IDU MAIN

Patch Panel

IDU MAIN IDU MAIN



Melodie 1+1

ESC

ESC 5


IDU EXTENSION

Patch Panel

IDU MAIN

Patch Panel

ESC MAIN ESC MAIN

ESC EXT ESC EXT


13.2.5. SERVICE CHANNEL CONTINUITY (MELODIE 1+1)

Code Type Cable From Equipment To Equipment 3DB10089AAAA Sub D 15 – Sub D 9 (IDU) ESC (IDU) ESC3-4 3DB10090AAAA Sub D 15 – Sub D 9 (IDU) ESC (IDU) ESC3-4

Section 12 Figure 11 - Service Channel continuity (MELODIE 1+1)

IDU EXTENSION

Patch Panel

IDU MAIN

Patch Panel

IDU MAIN IDU MAIN



Melodie 1+1

ESC

ESC 5


IDU EXTENSION

Patch Panel

IDU MAIN

Patch Panel

ESC MAIN ESC MAIN

ESC EXT ESC EXT


13.3. AWY-MELODIE RQ2 INTERCONNECTIONS CABLE LIST

13.3.1. AWY NMS_V11 TRANSPORT (MELODIE 1+0 CLASSIC)

Code Type Cable From Equipment To Equipment 3DB10063AAAA Y cable sub D 15 – (2x Sub D 9) (IDU) NMS_V11 Audio 1 (IDU) ESC3-4-5 3DB10064AAAA Y cable sub D 15 – (2x Sub D 9) (IDU) NMS_V11 Audio 1 (IDU) ESC3-4-5 3DB10100AAAA Adapter Sub D 37 – (3x Sub D 9)

Section 12 Figure 12 – AWY NMS V11 Transport (MELODIE 1+0 classic)

IDU MAIN

Patch Panel

IDU MAIN IDU MAIN



Melodie 1+0 Classic

NMS_V11 Audio 1


IDU MAIN

Patch Panel

3DB10100AAAA

ESC 3

ESC 4

ESC 5


13.3.2. AWY NMS_V11 TRANSPORT (MELODIE 1+0 LIGHT)

Code Type Cable From Equipment To Equipment 3CC52119AAAA Y cable sub D 15 – (2x Sub D 9) (IDU) NMS_V11 Audio

1 (IDU) ESC5

3CC52120AAAA Y cable sub D 15 – (2x Sub D 9) (IDU) NMS_V11 Audio 1

(IDU) ESC5

3CC52121AAAA Y cable sub D 37 – (Sub D 9 + Sub D 25)

Section 12 Figure 13 - AWY NMS V11 Transport (MELODIE 1+0 light)

IDU MAIN

Patch Panel

IDU MAIN IDU MAIN



Melodie 1+0 Light

NMS_V11 Audio 1

3CC52119AAAA or 3CC52120AAAA

IDU MAIN

Patch Panel

3CC52121AAAA

ESC 3


13.3.3. AWY NMS_V11 TRANSPORT (MELODIE 1+1)

Code Type Cable From Equipment To Equipment 3DB10063AAAA Y cable sub D 15 – (2x Sub D 9) (IDU) NMS_V11 Audio 1 (IDU) ESC3-4 3DB10064AAAA Y cable sub D 15 – (2x Sub D 9) (IDU) NMS_V11 Audio 1 (IDU) ESC3-4

Section 12 Figure 14 - AWY NMS V11 Transport (MELODIE 1+1)

IDU EXTENSION

Patch Panel

IDU MAIN IDU MAIN



Melodie 1+1

NMS_V11 Audio 1


IDU EXTENSION

Patch Panel

ESC 3-4

IDU MAIN


Patch Panel

ESC MAIN ESC MAIN

ESC EXT ESC EXT


13.3.4. AWY NMS_V11 TRANSPORT (MELODIE 1+1)

Code Type Cable From Equipment To Equipment 3DB10063AAAA Y cable sub D 15 – (2x Sub D 9) (IDU) NMS_V11 Audio 1 (IDU) ESC5 3DB10064AAAA Y cable sub D 15 – (2x Sub D 9) (IDU) NMS_V11 Audio 1 (IDU) ESC5 3CC52132AAAA Sub D 25 – Sub D 9 (IDU) NMS_V11 Audio 1

Section 12 Figure 15 - AWY NMS V11 Transport (MELODIE 1+1)

IDU EXTENSION

Patch Panel

IDU MAIN IDU MAIN



Melodie 1+1

NMS_V11 Audio 1


IDU EXTENSION

Patch Panel

ESC 5

IDU MAIN


Patch Panel

ESC MAIN ESC MAIN

ESC EXT ESC EXT

3CC52132AAAA


13.4. RQ2 9.6 K/B TRANSPORT Code Type Cable From Equipment To Equipment 3DB10093AAAA Sub D 15 – Sub D 9 (IDU) ESC (IDU) NMS1 3DB10094AAAA Sub D 15 – Sub D 9 (IDU) ESC (IDU) NMS1

Section 12 Figure 16 – RQ2 9.6 K/b Transport

END OF DOCUMENT

IDU MAIN IDU MAIN



Melodie

ESC

3DB10093AAAA or 3DB10094AAA

IDU MAIN


Patch Panel

NMS1

ALCATEL LUCENT 9400 AWY Rel.2.1 Installation Handbook · PDF fileed02 - 3db16142baaa -...

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Transcript of ALCATEL LUCENT 9400 AWY Rel.2.1 Installation Handbook · PDF fileed02 - 3db16142baaa -...