3al79556aaaatqzza01_v1_alcatel 1650 smc stm 1 4 multiservice metro node rel. 2.0 installation...

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1650SMC Rel.2.0 .

STM 1/4 Multiservice Metro Node .

INSTALLATION HANDBOOK

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VOL. 1/1

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1650SMC Rel.2.0 .


INSTALLATION HANDBOOK 955.100.962 L Ed.01 3AL 79556 AAAA Ed.01

VOL. 1/1

1650SMC Rel.2.0 .


INSTALLATION HANDBOOK

955.100.962 L Ed.01 3AL 79556 AAAA Ed.01

VOL. 1/1

1650SMC Rel.2.0 .


955.100.962 L Ed.01 3AL 79556 AAAA Ed.01 - INSTALLATION HANDBOOK VOL. 1/1

1650SMC Rel.2.0 .

STM 1/4 Multiservice Metro Node . 955.100.962 L Ed.01 3AL 79556 AAAA Ed.01 - INSTALLATION HANDBOOK VOL. 1/1

1650SMC Rel.2.0 .


955.100.962 L Ed.01 3AL 79556 AAAA Ed.01 - INSTALLATION HANDBOOK VOL. 1/1

FINE DEL DOCUMENTO INTERNO - END OF INTERNAL DOCUMENT1

955.100.962 L Ed.01 3AL 79556 AAAA Ed.01

Installation Handbook

STM 1/4 Multiservice Metro Node

1650SMC Rel.2.0

955.100.962 L Ed.01 3AL 79556 AAAA Ed.01

RELATED TECHNICAL HANDBOOK:

HANDBOOK ANV Part No. FACTORY Part No.

1650SMC Rel. 2.0 Technical Handbook 3AL 79554 AAAA 955.100.952 J

SAFETY RULES

Before carrying out any installation, turn-on, tests & operation and maintenance operations, read carefully the Safety Rules described Technical Handbook’s section HANDBOOK GUIDE.

HANDBOOK COMPOSITION (present edition)

part No pages Numbered

From to 1 HANDBOOK 62 1/62 62/62

01 30/11/2001 A. Ronco A. Ronco

ED DATE CHANGE NOTE APPRAISAL AUTHORITY ORIGINATOR

Rel. 2.0 1650SM INSTALLATION GUIDE

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ALCATEL 1650 SM INSTALLATION GUIDE

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TABLE OF CONTENTS

1. INSTALLATION........................................................................................................................................ 4 1.1. Unpacking and warehousing ................................................................................................................ 4

1.1.1. General ........................................................................................................................................ 4 1.1.2. Unpacking .................................................................................................................................... 5

1.1.2.1. Preliminary checks................................................................................................................... 5 1.1.2.2. Unpacking................................................................................................................................ 5

1.1.3. Warehousing ................................................................................................................................ 5 1.2. Mechanical installation.......................................................................................................................... 6

1.2.1. Assembling two 1650SMC subracks to be inserted into a 21” rack ............................................ 6 1.2.1.1. Assembling a 1650SMC subrack and an adapter to be insert into a 21” rack ........................ 7 1.2.1.2. Assembling a 1650SMC subrack and two adapter to be insert into a 19” rack ...................... 8 1.2.1.3. Subrack insertion into the rack ................................................................................................ 9

1.2.1.3.1. 19” racks ......................................................................................................................... 9 1.2.1.3.2. 21” rack (S9, OPTINEX) ............................................................................................... 10

1.2.1.4. Positioning of cables support................................................................................................. 13 1.2.1.5. Positioning of the installation tools support ........................................................................... 14 1.2.1.6. Mechanical Structure ............................................................................................................. 16 1.2.1.7. Fans shelf 19” ........................................................................................................................ 17

1.2.2. 1650SMC electrical and optical installation ............................................................................... 19 1.2.2.1. Protective earth connection ................................................................................................... 22 1.2.2.2. 2 Mbit/s connections .............................................................................................................. 22

1.2.2.2.1. 2 Mbit/s (75 ohms) connections .................................................................................... 23 1.2.2.2.2. 2 Mbit/s (120 ohm) connections.................................................................................... 24

1.2.2.3. 34 and 45 Mbit/s connections................................................................................................ 26 1.2.2.4. STM-1 connections................................................................................................................ 28

1.2.2.4.1. 4 x STM-1 electrical ports 75 Ohm ............................................................................... 28 1.2.2.4.2. 4 x STM-1 or 4 x STM-1 switchable electrical/optical port............................................ 30 1.2.2.4.3. STM-1 connections on “Compact ADM-1” (SYNTH) port card..................................... 34

1.2.2.5. STM-4 connections................................................................................................................ 36 1.2.2.6. Optical STM-1 installation procedure .................................................................................... 37 1.2.2.7. Electrical STM-1 installation procedure ................................................................................. 40 1.2.2.8. Housekeeping and Remote Alarms Connections.................................................................. 42 1.2.2.9. RM Interface Connections (Rack lamps)............................................................................... 43 1.2.2.10. QMD (Q2) Interface Connections ................................................................................. 44 1.2.2.11. Q3 10 base 2 (BNC) Interface Connections ................................................................. 45 1.2.2.12. Q3 10 base T (RJ45) Interface Connections ................................................................ 45 1.2.2.13. G.703, RS 232 and V11 Aux. Channels ....................................................................... 46 1.2.2.14. Ext. 2 MHz & Sync. and 2 Mbits Auxiliary channels connections................................. 48 1.2.2.15. RJ11 Telephone extension connections....................................................................... 50 1.2.2.16. Phone Jack ................................................................................................................... 50 1.2.2.17. Power Supply Connections........................................................................................... 52

1.2.3. Fans electrical connection for 19” fan shelf ............................................................................... 54 1.2.3.1. Power supply connections..................................................................................................... 54 1.2.3.2. Remote alarms connections .................................................................................................. 55

2. ANNEXES............................................................................................................................................... 57 2.1. Annex 1. - Parts making up the Installation set .................................................................................. 57 2.2. Annex 2. - Suggested cabling............................................................................................................. 60 2.3. Annex 3. - Fans subrack part list (19” version)................................................................................... 61

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LIST OF TABLES AND FIGURES

Tables Table 1 - Numbering, functions and paragraphs referred to the Connection Points .......................................21 Table 2 – Fan shelf alarm connections ............................................................................................................55 Figures Figure 1. Link between to 1650SMC subracks ..................................................................................................6 Figure 2. Link between one 1650SMC subrack and adapter.............................................................................7 Figure 3. Link between one 1650SMC subrack and the adapter.......................................................................8 Figure 4. 1650SMC subrack insertion into the 19” rack.....................................................................................9 Figure 5. Insertion of two 1650SMC subracks into the 21” rack ......................................................................11 Figure 6. Insertion of one 1650SMC subrack and adapter into the 21” rack ...................................................12 Figure 7. Positioning of cables support ............................................................................................................13 Figure 8. Positioning of the tools support.........................................................................................................14 Figure 9. Use of the extraction tools ...............................................................................................................15 Figure 10. Mechanical structure of the subrack ...............................................................................................16 Figure 11. Insertion of fan shelf 19” into the rack.............................................................................................17 Figure 12. 19” fan shelf ....................................................................................................................................18 Figure 13. Connection points for installation ....................................................................................................20 Figure 14. Port card (2 Mbit/s) and access module relationship......................................................................22 Figure 15. 21x2 Mbit/s (75 ohm) module connections .....................................................................................23 Figure 16. 7x2 Mbit/s (120 ohm) physical connection (T1-T3).........................................................................24 Figure 17. 21x2 Mbit/s (120 ohm ) module connections ..................................................................................25 Figure 18. Port card (34/45 Mbit/s) and access module relationship...............................................................26 Figure 19. 3x34/45 Mbit/s module connections ...............................................................................................27 Figure 20. 4 x STM-1 Electrical Port card ( 75 Ohm ) and access module relationship ..................................28 Figure 21. 4 x STM-1 Electrical module connections.......................................................................................29 Figure 22. 4 x STM-1 electrical/optical port and access module relationship..................................................30 Figure 23. 4 x STM-1 electrical/optical connections ........................................................................................32 Figure 24. Cable assembly for STM-1 Electrical module (ICMI)......................................................................33 Figure 25. STM-1 connections on “Compact ADM-1” (SYNTH) port card.......................................................35 Figure 26. STM-4 connections .........................................................................................................................36 Figure 27. Optical STM-n connections and fiber protections positioning.........................................................38 Figure 28. Optical STM-n connections.............................................................................................................39 Figure 29. Electrical STM-n connections .........................................................................................................41 Figure 30. Housekeeping and Remote Alarm connections..............................................................................42 Figure 31. R/M Interface connections ..............................................................................................................43 Figure 32. QMD (Q2) Interface connections ....................................................................................................44 Figure 33. Q3 10 base 2 and Q3 10 base T connections ................................................................................45 Figure 34. Physical connection ........................................................................................................................46 Figure 35. G.703, RS 232 and V11 Aux. Channels connections.....................................................................47 Figure 36. Siemens Balum assembly instruction .............................................................................................49 Figure 37. ITT Cannon Balum assembly instruction ........................................................................................50 Figure 38. 2 Mbit/s AUX , 2 MHz Sync and Telephone extension connections...............................................51 Figure 39. Power supply connections ..............................................................................................................53 Figure 40. 19” Fans subrack cover front view..................................................................................................54 Figure 41. Funs power supply connections......................................................................................................54 Figure 42. Cable for the alarm connections of the Fan shelf ...........................................................................56

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1. INSTALLATION

WHEN CARRYING OUT THE GIVEN OPERATIONS OBSERVE THE NORMS STATES IN CHAPTER 2 OF THE TECHNICAL HANDBOOK

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

N.B. A multilingual (French, German, Italian, Spanish) safety label is included in the Optical Units

prepacking. The user can substitute the default English label with one of the available.

1.1. Unpacking and warehousing

1.1.1. 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

SAFETY RULES

ATTENTION EMC NORMS

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1.1.2. Unpacking

1.1.2.1. 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 templated 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.

1.1.2.2. 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 cellotaped 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.

1.1.3. Warehousing

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

• the cardboard boxes must be placed indoors in airy rooms; • the wooden or plywood cases can be placed outdoors, provided they are protected against rain

and direct sunlight.

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1.2. Mechanical installation

1.2.1. Assembling two 1650SMC subracks to be inserted into a 21” rack

(Refer to Figure 1 on page 6).

• Join the two subracks by utilizing the bracket (1), the screws (2) and washers (3).

• Insert the assembled stud (4) and fasten it to the subrack by of nuts (5).

• Fix the connection flanges (6) to the subracks by means of screws (2) and washers (3).

All the required materials are comprised in the 1650SMC 19”/21” adapter (3AL7883AAAA)

12

3

4

5

6

Figure 1. Link between to 1650SMC subracks

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1.2.1.1. Assembling a 1650SMC subrack and an adapter to be insert into a 21” rack


• Fasten the subrack to the 1650SMC adapter (1) by means of screws (2) and washers (3).

• Fix the connection flange (4) to the subrack by means of screws (2) and washer (3).

All the required materials are comprised in the 1650SMC 19”/21” adapter (3AL7883AAAA).

N.B.: Figure 2 on page 7 shows the installation of the subrack on the left side of the rack. Flanges 1 and 4 can be inverted to install the subrack on the right side.

12 3

4

Figure 2. Link between one 1650SMC subrack and adapter

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1.2.1.2. Assembling a 1650SMC subrack and two adapter to be insert into a 19” rack

(Refer to Figure 3 on page 8.)

• Fasten the 19” 1650SMC adapters (1) to the subrack by means of screws (2) and washer (3).

All the required materials are comprised in the 1650SMC 19” adapter.

N.B.: It is possible to install only two 1650SMC assemblies in 19” rack (this limitation is due to the space for cables and fibers).

12 3

4

Figure 3. Link between one 1650SMC subrack and the adapter

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1.2.1.3. Subrack insertion into the rack

The subracks can be inserted into the 19” standard racks or in the 21” racks (S9 rack or OPTINEX rack). The paragraphs that follow illustrate the procedure adopted for both.

1.2.1.3.1. 19” racks

(Refer to Figure 4 on page 9) • Insert the subrack into the position assigned to it. • Fasten the subrack to the rack by means of screws (1) and washer (2) • Insert the two “union optical fiber duct” (3) into the subrack in the right way as indicated in detail

“A” and “B” of Figure 4 on page 9. The screws and washer are supplied together with the subrack.

1

2

3

Union optical fiber duct orientation whenthe optical cable direction is from the "bottom"

Union optical fiber duct orientation whenthe optical cable direction is from the "top"

DETAIL "A" DETAIL "B"

12 12

FIBER DUCT

Free holes for air circulations(N.B.)

Holes for Fan Shelf 19"(N.B.)

Free holes forhandling (N.B.)

FIBER DUCT

N.B.: Hole spacing shown in the figure is not gauged. When mounting the fan ascertain that it is as near

as possible to the top subrack. N.B.1: Based on the type of rack side wall implemented, caged nuts might be used to fasten the subracks

to the rack. N.B.2: If the rack has no outer fiber cable ducts (as rack S9 or Optinex) add a cable duct on the inner side

of the side-walls in the set position using the “union optical fiber duct” (3) mounted on the subrack’s horizontal cable duct.

Figure 4. 1650SMC subrack insertion into the 19” rack

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1.2.1.3.2. 21” rack (S9, OPTINEX)

(Refer to Figure 5 on page 11 and Figure 6 on page 12).

Subrack fastening to the rack ensures ground protection in that the rack is wire-

connected to the station protection ground.

S9 Rack • Locate the six holes on the bracket (1) used to fasten the subrack and to insert the special screws

(10).

• Insert the caged nuts (2) into the six holes on the brackets (1).

• N.B. to easily install the subrack onto the rack, tightly fasten the two special screws (10) to the rack by means of additional caged nuts (2) set next to one of the two internal holes on the connection flange (9) or adapter 1650SMC (11).

• Place the subrack onto the special slotted screws (10)

• Fasten the subrack to the rack by inserting the screws (7) and the washers (8) into the holes on the connection flange (9) or adapter 1650SMC (11) and screw them fast into the corresponding holes (with caged nuts) on the brackets (1) of the rack.

• Remove the special screws (10).

• Insert the two “union optical fiber duct” (12) into the subrack in the right way as indicated in detail “A” and “B” of Figure 5 on page 11 and Figure 6 on page 12.

The caged nuts end special screws are included in the S9 Installation kit (3AL78913AAAA), the screws and washers are supplied together the subrack.

OPTINEX Rack

• Locate the six holes on the bracket (1) used to fasten the subrack and to insert the special screws (10).

• N.B. to easily install the subrack in the rack, tightly fasten the two special screws (10) in the rack using the two internal holes on the connection flange (9).

• Place the subrack on the special slotted screws (10).

• Fasten the subrack to the rack by inserting the screws (7) and the washers (8) into the holes on the connection flange (9) or adapter 1650SMC (11) and screw them fast into the corresponding holes (with caged nuts) on the brackets (1) of the rack.

• Insert the two “union optical fiber duct” (12) into the subrack in the right way as indicated in detail “A” and “B” of Figure 5 on page 11 and Figure 6 on page 12.

The screws and washers are supplied together the subrack.

SAFETY RULES

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X

X+4X+5

X+12

1

6

7

8

9

9

12

12




FOR OPTINEX RACK ONLY

FOR S9 RACK ONLY

12 12

2

1

10

7

8

7

8

FIBER DUCT

Free holes for air circulations

Holes for Fan Shelf 19"

Free holes forhandling

FIBER DUCT

Figure 5. Insertion of two 1650SMC subracks into the 21” rack

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X

X+4X+5

X+12

117

8

9

12




1

6

FOR OPTINEX RACK ONLY

2

1

10

7

8

7

8

FOR S9 RACK ONLY

12 12

Free holes forhandling

FIBER DUCT

Free holes for air circulations

Holes for Fan Shelf 19"

FIBER DUCT

Figure 6. Insertion of one 1650SMC subrack and adapter into the 21” rack

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1.2.1.4. Positioning of cables support

(Refer to Figure 7 on page 13)

• Fasten the cable support (1) to the subrack by means of the two screws (2).

The screws and the cables support are supplied together with the 1650SMC subrack.

1

2

Figure 7. Positioning of cables support

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1.2.1.5. Positioning of the installation tools support

(Refer to Figure 8. on page 14) • Fasten the adhesive tools support (1) on a free surface near the subrack (for example on the rack

mechanical structure or on the subrack connection flange). Two extractors are available on the tools support:

- extractor ( 2) is used to remove the optical/electrical modules from the unit. To remove an electrical or optical module read the following instruction (Refer to Figure 9. on page 15): • insert and rotate the extractor (2) in the hole (4) • pull out the module (first unscrew the fixing screws of the module to the front panel of

the group) - extractor (3) is used to remove the coaxial cables from access/port card (Refer to Figure 9.

on page 15).

1

23

Factory code 241.901.306 W

Factory code 245.701.842 S

Factory code 241.901.305 V

Figure 8. Positioning of the tools support

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4

2

3

Figure 9. Use of the extraction tools

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1.2.1.6. Mechanical Structure


The subrack is fitted with particular mechanical devices which permit to obtain functions in compliancy with the International Norms associated to EMC The subrack consists of:

• Mechanical structure consisting of two side walls (1) joined by six cross members (2) • Rear p.c.b. (3) utilized for the subrack wiring • A cable duct (4) for the optical fibers connected to the units front panels. • Rear cover (5) for the protection of the rear p.c.b. (3) • Grids (6) to protect the equipment against interferences and at the same time permitting air to

circulate inside. • Guides (7) facilitating unit vertical insertion. Special mechanical devices are provided to prevent

the unit from being inserted up-side down. • Union for optical fiber duct (8) to protect and guide the fibers with the correct bending radius.

1

2

3

4

56

7

88

Figure 10. Mechanical structure of the subrack

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1.2.1.7. Fans shelf 19”

(Refer to Figure 11 on page 17 and Figure 12 on page 18).

1. To insert into the fan shelf into the “S9” or “Optinex” racks, before assembly the 19”/21” adapter.

2. Insert the empty shelf (2) into the rack.

3. Fasten the shelf by means of screws (3) and washer (4)

4. Insert the fans drawers (5) and the anti dust filters (6) into the shelf.

5. For electrical connection see paragraph 1.2.3 on page 54.

2

5

6

3 4

Figure 11. Insertion of fan shelf 19” into the rack

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N.B.: The figures shows the fan shelf mounting position for the 1650SM installation; note that the ADM equipment shown is the 1660SM.

Figure 12. 19” fan shelf

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1.2.2. 1650SMC electrical and optical installation

The whole installation must be executed without powering the equipment.

Protection ground connection must be the first operation

Power Supply connection must be the last to be executed.

FIXING THE UNITS (AND MODULES) INTO THE SUBRACK

(caution to avoid equipment damage) The screw tightening torque for fixing the units (and modules, if any and if fixed by screws) into the

subrack must be:

2.8 kg x cm (0.28 Newton x m) ± 10 % Exceeding this value may result in screw breaking.

The installation wiring is connected in front of the port and access port through the terminal tagblocks and connectors mounted on the unit. The optical connections are directly wired on the units.

Figure 13 on page 20 illustrates all the connection points on the equipment.

Table 1 on page 21 reports the connection points number for each function, and the paragraph where it is described.

Each paragraph also indicates:

• pin assignment table

• information on the adaptors/connectors supplied with the equipment to mount on the relevant terminal tagblocks.

Annex 1. - Parts making up the Installation set on page 57 shows the parts making up the installation sets.

Annex 2. - Suggested cabling on page 60 shows the cables suggested to set-up the connections.

The tables associated to each terminal tagblocks also refers to these cables.

ATTENTION: The equipment is supplied with several connectors (services, alarms, housekeeping, etc) covered

by “protection cups” (ESD protection). The installer must respect the ESD precaution(Refer to chapter 2 of the Technical Handbook). At the end of the installation phase all the previous connectors not used for cabling must be covered with the relevant “protection cups”.

SAFETY RULES

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ACCESS

3

ACCESS

2

ACCESS

1

PORT

CARD

1

PORT

CARD

2

PORT

CARD

3

A

SYNTH

B

SYNTH

1

2

3

4

5

6

7

8

9

10

11

12

n = Access Point

CONGI

SERGI

SLOT 21 3 4 5 6 7 8 9 10

SLOT 1-3 SLOT 1-3 SLOT 1-3 SLOT 1-3 SLOT 1-3

IN ALTERNATIVE

14 14' 15 13 12

12

IN ALTERNATIVE

SLOT 6-8 SLOT 6-8

12' 16

fromT.R.U.

from/toDDF/ODF

from/toDDF

from/toDDF

from/toDDF/ODF

fromT.R.U.

from/toDDF

from/toT.R.U.

Telephoneextension

Q3 10 BASE 2

Q3 10 BASE T

Phone Jack

from DDF

from

from

from/toDDF

from/toDDF

from/toDDF

from/toDDF

from/toDDF/ODF

from/toDDF/ODF

from/toODF

A21E1 A21E1 A3E3A3T3

A4ES1 A2S1 P4SINP4E4N

S4.1NL4.1NL4.2N

Figure 13. Connection points for installation

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Table 1 - Numbering, functions and paragraphs referred to the Connection Points

ACCESS POINT

SLOT FUNCTION PARA.

14

1,2,3 2 Mbit/s Connections (120 ohm)

14’

1,2,3 2 Mbit/s Connections (75 ohm)

1.2.2.2 on page 22

15

1,2,3 34 and 45 Mbit/s Connections 1.2.2.3 on page 26

2

4 Housekeeping and Remote Alarms Connections 1.2.2.8 on page 42

3

4 RM Interface Connections (Rack lamps) 1.2.2.9 on page 43

4

4 QMD (Q2) Interface Connections 1.2.2.10 on page 44

5

4 Q3 10 base 2 (BNC) Interface Connections 1.2.2.11 on page 45

6

4 Q3 10 base T (RJ45) Interface Connections 1.2.2.12 on page 45

8

5 G 703, RS 232 and V11 Auxiliary Channels Connections

1.2.2.13 on page 46

9

5 Ext. 2 MHz Sync. and 2 Mbit/s Auxiliary channels Connections

1.2.2.14 on page 48

10

5 RJ11 Auxiliary Channels Connections 1.2.2.15 on page 50

11

5 Phone Jack 1.2.2.16 on page 50

12

1,2,3 Optical/Electrical STM-1 Connections (Access units)

12’

6,7,8,9*,10* Optical/Electrical STM-1 Connections (Traffic units)

1.2.2.4 on page 28

1.2.2.6 on page 37

1.2.2.7 on page 40

13

1,2,3 Electrical STM-1 Connections 1.2.2.4 on page 28

16

6,7,8 Optical STM-4 Connections 1.2.2.5 on page 36

1 7

4,5 Power Supply Connections 1.2.2.17 on page 58

* = SYNTH A/B unit

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1.2.2.1. Protective earth connection

This connections has priority over all the others

Ground protection is ensured by the subrack’s mechanical fastening

1.2.2.2. 2 Mbit/s connections

Connections are established through the connectors situated on the access modules front coverplate. The modules are inserted into the slot assigned to them and compliancy with the configuration of the port card to connect. The relationship is illustrated in Figure 14 on page 22. The possible connections are described in paras 1.2.2.2.1 on page 23 and 1.2.2.2.2 on page 24.

CONGI

ACCESS1

ACCESS2

ACCESS3

SERGI

P

RT

CARD1

OPORT

CARD2

PORT

CARD3

SYNTH

1

SYNTH

2

SLOT1

SLOT

2

SLOT3

SLOT4

SLOT

5

SLOT

6

SLOT7

SLOT

8

SLOT9

SLOT

10

PORT CARD POSITION (SLOT)

ACCESS MODULE POSITION (SLOT)

6 1 (Ch. 1-21) 2 (Ch. 22-42) 3 (Ch. 43-63)

Figure 14. Port card (2 Mbit/s) and access module relationship

SAFETY RULES

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1.2.2.2.1. 2 Mbit/s (75 ohms) connections

• Insert the access module into the slot assigned to it.

• Wire the 2 Mbit/s signals onto the module utilizing the 1.0/2.3 75 ohm male coax. connector for 3 mm. cable (1AB 061220003).

J1J2

J21

21 x 2 Mbit/s 75 ohm prot. - A21E1

SLOT 1,2,3

FUNCTION CABLEJ

1 Input Ch. 1

2345

6789

1011121314

15161718192021

FUNCTION CABLEJ

22 Output Ch. 1

23242526

27282930

3132333435

36373839404142

J22J23

J42

7 7

Input Ch. 2Input Ch. 3Input Ch. 4Input Ch. 5

Input Ch. 6Input Ch. 7Input Ch. 8Input Ch. 9Input Ch. 10Input Ch. 11Input Ch. 12Input Ch. 13Input Ch. 14

Input Ch. 15Input Ch. 16Input Ch. 17Input Ch. 18Input Ch. 19Input Ch. 20

Input Ch. 21

Output Ch. 2

Output Ch. 3

Output Ch. 4Output Ch. 5Output Ch. 6

Output Ch. 7Output Ch. 8Output Ch. 9Output Ch. 10

Output Ch. 11Output Ch. 12Output Ch. 13

Output Ch. 14Output Ch. 15Output Ch. 16Output Ch. 17Output Ch. 18Output Ch. 19Output Ch. 20Output Ch. 21

Figure 15. 21x2 Mbit/s (75 ohm) module connections

See par. 2.2

Annex 2 page 60

See par. 2.2

Annex 2 page 60

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1.2.2.2.2. 2 Mbit/s (120 ohm) connections.

• Insert the module into the slot assigned to it.

• Wire the 2 Mbit/s signals onto module using the SUB.D 37 P male connector (1AB 003110024).

• Close the connector into the relevant SUB.D 37 Shell connector (1AB 006030065)

The SUB.D 37 P connector and shell are inside the “120 ohm Connector Kit (3AL78914AAAA)

• Plug the connector into the terminal tagblocks T1 - T3 (Refer to Figure 17 page 25).

Figure 17 on page 25 and Figure 16 on page 24 provide data on modules, pins and physical connection.

1

19

20

37

Tx Rx

turquoise

whiteblue

violetwhite

turquoiseviolet

orange

white

turquoiseviolet

green

whitebrown

1 quad

2 quad

turquoiseviolet

turquoiseviolet

whiteblue

turquoisevioletwhite

orangeturquoiseviolet

whitegreenturquoiseviolet

whitebrown

1 quad

2 quad

3 quad

4 quad

cableshielded

4 symmetricalquads

cableshielded

4 symmetricalquads

1 quad

2 quad

3 quad

4 quad

SUB.D 37P male connector

1AB 003110024

Connection side wiew

N.B. This figure can change if a different cable is used.

N.B.1 If the correct colours are used, it’s possible to avoid the label for each wire. It’s enough to label the cable.

Figure 16. 7x2 Mbit/s (120 ohm) physical connection (T1-T3)

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21 x 2 Mbit/s 120 ohm prot. - A21E1

21 x 2 Mbit/s 120 ohm K20

19

120

37

1

1937

20

1

1937

20

SLOT 1,2,3

PIN PINSIGNAL SIGNAL CABLE123456789

10111213141516171819

202122232425262728293031323334353637-

GNDGNDGND

GNDGNDGND

Not UsedNot Used

Not Used

-

4

Output Ch. 7, side aInput Ch. 7, side aOutput Ch. 6, side aInput Ch. 6, side aOutput Ch. 5, side aInput Ch. 5, side aOutput Ch. 4, side aInput Ch. 4, side aOutput Ch. 3, side aInput Ch. 3, side aOutput Ch. 2, side aInput Ch. 2, side aOutput Ch. 1, side aInput Ch. 1, side a

Output Ch. 7, side bInput Ch. 7, side bOutput Ch. 6, side bInput Ch. 6, side bOutput Ch. 5, side bInput Ch. 5, side bOutput Ch. 4, side bInput Ch. 4, side bOutput Ch. 3, side bInput Ch. 3, side bOutput Ch. 2, side bInput Ch. 2, side bOutput Ch. 1, side bInput Ch. 1, side b


10111213141516171819

202122232425262728293031323334353637-

GNDGNDGND

GNDGNDGND

Not UsedNot Used

Not Used

-

4




23456789

10111213141516171819

202122232425262728293031323334353637-

GNDGNDGND

GNDGNDGND

Not UsedNot Used

Not Used

-

4



T1

T2

T3

T1

T2

T3

Figure 17. 21x2 Mbit/s (120 ohm ) module connections

See par. 2.2

Annex 2 page 60

See par. 2.2

Annex 2 page 60

See par. 2.2

Annex 2 page 60

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1.2.2.3. 34 and 45 Mbit/s connections

Connections are established through the connectors J1 - J6 situated on the access modules front coverplate. (Figure 19 on page 27).

The modules are inserted into the slot assigned to them and compliancy with the configuration of the port card to connect.

The relationship is illustrated in Figure 18 on page 26.

ACCESS1

ACCESS2

ACCESS3

P

RT

CARD1

OPORT

CARD2

PORT

CARD3

SYNTH

1

SYNTH

2

SLOT1

SLOT

2

SLOT3

SLOT4

SLOT

5

SLOT

6

SLOT7

SLOT

8

SLOT9

SLOT

10

CONGI

SERGI

PORT CARD

POSITION (SLOT)

ACCESS MODULE

POSITION (SLOT)

6 1 (Ch. 1-3)

7 2 (Ch. 1-3)

8 3 (Ch. 1-3)

Figure 18. Port card (34/45 Mbit/s) and access module relationship

=

• Insert the access module into the slot assigned to it.

• Wire the 34/45 Mbit/s signals onto the module utilizing the 1.0/2.3 75 ohm male coax. connector for 4.4 mm. cable (1AB 06122 0018).

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3 x 45 Mbit/s 75 ohm - A3T33 x 34 Mbit/s 75 ohm - A3E3

SLOT 1,2,3

J1

J2

J3

J4

J5

J6

J FUNCTION CABLE

J1

J2

J3

J4

J5

J6

Input Channel 1

Output Channel 111

Input Channel 2

Input Channel 3

Output Channel 2

Output Channel 3

Figure 19. 3x34/45 Mbit/s module connections

See par. 2.2 Annex 2 page 60

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1.2.2.4. STM-1 connections

Different types of port card and access card for STM-1 are available. For the STM-1 cables installation procedure see para. 1.2.2.6 on page 37 and para. 1.2.2.7 on page 40.

1.2.2.4.1. 4 x STM-1 electrical ports 75 Ohm

Connections are established through the connectors situated J1 - J8 on the access modules front coverplate (Figure 21 on page 29). The modules are inserted into the slot assigned to them and compliancy with the configuration of the port card to connect. The relationship is illustrated in Figure 20 on page 28.

ACCESS1

ACCESS2

ACCESS3

P

RT

CARD1

OPORT

CARD2

PORT

CARD3

SYNTH

1

SYNTH

2

SLOT

1

SLOT

2

SLOT

3

SLOT

4

SLOT

5

SLOT

6

SLOT

7

SLOT

8

SLOT

9

SLOT

10

CONGI

SERGI

PORT CARD

POSITION (SLOT)

ACCESS MODULE

POSITION (SLOT)

6 1

7 2

8 3

Figure 20. 4 x STM-1 Electrical Port card ( 75 Ohm ) and access module relationship =

• Insert the access module into the slot assigned to it. • Wire the STM-1 signals onto the module utilizing the 1.0/2.3 75 ohm male coax. connector for 4.4

mm. cable (1AB 06122 0018).

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SLOT 1,2,3

J1

J2

J3

J4

J5

J6

J FUNCTION CABLE

J1

J2

J3

J4

J5

J6

11

J7

J8J7

J8

4 x STM-1 Electrical 75 ohm - A4ES1

Input Channel 1

Output Channel 1

Input Channel 2

Output Channel 2

Input Channel 3

Input Channel 4

Output Channel 3

Output Channel 4

Figure 21. 4 x STM-1 Electrical module connections

See par. 2.2

Annex 2 page 60

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1.2.2.4.2. 4 x STM-1 or 4 x STM-1 switchable electrical/optical port

Connections are established through the connectors situated on the access modules and port card front coverplate (Figure 23 on page 32).

The modules are inserted into the slot assigned to them and compliancy with the configuration of the port card to connect.

The relationship is illustrated in Figure 22 on page 30.

ACCESS1

ACCESS2

ACCESS3

P

RT

CARD1

OPORT

CARD2

PORT

CARD3

SYNTH

1

SYNTH

2

SLOT

1

SLOT

2

SLOT

3

SLOT

4

SLOT

5

SLOT

6

SLOT

7

SLOT

8

SLOT

9

SLOT

10

CONGI

SERGI

PORT CARD

POSITION (SLOT)

ACCESS MODULE

POSITION (SLOT)

6 (Ch. 1-2) 1 (Ch. 3-4)

7 (Ch. 1-2) 2 (Ch. 3-4)

8 (Ch. 1-2) 3 (Ch. 3-4)

Figure 22. 4 x STM-1 electrical/optical port and access module relationship

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• Insert the access module and the port card into the slot assigned to them. • Wire the STM-1 signals according to the type of connections to be realize (optical or electrical) as

follows:

Electrical

Wire the STM-1 utilizing the “Case EMC 1.0/2.3 for 140/155 electrical interface“ (3AL 79428 AAAA)

For the cable assembly on the “Case EMC 1.0/2.3 for 140/155 electrical interface“ (3AL 79428 AAAA) read the following instruction (see also Figure 24. on page 33): - Connect the cables using the male coaxial connectors (C1) and (C2) - Unsheathe the cables according to the quotes given in Figure 24. Detail “A” on page 33 in

order to make visible the braid. - Unscrew the ferrule (1) and insert the connector inside the holder (2); at the end screw the

ferrule. - Close the holders (2) and (3) using the three screws (4). During this phase check that the

braid of both cables perfectly touch the holders. - Insert the “Case EMC 1.0/2.3 for 140/155 electrical interface“ previously assembled onto

the module and port card and screw it using the the screws (5).

Optical Insert the single fiber splice connector onto the corresponding one on the module and port card

(Input and Output).

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J FUNCTION

J1

J2

J3

J4

J5

J6

J7

J8

J FUNCTION CABLE

11 or 12

ACCESS CARDWITH OPTICAL MODULE

PORT CARDWITH OPTICAL MODULE

ACCESS CARDWITH ELECTRICAL MODULE

PORT CARDWITH ELECTRICAL MODULE

J1

J2

J3

J4

J5

J6

J7

J8

J1

J2

J3

J4

J5

J6

J7

J8

SLOT 6, 7, 8

SLOT 6, 7, 8SLOT 1, 2, 3

SLOT 1, 2, 3

Input Channel 1

Output channel 1

Input Channel 2

Output channel 2

Input Channel 3

Output channel 3

Input Channel 4

Output channel 4

J1

J2

J3

J4

J5

J6

J7

J8

Input Channel 1

Output channel 1

Input Channel 2

Output channel 2

Input Channel 3

Output channel 3

Input Channel 4

Output channel 4

N.B.- In the drawing above SC/PC optical connectors with the relevant function are represented.In case of FC/PC connectors the same functions are applicable.

Figure 23. 4 x STM-1 electrical/optical connections

See par. 2.2

Annex 2 page 60

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1

2

cable 1

4

3

C1 C2

5

4cable 2

pawl

5mm29mm

*

Inner conductorExternal conductor

External cableprotection

PREPARATIONOF CABLE 1

PREPARATIONOF CABLE 2

* 1/2 of connectorpawl dimension

5mm39mm

*

Inner conductorExternal conductor

External cableprotection

* 1/2 of connector

DETAIL "A"

pawl dimension

Figure 24. Cable assembly for STM-1 Electrical module (ICMI)

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1.2.2.4.3. STM-1 connections on “Compact ADM-1” (SYNTH) port card

Connections are established through the connectors J1 -J4 situated on the port card front coverplate.

• Insert the SYNTH-1 port cards into the slot assigned to them.

• Wire the STM-1 signals according to the type of connections to be realize (optical or electrical) as follows:

Electrical

Wire the STM-1 utilizing the “Case EMC 1.0/2.3 for 140/155 electrical interface“ (3AL 79428 AAAA)

For the cable assembly on the “Case EMC 1.0/2.3 for 140/155 electrical interface“ (3AL 79428 AAAA) read the following instruction (Refer to also Figure 24. on page 33): - Connect the cables using the male coaxial connectors (C1) and (C2) - Unsheathe the cables according to the quotes given in Figure 24. on page 33 (L1, L2, and

L3) in order to make visible the braid. - Unscrew the ferrule (1) and insert the connector inside the holder (2); at the end screw the

ferrule. - Close the holders (2) and (3) using the three screws (4). During this phase check that the

braid of both cables perfectly touch the holders. - Insert the “Case EMC 1.0/2.3 for 140/155 electrical interface“ previously assembled onto

the module and port card and screw it using the screws (5).

Optical Insert the single fiber splice connector onto the corresponding one on the SYNTH-1 port cards

(Input and Output)

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SYNTH-1 SLOT 9, 10WITH OPTICAL MODULE

WITH ELECTRICAL MODULE

J1

J2

J3

J4

J1

J2

J3

J4

J FUNCTION

J FUNCTION CABLE

12

J1

J2

J3

J4

Input Channel 1

Output channel 1

Input Channel 2

Output channel 2

J1

J2

J3

J4

Input Channel 1

Output channel 1

Input Channel 2

Output channel 2

SYNTH-1 SLOT 9, 10

N.B.- In the drawing above SC/PC optical connectors with the relevant function are represented.In case of FC/PC connectors the same functions are applicable.

Figure 25. STM-1 connections on “Compact ADM-1” (SYNTH) port card

See par. 2.2

Annex 2 page 60

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1.2.2.5. STM-4 connections

Connections are established through the connectors J1 - J2 situated on the port card front coverplate (Figure 26 on page 36).

• Insert the port cards into the slot assigned to them.

• Insert the single fiber splice connector onto the corresponding one on the port cards (Input and Output).

STM-4 port cardS4.1NL4.1NL4.2N

SLOT 6, 7, 8

Input Channel

Output channel

J1

J2

FUNCTIONJ

J1

J2

N.B. In the drawing above SC/PC optical connectors with the relevant function are represented. In case of FC/PC connectors the same functions are applicable.

N.B.1 Complete the installation with the fiber protection to be applied to the front panel of the unit.

Figure 26. STM-4 connections

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1.2.2.6. Optical STM-1 installation procedure

(Refer to Figure 27 on page 38 and Figure 28 on page 39)

The connections are made directly on the units provided with optical interface in the following manner:

• Insert the Port card and Access card with optical interface into the assigned position (Figure 22 page 30).

• Open the optical fiber duct (1) rotating it by 90° toward the top.

• Arrange the Tx and Rx fiber along the cable duct (for more details see the System Installation Handbook).

• Pull the single fiber splice out from the holes situated next to the units they will be connected to (for more details see the System Installation Handbook).

• Loosen screw (2) and rotate the optical connector support (3) (Figure 28 page 39).

• Insert the single fiber splice connector onto the corresponding one on the unit (input and output).

• Rotate the connector support in the initial position and screw (2) (Figure 28 page 39).

• Repeat the same operation on the other optical interface.

• Close the optical fiber duct (1).

• Place the optical splice protection (4) onto the unit as follow:

Port Card: - Insert the hook (5) of the optical splice protection into the hole (6) of the Port Card - Insert the screw (7) into the hole (8) and screw it on the subrack

Access Card:

The Access Card optical splice protection is made up of two parts: (4a) and (4b) - Insert detail (4a) onto (4b) - Insert the hook (9) of the optical splice protection into the hole (10) of the Access Card - Insert screws (7) in the relative holes and screw them on the subrack

N.B.1 For the installation procedure of the STM-4 optical ports apply the same rules described above for the Port Cards, but not for the Access Cards since they don’t exist.

N.B.2 Port Cards STM 4 have no module, because the optical interfaces are on the board.

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Access card

Port card

Optical Fibre

7

7

4

5

6

10

1

9

4a

4b

Figure 27. Optical STM-n connections and fiber protections positioning

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Optical splice protection right sidePort Card

2

4

5

7

8

7

6

5

3

Optical module

Optical module

Figure 28. Optical STM-n connections

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1.2.2.7. Electrical STM-1 installation procedure


The connections are made directly on the units in the following manner:

Port Card:

• Insert the Port card with electrical interface into the assigned positions (Figure 22 page 30).

• Open the optical fiber duct (1) rotating it by 90° toward the top.

• Arrange the Tx and Rx coaxial cable through the cable duct (1) as indicated in Figure 29 on page 41.

• Pull the coaxial cable out from the holes of the fiber duct situated next to the units they will be connected to.

• Insert the single coaxial connector onto the corresponding one on the unit (input and output).

• Repeat the same operation on the other electrical interface.

• Close the optical fiber duct (1).

• Place the electrical cable protection (2) onto the unit as follow (see note): - Insert the hook (3) of the electrical cable protection into the hole (4) of the Port Card - Insert the screw (5) into the hole (6) and screw it on the subrack

Access Card:

• Insert the Access card with electrical interface into the assigned positions (Figure 22 page 30).

• Arrange the Tx and Rx coaxial cable through the cable support (10) as indicated in Figure 29 on page 41.

• Insert the single coaxial connector onto the corresponding one on the unit (input and output).

• Repeat the same operation on the other electrical interface.

• Place the electrical cable protection (2b) onto the unit as follow (see note): - Insert the hook (7) of the electrical protection into the hole (8) of the Access Card. - Insert screws (9) in the relative holes and screw them on the subrack.

Note: If the coaxial cables are correctly installed (according with para. 1.2.2.4.2 on page 30) it’s not necessary to protect them as described above.

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1

2 63

8

2b

7

9

5

4

3

2

5

10Coaxial cable

Figure 29. Electrical STM-n connections

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1.2.2.8. Housekeeping and Remote Alarms Connections


These connections are directly made on the connector C2 mounted on the “Control and General I/F unit (CONGI)”. inserted into slot 4 and 5.

• Wire-connect alarms onto SUB.D 15 P male connector (1AB 003110022)


The SUB.D 15 P connector and shell are inside the “S9 Installation Kit” (3AL78913AA).

CONGI

1

8

9

15

PINFUNCTION

CABLE

123456789101112131415

GNDNURG:Not urgent alarm (*)

URG :Urgent alarm (*)

TOR:OR battery

TAND:AND batteries

INT:Internal alarm

HK-OUT1:Output parellel contact 1

HK-OUT2:Output parallel contact 2

Not Used

HK-IN6:Input parallel contact 6






SLOT 4, 5

Housekeeping and remote alarm

3

1

8

9

15

Pair 4

Pair 3

Pair 5

Pair 6

Pair 8

Pair 7

Pair 1

Pair 2

Pair 8

8 pairs shieldedWire-Wrap cable

SUB.D 15 P male connector1AB 003110022

whitebluewhite

white

white

white

orange

brown

green

greyred

red

red

blue

orange

green


C2

C2

IF INSERTED IN SLOT 4FUNCTION

IF INSERTED IN SLOT 5

GNDLOSQ2 (not used)

TANC: loss of 3.3 V on one CONGI

TORC: loss of 3.3 V on both CONGI

IND: indeterminate alarm (not used)

TUP: microprocessor fault

Not UsedNot Used

Not UsedNot Used

Not Used

Not UsedNot Used

Not Used

Not Used

NOTE:(*) - (see on page for the C.T. / O.S. terminology)

N.B.: This figure can change if a different cable is used.

Figure 30. Housekeeping and Remote Alarm connections

See par. 2.2

Annex 2 page 60

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1.2.2.9. RM Interface Connections (Rack lamps)

(Refer to Figure 31 on page 43 )

The connections are established between the connector C3 mounted on the “Control and General I/F unit (CONGI)” in slot 4 and the connector mounted on the “Top Rack Unit” of the S9 rack.

They are realized via an “Cord plug Alarms” terminated with SUB.D-9P female connector (unit side) and with SUB.D-25P fixed male connector (Top Rack Unit side). These cords are included into the relevant “S9 Rack Installation kit”.

For the Optinex rack, in the relevant “Rack Installation kit” is included a proper “Cord plug alarms”.

CONGI

69

1

5

SLOT 4

PIN FUNCTION

1

2

3

6

7

8

9

T*VSERVP:input of positive service battery

Not Used

T*RATTD:memorization of alarms

T*RURG: Memorization of alarm (*)

T*RNURG: Not urgent alarm (*)

T*VSERV: Input negative of service battery

T*TOR: Absence of one battery

GND: Ground

T*CH: Incoming call

4

5

R/M Interface

C3

C3

Figure 31. R/M Interface connections

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1.2.2.10. QMD (Q2) Interface Connections


These connections are directly made on the connector C4 mounted on the “Control and General I/F unit (CONGI)”. inserted into slot 4.

• Wire-connect alarms onto SUB.D 15 P male connector (1AB 003110022)


The SUB.D 15 P connector and shell are inside the “S9 Installation set” (3AL78913AA).

CONGI

1

8

9

15

SLOT 4

PIN FUNCTION

12345678910111213

15

GND

QMD (Q2-LTS) Signals

14

TXA:Tranmitted data at 19.2Kb/s A (IN)

RXA:Received data at 19.2Kb/s A (OUT)

CKA:Received clock A (OUT)

TXB:Transmitted data at 19.2Kb/s B (IN)

TXSH:Transmitted shield (IN)

RXB:Received data at 19.2Kb/s B (OUT)RXSH:Received shield (OUT)

CKB:Received clock B (OUT)

GND

Not used

Not used

Not usedNot used

Not used

CABLE

1

8

9

15

Pair 4

Pair 3

Pair 5

Pair 6

Pair 8

Pair 7

Pair 1

Pair 2

Pair 8

8 pairs shieldedWire-Wrap cable

1AB 003110022

whiteblue

SUB.D 15 P male connector

3

whiteorangewhitegreenwhitebrownwhitegrey

red

red

red

blue

orange

green


C4

C4


Figure 32. QMD (Q2) Interface connections

See par. 2.2

Annex 2 page 60

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1.2.2.11. Q3 10 base 2 (BNC) Interface Connections


These connections are directly made on the connectors mounted on the “Control and General I/F unit (CONGI)”. inserted into slot 4.

Connect the BNC male connector (1AB 006420020) onto connectors J1 and J2.

1.2.2.12. Q3 10 base T (RJ45) Interface Connections


These connections are directly on the connector mounted on the “Control and General I/F unit (CONGI)”. inserted into slot 4.

Connect the RJ45 male connector (1AB074610008) onto connector R. CONGI

SLOT 4

CABLEFUNCTION PIN

1

2

3

6

8 VC: Ground

TPTxPTPTxN

Differential pair for dataTx(towards the Twisted Pair cable)

TPRxP

TPRxNDifferential pair for dataRx(from Twisted pair cable)

FUNCTION CABLEJ

J1

J2

Access LAN

Access LAN

Q3 10 Base 2 Interface

Q3 10 Base T Interface

5

1

8

J1

J2

Pin 4.5 and 7 not used

R

10

Figure 33. Q3 10 base 2 and Q3 10 base T connections



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1.2.2.13. G.703, RS 232 and V11 Aux. Channels

(Refer to and Figure 35 on page 47 and Figure 34 on page 46).

These connections are directly made on the connectors S2 mounted on the “Service and General I/F unit (SERGI)”. inserted into slot 5.

• Wire-connect signals onto SUB.D 25 P male connector (1AB 003110023). • Close the connector into the relevant SUB.D 25 Shell connector (1AB 006030064).

The SUB.D 25 P connector and shell are inside the “S9 Installation set” (3AL78913AA).

1

13

14

25

white

white

white

white

white

red

red

red

red

red

black

black

black

black

black

yellow

blue

orange

green

brown

grey

blue

orange

green

brown

grey

orange

green

brown

grey

blue

blue

pair 1

pair 2

pair 3

pair 4

pair 5

pair 6

pair 7

pair 8

pair 9

pair 10

pair 11

pair 12

pair 13

pair 14

pair 15

pair 16

16 pairs shielded

Wire-Wrap cable

SUB.D-25 P male connector1AB 003110023



Figure 34. Physical connection

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SLOT 5

SERGI

PIN FUNCTION CABLE

V11#1 a Input

V11#1 a Output

V11#2 a Input

V11#2 a Output

RS232#1 Input

RS232#2 Input

64 Kbit/s G.703#1 a Input

64 Kbit/s G.703#1 a Output

64 Kbit/s G.703#2 a Input

64 Kbit/s g. 703#2 a Output

Clock V11#1 a Output

Clock V11#2 a Output

GND

V11#1 b Input

V11#1 b Output

V11#2 b Input

V11#2 b Output

RS232#1 Output

RS232#2 Output

64 Kbit/s G.703#1 b Input

64 Kbit/s G.703#1 b Output

64 Kbit/s G.703#2 b Input

64 Kbit/s G.703#2 b Output

Clock V11#b Output

Clock V11#2 b Output

1

2

3

4

5

6

7

8

910

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

G.703,RS 232 and V11 Aux. Channels

1

13

14

25

2

S2

S2

Figure 35. G.703, RS 232 and V11 Aux. Channels connections


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1.2.2.14. Ext. 2 MHz & Sync. and 2 Mbits Auxiliary channels connections


These connections are directly made on the connectors J1 - J4 mounted on the “Service and General I/F unit (SERGI)” inserted into slot 5.

Two alternative types of connections are possible:

[1] Connections on 75 Ohm

Wire the signals utilizing the 1.0/2.3 75 ohm male coax. connector for 3 mm. cable (1AB 061220003).

[2] Connections on 120 Ohm

Wire the signals utilizing the 75/120 Ohm Balum connector (1AB 158340001) for twisted pairs cable (049.721.410 P).

For the cable connection to the Balum connector read the following instruction:

SIEMENS CONNECTOR : (Refer to Figure 36 on page 49)

• Strip the cable. If no screen available, then dimension 6 is not applicable and dimension 13 becomes 11

• Unscrew ferrule (5) and remove insulator (3) and washer (4)

• Push ferrule (5) over the cable

• Push a washer (4) over the screen and bend the screen back Push the second washer over the cable up to stop Cut projecting screen to a length of about 2 mm max.

• Insert the wires into the holes A (correspondent with coax center conductor) and B of insulator (3) and push insulator up against washer

Spread open the wires and bend them over 180° laying into the cable duct.

Make sure that the end of the copper wires: - are “laying parallel or bend toward” the center of insulator - must not lay on to stop

• Push the prepared cable onto the body (1); by doing this, line up the flat on the insulator with the nose on the body

• Push on ferrule (5), screw on and lightly tighten using wrench 8 mm.

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1 - BODY2 - IDC CONTACT3 - INSULATOR4 - WASHER5 - FERRULE

6

13

2 mm max.

Legenda:

(1)

(2)

(3) (4) (5)

Figure 36. Siemens Balum assembly instruction

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ITT CANNON CONNECTOR : (Refer to Figure 37 on page 50)

• Thread the plastic outer sleeve and pierce block onto the stripped cable

• Lay the insulated wires and drain wire in the appropriate slots in the pierce block and trim excess wire flush with the underside of the flange

• Align the connector body with the plastic parts, place them in the jaws of the termination tool and close the tool to complete the assembly

Signal Screen1 - BODY2 - IDC CONTACT3 - PIERCE BLOCK4 - PLASTIC OUTER SLEEVE5 - CABLE

Legenda:

(1) (2) (3) (4) (5)

Figure 37. ITT Cannon Balum assembly instruction

1.2.2.15. RJ11 Telephone extension connections


These connections are directly made on the connectors mounted on the “Service and General I/F unit (SERGI)” inserted into slot 5.

• Connect the RJ11 male connector (1AB004280001) onto connector T.

1.2.2.16. Phone Jack


The connection is made on the front plate of the “Service and General I/F unit (SERGI)”.

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SLOT 5

SERGI

J1

J2

J3J4

J

J1J2J3J4

FUNCTION CABLE

2 Mbit/s Input2 MHz Input

2 Mbit/s Output2 MHz Output

Aux. & Sync. 2 Mbit/s (75 ohm)

Aux. & Sync. 2 Mbit/s (120 ohm)

14

1

Phone Jack

J

J1

J2

J3J4

FUNCTION CABLE

8

CABLEFUNCTION PIN

1

2

3

4

AE OUT P Differential pair for dataTx(towards the Twisted Pair cable)

Differential pair for dataRx(from Twisted pair cable)

Telephone extension connections

9AE OUN N

AE IN P

AE IN N

T

2 Mbit/s Input2 MHz Input

2 Mbit/s Output2 MHz Output

T

Figure 38. 2 Mbit/s AUX , 2 MHz Sync and Telephone extension connections




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1.2.2.17. Power Supply Connections


These connections are directly made on the connector C1 mounted on the “Control and General I/F unit (CONGI)” inserted into slot 4 and on the connector S1 mounted on the “Service and General I/F unit (SERGI)” inserted into slot 5. As alternative to SERGI unit in slot 5 can be inserted a 2nd CONGI unit.

They are realized via two “Cord plug power supply” that are provided with the installation set of the rack in use (S9 or OPTINEX). These cords connect the power supply of the equipment to the TRU of the rack.

Into the TRU are inserted also two Circuit Breakers, one on battery A and one on battery B. In case of S9-TRU two 10A Circuit Breaker are used. For OPTINEX-TRU two 10A Circuit Breaker are used.

In general:

Due to possible very high currents in case of short-circuit at the battery power

input, it is essential that the battery power distribution line shall be provided with a short circuit back-up protection with adequate breaking capacity.

SAFETY RULES

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CONGI

SLOT 4, 5

SERGI

SLOT 5

Power

PIN FUNCTION

1

2

3

+ Battery

GND

- Battery

123

123

C1 S1

C1S1

Figure 39. Power supply connections

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1.2.3. Fans electrical connection for 19” fan shelf


N1 N4 N3 N5 N2

N1 = Battery A connector N2 = Battery B connector N3 = Alarm connector for 1660SM N4 = Not Used N5 = Not Used

Figure 40. 19” Fans subrack cover front view

1.2.3.1. Power supply connections

Having the possibility to insert an amount of 1650SMC equipment greater than the number of breakers available inside the rack, the power supply leads of the fans of each 1650SMC are connected as shown on the diagram reported in Figure 41 on page 54.

1A 2A 3A 4A 5A 6A

BATT. A

1B 2B 3B 4B 5B 6B

BATT. B

A B1650Dx

A B1650Sx

FAN SHELF

TRU

BATT. BATT. BATT. BATT.

N1 N2

N.B.: The fans cannot be switched-off if the 1650 subracks are not switched-off too.

Figure 41. Funs power supply connections

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Based on these circumstances, the value of the 10A breaker inside the TRU powering the equipment must be replaced with a 15A one (for the equipment/fan twin connection only).

The cords are provided in the installation kit of the fan shelf.

Power supply

Connector Pin Function

N1 1 + Battery

N2 2 GND

3 - Battery

1.2.3.2. Remote alarms connections

The Fans shelf connectors concerned with the connection are N4, for the equipment mounted on the left hand-side, N5 for those mounted on the right (when placed side-by-side in a 21” rack), and connectors C2 (Figure 30 on page 42) and C4 (Figure 32 on page 44) of CONGI.

The connections are listed in Table 2 on page 55:

Table 2 – Fan shelf alarm connections

FROM N4 or N5/FAN TO C2/CONGI TO C4/CONGI

Pin Function Pin Function Pin Function 1 REF_ALM 1 GND 2 PSU_ALM 14 HK IN 2 3 DTX 3 DTX 4 5 DRX 5 DRX 6 ALM 15 HK IN 1 7 CK 8 MODE 9 10 11 12 13 GND 14 GND 15 Connecting to GND 15 REF 1 GND

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For the connection can be used cable 8 of paragraph 2.2 – Annex 2 on page 60 (2 pairs shielded) and the cable is shown in Figure 42 on page 56.

FAN N4N5

C2

C4

HK

Q2

CONGI

Figure 42. Cable for the alarm connections of the Fan shelf

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2. ANNEXES

2.1. Annex 1. - Parts making up the Installation set

NAME PART No. Max. Q.ty.S9 Installation kit Made up of:

3AL 78913AA (299.701 .333 S)

Alim Cord Plug (S9). 3AL 34399 AA (041.931.017 P)

2

Alarms Cord Plug (S9). 3AL 34289 AA ( 041.931.011 R)

1

SUB.D-15 P fixed male connector 1AB 00311 0022 (040.311.550 T)

3

SUB.D-25 P fixed male connector 1AB 003110023 (040.312.550 U)

1

SUB.D-50 P fixed male connector 1AB 003110025 (040.312.550 J)

1

SUB.D-15 P Shell connector 1AB 006030063 (040.395.140V)

3

SUB.D-25 P Shell connector 1AB 006030064 (040.395.142V)

1

SUB.D-50 P Shell connector 1AB 006030066 (040.395.144M)

1

BNC male connector 1AB 006420020 (040.152.002P)

2

RJ45 8 P male connector 1AB074610008 (040.335.235 K)

2

RJ11 4 P male connector 1AB004280001 (040.335.240 C)

2

Protection cap for SUB.D-9 P male. 1AB 016150006 (040.395.195H)

2

Protection cap for SUB.D-15 P female. 1AB 016150008 (040.395.193F)

4

Protection cap for SUB.D-25 P female. 1AB 016150007 (040.395.190Q)

1

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NAME PART No. Max. Q.ty. OPTINEX Installation kit Made up of:

3AL 79463AAAA (299.701.747 H)

BNC coax connector male flying 1AB 006420020 040.152.002 P

2

SUB.D-15 P fixed male connector 1AB 00311 0022 040.311.550 T

3

SUB.D-25 P fixed male connector 1AB 003110023 040.312.550 U

1

TEL 8W IDC male connector AWG26 1AB074610008 040.335.235 K

2

Connector case 1AB 006030063 040.395.140 V

3

Metal case for X SUB.D-25 P 1AB 006030064 040.395.142 V

1

Cord Plug Alim. /2 (S9) 041.931.031

2

SUBD-50 P male connector for panel 1AB 00311 0025 040.312.550 T

1

TEL 4W IDC male connector 26-28AWG 1AB 00428 0001 040.335.240 C

1

TEL 6W IDC male connector 26-28AWG 1AB 00428 0002

1

Metal case for X SUB.D-50 P 1AB 00603 0066

1

Alarm cable 3AL 34964 AAAA

1

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NAME PART No. Max. Q.ty.OFFICE SIDE ACCESSORIES 1.0/2.3 Male coax connector BALUN 1AB 158340001

(040.144.010 J) 4

1.0/2.3 75 ohm male coax connector (3 mm) 1AB 061220003 (040.144.001N)

130

1.0/2.3 75 ohm male coax connector 45° (4.4 mm) 1AB 06122 0018 (040.144.008 V)

32

120 ohm connector Kit Made up of:

3AL78914AA (299.701.334 T)

9

SUB.D-37 P fixed male connector 1AB003110024 (040.312.551R)

1

SUB.D-37 P Shell connector 1AB006030065 (040.395.143L)

1

OTHER PARTS 10 A Circuit Breaker 1AB 024380011

(001.700.120 V) 2

NAME PART No. Max. Q.ty.

EQUIPMENT ACCESSORIES Caps ESD Common Part OMSN Made up of:

3AL 79226 AA (299.701.877 U)

1

STOPPER FOR CONNECTOR 1AB 09669 0002 (040.159.070 D)

4

CONNECTOR COVER 1AB 01615 0007 (040.395.190 Q)

1

CAP FOR D-SUB CONNECTOR 15 WAYS 1AB 01615 008 (040.395.193 F)

4

DUST COVER D-SUB 50W FEMALE 1AB 01615 0013 (040.395.194 G)

1

PROTECTION CAP FOR D-SUB 9 WAYS 1AB 01615 0006 (040.395.195 H)

2

COVER FOR FEMALE CONNECTOR RJ45 1AB 13985 0001 (040.690.110 T)

3

FEMALE CAP 6 CONTACTS -- (040.690.112 R)

1

10/23 COAX PROTECTION 3AN 43255 AA (202.601.115 K)

4

Caps ESD 1.0/2.3 OMSN Made up of:

3AL 79267 AA (299.701.878 D)

17

1.0/2.3 COAX PROTECTION 3AN 43225 AA (202.601.115 K)

8

Caps ESD SUB/D OMSN Made up of:

3AL 79268 AA (299.701.879 E)

1

CONNECTOR COVER 1AB 01615 0012 (040.395.191 D)

9

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2.2. Annex 2. - Suggested cabling REF CABLE TYPE CONNECTION

TYPE DIA (mm) or SECT.

(mm2) NV P/N

(FACTORY P/N) NOTE

INT. EXT. 1 COAX. cable 75

Ohm (3 mm) SOLDER/CRIMP 0.5 3.1 max. 1AC 00110 0013

(049.475.400Y) 1

2 16 pairs shielded wire-wrap cable

wire-wrap 0.4 8.5 1AC 014870009 (049.720.404Z)

1


wire-wrap 0.4 7.5 max. 1AC 014910008 (049.720.406T)

1-2


wire-wrap 0.6 9.5max 1AC014260004 (049.722.400X)

1

5 COAX cable 50 Ohm

solder 0.6 5.5 max 1AC 004340001 (049.450.250 K)

1-2

6 COAX.cable 75 Ohm (4.4 mm)

SOLDER/CRIMP 0.5 4.8 max 1AC 00110 0023 (049.475.403 P)

1

7 21 coax

SOLDER/CRIMP See REF.1

18.1 max 1AC 00110 0025 (049.475.413 G)

1

8 1 pair cable 120 Ohm

Wire Wrap 0.5 3.2 max 1AC 01803 0001 (049.721.410 P)

1-3

9 2-pair twisted shield

crimp - - 1AC 00437 0004 (049.720.431 K)

1-4

10 4-pair crimp - - 1AC 01676 0003 (049.720.430W)

1-5

11 8 coax SOLDER/CRIMP See REF.8

- (049.xxx.xxx)

1

12 4 coax SOLDER/CRIMP See REF.8

- (049.xxx.xxx)

1

NOTE : 1 - terminate with connectors supplied 2 - connect shield to holder 3 - terminate with 1.0/2.3 Male coax connector BALUN (040.144.010 J) 4 - terminate with RJ11 shielded male connector (1AB004280001) 5 - terminate with RJ45 shielded male connector (1AB074610008)

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2.3. Annex 3. - Fans subrack part list (19” version)

NAME PART No. Max. Q.ty.FANS subrack Made up of:

3AL 79773AA— (593.153.008)

SUB.D-15 P fixed male connector 1AB 00311 0022

2

Power supply cord PLUG (L2800)

049.931.049

2

Connector case

1AB 00603 0063 2

SUB.D-15 P female prot. connector

1AB 01615 0008 2

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END OF DOCUMENT

3al79556aaaatqzza01_v1_alcatel 1650 smc stm 1 4 multiservice metro node rel. 2.0 installation...

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