ALCATEL 1692MSE Rel. 2.0 INSTALLATION GUIDE

3AL 97766 AAAA

ALCATEL 1692MSE Rel. 2.0

INSTALLATION GUIDE

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Contents

1 Handbook guide ............................................................................................................. 4

1.1 General information ................................................................................................. 4

1.2 Scope......................................................................................................................... 4

1.3 Related document ..................................................................................................... 4

1.4 Changes .................................................................................................................... 4

1.5 Safety, labels and norms........................................................................................... 5 1.5.1 Safety rules...................................................................................................................5 1.5.2 General rules ...............................................................................................................5

1.6 List of abbreviation ................................................................................................... 6

2 Unpacking and warehousing .......................................................................................... 7

2.1 General ..................................................................................................................... 7

2.2 Unpacking................................................................................................................. 7 2.2.1 Preliminary checks ........................................................................................................7 2.2.2 Unpacking ...................................................................................................................7

2.3 Warehousing ............................................................................................................. 8

3 Mechanical installation ................................................................................................... 9

3.1 Rack design............................................................................................................... 9

3.2 Empty shelf.............................................................................................................. 10 3.2.1 Shelf organization.......................................................................................................10 3.2.2 Shelf dimensions.........................................................................................................10

3.3 Slot allocations........................................................................................................ 11

3.4 Board front view ..................................................................................................... 12

3.5 Optical connection .................................................................................................. 12

3.6 Caution to avoid equipment damage ..................................................................... 13 3.6.1 Right operations for unit (big one) insertion...................................................................13 3.6.2 Forbidden operations for unit (big one) insertion ...........................................................13 3.6.3 Right operations for unit (big one) extraction.................................................................14

3.7 1692MSE Mechanical Installation ........................................................................... 15

4 Electrical and optical installation .................................................................................. 17

4.1 Optical configuration .............................................................................................. 17 4.1.1 Fiber management......................................................................................................17 4.1.2 Simple description for front panels ...............................................................................18

4.1.2.1 General rules for optical port identification................................................................18 4.1.2.2 Front panel view for the optical connection boards ....................................................19

4.1.3 Optical connection in system configuration ...................................................................32 4.1.3.1 Terminal configuration .............................................................................................32 4.1.3.2 OADM configuration ...............................................................................................32 4.1.3.3 CPE configuration....................................................................................................34

ANNEX ............................................................................................................................... 35

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Figures Figure 1 Rack description .......................................................................................................................9 Figure 2 Shelf organization ..................................................................................................................10 Figure 3 Shelf dimensions ....................................................................................................................10 Figure 4 C-MDX2-E-U-S board front view .............................................................................................12 Figure 5 C-MDX2-E-2-5153-S board front view ....................................................................................12 Figure 6 C-OAD2-E-U-1-4747-S board front view ................................................................................12 Figure 7 C-OAD2-E-U-2-4749-S board front view ................................................................................12 Figure 8 C-OAD-H-U-4-47495153-S board front view..........................................................................12 Figure 9 18mm dummy front panel view...............................................................................................12 Figure 10 MU optical connectors ............................................................................................................12 Figure 11 Kit for rack 21’’ installation.....................................................................................................15 Figure 12 Kit for rack 19’’ installation.....................................................................................................16 Figure 13 Fiber routing indication...........................................................................................................17 Figure 14 With optical direction mark .....................................................................................................18 Figure 15 Without optical direction mark (board is placed horizontally) ....................................................18 Figure 16 Front panel of the C-MDX-E-U-S/C-MDX2-E-U-S board ...........................................................19 Figure 17 Front panel of the C-MDX-U/C-MDX2-U board .......................................................................20 Figure 18 Front panel of the C-MDX-B-S board.......................................................................................21 Figure 19 Front panel of the C-MDX-B board..........................................................................................22 Figure 20 Front panel of the C-MDX2-E-1-S board..................................................................................23 Figure 21 Front panel of the C-MDX2-E-2-XX-S board.............................................................................24 Figure 22 Front panel of the C-OAD-E-U-1-XX-S/C-OAD2-E-U-1-XX-S board ..........................................25 Figure 23 Front panel of the C-OAD-U-1-XX/C-OAD2-U-1-XX board ......................................................26 Figure 24 Front panel of the C-OAD-E-U-2-XXXX-S/C-OAD2-E-U-2-XXXX-S board ...................................27 Figure 25 Front panel of the C-OAD-U-2-XXXX/C-OAD2-U-2-XXXX board ...............................................28 Figure 26 Front panel of the C-OAD-B-1-XX-S board ..............................................................................29 Figure 27 Front panel of the C-OAD-B-1-XX board .................................................................................30 Figure 28 Front panel of the C-OAD-H-U-4-XXXXXXXX-S board ...............................................................31 Figure 29 An example for unidirectional Terminal application..................................................................32 Figure 30 An example for bi-directional Terminal application ..................................................................32 Figure 31 An example for 1 ch unidirectional OADM application .............................................................32 Figure 32 An example for 2 ch unidirectional OADM application .............................................................33 Figure 33 An example for 4 ch unidirectional OADM application .............................................................33 Figure 34 An example for bi-directional OADM application .....................................................................34 Figure 35 An example for 1 ch CPE application.......................................................................................34 Figure 36 An example for 2 ch CPE application.......................................................................................34

Tables

Table 1 Slot allocations and configuration of 1U Shelf ..........................................................................11 Table 2 Optical connection in the 1692MSE.........................................................................................12 Table 3 Optical connection in 1 ch OADM configuration ......................................................................32 Table 4 Wavelength combination for 2-channel unidirectional application ............................................32 Table 5 Optical connection in 2 ch OADM configuration ......................................................................33 Table 6 Wavelength combination for 4-channel unidirectional application ............................................33 Table 7 Optical connection in 4 ch OADM configuration ......................................................................33 Table 8 Wavelength combination for a bi-directional application ..........................................................33 Table 9 Optical connection in bi-directional OADM configuration.........................................................34 Table 10 Installation kit (3AL97789AAAA) .............................................................................................35 Table 11 Jumpers used in the1692MSE R2.0 .........................................................................................35

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1 HANDBOOK GUIDE 1.1 General information The current procedure defines the installation modality for the 1692MSE release 2.0 equipment. Each component utilized on the links is tested at the Factory’s Final Acceptance dept. during the system test phase. 1.2 Scope The scope of the following operating procedure concerns the standard configured equipment installation. 1.3 Related document

Document Type Part Number Technical & Operator’s Handbook 3AL 97765 AAAA

1.4 Changes

Issue Date Change Note

1692MSE R2.0 Ed.01 070508 First validated and officially released edition

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1.5 Safety, labels and norms 1.5.1 Safety rules The Safety Rules describe the operations and/or precautions to observe to safeguard operating personnel during the working phases and to guarantee equipment safety. Please read them properly before starting each action on the equipment. 1.5.2 General rules While equipment is operating no one is allowed to have access to the equipment parts that are protected by Cover Plate Shields. In the case of absolute need to have access to the equipment parts while it is operating. Only service personnel are allowed such access. By service personnel or technical assistant it means: ”Personnel which have adequate technical knowledge and experience necessary to be aware of the danger that they might face in carrying out an operation and of the necessary measure to reduce or minimize the danger to themselves and to others”. The Service Personnel can only replace the faulty units with spare parts. The Service Personnel are not allowed to repair: hence the access to the parts not specified is not prohibited. The keys and/or the tools used to open doors or hinged covers to remove parts which give access to compartments in which there are highly dangerous voltages present must belong exclusively to the service personnel. For the eventual cleaning of the external parts of the equipment, absolutely do not use any inflammable substance, which in some way may alter the markings, inscriptions etc. It is recommended to use a slightly damp cleaning cloth. 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. To reduce the risk of damaging the electrostatic sensitive devices, it is mandatory to use the elasticized band (worn around the wrist) and the coiled cord connected to the rack ground when having to touch the equipment.

ATTACHING THE UNITS (AND MODULES) INTO THE SUBRACK (Caution to avoid equipment damage) The screw tightening torque for attaching the units (and modules, if any and if screw-fastened) into the subrack must be:

2.8 kg x cm (0.28 Newton x m) ± 10 % Exceeding this value may result in the broken screws.

Safety Rules

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

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1.6 List of abbreviation ADM Add & Drop Multiplexing CPE Customer Premise Equipment CWDM Coarse Wavelength Division Multiplexing IL Insertion Loss MPE Maximum Permissible Exposure NE Network Element OADM Optical Add Drop Multiplexer OCH Optical Channel OTN Optical Transmission Network SDH Synchronous Digital Hierarchy SMF Single Mode Fiber WDM Wavelength Division Multiplexing

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2 UNPACKING AND WAREHOUSING 2.1 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. 2.2 Unpacking 2.2.1 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 the packing list along with other documents.

Upon receipt check: That the final destination of the crates is that indicated on the label. That no damage occurred to the cases.

Report any shipping damages to the Company’s representative or the Shipping Agent. 2.2.2 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 the pre-packing, 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. If there is damage or the items do not match the packing list, contact the agency’s representative.

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N.B. When unpacking it is advisable to handle the packing material with care; it might be reused for repacking if the items must be reshipped. 2.3 Warehousing If storing the packed materials, 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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3 MECHANICAL INSTALLATION 3.1 Rack design The 1692MSE R2.0 shelf can be mounted in a single rack. It is compatible with the following mechanical standards: A 2000 mm high ETSI rack. A 2150 mm high ANSI rack. A1950 mm high NEBS 2000 rack.

Figure 1 Rack description

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3.2 Empty shelf In 1692MSE release 2.0, only the 1RU shelf can be used in a NE. A fully loaded 1692MSE system can be housed in a single standard ETSI or ANSI rack. 3.2.1 Shelf organization The shelf is divided into 2 board slots.

Figure 2 Shelf organization 3.2.2 Shelf dimensions The size of 1692MSE R2.0 shelf is: Width 446.2mm

Depth 274mm (with cover)

Height 44mm

Depth is compliant with the 300 mm deep ETSI rack (no limitation in ANSI rack)

Figure 3 Shelf dimensions

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3.3 Slot allocations The slot allocations are shown as follows:

Table 1 Slot allocations and configuration of 1U Shelf Allowed Unit Types In Slot Unit

1 2 C-MDX-U √ C-MDX-E-U-S √ C-MDX-B √ C-MDX-B-S √ C-MDX2-U √ C-MDX2-E-U-S √ C-MDX2-E-1-S √ C-MDX2-E-2-XX-S √ C-OAD-U-1-XX √ C-OAD-E-U-1-XX-S √ C-OAD2-U-1-XX √ C-OAD2-E-U-1-XX-S √ C-OAD-U-2-XXXX √ C-OAD-E-U-2-XXXX-S √ C-OAD2-U-2-XXXX √ C-OAD2-E-U-2-XXXX-S √ C-OAD-B-1-XX √ C-OAD-B-1-XX-S √ C-OAD-H-U-4-XXXXXXXX-S √ 18mm Dummy Front Panel √

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3.4 Board front view In the following, the front panel photos of boards used in the 1692MSE release 2.0 are shown as example.

Figure 4 C-MDX2-E-U-S board front view

Figure 5 C-MDX2-E-2-5153-S board front view

Figure 6 C-OAD2-E-U-1-4747-S board front view

Figure 7 C-OAD2-E-U-2-4749-S board front view

Figure 8 C-OAD-H-U-4-47495153-S board front view

Figure 9 18mm dummy front panel view 3.5 Optical connection In the 1692MSE, only one kind of optical connectors is used.

Table 2 Optical connection in the 1692MSE MU Direction MDX/OAD √ Inclined

Figure 10 MU optical connectors

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3.6 Caution to avoid equipment damage 3.6.1 Right operations for unit (big one) insertion A B C D a) Open the levers before plugging the unit.

b) To mate the plastic body of the connectors. Pushing on the front panel, balancing the strain without pushing on the levers.

c) Push on the levers in order to finish the connector mating.

d) Attach the unit to the subrack by means of screws, before inserting its above or nether board unit.

3.6.2 Forbidden operations for unit (big one) insertion A B C a) Don’t push just on just one lever.

b) Don’t force the units.

c) Avoid impact while handling the units.

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3.6.3 Right operations for unit (big one) extraction A B C a) Unscrew the top and bottom screws before extracting the unit.

b) Open the levers opening gently as shown in the picture.

c) Grasp and pull the unit as shown in the picture.

S cr ew s

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3.7 1692MSE Mechanical Installation Before shelf insertion into the rack, please pay attention to the following items. Only service personnel and maintenance engineers can perform the relevant tests without any danger

according to the regulation in the Installation Handbook. a) Mounting on the Optinex 21’’ rack To mount the 1692MSE subrack onto the Optinex rack carry out the following operations: Mount the 21” brackets ② onto the subrack using the appropriate screws ⑤. Locate the holes situated on the adapters and insert the 4 screws ③ and the 4 washers, that will be used

for fastening the subrack to the rack. Place the subrack onto the rack and tighten the 4 screws. Replace the cover.

All the material is supplied in installation kit listed in Annex.

Figure 11 Kit for rack 21’’ installation b) Mounting on the Optinex 19’’ rack To mount the 1692MSE subrack onto the 19” rack proceed as instructed in the above paragraph, taking care only one screw is needed for fastening subrack to 19’’ rack through the upper hole. All the material is supplied in installation kit listed in Annex.

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Figure 12 Kit for rack 19’’ installation

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4 ELECTRICAL AND OPTICAL INSTALLATION 1692MSE R2.0 is passive equipment, no electrical installation is allowed.

ATTACHING THE UNITS (AND MODULES) INTO THE SUBRACK (Warning to avoid equipment damage) The screw tightening torque for attaching the units (and modules, if any and if attached by screws) into the subrack must be:

2.8 kg x cm (0.28 Newton x m) ± 10 %

Exceeding this value may result in broken screw 4.1 Optical configuration This chapter describes the local connections for the optical configurations that are possible on the 1692MSE subrack, specifically:

Unidirectional terminal

Bi-directional terminal

Unidirectional OADM

Bi-directional OADM

CPE

4.1.1 Fiber management For the typical application of 1692MSE R2.0 system, please refer to Chapter 4.1.3. The maximum number of fiber (4 channel OADM) is: Inside 2

Outside 24

Total 26

All the fibers should be lead out through the specific split on the right hand-side of shelf.

Figure 13 Fiber routing indication

SAFETY RULES

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4.1.2 Simple description for front panels 4.1.2.1 General rules for optical port identification The optical direction marks on the front panel of the boards indicate the optical direction:

An arrow going into a circle means it is an optical input port.

An arrow coming out of a circle means it is an optical output port.

The following figure is just for example.

in out

Figure 14 With optical direction mark If there is no mark on the MDX or OAD board, the rule below may be helpful for the direction identification.

Left Right

in out

Figure 15 Without optical direction mark (board is placed horizontally)

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4.1.2.2 Front panel view for the optical connection boards The following figures are the front panel view for optical connection boards in the 1692MSE R2.0: N.B. Concerning the optical port definition in the following front panel description for optical connection boards in the 1692MSE R2.0, please refer to document: 3AL_97765_AAAA_TQZZA R2.0.

ExtractionHandle

ExtractionHandle

s

4749

5153

55

5759

61

OSC Tx inOSC Rx out

Line Rx inLine Tx out

1470nm signal in1470nm signal out








Optical SafetyLabel

Electrostatic DischargeLabel

Hardware Failure LED

Figure 16 Front panel of the C-MDX-E-U-S/C-MDX2-E-U-S board

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ExtractionHandle

ExtractionHandle

s

4749

5153

55

5759

61Line Rx inLine Tx out









Optical SafetyLabel



Figure 17 Front panel of the C-MDX-U/C-MDX2-U board

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ExtractionHandle

ExtractionHandle

s

4749

5153

OSC Tx inOSC Rx out

LINENot used

1470 nm signal in or out1490 nm signal in or out




5557

5961

Optical SafetyLabel



Figure 18 Front panel of the C-MDX-B-S board

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ExtractionHandle

ExtractionHandle

s

4749

5153

LINENot used





5557

5961

Optical SafetyLabel



Figure 19 Front panel of the C-MDX-B board

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ExtractionHandle

ExtractionHandle

s

Optical SafetyLabel


CH

1310nm signal input1310nm signal output

DMX signal inputMUX signal output

CH1 signal inputCH1 signal output


Figure 20 Front panel of the C-MDX2-E-1-S board

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ExtractionHandle

ExtractionHandle

s

Optical SafetyLabel


CH

1310nm signal input1310nm signal output

DMX signal inputMUX signal output

CH1 signal inputCH1 signal output

CH CH2 signal input

CH2 signal output


Figure 21 Front panel of the C-MDX2-E-2-XX-S board

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Hardware failure LED

ExtractionHandle

ExtractionHandle

East OSC Tx inEast OSC Rx out

West OSC Tx inWest OSC Rx out

East line Rx inEast line Tx out

East YY nm signal addEast YY nm signal drop

East express signal addEast express signal drop

West line Rx inWest line Tx out

West YY nm signal addWest YY nm signal drop

West express signal addWest express signal drop

YY-E

YY-W

S-E

S-W

E

E

W

W

Optical SafetyLabel


Figure 22 Front panel of the C-OAD-E-U-1-XX-S/C-OAD2-E-U-1-XX-S board

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Hardware failure LED

ExtractionHandle

ExtractionHandle







YY-E

YY-W

S-E

S-W

E

E

W

W

Optical SafetyLabel


Figure 23 Front panel of the C-OAD-U-1-XX/C-OAD2-U-1-XX board

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ExtractionHandle

ExtractionHandle









YY-E

YY-W

S-E

S-W

E

E

W

W

East ZZ nm signal addEast ZZ nm signal dropZZ-E

West ZZ nm signal addWest ZZ nm signal drop

ZZ-W

Optical SafetyLabel



Figure 24 Front panel of the C-OAD-E-U-2-XXXX-S/C-OAD2-E-U-2-XXXX-S board

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ExtractionHandle

ExtractionHandle







YY-E

YY-W

S-E

S-W

E

E

W

W

East ZZ nm signal addEast ZZ nm signal dropZZ-E

West ZZ nm signal addWest ZZ nm signal drop

ZZ-W

Hardware failureLED

Optical SafetyLabel


Figure 25 Front panel of the C-OAD-U-2-XXXX/C-OAD2-U-2-XXXX board

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ExtractionHandle

ExtractionHandle



Line I/O 2Line I/O 1


East ZZ signal addEast ZZ signal drop

YY

S-E

S-W

ZZ

Optical SafetyLabel


Express signal I/O 2Express signal I/O 1


Figure 26 Front panel of the C-OAD-B-1-XX-S board

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ExtractionHandle

Extraction

Handle

Line I/O 2Line I/O 1


East ZZ signal addEast ZZ signal drop

YY

S-E

S-W

ZZ

Optical SafetyLabel


Express signal I/O 2Express signal I/O 1


Figure 27 Front panel of the C-OAD-B-1-XX board

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Optical Safety Label


OSC Add (East)

OSC Drop (West)OSC Add (West)

OSC Drop (East)

Input (East)Output (East)

Input (West)Output (West)

Add1 (East)Drop1 (East)




Express Ch In (East)Express Ch Out (East)

Add1 (West)Drop1 (West)




Express Ch In (West)Express Ch Out (West)

Extraction Handle

Extraction Handle

Figure 28 Front panel of the C-OAD-H-U-4-XXXXXXXX-S board

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4.1.3 Optical connection in system configuration 4.1.3.1 Terminal configuration C-MDX-U/C-MDX-E-U-S, C-MDX2-U/C-MDX2-E-U-S and C-MDX-B (-S) can be used in 1692R2.0 terminal configuration, including unidirectional and bi-directional application. The figure below shows the configuration.

Slot 1

Slot 2

C-MDX2-E-U-S

18mm Dummy Front Panel

Figure 29 An example for unidirectional Terminal application

Slot 1

Slot 2

C-MDX2-E-U-S


Figure 30 An example for bi-directional Terminal application 4.1.3.2 OADM configuration a) 1 channel OADM Any wavelength among the 8 CWDM wavelengths can be added and dropped. So, there are eight types of 1-channel OADM boards according to the different wavelength. C-OAD-U-1-XX/C-OAD-E-U-1-XX-S and C-OAD2-U-1-XX/C-OAD2-E-U-1-XX-S can be used in this configuration.

Slot 1

Slot 2

C-OAD2-E-U-1-XX-S


Figure 31 An example for 1 ch unidirectional OADM application The following table reports the corresponding optical connection for this configuration.

Table 3 Optical connection in 1 ch OADM configuration From To With Jumper

Slot (unit)

Lambda Connector

Slot (unit)

Connector Length (cm)

Note Code

1 E-EXPRESS OUT 1 E-EXPRESS IN 35 Conn. MU MU 1AB195500001 1 W-EXPRESS OUT 1 W-EXPRESS IN 35 Conn. MU MU 1AB195500001

b) 2 channels OADM In this case, only 2 channels per direction can be added and dropped. According to different wavelength combinations, there are four kinds of 2-channel OADM boards. C-OAD-U-2-XXXX/C-OAD-E-U-2-XXXX-S and C-OAD2-U-2-XXXX/C-OAD2-E-U-2-XXXX-S can be used in this configuration.

Table 4 Wavelength combination for 2-channel unidirectional application Number 1 2 3 4

Channels (nm) 1470,1490 1510,1530 1550,1570 1590,1610

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Slot 1

Slot 2

C-OAD2-E-U-2-XXXX-S




Slot (unit)

Lambda Connector

Slot (unit)

Connector Length (cm)

Note Code

1 E-EXPRESS OUT 1 E-EXPRESS IN 35 Conn. MU MU 1AB195500001 1 W-EXPRESS OUT 1 W-EXPRESS IN 35 Conn. MU MU 1AB195500001

c) 4 channels OADM In this case, only 4 channels per direction can be added and dropped. According to different wavelength combinations, there are two kinds of OADM boards. C-OAD-H-U-4-XXXXXXXX-S can be used in this configuration.

Table 6 Wavelength combination for 4-channel unidirectional application Number 1 2

Channels (nm) 1470,1490,1510,1530 1550,1570,1590,1610

Slot 1

Slot 2C-OAD-H-U-4-XXXXXXXX-S



Slot (unit)

Lambda Connector

Slot (unit) Connector Length

(cm) Note Code

1&2 E-EXPRESS OUT 1&2 E-EXPRESS IN 35 Conn. MU MU 1AB195500001 1&2 W-EXPRESS OUT 1&2 W-EXPRESS IN 35 Conn. MU MU 1AB195500001

d) Bi-directional OADM In this case, only 1 channel per direction can be added and dropped. Depending on different wavelength combinations, there are four kinds of OADM boards. C-OAD-B-1-XX/C-OAD-B-1-XX-S can be used in this configuration.

Table 8 Wavelength combination for a bi-directional application Number 1 2 3 4

Channels (nm) 1470,1550 1490,1570 1510,1590 1530,1610

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Slot 1

Slot 2

C-OAD-B-1-XX


Figure 34 An example for bi-directional OADM application The following table reports the corresponding optical connection for this configuration.

Table 9 Optical connection in bi-directional OADM configuration From To With Jumper

Slot (unit)

Lambda Connector

Slot (unit) Connector Length

(cm) Note CODE

1 EXPRESS UP 1 EXPRESS DOWN 35 Conn. MU MU 1AB195500001 4.1.3.3 CPE configuration There are two types of CPE, 1 channel CPE and 2 channels CPE. C-MDX2-E-1-S and C-MDX2-E-2-XX-S can be used in this configuration.

Slot 1

Slot 2

C-MDX2-E-1-S


Figure 35 An example for 1 ch CPE application

Slot 1

Slot 2

C-MDX2-E-2-XX-S


Figure 36 An example for 2 ch CPE application

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ANNEX

Table 10 Installation kit (3AL97789AAAA) Part Number CRN Quantity Description

① 3AL97790AAAA PM1 2 19' Adapter for 1U ② 3AL97790ABAA PM2 2 21' Adapter for 1U ③ 1AD009150001 PM3 4 SCREW*HEX-HD-WF*HEX/SLTD M6x12mm*SS ④ 1AD000900008 PM4 4 Washer*EXT-T 6.4mmx11mmx700um/M6 SS*NONE

⑤ 1AD009160017 PM5 8 SCREW*RCH-HD*XR-PH TRI3*SS

Table 11 Jumpers used in the1692MSE R2.0 Code Connector Model Coating Length

1AB195500001 MU/UPC-MU/UPC SMF-28 900µm 35cm 1AB182400003 MU/UPC-MU/UPC SMF-28 2mm 35cm

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ALCATEL 1692MSE Rel. 2.0 INSTALLATION GUIDE

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