ID09011b02817c5ae7

Alcatel-Lucent OmniPCX EnterpriseCommunication Server

M2 Cabinet - Installation Procedure

Legal notice:

Alcatel, Lucent, Alcatel-Lucent and the Alcatel-Lucent logo are trademarks ofAlcatel-Lucent. All other trademarks are the property of their respectiveowners.

The information presented is subject to change without notice.Alcatel-Lucent assumes no responsibility for inaccuracies contained herein.

Copyright 2013 Alcatel-Lucent. All rights reserved.

The CE mark indicates that this product conforms to the following CouncilDirectives:- 2004/108/EC (concerning electro-magnetic compatibility)- 2006/95/EC (concerning electrical safety)- 1999/5/EC (R&TTE)

Chapter 1Installation procedure

??? Introduction .............................................................................................. 1.1??? Requirements .......................................................................................... 1.1??? Synoptic Installation Diagram ........................................................... 1.1??? List of Steps for Complete Installation ........................................... 1.2

Chapter 2Power connection

??? General ....................................................................................................... 2.1??? Installation of M3 Cabinet to the Floor ........................................... 2.1??? Ground Wire Connection for the Entire Installation .................. 2.3????? General .......................................................................................................... 2.3????? Recommendations ......................................................................................... 2.3????? Ground Wiring Installation ............................................................................. 2.5??? Cabinet Power Supply Connection .................................................. 2.7????? General Recommendations ........................................................................... 2.7????? Connection (-48V, 0V48) ............................................................................... 2.9????? Installation Wiring Diagram ............................................................................ 2.9??? Choice of Power Supply Cable Diameter ......................................2.11

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Chapter 3Internal connections

??? Introduction .............................................................................................. 3.1??? Removal of the EMC Door from ACT14 and ACT28 Shelves .. 3.1??? Internal Connections ............................................................................. 3.2??? Connection without RMA .................................................................... 3.3??? Connection with the RMAB ................................................................ 3.5??? Connection with a Daughterboard SRMA ..................................... 3.8??? Connection with the BRMA Box ......................................................3.10??? Assessment of the Required Equipment ......................................3.12??? IO2N Board-CPU Connection ............................................................3.13???? INTOF Board Connection ...................................................................3.13???? Support Clips ..........................................................................................3.14

Chapter 4External connections

??? Introduction .............................................................................................. 4.1??? Backplane Cable Distribution ............................................................ 4.1????? Cable Connection .......................................................................................... 4.1????? Grounding of Distribution Cable Shielding ..................................................... 4.1??? ACT14 and ACT28 Board Connection ............................................ 4.3????? Principle ......................................................................................................... 4.3????? List of Boards for Connection to Main Distribution Frame ............................. 4.4

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Chapter 5Assembling

??? Assembly Procedure ............................................................................. 5.1??? Lateral Panel Installation ..................................................................... 5.1??? Installation of the Top Cover .............................................................. 5.2??? Rear Door Installation ........................................................................... 5.3??? Installation of the EMC Door .............................................................. 5.5??? Front Door Installation ......................................................................... 5.6??? Ventilator Shelf and Dust Filter ......................................................... 5.7????? Description ..................................................................................................... 5.7????? Filter Installation ............................................................................................ 5.8

Chapter 6Commissioning

??? Introduction .............................................................................................. 6.1??? Checks Before Powering Up .............................................................. 6.1????? Checks to Be Carried Out .............................................................................. 6.1????? Grounding Check ........................................................................................... 6.1??? Power Up Procedure ............................................................................. 6.2??? CPU Start-Up and Checks ................................................................... 6.2??? After Power-Up Checks ........................................................................ 6.2????? Battery Checks .............................................................................................. 6.2????? Mains Cut-Off Test ........................................................................................ 6.3??? Software Self-Test .................................................................................. 6.3

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1.1 IntroductionThe purpose of this module is to serve as a guide for assembly operations, taking into accountthe fact that the greater part of installation can be performed before arrival on-site.It presents the list of steps necessary for a complete installation.To facilitate subsequent maintenance and management operations, it is very important tocomply with the installation methods as defined in the different steps given in List of Steps forComplete Installation , respecting the order of operations described.

1.2 RequirementsThe required conditions are:- PERSONNEL REQUIRED: Number: 1,- OPERATION DURATION: 2 h,- TOOLING: a posidriv cruciform screwdriver + a flat screwdriver with a 10 mm blade,- SPARES: NIL,- MATERIALS: NIL,- SAFETY MEASURES: Power supply de-energized.

1.3 Synoptic Installation DiagramThe figure above shows the synoptic diagram for a complete installation:

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Figure 1.2: PBX Connection Principle

1.4 List of Steps for Complete InstallationThe different steps to be respected for a complete installation are:

Chapter 1 ???????????? ?????????

1-2 ?????????????????????? ? ????? ? ??????? ???? ? ???????????? ?????????

- power supply connection (see M2 cabinet - Power connection ),- Internal connections (see M2 cabinet - Internal connections ),- External connections (see M2 cabinet - External connections ),- cabinet cladding (see M2 cabinet - Assembling ),- cabinet implementation (see M2 cabinet - Commissioning ).

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Chapter 1 ???????????? ?????????

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2.1 GeneralThe power required for PABX operation (-48V, 0V48) is supplied by a rectifier. This rectifiermust be backed up by a set of batteries (V2 class or better) giving a minimum autonomy of 5minutes. The operational voltage must be between 45V and 57V.An easily accessible 48V supply isolating device must be integrated in the installation or in theproximity. This isolating device must be able to ensure grounding continuity. This device musthave a gap of at least 3 mm between contacts.Network connection is of type-A pluggable-equipment. In all cases, safety is guaranteed onlywhen there is a ground protection connection from the system chassis or to terminal block(depending on cabinet type).

Important:

- For safety reasons: the system must always be earthed, before any power connection, all fuses must be removed (shelves, batteries) and

the circuit breaker opened (-48V, 0V48); the installation must remain in thiscondition until cut-over.

- Power consumption: of an M2 cabinet must not exceed 14.5 A, of an M3 cabinet must not exceed 26.5 A.

Caution:

If two or more cabinets are side by side in the same room first install the facing lateralpanels. For panel installation refer to M2 cabinet - Assembling - Lateral Panel Installation.

2.2 Installation of M3 Cabinet to the FloorFor an M2 cabinet, refer to the next paragraph.

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For safety reasons, any M3 cabinet must be mounted on the floor with an attachment kit.Each M3 cabinet is supplied with this type of kit (3BA 56062) which comprises:- 2, 8x70 mm galvanized steel woodscrews,- 2, int 8,4 mm ext 30 mm galvanized steel flat washers,- 2, 6-8 L 50 mm nylon rawl-plugs.

Designation Denomination S8 (*)Cellular concrete (497.8

lbs/in2)Bton cellulaire (497.8 lbs/in2) 125

Cellular concrete (711.2lbs/in2)

Bton cellulaire (711.2 lbs/in2) 140

Pumice stone Pierre ponce 210Cellular brick Brique alvole 300Sandstone Grs 450Solid brick Brique pleine 650Concrete Bton 800

(*) : corresponds to the reference of the type of rawl-plug used.

Installing the M3 cabinet to the floor:Before drilling the floor mark hole positions according to the distances shown below.

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Figure 2.3: Installation of One or Two M3 Cabinets to the Floor

2.3 Ground Wire Connection for the Entire Installation

2.3.1 GeneralConnection can be performed indifferently for electrical installations of type:- TT (neutral to distant ground),- TN (local ground to neutral),- IT (insulated or impedant neutral).For lightning strike problems, use of the TN diagram is strongly recommended.For Australia, the equipment must be connected using a GG type power scheme only.

2.3.2 Recommendations

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All circuits, cases, distribution frame supports, cabinets, the rectifier, the computer floor, feedlines and ducts must be individually connected to ground by a yellow/green electricaldistribution circuit conductor. Elements must not be chained for their linking to ground.The ground collector in which all the ground conductors mentioned above are grouped, mustbe installed near the PABX.

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The cut-off strip at PABX level is not indispensable but may be required for the measurementof ground resistance.The ground collector must have only one link with the building ground.The distance between the ground plate and ground collector must not exceed 1 meter.Ideally, MDF should be located as close as possible to the building's ground collector.A low ground resistance is not necessary for correct operation of the PABX, except whenusing E/M automatic tie-lines with return by ground.Ground cables between the PABX and the distribution frame require a cross section of only 10mm2.

If metal cable runs are used, they must attached together with screws and connected to theground at both ends.

Remark:A ground loop can never be detrimental to PABX operation.

2.3.3 Ground Wiring Installation

Caution:

- The cabinet - ground connection cable must be longer than other electrical cablesso as to be the last cable disconnected in case of accidental traction on the cables.

- The ground connection is necessary to guarantee safety and must be made beforeall other connections to the network or to other equipment.

- Connections to the network and to other equipment must be removed before anydisconnection of the ground protection.

The figure below shows the required ground connection for the entire installation.

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Figure 2.5: Synoptic Wiring Diagram

For cabinet:The ground wire run from the ground channel is connected to the cabinet. The cross-sectionalarea of the ground cable must be 10 mm2 at the frame but it is advisable to use a cable with across-sectional area of 25 to 35 mm2 between the ground sink (terminal connection) of thebuilding and the cut-off bar near the PBX.For grounding of the cabinet refer to Installation Wiring Diagram .In addition, connection of the different cabinet elements by ground wires is necessary. Notablyfor the front and rear doors. This operation is performed when installing the doors (see M2cabinet - Assembling ).When there are several cabinets, they must be linked in pairs with ground wires. The kitreference for two cabinets is 3BA57054.The two ground wires must be fitted as follows:

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Figure 2.6: Ground Wire for the Upper Part of the Cabinet

Figure 2.7: Ground Wire for the Lower Part of the Cabinet

2.4 Cabinet Power Supply Connection

2.4.1 General RecommendationsPower suppply connection cable leadout from the cabinet takes room layout into account:1) with no computer platform floor:

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Figure 2.8: Room without Computer Raised Platform Floor

Remark 1:blanking covers must be installed on unused openings.

2) with computer raised floor:

Figure 2.9: Room with Computer Raised Platform Floor

Remark 2:blanking covers must be installed on unused openings.

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2.4.2 Connection (-48V, 0V48)A circuit breaker near the cabinet is necessary to allow PABX (-48 V, 0V48) supply cut-off. Seefigure Installation Wiring Diagram .The circuit breaker is linked:- on one hand to the rectifier by a cable of which the diameter depends on the distance

between the PABX and the rectifier. This cable serves the entire installation. All installationshelves must be taken into account.Note:For the "length/diameter" correspondance ratio, refer to the "Cable cross-section'' graph in Choice ofPower Supply Cable Diameter .

- on the other hand to the cabinet fixture by a 10 mm2 cable (for safety reasons). All theshelves of the cabinet concerned must be taken into account.

2.4.3 Installation Wiring DiagramThe synoptic wiring diagram shown in the following figure shows connection of an cabinet withother installation components (rectifier, battery).Caution:

- The cabinet - ground connection cable must be longer than other electrical cablesso as to be the last cable disconnected in case of accidental traction on the cables.

- The ground connection is necessary to guarantee safety and must be made beforeall other connections to the network or to other equipment.

- Connections to the network and to other equipment must be removed before anydisconnection of the ground protection.

The figure shows the connection of an installation comprising several cabinets:

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Figure 2.11: Power Supply Connection for Two or Three Cabinets

(*) : for detailed information on these connections (which are performed at the factory) anddifferent fuse values refer to:- for the M2 cabinet, to M2 cabinet - Cabling diagram,- for the M3 cabinet to M3 cabinet - Cabling diagram.(*) : these connections are factory integrated.

Chapter 2 ????? ??????????

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Note:According to the cabinet type and configuration, the terminal block may have a different number ofconnection modules. However, the earth and rectifier (0V48, -48V) cables must be connected as shownon this figure.

2.5 Choice of Power Supply Cable DiameterThe voltage drop authorized in the cables is 1V, or a 2V drop at cable end. The two followinggraphs give cable cross-section between the rectifier and the PABX.The graphs have been calculated with coppper resistance equal to 1.7 10-6 Ohms cm2 /cm.Consumption to take into account is PABX max. consumption.

Figure 2.12: 0V48 and -48V Cable Diameter

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Figure 2.13: Rectifier-PABX Cable Diameter

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Figure 2.14: Rectifier-PABX Cable Diameter (Continued)

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Chapter 2 ????? ??????????

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3.1 IntroductionThis module describes the internal connections performed at the backplane or front face.Connections to the CBRMA connection box are also described.

3.2 Removal of the EMC Door from ACT14 and ACT28 ShelvesRemoval of the EMC door allows access to the front face of the cabinet to connect IO2N andCPU boards.This EMC door completes cabinet electromagnetic shielding. In effect, each shelf has EMCshielding on all faces except the front face.This EMC door is installed on the front side of the cabinet by four quarter-turn screws. Theyare screwed directly onto the cabinet chassis. The screw slots must be horizontal.When the cabinet is completely installed, the EMC door must be fixed on the ACT.

Note:After removal of the EMC door, remove the two foam protections used only for cabinet transport.

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Figure 3.1: EMC Door Attachment

3.3 Internal ConnectionsImportant:For an MI cabinet, only external connections must be made (console, PC, alarm link to MDF,external music and modem).Internal connection depends on PABX configuration. The table below gives the relevantexplanatory section for each configuration.

Configuration Refer to:Connection without RMA (RMA features notpurchased)

Connection without RMA

Connection with the RMAB Connection with the RMABConnection with a daughter board SRMA Connection with a Daughterboard SRMA

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Connection with the BRMA box Connection with the BRMA Box

3.4 Connection without RMAConnection is performed as follows:- connection of the MMSFD (Mass Memory Support) board to the main CPU board and

backup CPU board (if the MMSFD option),- connection of the main CPU board to the backup CPU board (if the Duplicate CPU option),- connection of the CPU boards to the CBRMA box.Remark:do not forget to install the support clips documented in Support Clips .

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Figure 3.2: Connection Synoptic Diagram

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Figure 3.3: Connection Details (Rear Side View)The above cables are described in: Assessment of the Required Equipment .

3.5 Connection with the RMABConnection is performed as follows:- connection of the main CPU board to the backup CPU board (if the duplicate CPU option),

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- connection of the CPU boards to the CBRMA box,- connection of the MMSFD board to the CPU boards (if the MMSFD board option),- connection of the RMAB board to the CBRMA box.Remark:do not forget to install the support clips documented in Support Clips .

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3.6 Connection with a Daughterboard SRMAConnection is performed as follows:- Connection of the MMSFD board to the CPU board,- Cconnection of the CPU board to the CBRMA box,- Connection of the MMSFD + SRMA to CBRMA box.Remark:do not forget to install the support clips documented in Support Clips .

Reminder:the SRMA board does not comply with the CPU duplication.

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Figure 3.7: connection Details (Rear Side View)The above cables are described in: Assessment of the Required Equipment .

3.7 Connection with the BRMA BoxReminder:The RMAB board is integrated in the BRMA box.

Connection is performed as follows:- connection of the main CPU board to the backup CPU board (if the duplicate CPU option),

Chapter 3 ???????? ???????????

3-10 ?????????????????????? ? ????? ? ??????? ???? ? ???????? ???????????

- connection of the MMSFD board to the CPU boards (if the MMSFD option),- connection of the CPU boards to the BRMA box,- connection of the BRMA box to the 48V power supply.Remark:do not forget to install the support clips documented in Support Clips .


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3.8 Assessment of the Required EquipmentThe equipment used in figure figure: Connection Details (Rear Side View) are listed in thefollowing table:

table 3.2: Cable chart and boxMark Name and reference Use Reference for further info

1 3BA 28041 XXCPU3/5 BACKUP cableCPU main / CPU

backup linkCPU3/5 BACKUP cable -

Hardware description

2 3BA 28045 XXMMS/CPU master cableMMSFD/CPU main

linkMMS/CPU master cable -


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Mark Name and reference Use Reference for further info

3 3BA 28046 XXMMS/CPU slave cableMMSFD/CPUbackup link

MMS/CPU slave cable -Hardware description

4

3BA 28040 XXor

3BA 28113 XXCPU/CBRMA cable

main CPU Comports

CPU/CBRMA cable - Hard-ware description

5 and 6

3BA 58069 XX10Base T CPU/Con.Box

cable3BA 28008 XX

or 3BA 28009 XX10/100 Base T CPU/

Con.Box cable

Main and backupCPU Ethernet

10/100baseT CPU/Con.Box cable - Hardware de-

scription

73BA 58074 XX

CPU/Box(COM A/B) cable

Backup CPU Comports

CPU/BOX (COM A/B)cable - Hardware descrip-

tion

8 3BA 28028 XXCMDFRMA cablelink to MDF for:

Alarm, external mu-sic and modem

CMDFRMA cable - Hard-ware description

9 3BA 28022 XXRMAB / CBRMA cableRMAB to CBRMA

linkRMAB/CBRMA cable -Hardware description

10

3BA 28097 XXor

3BA 28134 XXCSRMA cable

MMSFD + SRMA toCBRMA link

CSRMA cable - Hardwaredescription

1110/100base T CBRMA

connecting box3BA56174XX

Connecting box10/100baseT CBRMA con-necting box - Hardware de-

scription

12 10/100base T BRMA box3BA56170XX Connecting box10/100 base T BRMA box -


XX: suffix of the cable according to the country:- UA or UB for the USA,- AA or AB for other countries.

3.9 IO2N Board-CPU ConnectionFor front panel connection of IO2N boards to CPU boards, refer to IO2N - Externalconnections.

3.10 INTOF Board ConnectionFor back panel connection of INTOF boards, refer to INTOF - External connections.

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3.11 Support ClipsThe support clip is required when several adaptor connectors are stacked. There are threetypes of clip for 1, 2 or 3 adaptor connectors and a single clip for 21-pin cable connectors.The figure below shows the attachment method of a clip on an adaptor connector and a 21-pincable connector:

Figure 3.10: Clip Installation Detail

The figure below shows the exemple of clip with 3 adaptor connectors and 4 21-pin cableconnectors:

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Figure 3.11: Support Clip for 3 Adaptor Connectors

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Chapter 3 ???????? ???????????

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4.1 IntroductionThis module describes:- the principle of cabinet backplane cable distribution to the main distribution frame,- backplane cable connection of each board that may be present in the cabinet.

4.2 Backplane Cable Distribution

4.2.1 Cable ConnectionFeedout of board connection cables to the main distribution frame takes room layout intoaccount (with or without computer platform floor).

Figure 4.1: Cable Connection

Each cable is fixed to the flange by a clamp and fed out through the cutout provided in thecabinet floor. A blanking cover is used to seal the opening in the rear panel.

4.2.2 Grounding of Distribution Cable ShieldingGrounding of distribution cable shielding is performed at the cabinet attachment flange. Thesection of cable in contact with the flange is stripped. A pre-cut (factory) notch facilitatesstripping.

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Figure 4.2: Cable Grounding

Remark:It is recommended that each cable end be marked at the main distribution frame position for ease ofconnection and subsequent maintenance.

Note:Check that the ground wire of each main distribution frame is securely connected to ground.

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4.3 ACT14 and ACT28 Board Connection

4.3.1 PrincipleFor each board present in the shelf front face, mark its associated slot number (printed on theupper part of the shelf). Check board position complies with worksite file, then refer to the rearface of the backplane, which is as follows:

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Figure 4.3: Example of 6U (28 board) Shelf BackplaneConnect the cable to the backplane in the previously determined position (by slot number)respecting correspondance of board and cable type. Refer to the list of boards below.

4.3.2 List of Boards for Connection to Main Distribution FrameFor a given type of cable, output pins corresponding to the board concerned are described inthe board connection module.For backplane connection of each board, refer to the table below:

Board Reference to connection moduleNx64 see NX64 - External connectionsPCM2 see PCM2 - External connectionsBPRA2 see BPRA2 - External connectionsPRA2 see PRA2 - External connectionsBRA2 see BRA2 - External connectionsDPT1 see DPT1 - External connectionsNDDI2-2 (LS/GS) see NDDI2-2(LS/GS) - External connectionsDECT8 see DECT8 - External connectionsDID-USA see DID (USA) - External connectionsE&M-4TL see E&M-4TL - External connectionsLIOB see LIOB - External connectionsLIOP see LIOP - External connectionsLIOX see LIOX - External connectionsUA32 & UA16 see UA32/eUA32 - External connectionsZ24-2, Z12-2 or Z32 see Z2 (Z24-2, Z12-2, Z20VG) - External connections or Z32/eZ32 -

External connectionsRMAB see RMAB - External connectionsRT21 see RT2-1 - External connectionsINTOF see INTOF - External connectionsINT-IP/INT-IP2 see INT-IP - External connectionsINT-IP3 see INT-IP3 - External connections4635H VPM35 see 4635H VPM35 - External connections4635J VPS35 see 4635J VPS35 - External connections4635H/J VPU5/VPU6 see 4635H/J VPU5/VPU6 - External connections

Remark:The list of useable boards may vary according to country.

Important:do not forget to check strap position on the boards according to operation desired. See the"Configuration" module of each board.

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Chapter 4 ???????? ???????????

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5.1 Assembly Procedure

Assembly operations (panels, doors...) must be carried out whatever the system configuration(one or several cabinets). In effect, each cabinet or module is mechanically independent (nomechanical link between the modules).Assembly steps for the cabinet are to be performed in the following order:1. install lateral panels for a stand-alone cabinet. If several cabinets are side by side in the

same room, install the remaining lateral panels,2. install the top cover,3. install the rear door,4. install the EMC (electromagnetic compatibility) door,5. install the front door.Other actions: NONE.Remark:The ventilator shelf and dust filter are shown for information, they are delivered installed.

5.2 Lateral Panel InstallationThe lateral panels are made of metal. Openings in the upper part allow hot air extraction.The left and right panels are identically attached with:- two locating pins on the lower chassis,- three locking screws on the cabinet chassis.

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Figure 5.2: Lateral Panel Attachment

5.3 Installation of the Top CoverThe cover is made of composite material. Openings allow hot air extraction.It is attached to the chassis with:- 4 studs going straight up into the cabinet chassis (2 on each side),- 2 locking screws on the front face,- 2 locking screws on the back face.

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Figure 5.3: Top Cover Attachment

5.4 Rear Door InstallationThe rear door is made of metal. An opening in the lower part allows cable passage (rectifier,distribution frame...).When the cabinet is installed on a computer raised floor, cables are fed through the cutout inthe cabinet base.The rear door is attached to the fixture by two hinges. A lock prevents access.

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Figure 5.4: Rear Door Attachment

Once the rear door is installed, it must be connected to the cabinet chassis by a ground wireas follows.

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Figure 5.5: Rear Door

5.5 Installation of the EMC DoorScrew the door directly to the cabinet front face with four "quarter-turn" screws.Remark:the screw slots must be horizontal in the closed position.

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5.6 Front Door InstallationThe door is made of metal. Its fittings ensure restricted internal access to the PABX in respectwith safety standards.It is attached to the cabinet chassis with two hinges. A lock prevents access.

Figure 5.6: Front door attachment

Once the front door is installed, it must be connected to the cabinet chassis by a ground wireas follows.

Chapter 5 ??????????

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Figure 5.7: Front Door

5.7 Ventilator Shelf and Dust Filter

5.7.1 Description

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The upper part of each cabinet can be equipped with a ventilator shelf.The ventilator extracts hot air. The hot air is expelled through openings in the top cover of thelateral panel. Use of this shelf necessitates the installation of a dust filter in the lower part ofthe cabinet.

Remark:When installing a ventilator shelf in an M3 cabinet, the deflector located in the center of the cabinet mustbe removed and the dust filter installed.

Figure 5.8: Ventilator Shelf and Filter

5.7.2 Filter Installation

The ventilator shelf requires a dust filter in the lower part of the cabinet. Installation isperformed from the front face of the cabinet. The filter is slid between the two rails at thebottom of the cabinet (see figure above). Two locking screws are installed perpendicular toeach rail.

Note:The filter must be regularly checked and replaced.

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6.1 IntroductionThe purpose of this module is to provide instructions for commissioning of the M2 or M3cabinet.the procedure is as follows:- carry out controls and checks before powering up the cabinet,- power up the cabinet,- carry out checks after powering up the cabinet,- software self-test,- check for incidents at CPU start-up.

6.2 Checks Before Powering UpAt least four mains sockets must be available to supply power to the system terminal and itsprinter.

6.2.1 Checks to Be Carried OutThe equipment must be de-energized. Carry out the following checks:- rectifier mains supply,- ground connections,- power supply connection,- power supply and ground connection tightness,- connection of the system terminal and its printer,- connection of the distribution cables,- check of the board manufacture (straps),- board insertion in the shelves as indicated in the site file,- programming of the system terminal.

6.2.2 Grounding CheckMake sure that all the following items are connected to the ground:- 0 V of the 48 V'',- PABX frame ground terminal block,- system terminal mains plug ground pin,- TNL frame,- main distribution frame.

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Connection to the ground is essential to ensure safety and it must be carried out before anyother connection to the telephone network or to any equipment.Connections to the telephone network or to other equipment must be removed before theprotective ground is disconnected.

6.3 Power Up ProcedureCarry out the following operations:- install the mains fuses (removed for power supply connection),- engage the battery fuses on the rectifier,- close the battery breaker,- power up the rectifier (see rectifier manual),- check the recitifier ouput voltage (greater than 45V),- close the supply breaker near the PABX,- check the PABX terminal block supply, which must be between 45V and 56V,- switch off the rectifier,- install the fuses in the PABX terminal block,- check the terminal block supply, which must be between 45V and 56V.The PABX starts up automatically as soon as the rectifier is powered up.

6.4 CPU Start-Up and ChecksOnce the above checks have been performed set the CPU board button to ON. This impliesthat connection and start-up of the management or system terminal PC have already beenperformed.System start-up takes around 10 minutes with running display of information messages on thescreen. These allow the visualization of any particular incidents (if detected).Remark 1:illumination of the orange ETH LED of the CPU confirms correct ethernet link connection with themanagement PC.

Once the set-up phase is complete, press the Enter key to get the prompt.Remark 2:the green LED flashing rapidly indicates CPU commisssioning.

6.5 After Power-Up ChecksAfter power-up, certain checks must be carried out.

6.5.1 Battery ChecksBefore checking the autonomy of the batteries, carry out 2 full cycles (charge and discharge).

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It is important to respect the periodic recharges recommended by the battery manufacturer.

6.5.2 Mains Cut-Off TestThe purpose of this test is to check the battery autonomy and that the system functionscorrectly on batteries.Carry out the following operations:- cut off the alternating power supply to the rectifier,- check that the system is still in the state it was in before mains cut off,- check that there is no effect on established calls,- check the duration of expected battery autonomy (5 minutes minimum),- the cabinet green light must go out at end of battery autonomy,- check the alarm signal on the rectifier and on the alarm unit,- switch the rectifier back on,- check that the green light comes on,- check restart of the installation and its correct operation.

6.6 Software Self-TestThe PABX is protected by a physical key; this key allows unlocking of PABX software. Thesystem checks installation conformity at reset and every 4 hours.If the software has not been unlocked before PABX cut-over, the following three actions takeplace:- action 1 (directly after cut-over)

When the operator passes to the idle state, the screen displays the "Call installer"message and the acknowledge key. By pressing this key, the operator can go back tothe normal operating mode,

transmission and storage of an incident, ringing on alarm set, clear system terminal screen. Acknowledgement mandatory.

- action 2 (4 hours after cut-over) display of the Facility forbidden'' and Call installer'' message on 4035 sets, display of the Call installer'' message on 4010 and 4020 sets, display of the Call installer'' message on signalling unit sets.

- action 3 (8 hours after cut-over)loop on actions 1 and 2.

Remark:the sprecover'' command makes it possible to validate set display again. This command can only beused 10 times, the 11th try will have no effect.

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1 Installation procedure1.1 Introduction1.2 Requirements1.3 Synoptic Installation Diagram1.4 List of Steps for Complete Installation

2 Power connection2.1 General2.2 Installation of M3 Cabinet to the Floor2.3 Ground Wire Connection for the Entire Installation2.3.1 General2.3.2 Recommendations2.3.3 Ground Wiring Installation

2.4 Cabinet Power Supply Connection2.4.1 General Recommendations2.4.2 Connection (-48V, 0V48)2.4.3 Installation Wiring Diagram

2.5 Choice of Power Supply Cable Diameter

3 Internal connections3.1 Introduction3.2 Removal of the EMC Door from ACT14 and ACT28 Shelves3.3 Internal Connections3.4 Connection without RMA3.5 Connection with the RMAB3.6 Connection with a Daughterboard SRMA3.7 Connection with the BRMA Box3.8 Assessment of the Required Equipment3.9 IO2N Board-CPU Connection3.10 INTOF Board Connection3.11 Support Clips

4 External connections4.1 Introduction4.2 Backplane Cable Distribution4.2.1 Cable Connection4.2.2 Grounding of Distribution Cable Shielding

4.3 ACT14 and ACT28 Board Connection4.3.1 Principle4.3.2 List of Boards for Connection to Main Distribution Frame

5 Assembling5.1 Assembly Procedure5.2 Lateral Panel Installation5.3 Installation of the Top Cover5.4 Rear Door Installation5.5 Installation of the EMC Door5.6 Front Door Installation5.7 Ventilator Shelf and Dust Filter5.7.1 Description5.7.2 Filter Installation

6 Commissioning6.1 Introduction6.2 Checks Before Powering Up6.2.1 Checks to Be Carried Out6.2.2 Grounding Check

6.3 Power Up Procedure6.4 CPU Start-Up and Checks6.5 After Power-Up Checks6.5.1 Battery Checks6.5.2 Mains Cut-Off Test

6.6 Software Self-Test

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