3AG-28301-AAAA-RJZZA-01P09-1511_MAX_HW_Installation_Manual[1].pdf

Alcatel-Lucent 1511MEDIA ACCESS CROSS-CONNECT| RELEASE 1.xH A R D W A R E I N S T A L L A T I O N M A N U A L

3AG 28301 AAAA RJZZA Edition 01 Released

Alcatel-Lucent ProprietaryThis document contains proprietary information of Alcatel-Lucent and is not to be disclosedor used except in accordance with applicable agreements.Copyright 2008 © Alcatel-Lucent. All rights reserved.

When printed by Alcatel-Lucent, this document is printed on recycled paper.

Alcatel-Lucent assumes no responsibility for the accuracy of the information presented, which is subject to change without notice.

Alcatel, Lucent and the Alcatel-Lucent logo are registered trademarks of Alcatel-Lucent. All other trademarks are the property of their respective owners.

Copyright 2008 Alcatel-Lucent.All rights reserved.

Disclaimers

Alcatel-Lucent products are intended for commercial uses. Without the appropriate network design engineering, they must not be sold, licensed or otherwise distributed for use in any hazardous environments requiring fail-safe performance, such as in the operation of nuclear facilities, aircraft navigation or communication systems, air traffic control, direct life-support machines, or weapons systems, in which the failure of products could lead directly to death, personal injury, or severe physical or environmental damage. The customer hereby agrees that the use, sale, license or other distribution of the products for any such application without the prior written consent of Alcatel-Lucent, shall be at the customer's sole risk. The customer hereby agrees to defend and hold Alcatel-Lucent harmless from any claims for loss, cost, damage, expense or liability that may arise out of or in connection with the use, sale, license or other distribution of the products in such applications.

This document may contain information regarding the use and installation of non-Alcatel-Lucent products. Please note that this information is provided as a courtesy to assist you. While Alcatel-Lucent tries to ensure that this information accurately reflects information provided by the supplier, please refer to the materials provided with any non-Alcatel-Lucent product and contact the supplier for confirmation. Alcatel-Lucent assumes no responsibility or liability for incorrect or incomplete information provided about non-Alcatel-Lucent products.

However, this does not constitute a representation or warranty. The warranties provided for Alcatel-Lucent products, if any, are set forth in contractual documentation entered into by Alcatel-Lucent and its customers.

This document was originally written in English. If there is any conflict or inconsistency between the English version and any other version of a document, the English version shall prevail.

3AG 28301 AAAA RJZZA Edition 01 Released I

Contents

Contents

1 — Preface 11.1 Scope ...................................................................................................................21.2 Applicable Releases .............................................................................................21.3 Audience ...............................................................................................................21.4 Assumed Knowledge ............................................................................................21.5 Related Documents ..............................................................................................2

2 — General 52.1 Requirements .......................................................................................................62.2 Initial Site Survey ..................................................................................................7

3 — Unpacking and Inspection 93.1 Shipped Equipment ............................................................................................103.2 Procedures .........................................................................................................10

4 — Installing Racks 134.1 Introduction .........................................................................................................144.2 General ...............................................................................................................144.3 Floor Preparation ................................................................................................154.4 Rack Installation .................................................................................................17

5 — Installing Rack Equipment 215.1 Introduction .........................................................................................................225.2 Equipment Overview ..........................................................................................225.3 Mounting Positions .............................................................................................235.4 Installing the TRU ...............................................................................................245.5 Installing a 1511 MAX Shelf ...............................................................................25

6 — Power and Ground Cabling 276.1 Introduction .........................................................................................................286.2 Safety Precautions .............................................................................................286.3 General ...............................................................................................................296.4 Power Cabling ....................................................................................................316.5 Rack Grounding Connection ..............................................................................34

7 — Installing Boards 377.1 Introduction .........................................................................................................387.2 Slot Positions ......................................................................................................387.3 Supported Boards ...............................................................................................397.4 Dummy Covers ...................................................................................................407.5 Switch Settings ...................................................................................................41

Contents

II Released 3AG 28301 AAAA RJZZA Edition 01

7.6 Recommended Tools ..........................................................................................497.7 Installation Procedures .......................................................................................49

8 — Rack Cabling 578.1 Introduction .........................................................................................................588.2 Cabling Guidelines ..............................................................................................588.3 CMXIO Boards ....................................................................................................598.4 FXS-A Board .......................................................................................................658.5 FXO-A Board ......................................................................................................678.6 ANE1-A Board ....................................................................................................698.7 ANE1-B Board ....................................................................................................718.8 DAT-A Board ......................................................................................................748.9 EM-A Board ........................................................................................................788.10 COD-A Board ......................................................................................................818.11 COND-A Board ...................................................................................................838.12 TPIF-A Board ......................................................................................................858.13 MRD-A Board .....................................................................................................87

9 — Installing Side Plates and Door 899.1 Introduction .........................................................................................................909.2 Removing/installing Side Plates .........................................................................909.3 Removing/installing Doors ..................................................................................919.4 Door Reversal for Left-hand Opening .................................................................92

App A. Cable Specifications 95App A.1 Introduction .........................................................................................................97App A.2 Cable 3AG 27375 xxAA ......................................................................................99App A.3 Cable 3AG 27376 xxAA ....................................................................................100App A.4 Cable 3AG 27377 xxAA ....................................................................................101App A.5 Cable 3AG 27378 xxAA ....................................................................................102App A.6 Cable 3AG 27380 xxAA ....................................................................................103App A.7 Cable 3AG 27381 xxAA ....................................................................................104App A.8 Cable 3AG 27382 xxAA ....................................................................................105App A.9 Cable 3AG 27383 xxAA ....................................................................................106App A.10 Cable 3AG 27384 xxAA ....................................................................................107App A.11 Cable 3AG 27385 xxAA ....................................................................................108App A.12 Cable 3AG 27386 xxAA ....................................................................................109App A.13 Cable 3AG 27387 xxAA ....................................................................................109App A.14 Cable 3AG 27394 xxAA ....................................................................................110App A.15 Cable 3AG 27404 xxAA ....................................................................................111App A.16 Cable 3AG 27405 xxAA ....................................................................................112App A.17 Cable 3AG 27406 xxAA ....................................................................................113App A.18 Cable 3AG 27407 xxAA ....................................................................................114App A.19 Cable 3AL 42738 xxAA .....................................................................................115App A.20 Cable 3AL 42741 xxAA .....................................................................................115App A.21 Cable 3AL 42747 xxAA .....................................................................................115App A.22 Cable 3AL 42793 xxAA .....................................................................................116App A.23 Cable 3AL 42857 xxAA .....................................................................................116App A.24 Cable 3AL 42872 xxAA .....................................................................................116App A.25 Cable 3AL 43526 xxAA .....................................................................................117App A.26 Cable 3AL 43581 xxAA .....................................................................................117

3AG 28301 AAAA RJZZA Edition 01 Released III

Contents

App A.27 Cable 3AL 43583 xxAA ....................................................................................118App A.28 Cable 3AL 43592 xxAA ....................................................................................119App A.29 Cable 3AL 43594 xxAA ....................................................................................119

Abbreviations

Contents

IV Released 3AG 28301 AAAA RJZZA Edition 01

3AG 28301 AAAA RJZZA Edition 01 Released 1 / 124

1 — Preface

1.1 Scope 1-2

1.2 Applicable Releases 1-2

1.3 Audience 1-2

1.4 Assumed Knowledge 1-2

1.5 Related Documents 1-2

1 — Preface

2 / 124 Released 3AG 28301 AAAA RJZZA Edition 01

1.1 Scope

This manual describes the installation of the following equipment in the 1511 Media Access Cross-Connect (1511 MAX):

• Racks• Shelves• Units• Rack cabling• Shelf cabling

1.2 Applicable Releases

This document is applicable from Release 1.0 on.

1.3 Audience

This manual is intended for installers equipped with site drawings that show power sources and floor plans that show rack locations.

1.4 Assumed Knowledge

The reader must be a skilled installer of hardware equipment and have knowledge of general telecommunications principles.

1.5 Related Documents

Table 1-1 lists the documents that make up the 1511 MAX documentation set.

Table 1-1 1511 MAX Documentation Set

Note — The installation procedures described in this document are specific for 19” racks.

Document title Description Code

System Description Describes the general overview and functionality of the Alcatel-Lucent 1511 MAX.

3AG 28304 AAAA TQZZA

Safety Manual Lists compliance to the safety standards and gives fuse information.

3AG 28300 AAAA TCZZA

Installation and Maintenance Manual for 1511 EM

User Guide for the installation and maintenance of the 1511 EM server and the 3rd party management tools.


Operator Guide User Guide for the CLI, 1511 EM, WebCT and 3rd party management GUIs.



1 — Preface

1511 MAX Hardware Installation Manual Describes the hardware installation procedures for the racks, the subracks and the cabling.

3AG 28301 AAAA RJZZA

1511 MAX Configuration and Set-up Manual

Describes the software configuration to be done after the hardware has been installed

3AG 28305 AAAA RJZZA

Signalling Types Reference Manual Gives a reference of the Signalling Types of the Alcatel-Lucent 1511 MAX.


Document title Description Code

1 — Preface



2 — General

2.1 Requirements 2-6

2.2 Initial Site Survey 2-7

2 — General


2.1 Requirements

Warning — Safety requirements.

Follow the safety guidelines described in the Safety Manual.

Note — EMC/ESD requirements.

Most plug-in units and powered equipment contain devices susceptible to Electrostatic Discharge (ESD), which can damage circuitry in unconnected conditions.

Follow the specific procedures for handling ESD-sensitive units.

Ensure that the EMC/ESD conditions meet GR 1089 CORE.

Note — Environmental requirements.

Ensure that the environmental conditions as described in the Safety manual are met.


2 — General

2.2 Initial Site Survey

Alcatel-Lucent recommends that a site survey be conducted prior to ordering installation materials and to ensure a properly planned installation.

During the site survey, the following items have to be determined:

• The equipment rack locations (floor plan)• The type of floor (normal or raised floor)• Rack mounting requirements (anchoring from ceiling or floor) • Required cable lengths:

• Power cables• Coaxial or optical fiber cables• Miscellaneous cables

• Cable loading considerations• The location of termination points and requirements for power and ground cables

between 1511 MAX racks and CO power source (customer provided).• Type of Main Distribution Frame (MDF) termination blocks• Auxiliary framing and overhead rack bracing.

This information must be communicated to Alcatel-Lucent.

Warning — Risk of dangerous or harmful situation if no appropriate materials are used.

This can cause death or serious physical harm to persons or damage to equipment.

The power cables, BATtery RETurn (BATRET) and Frame Ground (FG) must be constructed from the appropriate materials and must meet or exceed the standard CO specification.

2 — General



3 — Unpacking and Inspection

3.1 Shipped Equipment 3-10

3.2 Procedures 3-10



3.1 Shipped Equipment

In general, the rack is shipped in vertical position. The following items are included in the shipment:

• the cabinet• the Top Rack Unit (TRU)• the 1511 MAX shelf (or shelves)• the power and alarm cabling

Boards and other cables are shipped separately.

Top Rack UnitThe TRU is installed in the top position of the rack and is always cabled for the maximum possible number of shelves, even if the configuration only requires one shelf. This is due to anticipated difficulties in adding cables after initial installation.

ShelvesShelves can either be:

• mounted in the rack for predefined configurations. Refer to the HW Configuration Manual for possible configurations.

• shipped as a separate item (upgrade kit) for expansion beyond the initial configuration.

3.2 Procedures

Danger — Risk of personal injury or damage to equipment.

The following equipment must be used for safe material-handling: a forklift truck, a lifting sling or block, tackle and dolly.

Use extreme care and follow the standard safety precautions when operating the material-handling equipment.

Caution — Risk of damage to equipment caused by excessive shock or vibration.

Be careful when moving the equipment.



Procedure 3-1 Unpacking

1 Inspect the crates and the packaging for damage.

2 If damaged, notify the transportation carrier and Alcatel-Lucent immediately. Photograph all the damaged crates. Keep all the inspection and packing documents for reference.

3 If there is no damage, place the crate on a level floor as near to the final installation location as possible. This must be a dry, dirt- and dust-free area.

4 Carefully open the crate. Take care not to damage the equipment.

5 Cut the open moisture vapor barrier bag, if present, with the shears and remove the packing and bracing material.

6 Before removing the equipment from the crate, check around the crate for parts that may have become loose during shipment.

7 Remove the equipment from the crate.

8 Dispose of the packing material as per local practice.

Procedure 3-2 Inspection

1 Check the equipment items against the packing list.

2 Inspect the equipment itself for damage. The exterior and interior of equipment and component parts must be free from grease, dirt and corrosion.

3 If anything is missing or damaged, notify the transportation carrier and Alcatel-Lucent immediately. Photograph all the damaged equipment. Keep all the inspection and packing documents for reference.

Warning — Risk of physical harm and or equipment damage.

Lifting heavy equipment without appropriate tools for material-handling could result in physical harm and/or damage to equipment.

When lifting racks, apply appropriate pulleys or hoists and use lifting eyes.

Note — Risk of damage to equipment.

Do not install damaged or dirty equipment, as this can adversely affect other equipment.




4 — Installing Racks

4.1 Introduction 4-14

4.2 General 4-14

4.3 Floor Preparation 4-15

4.4 Rack Installation 4-17



4.1 Introduction

This chapter provides the procedures for:

• preparing a concrete floor or a raised floor for the installation of racks with footprint 600 x 600 mm, which are used for the 1511 MAX system. The preparation consists of:

• marking the rack positions on the floor.• cutting the tiles (for raised floors only).

• installing the rack(s)• joining two racks together

4.2 General

Figure 4-1 gives an example of a multiple rack configuration.

Figure 4-1 Rack Configuration Example

The following applies for multiple rack configurations:

• The racks have a footprint of 600 mm x 600 mm.• Racks can be grown from either left to right, or right to left. The order is not important.• Racks cannot be mounted against a wall or back-to-back, as they must be accessible

via the front and the rear of the rack.

Note — In the case of raised-floor cabling, the positioning of the racks and the cutting of the tiles needs special attention, as the cable routing holes must not coincide with the raised-floor supports.

600

mm

1511 MAXRack

1511 MAXRack

Rear(cabling)

Front(boards and cabling)

600 mm

1511 MAXRack



4.3 Floor Preparation

Procedure 4-1 Marking the Rack Positions

1 Verify that the layout of floors, ceiling and walls is as shown in the applicable drawings and specifications are as provided by the site survey team.

2 Verify that the area dimensions and the location of reference points correspond to the floor plan.

3 Verify that the floor is level.

4 Mark the references and the layout lines.To avoid cumulative errors when laying out short dimensions in a straight line, first mark the total length, then divide it into shorter lengths leaving the measuring tape in place. Where the layout lines intersect, extend the lines at least 15 cm beyond the point of intersection to check the equipment alignment.

5 Mark the rack position on the floor while referring to the job floor plan. This guarantees an optimal space for cable routing (the cable holes do not coincide with the floor supports).

• On a concrete floor, use chalk to mark the front baseline and end of the rack.• On a raised floor, line up the racks with a row of tiles. Use a felt marking pen to mark

the position of each rack as shown in Figure 4-2.

Figure 4-2 Positioning Racks and Cutting Tiles for Cable Routing

Caution — Risk of equipment damage when floor is not level

Do not try to mount a rack on a floor that is not level.

600 mm

600

mm

Rear

Front

see detail below



Procedure 4-2 Cutting Tiles for Raised Floor Cabling

1 Mark the routing area on the tiles with a felt marking pen. Use the rack base as a template and refer to Figure 4-3.The maximum dimensions of the routing area are 499 x 499 mm.

Figure 4-3 Routing Area

2 Remove the routing areas marked on the tiles with a jig saw and remove all sharp edges.

3 If the racks are not immediately installed, cover the cable routing holes in the raised floor with solid covers.

Caution — Risk of floor damage by large tile cutouts or when floor material not solid enough.

Make sure the tile material is strong enough to carry fully equipped racks (consult the raised floor installer or vendor).

Rack holes / tile cut-out60

0 m

m

600 mm



4.4 Rack Installation

The rack installation procedure consists of:

• installing racks in their correct positions• if required, join racks together

Installing Racks

Procedure 4-3 Installing Racks

1 Cover the surrounding floor area with a protective covering as required by local practice.

2 Move the rack to its permanent floor location (for example, by using a lifting trolly).

3 Use a level to check the rack leveling and alignment at the base, the top and both sides of the rack. If necessary, level the rack using the levelling feet at the bottom of the rack, see Figure 4-4

Figure 4-4 Rack Leveling

Note — The rack can be equipped with lifting eyes

Caution — Possible risk of equipment damage

Brace the top of the rack during movement to prevent tipping and avoid strains that might twist or otherwise damage the backplane.



Joining RacksThe procedure below gives an example of how racks can be joined together using the following components:

• Dust protection tape (self-adhesive): this tape is placed between the two racks and seals the 3 mm gap between the two racks against dust

• Rack corner couplings (contact Alcatel-Lucent for the part number)• Rack upright couplings (contact Alcatel-Lucent for the part number)

Procedure 4-4 Joining racks

1 Remove the side panels from the sides which are going to be joined and this for both racks.

2 Place the dust protection tape with the adhesive side on one of the racks and place the two racks next to each other as shown in Figure 4-5.

Figure 4-5 Place Dust Protection Tape

3 Place the rack corner couplings as shown in Figure 4-6.

Figure 4-6 Place Rack Corner Couplings

BZ 5,5 x 13 mm

M 8 x 16 mm

TS 8800.430

BZ 5,5 x 13 mm

IPIP

MD = 5NmMD = 5Nm

MD = 9Nm



4 Place the rack upright couplings as shown in Figure 4-7.

Figure 4-7 Place Rack Corner Couplings

Note — Optionally, a cover plate can be installed on the top of the rack on the joint between the two racks (to prevent dust accumulation).

TS 8800.500

6 mm

3 mm

2

13

IP

IP

IP




5 — Installing Rack Equipment


5.2 Equipment Overview 5-22

5.3 Mounting Positions 5-23

5.4 Installing the TRU 5-24

5.5 Installing a 1511 MAX Shelf 5-25



5.1 Introduction

This chapter provides the procedures to install the following items in a rack:

• TRU:the TRU allows to distribute power to the different shelves mounted in the rack

• 1511 MAX shelf

5.2 Equipment Overview

Table 5-1 gives an overview of the equipment installed at delivery or that can be mounted on site.

Table 5-1 Overview of Rack Equipment

Note — At delivery, an 1511 MAX rack is equipped with a TRU and at least one shelf. Not all of the following procedures are required for installation on site, but several can be useful when upgrading or mounting additional equipment.

Rack Equipment Mnemonic Code

1511 MAX shelf SMXC-A 3AG 32900 AAAA



5.3 Mounting Positions

Position IndicationThe rack is 42 units (U) high (1 U = 44.45 mm = 1.75 in).

The holes in the vertical rails are arranged in repeating sets of three, with center-to-center separations of 15.875 mm (0.625 in), 15.875 mm (0.625 in), 12.7 mm (0.5 in). The hole pattern thus repeats every 44.45 mm (1.75 in).

The middle of each U is indicated by a triangle on the rail (see Figure 5-1).

Figure 5-1 Position Indication

Mounting PositionsThe vertical spacing between two shelves should be at least 2 U to provide spacing for:

• cable routing• adequate cooling

Table 5-2 shows the mounting positions of the TRU and the shelves in the rack.

Table 5-2 Mounting Positions

Notes(1) Counting of the mounting positions starts from the top of the rack.

1 U

15.875 mm(0.625 in)

15.875 mm(0.625 in)

12.7 mm(0.5 in)

Rack Equipment Mnemonic Mounting Position(1)

TRU - 1

1511 MAX shelf SMXC-A 5






5.4 Installing the TRU

Parts ListThe following parts are required for mounting a TRU:

• One TRU• 4 bolts M10x14, 4 M10 cage nuts, 4 washers and 4 spring washers.

Recommended ToolsThe following tools are recommended:

• Socket wrench• Protective gloves.

Procedure

Procedure 5-1 Installing the TRU

1 Unpack and visually inspect the TRU for physical damage.

2 If anything is missing or damaged, notify the transportation carrier and Alcatel-Lucent immediately. Photograph all the damaged equipment. Keep all the inspection and packing documents as a reference. Do not install a damaged shelf.

3 Place the cage nuts in the correct positions in the cage uprights.

4 Mount the TRU in the upper rack position (refer to Table 5-2 for the correct mounting position), and fix the TRU with the bolts, cage nuts, washers and spring washers to the rack uprights. Refer to Figure 5-2.

Figure 5-2 Installing the TRU

Warning — Possibility of equipment damage.

Do not install damaged equipment, as it can adversely affect other equipment.



5.5 Installing a 1511 MAX Shelf

This section describes the procedure for installing a 1511 MAX shelf in a rack.

Parts ListThe following parts are required for mounting a 1511 MAX shelf:

• One 1511 MAX shelf (SMXC-A), 3AG 27306 AAAA• 4 bolts M10x14, 4 M10 cage nuts, 4 washers and 4 spring washers.

Recommended ToolsThe following tools are recommended:

• Socket wrench• Protective gloves.

Procedure 5-2 Mounting the 1511 MAX Shelf

This procedure describes the installation of an 1511 MAX shelf:

1 Unpack and visually inspect the shelf for physical damage.

2 If anything is missing or damaged, notify the transportation carrier and Alcatel-Lucent immediately. Photograph all the damaged equipment. Keep all the inspection and packing documents as a reference.

3 If nothing is missing or damaged, mount the shelf in the rack.For the correct mounting position of the different shelves in the rack, refer to Table 5-2.Fix the shelf with the bolts, cage nuts, washers and spring washers to the rack uprights.

Warning — Possibility of equipment damage.

Do not install damaged equipment, as it can adversely affect other equipment.

Note — If the shelves are mounted according to the positions in Table 5-2, then enough spacing is available to mount a cable rail on the front supports of the rack. This cable rail can then be used to fix the different cables in place; see chapter “Rack Cabling”.

Warning — Risk of physical harm or damage when lifting shelf.

The shelf is too heavy to be lifted by one person alone. Some edges may be sharp and can be harmful when handling the shelf. It is advisable to wear protective gloves.



Figure 5-3 Mounting a 1511 MAX Shelf in a Rack


6 — Power and Ground Cabling


6.2 Safety Precautions 6-28

6.3 General 6-29

6.4 Power Cabling 6-31

6.5 Rack Grounding Connection 6-34



6.1 Introduction

This chapter describes the power cable specification and the fuse rating to be used when powering the 1511 MAX shelves. It provides safety precautions to be taken and the procedures to connect:

• Battery power cables, coming from the Power Distribution Frame (PDF) in the CO, to the TRU

• Power cables from the TRU to the 1511 MAX shelf.• Rack grounding connections

6.2 Safety Precautions

The following safety precautions apply:

Danger — Before working on power supply unit verify if it is not live.

If the power supply is live, which can deliver -48Vdc or -60Vdc, you must use an insulated tool kit and consult the manual on working on live components.

Danger — Avoid risk of electric shock!

Always wear protective gloves and footwear for all handling tasks.

Carefully follow the instructions.

Warning — Before connecting to the mains power, verify the specifications of all equipped fan units to ensure the correct voltage will be supplied (-48 Vdc or -60 Vdc) to these units.

Warning — When no power is supplied, all fasteners requiring a specific torque must be tightened moderately before final tightening with a torque wrench or driver.

When power is supplied, tighten fasteners with insulated tools, regardless of the specified torque.



6.3 General

TRUThe TRU provides the power interface between the CO power plant and the 1511 MAX shelves.

The TRU terminates the feed(s) of the CO battery branches A and B and has protective devices and cables to distribute power individually to each shelf. There are two Circuit Breakers (CB) per rack.

Power Distribution FrameThe 1511 MAX shelf operates with -48 Vdc or -60 Vdc (tolerance: <Bland>± 20%) supplied by the CO power source(s).

This power is provided by the Power Distribution Frame (PDF) to the racks in a two branch structure, for maintenance and reliability.

The incoming BATtery power A+B (BATA, BATB) and BATtery RETurn (BATRET) from the CO power distribution unit are connected to the TRU in the top of the rack.

From there, power cables are routed to the front panel of the CMXIO board(s).

Cable RoutingIn order to minimize interference and optimize performance, it is advisable, but not a minimum requirement, to route power cables using separate channels for signal and power cables.

Keeping a distance of 10 cm between signal and power cables is advisable where it imposes no practical problems.

Crossing of signal cables with power cables and parallel routing over short distances is acceptable.

Power Cable and Grounding Cable SpecificationThe following guidelines applies for the power cabling and the grounding cable:

• The section of the power supply cables (BAT A, BAT B and BATRET) should be at least 2.5 mm2. However, depending on the type of power source, it is advisable to use cables with section 4 mm2 or 6 mm2.

• The section of the grounding cable should be at least equal to the section of the power cables.



Two-wire ConfigurationAt delivery, the subrack is standard configured for two-wire powering. The BATRET is connected to the Frame Ground (FG) by a fast-on bridge (see Figure 6-1)

Figure 6-1 Fast-on Bridge

This fast-on bridge is located on the CMXIO board (see Figure 6-2).

Figure 6-2 Location of BATRET and FG Terminals on CMXIO Board

Fast-on bridge

BATRETFG

BATRET and FGterminals



6.4 Power Cabling

The TRU is equipped with two 16 A circuit breakers and three rail-mounted terminal blocks, see Figure 6-3.

Figure 6-3 Circuit Breakers and Rail-mounted Terminal Blocks in TRU

Figure 6-4 shows an example of a power cabling diagram for a rack equipped with four 1511 MAX shelves.

Figure 6-4 Cabling Diagram

To CMX-IO board of shelf 1




BAT A

BAT B

BATRET



Power Cabling from the CO to the TRU

Procedure 6-1 TRU Power Cabling Procedure

1 Connect the power cables from the CO power source as follows:

i BAT A to one pole of the left circuit breaker

ii BAT B to one pole of the right circuit breaker

iii BATRET to one terminal of the rightmost of the rail-mounted terminal blocks.

2 Make the following connections between the circuit breakers and the rail-mounted terminal blocks:

i Connect the other pole of the left circuit breaker to one terminal of the leftmost rail-mounted terminal block

ii Connect the other pole of the right circuit breaker to one terminal of the middle rail-mounted terminal block

Power Cabling from the TRU to Shelves

Power Cable

The required cable is the 15xx-POWERBUS cable 3AG 27424 DAAA, see Figure 6-5.

Figure 6-5 Cable 3AG 27424 DAAA

The standard length is 3 m.

1

2

3

WireNumber

WireColour

Connectorof cable

Signal

Black

Brown

Blue

A1

A3

A2

BAT F1

BAT F2

BATR

A1

A2

A3

Female connector

Front view

200

10

L



Parts List

The following parts are required for the power cabling of the 1511 MAX shelf:

• One 15xx-POWERBUS cable, 3AG 27424 DAAA• Tie-wraps

Procedure 6-2 Shelf Power Cabling Procedure

1 Remove the cover from the TRU.

2 Connect the power cable to the rail-mounted terminal blocks, see Figure 6-4.

3 Route the power cable via the rear of the TRU to the left of the rack. Secure the power cable with clamps on the rail at the rear of the TRU (see Figure 6-6) and secure the power cable to the rack with tie-wraps as per local practice.

Figure 6-6 Route power cable

4 Plug the connector of the power cable in the connector on the CMXIO board and secure the connector with the screws, see Figure 6-7.

Figure 6-7 Connect to CMXIO Board



6.5 Rack Grounding Connection

The following applies for the rack grounding connection:

• Grounding cables must be yellow/green• All shelves must be permanently connected to the ground• Grounding cables have to be attached to all the screw-fastened panels

(see Figure 6-9):• both doors• both side panels• top• bottom

• The panel grounding cables and the rack grounding cable must be connected to the grounding rail in the TRU (see Figure 6-8).

• The BATRET terminal block (see Figure 6-4 for an example) must be connected to the grounding rail of the TRU.

Figure 6-8 Earthing Rail

Warning — Possible risk of personal injury or damage to equipment due to inaccurate or faulty ground cabling.

Inaccurate grounding connection can cause electric shock or equipment damage when the rack power is switched on.



Figure 6-9 Overview Panel Grounding Connections

BA

M 8

MD = 8-10Nm

M 8 x 20 mm

C

MD = 10-12Nm

M 8 x 20 mm

M 8

D

MD = 10-12Nm

A

A

B

D

C

E

M 8 x 30 mm E

MD = 10-12Nm




7 — Installing Boards


7.2 Slot Positions 7-38

7.3 Supported Boards 7-39

7.4 Dummy Covers 7-40

7.5 Switch Settings 7-41

7.6 Recommended Tools 7-49

7.7 Installation Procedures 7-49



7.1 Introduction

This chapter:

• lists the different boards that are supported in 1511 MAX shelf.• describes the installation procedures to install the different boards in a 1511 MAX

shelf.

7.2 Slot Positions

The slot positions are marked at the top of the 1511 MAX shelf as shown in Figure 7-1.

Figure 7-1 Areas and Slot Positions in the 1511 MAX Shelf

Caution — Some boards are equipped with switches. If the setting of these switches has to be changed, this must be done before the boards are mounted in the 1511 MAX shelf (refer to section “Switch Settings”).

01 02 03 04 05 06 07 08 09-CMX 10-CMX 11-CMX I/O 12 13 14 15 16 17 18 19



7.3 Supported Boards

Table 7-1 gives an overview of the boards supported in Release 1.x.

Table 7-1 Overview of Supported Boards

Board Type Mnemonic Code Description

CMX board CMX-A 3AG 27337 AAAA Controller Multiplexer Cross-connect

CMXIO board CMXIO-A 3AG 27321 AAAA CMX In-Out 120 Ω

CMXIO-B 3AG 27321 BAAA CMX In-Out 75 Ω

Full-height tributary board FXS-A 3AG 27338 AAAA Foreign exchange subscriber

FXS-O 3AG 27339 AAAA Foreign exchange office

COD-A 3AG 27388 AAAA 64 Kbit/s G.703 Co-Directional

COND-A 3AG 27388 ABAA 64 Kbit/s G.703 Contra-Directional

DAT-A 3AG 27340 AAAA Data (Nx64/RAC)

EM-A 3AG 27341 AAAA E&M

TPIF-A 3AG 27408 AAAA TeleProtection Interface Fiber

MRD-A 3AG 27411 AAAA Manual Ring Down

Applique ANE1-A 3AG 27355 AAAA Applique NxE1 120 Ω

ANE1-B 3AG 27356 AAAA Applique NxE1 75 Ω

Half-height tributary board NE1-A 3AG 27342 AAAA NxE1 interfaces

Note — For detailed information on the functionality of each board, refer to the Unit Data Sheet of the individual boards.



7.4 Dummy Covers

Figure 7-2 Dummy Cover 3AG 30518 AD

Figure 7-3 Dummy Cover 3AG 30518 AE

Figure 7-4 Dummy Cover 3AG 30518 AF

Caution — As long as not all boards (or appliques) are equipped in a shelf, dummy covers must be mounted in the empty slots to secure EMC-shielding:

• Dummy cover for tributary positions: 3AG 30518 AD; see Figure 7-2• Dummy cover for CMX position: 3AG 30518 AE; see Figure 7-3• Dummy cover for NxE1tributary position: 3AG 30518 AF; see

Figure 7-4



7.5 Switch Settings

The following boards are equipped with switches:

• CMXIO-A• CMXIO-B• ANE1-A• ANE1-B• COD-A• COND-A

CMXIO-AThe CMXIO-A board is equipped with 4 E1 interfaces (RJ45 connector). The “Line in Ground” signal on pin 3 of each E1 connector can be connected to Frame Ground or left open.

For the 2 BITS clock input interfaces, a difference in earth potential at each end of the cable, may result in unwanted current flowing in the outer conductor of the coaxial cable, through connectors and through the receiver input circuitry. To prevent this, a DC isolation can be switched in between the outer conductor and bonding network at the receiver interface. Each receiver circuit is equipped with a switch:

• Position A: no DC blocking• Position B: DC blocking by means of a 22 nF capacitor.

The selection is done by an individual switch for each E1 circuit and BITS clock input. Figure 7-5 shows the location of the switches.

Note — Refer to section “CMXIO Boards”, subsection “E1 Interface” in chapter “Installing Boards” for the description of the connector layout.



Figure 7-5 Switch Positions on CMXIO-A

• S200 is related to E1 port 1• S201 is related to E1 port 2• S202 is related to E1 port 3• S203 is related to E1 port 4• S300 is related to BITS clock input 1• S301 is related to BITS clock input 2

The following applies for the 6 switches:

• Switch lever in position 1-2: Rx cable screen DC connected to ground.• Switch lever in position 2-3: Rx cable screen AC coupled to ground (default position).

CMXIO-BThe CMXIO-B board is equipped with 4 E1 interfaces (coax connector). A difference in earth potential at each end of the cable, may result in unwanted current flowing in the outer conductor of the coaxial cable, through connectors and through the receiver input circuitry. To prevent this, a DC isolation can be switched in between the outer conductor and bonding network at the receiver interface. Each receiver circuit is equipped with a switch:

• Position A: AC coupled to Frame Ground• Position B: DC blocking by means of a 22 nF capacitor.

The selection is done by an individual switch for each E1 circuit and BITS clock input. Figure 7-6 shows the location of the switches.

S300

S301

S200

S201

S202

S203

3 2 1

3 2 1

3 2 1

3 2 1

3 2 1

3 2 1

1 2 3

Position 1-2:1 2 3

Position 2-3:



Figure 7-6 Switch Positions on CMXIO-B

• S200 is related to E1 port 1• S201 is related to E1 port 2• S202 is related to E1 port 3• S203 is related to E1 port 4• S300 is related to BITS clock input 1• S301 is related to BITS clock input 2



ANE1-AThe ANE1-A board is equipped with 16 E1 interfaces (RJ 45 connector). The “Line in Ground” signal on pin 3 of each E1 connector can be connected to Frame Ground or isolated from Frame Ground.

The selection is done by an individual switch for each E1 circuit. Figure 7-7 shows the location of the switches.

S300

S301

S200

S201

S202

S203

3 2 1

3 2 1

3 2 1

3 2 1

3 2 1

3 2 1

1 2 3

Position 1-2:1 2 3

Position 2-3:

Note — Refer to section “ANE1-A Board”, subsection “Connector Layout” in chapter “Installing Boards” for the description of the E1 connector layout.



Figure 7-7 Switch Positions on ANE1-A

• S101 is related to E1 port 1• S102 is related to E1 port 2• ...• S116 is related to E1 port 16


• Switch lever in position 1-2: cable screen is connected to ground.• Switch lever in position 2-3: cable screen is isolated from ground (default position)

ANE1-BThe ANE1-B board is equipped with 16 E1 interfaces (11 interfaces on the left applique and 5 interfaces on the right applique).A difference in earth potential at each end of the cable, may result in unwanted current flowing in the outer conductor of the coaxial cable, through connectors and through the receiver input circuitry. To prevent this, a DC isolation can be switched in between the outer conductor and bonding network at the receiver interface. Each of the receiver circuits is equipped with a switch:

• Position A: no DC blocking• Position B: DC blocking by means of a 22 nF capacitor.

S10

8

S10

1S

102

S10

3S

104

S10

5S

106

S10

7

1

2

3

1

2

31

2

3

1

2

31

2

3

1

2

31

2

3

1

2

3

S114 S112 S110

S115 S113 S111 S109S116

1 2 3 1 2 3 1 2 3

1 2 3 1 2 3 1 2 3 1 2 3 1 2 3

1 2 3

Position 1-2:1 2 3

Position 2-3:



Switches on the left applique

The selection is done by an individual switch for each E1 circuit. Figure 7-8 shows the location of the switches on the left applique.

Figure 7-8 Switch Positions on the Left Applique

• S117 is related to E1 port 1• S118 is related to E1 port 2• S119 is related to E1 port 3• ...• S127 is related to E1 port 11



S117S118S119S120S121S122S123S124S125S126S127

1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3

1 2 3

Position 1-2:1 2 3

Position 2-3:



Switches on the right applique

Figure 7-9 shows the location of the switches on the right applique.

Figure 7-9 Switch Positions on the Right Applique

• S300 is related to E1 port 12• S301 is related to E1 port 13• S400 is related to E1 port 14• S401 is related to E1 port 15• S500 is related to E1 port 16



COD-AThe COD-A board is equipped with 5 switches which allow to connect the screen of each of the 5 channels to be connected to Frame Ground.

S300

3 2

1

S301

3 2

1

S400

3 2

1

S401

3 2

1S500

3 2

1

1 2 3

Position 1-2:1 2 3

Position 2-3:

Note — Refer to section “COD-A Board”, subsection “Connector Layout” in chapter “Installing Boards” for the description of the connector layout.



The selection is done by an individual switch for each channel. Figure 7-10 shows the location of the switches.

Figure 7-10 Switch Positions on COD-A

• S701 is related to channel 1• S702 is related to channel 2• S703 is related to channel 3• S704 is related to channel 4• S705 is related to channel 5


• Switch lever in position 1-2: cable screen is connected to ground.• Switch lever in position 2-3: cable screen is isolated from ground (default position).

COND-AThe COND-A board is equipped with 5 switches which allow to connect the screen of each of the 5 channels to be connected to Frame Ground.

The selection is done by an individual switch for each channel. Figure 7-10 shows the location of the switches.

S701S702S703S704S705

1 2 3

1 2 3

1 2 3

1 2 3

1 2 3

1 2 3

Position 1-2:1 2 3

Position 2-3:

Note — Refer to section “COND-A Board”, subsection “Connector Layout” in chapter “Installing Boards” for the description of the connector layout.



Figure 7-11 Switch Positions on COND-A

• S701 is related to channel 1• S702 is related to channel 2• S703 is related to channel 3• S704 is related to channel 4• S705 is related to channel 5


• Switch lever in position 1-2: cable screen is connected to ground.• Switch lever in position 2-3: cable screen is isolated from ground (default position).

S701S702S703S704S705

1 2 3

1 2 3

1 2 3

1 2 3

1 2 3

1 2 3

Position 1-2:1 2 3

Position 2-3:



7.6 Recommended Tools

The following tools are recommended:

• Screwdriver to secure the boards• Antistatic wrist strap for handling boards with ESD sensitive devices• Ohmmeter to check connection of wrist strap to earth bounding point.

7.7 Installation Procedures

This section describes the installation procedures of the boards supported in the 1511 MAX system.

Table 7-2 shows the different applicable procedures.

Table 7-2 Applicable Procedures

Procedure 7-1 Installing ESD Sensitive Boards

This general procedure describes the precautions to be taken when installing ESD sensitive boards.

General

Boards or assemblies with ESD sensitive devices are labelled with the ESD awareness symbol shown in Figure 7-12.

Figure 7-12 ESD Awareness Symbol

Procedure Procedure

Installing ESD Sensitive Boards 7-1

Installing CMX Boards 7-2

Installing CMXIO Board 7-3

Installing Full Height Tributary Boards 7-4

Installing Appliques 7-5

Installing Half-height Tributary Boards 7-6



Procedure1 Put on the antistatic wrist strap and connect it to the Earth Bonding Point shown in

Figure 7-13.

Figure 7-13 Earth Bonding Point

2 Test the ESD wrist strap with the ohmmeter to ensure effectiveness, it must measure 1 MΩ +/- 20% to ground.

Caution — Risk of damage to equipment with ESD sensitive devices

Most boards and powered equipment contain devices that are susceptible to ESD. ESD could damage these or other devices in unconnected circuit conditions.

Ensure that ESD conditions meet requirements of ETS 300 386 1 2.

Carefully follow these rules when handling ESD sensitive boards.

• Make sure to wear a grounded wrist strap before handling• DO NOT touch circuit traces or components on the board• Handle boards at front and side edges only.



Procedure 7-2 Installing CMX Boards

General

A 1511 MAX system has one or two redundant Controller Multiplexer Cross-Connect (CMX) boards.The single (first) CMX board is inserted in slot 9, the redundant board (if any) in slot 10, see Figure 7-14.

Figure 7-14 Position of the CMX Board(s) in a 1511 MAX Shelf

Procedure1 Remove the CMX board from its box. Make sure to wear the antistatic wrist strap.

2 Insert the CMX board in slot 9 till the backplane connectors are firmly seated and lock the board in place by locking the insertion tabs.

3 Secure the board with the frontplate screws (torque 0.6 Nm)

4 Only if redundancy must be provided, install the second CMX board in slot 10.

Caution — Risk of damage by ESD when board is not connected.

This board contains devices that are susceptible to damage caused by ESD in unconnected circuit conditions.Carefully follow ESD safety precautions.

Note — If no redundancy must be provided, slot 10 must be covered with dummy plate 3AG 30518 AE.



Procedure 7-3 Installing CMXIO Board

General

The CMX board(s) require a CMX In-Out (CMXIO) board.

The CMXIO board is installed in slot 11 of a 1511 MAX shelf, see Figure 7-15.

Figure 7-15 Position of the CMXIO Board in a 1511 MAX Shelf

Procedure1 Remove the CMXIO board from its box. Make sure to wear the antistatic wrist strap.

2 Change the switch settings for the E1 interfaces if required (see section “Switch Settings”).

3 Insert the CMXIO board in slot 11 till the backplane connectors are firmly seated and secure the board with the frontplate screws (torque 0.6 Nm).


This board contains devices that are susceptible to damage caused by ESD in unconnected circuit conditions.

Carefully follow ESD safety precautions.



Procedure 7-4 Installing Full Height Tributary Boards

General

The 1511 MAX shelf can house up to 16 Full Height (FH) tributary boards.

These can be installed in the slot positions 1 to 8 and 12 to 19. Figure 7-16 shows an example.

Figure 7-16 Position of the FH Tributary Board in a 1511 MAX Shelf

Procedure1 Remove the FH Tributary Board board from its box. Make sure to wear the antistatic wrist

strap.

2 Insert the FH Tributary Board board in its slot till the backplane connectors are firmly seated and secure the board with the frontplate screws (torque 0.6 Nm).






Procedure 7-5 Installing Appliques

General

Appliques are double-width boards which occupy 2 slot positions. They can be placed in slot positions 1 to 8 or 12 to 19. Figure 7-17 shows an example.

Figure 7-17 Position of the Appliques in a 1511 MAX Shelf

Procedure1 Remove the applique board from its box. Make sure to wear the antistatic wrist strap.

2 Change the switch settings for the E1 interfaces if required (see section “Switch Settings”).

3 Insert the applique board in its slot till the backplane connectors are firmly seated and secure the board with the frontplate screws (torque 0.6 Nm).






Procedure 7-6 Installing Half-height Tributary Boards

General

The board must be placed in an applique. It can be placed in any of the half-height (HH) tributary slot positions of an ANE applique. Figure 7-18 shows an example.

Figure 7-18 Position of the HH Tributary Board in a 1511 MAX Shelf

Procedure1 Remove the HH tributary board from its box. Make sure to wear the antistatic wrist strap.

2 Insert the HH tributary board in the left slot till the backplane connectors are firmly seated and secure the board by locking the insertion tabs (see Figure 7-19).






Figure 7-19 Insertion Tabs and Frontplate Screws

3 Secure the board with the frontplate screws (torque 0.6 Nm) (see Figure 7-19)

4 Only if redundancy must be provided, install a second HH tributary board in the right slot.

Note — If no redundancy must be provided, the right slot must be covered with dummy plate 3AG 30518 AF.

UnlockedLocked

Frontplatescrews

Insertiontabs


8 — Rack Cabling


8.2 Cabling Guidelines 8-58

8.3 CMXIO Boards 8-59

8.4 FXS-A Board 8-65

8.5 FXO-A Board 8-67

8.6 ANE1-A Board 8-69

8.7 ANE1-B Board 8-71

8.8 DAT-A Board 8-74

8.9 EM-A Board 8-78

8.10 COD-A Board 8-81

8.11 COND-A Board 8-83

8.12 TPIF-A Board 8-85

8.13 MRD-A Board 8-87

8 — Rack Cabling


8.1 Introduction

This chapter describes the different cables which can be connected to the boards in the 1511 MAX shelf.

8.2 Cabling Guidelines

This section describes the cabling guidelines to be followed when installing the cabling for the different boards.

GeneralThe following general guidelines apply when connecting the cables to the boards and routing the cables in the rack:

• The cables of a board must be installed and routed in such a manner that they do not prevent the extraction or insertion of adjacent boards.

• Cables coming from boards 01 to 08 have to be routed to the left of the rack, cables coming from boards 12 to 19 have to be routed to the right of the rack.

Optical CablingThe following general guidelines apply when connecting the optical cables to the TPIF-A board and routing the optical cables in the rack:

• A minimum bending diameter for fiber cables of 75 mm or 20 times the outer diameter of the fiber coating (whichever is greater) must be maintained.

• Cables must be free of tension at both ends as well as over the lengths of the run. In cases where the cable bears some stress (for example, a vertical stretch), supports and ties must be used to relieve the strain (preferably every 1 to 2 m).

• Cables that require service loops or spare additional length must be coiled with the largest possible bending radius, at least larger than the minimum specified. The cable coil must be tied to a nearby support, at least at the base and the sides of the coil (tying only at the top of the coil may lead to unacceptable bending of the cable).


8 — Rack Cabling

8.3 CMXIO Boards

This section describes the cables which can be used to connect the front interfaces on the CMXIO board in the 1511 MAX shelf.

Interface OverviewTwo variants of the CMXIO board exist:

• CMXIO-A (120 Ω) (3AG 27321 AAAA)• CMXIO-B (75 Ω) (3AG 27321 BAAA)

Figure 8-1 shows the front panel of both CMXIO board variants.

Figure 8-1 Front View of CMXIO Boards

LAN

BITS

BITS-O

E1

LMP

ALARMOUTPUT

ALARMINPUT

LAN

BITS

BITS-O

E1

LMP

CMXIO-A CMXIO-B

ALARMOUTPUT

ALARMINPUT

8 — Rack Cabling


Table 8-1 shows the different interfaces available on the frontpanel of the CMXIO boards.

Table 8-1 Interface Overview

E1 Interface

E1 120 Ohm

The CMXIO-A board is equipped with a stacked 2x2 RJ45 connector for 4 interfaces E1 120 Ω, according to ITU-T Rec. G.703: Interface at 2048 kbit/s.

Table 8-2 shows the layout of the front panel connector.

Table 8-2 E1 RJ45 Connector Layout

Table 8-3 lists the cables that can be used for the E1 interface on the CMXIO-A board.

Interface CMXIO-A CMXIO-B Description

E1 4 x RJ45 8 x 1.0/2.3 mini-coax 4 interfaces ITU-T G.703, Rx/Tx pairs

LAN 2 x RJ45 2 x RJ45 • 1 management interface, Ethernet Rx/Tx pair

• the second port is for daisy chaining purposes

BITS 2 x 1.0/2.3 mini-coax 2 x 1.0/2.3 mini-coax 2 reference clock inputs 2048 kHz, ITU-T G.703

BITS-O 1 x 1.0/2.3 mini-coax 1 x 1.0/2.3 mini-coax 1 reference clock output 2048 kHz, ITU-T G.703

ALARM 4 x RJ45 4 x RJ45 4 alarm inputs on separate connectors

DRYOUT 4 x RJ45 4 x RJ45 4 dry contact outputs on separate connectors

TEMP 1 x RJ45 1 x RJ45 1 SPI interface to connect a temp sensor

LAMPS 2 x RJ45 2 x RJ45 To Top Rack Lamps or shelf above and to lower shelf (for daisy-chaining)

Pin Signal

1 Line in Y

2 Line in Z

3 Line in Ground

4 Line out Y

5 Line out Z

6 Line out Ground

7 PE

8 PE


8 — Rack Cabling

Table 8-3 E1 Interface Cables for CMXIO-A Board

Notes(1) This appendix gives a view and the wiring list of the cable.(2) Maximum number of cables to be used to fully cable the board.(3) DDF: Digital Distribution Frame

E1 75 Ohm

The CMXIO-B board is equipped with 4 double 1.0/2.3 mini coax connectors for 4 interfaces E1 75 Ω.

The required cable is a cable with a 1.0/2.3 male coax connector and a 1.5/5.6 female BNC connector. Cable code is 3AL 42872 xxAA, refer to Appendix A.24 for a view and the wiring list.

LAN InterfaceThe CMXIO board is equipped with 2 RJ45 connectors for 2 Ethernet 10/100 Base-T interfaces. The first interface (OUT) is to connect the shelf to a management station. The second interface (IN) is meant for daisy chaining towards another 1511 MAX.

Cable

The required cable is a cable with an RJ45 connector. Cable code is 3AL 42793 xxAA, refer to Appendix A.22 for a view and the wiring list.

Connector layout

Table 8-6 shows the layout of the front panel connector for LAN interface.

Table 8-4 Connector Layout for LAN Interface

Code Description Appendix(1) Number(2)

3AL 42857 xxAA Cable with 1 RJ45 connector, to MDF/DDF(3) (open) A.23 4

3AL 42747 xxAA Cable with 2 RJ45 connectors, RX-TX cross A.21 4

3AL 42793 xxAA Cable with 2 RJ45 connectors, RX-TX one-to-one A.22 4

Pin Signal Pin Signal

1 TxData + 5

2 TxData - 6 RecvData -

3 RecvData + 7 PE

4 8 PE

8 — Rack Cabling


BITS and BITS-O InterfacesThe CMXIO board provides:

• 1 double 1.0/2.3 mini coax connector for 2 external clock inputs (BITS-IN)• 1 1.0/2.3 mini coax connector for system clock output (BITS-OUT).

Table 8-5 lists the cables that can be used for the ANE1-B board.

Table 8-5 Cables forBITS and BITS-O Interfaces

Notes(1) This appendix gives a view and the wiring list of the cable.(2) Maximum number of cables to be used to fully cable the board.

Alarm Input InterfaceThe CMXIO board has 4 alarm inputs, each of them terminating on a separate RJ45 connector.

The connector for ALM4 also carries the signals for the temperature sensor. As such, the operator can use the fourth connector for ALM4 or to connect an SPI compatible temperature sensor.

Each alarm input can individually be used as a 1-wire or 2-wire input:

• When used as a 1-wire interface, the alarm input is connected (using 1 wire) to 1 pole of an external contact. The other pole of this external contact is connected to battery return. When the external contact is closed, the alarm input becomes connected to battery return.

• When used as a 2-wire interface, the alarm input is connected (using 2 wires) to both poles of an external contact. The other pole of this external contact is connected to battery return.

Cable


Connector layout

Table 8-6 shows the layout of the front panel connector for ALM1, ALM2 and ALM3.


3AL 42741 xxAA Coax cable with 1 male 1.0/2.3 connector and 1 male BNC connector

A.20 3

3AL 42872 xxAA Coax cable with 1 male 1.0/2.3 connector and 1 female 1.6/5.6 connector

A.24 3

3AL 42738 xxAA Coax cable with 2 male 1.0/2.3 connectors A.19 3


8 — Rack Cabling

Table 8-6 Alarm Input Connector Layout for ALM1, ALM3 and ALM3

Table 8-7 shows the layout of the front panel connector for ALM4, which also contains the signal for the temperature sensor.

Table 8-7 Alarm Input Connector Layout for ALM4

Alarm Output InterfaceThe CMXIO board has 4 dry-contact alarm outputs (double 3-pole relay contact). Each alarm (both contacts) is located on an individual RJ45 connector.

Cable


Connector layout

Table 8-8 shows the layout of the front panel connectors for the alarm output interfaces.

Table 8-8 Alarm Output Connector Layout


1 ALM xa 5 PE

2 ALM xb 6 PE

3 PE 7 PE

4 PE 8 PE


1 ALM xa 5 TEMPRCS

2 ALM xb 6 RIPWR

3 PE 7 RIDO

4 PE 8 RICLK


1 ALM xa-NO 5 PE

2 ALM xa-C 6 ALM xb-NO

3 ALM xa-nC 7 ALM xb-C

4 PE 8 ALM xb-nC

8 — Rack Cabling


LAMPS InterfaceLamps on the rack are switched on and off via a relay contact.

On the CMXIO board, the common LAMPRET wire is connected to BATRET.

The individual lamp wires LAMP0 and LAMP1 can be connected to BAT1/BAT2 by closing the relay contacts on the CMXIO board.

Two RJ45 connectors are equipped for daisy chaining. The first interface (OUT) is to connect the shelf to another shelf or the rack lamps (for the upper shelf in a rack). The second interface (IN) is meant for daisy chaining from another 1511 MAX shelf.

Cable

• For connection to the rack lamps:the required cable is a open-ended cable with an RJ45 connector. Cable code is 3AL 42857 xxAA, refer to Appendix A.23 for a view and the wiring list.

• For daisy-chaining:the required cable is a cable with 2 RJ45 connectors. Cable code is 3AL 42793 xxAA, refer to Appendix A.22 for a view and the wiring list.

Connector layout

Table 8-9 shows the layout of the front panel connectors for both lamp interfaces.

Table 8-9 Alarm Input Connector Layout for LAMPS Interface


1 LAMP 0 5 PE

2 LAMP 1 6 PE

3 PE 7 PE

4 PE 8 LAMPRET


8 — Rack Cabling

8.4 FXS-A Board

This section describes the cables which can be connected to the FXS-A board in the 1511 MAX shelf.

Interface OverviewThe FXS-A board provides 15 2-wire analog voice interfaces. Figure 8-2 shows the front view of the FXS-A board.

Figure 8-2 Front View of FXS-A Board

CableThe required cable is a cable with 5 wire-pairs to connect the board to the MDF. Cable code is 3AL 43592 xxAA, refer to Appendix A.28 for a view and the wiring list.

3 cables are required to fully cable an FXS-A board.

8 — Rack Cabling


Connector LayoutTable 8-10 shows the layout of the front panel connector.

Table 8-10 FXS-A: Connector Layout

Positions 0, 11, 22 and 33 can be used to insert a connector locking tab.

ConnectorPosition

InterfaceNumber

Cable Cable color pair Signal

A B

0 - - - - -

1 1 Top cable White/blue Tip 1 Ring 1

2 - - PE PE

3 2 White/orange Tip 2 Ring 2

4 - - PE PE

5 3 White/green Tip 3 Ring 3

6 - - PE PE

7 4 White/brown Tip 4 Ring 4

8 - - PE PE

9 5 White/grey Tip 5 Ring 5

10 - - PE PE

11 - - - - -

12 6 Middle cable White/blue Tip 6 Ring 6

13 - - PE PE


15 - - PE PE


17 - - PE PE


19 - - PE PE


21 - - PE PE

22 - - - - -

23 11 Bottom cable White/blue Tip 11 Ring 11

24 - - PE PE


26 - - PE PE


28 - - PE PE


30 - - PE PE


32 - - PE PE

33 - - - - -


8 — Rack Cabling

8.5 FXO-A Board

This section describes the cables which can be connected to the FXO-A board in the 1511 MAX shelf.

Interface OverviewThe FXO-A provides 10 2-wire analog voice interfaces. Figure 8-3 shows the front view of the board.

Figure 8-3 Front View of FXO-A Board


2 cables are required to fully cable an FXO-A board.

8 — Rack Cabling



Table 8-11 FXO-A: Connector Layout

Positions 0, 11, 22 and 33 can be used to insert a connector locking tab.

ConnectorPosition

InterfaceNumber

Cable Cable color pair Signal

A B

0 - - - - -

1 1 Top cable White/blue Tip 1 Ring 1

2 - - PE PE


4 - - PE PE


6 - - PE PE


8 - - PE PE


10 - - PE PE

11 - - - - -

12 6 Middle cable White/blue Tip 6 Ring 6

13 - - PE PE


15 - - PE PE


17 - - PE PE


19 - - PE PE


21 - - PE PE

22 - - - - -

23 11 Bottom cable White/blue Tip 11 Ring 11

24 - - PE PE


26 - - PE PE


28 - - PE PE


30 - - PE PE


32 - - PE PE

33 - - - - -


8 — Rack Cabling

8.6 ANE1-A Board

This section describes the cables which can be connected to the ANE1-A board in the 1511 MAX shelf.

Interface OverviewThe board is equipped with 16 RJ45 connectors for 16 E1 interfaces at 2048 kbit/s, with a 120 Ω balanced impedance. Figure 8-4 shows the front view of the board.

Figure 8-4 Front View of ANE1-A Board

CableTable 8-12 lists the cables that can be used for the ANE1-A board.

8 — Rack Cabling


Table 8-12 Cables for ANE1-A Board


Connector LayoutTable 8-13 shows the layout of an E1 RJ45 connector.

Table 8-13 E1 RJ45 Connector Layout

ExampleFigure 8-5 shows a fully cabled ANE1-A board.

Figure 8-5 ANE1-A Board Fully Cabled


3AL 42747 xxAA Cable with 2 RJ45 connectors, RX-TX cross A.21 16

3AL 42793 xxAA Cable with 2 RJ45 connectors, RX-TX one-to-one A.22 16

3AL 42857 xxAA Cable with 1 RJ45 connector, to MDF/DDF (open) A.23 16


1 Line in Y 5 Line out Z

2 Line in Z 6 Line out Ground

3 Line in Ground 7 Protective Earth (PE)

4 Line out Y 8 PE


8 — Rack Cabling

8.7 ANE1-B Board

This section describes the cables which can be connected to the ANE1-B board in the 1511 MAX shelf.

Interface OverviewThe ANE1-B board is equipped with 11 double 1.0/2.3 mini-coax connectors for interfaces 1 - 11 and with 10 single 1.0/2.3 mini-coax connectors for interfaces 12 - 16. Figure 8-6 shows the front view of the board.

Figure 8-6 Front View of ANE1-B Board

8 — Rack Cabling


CableTable 8-14 lists the cables that can be used for the ANE1-B board.

Table 8-14 Cables for ANE1-B Board


ExampleFigure 8-7 shows a fully cabled ANE1-B board.

Figure 8-7 ANE1-B Board Fully Cabled


3AL 42741 xxAA Coax cable with 1 male 1.0/2.3 connector and 1 male BNC connector

A.20 16

3AL 42872 xxAA Coax cable with 1 male 1.0/2.3 connector and 1 female 1.6/5.6 connector

A.24 16

3AL 42738 xxAA Coax cable with 2 male 1.0/2.3 connectors A.19 16


8 — Rack Cabling

Extraction Tool for Coax CablesA kit with an extraction tool (code 3AL 79497 AAAA) is available (see Figure 8-8). The support (1) has an adhesive side, so it can be placed on a free surface in the rack.

The extractor (3) can be used to remove coaxial cables from the board (see Figure 8-9).

Figure 8-8 Extraction Tool Kit

Figure 8-9 Use of Extraction Tool

Note — Tool 2 is not used in the 1511 MAX

32

1

8 — Rack Cabling


8.8 DAT-A Board

This section describes the cables which can be connected to the DAT-A board in the 1511 MAX shelf.

Interface OverviewThe DAT-A board provides 4 serial data interfaces. Figure 8-10 shows the front view of the board.

Figure 8-10 Front View of DAT-A Board


8 — Rack Cabling

CableTable 8-15 lists the cables that can be used for the DAT-A board.

Table 8-15 Cables for DAT-A Board

Notes(1) This appendix gives a view and the wiring list of the cable.(2) Maximum number of cables to be used to fully cable the board.(3) DCE: Data Communications Equipment(4) DCEi: Data Communications Equipment intermediate(5) DTE: Data Terminal Equipment


3AG 27375 xxAA Data cable - V.35 - DCE(3) A.2 4

3AG 27376 xxAA Data cable - V.36 - DCE A.3 4

3AG 27377 xxAA Data cable - X.21 - DCE A.4 4

3AG 27378 xxAA Data cable - V.28 - DCE A.5 4

3AG 27380 xxAA Data cable - V.28 - DCEi(4) A.6 4

3AG 27381 xxAA Data cable - V.36 - DCEi A.7 4

3AG 27382 xxAA Data cable - V.35 - DCEi A.8 4

3AG 27383 xxAA Data cable - V.28 - DTE(5) A.9 4

3AG 27384 xxAA Data cable - V.35 - DTE A.10 4

3AG 27385 xxAA Data cable - V.36 - DTE A.11 4

3AG 27386 xxAA Data cable - RS485 - half duplex A.12 4

3AG 27387 xxAA Data cable - RS485 - full duplex A.13 4

3AG 27394 xxAA Data cable - RS485 - full duplex - panel A.14 4

3AG 27404 xxAA Data cable - V.28 - DCE - panel A.15 4



3AG 27407 xxAA Data cable - X.21 - DCE - panel A.18 4

8 — Rack Cabling


Connector LayoutTable 8-16 shows the layout of a front panel connector. The layout is identical for all four connectors on the frontpanel.

Table 8-16 DAT-A Connector Layout

ExampleFigure 8-11 shows a fully cabled DAT-A board.

Signal Name From EIA530Pin

EIA530APin

V.24Cct

V.24Pin

V.35Cct

V.35Pin

V.36Cct

V.36Pin

Shield 1 1 1 A 1

Transmit data DTE 2 2 103 2 103A P 103A 4

14 14 103B S 103B 22

Receive data DCE 3 3 104 3 104A 3R 104A 6

16 16 104B T 104B 24

Request to send DTE 4 4 105 4 105 C 105A 7

19 19 105B 25

Clear to send DCE 5 5 106 5 106 D 106A 9

13 13 106B 27

DCE ready DCE 6 6 107 6 107 E 107A 11

22 107B 29

DTE ready DTE 20 20 108 20 108 H 108A 12

23 108B 30

Signal ground 7 7/23 102 7 102 B 102 19

Receive common (7) 102b 20

DCD DCE 8 8 109 8 109 F 109A 13

10 10 109B 31

Transmit data clock DCE DCE 15 15 114 15 114A Y 114A 5

12 12 114B AA 114B 23

Receive data clock DCE DCE 17 17 115 17 115A V 115A 8

9 9 115B X 115B 26

Local loopback DTE 18 18 141 18 141 L 141 10

Remote loopback DTE 21 21 140 21 140 N 140 14

Ring indicator DCE - 22 125 22 125 J

Transmit data clock DTE DTE 24 24 113 24 113A U 113A 17

1 1 113B W 113B 35

Test mode DCE 25 25 142 25 142 NN 142 18

Send common (7) 102a 37


8 — Rack Cabling

Figure 8-11 DAT-A Board Fully Cabled

8 — Rack Cabling


8.9 EM-A Board

This section describes the cables which can be connected to the EM-A board in the 1511 MAX shelf.

Interface OverviewThe EM-A board provides 15 2-wire or 4-wire analog interfaces with E&M channeling. Figure 8-12 shows the front view of the board.

Figure 8-12 Front View of EM-A Board

CablesTable 8-17 lists the cables that can be used for the EM-A board.

Table 8-17 Cables for EM-A Board



3AL 43592 xxAA E&M wires to MDF, 1 connector (10x2) A.28 3

3AL 43594 xxAA 2/4-wire Voice to MDF, 1 connector (10x2) A.29 3

3AL 43583 xxAA 2/4-wire Voice to MDF, 3 connectors (10x2) A.27 1


8 — Rack Cabling

Connector LayoutTable 8-18 shows the layout of the E&M front panel connector.

Table 8-18 EM-A Board: E&M Front Panel Connector Layout

InterfaceNumber

ConnectorPosition

Signal Cable

A B

1 1 E 1 M 1 Top cableorP1

2 PE PE

2 3 E 2 M 2

4 PE PE

3 5 E 3 M 3

6 PE PE

4 7 E 4 M 4

8 PE PE

5 9 E 5 M 5

10 PE PE

- 11 - - -

6 12 E 6 M 6 Middle cableorP2

13 PE PE

7 14 E 7 M 7

15 PE PE

8 16 E 8 M 8

17 PE PE

9 18 E 9 M 9

19 PE PE

10 20 E 10 M 10

21 PE PE

- 22 - - -

11 23 E 11 M 11 Bottom cableorP3

24 PE PE

12 25 E 12 M 12

26 PE PE

13 27 E 13 M 13

28 PE PE

14 29 E 14 M 14

30 PE PE

15 31 E 15 M 15

32 PE PE

8 — Rack Cabling


Table 8-19 shows the layout of the voice front panel connector.

Table 8-19 EM-A Board: Voice Front Panel Connector Layout

InterfaceNumber

ConnectorPosition

Signal Cable

A B

1 1 TT 1 TR 1 Top cableorP1

2 RT 1 RR 1

2 3 TT 2 TR 2

4 RT 2 RR 2

3 5 TT 3 TR 3

6 RT 3 RR 3

4 7 TT 4 TR 4

8 RT 4 RR 4

5 9 TT 5 TR 5

10 RT 5 RR 5

- 11 - - -

6 12 TT 6 TR 6 Middle cableorP2

13 RT 6 RR 6

7 14 TT 7 TR 7

15 RT 7 RR 7

8 16 TT 8 TR 8

17 RT 8 RR 8

9 18 TT 9 TR 9

19 RT 9 RR 9

10 20 TT 10 TR 10

21 RT 10 RR 10

- 22 - - -

11 23 TT 11 TR 11 Bottom cableorP3

24 RT 11 RR 11

12 25 TT 12 TR 12

26 RT 12 RR 12

13 27 TT 13 TR 13

28 RT 13 RR 13

14 29 TT 14 TR 14

30 RT 14 RR 14

15 31 TT 15 TR 15

32 RT 15 RR 15


8 — Rack Cabling

8.10 COD-A Board

This section describes the cables which can be connected to the COD-A board in the 1511 MAX shelf.

Interface OverviewFigure 8-13 shows the front view of the board.

Figure 8-13 Front View of COD-A Board

CableThe required cable is a cable with 2 2-wire pairs to connect the board to the MDF. Cable code is 3AL 43581 xxAA, refer to Appendix A.26 for a view and the wiring list.

5 cables are required to fully cable an COD-A board.

8 — Rack Cabling



Table 8-20 COD-A Connector Layout

InterfaceNumber

ConnectorPosition

Signal Cable

A B

1 1 DiA_1 DiB_1 TBA

2 DoA_1 DoB_1 -

3 SCREEN_1 PE -

2 4 DiA_2 DiB_2 -

5 DoA_2 DoB_2 -

6 SCREEN_2 PE -

3 7 DiA_3 DiB_3 -

8 DoA_3 DoB_3 -

9 SCREEN_3 PE -

4 10 DiA_4 DiB_4 -

11 DoA_4 DoB_4 -

12 SCREEN_4 PE -

5 13 DiA_5 DiB_5 -

14 DoA_5 DoB_5 -

15 SCREEN_5 PE -

- 16 PE PE -

- 17 PE PE -

- 18 PE PE -

- 19 - - -

- 20 - - -

- 21 - - -

- 22 - - -

- 23 - - -

- 24 - - -

- 25 - - -

- 26 - - -

- 27 - - -

- 28 - - -

- 29 - - -

- 30 - - -

- 31 - - -

- 32 - - -


8 — Rack Cabling

8.11 COND-A Board

This section describes the connection of cables to the COND-A board in the 1511 MAX shelf.


Figure 8-14 Front View of COND-A Board


5 cables are required to fully cable an COND-A board.

8 — Rack Cabling



Table 8-21 COND-A Connector Layout

InterfaceNumber

ConnectorPosition

Signal Cable

A B

1 1 DiA_1 DiB_1 TBA

2 CoiA_1 CoiB_1 -

3 DoA_1 DoB_1 -

4 CoA_1 CoB_1 -

5 SCREEN_1 PE -

- 6 PE PE -

2 7 DiA_2 DiB_2 -

8 CoiA_2 CoiB_2 -

9 DoA_2 DoB_2 -

10 CoA_2 CoB_2 -

11 SCREEN_2 PE -

- 12 PE PE -

3 13 DiA_3 DiB_3 -

14 CoiA_3 CoiB_3 -

15 DoA_3 DoB_3 -

16 CoA_3 CoB_3 -

17 SCREEN_3 PE -

- 18 PE PE -

4 19 DiA_4 DiB_4 -

20 CoiA_4 CoiB_4 -

21 DoA_4 DoB_4 -

22 CoA_4 CoB_4 -

23 SCREEN_4 PE -

- 24 PE PE -

5 25 DiA_5 DiB_5 -

26 CoiA_5 CoiB_5 -

27 DoA_5 DoB_5 -

28 CoA_5 CoB_5 -

29 SCREEN_5 PE -

- 30 PE PE -

- 31 PE PE -

- 32 PE PE -


8 — Rack Cabling

8.12 TPIF-A Board

This section describes the connection of cables to the TPIF-A board in the 1511 MAX shelf.

Interface OverviewThe TPIF-A board provides 4 optical data interfaces. Figure 8-15 shows the front view of the board.

Figure 8-15 Front View of TPIF-A Board

8 — Rack Cabling


CableEach optical transmitter and receiver is integrated in a female BFOC/2.5 connector. The required cable is cable 1AB 37334 0001.

4 cable pairs (one RX, other TX) are required to fully cable an TPIF-A board.

ExampleFigure 8-16 shows a fully cabled TPIF-A board.

Figure 8-16 TPIF-A Board Fully Cabled


8 — Rack Cabling

8.13 MRD-A Board

This section describes the connection of cables to the MRD-A board in the 1511 MAX shelf.


Figure 8-17 Front View of MRD-A Board


1 cable is required to fully cable an MRD-A board.

8 — Rack Cabling



Table 8-22 MRD-A Connector Layout

InterfaceNumber

ConnectorPosition

Signal Cable

A B

1 1 T1 R1 Cable

2 PE PE

2 3 T2 B2MDF

4 PE PE

3 5 A3MDF B3MDF

6 PE PE

4 7 A4MDF B4MDF

- 8 PE PE

- 9 PE PE

- 10 PE PE

- 11 PE PE -

- 12 PE PE -

- 13 PE PE -

- 14 PE PE -

- 15 PE PE -

- 16 PE PE -

- 17 PE PE -

- 18 PE PE -

- 19 PE PE -

- 20 PE PE -

- 21 PE PE -

- 22 PE PE -

- 23 PE PE -

- 24 PE PE -

- 25 PE PE -

- 26 PE PE -

- 27 PE PE -

- 28 PE PE -

- 29 PE PE -

- 30 PE PE -

- 31 PE PE -

- 32 PE PE -


9 — Installing Side Plates and Door


9.2 Removing/installing Side Plates 9-90

9.3 Removing/installing Doors 9-91

9.4 Door Reversal for Left-hand Opening 9-92



9.1 Introduction

This chapter provides the procedures:

• to remove or install the side plates• to remove or install the doors• change the direction in which the door opens (i.e. change from right-hand opening

(default) to left-hand opening).

9.2 Removing/installing Side Plates

The side plates on the rack can be removed (for maintenance or repair purposes). Each side plate is held in place by 6 M6x9 TORX screws, refer to Figure 9-1.

Figure 9-1 Rack Side Plates



9.3 Removing/installing Doors

The rack is equipped with two doors:

• a transparent front door• a steel back door

The procedure below is applicable for both doors.

Procedure 9-1 Removing/installing Doors

The doors can be removed as follows:

1 Open the locking pins on the hinges as shown in Figure 9-2.

Figure 9-2 Removing Doors

2 Remove the door.

Note — To install the door, follows the steps above in reverse order.

1

1

2



9.4 Door Reversal for Left-hand Opening

The door can be rotated so that it changes from a right-hand opening door (default) to a left-hand opening door.

Procedure 9-2 Rotate the Door

1 Remove the door; see Procedure 9-1.

2 Remove the hinges from the right vertical rail rail and the clips from the left vertical rail, see Figure 9-3.

Figure 9-3 Remove Hinges and Clips

Note — Take note of the mounting positions of the hinges and the clips.



3 Mount the hinges and clips as shown in Figure 9-4

i For the hinges, the marking “L” must be the right way up

ii For the clips, the marking “R” must be the right way up.

Figure 9-4 Mount Hinges and Clips

4 Rotate the door 180° (see Figure 9-4) and mount the door as in Procedure 9-1.

5 Reposition the tag correctly in the lock as shown in Figure 9-4, detail A.

A

A

L

R

L

R




App A. Cable Specifications

App A.1 Introduction A-97

App A.2 Cable 3AG 27375 xxAA A-99



















App A.19 Cable 3AL 42738 xxAA A-115













App A.1 Introduction

This appendix provides the view and the wiring lists for the different cables that can be connected to the boards installed in the 1511 MAX subrack (see chapter “Rack Cabling”.)

Cable ColorsThe following designations are used for the cable colors:

Table App A-1 Cable Color Designations

Cable Length

General

Cables can be provided in different lengths. The length is determined by the first two letters in the cable code.then the cable code is mentioned as for “xx” defines the cable length.

For example, 3AL 42857 ELAA is the code for a cable type 3AL 42857 with a length of 5 m.

Figure A-1 gives an overview of the different possible combinations.

Designation Color

BK black

BL blue

BN brown

GN green

GY grey

OR orange

RD red

RD-BL red-blue

WH white

WH-BL white-blue

YE yellow



Figure App A-1 Cable Length Denomination Combinations

Standard Lengths

The following standard cable lengths can be provided:

• DA: cable with length 3 m• EL: cable with length 5 m• GL cable with length 15 m

Note — For other cable lengths, please contact Alcatel-Lucent.

First letterSecond letter

ABCDEFGHIKLMNPRSTVWY

A0.00 0.05 0.10 0.15 0.20 0.25 0.30 0.35 0.40 0.45 0.50 0.55 0.600.65 0.70 0.75 0.80 0.85 0.90 0.95

B1.00 1.05 1.10 1.15 1.20 1.25 1.30 1.35 1.40 1.45 1.50 1.55 1.601.65 1.70 1.75 1.80 1.85 1.90 1.95

C2.00 2.05 2.10 2.15 2.20 2.25 2.30 2.35 2.40 2.45 2.50 2.55 2.602.65 2.70 2.75 2.80 2.85 2.90 2.95

D3.00 3.05 3.10 3.15 3.20 3.25 3.30 3.35 3.40 3.45 3.50 3.55 3.603.65 3.70 3.75 3.80 3.85 3.90 3.95

E4.00 4.10 4.20 4.30 4.40 4.50 4.60 4.70 4.80 4.90 5.00 5.10 5.20 5.30 5.40 5.505.605.70 5.80 5.90

F6.00 6.20 6.40 6.60 6.80 7.00 7.20 7.40 7.60 7.80 8.00 8.20 8.40 8.60 8.80 9.00 9.20 9.40 9.60 9.80

G 10.00 10.50 11.00 11.50 12.00 12.50 13.00 13.50 14.00 14.50 15.00 15.50 16.00 16.50 17.00 17.50 18.00 18.50 19.00 19.50

H20.00 20.50 21.00 21.50 22.00 22.50 23.00 23.50 24.00 24.50 25.00 25.50 26.00 26.50 27.00 27.50 28.00 28.50 29.00 29.50

J30.00 31.00 32.00 33.00 34.00 35.00 36.00 37.00 38.00 39.00 40.00 41.00 42.00 43.00 44.00 45.00 46.00 47.00 48.00 49.00

K50.00 51.50 53.00 54.50 56.00 57.50 59.00 60.50 62.00 63.50 65.00 66.50 68.00 69.50 71.00 72.50 74.00 75.50 77.00 78.50

L80.00 82.00 84.00 86.00 88.00 90.00 92.00 94.00 96.00 98.00

100.00 102.00 104.00 106.00 108.00 110.00 112.00 114.00 116.00 118.00

M120.00 125.00 130.00 135.00 140.00 145.00 150.00 155.00 160.00 165.00 170.00 175.00 180.00 185.00 190.00 195.00 200.00 205.00 210.00 215.00

N220.00 230.00 240.00 250.00 260.00 270.00 280.00 290.00 300.00 310.00 320.00 330.00 340.00 350.00 360.00 370.00 380.00 390.00 400.00 410.00

P420.00 430.00 440.00 450.00 460.00 470.00 480.00 490.00 500.00 510.00 520.00 530.00 540.00 550.00 560.00 570.00 580.00 590.00 600.00 610.00

R620.00 640.00 660.00 680.00 700.00 720.00 740.00 760.00 780.00 800.00 820.00 840.00 860.00 880.00 900.00 920.00 940.00 960.00 980.00

1000.00



App A.2 Cable 3AG 27375 xxAA

Figure A-2 shows a view and the wiring list of cable 3AG 27375 xxAA.

Figure App A-2 Cable 3AG 27375 xxAA: view

L

Male connector Female connector

Front view Front view

103A103B 114A 114B 104A 104B 115A 115B 109 - 140 142 141 102 105 - 106 - 107 -108 -113A 113B - - 101

02 14 15 12 03 16 17 09 08

*NC 21 25 18 07 04

*NC05

*NC 06

*NC 20

*NC 24 11

*NC *NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN

Signal Conn. A Conn. BCable diagram

*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

P S Y AA R T V X F *NCN NN L B C *NC D*NCE *NC H *NC UW*NC*NCAHOUSING

1

13 25

14

V.35 (DCE)3AG 27375 xxAA






L



103A103B 114A 114B 104A 104B 115A 115B 109A 109B140 142 141 102 105A 105B 106A 106B107A 107B108A 108B113A 113B - - 101

02 14 15 12 03 16 17 09 081021 25 18 07 041905 13 06 22 202324 11

*NC *NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

04 22 05 23 06 24 08 26 13 31 14 18 10

19/20/37 07 25 09 27 11 29 12 30 17 35

*NC*NC01

HOUSING

1

13 25

14 19

1 20

37







L



TATB- - RARBSASBIAIB-GND--CACB- - - - - - XA/BAXB/BB--SCREEN

02 14

*NC *NC

03 16 17 09 0513

*NC 07

*NC *NC

0419

*NC *NC *NC *NC *NC*NC

15 12

*NC *NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

0209

*NC*NC041106 13 05 12

*NC08

*NC*NC03 10

*NC*NC*NC*NC*NC*NC07 14

*NC*NC01

HOUSING

1

13 25

148

1 9

15

X.21 (DCE)3AG 27377 xxAA






L



103- 114- 104- 115- 109-140 142 141 102 105- 106-107-108-113- - - 101

02 *NC

15 *NC

03 *NC

17 *NC

08*NC

21 25 18 07 04

*NC05

*NC 06

*NC 20

*NC24

*NC *NC *NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

02 *NC 15

*NC03

*NC 17

*NC 08

*NC 21 25 18 07 04

*NC 05

*NC 06

*NC 20

*NC 24

*NC *NC*NC01

HOUSING

1

13 25

14 13

1 14

25







L



103- -- 104- 115- 109-140 142 - 102 105- ----108-113- - - 101

02 *NC *NC *NC

03 *NC

17 *NC

08*NC

21 25

*NC 07 04

*NC*NC *NC *NC *NC

20*NC

24 *NC *NC *NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

1

13 25

14 1

13 25

14

02 *NC *NC *NC 03 *NC 17 *NC 08*NC21 25 *NC 07 04*NC*NC *NC *NC *NC 20*NC24 *NC *NC *NC 01 HOUSING

V.28 (DCEi)3AG 27380 xxAA






L

Male connector Male connector


103A103B 104A 104B 105A 105B- - 107A 107B109A 109B115A 115B113A113B - ---140/142140/142-GND-- SCREEN

02 14 03 16 04 19

*NC *NC

062208 10 17 09 2411

*NC *NC *NC *NC

2125

*NC 07

*NC *NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

06 24 04 22 31 24

*NC *NC 12 30 0725 17 35 08 26

*NC *NC *NC *NC 18 14

*NC 19/20/37

*NC*NC01

HOUSING

1

13 25

14 1

19 37

20







L



103A103B -- 104A 104B 115A 115B 109 - 140 142 - 102 105 - -- - -108 -113A 113B - - 101

02 14

*NC *NC

03 16 17 09 08

*NC 21 25

*NC 07 04

*NC*NC *NC *NC *NC

20 *NC

24 11

*NC *NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

P S *NC *NC R T V X F *NCN NN *NC B C *NC *NC*NC*NC *NC H *NC UW*NC*NCAHOUSING

1

13 25

14







L

103- -- 104- 115- 109-140 142 141 102 105- --107-108-113- - - 101

03 *NC *NC *NC

02*NC

24 *NC

08*NC

25 21 18 07 05

*NC*NC *NC

20 *NC

06*NC

17 *NC *NC *NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

02 *NC *NC *NC03

*NC 17

*NC 08

*NC 21 25 18 07 04

*NC *NC *NC 06

*NC 20

*NC 24

*NC *NC*NC01

HOUSING

Male connector

Front view

1

13 25

14

Male connector

Front view

1

13 25

14

V.28 (DTE)3AG 27383 xxAA






L



103A103B -- 104A 104B 115A 115B 109 - 140 142 141 102 105 - -- 107 -108 -113A 113B - - 101

03 16

*NC *NC

02 14 24 11 08

*NC 25 21 18 07 05

*NC*NC *NC

20 *NC

06 *NC

17 09

*NC *NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

P S *NC *NC R T V X F *NCN NN L B C *NC *NC*NCE *NC H *NC UW*NC*NCAHOUSING

1

13 25

14







L



103A103B - - 104A 104B115A 115B 109A 109B140 142141 102105A105B - -107A107B108A108B113A113B-- 101

03 16

*NC *NC

02 14 2411 081025 21 18 07 0513

*NC *NC

20 230622 17 09

*NC*NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

1

2

3

4

5

6

7

8

9

10

11

12

13

04 22

*NC *NC 0624 08 26 13 31 141810

19/20/37 07 25

*NC *NC 11 29 12 30 17 35

*NC*NC01

HOUSING

1

13 25

14 1

19 37

20










L



TRATRB---GND--SCREEN

03 16

*NC *NC *NC

07 *NC*NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN


*NC: Not connected

0905

*NC *NC *NC01

*NC*NC

HOUSING

1

13 25

14

5

1 6

9

RS485 (HD)3AG 27386 xxAA

L



RARBTATB-GND--SCREEN

02 1403 16

*NC 07

*NC*NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN


*NC: Not connected

080409 05

*NC01

*NC*NC

HOUSING

1

13 25

14

5

1 6

9

RS485 (FD)3AG 27387 xxAA







Front view

Front view

RARBTATB-GND--SCREEN

02 1403 16

*NC 07

*NC*NC

01 HOUSING

WH

BL

WH

OR

WH

GN

WH

BN


*NC: Not connected

080409 05

*NC01

*NC*NC

HOUSING

1

13 25

14 5

1 6

9

L

RS485 (FD)3AG 27394 xxAA






L


Front view

Front view

1

13 25

14

1

13 25

14103-114 - 104 - 115 -109 -148 142 141 102 105 - 106 - 107 - 108 - 113 - - - 101

02 *NC15*NC03*NC17*NC08*NC2125180704*NC05*NC06*NC20*NC24*NC*NC*NC01

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

HOUSING HOUSING

1

2

3

4

5

6

7

8

9

10

11

12

13

02 *NC15*NC03*NC17*NC08*NC2125180704*NC05*NC06*NC20*NC24*NC*NC*NC01







L


Front view

Front view

1

13 25

14

103A103B114A 114B 104A 104B 115A 115B109 -140 142 141 102 105 - 106 - 107 - 108 - 113A 113B - - 101

02 1415120316170908*NC2125180704*NC05*NC06*NC20*NC2411*NC*NC01

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

HOUSING HOUSING

1

2

3

4

5

6

7

8

9

10

11

12

13

P SYAARTVXF*NCNNNLBC*NCD*NCE*NCH*NCUW*NC*NCA







L


Front view

Front view

1

13 25

14

103A103B114A 114B 104A 104B 115A 115B109A 109B140 142 141 102 105A 105B 106A 106B 107A 107B 108A 108B 113A 113B - - 101

02 1415120316170908102125180704190513062220232411*NC*NC01

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

HOUSING HOUSING

1

2

3

4

5

6

7

8

9

10

11

12

13

0422 05 23 06 24 08 26 13 31 14 18 10

19/20/370725 09 27 11 29 12 30 17 35

*NC*NC01

19

1 20

37







L


Front view

Front view

1

13 25

14

1

8 15

9

TATB--RARBSASBIAIB-GND--CACB------XA/BAXB/BB--SCREEN

02 14*NC*NC031617090513*NC07*NC*NC0419*NC*NC*NC*NC*NC*NC1512*NC*NC01

WH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY

BK

BL

BK

OR

BK

GN


*NC: Not connected

HOUSING HOUSING

1

2

3

4

5

6

7

8

9

10

11

12

13

02 09*NC*NC041106130512*NC08*NC*NC0310*NC*NC*NC*NC*NC*NC0714*NC*NC01

X.21 (DCE)3AG 27405 xxAA



App A.19 Cable 3AL 42738 xxAA

Figure A-19 shows a view of cable 3AL 42738 xxAA.

Figure App A-19 Cable 3AL 42738xxAA: view





Figure A-21 shows a view and the wiring list of cable 3AL 42747 xxAA.


L

1.0/2.3M 1.0/2.3M

L

BNC male1.0/2.3 coax 3AL 42741 xxAA

12 3 4 5 6 7 8Housing

12 3 4 5 6 7 8

Housing

Connector A Cable diagram Connector B

OR

WH

GN

WH

BL

WH

BN

WH

3AL 42747 XXAA

L

A B








Figure App A-23 Cable 3AL 42857 xxAA: view




12 3 4 5 6 7 8Housing

12 3 4 5 6 7 8

Housing

Connector A Cable diagram Connector B

3AL 42793 XXAA

LA B

OR

WH

GN

WH

BL

WH

BN

WH

Pin

12 3 4 5 6 7 8 Housing

Colour

L

OR

WH

GN

WH

BL

WH

BN

WH

Screen

3AL 42793 XXAA

L

1.0/2.3M 1.6/5.6F









Front view

Sm

all r

ib

A1/A05 B1/B05

Data TxbData TxaClk TxbClk TxaData RxbData RxbClk RxbClk RxaPESCREEN

A01B01A02B02A03B03A04B04A05B05

WH

BL

WH

OR

WH

GN

WH

BN

Signal Conn. A Cable diagram

LP

in 1

3AL 43526 xxAA

3AL 43581 xxAA

L

A

Pin B01

A01 B01

Thinrib

Pin

B01 A01B02A02

A . . .B . . .A . . .B . . .

Colour SignalWH

BL

WH

OR






3AL 43583 xxAA

L

P110 wire-pairs

400 mm

PinA01

P2

P3

A01/A10 B01/B10

Thinrib

ConnectorP1, P2 and P3

B01 A01B02A02B03A03B04A04B05A05

A . .B . .A . .B . .A . .B . .A . .B . .A . .B . .

WHBLWHORWHGNWHBNWHGY

B06A06B07A07B08A08B09A09B10A10

RDBLRDORRDGNRDBNRDGY

A . .B . .A . .B . .A . .B . .A . .B . .A . .B . .

Connectorof circuit

Connectorof cable

Wirecolor

Connectornumber

Connectorof circuit

Connectorof cable

Wirecolor

B01 A01B02A02B03A03B04A04B05A05

A . .B . .A . .B . .A . .B . .A . .B . .A . .B . .

BKBLBKORBKGNBKBNBKGY

B06A06B07A07B08A08B09A09B10A10

YEBLYEORYEGNYEBNYEGY

A . .B . .A . .B . .A . .B . .A . .B . .A . .B . .

B01 A01B02A02B03A03B04A04B05A05

A . .B . .A . .B . .A . .B . .A . .B . .A . .B . .

WH-BLBL

WH-BLOR

WH-BLGN

WH-BLBN

WH-BLGY

B06A06B07A07B08A08B09A09B10A10

RD-BLBL

RD-BLOR

RD-BLGN

RD-BLBN

RD-BLGY

A . .B . .A . .B . .A . .B . .A . .B . .A . .B . .

P1

P2

P3









5 PAIR

S

650LP

in 1

Sm

all r

ibA1/A10 B1/B10

Front view

Pin

B01 A01B03A03B05A05B07A07B09A09

A . . .B . . .A . . .B . . .A . . .B . . .A . . .B . . .A . . .B . . .

Colour SignalWH

BL

WH

OR

WH

GN

WH

BN

WH

GY

3AL 43592 xxAA

10 PAIR

S

650L

Pin

1

Sm

all r

ib

A1/A10 B1/B10

Front view

3AL 43594 xxAAPin

B01 A01B02A02B03A03B04A04B05A05B06A06B07A07B08A08B09A09B10A10

A . . .B . . .A . . .B . . .A . . .B . . .A . . .B . . .A . . .B . . .A . . .B . . .A . . .B . . .A . . .B . . .A . . .B . . .A . . .B . . .

Colour SignalWH

BL

WH

OR

WH

GN

WH

BN

WH

GY

RD

BL

RD

OR

RD

GN

RD

BN

RD

GY




Abbreviations

1511 MAX 1511 Media Access Cross-Connect

BATA BATtery A

BATB BATtery B

BATRET BATtery RETurn

BITS Building Integrated Timing System

CB Circuit Breaker

DCE Data Communications Equipment

DCEi Data Communications Equipment intermediate

DDF Digital Distribution Frame

DTE Data Terminal Equipment

ESD Electrostatic Discharge

FG Frame Ground

FH Full Height

HH Half Height

MDF Main Distribution Frame

PDF Power Distribution Frame

PE Protective Earth

PFE Functional and Protective Earth

RAL Restricted Access Location

SELV Secondary Extra Low Voltage

TNV Telecom Network Voltage

TRU Top Rack Unit

UDS Unit Data Sheet


Customer documentation and product support

Technical support

Customer documentation

Product manuals and documentation updates are available through the Alcatel-Lucent SupportDocumentation and Software Download service at alcatel-lucent.com. If you are a new userand require access to this service, please contact your Alcatel-Lucent sales representative.

Customer documentation feedback

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124

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