5 (MC-TRX and TRDU Within 9100 MS Base Station, Technical Description and Maintenance Guide) 4.08 Preliminary November 2010

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R E L I M I N A R Y

Title page

Alcatel-Lucent MC-TRX and TRDU within 9100 Multi-Standard Base Station | V7.1.1 Technical Description and Maintenance Guide

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Alcatel-Lucent – Proprietary Use pursuant to applicable agreements

NN-20500-195 ISSUE 4.08 NOVEMBER 2010

R E L I M I N A R Y

Legal notice

Y RLegal notice AAlcatel, Lucent, Alcatel-Lucent and the the Alcatel-Lucent logo logo are trademarks of Alcatel-Lucent. All other trademarks are the the property of their respective respective owners. N I The information presented is subject to change without notice. Alcatel-Lucent assumes no responsibility responsibility for inaccuracies contained herein. M I Copyright © 2010 Alcatel-Lucent. All rights reserved. reserved. L information which is the property of Alcatel-Lucent and must not be made available to, or copied or used by anyone outside EContains proprietary/trade secret information Alcatel-Lucent without its written authorization. R

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Not to be used or disclosed except in accordance with applicable agreements.

Y R A N I M I L E R

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Legal notice

Y RLegal notice AAlcatel, Lucent, Alcatel-Lucent and the the Alcatel-Lucent logo logo are trademarks of Alcatel-Lucent. All other trademarks are the the property of their respective respective owners. N I The information presented is subject to change without notice. Alcatel-Lucent assumes no responsibility responsibility for inaccuracies contained herein. M I Copyright © 2010 Alcatel-Lucent. All rights reserved. reserved. L information which is the property of Alcatel-Lucent and must not be made available to, or copied or used by anyone outside EContains proprietary/trade secret information Alcatel-Lucent without its written authorization. R

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Not to be used or disclosed except in accordance with applicable agreements.

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Contents

R E L I M I N A R Y

About this docume document nt Purpose ............................ xi .............................................................. ................................................................... ................................................................. .............................................................. .............................................................. ................................ xi Reason for revision ................................. xi ................................................................... ................................................................... .............................................................. .............................................................. ..................................... .... xi New in this release ................................. xii ................................................................... ................................................................... .............................................................. .............................................................. ..................................... .... xii Intended audience ............................... xii ................................................................ ................................................................... ............................................................... .............................................................. ........................................ ....... xii Supported systems ............................. xii ............................................................... ................................................................... ................................................................ .............................................................. ....................................... ........ xii How to use this document .............................. xii ............................................................... ................................................................... ................................................................ ....................................................... ......................... xii Safety information .............................. xii ............................................................... ................................................................... ................................................................ .............................................................. ....................................... ....... xii Prerequisites ................................. xii .................................................................. ................................................................... .............................................................. ............................................................. .................................................. ................. xii Conventions used ................................ xii ................................................................. .................................................................. .............................................................. .............................................................. ......................................... ........ xii Related information ................................. xiii .................................................................. .................................................................. .............................................................. .............................................................. ................................... .. xiii Document support ............................. xiii .............................................................. .................................................................. ................................................................. .............................................................. ....................................... ......... xiii Technical support ............................... xiii ................................................................ ................................................................... ............................................................... .............................................................. ........................................ ....... xiii How to order ................................. xiii ................................................................... ................................................................... ............................................................. .............................................................. ................................................ .............. xiii How to comment ................................ xiv .................................................................. ................................................................... .............................................................. .............................................................. ........................................ ....... xiv

Part I: Roadmap I: Roadmap 1

Roadmap to Conventional Base Stations documentation Overview .............................. 1-1 ............................................................... .................................................................. ................................................................ .............................................................. ....................................................... ........................ 1-1 Roadmap to Conventional Base Stations documentation ............................. 1-2 .............................................................. ............................................................. ............................ 1-2

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R E L 2 Safety statements I M Overview .............................. 2-1 I ............................................................... .................................................................. ................................................................ .............................................................. ....................................................... ........................ 2-1 N ................................................................. ................................ ................................................................... .............................................................. .............................................................. ................................................................... .................................................................. ................................... A Alcatel-Lucent – Proprietary V7.1.1 iii R NN-20500-1 NN-20 500-195 95 Issue 4.08 Use pursuant to applicable agreements Y November 2010 Part II: Safety II: Safety information

YContents R.................................................................................................................................................................................................................................... A Structure of safety statements ............................................................................................................................................... 2-2 2-2 N I M I Part III: TRDU Description L TRDU basic characteristics E3 R

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Overview ...................................................................................................................................................................................... 3-1 3-1 TRDU introduction .................................................................................................................................................................. 3-2 3-2 TRDU features and functions ............................................................................................................................................ 3-11 3-11 TRDU connectivity ................................................................................................................................................................ 3-13 3-13 TRDU physical characteristics .......................................................................................................................................... 3-16 3-16 TRDU/9100 Base Station configurations ..................................................................................................................... 3-17 3-17

4

TRDU associated modules Overview ...................................................................................................................................................................................... 4-1 4-1 TRDU InterCOnnection (TRDU ICO) module ............................................................................................................. 4-2 4-2 TRDU sub-rack Cooling Unit (TRCU) ............................................................................................................................ 4-4 4-4

5

TRDU power up and down procedures Overview ...................................................................................................................................................................................... 5-1 5-1 Powering up a TRDU subrack ............................................................................................................................................. 5-2 5-2 Powering down a TRDU subrack ....................................................................................................................................... 5-5 5-5

6

TRDU preventive maintenance Overview ...................................................................................................................................................................................... 6-1 6-1 Preventive maintenance activity .......................................................................................................................................... 6-2 6-2 Inspecting TRDU connectors ............................................................................................................................................... 6-3 6-3

7

TRDU corrective maintenance Overview ...................................................................................................................................................................................... 7-1 7-1 Corrective maintenance activity .......................................................................................................................................... 7-2 7-2 Replacing a TRDU module ................................................................................................................................................... 7-5 7-5

Y Replacing a TRDU ICO module ....................................................................................................................................... 7-11 7-11 R A Replacing a TRCU module ................................................................................................................................................. 7-14 7-14 N I M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 Riv Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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Contents

R .................................................................................................................................................................................................................................... E L Part IV: MC-TRX description I M 8 MC-TRX basic characteristics I N Overview ...................................................................................................................................................................................... 8-1 8-1 A R MC-TRX introduction ............................................................................................................................................................. 8-2 8-2 Y MC-TRX features and functions ..................................................................................................................................... 8-11 8-11 MC-TRX connectivity .......................................................................................................................................................... 8-13 8-13 MC-TRX physical characteristics .................................................................................................................................... 8-16 8-16 BTS supported configurations ........................................................................................................................................... 8-18 8-18

9

MC-TRX power up and down procedures Overview ...................................................................................................................................................................................... 9-1 9-1 Powering up a MC-TRX module ........................................................................................................................................ 9-2 9-2 Powering down a MC-TRX module ................................................................................................................................. 9-6 9-6

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MC-TRX preventive maintenance Overview ................................................................................................................................................................................... 10-1 10-1 Preventive maintenance activity ....................................................................................................................................... 10-2 10-2 Inspecting MC-TRX connectors ....................................................................................................................................... 10-3 10-3

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MC-TRX corrective maintenance Overview ................................................................................................................................................................................... 11-1 11-1 Corrective maintenance activity ........................................................................................................................................ 11-2 11-2 Replacing a MC-TRX module ........................................................................................................................................... 11-4 11-4

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Product conformance statements Overview ..................................................................................................................................................................................... A-1 A-1 European regulatory requirement compliance .............................................................................................................. A-2 A-2 Compliances for other regions/countries ........................................................................................................................ A-4 A-4 Operating conditions .............................................................................................................................................................. A-5 A-5

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R E Product labelling ...................................................................................................................................................................... A-7 A-7 L I M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 v R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 Cable specifications ................................................................................................................................................................ A-6 A-6

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List of tables

3-1

TRDU LED behavior ............................................................................................................................................. 3-15 3-15

3-2

TRDU dimensions and weight ........................................................................................................................... 3-16 3-16

3-3

TRDU/9100 Base Station configurations ....................................................................................................... 3-17 3-17

7-1

TRDU subrack orderable items ............................................................................................................................ 7-2 7-2

8-1

MC-TRX LEDs management description ...................................................................................................... 8-14 8-14

8-2

MC-TRX dimensions and weight .................................................................................................................... 8-16 8-16

8-3

MC-TRX consumption ......................................................................................................................................... 8-17 8-17

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R E L I M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 vii R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010

YList of tables R.................................................................................................................................................................................................................................... A N I M I L E R

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List of figures

1-1

Roadmap to Conventional Base Stations documentation ........................................................................... 1-3 1-3

3-1

TRDU40–21 front panel ......................................................................................................................................... 3-3 3-3

3-2

TRDU60–21 front panel ......................................................................................................................................... 3-4 3-4

3-3

Outside view of the TRDU sub-rack .................................................................................................................. 3-5 3-5

3-4

Front view of the TRDU sub-rack (fully equipped) ..................................................................................... 3-6 3-6

3-5

9100 Multi-Standard Base Station with TRDU .............................................................................................. 3-7 3-7

3-6

MBI5 cabinet with TRDUs and d2U V2 ........................................................................................................... 3-8 3-8

3-7

MBO2E cabinet with TRDUs and d2U V2 ...................................................................................................... 3-9 3-9

3-8

TRDU internal architecture ................................................................................................................................. 3-12 3-12

3-9

TRDU40–21 front panel ....................................................................................................................................... 3-13 3-13

3-10

TRDU60–21 front panel ....................................................................................................................................... 3-14 3-14

4-1

Front panel of the TRDU ICO module .............................................................................................................. 4-2 4-2

4-2

TRCU front panel ...................................................................................................................................................... 4-4 4-4

5-1

Power switch on TRDU front panel ................................................................................................................... 5-2 5-2

5-2

Tx/Rx LEDs on xCCM-U front panel ............................................................................................................... 5-4 5-4

5-3

Power switch on TRDU front panel ................................................................................................................... 5-5 5-5

7-1

TRDU40–21 front panel ......................................................................................................................................... 7-6 7-6

7-2

TRDU60–21 front panel ......................................................................................................................................... 7-7 7-7

7-3

TRDU ICO front panel .......................................................................................................................................... 7-11 7-11

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R E 7-5 TRCU front panel ................................................................................................................................................... 7-14 7-14 L I 7-6 Power and alarm cables on TRCU front panel ............................................................................................. 7-15 7-15 M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 ix R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 7-4

TRDU ICO general view ...................................................................................................................................... 7-12 7-12

YList of figures R.................................................................................................................................................................................................................................... A 8-1 MC-TRX front panel ............................................................................................................................................... 8-3 8-3 N I 8-2 9100 Multi-Standard Base Station with MC-TRX (one sector shown for GSM and UMTS) ...... 8-4 8-4 M I L 8-3 MC-TRX within MBI3 cabinet ............................................................................................................................ 8-5 8-5 E R 8-4 MC-TRX within MBI5 cabinet ............................................................................................................................ 8-6 8-6

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8-5

MC-TRX within MBO1 cabinet .......................................................................................................................... 8-7 8-7

8-6

MC-TRX within MBO1E cabinet ....................................................................................................................... 8-8 8-8

8-7

MC-TRX within MBO2 cabinet .......................................................................................................................... 8-9 8-9

8-8

MC-TRX within MBO2E cabinet ..................................................................................................................... 8-10 8-10

8-9

MC-TRX internal architecture ........................................................................................................................... 8-12 8-12

8-10

MC-TRX 900 connectors ..................................................................................................................................... 8-13 8-13

8-11

MC-TRX LEDs ....................................................................................................................................................... 8-14 8-14

8-12

MC-TRX dimensions ............................................................................................................................................ 8-16 8-16

8-13

Configuration 1A: 2G900/ 3G900 .................................................................................................................... 8-18 8-18

8-14

Configuration 1B: 2G900/ 3G900 .................................................................................................................... 8-19 8-19

8-15

Configuration 2A: 2G900/ 3G900/3G2100 ................................................................................................... 8-20 8-20

9-1

MBO Power switches .............................................................................................................................................. 9-2 9-2

9-2

MBI Power switches ................................................................................................................................................ 9-3 9-3

9-3

Power switch on MC-TRX front panel .............................................................................................................. 9-4 9-4

9-4

Tx/Rx LEDs on xCCM-U front panel ............................................................................................................... 9-5 9-5

9-5

Power switch on MC-TRX front panel .............................................................................................................. 9-6 9-6

11-1

MC-TRX front panel ............................................................................................................................................ 11-5 11-5

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About this document About this document

R E L I M I N A R Y

Purpose

The purpose of this document is to describe the radio part within 9100 Multi-Standard Base Stations. The Alcatel-Lucent 9100 Multi-Standard Base Station solution is composed of three main parts: •

• •

The Alcatel-Lucent 9100 Multi-standard Base station Indoor and Outdoor with GSM equipment The Alcatel-Lucent 9326 d2U V2 provides the controller and base band units TRDU 40W 2100MHz (TRDU40-21), TRDU 60W 2100 MHz (TRDU60-21) or the Multi-carrier MC-TRX 900 MHz for the radio part

This publication is composed of two parts: •

•

The first part describes the TRDU modules and associated subrack modules (TRDU ICO and TRCU) . It gives a description of these modules and guidance about their preventive and corrective maintenance. The second part describes the MC-TRX module. It gives a description of this module and guidance about its preventive and corrective maintenance.

Note: For information on 9100 Base Stations or 9326 d2U Node B V2, please refer to the documentation specified in “Prerequisites” (p. xii). Reason for revision

The reissue reasons are: Issue number

Issue date

Reason for reissue

4.08

November 2010

Post DR5 : Preliminary issue (MC-TRX Hardware program)

4.07

October 2010

Post DR5 : Draft issue (MC-TRX Hardware program)

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R E 4.05 June 2010 Standard issue L 4.04 May 2010 Standard issue I M 4.03 February 2010 Preliminary issue I N ................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 xi R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 4.06

September 2010

Standard issue

Y About this document R.................................................................................................................................................................................................................................... A Issue number Issue date Reason for reissue N I 4.02 November 2009 Preliminary issue M I 4.01 October 2009 Draft issue L E R

PNew in this release

New features: •

80499 Support of MC-TRX 900 MHz

Other changes: •

None

Intended audience

The audience for this document is Operations and maintenance personnel. Supported systems

This document applies to Alcatel-Lucent W-CDMA V7.1.1 system release. How to use this document

No specific recommendation applies regarding the way readers should read this document. Safety information

For your safety, this document contains safety statements. Safety statements are given at points where risks of damage to personnel, equipment, and operation may exist. Failure to follow the directions in a safety statement may result in serious consequences. Prerequisites

It is recommended that readers become familiar with: • •

•

Alcatel-Lucent 9100 BTS Hardware Description, 3BK 21242 AAAA TQZZA 9100 BTS/9110 Micro BTS Corrective Maintenance Handbook, 3BK 21643 AAAA PCZZA Alcatel-Lucent 9326 digital 2U Node B V2 documentation: – Technical Description, NN-20500-203 – Maintenance Guide, NN-20500-204

Conventions used

Y Vocabulary conventions R A None N I M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 Rxii Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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About this document ....................................................................................................................................................................................................................................

Typographical conventions

The following typographical conventions are used in this document: Appearance

Description

IP reference, reference number

Related document that is referenced in the document

bold text

Emphasized information

R E L I M I N A R Y

Related information

For information on subjects related to the content of this document, refer to the documents listed in the following table: Refer to this document

At this location

For more information on

Alcatel-Lucent W-CDMA System - Terminology, NN-20500-002

http://support.alcatel-lucent. com.

List of terms used in Alcatel-Lucent 9300 W-CDMA documents.

Alcatel-Lucent W-CDMA safety guide, 401-382-880


Safety guidelines and the catalog of hazard statements that appear in the Alcatel-Lucent UMTS customer documents.

Alcatel-Lucent 93xx Node B – Commissioning and Fault Management User Manual: TIL, NN-20500-019


Performing the Node B installation, commissioning and maintenance tasks using the Node B TIL (Terminal for Local Installation) tool.

Document support

For support in using this or any other Alcatel-Lucent document, contact Alcatel-Lucent at one of the following telephone numbers: •

1-888-582-3688 (for the United States)

•

1-317-377-8618 (for all other countries)

Technical support

For technical support, contact your local Alcatel-Lucent customer support team. See the Alcatel-Lucent Support web site (http://www.alcatel-lucent.com/support/) for contact information.

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R E To order Alcatel-Lucent documents, contact your local sales representative or use Online L I M Customer Support (OLCS) (http://support.alcatel-lucent.com) I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 xiii R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 How to order

Y About this document R.................................................................................................................................................................................................................................... AHow to comment N I To comment on this document, go to the Online Comment Form (http://infodoc.alcatel M I lucent.com/comments/enus/) or e-mail your comments to the Comments Hotline L ([email protected]). E R

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R E L I M I N A R Y

Part I: Roadmap

Overview Purpose

This part provides the applicable roadmap. Contents Chapter 1, Roadmap to Conventional Base Stations documentation

1-1

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R E L I M I N ................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 I-1 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010

Overview YRoadmap R.................................................................................................................................................................................................................................... A N I M I L E R

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1

R E L I M I N A R Y

1 Roadmap to Conventional Base Stations documentation

Overview Purpose

This chapter provides the roadmap for Conventional Base Stations documentation. Contents Roadmap to Conventional Base Stations documentation

1-2

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R E L I M I N ................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 1-1 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010

Roadmap to Conventional Base Stations documentation YRoadmap to Conventional Base Stations documentation R.................................................................................................................................................................................................................................... A Roadmap to Conventional Base Stations documentation N I The following figure shows where the current document stands within the W-CDMA M I customer documentation. L E For a global view of the W-CDMA customer documentation, see the Roadmap chapter in: R

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• •

Alcatel-Lucent W-CDMA System - Document Collection Overview, NN-20500-050

Alcatel-Lucent W-CDMA System - Access Network Elements Overview, NN-20500-233

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Roadmap to Conventional Base Stations documentation

Roadmap to Conventional Base Stations documentation

....................................................................................................................................................................................................................................

Figure 1-1 Roadmap to Conventional Base Stations documentation

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Roadmap to Conventional Base Stations documentation YRoadmap to Conventional Base Stations documentation R.................................................................................................................................................................................................................................... A N I M I L E R

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R E L I M I N A R Y

Part II: Safety information

Overview Purpose

This part provides general hazard statements Contents Chapter 2, Safety statements

2-1

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Overview YSafety information R............................. .............................................................. ................................................................... ................................................................. ............................................................. ................................................................ ................................................................... ..................................... .... A N I M I L E R

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2

R E L I M I N A R Y

2 Safety statements Safety

Overview Purpose

This chapter provides information on the structure of safety statements which may arise in the course of your work. Contents Structure of safety statements

2-2

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R E L I M I N ................................................................ ............................... .................................................................. ............................................................... .............................................................. .................................................................. ................................................................... ................................... A Alcatel-Lucent – Proprietary V7.1.1 2-1 R NN-20500-1 NN-20 500-195 95 Issue 4.08 Use pursuant to applicable agreements Y November 2010

Structure of safety statements YSafety statements R.................................................................................................................................................................................................................................... A Structure of safety statements N I M I Overview L E Safety statements describe the safety risks relevant while performing tasks on R Alcatel-Lucent products during deployment and/or use. Failure to avoid the hazards may

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have serious consequences.

General structure

Safety statements include the following structural elements:

B

C

D CAUTION Lifting hazard

E

F

Lifting this equipment by yourself can result in injury due to the size and weight of the equipment.

G

Always use three people or a lifting device to transport and position this equipment. [ABC123]

H

Item

Structure element

Purpose

1

Safety alert symbol

Indicates the potential for personal injury (optional)

2

Safety symbol

Indicates hazard type (optional)

3

Signal word

Indicates the severity of the hazard

4

Hazard type

Describes the source of the risk of damage or injury

5

Safety message

Consequences if protective measures fail

6

Avoidance message

Protective measures to take to avoid the hazard

7

Identifier

The reference ID of the safety statement (optional)

Signal words

The signal words identify the hazard severity levels as follows:

Y Signal word Meaning R DANGER Indicates an extremely hazardous situation which, if not avoided, will A result in death or serious injury. N I M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R2-2 Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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Structure of safety statements

Safety statements

....................................................................................................................................................................................................................................

Signal word

Meaning

WARNING

Indicates a hazardous situation which, if not avoided, could result in death or serious injury.

CAUTION

Indicates a hazardous situation which, if not avoided, could result in minor or moderate injury.

NOTICE

Indicates a hazardous situation not related to personal injury.

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Structure of safety statements YSafety statements R.................................................................................................................................................................................................................................... A N I M I L E R

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R E L I M I N A R Y

Part III: TRDU Description

Overview Purpose

This part provides the TRDU description Contents Chapter 3, TRDU basic characteristics

3-1

Chapter 4, TRDU associated modules

4-1

Chapter 5, TRDU power up and down procedures

5-1

Chapter 6, TRDU preventive maintenance

6-1

Chapter 7, TRDU corrective maintenance

7-1

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Overview YTRDU Description R.................................................................................................................................................................................................................................... A N I M I L E R

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3

R E L I M I N A R Y

3 TRDU basic characteristics

Overview Purpose

This part describes the basic characteristics of TRDU modules within 9100 Multi-Standard Base Stations. Contents TRDU introduction

3-2

TRDU features and functions

3-11

TRDU connectivity

3-13

TRDU physical characteristics

3-16

TRDU/9100 Base Station configurations

3-17

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TRDU introduction YTRDU basic characteristics R.................................................................................................................................................................................................................................... A TRDU introduction N I M I Overview L E The TRDU module is a combination of three UMTS modules: R Transceiver Receiver Module (TRM)

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• •

Multi-Carrier Power Amplifier (MCPA)

•

Dual Duplexer Module (DDM)

The TRDU module is a complete UMTS Radio Equipment designed to operate in full UMTS FDD Band I (2100/1900 MHz). It manages functionalities between base band Common Public Radio Interface (CPRI) and Radio Frequency (RF) air interface. There are two variants of the TRDU module, according to the output power and number of frequency carriers: •

•

TRDU40-21 delivers 40W nominal composite output power at antenna port (45W at module level), and supports up to two adjacent frequency carriers at 10 MHz instantaneous bandwidth:

–

40W x 1 frequency carrier

–

20W x 2 frequency carriers

TRDU60-21 delivers 60W nominal composite output power at module level, and supports up to four adjacent frequency carriers at 20 MHz instantaneous bandwidth:

–

60W x 1 frequency carrier

–


–


–



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TRDU basic characteristics

TRDU introduction

....................................................................................................................................................................................................................................

The following figure shows the TRDU40–21 front panel. Figure 3-1 TRDU40–21 front panel

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R E L I M I N A R Y

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TRDU introduction YTRDU basic characteristics R............................. .............................................................. ................................................................... ................................................................. ............................................................. ................................................................ ................................................................... ..................................... .... A The following figure shows the TRDU60–21 front panel. N I Figure Figur e 3-2 TRDU TRDU60–21 60–21 front panel panel M I L E R

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Note: For detailed information on connectors, please refer to “TRDU to “TRDU connectivity” (p. 3-13)

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TRDU introduction

................................................................. ................................ ................................................................... .............................................................. .............................................................. ................................................................... .................................................................. ...................................

TRDU subrack

In the Multi-Standard solution, the TRDU module is used within a 19" TRDU subrack (STCSR) which contains the following modules: • •

•

Up to six TRDU modules (three TRDU modules in the basic basic configuration) Up to two TRDU TRDU InterCOnnection (ICO) modules modules (one TRDU ICO module and one TRDU ICO filler in the basic configuration)

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R E L I M I N A R Y

One TRDU TRDU subrack Cooling Unit Unit (TRCU) module module Note: In a configuration of less than three or six TRDUs, the missing TRDUs are replaced with TRDU fillers. (See Provisioning rule for TRDU Filler in Table 7-1, “TRDU subrack orderable items” (p. 7-2)) 7-2) ) Note: In a confi configurati guration on of one to three TRDUs, the second TRDU ICO module is replaced with an ICO filler.

The following figure shows an outside view of the TRDU sub-rack with one TRDU ICO module inserted. Figure Figur e 3-3 Outsid Outside e view of the TRDU TRDU sub-rack sub-rack

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R E L I M I N ................................................................. ................................ ................................................................... .............................................................. .............................................................. ................................................................... .................................................................. ................................... A Alcatel-Lucent – Proprietary V7.1.1 3-5 R NN-20500-1 NN-20 500-195 95 Issue 4.08 Use pursuant to applicable agreements Y November 2010

TRDU introduction YTRDU basic characteristics R............................. .............................................................. ................................................................... ................................................................. ............................................................. ................................................................ ................................................................... ..................................... .... A The following figure shows a front view of the TRDU sub-rack fully equipped with six N I TRDUs, two TRDU ICO modules and one TRCU M I Figure Figur e 3-4 Front view of the TRDU TRDU sub-rack sub-rack (fully (fully equipped) equipped) L E R

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The TRDU subrack fits into the free space of the 19" rack system of a 9100 Base Station.

Y (See next section, "TRDU in Multi-Standard solution".) R A N I M I L............................. ................................................................... ................................................................. ............................................................. ................................................................ ................................................................... ..................................... .... E.............................................................. Alcatel-Lucent – Proprietary V7.1.1 R3-6 Use pursuant to applicable agreements NN-20500-1 NN-20 500-195 95 Issue 4.08

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November 2010


TRDU introduction

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TRDU in Multi-Standard solution

The Alcatel-Lucent 9100 Multi-Standard Base Station solution is composed of three main parts: •

• •

The Alcatel-Lucent 9100 Multi-standard Base station Indoor and Outdoor with GSM equipment The Alcatel-Lucent 9326 d2U V2 provides the controller and base band units

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R E L I M I N A R Y

TRDU 40W 2100 MHz or TRDU 60W 2100 MHz (UMTS radio modules) for the radio part

Figure 3-5 9100 Multi-Standard Base Station with TRDU

Note: In the GSM part, ANC means Antenna Network with Combiner (and duplexers); SUM means Station Unit Module (in charge of transmission, O&M functions, clock distribution, remote inventory, external interfaces, management of internal interfaces; TRX means Transceiver Receiver module, either single or twin TRX.

The Alcatel-Lucent 9100 Base Stations capable of receiving UMTS modules (TRDU + d2U V2) are the following: Macro Base Station Indoor MBI5 cabinets: 3BK25965xxxx

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R Macro Base Station Outdoor MBO2 cabinets: 3BK25675xxxx E L Macro Base Station Outdoor MBO2e cabinets: 3BK25675xxxx I M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 3-7 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 • • •

TRDU introduction YTRDU basic characteristics R.................................................................................................................................................................................................................................... A N Figure 3-6 MBI5 cabinet with TRDUs and d2U V2 I M I L E R

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Y Note: The MBI5 cabinet has three subracks (no. 3, 4, 5) dedicated for GSM modules, R and two subracks (no. 1, 2) dedicated for UMTS modules (TRDUs + TRDU ICOs + A TRCU + d2U V2). N I M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R3-8 Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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TRDU introduction

....................................................................................................................................................................................................................................

The MBI5 also has 12 antenna connectors to cover up to six sectors (three GSM + three UMTS). Figure 3-7 MBO2E cabinet with TRDUs and d2U V2

Note: The MBO2E cabinet has four subracks (no. 1, 2, 3, 6) dedicated for GSM modules, and two subracks (no. 4, 5) dedicated for UMTS modules (TRDUs + TRDU ICOs + TRCU + d2U V2).

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R E L I M I N A R Y

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R E The MBO1E cabinet does not allow MS configuration due to its compact size. L I M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 3-9 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 The MBO2 cabinet also has two subracks (no. 4, 5) dedicated for UMTS modules.

TRDU introduction YTRDU basic characteristics R.................................................................................................................................................................................................................................... ABenefits of Multi-Standard solution N I The Alcatel-Lucent Multi-Standard solution combines GSM and UMTS modules within M I GSM cabinets (MBI5, MBO2, or MBO2 Ev). It is a zero footprint solution since UMTS L modules are inserted within the free space of existing GSM cabinets, easily upgraded. E GSM and UMTS parts are totally independent. R

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November 2010


TRDU features and functions

....................................................................................................................................................................................................................................

TRDU features and functions TRDU features and functions

The TRDU module integrates the following three functions into one single module: • • •

Transceiver Multi-carrier power amplifier

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R E L I M I N A R Y

Duplexer/filter

The TRDU module can manage up to two (TRDU40-21) or four adjacent carriers (TRDU60-21) in UMTS Band I (2110-2170 MHz in downlink; 1920-1980 MHz in uplink) with the following characteristics: •

•

Downlink: one transmit chain supporting up to two or four adjacent carriers (spacing between 4.6 and 5.2 MHz) Uplink: dual receive chain in a main/diversity arrangement supporting up to two or four adjacent carriers

RF air interface is supported through two antenna connections: •

•

One duplexed antenna connection supporting transmit and receive main paths (Antenna Main) One single antenna connection supporting receive diversity path (Antenna Div)

The TRDU module provides an Antenna Interface Standard Group (AISG) functionality. Base band interface is supported through one slave CPRI link at 1.2288 Gbps (TRDU40-21), or one dual CPRI link (UMTS + LTE) at 2.45 Gbps (TRDU60-21) Note: LTE stands for Long Term Evolution

The TRDU module includes a DC/DC converter for the -48 V DC power supply conversion. The TRDU module also incorporates a Voltage Standing Wave Ratio (VSWR) meter to monitor RF mismatching between antenna and TRDU main antenna connection. This VSWR meter monitors Return loss at antenna main port connection. Two VSWR thresholds are monitored, corresponding to two alarm levels reported through CPRI interface. The following figure illustrates the internal architecture of the TRDU module.

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TRDU features and functions YTRDU basic characteristics R.................................................................................................................................................................................................................................... A N Figure 3-8 TRDU internal architecture I M I L E R

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The TRDU module can be used in different modes regarding antenna system, depending on Tower Mounted Amplifier (TMA) use and/or AISG Antenna Line Device (ALD) use: •

•

No TMA mode Antenna outputs and antenna(s) are directly connected through RF feeders. TMA mode An additional amplifier is added on each antenna branch in order to compensate feeder loss on uplink path. Two sub-modes with TMA can be used: –

TMA UMTS mode: in this mode, the TMA is powered and monitored from the TRDU module.

–

TMA Mix mode: in this mode, the TRDU module manages only extra gain on uplink paths introduced by the TMA. This mode can be used in case of antenna sharing with another system (the TMA is powered and monitored from this system), or in case of AISG TMA (the TMA is powered and monitored by the AISG primary device).


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TRDU connectivity

....................................................................................................................................................................................................................................

TRDU connectivity Purpose

The TRDU module is designed as a standalone unit, mounted in a closed metal housing fitted with a heat sink. It provides two RF coaxial antenna connections, and a CPRI input for connection to the xCCM-U module.

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R E L I M I N A R Y

The following figure shows the TRDU40–21 front panel. Figure 3-9 TRDU40–21 front panel

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TRDU connectivity YTRDU basic characteristics R.................................................................................................................................................................................................................................... A The following figure shows the TRDU60–21 front panel. N I Figure 3-10 TRDU60–21 front panel M I L E R

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The TRDU front panel provides the following connectors: •

One RF Antenna Main port (7/16 female connector) used for duplexed transmit and

Y receive connection (labeled "TX/RX") R One RF Antenna Div port (7/16 female connector) used for single receive connection A (labeled "RX") N I M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R3-14 Use pursuant to applicable agreements NN-20500-195 Issue 4.08 •

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November 2010

TRDU connectivity


....................................................................................................................................................................................................................................

In version TRDU60 only: six connectors useful only for the manufacturer (RX repeaters div input, RX repeaters main input, RX sample div output, RX sample main output, TX sample output, TX repeater output)

•

One DC power input (3-pin 3W3 connector) used for TRDU -48 V DC power supply (labeled "POWER IN")

•

One CPRI input (single Small Form factor Pluggable (SFP) 20-pin receptacle) used for connection to xCCM-U (labeled "DATA I/O" in version TRDU40-21, labeled “SLAVE” in version TRDU60-21)

•

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R E L I M I N A R Y

In version TRDU60 only, or a future release: one CPRI output used in the daisy chain configuration ( labeled “MASTER”)

•

One Debug Ethernet connector (RJ-45 type connector) used for synchronization of test equipment (labeled "ETHERNET")

•

One AISG input (9-pin D-SUB male connector with female screw locks) used for connection to AISG RS485/DC line bus from AISG primary device (labeled "AISG IN")

•

The TRDU front panel has two circle-shaped LEDs indicating its status. Table 3-1

TRDU LED behavior

Green circle-shaped LED

Red circle-shaped LED

TRDU status

OFF

OFF

TRDU not powered

ON

ON

TRDU starting, BISTs in progress

ON

OFF

TRDU is OK, should not be removed, TRDU is radiating RF power

ON

BLINK

TRDU is OK, TRDU is ready to radiate RF power (waiting for xCCM-U configuration, no RF power).

OFF

ON

TRDU is NOK, must be removed and replaced

OFF

BLINK

TRDU is waiting for Bootp (all the Boot Level 2 are invalid) or Boot Level 2 is in failure

BLINK

Not significant

Downloading in progress

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TRDU physical characteristics YTRDU basic characteristics R.................................................................................................................................................................................................................................... A TRDU physical characteristics N I M I TRDU physical characteristics L E The TRDU subrack components have the following physical characteristics. R

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Table 3-2

TRDU dimensions and weight

Component

Weight (kg)

TRDU subrack

46.5 (with three TRDUs + one TRDU ICO + one TRCU)

Height (mm)

Width (mm)

Depth (mm)

444.5

445

350

79 (with six TRDUs + two TRDU ICOs + one TRCU) TRDU40-21 module

10.5

325.6

73.7

350

TRDU60-21 module

9.5

325.6

73.7

350

TRDU ICO module

1

63.5

222

50

TRCU module

4

60

444

350


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TRDU/9100 Base Station configurations Purpose

The following table indicates the different configurations of 9100 Multi-Standard Base Stations in terms of TRDUs and carriers. Table 3-3


9100 Base Station

Number of carriers per sector With single TRX

MBO2E

MBI5

With twin TRX

Number of TRDU modules With RX div

Without RX div

2/2/2

4/4/4

5

6

-

2/2/2 + 2/2/2

2

4

2/2/2

4/4/4

4

6

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R E L I M I N A R Y

Maximum number of antenna connectors 16

14

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TRDU/9100 Base Station configurations YTRDU basic characteristics R.................................................................................................................................................................................................................................... A N I M I L E R

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4 TRDU associated modules

Overview Purpose

This chapter describes the TRDU ICO and TRCU modules associated with TRDU modules within a TRDU subrack. Contents TRDU InterCOnnection (TRDU ICO) module

4-2

TRDU sub-rack Cooling Unit (TRCU)

4-4

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TRDU InterCOnnection (TRDU ICO) module YTRDU associated modules R.................................................................................................................................................................................................................................... A TRDU InterCOnnection (TRDU ICO) module N I The basic configuration hosts one TRDU ICO module. M I L If more than three TRDUs are used, the TRDU sub-rack houses two TRDU ICO modules E (TRDU ICO 1 and TRDU ICO 2). R

PMain functions

The TRDU ICO module is used to power-supply the following equipment: •

Up to three TRDU modules

•

The TRDU sub-rack Cooling Unit (TRCU)

•

A user optional equipment (such as the CCU for RETA)

The TRDU ICO module distributes -48 V DC power. Hardware description

The TRDU ICO module is powered from the . All the interfaces are accessible from the front panel of the TRDU ICO module. The following figure shows the front panel of the TRDU ICO module. Figure 4-1 Front panel of the TRDU ICO module

The front panel of the TRDU ICO module provides: Y R One Mini-Fit Sr. input power connector ("PWR IN") used for connection to the A Three 1-row/3-way Mini Fit Jr. output power connectors ("J3 TRDU1/4", "J4 N I TRDU2/5", "J5 TRDU3/6") used for power distribution to the TRDUs M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R4-2 Use pursuant to applicable agreements NN-20500-195 Issue 4.08 • •

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TRDU associated modules

TRDU InterCOnnection (TRDU ICO) module

.................................................................................................................................................................................................................................... •

•

One 1-row/3-way Mini Fit Jr. output power connector ("J1 TRCU") used for power distribution to the TRCU Note: For a configuration including more than three TRDUs, the TRCU is power-supplied through the TRDU ICO 1 only. The "J1 TRCU" connector of the TRDU ICO 2 is not used. One 1-row/3-way Mini Fit Jr. output power connector ("J2 AUX") used for power distribution to the CCU for RETA (or another optional equipment)

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R E L I M I N A R Y

The five output power connectors are protected with individual fuses.

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TRDU sub-rack Cooling Unit (TRCU) YTRDU associated modules R.................................................................................................................................................................................................................................... A TRDU sub-rack Cooling Unit (TRCU) N I The TRDU sub-rack contains a cooling unit named TRCU. M I L EMain functions R

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The installed TRDU equipment is cooled by ventilation unit named TRDU sub-rack Cooling Unit (TRCU). It is installed at the bottom of the TRDU sub-rack and provides a vertical air flow.

Operating principle

The cooling air paths operate as follows: •

The air enters at the bottom part of the TRDU sub-rack.

•

The air is pushed through the installed TRDU equipment.

•

The air is exhausted through the top of the TRDU sub-rack.

Hardware description

The TRCU is composed of the following parts: •

Three axial DC fans

•

One temperature control sensor

•

One Printed-Circuit Board Assembly (PCBA) for control functions, power supply and alarm LED

The following figure shows the TRCU front panel. Figure 4-2 TRCU front panel

The TRCU front panel has the following connectors:

Y One 1-row/3-way Mini Fit Jr. input power connector ("J2 PWR IN"), used for power R supply from the TRDU ICO module (it provides DC power for the TRCU PCBA and A the fans) N I One input internal alarm RJ-45 female connector ("J3A ALARM IN") used for M I connection to the RUC module of the 9326 d2U V2 rack L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R4-4 Use pursuant to applicable agreements NN-20500-195 Issue 4.08 •

•

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TRDU sub-rack Cooling Unit (TRCU)

TRDU associated modules

....................................................................................................................................................................................................................................

It provides: –

One-wire link (for inventory and alarm detection)

– Associated power distribution (5 V) The TRCU inventory and alarms are polled by the xCCM-U board. The alarms triggered by the TRCU (xCCM-U board: one-wire) are:

•

•

–

Fans

–

Temperature sensor failure

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R E L I M I N A R Y

One output internal alarm RJ-45 female connector ("J3B ALARM OUT") used for connection: –

To the "INTERNAL ALARM BUS / IN" connector of the IEAM module, if this module is installed (below the 9326 d2U V2 rack)

–

To the "Internal alarm bus / IN" connector of the LPPCM module, if this module is installed (above the 9326 d2U V2 rack)

–

To the "INTERNAL ALARM BUS / IN" connector of the IEAM module, if both LPPCM and IEAM modules are installed

One RJ-45 connector ("J6 IHM") for debug purposes

The TRCU front panel also has one LED indicating the TRCU alarm status: the LED is green for normal operation and turns red for a malfunction.

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TRDU sub-rack Cooling Unit (TRCU) YTRDU associated modules R.................................................................................................................................................................................................................................... A N I M I L E R

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5

R E L I M I N A R Y

5 TRDU power up and down procedures

Overview Purpose

This part describes how to power up and power down a TRDU subrack. Contents Powering up a TRDU subrack

5-2

Powering down a TRDU subrack

5-5

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Powering up a TRDU subrack YTRDU power up and down procedures R.................................................................................................................................................................................................................................... A Powering up a TRDU subrack N I M I Purpose L E Perform the following procedure to power up a TRDU subrack. R

PInitial checks

At the customer DC power plant, check that the 25 A circuit breaker dedicated to the TRDU ICO module is in the "OFF" position. On the front panel of each TRDU, check that the power switch is in the " O" position. Figure 5-1 Power switch on TRDU front panel


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TRDU power up and down procedures

Powering up a TRDU subrack

....................................................................................................................................................................................................................................

Procedure ...................................................................................................................................................................................................

1

At the customer DC power supply, put the site circuit breaker dedicated to the TRDU ICO module (25 A) in the "ON" position. ...................................................................................................................................................................................................

2

On the front panel of each TRDU, put the power switch in the " I " position.

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R E L I M I N A R Y

During TRDU startup, the green and red LEDs on the TRDU front panel are ON. Wait for TRDU startup. ...................................................................................................................................................................................................

3

On the front panel of each TRDU, check that: •

The green LED is ON

•

The red LED is OFF

•

In the case of TRDU40-21, the "DATA I/O" LED is green

...................................................................................................................................................................................................

4

On the xCCM-U front panel, and for each optical port used, check the two Tx and Rx LEDs: •

•

•

Tx and Rx LEDs are green if the communication is established between the 9326 d2U V2 and the TRDU. Rx LED is green and Tx LED is OFF if the TRDU attempt for establishing the communication fails. Tx and Rx LEDs are OFF if no TRDU is connected.

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Powering up a TRDU subrack YTRDU power up and down procedures R.................................................................................................................................................................................................................................... A N Figure 5-2 Tx/Rx LEDs on xCCM-U front panel I M I L E R

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N D O F S T E P S E...................................................................................................................................................................................................


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TRDU power up and down procedures

Powering down a TRDU subrack

....................................................................................................................................................................................................................................

Powering down a TRDU subrack Purpose

Perform the following procedure to power down a TRDU subrack. Procedure

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R E L I M I N A R Y

...................................................................................................................................................................................................

1

Preliminary operation: Check with the OMC administrator that the btsSiteManager object is "locked". ...................................................................................................................................................................................................

2

On the front panel of each TRDU, put the power switch in the " O" position. Figure 5-3 Power switch on TRDU front panel

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Powering down a TRDU subrack YTRDU power up and down procedures R.................................................................................................................................................................................................................................... A ................................................................................................................................................................................................... N I Check on each TRDU front panel that the green LED, the red LED and in the case of a 3 M TRDU40-21, the DATA I/O LED are OFF. I L ................................................................................................................................................................................................... E R At the customer DC power supply, put the site circuit breaker dedicated to the TRDU ICO 4

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module (25 A) in the "OFF" position. ...................................................................................................................................................................................................

5

Check that the fans are stopping down. ...................................................................................................................................................................................................

6

Check that the LED on the TRCU front panel is OFF. E................................................................................................................................................................................................... N D O F S T E P S


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6

R E L I M I N A R Y

6 TRDU preventive maintenance

Overview Purpose

This part contains the preventive maintenance procedure applicable to TRDU modules within 9100 Multi-Standard (MS) Base Stations. Contents Preventive maintenance activity

6-2

Inspecting TRDU connectors

6-3

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Preventive maintenance activity YTRDU preventive maintenance R.................................................................................................................................................................................................................................... A Preventive maintenance activity N I M I Purpose L E This chapter gives general information about preventive maintenance procedures. R

PPreventive maintenance

The preventive maintenance is used to periodically test the items of equipment that do not directly trigger any alarm at the OMC. However, the execution of preventive maintenance procedures can trigger alarms at the OMC. Preliminary checks before performing preventive maintenance procedure

WARNING Personal injury hazard The personnel working on the cabinet must be authorized to work according to the applicable safety standards

NOTICE ESD hazard Electronic components can be destroyed by electrostatic discharge (ESD). Hold circuit packs only at the edges or on the insertion and removal facilities. Always observe the general ESD instructions. Description of a preventive maintenance procedure

A preventive maintenance procedure is divided into the following parts: • •

Title Main body with the following information: –

Intervention time

–

Tools required

–

Impact of the procedure, if necessary

–

Step-by-step actions

–

One or more figures provided to help you execute the actions


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Inspecting TRDU connectors

TRDU preventive maintenance

....................................................................................................................................................................................................................................

Inspecting TRDU connectors Purpose

Carry out the following procedure to inspect connectors on the TRDU modules of a 9100 Multi-Standard (MS) Base Station. Note: Connectors may require periodic cleaning in dirty and high humidity areas.

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R E L I M I N A R Y

Intervention time

10 minutes Tools required

Adjustable wrench

WARNING Electric-shock hazard The 9100 MS Base Station remains supplied with the mains power supply

NOTICE Service-disruption hazard This procedure can require a service interruption from the 9100 MS Base Station. Important! The personnel working on the 9100 MS Base Station must be authorized to work according to the security standards. Procedure ...................................................................................................................................................................................................

1

Contact the OMC administrator to warn him that a maintenance operation will trigger the Base Station door alarm. ...................................................................................................................................................................................................

2

Open the Base Station door(s). ...................................................................................................................................................................................................

3

Check the TRDU front panels visually. (See Figure 3-9, “TRDU40–21 front panel” (p. 3-13) or Figure 3-10, “TRDU60–21 front panel” (p. 3-14) ) ...................................................................................................................................................................................................

4

Check that connectors do not move.

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R E L If necessary, tighten the connectors with the adjustable wrench. 5 I M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 6-3 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 ...................................................................................................................................................................................................

Inspecting TRDU connectors YTRDU preventive maintenance R.................................................................................................................................................................................................................................... A ................................................................................................................................................................................................... N I Close the Base Station door(s). 6 M I ................................................................................................................................................................................................... L E Check with the OMC administrator that the door alarm is OFF. 7 R

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E................................................................................................................................................................................................... N D O F S T E P S


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7

R E L I M I N A R Y

7 TRDU corrective maintenance

Overview Purpose

This part describes the replacement procedures applicable to TRDU subrack modules. Contents Corrective maintenance activity

7-2

Replacing a TRDU module

7-5

Replacing a TRDU ICO module

7-11

Replacing a TRCU module

7-14

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Corrective maintenance activity YTRDU corrective maintenance R.................................................................................................................................................................................................................................... A Corrective maintenance activity N I M I Purpose L E This chapter gives general information and order codes for corrective maintenance on R TRDU subrack modules.

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Corrective maintenance

Corrective maintenance is based on network supervision using the OAM graphical interface. For more information, please refer to Alcatel-Lucent 9353 Wireless Management System - User Guide, NN-20500-032. Corrective maintenance is also based on the identification and replacement of faulty items detected by alarms. The process is divided into the following steps: •

Locating and identifying the faulty item

•

Replacing the faulty item using the procedure given in this publication

Replacing modules/items in a TRDU subrack

The following table indicates the Orderable Item (or code) for each module/item to be replaced in a TRDU subrack. Table 7-1

TRDU subrack orderable items

Kit TRDU Subrack Installation Kit (up to three TRDUs)

TRDU Subrack Extension Kit Indoor (more than three TRDUs) TRDU Subrack Extension Kit Outdoor (more than three TRDUs)

Module/item

Orderable Item

Provisioning rule

Evolium TRDU subrack

3JR08801AA

One subrack

TRCU

3JR08803AA

One module

TRDU ICO

3JR08802AA

One module

TRDU ICO Filler

3JR08808AA

One filler only if the TRDU subrack Extension Kit is not required

TRDU ICO

3JR08802AA

One module

Evolium Power Adaptor Board

3JR08805AA

One board

Standoff Locking PB

1AD002760006

Four items

TRDU ICO

3JR08802AA

One module


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Corrective maintenance activity

TRDU corrective maintenance

....................................................................................................................................................................................................................................

Table 7-1

TRDU subrack orderable items

TRDU Module and Filler

TRDU BAND01 45W

(continued) 3JR21002AA

OTOR configuration: one TRDU. BTBR configuration: two TRDUs.

TRDU BAND01 4C 60W

3JR21012AB

TRDU Filler

3JR08604AA

STSR configuration: three TRDUs.

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R E L I M I N A R Y

Two fillers for one or four TRDUs. One filler for two TRDUs. No filler for three or six TRDUs.

For information on 9326 d2U V2, please refer to Alcatel-Lucent 9326 digital 2U Node B V2 - Maintenance Guide, NN-20500-204. Description of a replacement procedure

A replacement procedure is divided into the following parts: • •


Intervention time

–

Tools required

–


–


One or more figures can be provided to help you execute the actions. Intervention restrictions

There may be a lapse of time between the identification of the alarm at the Access OAM Graphic User Interface (GUI) and the time you arrive at the site. You must be synchronized with the access network controller or system administrator (by telephone) before an on-site intervention, in the following cases: •

Isolating procedures

•

Completion of an on-site intervention

•

Return to service procedure

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Corrective maintenance activity YTRDU corrective maintenance R.................................................................................................................................................................................................................................... AGeneral personnel safety instructions N I The personnel must obey the safety instructions specific to the installation site: M I Rules concerning the premises (see instructions posted on site or in the building) L E Rules linked to general personnel safety instructions R • •

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The personnel working on the cabinet must be authorized to work according to security standards.

Equipment safety instructions

The TRDU module normally operates when the external temperature is between -40°C and +50°C.


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Replacing a TRDU module Purpose

Carry out the following procedure to replace a TRDU module within a 9100 Multi-Standard Base Station.

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R E L I M I N A R Y

Intervention time

15 minutes Tools required •

Extraction handle (P/N: P0850747)

•

N torque wrench

•

Phillips screwdriver

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Replacing a TRDU module YTRDU corrective maintenance R.................................................................................................................................................................................................................................... A N Figure 7-1 TRDU40–21 front panel I M I L E R

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....................................................................................................................................................................................................................................

Figure 7-2 TRDU60–21 front panel

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R E L I M I N A R Y

NOTICE ESD hazard Electronic components can be destroyed by electrostatic discharge (ESD). Hold circuit packs only at the edges or on the insertion and removal facilities. Always observe the general ESD instructions.

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Replacing a TRDU module YTRDU corrective maintenance R.................................................................................................................................................................................................................................... A NOTICE N I Service-disruption hazard M I L This procedure will result in service disruption. Notify the OMC administrator of a E service outage before commencing. R

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Important! The N tightening torque must be 1.7 N.m (1.6 N.m to 1.8 N.m). Important! Respect bend radius of cables while tightening connectors.

Pay attention to cable torsion and bend radius during maintenance operations. Procedure ...................................................................................................................................................................................................

1


2

Locate the faulty TRDU module in the TRDU subrack: its red LED is lit. For location of TRDU modules, please refer to Figure 3-6, “MBI5 cabinet with TRDUs and d2U V2” (p. 3-8) or Figure 3-7, “MBO2E cabinet with TRDUs and d2U V2” (p. 3-9) . ...................................................................................................................................................................................................

3

Ask the OMC administrator to lock the trdu object through Set Administrative State. For more information, please refer to Alcatel-Lucent 9353 Wireless Management System User Guide, (NN-20500-032). ...................................................................................................................................................................................................

4 Switch OFF the TRDU module.

The "POWER" switch is located on the TRDU front panel. ...................................................................................................................................................................................................

5

On the front panel of the faulty TRDU module, disconnect the following cables: The CPRI cable (connector labeled “DATA I/O” for TRDU40-21, “SLAVE” for TRDU60-21)

•

•

The N cable connected to the "TX/RX" connector, using the N torque wrench

•

The N cable connected to the "RX" connector, using the N torque wrench

...................................................................................................................................................................................................

6

WARNING Equipment damage hazard

Beware that if you do not disconnect the power cable at the TRDU ICO module, there is a risk of destroying the equipment, because of a connected -48 V cable hanging down.

Y R First, remove the power cable at the TRDU ICO module (do not remove the data cable). A Then, in front of the faulty TRDU module, disconnect the power cable that is connected N I to the "POWER IN" connector. M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R7-8 Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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7

Untighten the four TRDU front panel screws, using the Phillips screwdriver. ...................................................................................................................................................................................................

8

Remove the faulty TRDU module, using the extraction handle. ...................................................................................................................................................................................................

9

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Insert the new TRDU module. ...................................................................................................................................................................................................

10

Tighten the four TRDU front panel screws, using the Phillips screwdriver. ...................................................................................................................................................................................................

11

Check that the new TRDU module is switched OFF. ...................................................................................................................................................................................................

12

WARNING Equipment damage hazard

Before connecting the power cable to the TRDU module, check the correct side of the "POWER IN" connector. Make sure the small side of the "POWER IN" connector is connected to the small side of the power cable connector. Never connect the small side with the large side, otherwise there is a risk of TRDU failure. Connect the power cable to the "POWER IN" connector. ...................................................................................................................................................................................................

13

DANGER Personnel protection

When connecting the power cable to the TRDU ICO module, be careful not to touch the TRDU ICO module. Connect the power cable to the TRDU ICO module. ...................................................................................................................................................................................................

14

On the new TRDU ront panel, connect the following cables: •

•

The CPRI cable (connector labeled “DATA I/O” for TRDU40-21, “SLAVE” for TRDU60-21) The N cable to the "TX/RX" connector, using the N torque wrench (tightening torque: 1.7 N.m)

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R E L ................................................................................................................................................................................................... I M 15 Switch ON the TRDU module. I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 7-9 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 •

The N cable to the "RX" connector, using the N torque wrench (tightening torque: 1.7 N.m)

Replacing a TRDU module YTRDU corrective maintenance R.................................................................................................................................................................................................................................... A The TRDU module is automatically unlocked. N I ................................................................................................................................................................................................... M I If the TRDU module is not automatically unlocked, ask the OMC 16 L E administrator to unlock the trdu object through Set Administrative State. For more R information, please refer to Alcatel-Lucent 9353 Wireless Management System - User

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Guide, (NN-20500-032). ...................................................................................................................................................................................................

17

Check the TRDU LEDs. If the MS Base Station is connected and configured by the network: •

A green LED means that the module is configured to transmit

•

A red LED means that the module is not configured to transmit

State of the LED

then

Green

Check the new FDDCell object at the OMC-B through Set Administrative State. For more information, refer to AAlcatel-Lucent 9353 Wireless Management System - User Guide, (NN-20500-032). Close the Base Station door(s). Without resetting the Base Station.

Red

If the TRDU module is configured to transmit, call the operator at the OMC-B and check with him any existing alarms.

E................................................................................................................................................................................................... N D O F S T E P S


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Replacing a TRDU ICO module Purpose

Carry out the following procedure to replace a TRDU ICO module. Intervention time

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TORX screwdriver (no.30)

NOTICE Service-disruption hazard This procedure requires switching OFF the TRDU subrack.

NOTICE ESD hazard Electronic components can be destroyed by electrostatic discharge (ESD). Hold circuit packs only at the edges or on the insertion and removal facilities. Always observe the general ESD instructions. Figure 7-3 TRDU ICO front panel

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Replacing a TRDU ICO module YTRDU corrective maintenance R.................................................................................................................................................................................................................................... AProcedure N I ................................................................................................................................................................................................... M I Power down the TRDU subrack. (See “Powering down a TRDU subrack” (p. 5-5) .) 1 L E ................................................................................................................................................................................................... R

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2

Before disconnecting the cables, take care to note their assignment.

...................................................................................................................................................................................................

3

On the front panel of the TRDU ICO module, disconnect the following cables: •

•

•

•

The input power cable (3JR22057AA - connector labeled "PWR IN") used for TRDU ICO power supply from the customer DC power plant The power cable (3JR22040AA - connector labeled "J1 TRCU") used for power distribution to the TRCU The three power cables (3JR22039AA - connectors labeled "J3 TRDU1/4", "J4 TRDU2/5", "J5 TRDU3/6") used for power distribution to the TRDUs If an optional CCU for RETA is used, the power cable (connector labeled "J2 AUX") used for power distribution to the CCU

...................................................................................................................................................................................................

4

Untighten the four front panel screws using the TORX screwdriver. ...................................................................................................................................................................................................

5

Extract the defective TRDU ICO module. Figure 7-4 TRDU ICO general view

Y R A ................................................................................................................................................................................................... N I Insert the new TRDU ICO module. 6 M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R7-12 Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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7

Tighten the four screws on the TRDU ICO front panel using the TORX screwdriver. ...................................................................................................................................................................................................

8

Connect all the power cables on the TRDU ICO front panel. ...................................................................................................................................................................................................

9

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Power up the TRDU subrack. (See “Powering up a TRDU subrack” (p. 5-2) .) ...................................................................................................................................................................................................

10

Check the state of the LED on the TRCU front panel: it should be green. ...................................................................................................................................................................................................

11

Check that the fans operate correctly. E................................................................................................................................................................................................... N D O F S T E P S

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Replacing a TRCU module YTRDU corrective maintenance R.................................................................................................................................................................................................................................... A Replacing a TRCU module N I M I Purpose L E Carry out the following procedure to replace a defective TRCU module, when its front R panel LED is red.

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Intervention time

Five minutes Tools required

TORX screwdriver (no.30)

NOTICE ESD hazard Electronic components can be destroyed by electrostatic discharge (ESD). Hold circuit packs only at the edges or on the insertion and removal facilities. Always observe the general ESD instructions. Figure 7-5 TRCU front panel

Procedure ...................................................................................................................................................................................................

1

On the front panel of the TRDU ICO module, disconnect the power cable (connector labeled "J1 TRCU") used for power distribution to the TRCU module.

Y ................................................................................................................................................................................................... R A On the TRCU front panel, disconnect this power cable from the "J2 PWR IN" connector. 2 N I M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R7-14 Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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Replacing a TRCU module

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3

On the TRCU front panel, disconnect the following cables: •

•

the alarm cable (3JR22036AA - connector labeled "J3A ALARM IN") used for interconnection with the RUC module of the 9326 d2U V2 rack the alarm cable (3JR22038AA - connector labeled "J3B ALARM OUT") used for interconnection with the IEAM module

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Figure 7-6 Power and alarm cables on TRCU front panel

...................................................................................................................................................................................................

4

Untighten the two TRCU front panel screws using the TORX screwdriver. ...................................................................................................................................................................................................

5

Extract the defective TRCU module, taking advantage of the 1U space between the 9326 d2U V2 rack and the TRCU module. ...................................................................................................................................................................................................

6

Insert the new TRCU module. ...................................................................................................................................................................................................

7

Tighten the two screws on the new TRCU front panel using the TORX screwdriver.

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R E L Connect the two alarm cables on the new TRCU front panel. 8 I M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 7-15 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 ...................................................................................................................................................................................................

Replacing a TRCU module YTRDU corrective maintenance R.................................................................................................................................................................................................................................... A ................................................................................................................................................................................................... N I Connect the power cable to the "J2 PWR IN" connector on the new TRCU front panel. 9 M I ................................................................................................................................................................................................... L E On the front panel of the TRDU ICO module, reconnect the power cable to the "J1 10 R TRCU" connector.

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...................................................................................................................................................................................................

11

Check the state of the LED on the TRCU front panel: it should be green. ...................................................................................................................................................................................................

12

Check that the fans operate correctly. N D O F S T E P S E...................................................................................................................................................................................................


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Part IV: MC-TRX description

Overview Purpose

This part provides the MC-TRX description Contents Chapter 8, MC-TRX basic characteristics

8-1

Chapter 9, MC-TRX power up and down procedures

9-1

Chapter 10, MC-TRX preventive maintenance

10-1

Chapter 11, MC-TRX corrective maintenance

11-1

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R E L I M I N ................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 IV-1 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010

Overview YMC-TRX description R.................................................................................................................................................................................................................................... A N I M I L E R

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Y R A N I M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 RIV-2 Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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8 MC-TRX basic characteristics

Overview Purpose

This part describes the basic characteristics of MC-TRX modules within 9100 Multi-Standard Base Stations. Contents MC-TRX introduction

8-2

MC-TRX features and functions

8-11

MC-TRX connectivity

8-13

MC-TRX physical characteristics

8-16

BTS supported configurations

8-18

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MC-TRX introduction YMC-TRX basic characteristics R............................. .............................................................. ................................................................... ................................................................. ............................................................. ................................................................ ................................................................... ..................................... .... A MC-TRX introduction N I M I Overview L E The MC-TRX 900 is a single sector 900 MHz radio module, including R A 900 MHz 2G/3G/L 2G/3G/LTE TE transceiver

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• •

One 2G/3G/L 2G/3G/LTE TE Multi-Carrier Power Power Amplifier (MCP (MCPA) A)

•

A 3G/L 3G/LTE TE CPRI interfa interface ce

•

A 2G Mo Mode dem m

•

A 2G interfa interface ce towards towards 2G contro controller ller

The MC-TRX module is a complete UMTS Radio Equipment designed to operate in UMTS FDD band VIII-35 MHz. It manages functionalities between base band Common Public Radio Interface (CPRI) and Radio Frequency (RF) air interface.

Y R A N I M I L............................. ................................................................... ................................................................. ............................................................. ................................................................ ................................................................... ..................................... .... E.............................................................. Alcatel-Lucent – Proprietary V7.1.1 R8-2 Use pursuant to applicable agreements NN-20500-1 NN-20 500-195 95 Issue 4.08

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MC-TRX basic characteristics

MC-TRX introduction

................................................................. ................................ ................................................................... .............................................................. .............................................................. ................................................................... .................................................................. ...................................

The following figure shows the MC-TRX front panel: Figure Figur e 8-1 MC-TRX front panel

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R E L I M I N ................................................................. ................................ ................................................................... .............................................................. .............................................................. ................................................................... .................................................................. ................................... A Alcatel-Lucent – Proprietary V7.1.1 8-3 R NN-20500-1 NN-20 500-195 95 Issue 4.08 Use pursuant to applicable agreements Y November 2010

MC-TRX introduction YMC-TRX basic characteristics R............................. .............................................................. ................................................................... ................................................................. ............................................................. ................................................................ ................................................................... ..................................... .... AMC-TRX in Multi-Standard solution N I The Alcatel Alcatel-Lucen -Lucentt 9100 Multi-Stand Multi-Standard ard Base Statio Station n solution is compo composed sed of three main M I parts: L The AlcatelAlcatel-Lucen Lucentt 9100 Multi-stand Multi-standard ard Base station Indoor Indoor and Outdoor Outdoor with GSM E equipment R •

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•

The AlcatelAlcatel-Lucen Lucentt 9326 d2U d2U V2 provides provides the controller controller and base base band units units

•

The Multi-carr Multi-carrier ier TRX 900 900 MHz for for the radio part part

Figure Figur e 8-2 9100 Multi-Stand Multi-Standard ard Base Station Station with MC-TRX (one sector sector shown for GSM and UMTS)

Antenna na Network; Network; SUM means Station Unit Unit Note: In the GSM part, AN means Anten Module (in charge of transmission, O&M functions, clock distribution, remote inventory, external interfaces, management of internal interfaces). The Alcatel Alcatel-Luce -Lucent nt 9100 Base Statio Stations ns capable of receivi receiving ng UMTS modules (MC-TRX + d2U V2) are the following: •

Macro Base Station Outdoor MBO1 MBO1 cabinets: 3BK25673xxxx 3BK25673xxxx

•

Macro Base Station Outdoor MBO2 MBO2 cabinets: 3BK25675xxxx 3BK25675xxxx

•

Macro Base Station Outdoor MBO1e MBO1e cabinets: 3BK27263xxxx 3BK27263xxxx

Y Macro Base Station Outdoor MBO2e MBO2e cabinets: 3BK25675xxxx 3BK25675xxxx R Macro Base Station Indoor Indoor MBI5 cabinets: 3BK25965xxxx 3BK25965xxxx A N Macro Base Station Indoor Indoor MBI3 cabinets: 3BK25964xxxx 3BK25964xxxx I M The following figures give examples of MC-TRX in Macro Base Station cabinet I L............................. ................................................................... ................................................................. ............................................................. ................................................................ ................................................................... ..................................... .... E.............................................................. Alcatel-Lucent – Proprietary V7.1.1 R8-4 Use pursuant to applicable agreements NN-20500-1 NN-20 500-195 95 Issue 4.08 • • •

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MC-TRX introduction

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Figure 8-3 MC-TRX within MBI3 cabinet

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MC-TRX introduction YMC-TRX basic characteristics R.................................................................................................................................................................................................................................... A Figure 8-4 MC-TRX within MBI5 cabinet N I M I L E R

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MC-TRX introduction

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Figure 8-5 MC-TRX within MBO1 cabinet

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MC-TRX introduction YMC-TRX basic characteristics R.................................................................................................................................................................................................................................... A Figure 8-6 MC-TRX within MBO1E cabinet N I M I L E R

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MC-TRX introduction

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Figure 8-7 MC-TRX within MBO2 cabinet

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MC-TRX introduction YMC-TRX basic characteristics R.................................................................................................................................................................................................................................... A Figure 8-8 MC-TRX within MBO2E cabinet N I M I L E R

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Benefits of Multi-Standard solution

The Alcatel-Lucent Multi-Standard solution combines GSM and UMTS modules within GSM cabinets. It is a zero footprint solution since UMTS modules are inserted within the free space of existing GSM cabinets, easily upgraded. GSM and UMTS parts are totally independent.


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MC-TRX features and functions


....................................................................................................................................................................................................................................

MC-TRX features and functions MC-TRX features and functions

The MC-TRX 900 module integrates the following functions into one single module: • •

Transceiver One multi-carrier power amplifier ( MCPA)

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The MC-TRX control interface is based on •

•

CPRI protocol (L1/L2) over optical link between BBU and MC-TRX for 3G application Original 2G interface (through backplane) between SUMX 2G application

The MC-TRX CPRI link activation/deactivation is managed by 2G system. If the CPRI link of MC-TRX

then

is activated and declared in MIB by WMS

MC-TRX will work in 3G mode and be managed by 3G system

is not activated

MC-TRX work in 2G mode and is managed by 2G chain

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MC-TRX features and functions YMC-TRX basic characteristics R.................................................................................................................................................................................................................................... A The following figure illustrates the internal architecture of the MC-TRX module: N I Figure 8-9 MC-TRX internal architecture M I L E R

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MC-TRX connectivity

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MC-TRX connectivity Purpose

The front panel of MC-TRX module provides three RF coaxial connections, CPRI link for connection to xCCM-U of the d2U V2 and 8 bi-colored LEDs. The MC-TRX front panel provides the following connectors: •

•

•

•

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R E L I M I N A R Y

One Receiver RF input (7/16 female connector) from the Antenna Network main path (labeled “RX0”) One Receiver RF input (7/16 female connector) from the Antenna Network diversity path (labeled "RX1") One Transmitter RF output (7/16 female connector) to the Antenna Network (labeled “TX”) Two CPRI inputs (single Small Form factor Pluggable (SFP) 20-pin receptacle) used for connection to xCCM-U (labeled “CPRI1” and “CPRI2”)

•

Two Ethernet port (RJ-45 female connector) labeled ”HSE1”, “HSE2”.

•

One port (RJ-45 female connector) labeled ”TEST”

The following figure shows the front panel connectors of MC-TRX module Figure 8-10 MC-TRX 900 connectors

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MC-TRX connectivity YMC-TRX basic characteristics R.................................................................................................................................................................................................................................... A The MC-TRX front panel has 8 bi-colored LEDs: N I 3 (Yellow/Green) are for assignment for 2G related functions and traffic ( labeled M “I1”, “I2”, “I3”) I L 1 (Yellow/Green) for the transmission status (labeled “TX”) E R 2 (Yellow/Green) is for CPRI link status (labeled “CPRI1”, “CPRI2”) •

•

P

• •

1 (Green/Red) is for power/alarm status (labeled “PWR/FLT”)

•

1 (Yellow/Green) is for 3G/4G (labeled “3G/4G”)

The following figure shows the front panel LEDs of MC-TRX module Figure 8-11 MC-TRX LEDs

The following table gives the MC-TRX LEDs management description Table 8-1

MC-TRX LEDs management description

LED State Meaning Y R I1 Assignment for 2G related functions and traffic A I2 Assignment for 2G related functions and traffic N I I3 Assignment for 2G related functions and traffic M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R8-14 Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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Table 8-1

MC-TRX LEDs management description

(continued)

LED

State

Meaning

CPRI1

Off

No slave CPRI connection

Green

Slave CPRI1 connection

Red

No slave CPRI1 connection

Off

No master CPRI connection

Green

Master CPRI2 connection

Red

No master CPRI2 connection

Green

TX Power at antenna

Green Flashing

TX Power on antenna + module transmitting a BCCH (not relevant in 3G mono-mode)

Yellow

O&M operational

Green

Power on and no alarm

Red

Power on and HW A larm (board is out of order)

Red Flashing

Power on and non fatal HW or SW Alarm (degraded service still available)

Off

2G only

Green

3G only

Green flashing

2G + 3G

Yellow

4G only

Yellow Flashing

2G + 4G

CPRI2

TX

PWR/FLT

3G/4G

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MC-TRX physical characteristics YMC-TRX basic characteristics R.................................................................................................................................................................................................................................... A MC-TRX physical characteristics N I M I MC-TRX dimensions and weight L E The MC-TRX module has the following physical characteristics. R

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Figure 8-12 MC-TRX dimensions

Table 8-2

MC-TRX dimensions and weight

Component MC-TRX module

Weight (kg) 7.2

Height (mm) 26.5

Width (mm) 10.7

Depth (mm) 290


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....................................................................................................................................................................................................................................

MC-TRX Consumption

The MC-TRX supports up to 3 UMTS carriers and total transmit power is 60 W (3x20 W). Table 8-3

MC-TRX consumption

Configuration (nb of sectors x output power)

1X20 W

1x40 W or 2x20 W

2x30 W or 3x20 W

100 % traffic load

214 W

284 W

346 W

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BTS supported configurations YMC-TRX basic characteristics R.................................................................................................................................................................................................................................... A BTS supported configurations N I M I Purpose L E This chapter indicates the supporting configurations using 3G MC-TRX , inside a 2G R operating system.

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The configuration 1A allows up to 3 MC-TRX in 2G only and up to 3 MC-TRX in 3G only. Figure 8-13 Configuration 1A: 2G900/ 3G900


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BTS supported configurations

....................................................................................................................................................................................................................................

The configuration 1B allows up to 3 TwinTrx in 2G only and up to 3 MC-TRX in 3G only. Figure 8-14 Configuration 1B: 2G900/ 3G900

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BTS supported configurations YMC-TRX basic characteristics R.................................................................................................................................................................................................................................... A The configuration 2A allows up to 3 MC-TRX in 2G only, up to 3 MC-TRX in 3G only N I and up to 3 TRDU40-21/TRDU60-21 in 3G. M I Figure 8-15 Configuration 2A: 2G900/ 3G900/3G2100 L E R

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Note: Configuration 3A 2G900/3G900/2G1800/3G2100: configuration 2A plus up to TwinTRX 1800


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9 MC-TRX power up and down procedures

Overview Purpose

This part describes how to power up and power down a MC-TRX module. Contents Powering up a MC-TRX module

9-2

Powering down a MC-TRX module

9-6

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Powering up a MC-TRX module YMC-TRX power up and down procedures R.................................................................................................................................................................................................................................... A Powering up a MC-TRX module N I M I Purpose L E Perform the following procedure to power up a MC-TRX module. R

PInitial checks

On the DC breaker panel, check that the circuit breaker dedicated to the MC-TRX module (PDU1 for MBO cabinet or SR1 for MBI cabinet) is in the " OFF" position. Figure 9-1 MBO Power switches


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MC-TRX power up and down procedures

Powering up a MC-TRX module

....................................................................................................................................................................................................................................

Figure 9-2 MBI Power switches

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On the front panel of each MC-TRX, check that the power switch is in the " OFF" position.

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Powering up a MC-TRX module YMC-TRX power up and down procedures R.................................................................................................................................................................................................................................... A N Figure 9-3 Power switch on MC-TRX front panel I M I L E R

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Procedure ...................................................................................................................................................................................................

1

On the DC breaker panel, put the circuit breaker dedicated to the MC-TRX module (PDU1 for MBO cabinet or SR1 for MBI cabinet) in the I position. ...................................................................................................................................................................................................

2

On the front panel of each MC-TRX, put the power switch in the " ENABLE" position. ...................................................................................................................................................................................................

3

On the front panel of each MC-TRX, check that: •

The LED 1 labeled “3G/4G” is green

•

The LED 2 labeled “CPRI 1” is green.

•

The LED 3 labeled “PWR/FLT” is green


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MC-TRX power up and down procedures

Powering up a MC-TRX module

.................................................................................................................................................................................................................................... ...................................................................................................................................................................................................

4

On the xCCM-U front panel, and for each optical port used, check the two Tx and Rx LEDs: •

•

•

Tx and Rx LEDs are green if the communication is established between the 9326 d2U V2 and the MC-TRX. Rx LED is green and Tx LED is OFF if the MC-TRX attempt for establishing the communication fails.

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RX and Tx LEDs are OFF if no MC-TRX is connected.

Figure 9-4 Tx/Rx LEDs on xCCM-U front panel

E................................................................................................................................................................................................... N D O F S T E P S

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Powering down a MC-TRX module YMC-TRX power up and down procedures R.................................................................................................................................................................................................................................... A Powering down a MC-TRX module N I M I Purpose L E Perform the following procedure to power down a MC-TRX module R

PProcedure

...................................................................................................................................................................................................

1

Preliminary operation: Check with the OMC administrator that the btsSiteManager object is "locked". ...................................................................................................................................................................................................

2

On the front panel of each MC-TRX, put the power switch in the " OFF" position. Figure 9-5 Power switch on MC-TRX front panel

...................................................................................................................................................................................................

3

Check on each MC-TRX front panel that the green LED 1, LED 2, LED 3 are OFF.

Y On the DC breaker panel,, put the circuit breaker dedicated to the MC-TRX module 4 R (PDU1 for MBO cabinet or SR1 for MBI cabinet) in the "OFF" position. A N E................................................................................................................................................................................................... I M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R9-6 Use pursuant to applicable agreements NN-20500-195 Issue 4.08 ...................................................................................................................................................................................................

N D

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10 MC-TRX preventive maintenance

Overview Purpose

This part contains the preventive maintenance procedure applicable to MC-TRX modules within 9100 Multi-Standard (MS) Base Stations. Contents Preventive maintenance activity

10-2

Inspecting MC-TRX connectors

10-3

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Preventive maintenance activity YMC-TRX preventive maintenance R.................................................................................................................................................................................................................................... A Preventive maintenance activity N I M I Purpose L E This chapter gives general information about preventive maintenance procedures. R

PPreventive maintenance

The preventive maintenance is used to periodically test the items of equipment that do not directly trigger any alarm at the OMC. However, the execution of preventive maintenance procedures can trigger alarms at the OMC. Preliminary checks before performing preventive maintenance procedure

WARNING Personal injury hazard The personnel working on the cabinet must be authorized to work according to the applicable safety standards

NOTICE ESD hazard Electronic components can be destroyed by electrostatic discharge (ESD). Hold circuit packs only at the edges or on the insertion and removal facilities. Always observe the general ESD instructions. Description of a preventive maintenance procedure

A preventive maintenance procedure is divided into the following parts: • •


Intervention time

–

Tools required

–


–


–

One or more figures provided to help you execute the actions


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Inspecting MC-TRX connectors

MC-TRX preventive maintenance

....................................................................................................................................................................................................................................

Inspecting MC-TRX connectors Purpose

Carry out the following procedure to inspect connectors on the MC-TRX modules of a 9100 Multi-Standard (MS) Base Station. Note: Connectors may require periodic cleaning in dirty and high humidity areas.

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R E L I M I N A R Y

Intervention time


Adjustable wrench

DANGER Electric-shock hazard The 9100 MS Base Station remains supplied with the mains power supply.

WARNING Service interruption This procedure can require a service interruption from the 9100 MS Base Station.

CAUTION Working instruction Personnel working on a 9100 MS Base Station must be authorized to work according to local safety standards. Procedure ...................................................................................................................................................................................................

1

Contact the OMC administrator to warn him that a maintenance operation will trigger the Base Station door alarm. ...................................................................................................................................................................................................

2


3

Check the MC-TRX front panels visually. (See Figure 8-1, “MC-TRX front panel ” (p. 8-3)

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R E ................................................................................................................................................................................................... L I Check that connectors do not move. 4 M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 10-3 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010

Inspecting MC-TRX connectors YMC-TRX preventive maintenance R.................................................................................................................................................................................................................................... A ................................................................................................................................................................................................... N I If necessary, tighten the connectors with the adjustable wrench. 5 M I ................................................................................................................................................................................................... L E Close the Base Station door(s). 6 R

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...................................................................................................................................................................................................

7

Check with the OMC administrator that the door alarm is OFF. E................................................................................................................................................................................................... N D O F S T E P S


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R E L I M I N A R Y

11 MC-TRX corrective maintenance

Overview Purpose

This part describes the replacement procedures applicable to MC-TRX modules. Contents Corrective maintenance activity

11-2

Replacing a MC-TRX module

11-4

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Corrective maintenance activity YMC-TRX corrective maintenance R.................................................................................................................................................................................................................................... A Corrective maintenance activity N I This chapter gives general information and order codes for corrective maintenance on M I MC-TRX modules. L E RCorrective maintenance

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Corrective maintenance is based on network supervision using the OAM graphical interface. For more information, please refer to Alcatel-Lucent 9353 Wireless Management System - User Guide, (NN-20500-032). Corrective maintenance is also based on the identification and replacement of faulty items detected by alarms. The process is divided into the following steps: •

Locating and identifying the faulty item

•

Replacing the faulty item using the procedure given in this publication

Description of a replacement procedure

A replacement procedure is divided into the following parts: • •


Intervention time

–

Tools required

–


–


One or more figures can be provided to help you execute the actions. Intervention restrictions

There may be a lapse of time between the identification of the alarm at the Access OAM Graphic User Interface (GUI) and the time you arrive at the site. You must be synchronized with the access network controller or system administrator (by telephone) before an on-site intervention, in the following cases: •

Isolating procedures

•

Completion of an on-site intervention

•

Return to service procedure

General personnel safety instructions

The personnel must obey the safety instructions specific to the installation site:

Y Rules concerning the premises (see instructions posted on site or in the building) R A Rules linked to general personnel safety instructions N I The personnel working on the cabinet must be authorized to work according to security M standards. I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 R11-2 Use pursuant to applicable agreements NN-20500-195 Issue 4.08 • •

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MC-TRX corrective maintenance

Corrective maintenance activity

....................................................................................................................................................................................................................................

Equipment safety instructions

The MC-TRX module normally operates when the external temperature is between -40°C and +50°C.

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Replacing a MC-TRX module YMC-TRX corrective maintenance R.................................................................................................................................................................................................................................... A Replacing a MC-TRX module N I M I Purpose L E Carry out the following procedure to replace a MC-TRX module within a 9100 R Multi-Standard Base Station.

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Intervention time

15 minutes Tools required •

Extraction handle (P/N: P0850747)

•

N torque wrench

•

Phillips screwdriver


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MC-TRX corrective maintenance

Replacing a MC-TRX module

....................................................................................................................................................................................................................................

The following figure shows the MC-TRX front panel: Figure 11-1 MC-TRX front panel

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R E L I M I N A R Y

WARNING Service outage

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R E L I M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 11-5 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010 Notify the OMC administrator in case of service outage or reduction.

Replacing a MC-TRX module YMC-TRX corrective maintenance R.................................................................................................................................................................................................................................... A CAUTION N I Tightening torques M I L The N tightening torque must be 1.7 N.m (1.6 N.m to 1.8 N.m). E R

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CAUTION

Bend radius of cables Respect bend radius of cables while tightening connectors. Pay attention to cable torsion and bend radius during maintenance operations.

NOTICE ESD hazard We recommend wearing an antistatic bracelet connected to ground via a protective resistance to avoid damaging circuits when handling printed circuits. Electronic boards must be stored in antistatic envelopes or inside packages both during transportation and storage. Procedure ...................................................................................................................................................................................................

1

To remove a faulty MC-TRX refer to Alcatel-Lucent GSM 9100 BTS/9110.Micro BTS Corrective Maintenance Handbook, 3BK 21643 AAAA PCZZA section 3.65 Replace TMXAx Module E................................................................................................................................................................................................... N D O F S T E P S


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R E L I M I N A R Y

Appendix A: Product conformance statements

Overview Purpose

This appendix provides the TRDU product and MC-TRX product conformance statements. Contents European regulatory requirement compliance

A-2

Compliances for other regions/countries

A-4

Operating conditions

A-5

Cable specifications

A-6

Product labelling

A-7

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R E L I M I N ................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 A-1 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010

European regulatory requirement compliance YProduct conformance statements R.................................................................................................................................................................................................................................... A European regulatory requirement compliance N I M I Overview L E The TRDU module and the MC-TRX module fall under the requirements of the Radio R and Telecom Terminal Equipment (RTTE) European directive 1999/5/EEC. The RTTE

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directive covers requirements in the following areas: •

•

•

Protection of the Health and Safety of users and all other persons, including objectives with respect to safety requirements contained in the Low Voltage Directive (73/23/EEC) Electromagnetic compatibility (EMC) protection requirements contained in Directive 89/336/EEC. This equipment generates, uses, and can radiate radio frequency energy. If not installed and used in accordance with the instruction manual, it can interfere with radio communications. However, there is no guarantee that interferences do not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on. The user is encouraged to correct any interference problems. EMC requirements have been selected to ensure an adequate level of compatibility for apparatus in residential, commercial, and light industrial environments. Compatibility levels, however, do not cover extreme cases that can occur in any location, but that have a low probability of occurrence. In particular, they may not cover cases where a source of interference that is producing repeated transient or continuous phenomena is permanently present. This could include, for example, a radar or broadcast site in the near vicinity. In these cases, it may be necessary to limit the source of interference, and/or apply special protection to the interfered part. Note: For operation or maintenance inside Alcatel-Lucent systems, the operator must always wear the antistatic wrist strap to maintain the integrity of the product. Effective use of the Radio spectrum allocated to terrestrial/space radio communication and orbital resources to avoid interference. The routes and standards used to demonstrate compliance with these requirements are outlined in the following paragraphs. – TRDU or MC-TRX EMC Compliance with essential EMC requirements was demonstrated using EN301489-1 & -23. – TRDU or MC-TRX radio compliance Compliance with the requirements of effective use of the radio spectrum was demonstrated using EN301908-1 & -3. – TRDU or MC-TRX safety Compliance with essential safety requirements was demonstrated using EN 60950. – TRDU or MC-TRX health protection Compliance with essential health requirements was demonstrated using EN50385.

Y R A N I M I L.................................................................................................................................................................................................................................... E Alcatel-Lucent – Proprietary V7.1.1 RA-2 Use pursuant to applicable agreements NN-20500-195 Issue 4.08

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Product conformance statements

European regulatory requirement compliance

....................................................................................................................................................................................................................................

European Union Environmental Directives (EUED)

The TRDU module and the MC-TRX are manufactured according to the following two European Union Environmental Directives: •

•

Restriction of Hazardous Substances (RoHS), 2002/95/EC. The RoHS directive restricts the use of lead, mercury, cadmium, hexavalent chromium, poly-brominated biphenyls (PBB) and poly-brominated diphenyl ethers (PBDE) in electrical and electronic products. This directive applies to all electrical and electronic products placed on the European Union (EU) and European Economic Area (EEA) markets after July 1, 2006, with certain exemptions, including an exemption for lead solder in network infrastructure equipment.

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R E L I M I N A R Y

Waste of Electrical and Electronic Equipment (WEEE), 2002/96/EC. The WEEE directive mandates the necessary treatment of such equipment when it enters end-of-life. It specifically identifies requirements for recycling, reuse, and disposal.

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R E L I M I N .................................................................................................................................................................................................................................... A Alcatel-Lucent – Proprietary V7.1.1 A-3 R NN-20500-195 Issue 4.08 Use pursuant to applicable agreements Y November 2010

Compliances for other regions/countries YProduct conformance statements R.................................................................................................................................................................................................................................... A Compliances for other regions/countries N I M I Overview L E It is impossible to list all the applicable approvals/compliances as they depend on the R markets and products concerned.

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Note: For more information, contact your local Alcatel-Lucent representative.


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Operating conditions

....................................................................................................................................................................................................................................

Operating conditions Overview

The product compliance standards mentioned above are based on the following operating conditions: •

Doors must be closed and/or covers must be in place

•

External cables must be of the same type as specified by Alcatel-Lucent

•

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R E L I M I N A R Y

The mechanical and electrical characteristics of the product must not be modified in any way

Any changes or modifications made to the product without written approval from Alcatel-Lucent releases Alcatel-Lucent from responsibility regarding standards compliance.

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Cable specifications YProduct conformance statements R.................................................................................................................................................................................................................................... A Cable specifications N I M I Overview L E Compliance with these standards was verified using cables as specified by R Alcatel-Lucent. The continued compliance of the product relies upon use of the correct

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cabling scheme as well as use of identical type cables as specified by Alcatel-Lucent. Refer to the installation guides for details on cable specifications.


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Product labelling

....................................................................................................................................................................................................................................

Product labelling Overview

The product label can be located on the inside or the outside of the product, provided that the operation and/or maintenance personnel have the information when working on the product.

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R E L I M I N A R Y

TRDU or MC-TRX labelling for European countries

To indicate compliance with the European RTTE Directive, the TRDU module or the MC-TRX module bears the following label in a visible location:

•

Manufacturer name

•

Equipment designation

•

Nominal voltage operating range and maximum rated current

Labelling for other regions/countries

Product labels appear for other regions and countries as appropriate and required by the local regulatory framework.

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5 (MC-TRX and TRDU Within 9100 MS Base Station, Technical Description and Maintenance Guide) 4.08 Preliminary November 2010

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