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Lucent Technologies LambdaUnite Installation Manual

Lucent Technologies LambdaUnite Installation Manual

Multiservice switch
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Table of Contents

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LambdaUnite
MultiService Switch
(MSS)
Release 6.2

Installation Guide

365-374-187
CC109600197
Issue 1
December 2005
Lucent Technologies - Proprietary
This document contains proprietary information of Lucent Technologies and
is not to be disclosed or used except in accordance with applicable agreements.
Copyright © 2005 Lucent Technologies
Unpublished and Not for Publication
All Rights Reserved

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  • Page 1: Installation Guide

    Issue 1 December 2005 Lucent Technologies - Proprietary This document contains proprietary information of Lucent Technologies and is not to be disclosed or used except in accordance with applicable agreements. Copyright © 2005 Lucent Technologies Unpublished and Not for Publication...
  • Page 2 This material is protected by the copyright and trade secret laws of the United States and other countries. It may not be reproduced, distributed, or altered in any fashion by any entity (either internal or external to Lucent Technologies), except in accordance with applicable agreements, contracts or licensing, without the express written consent of Lucent Technologies and the business management owner of the material.

  • Page 3: Table Of Contents

    Important information for self-installing customers xxxvii xxxvii ...................... How to order xxxviii xxxviii ......................................How to comment xxxviii xxxviii ....................................Part I: Physical and power installation Safety Overview ......................................................................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 4 EMC/ESD information ................................... ® WaveStar CIT requirements ................................® ® Running WaveStar CIT with Windows XP SP2 ....................... Required tools and test equipment 2-12 2-12 ..........................................................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 5 Technical data for rack 3-37 3-37 ..................................Eye bolts 3-40 3-40 ........................................Floor mounting 3-41 3-41 ......................................Top mounting 3-46 3-46 ......................................Rack extension (width) 3-48 3-48 ................................................................................. 365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 6 STM-1e cable assembly instructions 4-47 4-47 ............................DS3/EC1 interface 4-50 4-50 ....................................Miscellaneous Discrete Inputs/Outputs (MDIs/MDOs) 4-54 4-54 ....................User byte interfaces (G.703/V.11) 4-59 4-59 ..........................................................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 7 5-11 5-11 ........................................® WaveStar CIT installation 5-12 5-12 ................................® Starting the WaveStar CIT application 5-18 5-18 ........................... NE software installation 5-19 5-19 ............................................................................... 365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 8 NE date and time 7-30 7-30 ..................................... Mounting the CTL protection unit 7-33 7-33 ............................... External timing inputs 7-34 7-34 ..................................External timing references 7-36 7-36 ..............................................................................Lucent Technologies - Proprietary 365-374-187 viii See notice on first page Issue 1, December 2005...
  • Page 9 CIT remote login test via DCC 10-15 10-15 ......................... Line timing test setup 10-18 10-18 ..................................1+1 MSP/APS test setup 10-23 10-23 .................................. 2-fiber MS-SPRing/BLSR test setup 10-29 10-29 ......................................................................... 365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 10 10-99 ....................................Exit checklist – Part III Overview 11-1 11-1 ........................................Network establishment and testing exit checklist 11-2 11-2 ....................... Completion form 11-3 11-3 ..................................................................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 11 ........................................Hardware items ......................................PWDM technical data .................................... PWDM mounting ...................................... PWDM arrangements ....................................PWDM cabling ......................................DCM (OEM equipment) Overview ........................................DCM mounting .................................................................................... 365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 12 Contents DCM arrangements ....................................DCM cabling ........................................ DCM module interface ..................................® ® Mixed configuration: LambdaUnite MSS and Metropolis Overview ........................................® Mounting the Metropolis ..............................Mounting the MADM subrack(s) ..............................Mounting a fan unit ....................................Mounting the airguide ....................................
  • Page 13 3-57 3-57 ................................ System cabling and final assembly Cable list ......................................Available PI cables 4-11 4-11 ................................Pin assignment (PI cables) 4-16 4-16 ..........................................................................365-374-187 Lucent Technologies - Proprietary xiii Issue 1, December 2005 See notice on first page...
  • Page 14 Available interface modules 5-35 5-35 ............................Association between EP51 slots and ECI51 slots 5-42 5-42 ..................... Association between EP51 slots and ECI51 protection groups 5-44 5-44 ..........................................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 15 Network establishment and testing 10-1 Power input ranges of the optical circuit packs 10-8 10-8 ....................Passive WDM (OEM equipment) PWDM specifications ................................Optical-channel allocations ..........................................................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 17: List Of Figures

    ....................Mounting holes (ETSI-2 rack) 3-13 3-13 ............................Top mounting fixture (ETSI-2 rack) 3-14 3-14 ......................... Mounting the rack extension (width) 3-16 3-16 ......................................................................365-374-187 Lucent Technologies - Proprietary xvii Issue 1, December 2005 See notice on first page...
  • Page 18 Rack line-up with rack extensions (width) 3-53 3-53 ......................3-33 PDP layout 3-56 3-56 ....................................3-34 Subrack mounting dimensions 3-58 3-58 ............................3-35 Subrack mounting 3-63 3-63 ..............................................................................Lucent Technologies - Proprietary 365-374-187 xviii See notice on first page Issue 1, December 2005...
  • Page 19 Routing the station alarm cable 4-38 4-38 ............................ 4-23 Layout (Single coax cable, STM-1e) 4-40 4-40 ........................4-24 Layout (Multi coax cable, STM-1e) 4-41 4-41 ......................................................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 20 Routing LAN1 (User Panel) 4-74 4-74 ............................4-50 HUB connection (LAN straight) 4-75 4-75 ..........................4-51 Routing LAN2, LAN3 and LAN4 (CI-CTL) 4-76 4-76 ..................................................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 21 Installing the door lock 4-105 4-105 ..............................Power, software and circuit pack installation PI/100 switching ..................................“Breaker-less” PIs (PI/100 NOCB) ..........................Fan unit LEDs ................................................................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 22 ..............................Date and Time screen 7-31 7-31 ................................. System timing screen 7-41 7-41 ................................Stand-alone test procedures Mean launched power test 8-11 8-11 ..........................................................................Lucent Technologies - Proprietary 365-374-187 xxii See notice on first page Issue 1, December 2005...
  • Page 23 Unlocking a MSA latch (type 2) SFP A-26 A-26 ........................Unlocking a bail latch (type 1) SFP A-27 A-27 ........................Unlocking a bail latch (type 2) SFP A-28 A-28 ......................................................................365-374-187 Lucent Technologies - Proprietary xxiii Issue 1, December 2005 See notice on first page...
  • Page 24 Cable routing for the DCM carrier ..........................DCM CPLs ....................................STG CPL ...................................... Fiber storage method ................................® ® Mixed configuration: LambdaUnite MSS and Metropolis ® Fixing the Metropolis ............................Mounted PDP .................................... MADM subrack mounting ..............................Fan unit mounting ..................................
  • Page 25 List of figures Mounting the anti-recirculation plate .......................... ® ® Mounting positions (LambdaUnite MSS and Metropolis DMX) ........................................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 27: About This Information Product

    MultiService Switch (MSS) system. Furthermore, all steps for putting the system into operation are also described. Reason for reissue ® This is the first issue of this guide for LambdaUnite MSS Release 6.2. A new version of this document was needed to address all features supported by ®...
  • Page 28 • Chapter 11, Exit checklist – Part III This chapter contains the exit checklist for Part III and a signoff sheet..............................................Lucent Technologies - Proprietary 365-374-187 xxviii See notice on first page Issue 1, December 2005...

  • Page 29: Conventions Used

    This appendix provides instructions for mounting a LambdaUnite subrack together ® with one or two Metropolis ADM (Universal shelf) subrack(s) within one ETSI-2 rack. • Appendix E, Mixed configuration (LambdaUnite and Metropolis DMX (High Capacity)) ® This chapter provides instructions for mounting a LambdaUnite subrack together ®...
  • Page 30 Pin Connector Socket Connector Optical-Fiber Connection Coaxial Cable Shielded Twisted-Pair Cable Optical Cable ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 31: Related Documentation

    Lucent Technologies Development Systems. The code consists of a letter combination followed by a combination of numbers (Example: DC1234567). Related documentation ® This section briefly describes the documents that are included in the LambdaUnite MultiService Switch (MSS) documentation set. • Installation Guide ®...
  • Page 32 WaveStar CIT software. It also includes a listing of features, known problems, fixed problems, and other helpful information. ® The following table lists the documents included in the LambdaUnite documentation set, and related engineering drawings. Document title Document code (UL-format) ®...

  • Page 33: Related Training

    These documents and drawings can be ordered at or downloaded from the Customer Information Center (CIC) at http://www.cic.lucent.com/, or via your Local Customer Support. Related training ® For detailed information about the LambdaUnite MSS training courses and how to ® register please refer to the LambdaUnite MSS Applications and Planning Guide, chapter 8.

  • Page 34: Optical Safety

    Optical safety Optical safety declaration (if laser modules used) Lucent Technologies declares that this product is compliant with all essential safety requirements as stated in IEC 60825-Part 1 and 2 “Safety of Laser Products” and “Safety of Optical Fiber Telecommunication Systems”. Furthermore Lucent Technologies declares that the warning statements on labels on this equipment are in accordance with the specified laser radiation class.
  • Page 35 5 to 6 inches normally will not cause eye injury, provided the power in the fiber is less than a few milliwatts at the near IR wavelengths and a few ..............................................365-374-187 Lucent Technologies - Proprietary xxxv Issue 1, December 2005 See notice on first page...
  • Page 36 4. All unauthorized personnel shall be excluded from the immediate area of the optical fiber telecommunication systems during installation and service. ® For the optical specifications please refer to the LambdaUnite MSS Applications and Planning Guide, chapter 10, section “Transmission parameters”.

  • Page 37: Technical Documentation

    About this information product Technical documentation The technical documentation as required by the Conformity Assessment procedure is kept at the Lucent Technologies location which is responsible for this product. For more information please contact your local Lucent Technologies representative. Technical support Lucent Technologies provides the following Technical Support Services: •...

  • Page 38: How To Order

    Online Comment Form (http://www.lucent-info.com/comments/enus/) or email your comments to the Comments Hotline (comments@lucent.com). As customer satisfaction is extremely important to Lucent Technologies, every attempt is made to encourage feedback from customers about our information products. Thank you for your feedback.

  • Page 39: Part I: Physical And Power Installation

    Overview ..............................................Purpose ® This part of the LambdaUnite MSS Installation Guide contains the physical ® installation of the racks and subracks, the system cabling and powering, the WaveStar CIT and NE software installation and the installation of circuit packs, side panels and doors.

  • Page 40: Overview

    210 kg [463 lbs]? Are the climatic conditions fulfilled as described in chapter 1, section “Climatic ® limits for the operation of LambdaUnite MSS equipment” (p. 1-35))? Is there enough space in the cable rack or under the floor to coil/loop excess length...
  • Page 41 Physical and power installation Overview Procedure Completed Initials Notes ® Is the LambdaUnite CD-ROM (CC109487322) available which contains ® the WaveStar CIT and NE software? Is a laptop or desktop PC available that fulfills the minimum requirements (see section “Requirements” (p.
  • Page 43 ..............................................Purpose ® The aim of this chapter on safety is to provide users of LambdaUnite MSS systems with the relevant information and safety guidelines to safeguard against personal injury. Furthermore, this chapter may be useful to prevent material damage to the equipment.
  • Page 44 Safety requirements in specific deployment phases 1-22 Transportation 1-23 Storage 1-25 Installation 1-27 Taking into operation 1-29 Operation and maintenance 1-32 Taking out of operation 1-37 ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 45: General Notes On Safety

    Purpose This section provides general information on the structure of safety instructions and summarizes general safety requirements. Contents Structure of hazard statements Basic safety aspects ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 46: Structure Of Hazard Statements

    Damage statement Consequences if protective measures fail Avoidance message Protective measures to take to avoid the hazard Identifier The reference ID of the hazard statement (optional) ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 47 These warning symbols are defined for safety instructions: Legend: General warning of danger Electric shock Hazard of laser radiation Magnetic hazard Electromagnetic radiation Components sensitive to electrostatic discharge (ESD) ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 48 Safety Structure of hazard statements Radioactivity Hazard caused by batteries Hot surface Heavy load Unhealthy, irritating substance Hazard of falling ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 49: Basic Safety Aspects

    • Any conversions or changes to the system or parts of the system (including the software) must be carried out by qualified Lucent Technologies personnel or by expert personnel authorized by Lucent Technologies.
  • Page 50 • Installation must include an independent frame ground drop to the building ground. ® Refer to the LambdaUnite MSS Installation Guide. • For information on proper mounting instructions, consult the LambdaUnite ® Installation Guide. • Install only equipment identified in the LambdaUnite ®...
  • Page 51 Restricted access locations are controlled environments where there is no ready access to the general public, but only to authorized persons who have received adequate training in laser safety..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 52: Specific Safety Areas

    ..............................................Purpose The aspects of “laser safety” and “handling of components sensitive to electrostatic ® discharge (ESD)” are of vital importance for the LambdaUnite MSS equipment. Therefore, the key safety instructions for these subjects are summarized in the following. Contents...

  • Page 53: Laser Safety

    Please also refer to “Laser product classification” (p. 1-16). ® These laser warning labels (not to scale) are affixed on the LambdaUnite equipment. They refer to the system as a whole in normal operation. Figure 1-1 Laser warning labels (1 of 2) ..............................................
  • Page 54 • Ensure that the optical source is switched off or before disconnecting optical fiber connectors. • In the event of doubt, check that the optical source is switched off by measuring with an optical power meter..............................................Lucent Technologies - Proprietary 365-374-187 1-12 See notice on first page Issue 1, December 2005...
  • Page 55 Safety Laser safety CAUTION Laser hazard Use of controls, adjustments and procedures other than those specified herein may result in hazardous laser radiation exposure..............................................365-374-187 Lucent Technologies - Proprietary 1-13 Issue 1, December 2005 See notice on first page...

  • Page 56: Optical Circuit Pack Specifications

    Safety Optical circuit pack specifications ..............................................Specifications ® The following table contains the specifications of the LambdaUnite MSS optical ® circuit packs. Please refer to the LambdaUnite MSS Applications and Planning Guide for more detailed technical specifications. Table 1-1 Optical circuit pack specifications...
  • Page 57 It is the class of the circuit pack, not that of the telecommunications system as a whole, that is specified. ® The OP10/1.5LR1 circuit packs delivered with LambdaUnite MSS Releases 1.0 or 2.0 are classified as Class 3A laser products in accordance with the IEC classification (cf.

  • Page 58: Laser Product Classification

    (greater than 700 nm) are assigned to one of the following classes (please refer “IEC laser classification” (p. 1-17)): • Class 1, • Class 1M, • Class 3R, • Class 3B or • Class 4..............................................Lucent Technologies - Proprietary 365-374-187 1-16 See notice on first page Issue 1, December 2005...
  • Page 59 IV apply to lasers of all wavelengths. Classes IIa, II and IIIa apply only to those lasers operating within the visible wavelength range (400-700 nm). Lucent Technologies laser products typically operate in the infrared wavelength range (greater than 700 nm) and, therefore, are primarily in the class I or class IIIb classifications.
  • Page 60 The assignment of hazard level uses the AELs for the classes..............................................Lucent Technologies - Proprietary 365-374-187 1-18 See notice on first page...
  • Page 61 The circuit packs themselves, however, may be IEC Class 1 or 1M or FDA/CDRH Class I or Class IIIb..............................................365-374-187 Lucent Technologies - Proprietary 1-19 Issue 1, December 2005 See notice on first page...

  • Page 62: Electrostatic Discharge

    ESP bonding point. • Conductively connect all test equipment and trolleys to the rack/subrack ESP bonding point..............................................Lucent Technologies - Proprietary 365-374-187 1-20 See notice on first page Issue 1, December 2005...
  • Page 63 • Whenever possible, maintain the relative humidity of air above 20%..............................................365-374-187 Lucent Technologies - Proprietary 1-21 Issue 1, December 2005 See notice on first page...

  • Page 64: Safety Requirements In Specific Deployment Phases

    ..............................................Purpose To enable rapid orientation, safety instructions are given on the following pages, which ® are assigned to various stages in the life cycle of the LambdaUnite MSS equipment (“deployment phases”). Deployment phases The instructions are arranged according to the following deployment phases: •...

  • Page 65: Transportation

    Damage to system components under extreme environmental conditions. Extreme environmental conditions can damage system components and cause malfunctioning. ® Ensure that the climatic limits for transportation and storage of LambdaUnite equipment are complied with during transportation; please refer to “Climatic limits for transportation and storage” (p.
  • Page 66 Safety Transportation Climatic limits for transportation and storage ® These are the climatic limits for transportation and storage of LambdaUnite systems: Temperature range -40 °C (-40 °F) to +70 °C (+158 °F) (exceptional: +85 °C (+185 °F)) Humidity range relative humidity: 10% to 100% absolute humidity: 0.5 g/m...

  • Page 67: Storage

    Shocks can cause damage. Protect the system components against dampness, soiling and shocks. Use the original packaging if possible..............................................365-374-187 Lucent Technologies - Proprietary 1-25 Issue 1, December 2005 See notice on first page...
  • Page 68 Damage to system components under extreme environmental conditions. Extreme environmental conditions can damage system components and cause malfunctioning. ® Ensure that the climatic limits for transportation and storage of LambdaUnite equipment are complied with during storage; please refer to “Climatic limits for transportation and storage” (p.

  • Page 69: Installation

    Circuit packs must therefore always be kept in antistatic covers. Use the original antistatic packaging if possible. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................365-374-187 Lucent Technologies - Proprietary 1-27 Issue 1, December 2005 See notice on first page...
  • Page 70 ® The following label is affixed on the LambdaUnite MSS subrack: Receiver sensitivities ® You can find the receiver sensitivities in the LambdaUnite MSS Applications and Planning Guide (Technical specifications)..............................................Lucent Technologies - Proprietary 365-374-187...

  • Page 71: Taking Into Operation

    Before removing or connecting the power supply cable lugs at the Power Interface (PI/100), ensure that the line circuit breaker on the Power Interface is in the “OFF” position..............................................365-374-187 Lucent Technologies - Proprietary 1-29 Issue 1, December 2005 See notice on first page...
  • Page 72 Risk of fire in the event of a short-circuit. A short-circuit can cause a fire in the network element. Protect all supply lines with line circuit breakers matched to the load of the shelf ® equipment. Note the relevant guide values in the LambdaUnite MSS Installation Guide..............................................
  • Page 73 Ensure that circuit packs and shelves have reached room temperature and are dry before taking them into operation..............................................365-374-187 Lucent Technologies - Proprietary 1-31 Issue 1, December 2005 See notice on first page...

  • Page 74: Operation And Maintenance

    Before removing or connecting the power supply cable lugs at the Power Interface (PI/100), ensure that the line circuit breaker on the Power Interface is in the “OFF” position..............................................Lucent Technologies - Proprietary 365-374-187 1-32 See notice on first page...
  • Page 75 Circuit packs must therefore always be kept in antistatic covers. Use the original antistatic packaging if possible. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................365-374-187 Lucent Technologies - Proprietary 1-33 Issue 1, December 2005 See notice on first page...
  • Page 76 ® The following label is affixed on the LambdaUnite MSS subrack: Receiver sensitivities ® You can find the receiver sensitivities in the LambdaUnite MSS Applications and Planning Guide (Technical specifications)..............................................Lucent Technologies - Proprietary 365-374-187...
  • Page 77 ® Climatic limits for the operation of LambdaUnite MSS equipment ® These are the climatic limits for the operation of LambdaUnite MSS systems: Temperature +5 °C (+41 °F) to +40 °C (+104 °F) range (exceptional: –5°C (+23 °F) to +50 °C (+122 °F))

  • Page 78: Climatic Limits (Operation)

    Absolute humidity [g water/kg dry air]. The dashed curve specifies a constant absolute humidity of 24 g water per kg dry air. ® Permissible range for the operation of LambdaUnite MSS systems. Exceptional conditions, permissible for a short duration only.

  • Page 79: Taking Out Of Operation

    Before removing or connecting the power supply cable lugs at the Power Interface (PI/100), ensure that the line circuit breaker on the Power Interface is in the “OFF” position..............................................365-374-187 Lucent Technologies - Proprietary 1-37 Issue 1, December 2005 See notice on first page...
  • Page 80 1-20)). Disposal ® The equipment in the LambdaUnite MSS system series must be disposed of at the end of its lifetime. Please contact us in this case and we will arrange for proper and environment-friendly disposal of your equipment (most parts of the system can be recycled).

  • Page 81: General Information

    G eneral information Overview ..............................................Purpose The purpose of this chapter is to provide the information needed to plan the installation ® of a LambdaUnite MultiService Switch (MSS) system. Contents Floorplan guidelines (ETSI-2 / NEBS-2000) Technical data EMC/ESD information ®...

  • Page 82: General Information

    • d = n x 600 mm [23.622”] (n = number of cabinets) or d = n x 750 mm [29.527”] (n = number of cabinets with rack extension) Figure 2-1 Floorplan guidelines (top view) ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 83: General Information

    General information Floorplan guidelines (ETSI-2 / NEBS-2000) Legend: Inches 23.622” 29.527” 1350 53.149” Figure 2-2 Floorplan guidelines (side view) Legend: Inches 2.948” ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 84 General information Floorplan guidelines (ETSI-2 / NEBS-2000) 11.811” 23.622” 29.527” 1350 53.149” 2125 83.661” 2200 86.615” 2525 99.410” 2600 102.201” ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 85: Technical Data

    The standard height is 2200 mm [86.614”] for an ETSI-2 rack and 2125 mm [83.661”] for a NEBS-2000 ® rack. The racks are designed to accommodate two LambdaUnite MSS subracks. Rack weights The ETSI-2 rack has a maximum weight of 92.3 kg [203.5 lbs] (including PDP, rack...

  • Page 86: Emc/Esd Information

    • Ensure that the rack is grounded. • Wear conductively connected wrist straps and connect them to the ESP subrack bonding point (see figure below)..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 87: Esp Subrack Bonding Point

    • Whenever possible, maintain the relative humidity of air above 20%. Figure 2-4 ESP subrack bonding point ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 88: Wavestar ® Cit Requirements

    CIT software does not work with the Microsoft Windows Chinese-Traditional version. The performance of the user interface can be enhanced by using a more powerful personal computer..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 89: Running Wavestar

    ® the following security alerts (the second one is displayed only, if the WaveStar was installed with the OSI option): Click in both dialogs. Unblock ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 90 XP SP2 and Microsoft Internet Explorer, depending on the individual security settings of MSIE the following popup may be displayed: ......................................... Click to confirm that message..............................................Lucent Technologies - Proprietary 365-374-187 2-10 See notice on first page Issue 1, December 2005...
  • Page 91 Activate the context menu of the MSIE information bar and select Allow Blocked Content{ A security warning window appears. Result: ......................................... Click T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 2-11 Issue 1, December 2005 See notice on first page...

  • Page 92: Required Tools And Test Equipment

    To be used for measuring power supplies Ohmmeter To be used for performing a grounding check Adjustable optical attenuator To be used for measuring the receiver sensitivity ..............................................Lucent Technologies - Proprietary 365-374-187 2-12 See notice on first page Issue 1, December 2005...
  • Page 93 Table 2-2 Required test equipment (continued) Quantity Description Comments 15 dB LBO To be used for optical test loops or for testing the individual ports ..............................................365-374-187 Lucent Technologies - Proprietary 2-13 Issue 1, December 2005 See notice on first page...

  • Page 94: Mark Descriptions

    United States of America. CSA mark The CSA mark indicates that the products conform to the relevant Directives of the United States of America and Canada..............................................Lucent Technologies - Proprietary 365-374-187 2-14 See notice on first page Issue 1, December 2005...

  • Page 95: Sequence Of Steps

    NOTE: The manual also contains background information needed for performing some procedures. These sections are not reflected in the table below. Sequence ® The following table shows the sequence of steps for installing a LambdaUnite system..............................................365-374-187 Lucent Technologies - Proprietary...
  • Page 96 “MDIO terminal rail” (p. 3-24) (ETSI-2) (if required) Subrack “Mounting the subracks into rack” (p. 3-28) (ETSI-2) or installation “Mounting the subracks into rack” (p. 3-60) (NEBS-2000) ..............................................Lucent Technologies - Proprietary 365-374-187 2-16 See notice on first page Issue 1, December 2005...
  • Page 97 NE software “NE software installation” (p. 5-19) installation Circuit pack “Mounting the circuit packs” (p. 5-52) installation Physical “Physical installation check” (p. 5-60) installation check ..............................................365-374-187 Lucent Technologies - Proprietary 2-17 Issue 1, December 2005 See notice on first page...
  • Page 98 “Receiver sensitivity test” (p. 8-14) “DS3 transmission and protection test” (p. 8-22) “Optical port transmission test (daisy chain test)” (p. 8-30) “XC and CTL protection test” (p. 8-36) ..............................................Lucent Technologies - Proprietary 365-374-187 2-18 See notice on first page Issue 1, December 2005...
  • Page 99 “1+1 MSP/APS test” (p. 10-54) “2-fiber MS-SPRing/BLSR test” (p. 10-59) “4-fiber MS-SPRing/BLSR test” (p. 10-65) “SNCP/UPSR test” (p. 10-71) “ONNS provisioning” (p. 10-78) “ONNS test” (p. 10-90) ..............................................365-374-187 Lucent Technologies - Proprietary 2-19 Issue 1, December 2005 See notice on first page...

  • Page 101: Mechanical Installation

    Purpose The purpose of this chapter is to provide the information needed to install all ® mechanical parts of a LambdaUnite MultiService Switch (MSS) system. The chapter is divided into two sections. The first section describes the ETSI-2 installation for the international market, the second section the NEBS-2000 installation for the USA domestic market.
  • Page 102 3-48 Rack extension (height) 3-50 Rack adapter kit 3-52 Technical data for PDP 3-55 Technical data for subrack 3-57 Mounting the subracks into rack 3-60 ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 103: Etsi-2 Installation

    3-17 Rack adapter kit 3-19 Technical data for PDP 3-22 MDIO terminal rail 3-24 Technical data for subrack 3-25 Mounting the subracks into rack 3-28 ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 104: Hardware Items

    Customer Information Center (CIC)) • order in the latest version from CIC at http://www.cic.lucent.com/drawings.html with the order codes “ED8C948-10” and “ED8C948-20”..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 105: Technical Data For Rack

    92.3 kg [203.5 lbs] (including PDP, rack cables and 2 door sets) 53.7 kg [118.4 lbs] (without doors) Dimensions (HxWxD) 2200 mm [86.614”] x 600 mm [23.622”] x 600 mm [23.622”] ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 106: Rack Layout (Etsi-2 Rack)

    Mechanical installation Technical data for rack Layout The ETSI-2 rack is designed to accommodate top and bottom cable access. Figure 3-1 Rack layout (ETSI-2 rack) ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 107 Top-access entry hole Eye bolt (optional) Subrack guide Cable guide brackets Cable rod Side cover plate (optional) Adjustable feet Anti recirculation plate (optional) Power Distribution Panel (PDP) ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 108: Eye Bolts

    Mount two standard M12 eye bolts (item 1) into the rack frame as shown in the figure below........................................Secure the mounted eye bolts with M12 nuts (CC901344184, item 2). T E P S ......................................... Result Figure 3-2 Eye bolt mounting ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 109: Floor Mounting

    Figure 3-1, “Rack layout (ETSI-2 rack)” (p. 3-6)). Mounting Important! If the rack has to be installed on a raised floor, see the customer’s specifications and use customer-provided materials..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 110 Tighten the bottom plate of the rack (item 1) to the floor using the nut of the anchor........................................Place the safety/dust cap over the nut. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 3-10 See notice on first page Issue 1, December 2005...
  • Page 111 Mechanical installation Floor mounting Result Figure 3-4 Floor mounting (ETSI-2 rack) ..............................................365-374-187 Lucent Technologies - Proprietary 3-11 Issue 1, December 2005 See notice on first page...

  • Page 112: Anchoring Kit Se12150W-1 - Cc408414951

    The rack hole numbers #1, #20, #40, #60 and #80 are marked with “indication marking labels”. The hole numbering is counted from the top to the bottom of the rack frame. NOTE: The distance between two holes is 25 mm [1”]..............................................Lucent Technologies - Proprietary 365-374-187 3-12 See notice on first page...

  • Page 113: Top Mounting

    Screw 4 threaded rods (CC408854065) into the holes of the rack top plate as shown in the figure below. Figure 3-6 Mounting holes (ETSI-2 rack) Mounting holes (M12x20) Rack top plate ..............................................365-374-187 Lucent Technologies - Proprietary 3-13 Issue 1, December 2005 See notice on first page...

  • Page 114: Top Mounting Fixture (Etsi-2 Rack)

    Fasten the threaded rods to the cross aux-framing. To do this use M12 flat washers (CC901291914) and M12 nuts (CC901291906) as shown in the figure below. Figure 3-7 Top mounting fixture (ETSI-2 rack) T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 3-14 See notice on first page Issue 1, December 2005...

  • Page 115: Rack Extension (Width)

    (where rack frames have to be mounted together) and proceed with section “Rack adapter kit” 3-19). no rack line-up is used END OF STEPS T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 3-15 Issue 1, December 2005 See notice on first page...

  • Page 116: Mounting The Rack Extension (Width)

    Mechanical installation Rack extension (width) Result Figure 3-8 Mounting the rack extension (width) ..............................................Lucent Technologies - Proprietary 365-374-187 3-16 See notice on first page Issue 1, December 2005...

  • Page 117: Rack Extension (Height)

    (front and rear)........................................Click the coverplate (CC848302543, item 5) on the bracket, when all cables are routed to the subrack(s). T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 3-17 Issue 1, December 2005 See notice on first page...

  • Page 118: Rack Extension Height, 600 Mm

    Mechanical installation Rack extension (height) Result Figure 3-9 Rack extension height, 600 mm Figure 3-10 Rack extension height, 750 mm ..............................................Lucent Technologies - Proprietary 365-374-187 3-18 See notice on first page Issue 1, December 2005...

  • Page 119: Rack Adapter Kit

    Remove the cage nuts (DC1002834) which are located on the opposite side to the removed rack adapter kits (two cage nuts at the top and two at the bottom)..............................................365-374-187 Lucent Technologies - Proprietary 3-19 Issue 1, December 2005 See notice on first page...

  • Page 120: Rack Line-Up Without Rack Extensions (Width)

    Tighten the CH SCR, STL ST-70, M4x25 screws (CC847117900, item 2). T E P S ......................................... Layout Figure 3-11 Rack line-up without rack extensions (width) ..............................................Lucent Technologies - Proprietary 365-374-187 3-20 See notice on first page Issue 1, December 2005...

  • Page 121: Rack Line-Up With Rack Extensions (Width)

    Mechanical installation Rack adapter kit Figure 3-12 Rack line-up with rack extensions (width) ..............................................365-374-187 Lucent Technologies - Proprietary 3-21 Issue 1, December 2005 See notice on first page...

  • Page 122: Technical Data For Pdp

    Ground 3 ground-connection points (only 2 are necessary for one rack) Dimensions (HxWxD) 70 mm [2.756”] x 482.6 mm [19”] x 60 mm [2.362”] ..............................................Lucent Technologies - Proprietary 365-374-187 3-22 See notice on first page Issue 1, December 2005...

  • Page 123: Pdp Layout

    Mechanical installation Technical data for PDP Figure 3-13 PDP layout Power conversion ..............................................365-374-187 Lucent Technologies - Proprietary 3-23 Issue 1, December 2005 See notice on first page...

  • Page 124: Mdio Terminal Rail

    Mount the MDIO terminal rail (SC02071000, item 1) to the rack top (front side) as shown in the figure below. ® NOTE: Each MDIO terminal rail supports one LambdaUnite MSS subrack. Figure 3-14 Mounting the MDIO terminal rail T E P S ............................................

  • Page 125: Technical Data For Subrack

    (includes fan and cabling) Site Engineering 545 mm [21.457”] x 500 mm [19.685”] x 1100 mm [43.307”] Dimensions (DxWxH) (includes cabling and fan space) ..............................................365-374-187 Lucent Technologies - Proprietary 3-25 Issue 1, December 2005 See notice on first page...

  • Page 126: Subrack Mounting Dimensions

    Required space for air outlet (≥ 100 mm [3.94”]) when a single subrack is mounted into a rack frame. Bending radius of fiber and external cabling..............................................Lucent Technologies - Proprietary 365-374-187 3-26 See notice on first page Issue 1, December 2005...
  • Page 127 Mechanical installation Technical data for subrack ..............................................365-374-187 Lucent Technologies - Proprietary 3-27 Issue 1, December 2005 See notice on first page...

  • Page 128: Mounting The Subracks Into Rack

    ® NOTE: If a mixed configuration with Metropolis ADM NEs is used, please refer to ® ® Appendix D, “Mixed configuration: LambdaUnite MSS and Metropolis ADM”. Procedure Important! It is very important to follow the instructions below exactly (step by step).
  • Page 129 “Mounting of special fiber guides” (p. 3-32). (width) (number of fiber cables within one rack > 1024) ..............................................365-374-187 Lucent Technologies - Proprietary 3-29 Issue 1, December 2005 See notice on first page...
  • Page 130 Mount one side guide (DC1001518, item 3) at each corner of the subracks by clicking them into the holes on the top and bottom panels of the subracks. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 3-30 See notice on first page Issue 1, December 2005...

  • Page 131: Subrack Mounting

    Mechanical installation Mounting the subracks into rack Result Figure 3-16 Subrack mounting ..............................................365-374-187 Lucent Technologies - Proprietary 3-31 Issue 1, December 2005 See notice on first page...
  • Page 132 M2.5x6 screws........................................Route a velcro tape (item 4) through the cutouts of each side guide. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 3-32 See notice on first page Issue 1, December 2005...

  • Page 133: Fiber Guide Mounting

    Mechanical installation Mounting the subracks into rack Result Figure 3-17 Fiber guide mounting ..............................................365-374-187 Lucent Technologies - Proprietary 3-33 Issue 1, December 2005 See notice on first page...
  • Page 134 Mounting the subracks into rack Mounting positions The mounting positions are given in the following figure. Figure 3-18 Mounting positions (ETSI-2 rack) ETSI-2 Rack LambdaUnite Subrack LambdaUnite Subrack ..............................................Lucent Technologies - Proprietary 365-374-187 3-34 See notice on first page Issue 1, December 2005...

  • Page 135: Nebs-2000 Installation

    Rack extension (height) 3-50 Rack adapter kit 3-52 Technical data for PDP 3-55 Technical data for subrack 3-57 Mounting the subracks into rack 3-60 ..............................................365-374-187 Lucent Technologies - Proprietary 3-35 Issue 1, December 2005 See notice on first page...

  • Page 136: Hardware Items

    Customer Information Center (CIC)) • order in the latest version from CIC at http://www.cic.lucent.com/drawings.html with the order codes “ED8C948-10” and “ED8C948-20”..............................................Lucent Technologies - Proprietary 365-374-187 3-36 See notice on first page Issue 1, December 2005...

  • Page 137: Technical Data For Rack

    90.5 kg [199.6 lbs] (includes PDP, rack cables and 2 door sets) 52.7 kg [116.2 lbs] (without doors) Dimensions (HxWxD) 2125 mm [83.661”] x 600 mm [23.622”] x 600 mm [23.622”] ..............................................365-374-187 Lucent Technologies - Proprietary 3-37 Issue 1, December 2005 See notice on first page...

  • Page 138: Rack Layout (Nebs-2000 Rack)

    Mechanical installation Technical data for rack Layout The NEBS-2000 rack is designed to accommodate top and bottom cable access. Figure 3-19 Rack layout (NEBS-2000 rack) ..............................................Lucent Technologies - Proprietary 365-374-187 3-38 See notice on first page Issue 1, December 2005...
  • Page 139 Eye bolt (optional) Subrack guide Cable guide brackets Cable rod Side cover plate (optional) Strain relief Anti recirculation plate (optional) Power Distribution Panel (PDP) Shim plates ..............................................365-374-187 Lucent Technologies - Proprietary 3-39 Issue 1, December 2005 See notice on first page...

  • Page 140: Eye Bolts

    ......................................... Secure the mounted eye bolts with M12 nuts (CC901344184, item 2). T E P S ......................................... Result Figure 3-20 Eye bolt mounting ..............................................Lucent Technologies - Proprietary 365-374-187 3-40 See notice on first page Issue 1, December 2005...

  • Page 141: Floor Mounting

    3-19, “Rack layout (NEBS-2000 rack)” (p. 3-38)). Mounting Important! If the rack has to be installed on a raised floor, see the customer’s specifications and use customer-provided materials..............................................365-374-187 Lucent Technologies - Proprietary 3-41 Issue 1, December 2005 See notice on first page...

  • Page 142: Drilling Template (Nebs-2000 Rack)

    Push or tap the anchor until the plate washer is flat against the rack frame........................................Tighten the bottom plate of the rack (item 1) to the floor using the nut of the anchor..............................................Lucent Technologies - Proprietary 365-374-187 3-42 See notice on first page...

  • Page 143: Floor Mounting (Nebs-2000 Rack)

    Mechanical installation Floor mounting ......................................... Place the safety/dust cap over the nut. T E P S ......................................... Result Figure 3-23 Floor mounting (NEBS-2000 rack) ..............................................365-374-187 Lucent Technologies - Proprietary 3-43 Issue 1, December 2005 See notice on first page...

  • Page 144: Anchoring Kit (Nebs-2000 Rack)

    The rack hole numbers #1 and #79 are marked with “indication marking labels”. The hole numbering is counted from top to the bottom of the rack frame. NOTE: The distance between two holes is 25 mm [1”]..............................................Lucent Technologies - Proprietary 365-374-187 3-44 See notice on first page...

  • Page 145: Shim Plates (Nebs-2000 Rack)

    One shim plate is 1 mm [0.04”] thick. Figure 3-25 Shim plates (NEBS-2000 rack) Legend: 1 mm [0.04”] 2 mm [0.08”] 3 mm [0.12”] 4 mm [0.16”] 5 mm [0.2”] ..............................................365-374-187 Lucent Technologies - Proprietary 3-45 Issue 1, December 2005 See notice on first page...

  • Page 146: Top Mounting

    Screw 4 threaded rods (CC408854065) into the holes of the rack top plate as shown in the figure below. Figure 3-26 Mounting holes (NEBS-2000 rack) Mounting holes (M12x20) Rack top plate ..............................................Lucent Technologies - Proprietary 365-374-187 3-46 See notice on first page Issue 1, December 2005...

  • Page 147: Top Mounting Fixture (Nebs-2000 Rack)

    Fasten the threaded rods to the cross aux-framing. To do this use M12 flat washers (CC901291914) and M12 nuts (CC901291906) as shown in the figure below. Figure 3-27 Top mounting fixture (NEBS-2000 rack) T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 3-47 Issue 1, December 2005 See notice on first page...

  • Page 148: Rack Extension (Width)

    (where rack frames have to be mounted together) and proceed with section “Rack adapter kit” 3-52). no rack line-up is used END OF STEPS T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 3-48 See notice on first page Issue 1, December 2005...

  • Page 149: Mounting The Rack Extension (Width)

    Mechanical installation Rack extension (width) Result Figure 3-28 Mounting the rack extension (width) ..............................................365-374-187 Lucent Technologies - Proprietary 3-49 Issue 1, December 2005 See notice on first page...

  • Page 150: Rack Extension (Height)

    (front and rear)........................................Click the coverplate (CC848302543, item 5) on the bracket, when all cables are routed to the subrack(s). T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 3-50 See notice on first page Issue 1, December 2005...

  • Page 151: Rack Extension Height, 600 Mm

    Mechanical installation Rack extension (height) Result Figure 3-29 Rack extension height, 600 mm Figure 3-30 Rack extension height, 750 mm ..............................................365-374-187 Lucent Technologies - Proprietary 3-51 Issue 1, December 2005 See notice on first page...

  • Page 152: Rack Adapter Kit

    Remove the cage nuts (DC1002834) which are located on the opposite side to the removed rack adapter kits (two cage nuts at the top and two at the bottom)..............................................Lucent Technologies - Proprietary 365-374-187 3-52 See notice on first page...

  • Page 153: Rack Line-Up Without Rack Extensions (Width)

    Tighten the CH SCR, STL ST-70, M4x25 screws (CC847117900, item 2). T E P S ......................................... Layout Figure 3-31 Rack line-up without rack extensions (width) ..............................................365-374-187 Lucent Technologies - Proprietary 3-53 Issue 1, December 2005 See notice on first page...

  • Page 154: Rack Line-Up With Rack Extensions (Width)

    Mechanical installation Rack adapter kit Figure 3-32 Rack line-up with rack extensions (width) ..............................................Lucent Technologies - Proprietary 365-374-187 3-54 See notice on first page Issue 1, December 2005...

  • Page 155: Technical Data For Pdp

    Ground 3 ground-connection points (only 2 are necessary for one rack) Dimensions (HxWxD) 70 mm [2.756”] x 482.6 mm [19”] x 60 mm [2.362”] ..............................................365-374-187 Lucent Technologies - Proprietary 3-55 Issue 1, December 2005 See notice on first page...

  • Page 156: Pdp Layout

    Mechanical installation Technical data for PDP Figure 3-33 PDP layout Power conversion ..............................................Lucent Technologies - Proprietary 365-374-187 3-56 See notice on first page Issue 1, December 2005...

  • Page 157: Technical Data For Subrack

    (includes fan and cabling) Site Engineering 545 mm [21.457”] x 500 mm [19.685”] x 1100 mm [43.307”] Dimensions (DxWxH) (includes cabling and fan space) ..............................................365-374-187 Lucent Technologies - Proprietary 3-57 Issue 1, December 2005 See notice on first page...

  • Page 158: Subrack Mounting Dimensions

    Required space for air outlet (≥ 100 mm [3.94”]) when a single subrack is mounted into a rack frame. Bending radius of fiber and external cabling..............................................Lucent Technologies - Proprietary 365-374-187 3-58 See notice on first page Issue 1, December 2005...
  • Page 159 Mechanical installation Technical data for subrack ..............................................365-374-187 Lucent Technologies - Proprietary 3-59 Issue 1, December 2005 See notice on first page...

  • Page 160: Mounting The Subracks Into Rack

    (which should then be mounted in ® ® the upper position). If a mixed configuration is used (LambdaUnite and Metropolis DMX subracks within one rack) please refer to Appendix E, “Mixed configuration: ®...
  • Page 161 Mount one DC1001517 fiber guide (item 8) on the top left side of each subrack and one DC1001516 fiber guide (item 9) on the top right side of each subrack using two M2.5 self-tapping screws..............................................365-374-187 Lucent Technologies - Proprietary 3-61 Issue 1, December 2005 See notice on first page...
  • Page 162 Mount one side guide (DC1001518, item 3) at each corner of the subracks by clicking them into the holes in the top and bottom panels of the subracks. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 3-62 See notice on first page Issue 1, December 2005...

  • Page 163: Subrack Mounting

    Mechanical installation Mounting the subracks into rack Result Figure 3-35 Subrack mounting ..............................................365-374-187 Lucent Technologies - Proprietary 3-63 Issue 1, December 2005 See notice on first page...
  • Page 164 M2.5x6 screws........................................Route a velcro tape (item 4) through the cutouts of the each side guide. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 3-64 See notice on first page Issue 1, December 2005...

  • Page 165: Fiber Guide Mounting

    Mechanical installation Mounting the subracks into rack Result Figure 3-36 Fiber guide mounting ..............................................365-374-187 Lucent Technologies - Proprietary 3-65 Issue 1, December 2005 See notice on first page...
  • Page 166 Mounting the subracks into rack Mounting positions The mounting positions are given in the following figure. Figure 3-37 Mounting positions (NEBS-2000 rack) NEBS-2000 Rack LambdaUnite Subrack LambdaUnite Subrack ..............................................Lucent Technologies - Proprietary 365-374-187 3-66 See notice on first page Issue 1, December 2005...

  • Page 167: System Cabling And Final Assembly

    Customer Information Center (CIC)) • order in the latest version from CIC at http://www.cic.lucent.com/drawings.html with the order codes “ED8C948-10” and “ED8C948-20”..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 168: Cable Block Diagram

    In this chapter all cables are marked by cable numbers. The following figure shows the connection points and the table below lists the needed cables. Figure 4-1 Cable block diagram PI/100 A/B ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 169: Cable List

    User Panel cable (CI-CTL – UPL) already installed (Standard: 848811584) (Halogen free: 848929444) Controller cable (CI-CTL – Fan) “Controller cable (CI-CTL – Fan unit)” (p. 4-28) ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 170 LAN 10/100 Base-T interface 4-73 Fiber cabling 4-77 Optical circuit packs 4-78 Gigabit Ethernet circuit packs 4-87 Fiber engineering rules 4-89 OP40-DCM cabling 4-96 Application of attenuators 4-97 ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 171 System cabling and final assembly Overview Installation of doors and side cover plates 4-98 Side cover plates 4-99 Rack doors 4-102 ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 172: Power And Ground Cable Installation

    This section provides information about the power and ground cable installation. Contents Power wiring (External battery - PDP) Power wiring (PDP - PI/100) 4-11 Power wiring (PI/100 - Fan unit) 4-17 Ground wiring 4-21 ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 173: Power Wiring (External Battery - Pdp)

    The following figure shows the connection points at the PDP. Figure 4-2 PDP connection (power input cables) +DC (rtn) (A+B) (A+B) Power input cables, upper subrack Power input cables, lower subrack ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 174 Connect the cables to their configuration position on the PDP........................................Tighten the swivel heads by hand to secure the cables in position. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 175: Securing The Power Input Cables

    (item 1) directly into the PDP. bottom access route the cables as shown in the figure below (according to *1 or *2)..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 176: Routing The Power Input Cables

    System cabling and final assembly Power wiring (External battery - PDP) Figure 4-4 Routing the power input cables ..............................................Lucent Technologies - Proprietary 365-374-187 4-10 See notice on first page Issue 1, December 2005...

  • Page 177: Power Wiring (Pdp - Pi/100)

    [10.5 ft] Halogen-free cable, PI – PDP, 848929402 3200 mm A-Side [10.5 ft] Halogen-free cable, PI – PDP, 848929394 3200 mm B-Side [10.5 ft] ..............................................365-374-187 Lucent Technologies - Proprietary 4-11 Issue 1, December 2005 See notice on first page...

  • Page 178: Pdp Connection (Pi Cables)

    A the PI cables, A-side (item 1), should be routed at the right-rear side of the rack frame as shown in the figure below..............................................Lucent Technologies - Proprietary 365-374-187 4-12 See notice on first page Issue 1, December 2005...

  • Page 179: Routing The Pi Cables (Pdp Side)

    Result: Figure 4-6 Routing the PI cables (PDP side) T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 4-13 Issue 1, December 2005 See notice on first page...
  • Page 180 Mount the strain relief. Secure the four screws with a torque of 1 Nm starting with the two middle screws. Important! Spare screws are available from the other unused strain relief........................................Mount the protection cap back in position..............................................Lucent Technologies - Proprietary 365-374-187 4-14 See notice on first page Issue 1, December 2005...

  • Page 181: Connecting The Pi Cables (Pi/100 / Subrack Side)

    System cabling and final assembly Power wiring (PDP - PI/100) Result: Figure 4-7 Connecting the PI cables (PI/100 / subrack side) T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 4-15 Issue 1, December 2005 See notice on first page...

  • Page 182: Pin Assignment (Pi Cables)

    Power wiring (PDP - PI/100) Pin assignment Table 4-3 Pin assignment (PI cables) Point on connector Signal name Color Ground Yellow/Green –DC Blue Return ..............................................Lucent Technologies - Proprietary 365-374-187 4-16 See notice on first page Issue 1, December 2005...

  • Page 183: Power Wiring (Pi/100 - Fan Unit)

    Fan power cable, A-side 848811550 Fan power cable, B-side 848811576 Fan power cable, A-side, halogen free 848929410 Fan power cable, B-side, halogen free 848929436 ..............................................365-374-187 Lucent Technologies - Proprietary 4-17 Issue 1, December 2005 See notice on first page...

  • Page 184: Fan Power Cable

    Table 4-5 Pin assignments (fan power cables) Point on Signal name Point on Signal name connector connector Ground Ground –DC –DC +DC (rtn) +DC (rtn) ..............................................Lucent Technologies - Proprietary 365-374-187 4-18 See notice on first page Issue 1, December 2005...

  • Page 185: Routing To The Fan Unit

    System cabling and final assembly Power wiring (PI/100 - Fan unit) Routing Figure 4-9 Routing to the fan unit ..............................................365-374-187 Lucent Technologies - Proprietary 4-19 Issue 1, December 2005 See notice on first page...

  • Page 186: Routing To The Pis

    Power wiring (PI/100 - Fan unit) Figure 4-10 Routing to the PIs Important! Please check that the fan power cables are connected correctly (with the right polarity)! ..............................................Lucent Technologies - Proprietary 365-374-187 4-20 See notice on first page Issue 1, December 2005...

  • Page 187: Ground Wiring

    The U-bracket has to be removed, if the return wire is grounded only at the external battery (BDFB) source (e.g. valid for the USA domestic market) ..............................................365-374-187 Lucent Technologies - Proprietary 4-21 Issue 1, December 2005 See notice on first page...
  • Page 188 Note: Both subrack ground wires should be routed to the rear panel of the rack and then downwards. Use self-tapping M5x20 screws and washers to fix these cables. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 4-22 See notice on first page Issue 1, December 2005...

  • Page 189: Office And Subrack Grounding

    System cabling and final assembly Ground wiring Result Figure 4-12 Office and subrack grounding M8x20 M5x20 ..............................................365-374-187 Lucent Technologies - Proprietary 4-23 Issue 1, December 2005 See notice on first page...

  • Page 190: Internal Cable Installation

    This section provides information about the intra-system cabling. Contents Cable management 4-25 Controller cable (CI-CTL – Fan unit) 4-28 Subrack alarm wiring 4-31 Station alarm wiring 4-35 ..............................................Lucent Technologies - Proprietary 365-374-187 4-24 See notice on first page Issue 1, December 2005...

  • Page 191: Cable Management

    System cabling and final assembly Cable management ..............................................General ® All electrical cables must be routed within the back half of the LambdaUnite rack frame. Electrical cables The electrical cables listed below must be routed on both sides from the top or bottom ®...

  • Page 192: Cable Management (Top Access)

    System cabling and final assembly Cable management Top access The figure below shows the cable routing for top access. Figure 4-13 Cable management (top access) ..............................................Lucent Technologies - Proprietary 365-374-187 4-26 See notice on first page Issue 1, December 2005...

  • Page 193: Cable Management (Bottom Access)

    System cabling and final assembly Cable management Bottom access The figure below shows the cable routing for bottom access. Figure 4-14 Cable management (bottom access) ..............................................365-374-187 Lucent Technologies - Proprietary 4-27 Issue 1, December 2005 See notice on first page...

  • Page 194: Controller Cable (Ci-Ctl - Fan Unit)

    The table below lists the available controller cables. Table 4-6 Available controller cables Cable Comcode Standard controller cable 848811568 Halogen free controller cable 848929428 ..............................................Lucent Technologies - Proprietary 365-374-187 4-28 See notice on first page Issue 1, December 2005...
  • Page 195 C Data line not connected not connected Equipment sense Equipment sense Fan alarm Fan alarm Feeder-A alarm Feeder-A alarm Feeder-B alarm Feeder-B alarm Ground Ground ..............................................365-374-187 Lucent Technologies - Proprietary 4-29 Issue 1, December 2005 See notice on first page...

  • Page 196: Routing Of The Controller Cable

    System cabling and final assembly Controller cable (CI-CTL – Fan unit) Routing Figure 4-16 Routing of the controller cable ..............................................Lucent Technologies - Proprietary 365-374-187 4-30 See notice on first page Issue 1, December 2005...

  • Page 197: Subrack Alarm Wiring

    Halogen-free cable, PDP – CI-CTL, 848929360 1100 mm upper subrack [3.609 ft] Halogen-free cable, PDP – CI-CTL, 848929378 3300 mm lower subrack [10.827 ft] ..............................................365-374-187 Lucent Technologies - Proprietary 4-31 Issue 1, December 2005 See notice on first page...

  • Page 198: Pin Assignments (Subrack Alarm Cables)

    Route both subrack alarm cables (for the upper and the lower subrack, items 1 and 2) as shown in the figures below. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 4-32 See notice on first page Issue 1, December 2005...

  • Page 199: Routing The Subrack Alarm Cables (Pdp Side)

    System cabling and final assembly Subrack alarm wiring Result Figure 4-18 Routing the subrack alarm cables (PDP side) Figure 4-19 Connections of the subrack alarm cables (PDP side) ..............................................365-374-187 Lucent Technologies - Proprietary 4-33 Issue 1, December 2005 See notice on first page...

  • Page 200: Routing The Subrack Alarm Cables (Subrack Side)

    Subrack alarm wiring Routing (subrack side) The figure below shows the cable routing on the subrack side. Figure 4-20 Routing the subrack alarm cables (subrack side) ..............................................Lucent Technologies - Proprietary 365-374-187 4-34 See notice on first page Issue 1, December 2005...

  • Page 201: Station Alarm Wiring

    • 50 m [164.042 ft] Station alarm cable — CC109155804 • 75 m [246.063 ft] Station alarm cable — CC109164186 • 100 m [328.084 ft] Station alarm cable — CC109164194..............................................365-374-187 Lucent Technologies - Proprietary 4-35 Issue 1, December 2005 See notice on first page...

  • Page 202: Connector Of The Station Alarm Cable

    Major audio-output return Major visual output Minor audio output Minor visual output Ground Ground Critical audio output return Critical visual output return Major audio output ..............................................Lucent Technologies - Proprietary 365-374-187 4-36 See notice on first page Issue 1, December 2005...

  • Page 203: Pin Assignment (Station Alarm Cable)

    Pin assignment (station alarm cable) (continued) Point on connector Signal name Major visual output return Minor audio output return Minor visual output return Ground Ground ..............................................365-374-187 Lucent Technologies - Proprietary 4-37 Issue 1, December 2005 See notice on first page...

  • Page 204: Routing The Station Alarm Cable

    System cabling and final assembly Station alarm wiring Routing The figure below shows the cable routing of the station alarm cable. Figure 4-22 Routing the station alarm cable ..............................................Lucent Technologies - Proprietary 365-374-187 4-38 See notice on first page Issue 1, December 2005...

  • Page 205: External Cable Installation

    TI-DS1 Station clock I/O interface (100/110 Ω) 4-63 TI-E1 Station clock I/O interface (120 Ω) 4-67 TI-E1 Station clock I/O interface (75 Ω) 4-70 LAN 10/100 Base-T interface 4-73 ..............................................365-374-187 Lucent Technologies - Proprietary 4-39 Issue 1, December 2005 See notice on first page...

  • Page 206: Stm-1E Interface

    DDF side. Two cables are required for one channel. Figure 4-23 Layout (Single coax cable, STM-1e) 1.6/5.6 male connector ECI/155ME8 or to DDF ECI/155MP8 Site specific length ..............................................Lucent Technologies - Proprietary 365-374-187 4-40 See notice on first page Issue 1, December 2005...

  • Page 207: Connector/Wire Technical Data (Single Coax Cable, Stm-1E)

    The STM-1e cables need to be routed loosely (with some slack) to allow service engineers to pull out an STM-1e interface paddle board without affecting traffic of an adjacent interface..............................................365-374-187 Lucent Technologies - Proprietary 4-41 Issue 1, December 2005 See notice on first page...

  • Page 208: Stm-1E Cabling With Rack Extension (Width)

    (e.g. within a rack extension (height), if available). Figure 4-25 STM-1e cabling with rack extension (width) ..............................................Lucent Technologies - Proprietary 365-374-187 4-42 See notice on first page Issue 1, December 2005...

  • Page 209: Stm-1E Cabling Without Rack Extension (Width)

    If two subracks are used within one rack, a rack extension (width) is required and the STM-1e cables of both subracks should be led via the rack extension to the top/bottom of the rack..............................................365-374-187 Lucent Technologies - Proprietary 4-43 Issue 1, December 2005 See notice on first page...

  • Page 210: Mounting Of The Cable Bracket

    The STM-1e cables need to be routed loosely (with some slack) to allow service engineers to pull out an STM-1e interface paddle board without affecting traffic of an adjacent interface..............................................Lucent Technologies - Proprietary 365-374-187 4-44 See notice on first page...

  • Page 211: Stm-1E Cabling With Rack Extension (Width)

    If two subracks are used within one rack, a rack extension (width) is required and the STM-1e cables of both subracks should be led via the rack extension to the top/bottom of the rack..............................................365-374-187 Lucent Technologies - Proprietary 4-45 Issue 1, December 2005 See notice on first page...

  • Page 212: Mounting Of The Cable Bracket

    (DC1007325, item 2) must still be mounted as shown in the figure below. The cable bracket keeps the STM-1e cables within the subrack. Figure 4-29 Mounting of the cable bracket ..............................................Lucent Technologies - Proprietary 365-374-187 4-46 See notice on first page...

  • Page 213: Stm-1E Cable Assembly Instructions

    Crimp the outer ferrule with a Hexagon Die 4.6 — AGK 3068 by using the Crimp Tool — AGK 2365. T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 4-47 Issue 1, December 2005 See notice on first page...

  • Page 214: Ims Assembly Procedure

    System cabling and final assembly STM-1e cable assembly instructions Results Figure 4-30 IMS assembly procedure ..............................................Lucent Technologies - Proprietary 365-374-187 4-48 See notice on first page Issue 1, December 2005...

  • Page 215: Crimp Tool And Die

    Coax 1.6/5.6 connector (45°) Crimp tool Figure 4-31 Crimp tool and die Legend: Crimp tool — AGK 2365 Hexagon die 4.6 — AGK 3068, or square 1.2 ..............................................365-374-187 Lucent Technologies - Proprietary 4-49 Issue 1, December 2005 See notice on first page...

  • Page 216: Ds3/Ec1 Interface

    5, section “DS3/EC1 equipment protection rules” (p. 5-41). Furthermore, the association between the EP51 slots and the protection groups ..............................................Lucent Technologies - Proprietary 365-374-187 4-50 See notice on first page Issue 1, December 2005...

  • Page 217: Example Of Mounted Eci51 Interface Paddle Board

    Screws Cable data The DS3/EC1 cables have a connector with 12in/12out channels on the subrack side and 24 BNC connectors on the other side..............................................365-374-187 Lucent Technologies - Proprietary 4-51 Issue 1, December 2005 See notice on first page...
  • Page 218 If a rack extension (width) is available, the slack should be created within the rack extension (see Figure 4-28, “STM-1e cabling with rack extension (width)” (p. 4-45) ..............................................Lucent Technologies - Proprietary 365-374-187 4-52 See notice on first page Issue 1, December 2005...

  • Page 219: Ds3/Ec1 Cabling Without Rack Extension (Width)

    (DC1007325) must still be mounted (see Figure 4-29, “Mounting of the cable bracket” (p. 4-46) as example). The cable bracket keeps the DS3/EC1 cables within the subrack..............................................365-374-187 Lucent Technologies - Proprietary 4-53 Issue 1, December 2005 See notice on first page...

  • Page 220: Miscellaneous Discrete Inputs/Outputs (Mdis/Mdos)

    • 50 m [164.042 ft] MDI/MDO cable — CC109155507 • 75 m [246.063 ft] MDI/MDO cable — CC109164202 • 100 m [328.084 ft] MDI/MDO cable — CC109164210..............................................Lucent Technologies - Proprietary 365-374-187 4-54 See notice on first page Issue 1, December 2005...

  • Page 221: Pin Assignment (Mdi/Mdo Cables)

    OUT 3 return OUT 3 OUT 4 return OUT 4 OUT 5 return OUT 5 OUT 6 return OUT 6 OUT 7 return OUT 7 ..............................................365-374-187 Lucent Technologies - Proprietary 4-55 Issue 1, December 2005 See notice on first page...

  • Page 222: Routing The Mdi/Mdo Cable (Subrack Side)

    MDI/MDO cables described above (subrack side). The second figure shows the cabling on the PDP or MDIO terminal rail side. Figure 4-35 Routing the MDI/MDO cable (subrack side) ..............................................Lucent Technologies - Proprietary 365-374-187 4-56 See notice on first page...

  • Page 223: Routing Via The Mdio Terminal Rail

    MDI/MDO interface of the subrack. In that case the common pin (= pin 5) has to be connected to a voltage in the range of -40 V ... -72 V on the customer side..............................................365-374-187 Lucent Technologies - Proprietary 4-57 Issue 1, December 2005 See notice on first page...
  • Page 224 Figure 4-35, “Routing the MDI/MDO cable (subrack side)” (p. 4-56). The cables that should be used are mentioned in section “Cable data” (p. 4-54)..............................................Lucent Technologies - Proprietary 365-374-187 4-58 See notice on first page Issue 1, December 2005...

  • Page 225: User Byte Interfaces (G.703/V.11)

    • 50 m [164.042 ft] User byte cable, G.703/V.11 — CC109155549 • 75 m [246.063 ft] User byte cable, G.703/V.11 — CC109164228 • 100 m [328.08 ft] User byte cable, G.703/V.11 — CC109164236 ..............................................365-374-187 Lucent Technologies - Proprietary 4-59 Issue 1, December 2005 See notice on first page...

  • Page 226: Connector Of The User Byte Cables

    Tx-Data Positive, OH 64 kbit/s Data Positive Output Ring, contra-directional balanced co-directional balanced Input-Clock contra-directional co-directional Positive balanced balanced Input-Frame contra-directional co-directional Positive balanced balanced ..............................................Lucent Technologies - Proprietary 365-374-187 4-60 See notice on first page Issue 1, December 2005...
  • Page 227 Negative balanced balanced Input-Frame contra-directional co-directional Negative balanced balanced Input-Data Rx-Data Negative, OH 64 kbit/s Data Negative Input Tip, contra-directional balanced co-directional balanced ..............................................365-374-187 Lucent Technologies - Proprietary 4-61 Issue 1, December 2005 See notice on first page...

  • Page 228: Routing The User Byte Cables

    The figure below shows the cable routing of the user byte cables. Figure 4-38 Routing the user byte cables Legend: Routing for USERBIO 1, 4 and 5. Routing for USERBIO 2, 3 and 6..............................................Lucent Technologies - Proprietary 365-374-187 4-62 See notice on first page Issue 1, December 2005...

  • Page 229: Ti-Ds1 Station Clock I/O Interface (100/110 Ω)

    Table 4-14 Point on Signal name Wire Wire color *1 connector Station-Clock Output Positive a-wire / Tip White Station-Clock Output Negative b-wire / Ring Blue ..............................................365-374-187 Lucent Technologies - Proprietary 4-63 Issue 1, December 2005 See notice on first page...
  • Page 230 • 150 m [492.126 ft] Station clock input cable, TI–DS1 — CC109187534 • 175 m [574.147 ft] Station clock input cable, TI–DS1 — CC109187542 • 200 m [656.168 ft] Station clock input cable, TI–DS1 — CC109187559..............................................Lucent Technologies - Proprietary 365-374-187 4-64 See notice on first page...

  • Page 231: Connector Of The 100/110 Ω Ds1 Station Clock Input Cables

    The upper and lower subracks have the cabling on the rear side: the B cabling (IN/OUT) to the left and the A cabling (IN/OUT) to the right..............................................365-374-187 Lucent Technologies - Proprietary 4-65 Issue 1, December 2005 See notice on first page...

  • Page 232: Routing The Station Clock I/O Cables

    System cabling and final assembly NOTE: Make sure that both ends of the station clock cables are grounded properly! Figure 4-41 Routing the station clock I/O cables ..............................................Lucent Technologies - Proprietary 365-374-187 4-66 See notice on first page Issue 1, December 2005...

  • Page 233: Ti-E1 Station Clock I/O Interface (120 Ω)

    Wire Wire color *1 connector Station-Clock Output Positive a-wire / Tip White Station-Clock Output Negative b-wire / Ring Blue Ground Screen 5, 6 Strap ..............................................365-374-187 Lucent Technologies - Proprietary 4-67 Issue 1, December 2005 See notice on first page...

  • Page 234: Connector Of The 120 Ω E1 Station Clock Input Cables

    Routing The upper and lower subracks have the cabling on the rear side: the B cabling (IN/OUT) to the left and the A cabling (IN/OUT) to the right..............................................Lucent Technologies - Proprietary 365-374-187 4-68 See notice on first page...

  • Page 235: Routing The Station Clock I/O Cables

    System cabling and final assembly NOTE: Make sure that both ends of the station clock cables are grounded properly! Figure 4-44 Routing the station clock I/O cables ..............................................365-374-187 Lucent Technologies - Proprietary 4-69 Issue 1, December 2005 See notice on first page...

  • Page 236: Ti-E1 Station Clock I/O Interface (75 Ω)

    Pin assignment (E1 station clock output cables, 75 Ω) Table 4-18 Point on Signal name Wire connectors Station-Clock Output Inner wire Ground Screen 3, 4 Strap 6, 8 Strap ..............................................Lucent Technologies - Proprietary 365-374-187 4-70 See notice on first page Issue 1, December 2005...

  • Page 237: Connector Of The 75 Ω E1 Station Clock Input Cables

    The upper and lower subracks have the cabling on the rear side: the B cabling (IN/OUT) to the left and the A cabling (IN/OUT) to the right..............................................365-374-187 Lucent Technologies - Proprietary 4-71 Issue 1, December 2005 See notice on first page...

  • Page 238: Routing The Station Clock I/O Cables

    System cabling and final assembly NOTE: Make sure that both ends of the station clock cables are grounded properly! Figure 4-47 Routing the station clock I/O cables ..............................................Lucent Technologies - Proprietary 365-374-187 4-72 See notice on first page Issue 1, December 2005...

  • Page 239: Lan 10/100 Base-T Interface

    The LAN1 port on the User Panel is the dedicated port for the CIT, but the LAN2 and LAN3 ports at the rear of the CI-CTL can also be used..............................................365-374-187 Lucent Technologies - Proprietary 4-73 Issue 1, December 2005 See notice on first page...

  • Page 240: Routing Lan1 (User Panel)

    Pin assignment (LAN cables, crossed) Point on connector Signal name Transmit-data positive Transmit-data negative Receive-data positive Receive-data negative Figure 4-49 Routing LAN1 (User Panel) ..............................................Lucent Technologies - Proprietary 365-374-187 4-74 See notice on first page Issue 1, December 2005...

  • Page 241: Hub Connection (Lan Straight)

    Figure 4-50 HUB connection (LAN straight) Table 4-21 Pin assignment (LAN cables, straight) Point on connector Signal name Transmit-data positive Transmit-data negative Receive-data positive Receive-data negative ..............................................365-374-187 Lucent Technologies - Proprietary 4-75 Issue 1, December 2005 See notice on first page...

  • Page 242: Routing Lan2, Lan3 And Lan4 (Ci-Ctl)

    System cabling and final assembly LAN 10/100 Base-T interface Figure 4-51 Routing LAN2, LAN3 and LAN4 (CI-CTL) ..............................................Lucent Technologies - Proprietary 365-374-187 4-76 See notice on first page Issue 1, December 2005...

  • Page 243: Fiber Cabling

    However, the fiber cables should now be laid loosely for the complete network. Contents Optical circuit packs 4-78 Gigabit Ethernet circuit packs 4-87 Fiber engineering rules 4-89 OP40-DCM cabling 4-96 Application of attenuators 4-97 ..............................................365-374-187 Lucent Technologies - Proprietary 4-77 Issue 1, December 2005 See notice on first page...

  • Page 244: Optical Circuit Packs

    (blue connector for SM). The LC boot must remain freely rotatable around the connector length axis after termination, in order to adjust its orientation to the fiber routing direction without damaging the fiber..............................................Lucent Technologies - Proprietary 365-374-187 4-78 See notice on first page...

  • Page 245: Op155M Layout

    Richco twist lock TL250 — DC1004336 (part of circuit pack delivery) Important! For this transmission unit only optical break-out cables (bundles of 12 single mode fibers) with 45° boots must be used! ..............................................365-374-187 Lucent Technologies - Proprietary 4-79 Issue 1, December 2005 See notice on first page...

  • Page 246: Oplb/Par8 Parent Board With Om155 Sfp Modules

    ® The LambdaUnite MSS SFPs are marked by the manufacturer, and they are checked ® upon insertion, in order to protect against accidental insertion of non LambdaUnite ® MSS specific SFPs. Only for the LambdaUnite MSS specific SFPs can Lucent Technologies guarantee the full functionality and warranty.

  • Page 247: Op622 Layout

    Richco twist lock TL250 — DC1004336 (part of circuit pack delivery) Important! For this transmission unit only optical break-out cables (bundles of 12 single mode fibers) with 45° boots must be used! ..............................................365-374-187 Lucent Technologies - Proprietary 4-81 Issue 1, December 2005 See notice on first page...

  • Page 248: Op2G5 Layout

    The following figure shows the layout of the OP2G5 circuit pack (KFA12, KFA203, KFA204). Figure 4-55 OP2G5 layout Legend: Richco twist lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................Lucent Technologies - Proprietary 365-374-187 4-82 See notice on first page Issue 1, December 2005...

  • Page 249: Op2G5/Parent/Pwdm With Om2G5 Modules

    OPT2G5/PAR3 with OM2G5 SFP modules The modules have a transmission rate (transparent) of 2.5 Gbit/s. Up to three SFPs fit on the parent board..............................................365-374-187 Lucent Technologies - Proprietary 4-83 Issue 1, December 2005 See notice on first page...

  • Page 250: Op10 Layout

    The following figure shows the layout of the OP10 circuit pack. Figure 4-57 OP10 layout Legend: Is part of the circuit pack LC connector — CC108265950 and ASSY-A1LC-BASE (BLACK) B* — CC108265950 ..............................................Lucent Technologies - Proprietary 365-374-187 4-84 See notice on first page Issue 1, December 2005...

  • Page 251: Op10D/Par2 With Modules

    The following figure shows the layout of the OP10D/PAR2 board (KFA630). Figure 4-58 OP10D/PAR2 with modules Legend: OP10D/PAR2 board Module Richco twist lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................365-374-187 Lucent Technologies - Proprietary 4-85 Issue 1, December 2005 See notice on first page...

  • Page 252: Op40 Layout

    The following figure shows the layout of the OP40 circuit pack. Figure 4-59 OP40 layout Legend: Richco twist lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................Lucent Technologies - Proprietary 365-374-187 4-86 See notice on first page Issue 1, December 2005...

  • Page 253: Gigabit Ethernet Circuit Packs

    ..............................................365-374-187 Lucent Technologies - Proprietary 4-87 Issue 1, December 2005 See notice on first page...

  • Page 254: Ge1 Circuit Pack

    The following figure shows the layout of the GE1 circuit pack. Figure 4-60 GE1 circuit pack Legend: Richco twist lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................Lucent Technologies - Proprietary 365-374-187 4-88 See notice on first page Issue 1, December 2005...

  • Page 255: Fiber Engineering Rules

    NOTE: Special side guides which are part of the rack extension kits are required if more than 128 fibers / 64 ports are available per quadrant..............................................365-374-187 Lucent Technologies - Proprietary 4-89 Issue 1, December 2005 See notice on first page...

  • Page 256: When To Use A Rack Extension

    (2 subracks)” (p. 4-94) General fiber management ® All fiber cables must be routed within the front half of the LambdaUnite rack frame and from both sides of the subrack to the top or bottom via the side guides (DC1001518, item 2) which are mounted at each corner position of the subrack.

  • Page 257: General Fiber Management

    (LT/RB) (DC1001517, item 4) which are mounted on the top/bottom of the subrack. Figure 4-64 General fiber management Legend: Cable routed to the lower subrack ..............................................365-374-187 Lucent Technologies - Proprietary 4-91 Issue 1, December 2005 See notice on first page...

  • Page 258: Routing Without Rack Extension (1 Subrack)

    Fiber clip Break-out point Fiber clip to lower fiber guide Break-out point Subrack (side view) Cable slack can also be used for accommodating overlength ..............................................Lucent Technologies - Proprietary 365-374-187 4-92 See notice on first page Issue 1, December 2005...

  • Page 259: Routing With Rack Extension (1 Subrack)

    Fiber clip Break-out points max. max. Fiber clip to lower fiber guide Break-out points max. Cable slacks can also be used for accommodating overlength ..............................................365-374-187 Lucent Technologies - Proprietary 4-93 Issue 1, December 2005 See notice on first page...

  • Page 260: Routing Without Rack Extension (2 Subracks)

    Fiber clip Break-out point Fiber clip to lower fiber guide Break-out point Subrack (side view) Cable slack can also be used for accommodating overlength ..............................................Lucent Technologies - Proprietary 365-374-187 4-94 See notice on first page Issue 1, December 2005...

  • Page 261: Routing With Rack Extension (2 Subracks)

    Break-out points Subrack 2 max. max. Fiber clip to lower fiber guide Break-out points max. Cable slacks can also be used for accommodating overlength ..............................................365-374-187 Lucent Technologies - Proprietary 4-95 Issue 1, December 2005 See notice on first page...

  • Page 262: Op40-Dcm Cabling

    If optical amplifiers are necessary, the cabling must be done as shown in the figure below. Figure 4-69 OP40 cabling with amplifiers 40G out 40G in OP40 RXDCM OBA-IN OPA-OUT OBA-OUT OPA-IN TXDCM ..............................................Lucent Technologies - Proprietary 365-374-187 4-96 See notice on first page Issue 1, December 2005...

  • Page 263: Application Of Attenuators

    Available LBOs For a complete and up-to-date list of all available LBOs with the respective comcodes please refer to the Engineering Drawings ED8C948-10 and ED8C948-20..............................................365-374-187 Lucent Technologies - Proprietary 4-97 Issue 1, December 2005 See notice on first page...

  • Page 264: Installation Of Doors And Side Cover Plates

    This section describes the two final (optional) assembly steps, the side cover plate and rack door mounting. Contents Side cover plates 4-99 Rack doors 4-102 ..............................................Lucent Technologies - Proprietary 365-374-187 4-98 See notice on first page Issue 1, December 2005...

  • Page 265: Side Cover Plates

    • CC848780185 in the case of a NEBS-2000 rack. NOTE: The mentioned comcodes always represent one pair of side cover plates (left and right). T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 4-99 Issue 1, December 2005 See notice on first page...

  • Page 266: Side Cover Plate Mounting Onto The Rack Frame

    System cabling and final assembly Side cover plates Results Figure 4-70 Side cover plate mounting onto the rack frame ..............................................Lucent Technologies - Proprietary 365-374-187 4-100 See notice on first page Issue 1, December 2005...

  • Page 267: Side Cover Plate Mounting Onto The Rack Extension

    System cabling and final assembly Side cover plates Figure 4-71 Side cover plate mounting onto the rack extension ..............................................365-374-187 Lucent Technologies - Proprietary 4-101 Issue 1, December 2005 See notice on first page...

  • Page 268: Rack Doors

    A torque of 5.9 ± 0.3 Nm is required for the weld stud M6 St36-2. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 4-102 See notice on first page Issue 1, December 2005...

  • Page 269: Installing The Rack Doors

    Put a finger in the hole below the door latch to lift the latch (see figure below)........................................Pull the latch to open the door. T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 4-103 Issue 1, December 2005 See notice on first page...

  • Page 270: Opening The Rack Doors

    Pry out the trim plate (item 1) by using the screwdriver........................................Insert the locking module (F2-99-2, item 2) with key-lock (SC01 ... SC99, item 3). Important! The key-lock must be unlocked as shown..............................................Lucent Technologies - Proprietary 365-374-187 4-104 See notice on first page Issue 1, December 2005...

  • Page 271: Installing The Door Lock

    Tilt the locking module and engage the tabs into the holes in the bezel........................................Snap the locking module into place. T E P S ......................................... Results Figure 4-74 Installing the door lock ..............................................365-374-187 Lucent Technologies - Proprietary 4-105 Issue 1, December 2005 See notice on first page...

  • Page 273: Power, Software And Circuit Pack Installation

    P ower, software and circuit pack installation Overview ..............................................Purpose This chapter describes • the powering of the LambdaUnite ® MultiService Switch (MSS) system, • the WaveStar ® CIT and NE software installation, • the circuit pack installation, and • two final tests that should be performed to end the physical installation part.

  • Page 274: Power, Software And Circuit Pack Installation

    MSS equipment operates at a nominal voltage of -48 V or -60 V. The permissible tolerance range is -40.5 V to -72 V. Ensure that the supply voltage has the correct range and polarity before connecting the voltage..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 275 Power, software and circuit pack installation Overview Contents Switching on and testing the supply voltage Fan unit test ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 276: Switching On And Testing The Supply Voltage

    Use the following four pairs (multimeter connection points) for the measurement (see Figure 4-2, “PDP connection (power input cables)” (p. 4-7)): 1. –A1/rtnA1 2. –B1/rtnB1 3. –A2/rtnA2 4. –B2/rtnB2..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 277: Pi/100 Switching

    IMPORTANT: The circuit breaker latch must be activated slowly. Otherwise it could snap back to the OFF position. Figure 5-1 PI/100 switching PI-B PI-A ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 278 ......................................... Breaker-less PIs (PI/100 NOCB) ® If “breaker-less” PIs (PI/100 NOCB) are used, the LambdaUnite MSS subrack has to be connected via an external circuit breaker to the central office power installation. The current rating of the hydraulic-magnetic circuit breaker (no thermal fuse) depends on the configuration of the subrack.

  • Page 279: Breaker-Less" Pis (Pi/100 Nocb)

    Power, software and circuit pack installation Switching on and testing the supply voltage E.T.A. 8345-C01A-U3M1-DB1A1B – 100A (or equivalent). Figure 5-2 “Breaker-less” PIs (PI/100 NOCB) ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 280: Fan Unit Test

    Fan unit test ..............................................Overview ® This test verifies the correct working of the fan unit in the LambdaUnite MultiService Switch (MSS) subrack. The test should be carried out for each installed NE. Procedure Proceed as follows to test the correct functionality of the fan unit: .........................................

  • Page 281: Rubber Air Flow Baffles

    (A and B) from the fan unit. You can do this without switching off the power supply. The “PWR ON” LED should be extinguished. Result: ......................................... Block one fan from moving with an obstacle (e.g. with a pen)..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 282 In the case of a test failure, please refer to appendix A, section “Fan Reference: unit test failure” (p. A-4). T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 5-10 See notice on first page Issue 1, December 2005...

  • Page 283: Software And Circuit Pack Installation

    Starting the WaveStar CIT application 5-18 NE software installation 5-19 Circuit packs 5-33 Configuration rules 5-39 Mounting the circuit packs 5-52 Physical installation check 5-60 ..............................................365-374-187 Lucent Technologies - Proprietary 5-11 Issue 1, December 2005 See notice on first page...
  • Page 284 The performance of the user interface can be enhanced by using a higher-performance personal computer. ® ® Make sure that the WaveStar CIT CD-ROM containing the WaveStar CIT software is available (CC109537746)..............................................Lucent Technologies - Proprietary 365-374-187 5-12 See notice on first page Issue 1, December 2005...

  • Page 285: Wavestar ® Cit Access Via Dcc

    Insert the WaveStar CIT CD-ROM (CC109537746) into the appropriate drive of your ......................................... IF ... THEN ... the Welcome Screen appears, proceed to Step ..............................................365-374-187 Lucent Technologies - Proprietary 5-13 Issue 1, December 2005 See notice on first page...

  • Page 286: Wavestar ® Cit Access Via Tcp/Ip

    CD-ROM drive. 5. Proceed to Step ......................................... Click Continue. The CD-ROM content list appears. Result: ......................................... Choose the entry. CIT Software ..............................................Lucent Technologies - Proprietary 365-374-187 5-14 See notice on first page Issue 1, December 2005...

  • Page 287: Wavestar ® Cit Installation

    Result: Choose Destination Location ......................................... Click to accept the default folder or click to choose or create a different Next Browse folder..............................................365-374-187 Lucent Technologies - Proprietary 5-15 Issue 1, December 2005 See notice on first page...
  • Page 288 • “No, I will restart my computer later”........................................Select “Yes, I want to restart my computer now” to ensure a proper installation of the OSILLC driver..............................................Lucent Technologies - Proprietary 365-374-187 5-16 See notice on first page Issue 1, December 2005...
  • Page 289 ......................................... ® To verify proper installation, double click the WaveStar CIT Icon on your desktop to start the application. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 5-17 Issue 1, December 2005 See notice on first page...

  • Page 290: Starting The Wavestar

    CIT will be “initializing views” for about three minutes. Read the legal notice and click You are logged in as Super User. Result: T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 5-18 See notice on first page Issue 1, December 2005...

  • Page 291: Ne Software Installation

    – 512 MB for CTL/2 (traditional and/or ONNS applications) – 1 GB for CTL/3T (traditional and extended DCC applications) – 1 GB for CTL/3S (ONNS and extended DCC applications)..............................................365-374-187 Lucent Technologies - Proprietary 5-19 Issue 1, December 2005 See notice on first page...
  • Page 292 Step you prefer manual installation, proceed to Step ......................................... ® Insert the LambdaUnite CD-ROM with the new NE software........................................IF ... THEN ... the Welcome Screen appears, proceed to Step the Welcome Screen does not...
  • Page 293 Power, software and circuit pack installation NE software installation ......................................... Choose the entry. NE Software ..............................................365-374-187 Lucent Technologies - Proprietary 5-21 Issue 1, December 2005 See notice on first page...
  • Page 294 Skip the following steps and proceed to section “Remove CompactFlash card from CTL” (p. 5-24)........................................® Insert the LambdaUnite CD-ROM with the new NE software........................................If the Welcome Screen appears, select to exit from the automatic installation Cancel procedure.

  • Page 295: Lucent Technologies - Proprietary

    Leaving the files in generics write protected mode will cause problems with upgrades in the future. T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 5-23 Issue 1, December 2005 See notice on first page...
  • Page 296 ......................................... ™ Locate the Security Bar for the CompactFlash card that is located on the top edge of the CTL unit as shown below..............................................Lucent Technologies - Proprietary 365-374-187 5-24 See notice on first page Issue 1, December 2005...
  • Page 297 If the screws are not loose, use a small Phillips screw driver to loosen the screws by two turns. Do not remove the screws........................................Open the Security Bar as shown below..............................................365-374-187 Lucent Technologies - Proprietary 5-25 Issue 1, December 2005 See notice on first page...
  • Page 298 NOTE: Take note of the orientation of the CompactFlash card as it is removed from ™ the CompactFlash slot. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 5-26 See notice on first page Issue 1, December 2005...
  • Page 299 , click the drive letter of the Destination PCMCIA Disk ™ CompactFlash card........................................In the left list, under , click on Available Generics WaveStar_UNITE ..............................................365-374-187 Lucent Technologies - Proprietary 5-27 Issue 1, December 2005 See notice on first page...
  • Page 300 • the CompactFlash ™ card is plugged correctly. • you have selected the correct PCMCIA drive. • the CompactFlash ™ card is empty and pre-formatted..............................................Lucent Technologies - Proprietary 365-374-187 5-28 See notice on first page Issue 1, December 2005...
  • Page 301 4. Press CTRL+A. 5. Move the mouse over the selected folders, click the right mouse button and select Properties The size of the C:\Program Files\Lucent Technologies\WaveStar CIT\generics\WaveStar_UNITE\06.01.00\up directory can be checked as follows: 1. Go to the button. Start 2.
  • Page 302 ......................................... ™ Locate the Security Bar for the CompactFlash card that is located on the top edge of the CTL unit as shown below..............................................Lucent Technologies - Proprietary 365-374-187 5-30 See notice on first page Issue 1, December 2005...
  • Page 303 If the screws are not loose, use a small Phillips Screw Driver to loosen the screws two turns. Do not remove the screws........................................Open the Security Bar as shown below..............................................365-374-187 Lucent Technologies - Proprietary 5-31 Issue 1, December 2005 See notice on first page...
  • Page 304 ......................................... Close the Security Bar and tighten both screws. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 5-32 See notice on first page Issue 1, December 2005...

  • Page 305: Circuit Packs

    Optical I/O parent board for OC-12 / STM-4 or OC-3 / STM-1 optical SFP interface modules OP622 Optical I/O pack OC-12 / STM-4 OP155M Optical I/O pack OC-3 / STM-1 ..............................................365-374-187 Lucent Technologies - Proprietary 5-33 Issue 1, December 2005 See notice on first page...
  • Page 306 (extended DCC and (CC109487439) ONNS capability) Paddle boards (subrack rear) CI-CTL Controller Interface ECI/155ME8 Electrical Communication Interface, EC-3, STM-1e ECI/155MP8 Electrical Protection Interface, EC-3, STM-1e ..............................................Lucent Technologies - Proprietary 365-374-187 5-34 See notice on first page Issue 1, December 2005...

  • Page 307: Available Interface Modules

    Other essential parts of the system are the User Panel, the Power Interfaces, the fan unit, and the Controller Interface (CI-CTL); these parts are subsumed in the core assembly kits, delivered already mounted in the subrack..............................................365-374-187 Lucent Technologies - Proprietary 5-35 Issue 1, December 2005 See notice on first page...

  • Page 308: Blank Front Plate (3N) - Cc848782868

    • 6N type. NOTE: Unused slots must be covered up by blank front plates! 3N types Figure 5-5 Blank front plate (3N) — CC848782868 ..............................................Lucent Technologies - Proprietary 365-374-187 5-36 See notice on first page Issue 1, December 2005...

  • Page 309: Blank Front Plate (3N) With Empty Holes - Cc848840112

    NOTE: The maximum upward and downward displacement of the plastic latches shall not exceed 5 mm to avoid any destruction! ..............................................365-374-187 Lucent Technologies - Proprietary 5-37 Issue 1, December 2005 See notice on first page...

  • Page 310: Blank Front Plate (6N) - Cc848782876

    Power, software and circuit pack installation Circuit packs 6N type Figure 5-7 Blank front plate (6N) — CC848782876 ..............................................Lucent Technologies - Proprietary 365-374-187 5-38 See notice on first page Issue 1, December 2005...

  • Page 311: Configuration Rules

    XC160/-, XC320/-, XC320/B, XC640/- (working) XC160/-, XC320/-, XC320/B, XC640/- (protection) or blank front plate (6N) User panel CTL/-, CTL/2, CTL/3T, CTL/3S (protection) or blank front plate (3N) ..............................................365-374-187 Lucent Technologies - Proprietary 5-39 Issue 1, December 2005 See notice on first page...
  • Page 312 Gigabit Ethernet and 10-Gbit/s port units To avoid thermic stress, it is recommended not to place a 10-Gbit/s port unit directly above a Gigabit Ethernet port unit..............................................Lucent Technologies - Proprietary 365-374-187 5-40 See notice on first page Issue 1, December 2005...

  • Page 313: Ep51 Slot Assignment

    P / W) P / W) P / W) P / W) P / W) P / W) P / W) P / W) ..............................................365-374-187 Lucent Technologies - Proprietary 5-41 Issue 1, December 2005 See notice on first page...

  • Page 314: Association Between Ep51 Slots And Eci51 Slots

    21 ... 24 61/63 23 ... 26 63/65 25 ... 28 65/67 32 ... 35 72/74 34 ... 37 74/76 36 ... 39 76/78 ..............................................Lucent Technologies - Proprietary 365-374-187 5-42 See notice on first page Issue 1, December 2005...

  • Page 315: Ep51/Eci51 Slot Assignments (Rear Shelf View)

    ® Represents ECI51 slots on the rear of the LambdaUnite shelf where ECI51 cards (DS3 paddle boards) can be installed. Represents the I/O slots in which EP51 (DS3 circuit packs) may be installed relative to the ECI51 slots that serve them.

  • Page 316: Association Between Ep51 Slots And Eci51 Protection Groups

    “1” 23/24 “2” 25/26 65/67 “1” 25/26 “2” 27/28 72/74 “1” 32/33 “2” 34/35 74/76 “1” 34/35 “2” 36/37 76/78 “1” 36/37 “2” 38/39 ..............................................Lucent Technologies - Proprietary 365-374-187 5-44 See notice on first page Issue 1, December 2005...

  • Page 317: Eci51 Protection Group Assignment

    4. All cross-connect and timing units can be provisioned in slot 9 and slot 10. The slot equippage rules as described above however apply independent of the type of cross-connect and timing unit used..............................................365-374-187 Lucent Technologies - Proprietary 5-45 Issue 1, December 2005 See notice on first page...

  • Page 318: Lxc Configuration Rules With Xc160

    If an XC160 cross-connect and timing unit is installed in slot 9 or slot 10, the green activity LED of that XC160 will flash, and a “Circuit Pack Type Mismatch” alarm will be reported..............................................Lucent Technologies - Proprietary 365-374-187 5-46 See notice on first page...

  • Page 319: Lxc Configuration Rules With Xc320

    10, the green activity LED of that cross-connect and timing unit will flash, and a “Circuit Pack Type Mismatch” alarm will be reported..............................................365-374-187 Lucent Technologies - Proprietary 5-47 Issue 1, December 2005 See notice on first page...

  • Page 320: Lxc Configuration Rules With Xc640

    Alternative equipage if slot 4 is occupied. The slots 16 and 18 must remain empty. Option 3 The slots 36 and 38 must remain empty..............................................Lucent Technologies - Proprietary 365-374-187 5-48 See notice on first page Issue 1, December 2005...
  • Page 321 Important! There may be at most one active LOXC. A second LOXC may be configured for protection purposes. This implies that at most one LOXC equipment protection group may exist..............................................365-374-187 Lucent Technologies - Proprietary 5-49 Issue 1, December 2005 See notice on first page...
  • Page 322 10 11 front view LXC320: User panel ( ) P 33 34 35 36 10 11 13 14 15 16 ( ) P front view ..............................................Lucent Technologies - Proprietary 365-374-187 5-50 See notice on first page Issue 1, December 2005...
  • Page 323 3. All available port units except for OP40, EP51 and OPT2G5 can be used for ONNS applications. 4. Lower cross-connections are not supported by ONNS. 5. The permissible shelf equippage depends on the maximum switch capacity..............................................365-374-187 Lucent Technologies - Proprietary 5-51 Issue 1, December 2005 See notice on first page...

  • Page 324: Mounting The Circuit Packs

    Figure 5-16, “Undamaged/damaged EMI shields” (p. 5-53)). 3. that the guide header on the back of the circuit pack is undamaged (see Figure 5-17, “Undamaged guide headers” (p. 5-54))..............................................Lucent Technologies - Proprietary 365-374-187 5-52 See notice on first page Issue 1, December 2005...

  • Page 325: Undamaged Connector Blocks

    Mounting the circuit packs Important! Do not insert a circuit pack in the case of a damaged connector block! Figure 5-15 Undamaged connector blocks ..............................................365-374-187 Lucent Technologies - Proprietary 5-53 Issue 1, December 2005 See notice on first page...

  • Page 326: Undamaged/Damaged Emi Shields

    Proceed as follows to insert a circuit pack: ......................................... Put the circuit pack onto the lower guiding extrusion as shown in the figure below..............................................Lucent Technologies - Proprietary 365-374-187 5-54 See notice on first page Issue 1, December 2005...
  • Page 327 NOTE: The right rail of the guiding extrusion must be used........................................Hold the circuit pack at both latches and slide it into the subrack..............................................365-374-187 Lucent Technologies - Proprietary 5-55 Issue 1, December 2005 See notice on first page...
  • Page 328 Power, software and circuit pack installation Mounting the circuit packs NOTE: The right rail of the upper guiding extrusion must be used for inserting the circuit pack..............................................Lucent Technologies - Proprietary 365-374-187 5-56 See notice on first page Issue 1, December 2005...
  • Page 329 ......................................... Check that the metal clip of each latch is visible as shown in the figure below. T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 5-57 Issue 1, December 2005 See notice on first page...
  • Page 330 Troubleshooting: If the conditions described above cannot be observed, check that the XC unit is plugged correctly. If that does not solve the problem, replace the XC unit (worker)..............................................Lucent Technologies - Proprietary 365-374-187 5-58 See notice on first page...
  • Page 331 (see chapter 7, “Provisioning system parameters” (p. 7-13)). This is because the DS3 1+1 protection group is not yet provisioned. This will be done later..............................................365-374-187 Lucent Technologies - Proprietary 5-59 Issue 1, December 2005 See notice on first page...

  • Page 332: Physical Installation Check

    • the optical couplings are affixed to the optical circuit packs. • all circuit packs are situated in the slots according to the guidelines described above. • the NE is up and running..............................................Lucent Technologies - Proprietary 365-374-187 5-60 See notice on first page Issue 1, December 2005...
  • Page 333 This chapter contains the exit checklist for Part I (see next page) and a table for entering the power supply values measured in chapter 5. Contents Physical and power installation exit checklist Power supply measurements ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 334: Exit Checklist - Part I

    Fiber cables installed Side cover plate installed Rack door installed Powering Fan unit test performed ® WaveStar CIT installed NE software installed Circuit packs installed ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 335: Power Supply Measurements

    Exit checklist – Part I Power supply measurements ..............................................Measured values Feeder Measured voltage ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 337: Part Ii: Ne Provisioning And Stand-Alone Installation Test

    Part II: NE provisioning and stand-alone installation test Overview ..............................................Purpose ® This part of the LambdaUnite MSS Installation Guide contains the NE provisioning and the stand-alone test procedures. Contents This part of the document contains the following chapters: • Chapter 7, NE provisioning •...

  • Page 338: Stand-Alone Test Procedures

    • SDH/SONET analyzer • Adjustable optical attenuator Contents Chapter 7, NE provisioning Chapter 8, Stand-alone test procedures Chapter 9, Exit checklist – Part II ..............................................Lucent Technologies - Proprietary 365-374-187 II-2 See notice on first page Issue 1, December 2005...
  • Page 339 This chapter describes the NE login procedure and the initial NE provisioning via ® WaveStar CIT. Assumption ® The person setting up the system should be familiar with LambdaUnite MSS, the ® SDH or SONET functionality and WaveStar CIT. Contents NE login ®...

  • Page 340: Ne Login

    “LAN port configuration for TCP/IP access” (p. 7-22). Contents ® Connecting the WaveStar CIT to the NE NE login via OSI NE login via TCP/IP 7-11 ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 341: Connecting The Wavestar

    ® ® The WaveStar CIT (LAN card) is connected to the LambdaUnite MSS via the “CIT” port of the user panel or through a backplane connector (LAN I/O Panel). A shielded CAT5 crossover LAN cable with RJ-45/RJ-45 connectors (see chapter 4, Figure 4-48, “CIT connection (LAN crossed)”...

  • Page 342: Wavestar ® Cit Lan Access (Network)

    Access”), which is then called the Gateway NE. All other NEs can be reached by the DCC. Thus, no additional management network is needed to connect the CIT to each individual NE..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 343 CIT can be connected to NEs via TCP/IP in the following ways: • Direct connection to the LAN port • Through an IP network (Intranet) • Through Gateway NE..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 344 TTD function is enabled. In order to be able to ping the NE you need to have a LAN provisioned for IP and the TTD function enabled..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page...

  • Page 345: Ne Login Via Osi

    (see chapter 5, section “Starting the WaveStar CIT application” (p. 5-18)) if ® ® WaveStar CIT User Login has been enabled during WaveStar CIT installation..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 346 “UNITE+02”. NOTE: “LUC01” and “LUC02” are pre-installed Super User logins which must used throughout this manual. More information related to user administration and privilege ® codes is given in the “LambdaUnite MSS User Operations Guide” (chapters 2 and 14)..............................................
  • Page 347 – asterisk: * – left square bracket: [ – right square bracket: ] – caret: ^ – grave accent: ’ – left curly brace: { ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 348 • must start with a letter. • must contain at least two non-alphabetic characters and at least one special character. Important! Passwords are case sensitive..............................................Lucent Technologies - Proprietary 365-374-187 7-10 See notice on first page Issue 1, December 2005...

  • Page 349: Ne Login Via Tcp/Ip

    (left window column), enter the target NE Management View identifier (TID) of the NE you wish to connect in the NE Name box........................................Select “LambdaUnite(TM) MSS” as NE Type ......................................... For the select “TCP/IP” and click Connection Type Graphical ..............................................
  • Page 350 Result: Legal Notice ......................................... Click to the legal notice. window appears for the selected NE. Result: System View T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 7-12 See notice on first page Issue 1, December 2005...

  • Page 351: Provisioning System Parameters

    Related information ® ® An overview about all WaveStar CIT related tasks is given in the “LambdaUnite MSS User Operations Guide”. Contents Changing the NE name (TID) 7-14 System parameters...

  • Page 352: Changing The Ne Name (Tid)

    – Special characters (“-”, “+”, “_”, “.”, “/”), – Digits (“0” .. “9”). • It is not allowed to start or end an NE name with a special character..............................................Lucent Technologies - Proprietary 365-374-187 7-14 See notice on first page...
  • Page 353 NOTE: The new TID will become active after the other system parameters have been provisioned and a system reset has been performed (see next section). T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 7-15 Issue 1, December 2005 See notice on first page...

  • Page 354: System Parameters

    Select the tab. Settings NOTE: The parameters of the Settings tab are explained in more detail in section “Elements of the Settings tab” (p. 7-20)..............................................Lucent Technologies - Proprietary 365-374-187 7-16 See notice on first page Issue 1, December 2005...
  • Page 355 Nevertheless it is possible to set the tributary mode to adaptive-rate for SDH by using ® the WaveStar CIT. However, such an illegal setting will be rejected by the NE..............................................365-374-187 Lucent Technologies - Proprietary 7-17 Issue 1, December 2005 See notice on first page...
  • Page 356 XC320 cross-connect select LXC320 and timing units are used, one or two XC640 cross-connect select LXC640 and timing units are used, ..............................................Lucent Technologies - Proprietary 365-374-187 7-18 See notice on first page Issue 1, December 2005...
  • Page 357 Troubleshooting: If the “Fault” LED is flashing on one or more circuit packs or if ® circuit pack alarms are displayed in the WaveStar CIT alarm list, refer to appendix A, section “Circuit pack alarm handling” (p. A-12)..............................................365-374-187 Lucent Technologies - Proprietary 7-19 Issue 1, December 2005 See notice on first page...

  • Page 358: Screen Of The Settings Tab

    Elements of the Settings tab Option Meaning Optical Interface Used to set the interface standard for the NE by selecting the corresponding radio button ( Standard SONET ..............................................Lucent Technologies - Proprietary 365-374-187 7-20 See notice on first page Issue 1, December 2005...

  • Page 359: Elements Of The Settings Tab

    NOTE: The maximum switch capacity is independent of the type of cross-connect and timing unit used. However, the shelf equipage concerning the cross-connect and timing units depends on the maximum switch capacity..............................................365-374-187 Lucent Technologies - Proprietary 7-21 Issue 1, December 2005 See notice on first page...

  • Page 360: Lan Port Configuration For Tcp/Ip Access

    LAN port configuration for TCP/IP access ..............................................Overview ® This section provides a procedure for configuring a LAN port on a LambdaUnite ® for access from WaveStar CIT via TCP/IP or for establishing connectivity to an Element Management System (EMS).
  • Page 361 In the WaveStar , select System View Communications... window appears. Result: Data Communications ......................................... Select “OSI Node osinode1” on the left and click Select ..............................................365-374-187 Lucent Technologies - Proprietary 7-23 Issue 1, December 2005 See notice on first page...
  • Page 362 . It is not (ISIS Disabled) OSI only (ISIS Enabled) necessary to check the box if Advanced Mode will be selected in the next step. only ..............................................Lucent Technologies - Proprietary 365-374-187 7-24 See notice on first page Issue 1, December 2005...
  • Page 363 “NE login via OSI” (p. 7-7))........................................Fault → Enter/Exit Maintenance ® In the WaveStar System View , select Condition... → Exit Maintenance Condition..............................................365-374-187 Lucent Technologies - Proprietary 7-25 Issue 1, December 2005 See notice on first page...
  • Page 364 , select System View Administration Data Communications... window appears. Result: Data Communications ......................................... ® By means of the equipment selection window, select “LambdaUnite MSS” and click Select ......................................... Select the tab. TCP/IP ......................................... In the group box, enter the TCP/IP Default Settings...
  • Page 365 TCP/IP Gateway Host List ......................................... Click and then in the confirmation window. Apply ......................................... Click Close T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 7-27 Issue 1, December 2005 See notice on first page...

  • Page 366: Ne Password Aging

    Existing User ......................................... In the area, click on the radio button to Disable Password Aging Interval Disable Password Aging Interval ..............................................Lucent Technologies - Proprietary 365-374-187 7-28 See notice on first page Issue 1, December 2005...
  • Page 367 NOTE: Local or company procedures may require these timers to be restored when the NE is added to the network. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 7-29 Issue 1, December 2005 See notice on first page...

  • Page 368: Ne Date And Time

    PC where the WaveStar CIT software is installed. For example, 3:44 p.m. in the 12-hour format is equivalent to 15:44 in the 24-hour format..............................................Lucent Technologies - Proprietary 365-374-187 7-30 See notice on first page Issue 1, December 2005...

  • Page 369: Elements Of The Date And Time Screen

    Select the year to be set. Year Select the month to be set. Month Select the day to be set. Select the time to be set. Time ..............................................365-374-187 Lucent Technologies - Proprietary 7-31 Issue 1, December 2005 See notice on first page...
  • Page 370 CTL/3S or CTL/3T. Power failures with a duration of up to 2 hours can be compensated with an accuracy of the timing information after the recovery of ±1 second..............................................Lucent Technologies - Proprietary 365-374-187 7-32 See notice on first page...

  • Page 371: Mounting The Ctl Protection Unit

    “CTL failure” (p. A-8). NOTE: An NE login is possible during the synchronization process of the CTL protection unit. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 7-33 Issue 1, December 2005 See notice on first page...

  • Page 372: External Timing Inputs

    2 Mbit - framed • 2 Mbit - unframed The following values are possible for SONET: • (Extended Super Frame; supports SSM) • (Super Frame) ..............................................Lucent Technologies - Proprietary 365-374-187 7-34 See notice on first page Issue 1, December 2005...
  • Page 373 Apply the changes by clicking . If you wish to discard the changes click Apply Undo ......................................... Click to close the window. Close T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 7-35 Issue 1, December 2005 See notice on first page...

  • Page 374: External Timing References

    Assign the current quality level of the external Quality Level timing source ( for SDH mode or SSUT SSUL SONET mode)..............................................Lucent Technologies - Proprietary 365-374-187 7-36 See notice on first page Issue 1, December 2005...
  • Page 375 Select the respective tab in External Reference # Step no further external timing source proceed to Step must be configured, ..............................................365-374-187 Lucent Technologies - Proprietary 7-37 Issue 1, December 2005 See notice on first page...
  • Page 376 In the WaveStar System View , select External tab) to verify that the new parameters were accepted. Reference 1/2 T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 7-38 See notice on first page Issue 1, December 2005...

  • Page 377: System Timing

    • (SONET mode only). Infinite ......................................... Enable or disable the use of System Synchronization Status Messaging Mode selecting QL Enable QL Disable ..............................................365-374-187 Lucent Technologies - Proprietary 7-39 Issue 1, December 2005 See notice on first page...
  • Page 378 ® In the WaveStar , select System View System Timing tab) to verify that the new parameters were accepted. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 7-40 See notice on first page Issue 1, December 2005...

  • Page 379: System Timing Screen

    NE provisioning System timing System timing screen Figure 7-8 System timing screen ..............................................365-374-187 Lucent Technologies - Proprietary 7-41 Issue 1, December 2005 See notice on first page...

  • Page 381: Stand-Alone Test Procedures

    Make sure all assumptions listed below are fulfilled before carrying out any tests: • All NEs are mounted and cabled correctly (see chapters 3 and 4). • The people carrying out the tests are familiar with LambdaUnite ® MSS, the SDH ®...

  • Page 382: Led Test

    LED test failure In the case of an LED test failure (not all LEDs illuminate), please refer to appendix A, section “LED test failure” (p. A-14)..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 383: Alarm Reporting Tests

    2. Logged in to the NE. Minor alarm test CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 384 ® In the WaveStar , click one optical port (without fiber connection) System View with the right mouse button and select Provision Port # ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 385 ......................................... Major alarm test CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 386 Furthermore, the “MJ” LED on the User Panel and the “Major” LED at the rack top should be extinguished. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 387: Ne Synchronization Test

    Use a 2.048-MHz or 2.048-Mbit/s framed signal for SDH, and a 1.544-Mbit/s framed signal for SONET........................................→ ® In the WaveStar System View , select Configuration Timing/Sync ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 388 “Locked” Clock Mode • (SDH) or (SONET) in the field. “PRC” “PRS” System Quality Level Status ......................................... Disconnect the first clock source..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 389 In the case of an NE synchronization failure (NE cannot synchronize to Reference: an external clock source), please refer to appendix A, section “NE synchronization failure” (p. A-6). T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 390: Optical Power Meter Test

    Prior to performing this task, all used optical ports must be clean. A cleaning procedure is given in appendix A, section “Fiber cleaning” (p. A-21)..............................................Lucent Technologies - Proprietary 365-374-187 8-10 See notice on first page Issue 1, December 2005...
  • Page 391 Measure the mean launched power at the connected port and enter the measured value in the table provided in chapter 9..............................................365-374-187 Lucent Technologies - Proprietary 8-11 Issue 1, December 2005 See notice on first page...
  • Page 392 –1.0 ... +2.0 109006031 OM10/1.5IR1 109305292 1550 –1.0 ... +2.0 (Module) OM10/1.5LR1 109503649 1550 0 ... +4.0 (Module) OM10/1.3IOR1 109305300 1310 –6.0 ... –1.0 (Module) ..............................................Lucent Technologies - Proprietary 365-374-187 8-12 See notice on first page Issue 1, December 2005...

  • Page 393: Mean Launched Power Ranges

    109306993 1310 –5.0 ... 0 (Module) OM155/1.3IR1 109306977 1310 –15.0 ... –8.0 (Module) GE1/SX4 109000273 –9.5 ... –4.0 GE1/LX4 109192245 1310 –9.5 ... –3.0 ..............................................365-374-187 Lucent Technologies - Proprietary 8-13 Issue 1, December 2005 See notice on first page...

  • Page 394: Receiver Sensitivity Test

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................Lucent Technologies - Proprietary 365-374-187 8-14 See notice on first page Issue 1, December 2005...
  • Page 395 2. Logged in to the NE. 3. Checked that all used optical ports are clean. A cleaning procedure is given in appendix A, section “Fiber cleaning” (p. A-21)..............................................365-374-187 Lucent Technologies - Proprietary 8-15 Issue 1, December 2005 See notice on first page...

  • Page 396: Receiver Sensitivity Test

    Connect an SDH/SONET analyzer to a second optical port and select 2 -1 as test pattern........................................Configuration → Cross-Connection → ® In the WaveStar , select System View to set up a cross-connection. Create ..............................................Lucent Technologies - Proprietary 365-374-187 8-16 See notice on first page Issue 1, December 2005...
  • Page 397 The current data of the cross-connection are displayed. Result: ......................................... Select in the NORM Output Mode Source to Destination Destination to group boxes. Source ..............................................365-374-187 Lucent Technologies - Proprietary 8-17 Issue 1, December 2005 See notice on first page...
  • Page 398 In the WaveStar , select System View to delete the established cross-connection. Delete appears. Result: Screen 1 ......................................... Click the tab on the left. Equip ..............................................Lucent Technologies - Proprietary 365-374-187 8-18 See notice on first page Issue 1, December 2005...
  • Page 399 109055640 1310 ≤ –14.0 OP40/1.5LR1O 109000174 1550 ≤ –10.5 OP40/9280...8650XT 109055772 ... 1550 109056499 ≤ –11.0 OP10/1.3IOR1 109000216 1310 ≤ –14.0 OP10/1.5IR1 109077073 1550 ..............................................365-374-187 Lucent Technologies - Proprietary 8-19 Issue 1, December 2005 See notice on first page...

  • Page 400: Receiver Sensitivity

    1310 ≤ –28.0 OM622/1.3LR1 109307017 1310 (Module) ≤ –28.0 OM622/1.3IR1 109307009 1310 (Module) ≤ –28.0 OP155M/1.3IR16 109091603 1310 ≤ –34.0 OM155/1.3LR1 109306993 1310 (Module) ..............................................Lucent Technologies - Proprietary 365-374-187 8-20 See notice on first page Issue 1, December 2005...
  • Page 401 Receiver sensitivity (continued) Circuit pack Comcode Wavelength [nm] Receiver sensitivity [dBm] ≤ –28.0 OM155/1.3IR1 109306977 1310 (Module) ≤ –17.0 GE1/SX4 109000273 ≤ –20.0 GE1/LX4 109192245 1310 ..............................................365-374-187 Lucent Technologies - Proprietary 8-21 Issue 1, December 2005 See notice on first page...

  • Page 402: Ds3 Transmission And Protection Test

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................Lucent Technologies - Proprietary 365-374-187 8-22 See notice on first page Issue 1, December 2005...
  • Page 403 Figure 8-3 DS3 transmission test ® WaveStar CIT LambdaUnite User panel port Optical loop Transmission 1) Cross-connection 44.736 Mbit/s analyzer OP = Optical Pack ..............................................365-374-187 Lucent Technologies - Proprietary 8-23 Issue 1, December 2005 See notice on first page...
  • Page 404 Select the optical port (with the optical loop) as destination port and the corresponding STS in the list box. Tributary ......................................... Click the Select button..............................................Lucent Technologies - Proprietary 365-374-187 8-24 See notice on first page Issue 1, December 2005...
  • Page 405 Mbit/s as signal rate. NOTE: The default DS3 signal format is “C-bit parity”. If you want to change this, ® please refer to chapter 4 of the “LambdaUnite MSS User Operations Guide”. No bit errors are present during this time.
  • Page 406 Delete Cross Connection ......................................... Repeat Step 2 Step 26 for all the other DS3 ports that are to be tested. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 8-26 See notice on first page Issue 1, December 2005...
  • Page 407 DS3 port units of an equipment protection group need to be installed in two adjacent slots........................................Click and then in the confirmation window. Apply ..............................................365-374-187 Lucent Technologies - Proprietary 8-27 Issue 1, December 2005 See notice on first page...
  • Page 408 (is marked with “(S)”). Traffic hits can be observed on the test set........................................Click to exit the window. Close Protection Switch ..............................................Lucent Technologies - Proprietary 365-374-187 8-28 See notice on first page Issue 1, December 2005...
  • Page 409 ......................................... Click to exit the window. Close Delete Cross Connection T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 8-29 Issue 1, December 2005 See notice on first page...

  • Page 410: Optical Port Transmission Test (Daisy Chain Test)

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................Lucent Technologies - Proprietary 365-374-187 8-30 See notice on first page Issue 1, December 2005...
  • Page 411 2. Logged in to the NE. 3. Checked that all used optical ports are clean. A cleaning procedure is given in appendix A, section “Fiber cleaning” (p. A-21)..............................................365-374-187 Lucent Technologies - Proprietary 8-31 Issue 1, December 2005 See notice on first page...

  • Page 412: Daisy Chain Test

    • (SDH) / (SONET) VC-4 STS-3 • (SDH) / (SONET) VC-4-4c STS-12 • (SDH) / (SONET) VC-4-16c STS-48 • (SDH) / (SONET) VC-4-64c STS-192 ..............................................Lucent Technologies - Proprietary 365-374-187 8-32 See notice on first page Issue 1, December 2005...
  • Page 413 Step 3 Step 12 for all the other required cross-connections according to the test setup. Important! In Step 3 use always the same cross-connection rate! ..............................................365-374-187 Lucent Technologies - Proprietary 8-33 Issue 1, December 2005 See notice on first page...
  • Page 414 Finish> clicking ......................................... Repeat Step 16 Step 21 for all the other cross-connections that have been established..............................................Lucent Technologies - Proprietary 365-374-187 8-34 See notice on first page Issue 1, December 2005...
  • Page 415 Stand-alone test procedures Optical port transmission test (daisy chain test) ......................................... Click to exit the window. Close Delete Cross Connection T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 8-35 Issue 1, December 2005 See notice on first page...

  • Page 416: Xc And Ctl Protection Test

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................Lucent Technologies - Proprietary 365-374-187 8-36 See notice on first page Issue 1, December 2005...
  • Page 417 2. Logged in to the NE. 3. Checked that all optical ports used are clean. A cleaning procedure is given in appendix A, section “Fiber cleaning” (p. A-21)..............................................365-374-187 Lucent Technologies - Proprietary 8-37 Issue 1, December 2005 See notice on first page...

  • Page 418: Xc And Ctl Protection Test

    • (SDH) / (SONET) VC-4-64c STS-192 Please note that it is not possible to proceed to the next window before selecting the cross-connection rate..............................................Lucent Technologies - Proprietary 365-374-187 8-38 See notice on first page Issue 1, December 2005...
  • Page 419 1. In the WaveStar , select System View 2. Select of the Shelf 1 (DUR) Ptn Grp 3. Click and confirm the resulting message by clicking Select ..............................................365-374-187 Lucent Technologies - Proprietary 8-39 Issue 1, December 2005 See notice on first page...
  • Page 420 3. The “Active” LED and the “Fault” LED are extinguished. 4. The “Active” LED flashes. 5. The “Active” LED and the “Fault” LED are extinguished..............................................Lucent Technologies - Proprietary 365-374-187 8-40 See notice on first page Issue 1, December 2005...
  • Page 421 “Fault” LED on that CTL is permanently on. Then remove the CTL unit completely. This order of steps must be observed to avoid database corruption..............................................365-374-187 Lucent Technologies - Proprietary 8-41 Issue 1, December 2005 See notice on first page...
  • Page 422 ......................................... Select in the tab on the left-hand side of the window 1+1 Equipment ectlgrp Ptn Grp and click the button. Select ..............................................Lucent Technologies - Proprietary 365-374-187 8-42 See notice on first page Issue 1, December 2005...
  • Page 423 ......................................... Select this cross-connection and click Next> appears. Result: Screen 2 ......................................... Select of this cross-connection and click ALL Legs Next> ..............................................365-374-187 Lucent Technologies - Proprietary 8-43 Issue 1, December 2005 See notice on first page...
  • Page 424 Finish> clicking ......................................... Click to exit the window. Close Delete Cross Connection T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 8-44 See notice on first page Issue 1, December 2005...

  • Page 425: E Xit Checklist - Part Ii

    This chapter contains the exit checklist for Part II (see next page) and a table for entering the optical output power values measured in chapter 8. Contents NE provisioning and stand-alone installation test exit checklist Optical output power measurements ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 426: Ne Provisioning And Stand-Alone Installation Test Exit Checklist

    Optical power meter test performed Receiver sensitivity test performed DS3 transmission test performed Port and cross-connect test performed XC protection test performed CTL protection test performed ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 427: Optical Output Power Measurements

    Measured values NOTE: If required, please make copies of the following table. Slot Circuit pack Port Mean launched Receiver number number power [dBm] sensitivity [dBm] ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 428 Exit checklist – Part II Optical output power measurements Slot Circuit pack Port Mean launched Receiver number number power [dBm] sensitivity [dBm] ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 429: Overview

    Overview ..............................................Purpose ® This part of the LambdaUnite MSS Installation Guide contains the physical network installation, the network provisioning, and the network test procedures related to a ring configuration. Contents This part of the document contains the following chapters: •...
  • Page 430 Optical power meter with LC connectors • Two SDH/SONET analyzers Contents Chapter 10, Network establishment and testing 10-1 Chapter 11, Exit checklist – Part III 11-1 ..............................................Lucent Technologies - Proprietary 365-374-187 III-2 See notice on first page Issue 1, December 2005...

  • Page 431: Network Establishment And Testing

    SNCP/UPSR test 10-71 ONNS provisioning 10-78 Setting the IP address and ONNS system parameters of the SCN nodes 10-81 Optical port provisioning for SCN 10-83 ..............................................365-374-187 Lucent Technologies - Proprietary 10-1 Issue 1, December 2005 See notice on first page...
  • Page 432 CIT ONNS application for the first time 10-87 ONNS test 10-90 Path creation test 10-94 Path restoration test 10-97 Path deletion test 10-98 1+1 protection test 10-99 ..............................................Lucent Technologies - Proprietary 365-374-187 10-2 See notice on first page Issue 1, December 2005...

  • Page 433: Network Establishment

    “Fiber cabling” (p. 4-77). ® ® An overview about all WaveStar CIT-related tasks is given in the “LambdaUnite MSS User Operations Guide”. If passive DWDM equipment is used please refer to Appendix B, “Passive WDM (OEM equipment)”. If DCM equipment is used please refer to Appendix C, “DCM (OEM...

  • Page 434: Connecting The Fiber Cables

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................Lucent Technologies - Proprietary 365-374-187 10-4 See notice on first page Issue 1, December 2005...
  • Page 435 The SD detection is interval-based. As soon as a SD condition is detected (or confirmed) or deleted (or confirmed as being non- existent) the detection interval restarts..............................................365-374-187 Lucent Technologies - Proprietary 10-5 Issue 1, December 2005 See notice on first page...

  • Page 436: Protected Ring Configuration

    10 ms. Network configuration Figure 10-1 Protected ring configuration NE-B Rx Tx Rx Tx NE-A NE-C NE-D OP = Optical Pack ..............................................Lucent Technologies - Proprietary 365-374-187 10-6 See notice on first page Issue 1, December 2005...
  • Page 437 NE-A port used in this test........................................Repeat Step 1 Step 6 for all required fiber connections in the ring. T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary 10-7 Issue 1, December 2005 See notice on first page...

  • Page 438: Power Input Ranges Of The Optical Circuit Packs

    –28.0 ... –8.0 OM2G5/1.3SR1 109192294 1310 –18.0 ... –3.0 (Module) OM2G5/1.3LR1 109192286 1310 –27.0 ... –8.0 (Module) OM2G5/1.5LR1 109192278 1550 –28.0 ... –8.0 (Module) ..............................................Lucent Technologies - Proprietary 365-374-187 10-8 See notice on first page Issue 1, December 2005...
  • Page 439 109306993 1310 –34.0 ... –10.0 (Module) OM155/1.3IR1 109306977 1310 –28.0 ... –8.0 (Module) GE1/SX4 109000273 –17.0 ... 0.0 GE1/LX4 109192245 1310 –19.0 ... –3.0 ..............................................365-374-187 Lucent Technologies - Proprietary 10-9 Issue 1, December 2005 See notice on first page...

  • Page 440: Build-Out Block With Lc Lbo

    • Shuttered LC-type LBOs • AllWave attenuators. Figure 10-2 Build-out block with LC LBO Depress Beam to Remove Buildout Install NC2510g-097 Figure 10-3 Shuttered LC LBO ..............................................Lucent Technologies - Proprietary 365-374-187 10-10 See notice on first page Issue 1, December 2005...

  • Page 441: Allwave Lc And Sc Attenuators

    Customer Information Center (CIC)) • order in the latest version from CIC at http://www.cic.lucent.com/drawings.html with the order codes “ED8C948-10” and “ED8C948-20”..............................................365-374-187 Lucent Technologies - Proprietary 10-11 Issue 1, December 2005 See notice on first page...

  • Page 442: Provision Dcc

    Max. number of active DCC links The maximum number of simultaneously supported DCC channels per DCC controller is 64 (for CTL/- and CTL/2) or 180 (for CTL/3)..............................................Lucent Technologies - Proprietary 365-374-187 10-12 See notice on first page Issue 1, December 2005...
  • Page 443 Important! The chosen parameters have to be different at both ends of the DCC ® termination if the DCCs are terminating on other equipment than LambdaUnite MSS. That means, one end must be set to , and the other end to...
  • Page 444 DCC terminations and to which fiber cables are connected........................................Repeat Step 1 Step 10 for all other NEs in the ring. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 10-14 See notice on first page Issue 1, December 2005...

  • Page 445: Wavestar ® Cit Remote Login Test Via Dcc

    ® WaveStar CIT application” (p. 5-18)) if WaveStar CIT User Login has been ® enabled during WaveStar CIT installation. 3. Logged in to NE-A..............................................365-374-187 Lucent Technologies - Proprietary 10-15 Issue 1, December 2005 See notice on first page...

  • Page 446: Remote Login Test Via Dcc

    Proceed as follows to perform a remote login test: ......................................... Start a remote login to NE-B. To do that, enter the following: • The TID of NE-B as NE Name • LambdaUnite(R) MSS as NE Type • OSI as Connection Type Click Graphical ..............................................
  • Page 447 If there are active alarms, please refer to appendix A, section “Alarm Reference: handling” (p. A-19)........................................Repeat Step 1 Step 3 for all other NEs in the ring. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 10-17 Issue 1, December 2005 See notice on first page...

  • Page 448: Line Timing Test Setup

    CIT User Login has been ® enabled during WaveStar CIT installation. 4. Connected two external clocks with 2-MHz or 2 Mbit/s (SDH) or DS1 (SONET) signals to NE-A..............................................Lucent Technologies - Proprietary 365-374-187 10-18 See notice on first page Issue 1, December 2005...

  • Page 449: Line Timing Test Setup

    ......................................... View → Timing/Sync... ® In the WaveStar , select System View window appears. Result: Synchronization Characteristics ......................................... Select the tab. External Reference 1 ..............................................365-374-187 Lucent Technologies - Proprietary 10-19 Issue 1, December 2005 See notice on first page...
  • Page 450 Close Configuration → Timing/Sync Step (see chapter 7, section “External timing references” (p. 7-36)). T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 10-20 See notice on first page Issue 1, December 2005...
  • Page 451 Proceed as follows to configure the line timing references in NE-B, NE-C and NE-D: ......................................... Start a remote login to NE-B. To do that, enter the following: • The TID of NE-B as NE Name • LambdaUnite(R) MSS as NE Type • OSI as Connection Type Click Graphical Result: All units of NE-B will be displayed.
  • Page 452 • NE-D: Select the port that is connected to NE-C. T E P S ......................................... Reference The line timing test is described in section “Line timing test” (p. 10-51)..............................................Lucent Technologies - Proprietary 365-374-187 10-22 See notice on first page Issue 1, December 2005...

  • Page 453: 1+1 Msp/Aps Test Setup

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................365-374-187 Lucent Technologies - Proprietary 10-23 Issue 1, December 2005 See notice on first page...
  • Page 454 1 can be protected with one port of circuit pack 2 while the second port on circuit pack 1 is protected by circuit pack 3..............................................Lucent Technologies - Proprietary 365-374-187 10-24 See notice on first page...
  • Page 455 The selected system and bay and the available shelf are displayed........................................Select the shelf and click the Select I/O Shelf button..............................................365-374-187 Lucent Technologies - Proprietary 10-25 Issue 1, December 2005 See notice on first page...
  • Page 456 Step 1 Step 10 for NE-B via remote login. To do that, enter the following: • The TID of NE-B as NE Name • LambdaUnite(R) MSS as NE Type • OSI as Connection Type ..............................................Lucent Technologies - Proprietary 365-374-187...
  • Page 457 AIDs of all STSs belonging to Result: Tributary the respective port are displayed........................................Select the STS which shall be used as the source and click the button. Select ..............................................365-374-187 Lucent Technologies - Proprietary 10-27 Issue 1, December 2005 See notice on first page...
  • Page 458 #2 OP2G5 #2” as destination port. T E P S ......................................... Reference The 1+1 MSP/APS test is described in section “1+1 MSP/APS test” (p. 10-54)..............................................Lucent Technologies - Proprietary 365-374-187 10-28 See notice on first page Issue 1, December 2005...

  • Page 459: 2-Fiber Ms-Spring/Blsr Test Setup

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................365-374-187 Lucent Technologies - Proprietary 10-29 Issue 1, December 2005 See notice on first page...
  • Page 460 CIT as Super User (see chapter 5, section “Starting the ® ® WaveStar CIT application” (p. 5-18)) if WaveStar CIT User Login has been ® enabled during WaveStar CIT installation..............................................Lucent Technologies - Proprietary 365-374-187 10-30 See notice on first page Issue 1, December 2005...
  • Page 461 7, section “NE login via OSI” (p. 7-7)........................................Configuration → Create New → ® In the WaveStar , select System View Protection Group..............................................365-374-187 Lucent Technologies - Proprietary 10-31 Issue 1, December 2005 See notice on first page...
  • Page 462 All other parameters in the window shall remain on the default values and not been changed........................................Verify that all parameters are correct. Click Apply and then in the confirmation window..............................................Lucent Technologies - Proprietary 365-374-187 10-32 See notice on first page Issue 1, December 2005...
  • Page 463 NEs in the ring via remote login. To do that, enter the following: • The NE TID as NE Name • LambdaUnite(R) MSS as NE Type • OSI as Connection Type To verify that the MS-SPRing/BLSR setup is correct perform the steps mentioned below.
  • Page 464 Result: Tributary to the respective port are displayed........................................Select the VC/STS which shall be used as the source and click the button. Select ..............................................Lucent Technologies - Proprietary 365-374-187 10-34 See notice on first page Issue 1, December 2005...
  • Page 465 NE-A Source NE Name T E P S ......................................... Reference The 2-fiber MS-SPRing/BLSR test is described in section “2-fiber MS-SPRing/BLSR test” (p. 10-59)..............................................365-374-187 Lucent Technologies - Proprietary 10-35 Issue 1, December 2005 See notice on first page...

  • Page 466: 4-Fiber Ms-Spring/Blsr Test Setup

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................Lucent Technologies - Proprietary 365-374-187 10-36 See notice on first page Issue 1, December 2005...
  • Page 467 CIT as Super User (see chapter 5, section “Starting the ® ® WaveStar CIT application” (p. 5-18)) if WaveStar CIT User Login has been ® enabled during WaveStar CIT installation..............................................365-374-187 Lucent Technologies - Proprietary 10-37 Issue 1, December 2005 See notice on first page...
  • Page 468 Connect the WaveStar CIT PC to NE-A and perform an NE login as described in chapter 7, section “NE login via OSI” (p. 7-7)..............................................Lucent Technologies - Proprietary 365-374-187 10-38 See notice on first page Issue 1, December 2005...
  • Page 469 5 Minutes (Default)........................................All other parameters in the window shall remain on the default values and not been changed..............................................365-374-187 Lucent Technologies - Proprietary 10-39 Issue 1, December 2005 See notice on first page...
  • Page 470 NEs in the ring via remote login. To do that, enter the following: • The NE TID as NE Name • LambdaUnite(R) MSS as NE Type • OSI as Connection Type To verify that the MS-SPRing/BLSR setup is correct perform the steps mentioned below.
  • Page 471 Select selection tab appears. Result: Ptn Grp ......................................... Select the port to which the SDH/SONET analyzer is connected..............................................365-374-187 Lucent Technologies - Proprietary 10-41 Issue 1, December 2005 See notice on first page...
  • Page 472 NE-A Source NE Name T E P S ......................................... Reference The 4-fiber MS-SPRing/BLSR test is described in section “4-fiber MS-SPRing/BLSR test” (p. 10-65)..............................................Lucent Technologies - Proprietary 365-374-187 10-42 See notice on first page Issue 1, December 2005...

  • Page 473: Sncp/Upsr Test Setup

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................365-374-187 Lucent Technologies - Proprietary 10-43 Issue 1, December 2005 See notice on first page...
  • Page 474 3. If DCC protection is required, the DCC channels of all used SNCP/UPSR ports must be configured correctly (see section “Provision DCC” (p. 10-12))..............................................Lucent Technologies - Proprietary 365-374-187 10-44 See notice on first page Issue 1, December 2005...

  • Page 475: Sncp/Upsr Test Setup

    “NE login via OSI” (p. 7-7)........................................Configuration → Cross-Connection → ® In the WaveStar , select System View to set up a cross-connection. Create ..............................................365-374-187 Lucent Technologies - Proprietary 10-45 Issue 1, December 2005 See notice on first page...
  • Page 476 Define the working path and protection path by clicking or unclicking the check box. Important! The port that is connected to NE-B must be defined as working path! ..............................................Lucent Technologies - Proprietary 365-374-187 10-46 See notice on first page Issue 1, December 2005...
  • Page 477 Step 1 Step 16 for NE-B via remote login. To do that, enter the following: • The TID of NE-B as NE Name • LambdaUnite(R) MSS as NE Type • OSI as Connection Type ..............................................365-374-187 Lucent Technologies - Proprietary...
  • Page 478 Result: Tributary to the respective port are displayed........................................Select the VC/STS which shall be used as the source and click the button. Select ..............................................Lucent Technologies - Proprietary 365-374-187 10-48 See notice on first page Issue 1, December 2005...
  • Page 479 • Select the port that is connected to NE-C as destination. T E P S ......................................... Reference The SNCP/UPSR test is described in section “SNCP/UPSR test” (p. 10-71)..............................................365-374-187 Lucent Technologies - Proprietary 10-49 Issue 1, December 2005 See notice on first page...

  • Page 480: Test Procedures

    Contents Line timing test 10-51 1+1 MSP/APS test 10-54 2-fiber MS-SPRing/BLSR test 10-59 4-fiber MS-SPRing/BLSR test 10-65 SNCP/UPSR test 10-71 ..............................................Lucent Technologies - Proprietary 365-374-187 10-50 See notice on first page Issue 1, December 2005...

  • Page 481: Line Timing Test

    Proceed as follows to perform the line timing test: ......................................... Start a remote login to NE-B. To do that, enter the following: • The TID of NE-B as NE Name • LambdaUnite(R) MSS as NE Type • OSI as Connection Type Click Graphical All units of NE-B will be displayed.
  • Page 482 In the WaveStar of NE-A, select System View window appears. Result: Synchronization Characteristics ......................................... Select the tab, then the tab. System Timing System Timing Reference ..............................................Lucent Technologies - Proprietary 365-374-187 10-52 See notice on first page Issue 1, December 2005...
  • Page 483 Network establishment and testing Line timing test must be displayed in the Result: External Reference 1 Active Timing Reference field. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 10-53 Issue 1, December 2005 See notice on first page...

  • Page 484: 1+1 Msp/Aps Test

    ® 1. WaveStar CIT PC 2. CAT5 crossover LAN cable with RJ-45/RJ-45 connectors (see chapter 4, Figure 4-48, “CIT connection (LAN crossed)” (p. 4-74)) ..............................................Lucent Technologies - Proprietary 365-374-187 10-54 See notice on first page Issue 1, December 2005...
  • Page 485 An immediate switch to the “Protection” line and a short traffic Result: interruption of about 10 ms is caused........................................Select the tab and click Switch Status Refresh ..............................................365-374-187 Lucent Technologies - Proprietary 10-55 Issue 1, December 2005 See notice on first page...
  • Page 486 An immediate switch to the “Protection” line is caused (a short traffic Result: interruption of about 10 ms can be observed)........................................Click Refresh ......................................... Check that “Protection (AID#)” is indicated as the path. Active ..............................................Lucent Technologies - Proprietary 365-374-187 10-56 See notice on first page Issue 1, December 2005...
  • Page 487 ......................................... Select this cross-connection and click Next> appears. Result: Screen 2 ......................................... Select of this cross-connection and click ALL Legs Next> ..............................................365-374-187 Lucent Technologies - Proprietary 10-57 Issue 1, December 2005 See notice on first page...
  • Page 488 Delete Cross Connection ......................................... Repeat Step 1 Step 7 for NE-B. NOTE: In Step 3 select “Port #4 OP2G5 #2”. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 10-58 See notice on first page Issue 1, December 2005...

  • Page 489: 2-Fiber Ms-Spring/Blsr Test

    ® 1. WaveStar CIT PC 2. CAT5 crossover LAN cable with RJ-45/RJ-45 connectors (see chapter 4, Figure 4-48, “CIT connection (LAN crossed)” (p. 4-74)) ..............................................365-374-187 Lucent Technologies - Proprietary 10-59 Issue 1, December 2005 See notice on first page...
  • Page 490 2F MS-SPRing# 2F BLSR# Ptn Grp on the left-hand side of the window and click the button. Select ......................................... Select the tab. Protection Group ..............................................Lucent Technologies - Proprietary 365-374-187 10-60 See notice on first page Issue 1, December 2005...
  • Page 491 Step 7 for all other NEs within the ring via remote login. To do that, enter the following: • The NE TID as NE Name • LambdaUnite(R) MSS as NE Type • OSI as Connection Type Note the following for Step •...
  • Page 492 • NE-C and NE-D: “Passthrough” will be displayed in the RING Node APS field. (Automatic Protection Switch) State ......................................... → ® In the WaveStar of NE-A, select System View Fault Protection Switch{ ..............................................Lucent Technologies - Proprietary 365-374-187 10-62 See notice on first page Issue 1, December 2005...
  • Page 493 Equip ......................................... Expand the tree of the circuit pack to which the SDH/SONET analyzer is connected and select the respective port..............................................365-374-187 Lucent Technologies - Proprietary 10-63 Issue 1, December 2005 See notice on first page...
  • Page 494 Step 1 Step 7 for NE-B. NOTE: In Step 3 select the port which is the interface to the MS-SPRing/BLSR. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 10-64 See notice on first page Issue 1, December 2005...

  • Page 495: 4-Fiber Ms-Spring/Blsr Test

    ® 1. WaveStar CIT PC 2. CAT5 crossover LAN cable with RJ-45/RJ-45 connectors (see chapter 4, Figure 4-48, “CIT connection (LAN crossed)” (p. 4-74)) ..............................................365-374-187 Lucent Technologies - Proprietary 10-65 Issue 1, December 2005 See notice on first page...
  • Page 496 4F MS-SPRing# 4F BLSR# Ptn Grp on the left-hand side of the window and click the button. Select ......................................... Select the tab. Protection Group ..............................................Lucent Technologies - Proprietary 365-374-187 10-66 See notice on first page Issue 1, December 2005...
  • Page 497 Step 7 for all other NEs within the ring via remote login. To do that, enter the following: • The NE TID as NE Name • LambdaUnite(R) MSS as NE Type • OSI as Connection Type Note the following for Step •...
  • Page 498 • NE-C and NE-D: “Passthrough” will be displayed in the RING Node APS field. (Automatic Protection Switch) State ......................................... → ® In the WaveStar of NE-A, select System View Fault Protection Switch{ ..............................................Lucent Technologies - Proprietary 365-374-187 10-68 See notice on first page Issue 1, December 2005...
  • Page 499 Equip ......................................... Expand the tree of the circuit pack to which the SDH/SONET analyzer is connected and select the respective port..............................................365-374-187 Lucent Technologies - Proprietary 10-69 Issue 1, December 2005 See notice on first page...
  • Page 500 Step 1 Step 7 for NE-B. NOTE: In Step 3 select the port which is the interface to the MS-SPRing/BLSR. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 10-70 See notice on first page Issue 1, December 2005...

  • Page 501: Sncp/Upsr Test

    ® 1. WaveStar CIT PC 2. CAT5 crossover LAN cable with RJ-45/RJ-45 connectors (see chapter 4, Figure 4-48, “CIT connection (LAN crossed)” (p. 4-74)) ..............................................365-374-187 Lucent Technologies - Proprietary 10-71 Issue 1, December 2005 See notice on first page...
  • Page 502 Remove the fiber connection between NE-A and NE-B. An immediate switch to the “Protection” path and a short traffic Result: interruption of about 15 ms is caused........................................Click Refresh ..............................................Lucent Technologies - Proprietary 365-374-187 10-72 See notice on first page Issue 1, December 2005...
  • Page 503 An immediate switch to the “Protection” path and a short traffic Result: interruption of about 15 ms is caused........................................Click Close ......................................... View → Protection... ® In the WaveStar , select System View ..............................................365-374-187 Lucent Technologies - Proprietary 10-73 Issue 1, December 2005 See notice on first page...
  • Page 504 ......................................... Click and then in the confirmation window. Apply ......................................... Click Close ......................................... View → Protection... ® In the WaveStar , select System View ..............................................Lucent Technologies - Proprietary 365-374-187 10-74 See notice on first page Issue 1, December 2005...
  • Page 505 ......................................... Select this cross-connection and click Next> Result: Screen 2 appears........................................Select of this cross-connection and click ALL Legs Next> ..............................................365-374-187 Lucent Technologies - Proprietary 10-75 Issue 1, December 2005 See notice on first page...
  • Page 506 This window contains the parameters of the selected Result: Screen 3 cross-connection........................................Click to delete the cross-connection and confirm the resulting message by Finish> clicking ..............................................Lucent Technologies - Proprietary 365-374-187 10-76 See notice on first page Issue 1, December 2005...
  • Page 507 Repeat Step 10 Step 17 for NE-D. NOTE: In Step 13 select the port which is connected to NE-A. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 10-77 Issue 1, December 2005 See notice on first page...

  • Page 508: Onns Provisioning

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................Lucent Technologies - Proprietary 365-374-187 10-78 See notice on first page Issue 1, December 2005...
  • Page 509 CIT PC 2. CAT5 crossover LAN cable with RJ-45/RJ-45 connectors (see chapter 4, Figure 4-48, “CIT connection (LAN crossed)” (p. 4-74)) 3. ESD Wrist Strap..............................................365-374-187 Lucent Technologies - Proprietary 10-79 Issue 1, December 2005 See notice on first page...
  • Page 510 10-81 Optical port provisioning for SCN 10-83 DCC provisioning for SCN 10-85 ® Launching the WaveStar CIT ONNS application for the first time 10-87 ..............................................Lucent Technologies - Proprietary 365-374-187 10-80 See notice on first page Issue 1, December 2005...

  • Page 511: Setting The Ip Address And Onns System Parameters Of The Scn Nodes

    Result: Data Communications ......................................... ® Select “LambdaUnite MSS” and click Select ......................................... Select the tab on the right side of the window. TCP/IP ..............................................365-374-187 Lucent Technologies - Proprietary 10-81 Issue 1, December 2005 See notice on first page...
  • Page 512 After about ten minutes a new NE login can be performed........................................Repeat Step 1 Step 12 for all other NEs within the network. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 10-82 See notice on first page Issue 1, December 2005...

  • Page 513: Optical Port Provisioning For Scn

    The port configuration parameters appear on the right-hand side of the Result: Provision Parameters for Protection Group or Equipment window........................................Set the and the Port Class EDGE Tributary Mode Fixed-Rate ..............................................365-374-187 Lucent Technologies - Proprietary 10-83 Issue 1, December 2005 See notice on first page...
  • Page 514 Important! The port to which “Analyzer 2” will be connected (NE-C) must be set , all other ports to EDGE iNNI T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 10-84 See notice on first page Issue 1, December 2005...

  • Page 515: Dcc Provisioning For Scn

    ONNS NEs. Important! To be able to set up a new DCC termination for an SCN the selected port must have the port class iNNI ..............................................365-374-187 Lucent Technologies - Proprietary 10-85 Issue 1, December 2005 See notice on first page...
  • Page 516 Step 6 for all other iNNI ports........................................Repeat Step 1 Step 7 for all other NEs within the network. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 10-86 See notice on first page Issue 1, December 2005...

  • Page 517: Launching The Wavestar

    • In all ® fields enter the IP address of the WaveStar CIT or “127.0.0.1” (OSI). UI-IP ......................................... If necessary edit the field. Alias ..............................................365-374-187 Lucent Technologies - Proprietary 10-87 Issue 1, December 2005 See notice on first page...
  • Page 518 IP addresses. Example: ......................................... Configuration → Node Layout ® In the WaveStar , select NE Management View → Enable Node Movement ..............................................Lucent Technologies - Proprietary 365-374-187 10-88 See notice on first page Issue 1, December 2005...
  • Page 519 A pop-up message appears asking if you want to save the changes. Result: ......................................... Click Result: The new position coordinates are saved in the specified configuration. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 10-89 Issue 1, December 2005 See notice on first page...

  • Page 520: Onns Test

    “Replacing LC-type LBOs” (p. A-23)). CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge. Always observe the ESD instructions (cf. “Electrostatic discharge” (p. 1-20))..............................................Lucent Technologies - Proprietary 365-374-187 10-90 See notice on first page Issue 1, December 2005...
  • Page 521 4-48, “CIT connection (LAN crossed)” (p. 4-74)) Prerequisites This test can only be done after each NE has been prepared for ONNS (see section “ONNS provisioning” (p. 10-78))..............................................365-374-187 Lucent Technologies - Proprietary 10-91 Issue 1, December 2005 See notice on first page...

  • Page 522: Onns Test Setup

    NE-D WaveStar CIT NE-A STM-x Analyzer 1 OP = Optical Pack Contents Path creation test 10-94 Path restoration test 10-97 Path deletion test 10-98 ..............................................Lucent Technologies - Proprietary 365-374-187 10-92 See notice on first page Issue 1, December 2005...
  • Page 523 Network establishment and testing Overview 1+1 protection test 10-99 ..............................................365-374-187 Lucent Technologies - Proprietary 10-93 Issue 1, December 2005 See notice on first page...

  • Page 524: Path Creation Test

    SCN IP Source Node IP address of NE-A (see section “Setting the IP address and ONNS system parameters of the SCN nodes” (p. 10-81))..............................................Lucent Technologies - Proprietary 365-374-187 10-94 See notice on first page Issue 1, December 2005...
  • Page 525 Available Nodes click the Add > button. The SCN IP addresses of NE-B and NE-D will appear in the Result: Selected Nodes list........................................Click ..............................................365-374-187 Lucent Technologies - Proprietary 10-95 Issue 1, December 2005 See notice on first page...
  • Page 526 (highlighted in green)........................................Start a signal transmission via both analyzers........................................Check that no bit errors are present. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 10-96 See notice on first page Issue 1, December 2005...

  • Page 527: Path Restoration Test

    However, a new path between NE-A, NE-B and NE-C will be generated automatically (highlighted in green)........................................Check that no bit errors are present. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 10-97 Issue 1, December 2005 See notice on first page...

  • Page 528: Path Deletion Test

    View Paths related to the connection is purged. No signal can be received with “analyzer 1” and “analyzer 2”. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 10-98 See notice on first page Issue 1, December 2005...

  • Page 529: 1+1 Protection Test

    SCN nodes” (p. 10-81))........................................Select in the group box via the drop-down list box the port to which Destination Port “analyzer 2” is connected..............................................365-374-187 Lucent Technologies - Proprietary 10-99 Issue 1, December 2005 See notice on first page...
  • Page 530 Explicit Routing Node List Selection Dialog ......................................... In the Available Nodes field select the SCN IP addresses of NE-D and NE-B and then click the button. Add > ..............................................Lucent Technologies - Proprietary 365-374-187 10-100 See notice on first page Issue 1, December 2005...
  • Page 531 NE-A, NE-D, NE-B and NE-C in green........................................Check that no bit errors are present. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary 10-101 Issue 1, December 2005 See notice on first page...

  • Page 533: Exit Checklist - Part Iii

    Contents Network establishment and testing exit checklist 11-2 Completion form 11-3 ..............................................365-374-187 Lucent Technologies - Proprietary 11-1 Issue 1, December 2005 See notice on first page...

  • Page 534: Network Establishment And Testing Exit Checklist

    Remote login test performed Timing test performed 1+1 MSP/APS test performed 2-fiber MS-SPRing/BLSR test performed 4-fiber MS-SPRing/BLSR test performed SNCP/UPSR test performed ONNS provisioned ONNS test performed ..............................................Lucent Technologies - Proprietary 365-374-187 11-2 See notice on first page Issue 1, December 2005...

  • Page 535: Completion Form

    LambdaUnite MSS System. Customer Signature Date Note: This Completion Form is to be retained by the Lucent Technologies Representative as a record of successful completion of all required procedures..............................................365-374-187 Lucent Technologies - Proprietary 11-3...

  • Page 537: Installation Troubleshooting

    A-14 Remote login failure A-16 Alarm handling A-19 Switching off an NE A-20 Fiber cleaning A-21 Replacing LC-type LBOs A-23 Removing the SFP modules A-24 ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 538: Power Failure

    Proceed as follows if the “PWR ON” LED does not light up on the User Panel: ......................................... Switch all circuit breakers on the subrack backplane (see chapter 5, Figure 5-1, “PI/100 switching” (p. 5-5)) to the OFF position (=“O”)..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 539 OFF position (=“O”) and replace all affected Power Interfaces. the “PWR ON” LED lights up on END OF STEPS the User Panel, T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 540 OFF position (=“O”) and replace the affected fan unit. the “PWR ON” LED lights up on END OF STEPS the fan unit, T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 541 Switch all circuit breakers on the subrack backplane (see chapter 5, Figure 5-1, “PI/100 switching” (p. 5-5)) to the OFF position (=“O”)........................................Replace the affected fan unit. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 542 NE does not synchronize to the proceed to Step 4. external clock source, the NE synchronizes to the END OF STEPS external clock source, ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 543 NE synchronizes to the END OF STEPS external clock source, ......................................... Replace the timing interfaces TI-E1/TI-DS1. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 544 1. Go to the button. Start 2. Click with the right mouse button and select Start Explore ™ 3. Select the drive that corresponds to your CompactFlash card..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 545 Step 5. the failure is solved, END OF STEPS ......................................... Replace the CTL unit. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 546 Step 3. the failure is solved, END OF STEPS ......................................... Replace the CTL unit (protection). T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 A-10 See notice on first page Issue 1, December 2005...
  • Page 547 Step 3. the failure is solved, END OF STEPS ......................................... Replace the XC unit (protection). T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary A-11 Issue 1, December 2005 See notice on first page...
  • Page 548 Select ......................................... Select on the right-hand side of the window. Controller Reset Type Reset Slot ......................................... Click and then in the confirmation window. Apply ..............................................Lucent Technologies - Proprietary 365-374-187 A-12 See notice on first page Issue 1, December 2005...
  • Page 549 Step 7. are not fulfilled, the requirements described above END OF STEPS are fulfilled, ......................................... Replace the circuit pack. T E P S ......................................................................................... 365-374-187 Lucent Technologies - Proprietary A-13 Issue 1, December 2005 See notice on first page...

  • Page 550: User Panel Cable (Upl

    Figure A-2, “User Panel screws” (p. A-14)). all LEDs light up, END OF STEPS T E P S ......................................... Figures Figure A-1 User Panel cable (UPL) ..............................................Lucent Technologies - Proprietary 365-374-187 A-14 See notice on first page Issue 1, December 2005...

  • Page 551: User Panel Screws

    Installation troubleshooting LED test failure Figure A-2 User Panel screws ..............................................365-374-187 Lucent Technologies - Proprietary A-15 Issue 1, December 2005 See notice on first page...
  • Page 552 Reset the CTL unit of the far-end NE. IF ... THEN ... a remote login is not possible, proceed to Step 4. a remote login is possible, END OF STEPS ..............................................Lucent Technologies - Proprietary 365-374-187 A-16 See notice on first page Issue 1, December 2005...
  • Page 553 END OF STEPS ......................................... Replace the CTL unit of the near-end NE. IF ... THEN ... a remote login is not possible, proceed to Step 9..............................................365-374-187 Lucent Technologies - Proprietary A-17 Issue 1, December 2005 See notice on first page...
  • Page 554 THEN ... a remote login is possible, END OF STEPS ......................................... Replace the CTL unit of the far-end NE. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 A-18 See notice on first page Issue 1, December 2005...

  • Page 555: Alarm Handling

    Procedure Proceed as follows in the case of active alarms: ......................................... Note all active alarms........................................® Follow the trouble clearing tasks described in the “LambdaUnite MSS Alarm Messages and Trouble Clearing Guide”. T E P S ......................................................................................... 365-374-187...
  • Page 556 Wait until the green “ACTIVE” LED has stopped flashing (about five seconds)........................................Remove the CTL from its slot........................................Swich the power off. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 A-20 See notice on first page Issue 1, December 2005...
  • Page 557 If impurities are discovered, the optical connector must be cleaned in accordance with the following rules: ......................................... Wipe off the connector face lengthwise (not with a circular motion!) using a smooth tissue (moistened with isopropanol)..............................................365-374-187 Lucent Technologies - Proprietary A-21 Issue 1, December 2005 See notice on first page...
  • Page 558 Important! Lightguide Build-Outs (LBOs) may be damaged when compressed air is used for drying. Therefore, do not use compressed air for drying LBOs. T E P S ......................................................................................... Lucent Technologies - Proprietary 365-374-187 A-22 See notice on first page Issue 1, December 2005...
  • Page 559 Insert the new LBO until a small “click” is heard. Pay attention to the correct direction as shown in the figure below. T E P S ......................................... Figure Figure A-3 LBO replacement Depress Beam to Remove Buildout Install NC2510g-097 ..............................................365-374-187 Lucent Technologies - Proprietary A-23 Issue 1, December 2005 See notice on first page...
  • Page 560 ......................................... Grep the SFP transceiver with your fingers and pull it out. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 A-24 See notice on first page Issue 1, December 2005...

  • Page 561: Unlocking A Msa Latch (Type 1) Sfp

    ......................................... Press on top of the locking device (see figure below) and pull the SFP out with your fingers. T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary A-25 Issue 1, December 2005 See notice on first page...

  • Page 562: Unlocking A Msa Latch (Type 2) Sfp

    Important! Don’t pull the bail to get the transceiver out, as the bail might be teared away from the SFP. T E P S ....................................................................................Lucent Technologies - Proprietary 365-374-187 A-26 See notice on first page Issue 1, December 2005...

  • Page 563: Unlocking A Bail Latch (Type 1) Sfp

    Important! Don’t pull the bail to get the transceiver out, as the bail might be teared away from the SFP. T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary A-27 Issue 1, December 2005 See notice on first page...

  • Page 564: Unlocking A Bail Latch (Type 2) Sfp

    Installation troubleshooting Removing the SFP modules Figure Figure A-7 Unlocking a bail latch (type 2) SFP ..............................................Lucent Technologies - Proprietary 365-374-187 A-28 See notice on first page Issue 1, December 2005...

  • Page 565: Passive Wdm (Oem Equipment)

    Purpose This appendix provides the relevant facts about the passive WDM (PWDM) equipment. Contents Hardware items PWDM technical data PWDM mounting PWDM arrangements PWDM cabling ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 566: Passive Wdm (Oem Equipment)

    Customer Information Center (CIC)) • order in the latest version from CIC at http://www.cic.lucent.com/drawings.html with the order codes “ED8C948-10” and “ED8C948-20”..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 567: Pwdm Specifications

    Table B-1 PWDM specifications Item Range/Size Operating temperature –5°C to +60°C Maximum dimensions (DxWxH) 3784 mm [14.907”] x 498 mm [19.606”] x 74 mm [2.913”] ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...
  • Page 568 Slide the PWDM (item 3) into the shell holder until the PWDM locks. The PWDM can be released by pushing the buttons on each side simultaneously..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 569 ......................................... Connect the fiber cables as required by the configuration........................................Close the door of the shell holder. T E P S ....................................................................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 570: Mounting The Pwdm

    Shell holder (Avanex) 19” bracket or 23” bracket (Avanex) DMUX or MUX (Avanex) Bracket (DC1005065) Fiber clip (DC1000680) Guide bracket (DC1005064) Fiber-routing guides (corner) (DC1001518) ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 571 Passive WDM (OEM equipment) PWDM mounting Ground wire (2000 mm [6.562 ft]) — CC848828174 or ground wire (3000 mm [9.843 ft]) — CC848828182 ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 572: Optical-Channel Allocations

    CH 35 193.300 1550.918 CH 33 193.100 1552.524 CH 31 192.700 1555.747 CH 27 192.500 1557.363 CH 25 192.300 1558.983 CH 23 192.100 1560.606 CH 21 ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 573 The optical cables that are used for the PWDM on the DMUX/MUX connector plate should connect with the following connectors: • SC connector with a 45° cable entry booth • SC connector with a short straight booth..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 574: Cable Routing Of The Pwdm

    Routing The cables can be routed on both sides to the front of the unit (see next figure). Figure B-3 Cable routing of the PWDM ..............................................Lucent Technologies - Proprietary 365-374-187 B-10 See notice on first page Issue 1, December 2005...
  • Page 575 Appendix C: DCM (OEM equipment) Overview ..............................................Purpose This appendix provides the relevant facts about the DCM equipment. Contents DCM mounting DCM arrangements DCM cabling DCM module interface ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 576: Dcm (Oem Equipment)

    (CC901331421). Important! Two DCM carriers could be mounted back-to-back within the rack frame. T E P S ......................................... Results Figure C-1 Mounting the DCM carrier ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 577: Arrangements Of The Dcm Pack Positions

    DCM (OEM equipment) DCM arrangements ..............................................Layout Figure C-2 Arrangements of the DCM pack positions ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 578: Cable Routing For The Dcm Carrier

    The cables can be routed from both sides of the rack to the front of the unit (see next figure). Figure C-3 Cable routing for the DCM carrier ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 579: Dcm Cpls

    • DCM/LC CPL DK-20 — CC848814331 • DCM/LC CPL DK-30 — CC848814349 • DCM/LC CPL DK-40 — CC848814356 • DCM/LC CPL DK-S — CC848814943. Figure C-4 DCM CPLs ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 580: Stg Cpl

    Figure C-5 STG CPL Fiber storage method Determine the distance (A and B) between the reel entrance and the two connection interfaces of the fiber end..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 581: Fiber Storage Method

    A and B close together. Turn the reel (*1) until the reference point (where the distances A and B are measured) enters the storage reel. Figure C-6 Fiber storage method ..............................................365-374-187 Lucent Technologies - Proprietary Issue 1, December 2005 See notice on first page...

  • Page 583: Mixed Configuration: Lambdaunite

    LambdaUnite MSS and Metropolis Overview ..............................................Purpose ® This appendix provides instructions for mounting a LambdaUnite MSS subrack ® together with one or two Metropolis ADM (Universal shelf) subrack(s) within one ETSI-2 rack. NOTE: It is highly recommended to use a rack extension (width) for this application (see chapter 3, section “Rack extension (width)”...

  • Page 584: Adm

    ® ® Mixed configuration: LambdaUnite MSS and Metropolis Overview Mounting the anti-recirculation plate D-14 Result D-15 ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 585: Adm

    ® ® Mixed configuration: LambdaUnite MSS and Metropolis ® Mounting the Metropolis ..............................................Location ® The Metropolis PDP (CC848862330) must be mounted at the front side of the rack. Procedure Proceed as follows to mount the PDP: ......................................... Remove the PDP brackets (CC848914230) from the PDP (item 1).

  • Page 586: Fixing The Metropolis

    ® ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the Metropolis Result ® Figure D-1 Fixing the Metropolis Figure D-2 Mounted PDP ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 587 ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the MADM subrack(s) ..............................................Before you begin The procedure below describes the mounting of the MADM subrack(s). A maximum of two subracks can be mounted, one at the front and one at the back side of the rack.

  • Page 588: Madm Subrack Mounting

    ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the MADM subrack(s) Result Figure D-3 MADM subrack mounting 87.5mm 275mm 175mm 300mm 87.5mm ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...
  • Page 589 ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting a fan unit ..............................................Before you begin The procedure described below (“Fan unit mounting”) must only be performed if an additional fan unit is required (2 fan units in one MADM subrack). In that case the additional fan unit (CC848862355) and an additional filter (CC848904108) must be ordered separately.

  • Page 590: Fan Unit Mounting

    ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting a fan unit Result Figure D-4 Fan unit mounting ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 591: Airguide Mounting

    Mount one airguide directly above each mounted MADM subrack using two M6x16 hexagon bolts (CC847079860) as shown in the figure below. Use the hole position #43 ® ® (see Figure D-10, “Mounting positions (LambdaUnite MSS and Metropolis ADM)” D-15)). T E P S .........................................
  • Page 592 Mounting the LambdaUnite MSS subrack ..............................................Procedure ® Proceed as follows to mount the LambdaUnite MSS subrack: ......................................... Temporarily remove the front mounting brackets (DC1003774, item 1 and DC1003775, item 2) from the subrack. The rear brackets should not be removed.
  • Page 593 ® ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the LambdaUnite MSS subrack ......................................... IF ... THEN ... a rack extension (width) proceed with the next step. is not used a rack extension (width) mount the special fiber guides (see chapter 3,...
  • Page 594 ® ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the LambdaUnite MSS subrack Result ® Figure D-6 LambdaUnite MSS subrack mounting ..............................................Lucent Technologies - Proprietary 365-374-187 D-12 See notice on first page Issue 1, December 2005...

  • Page 595: Circuit Breaker Mounting

    ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the circuit breakers ..............................................Procedure Proceed as follows to mount the circuit breakers (CC700158603): ......................................... Plug all required 20 A circuit breakers (item 1) in the circuit breaker holder of the PDP as shown in the figure below.

  • Page 596: Fixing The Anti-Recirculation Plate

    ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the anti-recirculation plate ..............................................Procedure Proceed as follows to mount the anti-recirculation plate (CC848914180): ......................................... Fasten the anti-recirculation plate (item 1) to the cable guide brackets (items 2 and 3) using the two M4x10 screws, which are also part of the mixed configuration kit (CC848914271), as shown in the figures below.

  • Page 597: Mss And Metropolis ® Adm

    ..............................................Mounting positions The figure below shows the result of the described mounting procedures and provides information about the positions of the screws. ® ® Figure D-10 Mounting positions (LambdaUnite MSS and Metropolis ADM) ETSI-2 Rack Anti Recirculation Plate LambdaUnite...
  • Page 599 MSS and Metropolis DMX (High Capacity) Overview ..............................................Purpose ® This appendix provides instructions for mounting a LambdaUnite MSS subrack ® together with one Metropolis DMX (High Capacity) subrack within one NEBS-2000 rack. For establishing this application an orderable mounting kit (CC848856514) is needed which contains the following parts: •...

  • Page 600: Mixed Configuration: Lambdaunite ® Mss And Metropolis ® Dmx (High Capacity)

    Otherwise there is a risk that the shelf will be put out of shape and that it will not be possible to insert the XC circuit packs in the slots. ® Proceed as follows to mount the LambdaUnite MSS subrack: .........................................
  • Page 601 ® ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the LambdaUnite MSS subrack DMX (High Capacity) ......................................... Mount the front mounting brackets (with mounted fiber clips) loosely on the subrack using M4x8 screws (DC1002976, item 7)........................................Mount the subrack on the front rack frame using M6x16 screws (CC901331421, item 4) with 7 ±...

  • Page 602: Mounting The Subrack

    ® ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the LambdaUnite MSS subrack DMX (High Capacity) Result Figure E-2 Mounting the subrack ..............................................Lucent Technologies - Proprietary 365-374-187 See notice on first page Issue 1, December 2005...

  • Page 603: Mounting The Heat Baffle

    Proceed as follows to mount the heat baffle: ......................................... ® Place the heat baffle (DC1006077, item 1) directly above the mounted LambdaUnite MSS subrack at the rack rear side as shown in the figure below. Be sure to have the correct direction.
  • Page 604 ® ® Mixed configuration: LambdaUnite MSS and Metropolis DMX (High Capacity) ® Mounting the Metropolis DMX (High Capacity) subrack ..............................................Procedure ® Proceed as follows to mount the Metropolis DMX (High Capacity) subrack: ......................................... There is a switch on the fan controller board. The switch is labeled “CF ALM ON”...
  • Page 605 Proceed as follows to mount the anti-recirculation plate: ......................................... Place the anti-recirculation plate (DC1006435, item 1) at the rack rear side between the ® rack bottom and the LambdaUnite MSS subrack. Important! The top of the anti-recirculation plate must partly be placed into the ®...
  • Page 606 ® ® Mixed configuration: LambdaUnite MSS and Metropolis Mounting the anti-recirculation plate DMX (High Capacity) NOTE: The hole numbering is counted from top to bottom of the rack frame. Figure E-4 Mounting the anti-recirculation plate T E P S ............................................
  • Page 607 ..............................................Mounting positions The figure below shows the result of the described mounting procedures and provides information about the positions of the screws. ® ® Figure E-5 Mounting positions (LambdaUnite MSS and Metropolis DMX) NEBS-2000 Rack DMX Subrack (High Capacity)
  • Page 609 Battery Distribution and Fuse Bay BER (Bit Error Rate) The ratio of error bits received to the total number of bits transmitted..............................................Cross Connect ..............................................365-374-187 Lucent Technologies - Proprietary GL-1 Issue 1, December 2005 See notice on first page...
  • Page 610 CIT or WaveStar CIT (Craft Interface Terminal) The user interface terminal used by craft personnel to communicate with a network element. Circuit Pack System Controller Customer Technical Support within Lucent Technologies ..............................................D-SUB D-Subminiature Decibels Direct Current DCC (Data Communications Channel) The embedded overhead communications channel in the synchronous line, used for end-to-end communications and maintenance.
  • Page 611 1.5-Mbps interface Dual Unit Row DWDM Dense Wavelength Division Multiplexing ..............................................Electrical Connection Interface Electro-Magnetic Compatibility Element Management System EPROM Erasable Programmable Read-Only Memory ..............................................365-374-187 Lucent Technologies - Proprietary GL-3 Issue 1, December 2005 See notice on first page...
  • Page 612 An operating condition of a clock in which its local oscillator is not locked to an external reference but is using storage techniques to maintain its accuracy with respect to the last known frequency comparison with a synchronization reference..............................................Lucent Technologies - Proprietary 365-374-187 GL-4 See notice on first page...
  • Page 613 ..............................................365-374-187 Lucent Technologies - Proprietary GL-5 Issue 1, December 2005 See notice on first page...
  • Page 614 (copy memory) that cannot be performed while normal service is being provided. Megabytes Mbit/s Megabits per second Miscellaneous Discrete Input Miscellaneous Discrete Output Multi Mode ..............................................Lucent Technologies - Proprietary 365-374-187 GL-6 See notice on first page Issue 1, December 2005...
  • Page 615 Network Service Access Point Address (used in the OSI network layer 3). An automatically assigned number that uniquely identifies a Network Element for the purposes of routing DCC messages..............................................365-374-187 Lucent Technologies - Proprietary GL-7 Issue 1, December 2005 See notice on first page...

  • Page 616: Pdp

    The physical interface, consisting of both an input and output, where an electrical or optical transmission interface is connected to the system and may be used to carry traffic ..............................................Lucent Technologies - Proprietary 365-374-187 GL-8 See notice on first page...
  • Page 617 Routers also provide network management capabilities such as load balancing, ..............................................365-374-187 Lucent Technologies - Proprietary GL-9 Issue 1, December 2005 See notice on first page...
  • Page 618 Number that provides the software version information for the system. SONET (Synchronous Optical Network) The North American standard for the rates and formats that defines optical signals and their constituents..............................................Lucent Technologies - Proprietary 365-374-187 GL-10 See notice on first page Issue 1, December 2005...
  • Page 619 STM-4) that may be added to or dropped from a line signal. Two-Way Point-to-Point Cross-Connection A two-legged interconnection, that supports two-way transmission, between two and only two tributaries. Transmit/OUT ..............................................365-374-187 Lucent Technologies - Proprietary GL-11 Issue 1, December 2005 See notice on first page...
  • Page 620 Equipment Fail (EF) conditions are cleared, but the system has not yet reverted back to its working line. The protection group remains in the WTR state until the Wait-to-Restore timer completes the WTR time interval..............................................Lucent Technologies - Proprietary 365-374-187 GL-12 See notice on first page...
  • Page 621 Glossary ..............................................Cross Connect ..............................................365-374-187 Lucent Technologies - Proprietary GL-13 Issue 1, December 2005 See notice on first page...
  • Page 623 GE1 circuit pack, 4-87 Antistatic covers, 1-25, 1-27 Subrack alarm cables, 4-31 GE1 fiber types, 4-87 APS protection group, 10-25 User byte cables, 4-59 ..............................................365-374-187 Lucent Technologies - Proprietary IN-1 Issue 1, December 2005 See notice on first page...
  • Page 624 DCM excess cable box, ETSI-2 rack ............. DCM modules, Dimensions, G.703 interfaces, 4-59 Dimensions Floor mounting, GE1 circuit pack, 4-87 DCM carrier, Layout, Grounding, 4-21 ..............................................Lucent Technologies - Proprietary 365-374-187 IN-2 See notice on first page Issue 1, December 2005...
  • Page 625 1-14 Lightguide Build-Outs (LBOs), Floor mounting, 3-41 Optical power meter test, 8-10 4-97, 10-6 Layout, 3-38 ............. Line timing provisioning, 10-21 Packaging, 1-25 ..............................................365-374-187 Lucent Technologies - Proprietary IN-3 Issue 1, December 2005 See notice on first page...
  • Page 626 Safety of laser products, 1-16, Port transmission test, 8-32 4-70 1-16 Power consumption, 2-5, 3-22, Routing, 4-71 SFP modules, A-24 3-25, 3-55, 3-57 Side cover plates, 4-99 ..............................................Lucent Technologies - Proprietary 365-374-187 IN-4 See notice on first page Issue 1, December 2005...
  • Page 627 Fan unit test failure, 4-fiber BLSR, 10-66 Fiber cleaning, A-21 4-fiber MS-SPRing, 10-66 LBO replacement, A-23 Critical alarm test, LED test failure, A-14 DS3 protection, 8-27 ..............................................365-374-187 Lucent Technologies - Proprietary IN-5 Issue 1, December 2005 See notice on first page...

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