Lucent Technologies LambdaUnite MSS Installation Manual
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Lucent Technologies LambdaUnite MSS Installation Manual

Lucent Technologies LambdaUnite MSS Installation Manual

Multiservice switch
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LambdaUnite
MultiService Switch
(MSS)
Release 2.1
Installation Guide
365-374-074
CC109192567
Issue a
April 2002

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  • Page 1 ™ LambdaUnite MultiService Switch (MSS) Release 2.1 Installation Guide 365-374-074 CC109192567 Issue a April 2002...
  • Page 2 This material is protected by the copyright 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

    Specific safety areas BOOKMARK15::Specific safety areas Overview 1-10 BOOKMARK16::Overview Laser safety 1-11 BOOKMARK17::Laser safety Optical circuit pack specifications 1-14 BOOKMARK18::Optical circuit pack specifications ..............................................365-374-074 Lucent Technologies C O N T E N T S Issue a, April 2002 i i i...
  • Page 4 Rack materials BOOKMARK39::Rack materials Technical data for rack 3-10 BOOKMARK40::Technical data for rack Floor mounting 3-13 BOOKMARK41::Floor mounting Rack adapter kit 3-16 BOOKMARK42::Rack adapter kit ..............................................C O N T E N T S Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 5 Power wiring (PDP - PI/100) 4-12 BOOKMARK63::Power wiring (PDP - PI/100) Ground wiring 4-17 BOOKMARK64::Ground wiring Internal cable installation BOOKMARK65::Internal cable installation Overview 4-19 BOOKMARK66::Overview ..............................................365-374-074 Lucent Technologies C O N T E N T S Issue a, April 2002...
  • Page 6 Rack doors 4-73 BOOKMARK88::Rack doors ..............................................Powering, circuit pack installation, and NE software BOOKMARK89::5 Powering, circuit pack installation, and NE software download download Overview BOOKMARK90::Overview ..............................................C O N T E N T S Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 7 BOOKMARK111::Connecting the WaveStar CIT to the NE NE login procedure 6-12 BOOKMARK112::NE login procedure Provisioning system parameters BOOKMARK113::Provisioning system parameters Overview 6-13 BOOKMARK114::Overview ..............................................365-374-074 Lucent Technologies C O N T E N T S Issue a, April 2002 v i i...
  • Page 8 Connecting the fiber cables BOOKMARK135::Connecting the fiber cables SDH test procedures BOOKMARK136::SDH test procedures Overview BOOKMARK137::Overview Provision DCC 8-10 BOOKMARK138::Provision DCC ..............................................C O N T E N T S Lucent Technologies 365-374-074 Issue a, April 2002 v i i i...
  • Page 9 NE synchronisation failure BOOKMARK159::NE synchronisation failure SW download failure BOOKMARK160::SW download failure LED test failure BOOKMARK161::LED test failure Remote login failure BOOKMARK162::Remote login failure ..............................................365-374-074 Lucent Technologies C O N T E N T S Issue a, April 2002...
  • Page 10 BOOKMARK181::DWDM cabling ..............................................DCM (OEM equipment) BOOKMARK182::E DCM (OEM equipment) Overview BOOKMARK183::Overview DCM mounting BOOKMARK184::DCM mounting DCM arrangements BOOKMARK185::DCM arrangements DCM cabling BOOKMARK186::DCM cabling ..............................................C O N T E N T S Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 11 DCF-module interface BOOKMARK187::DCF-module interface ..............................................Glossary GL-1 BOOKMARK188::Glossary ..............................................Index IN-1 BOOKMARK189::Index ..............................................365-374-074 Lucent Technologies C O N T E N T S Issue a, April 2002...

  • Page 13: About This Information Product

    MultiService Switch (MSS) system. Furthermore, all steps for putting the system into operation are also described. This is the first issue of this guide for LambdaUnite MSS Release 2.1. Reason for reissue The present manual contains basic safety instructions which have to...

  • Page 14: Conventions Used

    Abbreviations used in this document can be found in the “Glossary” unless it can be assumed that the reader is familiar with the abbreviation. Symbols Symbols Listing: Front View Rear View Top View Bottom View ..............................................x i v Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 15 Pin Connector Socket Connector Optical-Fiber Connection Coaxial Cable Shielded Twisted-Pair Cable Optical Cable Paddle Board ..............................................365-374-074 Lucent Technologies Issue a, April 2002...

  • Page 16: Related Documentation

    This section briefly describes the documents that are included in the Related documentation LambdaUnite MultiService Switch (MSS) documentation set. • Installation Guide The LambdaUnite MSS Installation Guide is a step-by-step guide to system installation and setup. It also includes information needed for pre-installation site planning and post-installation acceptance testing. •...
  • Page 17 Optical EMS Provisioning Guide (Application LambdaUnite MSS) The Navis Optical EMS Provisioning Guide (Application LambdaUnite MSS) gives instructions on how to perform system provisioning, operations, and administrative tasks by use of Navis Optical EMS. The following table lists the documents included in the LambdaUnite MSS documentation set.

  • Page 18: How To Comment

    Installation Guide About this information product Document Number Title 109192500 LambdaUnite MSS Installation Guide, (365-374-073) DIN A4 109192567 LambdaUnite MSS Installation Guide, (365-374-074) US Letter 109192518 LambdaUnite MSS Operations System Engineering Guide (TL1 Reference Manual), (365-374-075) DIN A4 109192583 LambdaUnite MSS Operations System...
  • Page 19 About this information product customers about our information products. Thank you for your feedback. You can also send or fax comments about this document to: Lucent Technologies Network Systems GmbH Lucent Learning WO Thurn-und-Taxis-Str. 10 90411 Nuernberg, Germany Fax: +49 911 526 3545 ..............................................

  • Page 21: Safety

    The valid version of this document must always be kept close to the equipment. The LambdaUnite MSS equipment has been developed in line with Potential sources of danger the present state-of-the-art and fulfils the current national and international safety requirements.
  • Page 22 Basic safety aspects Specific safety areas 1-10 Laser safety 1-11 Optical circuit pack specifications 1-14 Laser product classification 1-16 Electrostatic discharge 1-19 Safety requirements in specific deployment 1-21 phases ..............................................1 - 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 23: General Notes On Safety

    General notes on safety Overview ..............................................This section provides general information on the structure of safety Purpose instructions and summarizes general safety requirements. Contents Structure of safety instructions Basic safety aspects ..............................................365-374-074 Lucent Technologies 1 - 3 Issue a, April 2002...

  • Page 24: Structure Of Safety Instructions

    Serious injury is definite or likely. WARNING Serious injury is possible. CAUTION Minor injury is definite, likely or possible, or material damage to the product or in the product environment is definite or likely..............................................1 - 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 25 Hazard of laser radiation Magnetic hazard Electromagnetic radiation Components sensitive to electrostatic discharge (ESD) Radioactivity Hazard caused by batteries Hot surface Heavy load Unhealthy, irritating substance Hazard of falling ..............................................365-374-074 Lucent Technologies 1 - 5 Issue a, April 2002...

  • Page 26: 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 authorised by Lucent Technologies. All changes carried out by other persons lead to a complete exemption from liability.
  • Page 27 Disconnect up to four (4) power supply connections when removing power from the system. • 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 MSS Installation Guide.
  • Page 28 There shall be no switching or disconnection devices in the grounded circuit conductor between the DC source and the point of connection of the grounding electrode conductor..............................................1 - 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 29 General notes on safety Safety Basic safety aspects CAUTION LambdaUnite MSS systems contain optical circuit packs that can emit laser radiation assessed as IEC Hazard Level 3A. Therefore, LambdaUnite MSS systems may only be installed in restricted access locations! Restricted access...

  • Page 30: Specific Safety Areas

    MSS equipment. Therefore, the key safety instructions for these subjects are summarised in the following. Contents Laser safety 1-11 Optical circuit pack specifications 1-14 Laser product classification 1-16 Electrostatic discharge 1-19 ..............................................1 - 1 0 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 31: Laser Safety

    IEC 60825 and DIN/EN 60825 respectively are met. Please also refer to “Laser product classification” (1-16). These laser warning labels (not to scale) are affixed on the LambdaUnite MSS equipment. They refer to the system as a whole in normal operation..............................................365-374-074 Lucent Technologies...
  • Page 32 Class 1 limits significantly increases the risk of eye damage. • Never look into the end of an exposed fiber or an open connector as long as the optical source is still switched on..............................................1 - 1 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 33 In the event of doubt, check that the optical source is switched off by measuring with an optical power meter. CAUTION Use of controls, adjustments and procedures other than those specified herein may result in hazardous laser radiation exposure..............................................365-374-074 Lucent Technologies 1 - 1 3 Issue a, April 2002...

  • Page 34: Optical Circuit Pack Specifications

    Optical circuit pack specifications ..............................................™ The following table contains the specifications of the LambdaUnite Specifications MSS optical circuit packs. Please refer to the LambdaUnite MSS Applications and Planning Guide for more detailled technical specifications. Circuit pack Wavelength Fiber type...
  • Page 35 Specific safety areas Safety Optical circuit pack specifications system as a whole, that is specified. All optical circuit packs are equipped with LC-type connectors. Connector types ..............................................365-374-074 Lucent Technologies 1 - 1 5 Issue a, April 2002...

  • Page 36: Laser Product Classification

    Class 4. There are some major differences between the FDA/CDRH regulations and the IEC requirements: The Accessible Emission Limits (AEL) are different. Class 3A applies to all wavelengths..............................................1 - 1 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 37 Max. output power of laser radiation 1310 nm 15.6 mW +11.93 dBm 1550 nm 10 mW +10 dBm 1310 nm 50.84 mW +17.06 dBm 1550 nm 121.20 mW +20.84 dBm ..............................................365-374-074 Lucent Technologies 1 - 1 7 Issue a, April 2002...
  • Page 38 These are covered by a front panel to ensure protection against emissions from any energized, unterminated transmitter. The circuit packs themselves, however, may be IEC Class 1 or 1M or FDA/CDRH Class I or Class IIIb..............................................1 - 1 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 39: Electrostatic Discharge

    Use conducting floor and bench mats which are conductively connected to the rack ESP bonding point. • Conductively connect all test equipment and trolleys to the rack ESP bonding point..............................................365-374-074 Lucent Technologies 1 - 1 9 Issue a, April 2002...
  • Page 40 Circuit packs and components must be packed and unpacked only at workplaces suitably protected against build-up of charge. • Whenever possible, maintain the relative humidity of air above 20%..............................................1 - 2 0 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 41: Safety Requirements In Specific Deployment Phases

    Deployment phases phases: • “Transportation” (1-22) • “Storage” (1-25) • “Installation” (1-27) • “Taking into operation” (1-30) • “Operation and maintenance” (1-32) • “Taking out of operation” (1-38) ..............................................365-374-074 Lucent Technologies 1 - 2 1 Issue a, April 2002...

  • Page 42: Transportation

    This can cause malfunctioning of the system components. Shocks can cause damage. Protect the system components against dampness, soiling and shocks. Use the original packaging if possible. Climatic conditions ..............................................1 - 2 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 43 (1-23). These are the climatic limits for transportation and storage of Climatic limits for transportation and storage LambdaUnite MSS 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 44 0.5 g/m or 29 g/m , respectively. Permissible range for transportation and storage of LambdaUnite MSS systems. Exceptional conditions, permissible for a short duration only..............................................1 - 2 4 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 45: Storage

    Electronic components can be destroyed by electrostatic discharge. Circuit packs must therefore always be kept in antistatic covers. Use the original packaging if possible. Always observe the ESD instructions (cf. “Electrostatic discharge” (1-19)). Packaging ..............................................365-374-074 Lucent Technologies 1 - 2 5 Issue a, April 2002...
  • Page 46 Ensure that the climatic limits for transportation and ™ storage of LambdaUnite MSS equipment are complied with during storage; please refer to “Climatic limits for transportation and storage” (1-23)..............................................1 - 2 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 47: Installation

    Ensure that the laser warning labels are not removed or concealed and always clearly legible. Electrostatic discharge (ESD) ..............................................365-374-074 Lucent Technologies 1 - 2 7 Issue a, April 2002...
  • Page 48 • the minimum separation is maintained between two shelves in a rack (follow the installation instructions given in this guide). Detector diodes ..............................................1 - 2 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 49 ™ 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)..............................................365-374-074 Lucent Technologies 1 - 2 9...

  • Page 50: Taking Into Operation

    Arcing can cause burns to the hands and damage to the eyes. Ensure that the line circuit breaker on the Power Interface (PI) is in the “OFF” position before removing or inserting the power supply plug. Supply voltage ..............................................1 - 3 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 51 CAUTION Destruction of components due to a supply voltage of incorrect polarity or too high. LambdaUnite 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.

  • Page 52: Operation And Maintenance

    Ensure that the line circuit breaker on the Power Interface (PI) is in the “OFF” position before removing or inserting the power supply plug. Laser warning labels ..............................................1 - 3 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 53 Electronic components can be destroyed by electrostatic discharge. Hold circuit packs only at the edges or on the insertion and removal facilities. Always observe the ESD instructions (cf. “Electrostatic discharge” (1-19)). Overheating ..............................................365-374-074 Lucent Technologies 1 - 3 3 Issue a, April 2002...
  • Page 54 Use an optical attenuator pad of approx. 10 to 20 dB when establishing connections over short distances for test purposes..............................................1 - 3 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 55 Safety requirements in specific deployment Safety phases Operation and maintenance 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). Short-circuit CAUTION Destruction of circuit packs in the event of a short-circuit.
  • Page 56 Ensure that the “Climatic limits for the operation of LambdaUnite MSS equipment” (1-36) are complied with during operation. These are the climatic limits for the operation of LambdaUnite MSS Climatic limits for the operation of LambdaUnite systems: MSS equipment Temperature range +5 °C (+41 °F) to +40 °C (+104 °F)
  • Page 57 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 58: Taking Out Of Operation

    Arcing can cause burns to the hands and damage to the eyes. Ensure that the line circuit breaker on the Power Interface (PI) is in the “OFF” position before removing or inserting the power supply plug. Weight ..............................................1 - 3 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 59 (cf. “Electrostatic discharge” (1-19)). The equipment in the LambdaUnite MSS system series must be Disposal 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 61 The purpose of this chapter is to provide the information needed to Purpose ™ plan the installation of a LambdaUnite MultiService Switch (MSS) system. Contents Important facts to know ..............................................365-374-074 Lucent Technologies 2 - 1 Issue a, April 2002...

  • Page 62: General Information

    = >1200 mm [47.244”] • b = >1800 mm [70.866”] • c = >3400 mm [133.858”] • d = nx600 mm [23.622”] (n = number of cabinets). Figure 2-1 Top view Legend: ..............................................2 - 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 63 Important facts to know General information Inch 23.622” 1348 53.071” 1548 60.945” Figure 2-2 Side view Legend: Inch 11.811” 23.622” 29.449” 37.323” 1345 53.071” 1548 60.945” 2145 84.448” ..............................................365-374-074 Lucent Technologies 2 - 3 Issue a, April 2002...
  • Page 64 The subracks have a maximum weight of 41 kg/90.41 lbs (including Subrack weight user panel, fan, PIs, CI-CTL, TIs and 12x blanks at the rear). The LambdaUnite MSS system has a maximum power consumption Power consumption of 3500 W. The system was developed in compliance with the ETSI Mesh Ground EMC/ESD information requirements.
  • Page 65 Use conducting floor and bench mats which are conductively connected to the rack ESP bonding point. • Conductively connect all test equipment and trolleys to the rack ESP bonding point..............................................365-374-074 Lucent Technologies 2 - 5 Issue a, April 2002...
  • Page 66 An unshielded crossed LAN cable CAT5 with 4-wire RJ-45/RJ-45 connectors must be used for connecting the WaveStar CIT to the NE. The following marks are used within the LambdaUnite MSS system: Mark descriptions CE mark The CE mark indicates that the products conform to the relevant European Community (EC) Directives.
  • Page 67 The UR mark indicates that the products conform to the relevant American Directives. CSA mark The CSA mark indicates that the products conform to the relevant American and Canadian Directives..............................................365-374-074 Lucent Technologies 2 - 7 Issue a, April 2002...

  • Page 69: Mechanical Installation

    This can also cause serious damage to the shelf. At least two persons are required for lifting the shelf..............................................365-374-074 Lucent Technologies 3 - 1 Issue a, April 2002...
  • Page 70 Technical data for rack 3-31 Floor mounting 3-34 Rack adapter kit 3-37 Technical data for PDP 3-39 Subrack materials 3-40 Technical data for subrack 3-43 Mounting the subrack into rack 3-45 ..............................................3 - 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 71: Physical And Power Installation Entry Checklist

    The entry checklist is related to the following chapters: Contents • Chapter 3 Mechanical installation • Chapter 4 System cabling and final assembly • Chapter 5 Powering, circuit pack installation, and NE software download..............................................365-374-074 Lucent Technologies 3 - 3 Issue a, April 2002...

  • Page 72: Entry Checklist

    Are there any obstacles that will affect the physical installation or cabling? Are the required fuse/breaker positions available? Are the needed LambdaUnite MSS racks available (ETSI-2 or NEBS-2000)? Are the needed LambdaUnite MSS subracks available? Are all needed LambdaUnite MSS circuit...
  • Page 73 Physical and power installation entry Mechanical installation checklist Entry checklist Procedure Completed Initials Notes Is the LambdaUnite CD-ROM (CC109088708) available? ..............................................365-374-074 Lucent Technologies 3 - 5 Issue a, April 2002...

  • Page 74: Etsi-2 Installation

    Technical data for rack 3-10 Floor mounting 3-13 Rack adapter kit 3-16 Technical data for PDP 3-18 Subrack materials 3-19 Technical data for subrack 3-22 Mounting the subrack into rack 3-24 ..............................................3 - 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 75: Rack Materials

    CM-Alarm - RAL UCMI-I) Door Support Bottom Assy — CC848302527 Indicator Strip — DC1000590 Subrack Guide — DC1002905 (2 per upper subrack) Adjustable Feet — CC407890623 Fiber Guide — SC1007036 ..............................................365-374-074 Lucent Technologies 3 - 7 Issue a, April 2002...
  • Page 76 Eye Bolt — DC1001689 (2 per rack) with Nut — CC901344184 Assy, Sideplates — CC848780177 includes: • 2x Side Plate — DC1000577 (left and right), 2200 mm [7,218 ft] ..............................................3 - 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 77 The following site material can separately be ordered for ETSI-2 racks without doors (CC848775649): Quantity Description — Code Assy, Doors — CC848795001 includes: • 2x Assy, Door, Left — DC1000585 • 2x Assy, Door, Right — DC1000586 ..............................................365-374-074 Lucent Technologies 3 - 9 Issue a, April 2002...

  • Page 78: Technical Data For Rack

    120 kg [264.6 lbs] (including PDP, cables and doors) 80 kg [176.4 lbs] (without doors) Dimensions 2200 mm [86.614”] x 600 mm [23.622”] x 600 mm [23.622”] (H x W x D) ..............................................3 - 1 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 79 ETSI-2 installation Mechanical installation Technical data for rack The ETSI-2 rack is designed to accomodate top and bottom cable Layout access. Figure 3-1 Rack layout Legend: ETSI-2 rack ..............................................365-374-074 Lucent Technologies 3 - 1 1 Issue a, April 2002...
  • Page 80 Door Support Top with Indicator Strip Bottom-Access Entry Hole Top-Access Entry Hole Eye Bolt (optional) Subrack Guide Fiber Guide Cable rod Side Cover Plate Adjustable Feet Anti Recirculation Plate Power Distribution Panel (PDP) ..............................................3 - 1 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 81: Floor Mounting

    Complete the following steps to mount an ETSI-2 rack on the floor: ................................Drill the necessary holes (14 mm [0.55”] in diameter) in the floor (*1)..............................................365-374-074 Lucent Technologies 3 - 1 3 Issue a, April 2002...
  • Page 82 Put the expanding bolt — CC407758200 (item 2) in place and mount the rack frame (item 1) on the floor with the help of the adjustable feets — CC407890623 (item 3)..............................................3 - 1 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 83 Important! 25 mm [1”] should be between the floor and the rack before levelling the rack. This initial adjustment of the feets ensures that it is still possible to level the next rack. T E P S ................................................................................................365-374-074 Lucent Technologies 3 - 1 5 Issue a, April 2002...

  • Page 84: Rack Adapter Kit

    — CC847174950 (item 3) at each nut retainer-position................................Tighten the CH SCR, STL ST-70, M4x25 screws — CC847117900 (item 2) to tie the rack frames together. T E P S ..............................................................................3 - 1 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 85 ETSI-2 installation Mechanical installation Rack adapter kit Layout Figure 3-3 Racks side by side ..............................................365-374-074 Lucent Technologies 3 - 1 7 Issue a, April 2002...

  • Page 86: Technical Data For Pdp

    3 ground-connection points (only 2 are necessary for one rack) Dimensions (H x W x D) 70 mm [2.756”] x 482.6 mm [19”] x 60 mm [2.362”] Figure 3-4 Layout ..............................................3 - 1 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 87: Subrack Materials

    CC848811865 (available for Release 1.0 and 2.0) • LambdaUnite MSS DUR/2-Subrack Core Assembly — CC848824926 (available for Release 2.1). The LambdaUnite MSS subrack is delivered in a pre-assembled Subrack delivery version, meaning that the following parts are already mounted: Quantity Description —...
  • Page 88 For PI in Release 1.0/2.0 Cable Assy, PI - PDP, Lower — Pre-mounted in CC848811519/DC1002827 rack Cable Assy, PI - PDP, Upper — CC848811501/DC1002826 For PI/100 in Release 2.1 ..............................................3 - 2 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 89 Grounding material (optional) Quantity Description — Code Remarks Ground Wire (2000 mm [609,756 Upper subrack ft]) — CC848828174 Ground Wire (3000 mm [914,634 Lower subrack ft]) — CC848828182 ..............................................365-374-074 Lucent Technologies 3 - 2 1 Issue a, April 2002...

  • Page 90: Technical Data For Subrack

    • ™ The subrack is designed for mounting in the LambdaUnite rack frames in such a way the temperature can be controlled and the cables laid properly..............................................3 - 2 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 91 Figure 3-5 Subrack mounting dimensions Legend: Required space for air outlet (≥ 100 mm [3.94”]) when a single subrack is mounted into a rack frame. Bend radius of fiber and external cabling..............................................365-374-074 Lucent Technologies 3 - 2 3 Issue a, April 2002...

  • Page 92: Mounting The Subrack Into Rack

    Where two subracks are mounted in one rack frame, attach theRubber Profile — DC1003971 (item 6) at the front-top of the bottom subrack from the fan at the rear side of the subrack..............................................3 - 2 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 93 Mount the Fiber-Routing Guides (corner) — DC1001518 (item 3) at each corner of the subrack by clicking them into the holes inthe top and bottom sides of the subrack. T E P S ..............................................................................365-374-074 Lucent Technologies 3 - 2 5 Issue a, April 2002...
  • Page 94 ETSI-2 installation Mechanical installation Mounting the subrack into rack Figure 3-6 Mounting the subrack ..............................................3 - 2 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 95: Nebs-2000 Installation

    Technical data for rack 3-31 Floor mounting 3-34 Rack adapter kit 3-37 Technical data for PDP 3-39 Subrack materials 3-40 Technical data for subrack 3-43 Mounting the subrack into rack 3-45 ..............................................365-374-074 Lucent Technologies 3 - 2 7 Issue a, April 2002...

  • Page 96: Rack Materials

    Door Support, Top Assy — DC1001933 (includes: Assy, CM-Alarm - RAL UCMI-I) Door Support Bottom Assy — CC848302527 Indicator Strip — DC1000590 Subrack Guide — DC1002905 (2 per upper subrack) Fiber Guide — SC1007036 ..............................................3 - 2 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 97 Shim Plates — SC1006075 The following site material can separately be ordered for NEBS-2000 Site material (optional) racks: Quantity Description — Code Locking Module — F2-99-2 Key-Lock — SC01 ... SC99 ..............................................365-374-074 Lucent Technologies 3 - 2 9 Issue a, April 2002...
  • Page 98 The following site material can separately be ordered for NEBS-2000 racks without doors (CC848775631): Quantity Description — Code Assy, Doors — CC848795019 includes: • 2x Assy, Door, Right — DC1002599 • 2x Assy, Door, Left — DC1002598 ..............................................3 - 3 0 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 99: Technical Data For Rack

    116 kg [255.8 lbs] (includes PDP, cables and doors) 79kg [174.2 lbs] (without doors) Dimensions (H x W x D) 2125mm [83.661”] x 600mm [23.622”] x 600mm [23.622”] ..............................................365-374-074 Lucent Technologies 3 - 3 1 Issue a, April 2002...
  • Page 100 NEBS-2000 installation Mechanical installation Technical data for rack This rack is designed to accomodate top and bottom cable access. Layout Figure 3-7 Rack layout Legend: NEBS-2000 rack ..............................................3 - 3 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 101 Top-Access Entry Hole Eye Bolt (optional) Subrack Guide Fiber Guide Cable rod Side Cover Plate (optional) Strain Relief Anti Recirculation Plate (optional) Power Distribution Panel (PDP) Shim Plates ..............................................365-374-074 Lucent Technologies 3 - 3 3 Issue a, April 2002...

  • Page 102: Floor Mounting

    Complete the following steps to mount an NEBS-2000 rack on the floor: ................................Drill the necessary holes (14 mm [0.55”] in diameter) in the floor *1 or *2..............................................3 - 3 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 103 Place shim plates — SC1006075 (item 3) around the expanding bolt................................Mount the rack frame (item 1) on the floor. T E P S ................................Layout Figure 3-9 Floor-mounting ..............................................365-374-074 Lucent Technologies 3 - 3 5 Issue a, April 2002...
  • Page 104 The shim plates — SC1006075 are used to balance the cabinet in a Shim plates horizontal position on floor. Figure 3-10 Shim plates Legend: 1 mm 2 mm 3 mm 4 mm 5 mm ..............................................3 - 3 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 105: Rack Adapter Kit

    — CC847174950 (item 3) at each nut retainer-position................................Tighten the CH SCR, STL ST-70, M4x25 screws — CC847117900 (item 2) to tie the rack frames together. T E P S ..............................................................................365-374-074 Lucent Technologies 3 - 3 7 Issue a, April 2002...
  • Page 106 NEBS-2000 installation Mechanical installation Rack adapter kit Layout Figure 3-11 Racks side by side ..............................................3 - 3 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 107: Technical Data For Pdp

    3 ground-connection points (only 2 are necessary for one rack) Dimensions (H x W x D) 70 mm [2.756”] x 482.6 mm [19”] x 60 mm [2.362”] Figure 3-12 Layout ..............................................365-374-074 Lucent Technologies 3 - 3 9 Issue a, April 2002...

  • Page 108: Subrack Materials

    CC848811865 (available for Release 1.0 and 2.0) • LambdaUnite MSS DUR/2-Subrack Core Assembly — CC848824926 (available for Release 2.1). The LambdaUnite MSS subrack is delivered in a pre-assembled Subrack delivery version, meaning that the following parts are already mounted: Quantity Description —...
  • Page 109 For PI in Release 1.0/2.0 Cable Assy, PI - PDP, Lower — Pre-mounted in CC848811519/DC1002827 rack Cable Assy, PI - PDP, Upper — CC848811501/DC1002826 For PI/100 in Release 2.1 ..............................................365-374-074 Lucent Technologies 3 - 4 1 Issue a, April 2002...
  • Page 110 Grounding material (optional) Quantity Description — Code Remarks Ground Wire (2000 mm [609,756 Upper subrack ft]) — CC848828174 Ground Wire (3000 mm [914,634 Lower subrack ft]) — CC848828182 ..............................................3 - 4 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 111: Technical Data For Subrack

    • ™ The subrack is designed for mounting in the LambdaUnite rack frames in such a way the temperature can be controlled and the cables laid properly..............................................365-374-074 Lucent Technologies 3 - 4 3 Issue a, April 2002...
  • Page 112 Figure 3-13 Subrack mounting dimensions Legend: Required space for air outlet (≥ 100 mm [3.94”]) when a single subrack is mounted into a rack frame. Bend radius of fiber and external cabling..............................................3 - 4 4 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 113: Mounting The Subrack Into Rack

    Where two subracks are mounted in one rack frame, attach theRubber Profile — DC1003971 (item 6) at the front-top of the bottom subrack from the fan at the rear side of the subrack..............................................365-374-074 Lucent Technologies 3 - 4 5 Issue a, April 2002...
  • Page 114 Mount the Fiber-Routing Guides (corner) — DC1001518 (item 3) at each corner of the subrack by clicking them into the holes inthe top and bottom sides of the subrack. T E P S ..............................................................................3 - 4 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 115 NEBS-2000 installation Mechanical installation Mounting the subrack into rack Figure 3-14 Mounting the subrack ..............................................365-374-074 Lucent Technologies 3 - 4 7 Issue a, April 2002...

  • Page 117: System Cabling And Final Assembly

    The purpose of this chapter is to provide all tasks for a complete Purpose system cabling. This chapter will also provide instruction for the final assembly steps of side cover and door mounting installation..............................................365-374-074 Lucent Technologies 4 - 1 Issue a, April 2002...
  • Page 118 Figure 4-1 Layout Legend: These prefabricated cables are to be connected to the PDP. These prefabricated cables are to be connected. This prefabricated cable is already installed in the subrack..............................................4 - 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 119 Optical interfaces 4-54 Gigabit Ethernet interfaces 4-61 Fiber management in rack 4-63 Fiber management in subrack 4-67 Side panel and doors installation 4-70 Side cover plates 4-71 Rack doors 4-73 ..............................................365-374-074 Lucent Technologies 4 - 3 Issue a, April 2002...

  • Page 120: Power And Ground Cable Installation

    This section provides information about the power and ground cable Purpose installation. Contents Power wiring (External battery - PDP) Power wiring (PDP - PI) Power wiring (PDP - PI/100) 4-12 Ground wiring 4-17 ..............................................4 - 4 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 121: Power Wiring (External Battery - Pdp)

    Power input cable 8 m [26.247 ft] — CC848827481 • Power input cable 5 m [16.404 ft] — CC848827473. Figure 4-2 PDP connection (power input cables) +DC (rtn) (A+B) (A+B) Legend: +DC (red, return) -DC (blue) ..............................................365-374-074 Lucent Technologies 4 - 5 Issue a, April 2002...
  • Page 122 (item 1) via the right rear side of the rack frame into the PDP (see figure below). Figure 4-3 Routing the power input cables Top access Bottom access ..............................................4 - 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 123: Power Wiring (Pdp - Pi)

    PI cable, lower subrack — CC848811519/DC1002827. Figure 4-4 PDP connection (PI cables) Ground (A+B) +DC (rtn) (A+B) (A+B) Legend: 4, 5 PI cables (combined: yellow/green, red, blue) +DC (rtn) blue Ground yellow/green ..............................................365-374-074 Lucent Technologies 4 - 7 Issue a, April 2002...
  • Page 124 CC848811519 (item 2) should be routed at the rear side of the “stile strips” of the frame. The B side to the left “stile strip” and the A side to the right “stile strip”..............................................4 - 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 125 Figure 4-5 Routing PI cables (PDP side) ................................Connect the cables (item 1) to the PI connectors of the subrack. Tie the cables to the handles of the PIs by using tie-wraps..............................................365-374-074 Lucent Technologies 4 - 9 Issue a, April 2002...
  • Page 126 Power and ground cable installation System cabling and final assembly Power wiring (PDP - PI) Result: Figure 4-6 Routing the PI cables (PI/subrack side) T E P S ..............................................................................4 - 1 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 127 System cabling and final assembly Power wiring (PDP - PI) Pin arrangement of the PI connector Point on Signal name Color connector –DC Blue +DC (return) Ground Yellow/Green +DC (return) –DC Blue ..............................................365-374-074 Lucent Technologies 4 - 1 1 Issue a, April 2002...

  • Page 128: Power Wiring (Pdp - Pi/100)

    PI/100 cable, B-side — CC848850731. Figure 4-7 PDP connection (PI/100 cables) Ground (A+B) +DC (rtn) (A+B) (A+B) Legend: 4, 5 PI/100 cables (combined: yellow/green, red, blue) +DC (rtn) ..............................................4 - 1 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 129 PI/100 cables, B-side (item 2) should be routed at the left-rear side of the “stile strips” of the frame. Result: Figure 4-8 Routing PI/100 cables (PDP side) T E P S ..............................................................................365-374-074 Lucent Technologies 4 - 1 3 Issue a, April 2002...
  • Page 130 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 its position..............................................4 - 1 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 131 Power and ground cable installation System cabling and final assembly Power wiring (PDP - PI/100) Result: Figure 4-9 Connecting the PI/100 cables (PI/100 / subrack side) T E P S ..............................................................................365-374-074 Lucent Technologies 4 - 1 5 Issue a, April 2002...
  • Page 132 Power and ground cable installation System cabling and final assembly Power wiring (PDP - PI/100) Pin arrangement Point on Connector Signal Name Color Ground Yellow/Green –DC Blue Return ..............................................4 - 1 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 133: Ground Wiring

    USA domestic market) Important! The cables mentioned in the procedure below are not part Additional grounding (optional) of the system delivery, but they can be ordered separately..............................................365-374-074 Lucent Technologies 4 - 1 7 Issue a, April 2002...
  • Page 134 CC848828174 (item 3) • Ground wire “lower subrack” 3000 mm [9.843 ft] — CC848828182 (item 3). T E P S ................................Result Figure 4-11 Office and subrack grounding ..............................................4 - 1 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 135: Internal Cable Installation

    System cabling and final assembly Internal cable installation Overview ..............................................This section provides information about the intra system cabling. Purpose Contents Cable management 4-20 Subrack alarm wiring 4-23 Station alarm interface 4-26 ..............................................365-374-074 Lucent Technologies 4 - 1 9 Issue a, April 2002...

  • Page 136: Cable Management

    Unite rack-frame to the subrack via the guides that are mounted on the rear of the subrack. Important! When dressing the cables attach them to the guides by using tie wraps (item 1). See the following figures..............................................4 - 2 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 137 Internal cable installation System cabling and final assembly Cable management Top access Figure 4-12 Cable management (top access) ..............................................365-374-074 Lucent Technologies 4 - 2 1 Issue a, April 2002...
  • Page 138 Internal cable installation System cabling and final assembly Cable management Bottom access Figure 4-13 Cable management (bottom access) ..............................................4 - 2 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 139: Subrack Alarm Wiring

    — CC848811535/ DC1001829 (item 1) at the right rear side of the stile strip of the frame. Result Figure 4-14 Routing of the subrack alarm cables (PDP side) ..............................................365-374-074 Lucent Technologies 4 - 2 3 Issue a, April 2002...
  • Page 140 Internal cable installation System cabling and final assembly Subrack alarm wiring Routing (subrack side) Figure 4-15 Routing of the subrack alarm cables (subrack side) ..............................................4 - 2 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 141 Minor rack-top Minor rack-top output output Critical rack-top Critical rack-top return return Minor rack-top Minor rack-top return return Ground Ground Major rack-top Major rack-top output output ..............................................365-374-074 Lucent Technologies 4 - 2 5 Issue a, April 2002...

  • Page 142: Station Alarm Interface

    100 m [328.084 ft] Cable Assy, Station Alarm — CC109164194 Connector data Type of Connector D-SUB pin, 25p solder Code no. of Connector CC407362730 Code no. of Hood DC1003599 ..............................................4 - 2 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 143 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 Major visual-output return Minor audio-output return ..............................................365-374-074 Lucent Technologies 4 - 2 7 Issue a, April 2002...
  • Page 144 System cabling and final assembly Station alarm interface Point on Connector Signal Name Minor visual-output return Ground Ground Routing and layout Figure 4-17 Station alarm layout and routing Station Alarm ..............................................4 - 2 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 145: External Cable Installation

    TI-DS1 Station Clock I/O Interface (100/110 Ohm) 4-37 TI-E1 Station clock I/O interface (120 Ohm) 4-41 TI-E1 Station clock I/O interface (75 Ω) 4-44 LAN 10/100 Base-T interface 4-47 External alarms 4-51 ..............................................365-374-074 Lucent Technologies 4 - 2 9 Issue a, April 2002...

  • Page 146: Miscellaneous Discrete Inputs/Outputs (Mdis/Mdos)

    100 m [328.084 ft] Cable Assy, MDI/MDO — CC109164210. Connector data Type of Connector D-SUB pin, 25p solder Code no. of Connector CC407362730 Code no. of Hood DC1003599 ..............................................4 - 3 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 147 OUT 2 return OUT 2 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 ..............................................365-374-074 Lucent Technologies 4 - 3 1 Issue a, April 2002...
  • Page 148 External cable installation System cabling and final assembly Miscellaneous Discrete Inputs/Outputs (MDIs/MDOs) Routing and layout Figure 4-19 MDI/MDO layout and routing ..............................................4 - 3 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 149: User Byte Interfaces (G.703/V.11)

    100 m [328.084 ft] Cable Assy, G.703/V.11 — CC109164236. Connector data Type of Connector D-SUB pin, 15p solder Code no. of Connector CC407362755 Code no. of Hood DC1003265 ..............................................365-374-074 Lucent Technologies 4 - 3 3 Issue a, April 2002...
  • Page 150 G.703 Connector Ground Output-Clock Positive Output-Frame Positive Output-Data Tx-Data Output Positive Positive Ring Input-Clock Positive Input-Frame Positive Input-Data Positive Rx-Data Input Positive Ring Ground Output-Clock Negative Output-Frame Negative ..............................................4 - 3 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 151 G.703 Connector Output-Data Tx-Data Output Negative Negative Ground Input-Clock Negative Input-Frame Negative Input-Data Rx-Data Input Tip Negative Negative Routing and layout Figure 4-21 User byte layout and routing ..............................................365-374-074 Lucent Technologies 4 - 3 5 Issue a, April 2002...
  • Page 152 External cable installation System cabling and final assembly User byte interfaces (G.703/V.11) Legend: Routing for USERBIO 1, 4 and 5. Routing for USERBIO 2, 3 and 6..............................................4 - 3 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 153: Ti-Ds1 Station Clock I/O Interface (100/110 Ohm)

    Figure 4-22 DS1 – Station clock output interface, 100 Ω Point on Signal Name Wire Color *1 Connector Station-Clock Output Positive White Station-Clock Output Negative Blue Ground Screen ..............................................365-374-074 Lucent Technologies 4 - 3 7 Issue a, April 2002...
  • Page 154 CC407362797/DC1003661 Code no. of Hood DC1003609 Figure 4-23 DS1 – Station clock input interface, 100 Ω Point on Signal Name Wire Color *1 Connector Station-Clock Input Positive White ..............................................4 - 3 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 155 System cabling and final assembly TI-DS1 Station Clock I/O Interface (100/110 Ohm) Point on Signal Name Wire Color *1 Connector Station-Clock Input Negative Blue Ground Screen 7, 8 Strap ..............................................365-374-074 Lucent Technologies 4 - 3 9 Issue a, April 2002...
  • Page 156 The upper and lower subracks have the cabling at the rear side: the B Routing and layout (IN/OUT) to the left and the A (IN/OUT) to the right. Figure 4-24 Routing and layout ..............................................4 - 4 0 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 157: Ti-E1 Station Clock I/O Interface (120 Ohm)

    Figure 4-25 E1 – Station clock output interface, 120 Ω Point on Signal Name Wire Color *1 Connector Station-Clock Output Positive White Station-Clock Output Negative Blue Ground Screen 5, 6 Strap ..............................................365-374-074 Lucent Technologies 4 - 4 1 Issue a, April 2002...
  • Page 158 Figure 4-26 E1 – Station clock input interface, 120 Ω Point on Signal Name Wire Color *1 Connector Station-Clock Input Positive White Station-Clock Input Negative Blue Ground Screen ..............................................4 - 4 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 159 The upper and lower subracks have the cabling at the rear side: the B Routing and layout (IN/OUT) to the left and the A (IN/OUT) to the right. Figure 4-27 Routing and layout ..............................................365-374-074 Lucent Technologies 4 - 4 3 Issue a, April 2002...

  • Page 160: Ti-E1 Station Clock I/O Interface (75 Ω)

    Figure 4-28 TI-E1 Station clock output interface, 75 Ω Point on Signal Name Wire Color Connectors Station-Clock Output Inner wire Ground Screen 3, 4 Strap 6, 8 Strap ..............................................4 - 4 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 161 Figure 4-29 TI-E1 Station clock input interface, 75 Ω Point on Signal Name Wire Color Connectors 1, 3 Strap Station-Clock Input Inner wire Ground Screen 5, 9 Strap ..............................................365-374-074 Lucent Technologies 4 - 4 5 Issue a, April 2002...
  • Page 162 The upper and lower subracks have the cabling at the rear side: the B Routing and layout (IN/OUT) to the left and the A (IN/OUT) to the right. Figure 4-30 Routing and layout ..............................................4 - 4 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 163: Lan 10/100 Base-T Interface

    Each CIT connection uses these crossed LAN cables: • 5 m LAN cable • 10 m LAN cable. Figure 4-31 CIT Connection (LAN crossed) Point on Connector Signal Name Transmit-data positive ..............................................365-374-074 Lucent Technologies 4 - 4 7 Issue a, April 2002...
  • Page 164 • 25 m [82.021 ft] Cable Assy, LAN— CC109155945 • 50 m [164.042 ft] Cable Assy, LAN— CC109155952 • 75 m [246.063 ft] Cable Assy, LAN — CC109164368 ..............................................4 - 4 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 165 91 m [298.556 ft] Cable Assy, LAN — CC109164376. Figure 4-33 HUB connection (LAN straight) Point on Connector Signal Name Transmit-data positive Transmit-data negative Receive-data positive Receive-data negative ..............................................365-374-074 Lucent Technologies 4 - 4 9 Issue a, April 2002...
  • Page 166 External cable installation System cabling and final assembly LAN 10/100 Base-T interface Figure 4-34 Routing and layout (CI-CTL) ..............................................4 - 5 0 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 167: External Alarms

    External Minor Alarm The following figure shows the pin assignment of the PDP external Connector data alarm connector. Figure 4-36 PDP external alarm connector Legend: 1, 5 Critical Alarm ..............................................365-374-074 Lucent Technologies 4 - 5 1 Issue a, April 2002...
  • Page 168 External cable installation System cabling and final assembly External alarms 2, 6 Major Alarm 3, 7 Minor Alarm ..............................................4 - 5 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 169: Fiber Cabling

    Contents Optical interfaces 4-54 Gigabit Ethernet interfaces 4-61 Fiber management in rack 4-63 Fiber management in subrack 4-67 ..............................................365-374-074 Lucent Technologies 4 - 5 3 Issue a, April 2002...

  • Page 170: Optical Interfaces

    Blue connector for SM, beige connector for MM. 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..............................................4 - 5 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 171 Fiber cabling System cabling and final assembly Optical interfaces OP155M Figure 4-37 OP155M layout Legend: Richco Twist Lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................365-374-074 Lucent Technologies 4 - 5 5 Issue a, April 2002...
  • Page 172 Fiber cabling System cabling and final assembly Optical interfaces OP622M Figure 4-38 OP622M layout Legend: Richco Twist Lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................4 - 5 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 173 Fiber cabling System cabling and final assembly Optical interfaces OP2G5 Figure 4-39 OP2G5 layout Legend: Richco Twist Lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................365-374-074 Lucent Technologies 4 - 5 7 Issue a, April 2002...
  • Page 174 OP2G5M AM1 Ap 1.X — KFA203 (1300nm) OP2G5M AM1 Ap 1.X — KFA204 (1550nm) OP2G5 PWDM AM1 Ap 1.X – KFA20 Richco Twist Lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................4 - 5 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 175 LC connector — CC108265950 and ASSY-A1LC-BASE (BLACK) B* — CC108265950 See Appendix C, section “LC attenuators” (C-12) for a list of varoius attenuators..............................................365-374-074 Lucent Technologies 4 - 5 9 Issue a, April 2002...
  • Page 176 Fiber cabling System cabling and final assembly Optical interfaces OP40G Figure 4-42 OP40G layout Legend: Richco Twist Lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................4 - 6 0 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 177: Gigabit Ethernet Interfaces

    Blue connector for SM, beige connector for MM. 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..............................................365-374-074 Lucent Technologies 4 - 6 1 Issue a, April 2002...
  • Page 178 Fiber cabling System cabling and final assembly Gigabit Ethernet interfaces GE1/SX4 Figure 4-43 GE1/SX4 Legend: Richco Twist Lock TL250 — DC1004336 (part of circuit pack delivery) ..............................................4 - 6 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 179: Fiber Management In Rack

    Fiber cabling System cabling and final assembly Fiber management in rack ..............................................Top access Figure 4-44 Top access for fiber management (side view rack) ..............................................365-374-074 Lucent Technologies 4 - 6 3 Issue a, April 2002...
  • Page 180 The bottom subrack cables are using the fourth entry of the fiber guide (c) to route down first and then upwards to: • The upper row via the first entry (d) • The bottom row directly ..............................................4 - 6 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 181 (first entry) to the end of the bracket (fourth entry). The cables are tight together with velcro at the entries (*2) of the rack frame and subrack ..............................................365-374-074 Lucent Technologies 4 - 6 5 Issue a, April 2002...
  • Page 182 The upper row down via the second entry (b) and up via the first entry (c) • The bottom row down via the second entry (b) and directly to the row..............................................4 - 6 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 183: Fiber Management In Subrack

    Velcor — DC1005002 (item 3) before they enter the subrack. Cables are lead to the slot position via the Fiber-Routing Guides (RT/LB) — DC1001516 (item 1) or the Fiber-Routing Guides ..............................................365-374-074 Lucent Technologies 4 - 6 7 Issue a, April 2002...
  • Page 184 (LT/RB) — DC1001517 (item 4) which are mounted on the top/bottom of the subrack. Figure 4-46 Fiber management in the subrack (top access) Legend: Cable routed to the lower subrack ..............................................4 - 6 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 185 Fiber cabling System cabling and final assembly Fiber management in subrack Figure 4-47 Fiber management in the subrack (bottom access) Legend: Cable routed to the upper subrack ..............................................365-374-074 Lucent Technologies 4 - 6 9 Issue a, April 2002...

  • Page 186: Side Panel And Doors Installation

    Side panel and doors installation Overview ..............................................This section describes the two final assembly steps, the side cover Purpose plate and rack door mounting. Contents Side cover plates 4-71 Rack doors 4-73 ..............................................4 - 7 0 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 187: Side Cover Plates

    • CC848780185 in case of an NEBS-2000 rack NOTE: The mentioned comcodes represent always a pair of side cover plates (left and right). T E P S ..............................................................................365-374-074 Lucent Technologies 4 - 7 1 Issue a, April 2002...
  • Page 188 Side panel and doors installation System cabling and final assembly Side cover plates Result Figure 4-48 Mounting the side cover plates ..............................................4 - 7 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 189: Rack Doors

    NEBS-2000 rack connect the Ground Strips — DC1005100 (item 1) at the top and bottom of each rack door. T E P S ..............................................................................365-374-074 Lucent Technologies 4 - 7 3 Issue a, April 2002...
  • Page 190 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 ..............................................................................4 - 7 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 191 Pry out the Trim Plate — F2-99-1 (item 1) by using the screwdriver................................Insert the Locking Module — F2-99-2 (item 2). Important! The Key-Lock (item 3) must be unlocked as shown................................Press straight in the bezel, then upwards..............................................365-374-074 Lucent Technologies 4 - 7 5 Issue a, April 2002...
  • Page 192 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 4-51 Installing the Door-Lock ..............................................4 - 7 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 193 Fan unit test Circuit pack installation Circuit packs Slot positions of the circuit packs 5-13 Mounting the circuit packs 5-15 Physical installation check 5-18 Physical and power installation exit checklist 5-19 ..............................................365-374-074 Lucent Technologies 5 - 1 Issue a, April 2002...

  • Page 194: Powering, Circuit Pack Installation, And Ne Software

    Arcing can cause burns to the hands and damage to the eyes. Ensure that the line circuit breaker on the Power Interface (PI) is in the “OFF” position before removing or inserting the power supply plug..............................................5 - 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 195: Overview

    CAUTION Destruction of components due to a supply voltage of incorrect polarity or too high. LambdaUnite 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.

  • Page 196: Switching On And Testing Supply Voltage

    The voltage on the PDP must be in the range of -40.5 … -72 NOTE: Do not power up the system if the voltage is outside the range! Feeder Measured voltage ..............................................5 - 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 197 Switching on and testing supply voltage ................................Switch the right circuit breaker of the subrack (located on the rear) to the ON position (= 1). Figure 5-1 PI switching ..............................................365-374-074 Lucent Technologies 5 - 5 Issue a, April 2002...
  • Page 198 Repeat Steps 3 and 4 with the left circuit breaker of the subrack................................Switch both circuit breakers of the subrack to the ON (= 1) position. T E P S ................................................................................................5 - 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 199: Fan Unit Test

    On the fan unit only the PWR ON LED should be lit................................Check that • all fans of the unit are running • the air flow direction is from bottom to top. T E P S ................................................................................................365-374-074 Lucent Technologies 5 - 7 Issue a, April 2002...

  • Page 200: Circuit Pack Installation

    “Electrostatic discharge” (1-19)). Contents Circuit packs Slot positions of the circuit packs 5-13 Mounting the circuit packs 5-15 Physical installation check 5-18 Physical and power installation exit checklist 5-19 ..............................................5 - 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 201: Circuit Packs

    For the optical interface units, there is a second level of identification (qualifier) which carries information about reach, lambda and other variants, e.g. OP10G/1.5LR1, or OP40G/1.3IOR1 (see Appendix C, “Ordering codes and specifications”)..............................................365-374-074 Lucent Technologies 5 - 9 Issue a, April 2002...
  • Page 202 Powering, circuit pack installation, and NE software download Circuit packs The minimum complement of circuit packs required for an operational Minimum required circuit packs LambdaUnite MSS subrack is • one working and one protection XC320 switch circuit pack • one CTL circuit pack •...
  • Page 203 Figure 5-4 Blank front plate (3N) with empty holes — CC848840112 Legend: Hang the cables temporarily in the empty holes in the front blank when the cables are pre-arranged..............................................365-374-074 Lucent Technologies 5 - 1 1 Issue a, April 2002...
  • Page 204 Circuit pack installation Powering, circuit pack installation, and NE software download Circuit packs 6N type Figure 5-5 Blank front plate (6N) — CC848782876 ..............................................5 - 1 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 205: Slot Positions Of The Circuit Packs

    The following figure and table show the valid slot positions of the Slot positions circuit packs at the front side of the subrack. Figure 5-6 Slot positions of the circuit packs Legend Circuit pack Valid slots XC320 (working) ..............................................365-374-074 Lucent Technologies 5 - 1 3 Issue a, April 2002...
  • Page 206 In the case of optical port protection (1+1 Linear APS / 1+1 MSP) it is recommended to place the working port unit and the protection port unit side by side for ease of maintenance..............................................5 - 1 4 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 207: Mounting The Circuit Packs

    Proceed as follows to mount the circuit packs: Procedure ................................With the exception of the CTL circuit pack insert all needed circuit packs as shown below. The CTL circuit pack will be installed last..............................................365-374-074 Lucent Technologies 5 - 1 5 Issue a, April 2002...
  • Page 208 Figure 5-7 Insertion of a circuit pack Important! Operate both latches simultaneously during insertion and extraction of a circuit pack................................Check that all circuit packs are firmly seated..............................................5 - 1 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 209 T E P S ................................In the case of a download failure (red LEDs are still illuminating), Software download failure please refer to Appendix A, section “SW download failure” (A-7)..............................................365-374-074 Lucent Technologies 5 - 1 7 Issue a, April 2002...

  • Page 210: Physical Installation Check

    • all circuit packs are situated in the slots according to the guidelines described above. • the NE is up and running..............................................5 - 1 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 211: Physical And Power Installation Exit Checklist

    MDI/MDO cabling User byte cabling Station clock cabling LAN cabling Fiber cabling Side cover plate mounting Rack door mounting Powering Fan unit test Circuit pack installation NE software installation ..............................................365-374-074 Lucent Technologies 5 - 1 9 Issue a, April 2002...
  • Page 213 Connecting the WaveStar CIT to the NE NE login procedure 6-12 Provisioning system parameters 6-13 Changing the NE name (TID) 6-14 System parameters 6-16 Timing references 6-21 System timing 6-24 ..............................................365-374-074 Lucent Technologies 6 - 1 Issue a, April 2002...

  • Page 214: Wavestar Cit Installation And Ne Provisioning

    Purpose following. The entry checklist is related to the following chapters: Contents • Chapter 6, ® WaveStar CIT installation and NE provisioning • Chapter 7, Stand alone test procedures..............................................Lucent Technologies 365-374-074 6 - 2 Issue a, April 2002...

  • Page 215: Entry Checklist

    CIT requirements” (2-6))? Is a crossed LAN cable CAT5 with 4-wire RJ-45/RJ-45 connectors available? Is the following test equipment available? • Optical power meter with LC connectors • Multimeter ..............................................365-374-074 Lucent Technologies 6 - 3 Issue a, April 2002...
  • Page 216 This section describes the installation procedure of WaveStar CIT and Purpose how to perform an NE login. Contents Installing WaveStar CIT WaveStar CIT login procedure Connecting the WaveStar CIT to the NE NE login procedure 6-12 ..............................................Lucent Technologies 365-374-074 6 - 4 Issue a, April 2002...

  • Page 217: Wavestar Cit

    A user who has Windows NT / Windows 2000 System Administration Before you begin privileges must install the software. That same user, then, becomes the WaveStar CIT System Administrator. The WaveStar CIT System ..............................................365-374-074 Lucent Technologies 6 - 5 Issue a, April 2002...
  • Page 218 The WaveStar CIT CD Browser appears. autorun starts no action is required. Result: The WaveStar CIT CD Browser appears................................Click on continue................................Choose the entry CIT Software..............................................Lucent Technologies 365-374-074 6 - 6 Issue a, April 2002...
  • Page 219 The PC will have to be rebooted if the OSILLC driver is installed. This is installed on the initial WaveStar CIT installation. Subsequent upgrades do not require OSILLC driver installation. T E P S ................................................................................................365-374-074 Lucent Technologies 6 - 7 Issue a, April 2002...

  • Page 220: "Installing Wavestar Cit

    Password ................................Click to connect. WaveStar CIT will be “initializing views” for about 3 minutes. Read the legal notice and click T E P S ................................................................................................Lucent Technologies 365-374-074 6 - 8 Issue a, April 2002...

  • Page 221: Connecting The Wavestar ® ® Cit To The Ne

    WaveStar CIT access to more than one NE can be done via a HUB. (network) Unshielded straight LAN cables CAT5 with 4-wire RJ-45/RJ-45 connectors must be used for this connection..............................................365-374-074 Lucent Technologies 6 - 9 Issue a, April 2002...
  • Page 222 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 365-374-074 6 - 1 0 Issue a, April 2002...
  • Page 223 Connecting the WaveStar CIT to the NE The following figure shows an example of the access via the Data Communications Channel. ® WaveStar CIT DCC Data Communication Channel ..............................................365-374-074 Lucent Technologies 6 - 1 1 Issue a, April 2002...

  • Page 224: Ne Login Procedure

    “LUC01” or “LUC02” and the associated Password “UNITE+01” or “UNITE+02”................................Click to confirm, then to the legal notice. Result: System View window appears for the selected NE. T E P S ................................................................................................Lucent Technologies 365-374-074 6 - 1 2 Issue a, April 2002...

  • Page 225: Provisioning System Parameters

    CIT related tasks is given in the “ Related information ™ LambdaUnite MultiService Switch (MSS) User Operation Guide”. Contents Changing the NE name (TID) 6-14 System parameters 6-16 Timing references 6-21 System timing 6-24 ..............................................365-374-074 Lucent Technologies 6 - 1 3 Issue a, April 2002...

  • Page 226: Changing The Ne Name (Tid)

    Lower-case letters (“a” .. “z”), Special characters (“-”, “+”, “_”, “.”, “/”), Digits (“0” .. “9”). • An NE name must not end and begin with an special character..............................................Lucent Technologies 365-374-074 6 - 1 4 Issue a, April 2002...
  • Page 227 Important! Take a note of the TID you are going to assign to the NE! ................................Click to assign the new TID and to dismiss the window. T E P S ................................................................................................365-374-074 Lucent Technologies 6 - 1 5 Issue a, April 2002...

  • Page 228: System Parameters

    This window consists of two tabs, Settings Date and Time ................................In the tab you can set or modify various parameters Settings associated with the entire system. Click on the respective check box..............................................Lucent Technologies 365-374-074 6 - 1 6 Issue a, April 2002...
  • Page 229 Click the Apply pushbutton and confirm the resulting system message by clicking ................................Fault → Enter/Exit Maintenance Condition... → Exit Select from the main menu. Maintenance Condition... System View ..............................................365-374-074 Lucent Technologies 6 - 1 7 Issue a, April 2002...
  • Page 230 MSS NE will now perform a system reset. As a consequence, the management association between the WaveStar CIT and the NE will be lost. T E P S ................................Screen of the tab Settings ..............................................Lucent Technologies 365-374-074 6 - 1 8 Issue a, April 2002...
  • Page 231 NE by selecting the according radio button ( SONET Elements of the tab Date and Time The elements of the tab and their meaning are listed Date and Time in the following table..............................................365-374-074 Lucent Technologies 6 - 1 9 Issue a, April 2002...
  • Page 232 Select the year to be set. Select the month to be set. Month Day field Select the day to be set. Select the time to be set. Time ..............................................Lucent Technologies 365-374-074 6 - 2 0 Issue a, April 2002...

  • Page 233: Timing References

    Select the timing quality belonging to the external timing reference in the drop-down list box . Assign the actual quality level Quality Level of the external timing source ( SSUT SSUL for SDH mode or for SONET mode)..............................................365-374-074 Lucent Technologies 6 - 2 1 Issue a, April 2002...
  • Page 234 Click on to apply your setting. By clicking on the push-button you can call up a table with Info... details on the ASAPs..............................................Lucent Technologies 365-374-074 6 - 2 2 Issue a, April 2002...
  • Page 235 . If you wish to discard the changes click on Cancel Undo ................................Repeat to Step 8 until all timing references are configured. Click on to close the window. T E P S ................................................................................................365-374-074 Lucent Technologies 6 - 2 3 Issue a, April 2002...

  • Page 236: System Timing

    (selectable via a spin box) 1 Minutes 60 Minutes • mode only) Infinite SONET The wait-to-restore time is the wait which is made before switching from one timing reference to another..............................................Lucent Technologies 365-374-074 6 - 2 4 Issue a, April 2002...
  • Page 237 ASAPs................................Apply the changes by clicking on . If you wish to Apply discard the changes, click on Cancel Undo T E P S ................................................................................................365-374-074 Lucent Technologies 6 - 2 5 Issue a, April 2002...
  • Page 239 NE synchronisation test Optical power meter test Port transmission test (daisy chain test) 7-12 Optical output power measurements 7-16 NE provisioning and stand alone installation test 7-18 exit checklist ..............................................365-374-074 Lucent Technologies 7 - 1 Issue a, April 2002...

  • Page 240: Stand Alone Test Procedures

    2 seconds and then off for 2 seconds three times in sequence. The LEDs on the circuit packs turn on for 2 seconds and then off for 2 seconds three times in sequence. T E P S ..............................................................................7 - 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 241 Stand alone test procedures In the case of a LED test failure (LEDs are not lit), please refer to LED test failure Appendix A, section “LED test failure” (A-8)..............................................365-374-074 Lucent Technologies 7 - 3 Issue a, April 2002...

  • Page 242: Alarm Reporting Test

    Remove the XC320 circuit Clock Input Minor pack which is located in the Fail protection slot 10. NE Clock Prompt/ Remove both XC320 circuit Failure Critical packs (worker and protection)..............................................7 - 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 243 To make sure that the “NE Alarm List” reflects the current alarm status, click the button. Refresh ................................Repeat Step 2 Step 5 for all alarm levels. T E P S ................................................................................................365-374-074 Lucent Technologies 7 - 5 Issue a, April 2002...

  • Page 244: Ne Synchronisation Test

    • Select (SDH) or (SONET) in the Provisioned Quality drop-down list box. Level • Select the priority in the drop-down list box System Timing Reference Prioriy ..............................................7 - 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 245 Verify that the NE is synchronising onto the first clock source for at → least 3 minutes. To do this, select , then the tab View Timing/Sync System Timing ..............................................365-374-074 Lucent Technologies 7 - 7 Issue a, April 2002...
  • Page 246 NE synchronisation failure In the case of an NE synchronisation failure (NE cannot synchronise to an external clock source), please refer to Appendix A, section “NE synchronisation failure” (A-5)..............................................7 - 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 247: Optical Power Meter Test

    Test setup type of optical interfaces used can vary according to the customer configuration. Figure 7-1 Measuring the mean launched power LambdaUnite STM-x/OC-x Optical power meter OP = Optical Pack ..............................................365-374-074 Lucent Technologies 7 - 9 Issue a, April 2002...
  • Page 248 +10.0 ... +13.0 OP10/01...80/800G 1550 –6.2 ... –3.8 OP10/8650...9285XT 1550 -2.0 ... n/a OP2G5/1.3SR4 1310 –10.0 ... –3.0 OP2G5/1.3LR4 1310 –2.0 ... +2.0 OP2G5/1.5LR4 1550 –2.0 ... +2.0 ..............................................7 - 1 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 249 [nm] range [dBm] OP2G5/01...32PWDM 1550 -3.0 ... 0 OP2G5/ 1550 -3.0 ... 0 921...959PWDM OP622M/1.3IR16 1310 -15.0 ... -8.0 OP155M/1.3IR16 1310 -15.0 ... -8.0 GE1/SX4 > –9.5 ..............................................365-374-074 Lucent Technologies 7 - 1 1 Issue a, April 2002...

  • Page 250: Port Transmission Test (Daisy Chain Test)

    Figure 7-2 Daisy chain test ® WaveStar CIT LambdaUnite User panel Rx Tx Optical loops SDH/SONET STM-x/OC-x Analyser OP = Optical Pack ..............................................7 - 1 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 251 • STS1 • STS3 • STS12 • STS48 • STS192 Please note that it is not possible to proceed to the next window before selecting the cross-connection rate..............................................365-374-074 Lucent Technologies 7 - 1 3 Issue a, April 2002...
  • Page 252 Tributary list box and click on the Select... button. Result: both, the source and destination tributary, are Screen 2 of 3 displayed................................Click on the button. Next> ..............................................7 - 1 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 253 ................................Start a signal transmission via the SDH/SONET analyser for 3 minutes. Result: No bit errors are present during T E P S ................................................................................................365-374-074 Lucent Technologies 7 - 1 5 Issue a, April 2002...

  • Page 254: Optical Output Power Measurements

    Stand alone test procedures Optical output power measurements ..............................................NOTE: If required, please make copies of the following table. Measured values Slot Circuit pack Port Measured output number number power [dBm] ..............................................7 - 1 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 255 Optical output power measurements Stand alone test procedures Slot Circuit pack Port Measured output number number power [dBm] ..............................................365-374-074 Lucent Technologies 7 - 1 7 Issue a, April 2002...

  • Page 256: Ne Provisioning And Stand Alone Installation Test Exit Checklist

    Provisioning of the timing references Provisioning of the system timing LED test Alarm reporting test NE synchronisation test Optical power meter test Port and cross-connect test ..............................................7 - 1 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 257: Span / Ring Testing

    Line timing provisioning 8-15 Line timing test 8-17 Point to point / Ring testing 8-20 Span/Ring testing exit checklist 8-27 SONET test procedures 8-28 Provision DCC 8-29 Remote login 8-31 ..............................................365-374-074 Lucent Technologies 8 - 1 Issue a, April 2002...
  • Page 258 Overview Span / Ring testing Line timing provisioning 8-34 Line timing test 8-36 Point to point / Ring testing 8-39 Span/Ring testing exit checklist 8-46 ..............................................8 - 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 259: Span/Ring Testing Entry Checklist

    Span/Ring testing entry checklist Overview ..............................................This section ensures the operability of the procedures described in this Purpose chapter. The entry checklist is related to this chapter only. Contents ..............................................365-374-074 Lucent Technologies 8 - 3 Issue a, April 2002...

  • Page 260: Entry Checklist

    CIT requirements” (2-6))? Is a crossed LAN cable CAT5 with 4-wire RJ-45/RJ-45 connectors available? Is the following test equipment available? • Optical power meter with LC connectors • Multimeter ..............................................8 - 4 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 261: Network Establishment

    (4-53). If passive DWDM equipment is used please refer to Appendix D, “Passive DWDM (OEM equipment)”. If DCM equipment is used please refer to Appendix E, “DCM (OEM equipment)”..............................................365-374-074 Lucent Technologies 8 - 5 Issue a, April 2002...

  • Page 262: Connecting The Fiber Cables

    Important! The optical power meter must be set to the appropriate wavelength range................................Check that the measured value is within the range shown below (see section “Optical power and wavelength ranges” (8-8))..............................................8 - 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 263 The measured value must lie within the valid range................................Connect the fiber to this IN port................................Repeat Step 1 Step 6 for all required fiber connections. T E P S ..............................................................................365-374-074 Lucent Technologies 8 - 7 Issue a, April 2002...
  • Page 264 1550 -28.0 ... -8.0 OP2G5/01...32PWDM 1550 -28.0 ... -8.0 OP2G5/ 1550 -28.0 ... -8.0 921...959PWDM OP622M/1.3IR16 1310 -28.0 ... -8.0 OP155M/1.3IR16 1310 -28.0 ... -8.0 GE1/SX4 -17.0 ... 0 ..............................................8 - 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 265: Sdh Test Procedures

    MultiService Switch (MSS) User Operations Guide”. Contents Provision DCC 8-10 Remote login 8-12 Line timing provisioning 8-15 Line timing test 8-17 Point to point / Ring testing 8-20 Span/Ring testing exit checklist 8-27 ..............................................365-374-074 Lucent Technologies 8 - 9 Issue a, April 2002...

  • Page 266: Provision Dcc

    (tab Section DCC ................................Click on and select the Select port for new DCC termination... optical interface port for which you want to configure the DCC terminations..............................................8 - 1 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 267 Step 8 for all ports to which fiber cables are connected................................Repeat Step 1 Step 9 for all other NEs in the ring/network. T E P S ................................................................................................365-374-074 Lucent Technologies 8 - 1 1 Issue a, April 2002...

  • Page 268: Remote Login

    Proceed as follows to test the NE control and supervision functionality via remote login: ................................Login to the NE-A as described in Chapter 6, section “NE login procedure” (6-12)..............................................8 - 1 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 269 Set the NE-B date and time to the actual values (see Chapter 6, section “System parameters” (6-16))................................Repeat Step 2 Step 4 for all other NEs within the ring/network. T E P S ..............................................................................365-374-074 Lucent Technologies 8 - 1 3 Issue a, April 2002...
  • Page 270 SDH test procedures Span / Ring testing Remote login In the case of a remote login failure, please refer to Appendix A, Remote login failure section “Remote login failure” (A-9)..............................................8 - 1 4 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 271: Line Timing Provisioning

    Reference Priority • Select the port AID in the drop-down-list box Assigned Port . Click on Browse... in order to open the window Select Line Timing Port AID ..............................................365-374-074 Lucent Technologies 8 - 1 5 Issue a, April 2002...
  • Page 272 Click on the Apply button and then in the confirmation window................................Repeat Step 1 Step 6 for all other NEs within the ring/network. T E P S ................................................................................................8 - 1 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 273: Line Timing Test

    Proceed as follows to test the network line timing functionality: ................................Connect an error free SDH signal to the optical port which has been configured for line timing (see section “Line timing provisioning” (8-15))..............................................365-374-074 Lucent Technologies 8 - 1 7 Issue a, April 2002...
  • Page 274 Clock Mode System Clock mode Status fields switch back to the old values ( “Locked” “Normal” ................................Start a remote login to NE-B and repeat Step 3 Step ..............................................8 - 1 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 275 Line timing test ................................Repeat Step 6 for all other NEs within the ring/network................................Return all timing parameters to their prior state. T E P S ................................................................................................365-374-074 Lucent Technologies 8 - 1 9 Issue a, April 2002...

  • Page 276: Point To Point / Ring Testing

    • verify that the DCC channels are configured correctly (see section “Provision DCC” (8-10))..............................................8 - 2 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 277 Important! You must have at least a priviledge code of M4 to MS-SPRing perform this task. Proceed as follows to create a new MS-SPRing: ................................Login to the NE-A as described in Chapter 6, section “NE login procedure” (6-12)..............................................365-374-074 Lucent Technologies 8 - 2 1 Issue a, April 2002...
  • Page 278 . The values correspond to the slot designations................................Set the time in the drop-down list box to minute. Wait to Restore ................................Select the MS-SPRing Alarm Severity Assignment Profile ..............................................8 - 2 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 279 Configuration → Cross-Connections... Wizard in the System ® of the WaveStar CIT. View ................................Click on the radio button Create a new cross-connection and click Next> Result: appears. Screen 1 ..............................................365-374-074 Lucent Technologies 8 - 2 3 Issue a, April 2002...
  • Page 280 Select button................................Select the destination port which is interface to the MS-SPRing in the selection tab and the corresponding VC in the list Ptn Grp Tributary box..............................................8 - 2 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 281 MS-SPRing. • select the port to which the fiber loop is Destination connected. • Select NE-A as the Source NE Name T E P S ..............................................................................365-374-074 Lucent Technologies 8 - 2 5 Issue a, April 2002...
  • Page 282 Remove the fiber connection between NE-A and NE-B. Result: A short interruption of the traffic can be observed. However, the traffic should be restored after a short time. T E P S ................................................................................................8 - 2 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 283: Span/Ring Testing Exit Checklist

    “N/A”. Task Result Initials Notes (Passed, Failed, N/A) Fiber connection DCC provisioning Remote login test Line timing provisioning Line timing test Point to point / Ring test ..............................................365-374-074 Lucent Technologies 8 - 2 7 Issue a, April 2002...

  • Page 284: Overview

    MultiService Switch (MSS) User Operations Guide”. Contents Provision DCC 8-29 Remote login 8-31 Line timing provisioning 8-34 Line timing test 8-36 Point to point / Ring testing 8-39 Span/Ring testing exit checklist 8-46 ..............................................8 - 2 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 285: Provision Dcc

    (tab Section DCC ................................Click on and select the Select port for new DCC termination... optical interface port for which you want to configure the DCC terminations..............................................365-374-074 Lucent Technologies 8 - 2 9 Issue a, April 2002...
  • Page 286 Step 8 for all ports to which fiber cables are connected................................Repeat Step 1 Step 9 for all other NEs in the ring/network. T E P S ................................................................................................8 - 3 0 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 287: Remote Login

    Proceed as follows to test the NE control and supervision functionality via remote login: ................................Login to the NE-A as described in Chapter 6, section “NE login procedure” (6-12)..............................................365-374-074 Lucent Technologies 8 - 3 1 Issue a, April 2002...
  • Page 288 Set the NE-B date and time to the actual values (see Chapter 6, section “System parameters” (6-16))................................Repeat Step 2 Step 4 for all other NEs within the ring/network. T E P S ..............................................................................8 - 3 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 289 SONET test procedures Span / Ring testing Remote login In the case of a remote login failure, please refer to Appendix A, Remote login failure section “Remote login failure” (A-9)..............................................365-374-074 Lucent Technologies 8 - 3 3 Issue a, April 2002...

  • Page 290: Line Timing Provisioning

    Reference Priority • Select the port AID in the drop-down-list box Assigned Port . Click on Browse... in order to open the window Select Line Timing Port AID ..............................................8 - 3 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 291 Click on the Apply button and then in the confirmation window................................Repeat Step 1 Step 6 for all other NEs within the ring/network. T E P S ................................................................................................365-374-074 Lucent Technologies 8 - 3 5 Issue a, April 2002...

  • Page 292: Line Timing Test

    Proceed as follows to test the network line timing functionality: ................................Connect an error free SONET signal to the optical port which has been configured for line timing (see section “Line timing provisioning” (8-34))..............................................8 - 3 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 293 Clock Mode System Clock mode Status fields switch back to the old values ( “Locked” “Normal” ................................Start a remote login to NE-B and repeat Step 3 Step ..............................................365-374-074 Lucent Technologies 8 - 3 7 Issue a, April 2002...
  • Page 294 Line timing test ................................Repeat Step 6 for all other NEs within the ring/network................................Return all timing parameters to their prior state. T E P S ................................................................................................8 - 3 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 295: Point To Point / Ring Testing

    • verify that the DCC channels are configured correctly (see section “Provision DCC” (8-29))..............................................365-374-074 Lucent Technologies 8 - 3 9 Issue a, April 2002...
  • Page 296 Important! You must have at least a priviledge code of M4 to perform this task. Proceed as follows to create a new BLSR: ................................Login to the NE-A as described in Chapter 6, section “NE login procedure” (6-12)..............................................8 - 4 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 297 . The values correspond to the slot designations................................Set the time in the drop-down list box to minute. Wait to Restore ................................Select the BLSR Alarm Severity Assignment Profile ..............................................365-374-074 Lucent Technologies 8 - 4 1 Issue a, April 2002...
  • Page 298 Configuration → Cross-Connections... Wizard in the System ® of the WaveStar CIT. View ................................Click on the radio button Create a new cross-connection and click Next> Result: appears. Screen 1 ..............................................8 - 4 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 299 Select the STS which shall be used as the source and click on the Select button................................Select the destination port which is interface to the BLSR in the selection tab and the corresponding STS in the list box. Tributary ..............................................365-374-074 Lucent Technologies 8 - 4 3 Issue a, April 2002...
  • Page 300 BLSR. • select the port to which the fiber loop is Destination connected. • Select NE-A as the Source NE Name T E P S ..............................................................................8 - 4 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 301 Remove the fiber connection between NE-A and NE-B. Result: A short interruption of the traffic can be observed. However, the traffic should be restored after a short time. T E P S ................................................................................................365-374-074 Lucent Technologies 8 - 4 5 Issue a, April 2002...

  • Page 302: Span/Ring Testing Exit Checklist

    “N/A”. Procedure Result Initials Notes (Passed, Failed, N/A) Fiber connection DCC provisioning Remote login test Line timing provisioning Line timing test Point to point / Ring test ..............................................8 - 4 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 303: Conclusion

    This chapter provides a final checklist and a signoff sheet to be sure Purpose that all required tasks described in this manual have been done. Contents Final checklist Completion form ..............................................365-374-074 Lucent Technologies 9 - 1 Issue a, April 2002...

  • Page 304: Final Checklist

    Mechanical installation System cabling System turn up procedures System provisioning Stand alone test procedures Network establishment and test If all chapters have been passed successfully, please sign the Completion Form..............................................9 - 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 305: Completion Form

    I have witnessed and/or accepted the successful installation of all equipped equipment in the Lambda Unite System. Customer Signature Date Note: This Completion Form is to be retained by the Lucent Technologies Representative as a record of successfully completion of all required procedures..............................................365-374-074 Lucent Technologies...
  • Page 307 ™ for the LambdaUnite MultiService Switch (MSS) system. Contents Power failure NE synchronisation failure SW download failure LED test failure Remote login failure Alarm handling A-12 Fiber cleaning A-13 ..............................................365-374-074 Lucent Technologies A - 1 Issue a, April 2002...

  • Page 308: Installation Trouble Shooting

    -40.5 and -72 V, the measured voltage lies END OF STEPS between -40.5 and -72 V, T E P S ..............................................................................A - 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 309 Replace all affected fan power cables between the PIs and the Fan Unit. Make sure that the cables are tight afterwards................................Switch all circuit breakers on the subrack backplane to the ON position..............................................365-374-074 Lucent Technologies A - 3 Issue a, April 2002...
  • Page 310 OFF position Unit, and replace the affected Fan Unit. the PWR ON LED lights END OF STEPS up on the Fan Unit, T E P S ................................................................................................A - 4 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 311: Ne Synchronisation Failure

    Check for an external fault: input/output reversed or exchange supply defect. IF ... THEN ... the NE does not proceed to step 4. synchronize to the external clock source, ..............................................365-374-074 Lucent Technologies A - 5 Issue a, April 2002...
  • Page 312 5. synchronize to the external clock source, the NE synchronizes to the END OF STEPS external clock source, ................................Replace the timing interfaces E1/DS1. T E P S ................................................................................................A - 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 313: Sw Download Failure

    3. have the green LEDs illuminated, the circuit packs have the END OF STEPS green LEDs illuminated, ................................Replace the CTL circuit pack. T E P S ................................................................................................365-374-074 Lucent Technologies A - 7 Issue a, April 2002...

  • Page 314: Led Test Failure

    If that is the case and the LEDs don’t light up replace the User Panel. all LEDs light up, END OF STEPS T E P S ................................................................................................A - 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 315: Remote Login Failure

    END OF STEPS ................................Perform a reload of the NE software to the CompactFlash card of the near-end NE (see Appendix B, “NE software installation”)..............................................365-374-074 Lucent Technologies A - 9 Issue a, April 2002...
  • Page 316 Replace the CTL circuit pack of the near-end NE. IF ... THEN ... a remote login is not proceed to step 9. possible, a remote login is possible, END OF STEPS ..............................................A - 1 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 317 Remote login failure Installation trouble shooting ................................Replace the CTL circuit pack of the far-end NE. T E P S ................................................................................................365-374-074 Lucent Technologies A - 1 1 Issue a, April 2002...

  • Page 318: Alarm Handling

    Note all active alarms................................™ Follow the trouble clearing tasks described in the “ LambdaUnite MultiService Switch (MSS) Alarm Messages and Trouble Clearing Guide”. T E P S ................................................................................................A - 1 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 319: Fiber Cleaning

    If impurities are discovered, the optical connector must be Connectors 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)..............................................365-374-074 Lucent Technologies A - 1 3 Issue a, April 2002...
  • Page 320 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 ................................................................................................A - 1 4 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 321: Ne Software Installation

    The procedure described below should only be done if a reload of the NE software is necessary, e.g. in the case of a software download failure (see Chapter 5, “Powering, circuit pack installation, and NE software download”)..............................................365-374-074 Lucent Technologies B - 1 Issue a, April 2002...

  • Page 322: Installing The Ne Software

    Windows® NT / Windows® 2000, close any open window................................Install the NE software onto your PC. To do this, use one of the following two methods (automatic or manual installation): ..............................................B - 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 323 Open the Windows® NT / Windows® 2000 Explorer on your desktop. • Select the harddisk drive where the WaveStar CIT is installed and Program Files → Lucent Technologies → click through to WaveStar CIT → generics NOTE: If the subdirectory...
  • Page 324 Therefore, it is recommended to ® use a PC running the Microsoft Windows NT 4.0 operating system to format the CompactFlash card................................Start WaveStar CIT..............................................B - 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 325 Eject the CompactFlash card from the CompactFlash slot (or from the PCMCIA adapter) of the PC................................Insert the CompactFlash card with the new loaded software into the CTL circuit pack..............................................365-374-074 Lucent Technologies B - 5 Issue a, April 2002...
  • Page 326 Move the CTL pack back to its prior position • Close the latches simultaneously. Result: The system automatically starts the download (takes about 20 minutes). T E P S ................................................................................................B - 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 327: Overview

    This appendix describes the ordering codes and specifications of this Purpose product. Contents Single Mode 9/125 fiber-optic cables Multi-Mode 62.5/125 fiber-optic cables LC attenuators C-12 ™ Specifications for LambdaUnite MSS optical C-15 circuit packs Spare parts C-27 ..............................................365-374-074 Lucent Technologies C - 1 Issue a, April 2002...
  • Page 328 109158808 109158857 SM LC to FC (12 to 12) Length Comcode Length Comcode Length Comcode Length Comcode 109158865 109158915 109158964 109159012 109158873 109158923 109158972 109159020 109158881 109158931 109158980 109159038 ..............................................C - 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 329 SM SC to LC (12 to 12) Length Comcode Length Comcode Length Comcode Length Comcode 109188318 109188367 109188417 109188466 109188326 109188375 109188425 109188474 109188334 109188383 109188433 109188482 109188342 109188391 109188441 109188490 109188359 109188409 109188458 109188508 ..............................................365-374-074 Lucent Technologies C - 3 Issue a, April 2002...
  • Page 330 SM LC to FC (1 to 1) Length Comcode Length Comcode Length Comcode Length Comcode 109159871 109159921 109159970 109160028 109159889 109159939 109159988 109160036 109159897 109159947 109159996 109160044 109159905 109159954 109160002 109160051 ..............................................C - 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 331 Length Comcode 109172338 109172387 109172437 109172486 109172346 109172395 109172445 109172494 109172353 109172403 109172452 109172502 109172361 109172411 109172460 109172510 109172379 109172429 109172478 109172528 SM SC to SC (1 to 1) ..............................................365-374-074 Lucent Technologies C - 5 Issue a, April 2002...
  • Page 332 109172700 109172569 109172619 109172668 109172718 109172577 109172627 109172676 109172726 SC with short boot 180° (1x) to x 45° (1x) Important! = connector types (LC, SC, FC, ST, DIN, E-2000) ..............................................C - 6 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 333: Single Mode 9/125 Fiber-Optic Cables

    Length Comcode Length Comcode Length Comcode Length Comcode 109174169 109174177 109174227 109174276 109174326 109174185 109174235 109174284 109174334 109174193 109174243 109174292 109174342 109174201 109174250 109174300 109174359 109174219 109174268 109174318 109174367 ..............................................365-374-074 Lucent Technologies C - 7 Issue a, April 2002...
  • Page 334 109161760 109161810 109161661 109161711 109161778 109161828 MM LC to FC (12 to 12) Length Comcode Length Comcode Length Comcode Length Comcode 109161836 109161885 109161935 109161984 109161844 109161893 109161943 109161992 ..............................................C - 8 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 335 MM-Simplex cable 62.5/125 Connectors LC (45°) to LC, SC, Beige FC, ST, DIN (180°) MM LC to LC (1 to 1) Length Comcode Length Comcode Length Comcode Length Comcode 109165753 ..............................................365-374-074 Lucent Technologies C - 9 Issue a, April 2002...

  • Page 336: Multi-Mode 62.5/125 Fiber-Optic Cables

    109163279 109163121 109163170 109163238 109163287 109163139 109163188 109163246 109163295 MM LC to DIN (1 to 1) Length Comcode Length Comcode Length Comcode Length Comcode 109163303 109163352 109163402 109163451 ..............................................C - 1 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 337 Multi-Mode 62.5/125 fiber-optic cables Ordering codes and specifications 109163311 109163360 109163410 109163469 109163329 109163378 109163428 109163477 109163337 109163386 109163436 109163485 109163345 109163394 109163444 109163493 ..............................................365-374-074 Lucent Technologies C - 1 1 Issue a, April 2002...

  • Page 338: Lc Attenuators

    AALCS-4.5 108357971 AALCS-5.0 108288473 AALCS-5.5 108357989 AALCS-6.0 108349432 AALCS-6.5 108357997 AALCS-7.0 108288465 AALCS-7.5 108358003 AALCS-8.0 108358011 AALCS-8.5 108358029 AALCS-9.0 108358037 AALCS-9.5 108358045 AALCS-10.0 108288457 AALCS-11.0 108358078 AALCS-12.0 108358094 ..............................................C - 1 2 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 339 ABLCS-4.0 108279365 ABLCS-4.5 108279373 ABLCS-5.0 108279381 ABLCS-6.0 108279399 ABLCS-7.0 108279407 ABLCS-8.0 108279415 ABLCS-9.0 108279423 ABLCS-10.0 108279431 ABLCS-11.0 108279449 ABLCS-12.0 108279456 ABLCS-13.0 108279464 ABLCS-14.0 108279472 ABLCS-15.0 108279480 ABLCS-16.0 108279498 ..............................................365-374-074 Lucent Technologies C - 1 3 Issue a, April 2002...
  • Page 340 LC attenuators Ordering codes and specifications Product Code Nominal Loss dB Comcode ABLCS-17.0 108279506 ABLCS-18.0 108279514 ABLCS-19.0 108279522 ABLCS-20.0 108279530 ABLCS-25.0 108279548 ..............................................C - 1 4 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 341: Specifications For Lambdaunite

    109154484 bearing two modules for 1...32PWDM pWDM Direct Optics OC48/STM16, 1 Port, Direct OM2G5/921PWDM “2.5-Gbit/s PWDM direct optics Optics Module for PWDM, 32 ... 959PWDM modules” (C-25) colors ..............................................365-374-074 Lucent Technologies C - 1 5 Issue a, April 2002...
  • Page 342 1567,133 KFA305 109055921 OP40G/9120XT 191.200 1567,952 KFA306 109055939 OP40G/9110XT 191.100 1568,773 KFA307 109055954 OP40G/9100XT 191.000 1569,594 KFA308 109055962 OP40G/9090XT 190.900 1570,416 KFA309 109056002 OP40G/9080XT 190.800 1571,239 KFA310 109056010 ..............................................Lucent Technologies 365-374-074 C - 1 6 Issue a, April 2002...
  • Page 343 1593,793 KFA337 109056333 OP40G/8800XT 188.000 1594,641 KFA338 109056341 OP40G/8790XT 187.900 1595,489 KFA339 109056358 OP40G/8780XT 187.800 1596,339 KFA340 109056366 OP40G/8770XT 187.700 1597,189 KFA341 109056374 OP40G/8760XT 187.600 1598,041 KFA342 109056382 ..............................................365-374-074 Lucent Technologies C - 1 7 Issue a, April 2002...
  • Page 344 1533.47 KFA87 109006213 OP10G/09/800G 195.45 1533.86 KFA88 109006221 OP10G/10/800G 195.4 1534.25 KFA89 109006247 OP10G/11/800G 195.35 1534.64 KFA90 109006262 OP10G/12/800G 195.3 1535.04 KFA91 109006270 OP10G/13/800G 195.25 1535.43 KFA92 109006288 ..............................................Lucent Technologies 365-374-074 C - 1 8 Issue a, April 2002...
  • Page 345 1546.12 KFA119 109006551 OP10G/41/800G 193.85 1546.52 KFA120 109006569 OP10G/42/800G 193.8 1546.92 KFA121 109006585 OP10G/43/800G 193.75 1547.32 KFA122 109006593 OP10G/44/800G 193.7 1547.72 KFA123 109006601 OP10G/45/800G 193.65 1548.11 KFA124 109006619 ..............................................365-374-074 Lucent Technologies C - 1 9 Issue a, April 2002...
  • Page 346 1558.98 KFA151 109008771 OP10G/73/800G 192.25 1559.39 KFA152 109008789 OP10G/74/800G 192.2 1559.79 KFA153 109008797 OP10G/75/800G 192.15 1560.2 KFA154 109008805 OP10G/76/800G 192.1 1560.61 KFA155 109008813 OP10G/77/800G 192.05 1561.01 KFA156 109008821 ..............................................Lucent Technologies 365-374-074 C - 2 0 Issue a, April 2002...
  • Page 347 1560,606 KFA225 109065839 OP10/9205XT 192.050 1561,013 KFA226 109065847 OP10/9200XT 192.000 1561,419 KFA227 109065854 OP10/9195XT 191.950 1561,828 KFA228 109065862 OP10/9190XT 191.900 1562,233 KFA229 109065870 OP10/9185XT 191.850 1562,640 KFA230 109065813 ..............................................365-374-074 Lucent Technologies C - 2 1 Issue a, April 2002...
  • Page 348 1573,714 KFA257 109066159 OP10/9045XT 190.450 1574,127 KFA258 109066167 OP10/9040XT 190.400 1574,540 KFA259 109066175 OP10/9035XT 190.350 1574,954 KFA260 109066183 OP10/9030XT 190.300 1575,368 KFA261 109066191 OP10/9025XT 190.250 1575,782 KFA262 109066209 ..............................................Lucent Technologies 365-374-074 C - 2 2 Issue a, April 2002...
  • Page 349 1587,043 KFA289 109066472 OP10/8885XT 188.850 1587,463 KFA435 109066498 OP10/8880XT 188.800 1587,884 KFA436 109066506 OP10/8875XT 188.750 1588,304 KFA437 109066514 OP10/8870XT 188.700 1588,725 KFA438 109066522 OP10/8865XT 188.650 1589,146 KFA439 109066530 ..............................................365-374-074 Lucent Technologies C - 2 3 Issue a, April 2002...
  • Page 350 1600,600 KFA466 109066803 OP10/8725XT 187.250 1601,028 KFA467 109066811 OP10/8720XT 187.200 1601,455 KFA468 109066829 OP10/8715XT 187.150 1601,883 KFA469 109066837 OP10/8710XT 187.100 1602,311 KFA470 109066845 OP10/8705XT 187.050 1602,740 KFA471 109066852 ..............................................Lucent Technologies 365-374-074 C - 2 4 Issue a, April 2002...
  • Page 351 1554,94 OM2G5A928 109154724 OM2G5/931PWDM 193,10 1552,52 OM2G5A931 109154732 OM2G5/932PWDM 193,20 1551,72 OM2G5A932 109154740 OM2G5/933PWDM 193,30 1550,92 OM2G5A933 109154757 OM2G5/934PWDM 193,40 1550,12 OM2G5A934 109154765 OM2G5/935PWDM 193,50 1549,32 OM2G5A935 109154773 ..............................................365-374-074 Lucent Technologies C - 2 5 Issue a, April 2002...
  • Page 352 1534,25 OM2G5A954 109154922 OM2G5/955PWDM 195,50 1533,47 OM2G5A955 109154930 OM2G5/956PWDM 195,60 1532,68 OM2G5A956 109154948 OM2G5/957PWDM 195,70 1531,9 OM2G5A957 109154955 OM2G5/958PWDM 195,80 1531,12 OM2G5A958 109154963 OM2G5/959PWDM 195,90 1530,33 OM2G5A959 109154971 ..............................................Lucent Technologies 365-374-074 C - 2 6 Issue a, April 2002...

  • Page 353: Spare Parts

    DC code Comcode Fiber Guide RT-RB 1001516 848879243 Fiber Guide LT-RB 1001517 848879235 Rack Fiber Guide 1001518 848879227 PWB for rack alarms 1002705 848879250 PWB for EEPROM 1003323 848880886 ..............................................365-374-074 Lucent Technologies C - 2 7 Issue a, April 2002...

  • Page 355: Overview

    Overview ..............................................This appendix provides information about all interested facts related to Purpose the DWDM equipment. Contents DWDM materials DWDM technical data DWDM mounting DWDM arrangements DWDM cabling ..............................................365-374-074 Lucent Technologies D - 1 Issue a, April 2002...

  • Page 356: Dwdm Materials

    Ground Wire (3000 mm [9,843 ft]) — Installed in CC848828182 (incl. green M5 bolt and the lower tooth lock) part of the rack ..............................................D - 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 357: Dwdm Technical Data

    Specifications Item Range/Size Operating temperature –5°C to +60°C Maximum Dimensions (D x W x H) 3784 mm [14.907 ”] x 498 mm [19.606 ”] x 74 mm [2.913 ”] ..............................................365-374-074 Lucent Technologies D - 3 Issue a, April 2002...

  • Page 358: Dwdm Mounting

    ................................Slide the passive DWDM (item 3) into the Shell Holder until the PWDM locks. It can be released by pushing the buttons on each side simultaneously..............................................D - 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 359 Shell Holder ................................Connect the fiber cables as required by the configuration................................Close the door of the Shell Holder. T E P S ..............................................................................365-374-074 Lucent Technologies D - 5 Issue a, April 2002...
  • Page 360 DWDM mounting Passive DWDM (OEM equipment) Results Figure D-1 Mounting the passive DWDM Legend: Shell Holder (Avanex) ..............................................D - 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 361 Fiber Clip — DC1000680 Guide Bracket — DC1005064 Fiber-Routing Guides (corner) — DC1001518 Ground Wire (2000 mm [6,562 ft]) — CC848828174 or Ground Wire (3000 mm [9,843 ft]) — CC848828182 ..............................................365-374-074 Lucent Technologies D - 7 Issue a, April 2002...

  • Page 362: Dwdm Arrangements

    CH 37 193.500 1549.315 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 ..............................................D - 8 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 363: Dwdm Cabling

    DWDM 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..............................................365-374-074 Lucent Technologies D - 9 Issue a, April 2002...
  • Page 364 Passive DWDM (OEM equipment) The cables can be routed on both sides to the front of the unit (see Routing next figure). Figure D-3 Cable routing of passive DWDM ..............................................D - 1 0 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 365 Appendix E: DCM (OEM equipment) Overview ..............................................This appendix provides information about all interested facts related to Purpose the DCM equipment. Contents DCM mounting DCM arrangements DCM cabling DCF-module interface ..............................................365-374-074 Lucent Technologies E - 1 Issue a, April 2002...

  • Page 366: Dcm (Oem Equipment)

    Thread-Forming, M6x16 — CC901331421. Important! Two DCM Carriers — NB-00000902 (item 1) could be mounted back-to-back within the rack frame. T E P S ................................Results Figure E-1 Mounting the DCM Carrier ..............................................E - 2 Lucent Technologies 365-374-074 Issue a, April 2002...

  • Page 367: Dcm Arrangements

    DCM (OEM equipment) DCM arrangements ..............................................Layout Figure E-2 Arrangements of the DCM pack positions ..............................................365-374-074 Lucent Technologies E - 3 Issue a, April 2002...

  • Page 368: Dcm Cabling

    The cables can be routed from both sides of the rack to the front of Routing the unit (see next figure). Figure E-3 Cable routing for the DCM Carrier ..............................................E - 4 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 369 DCF CPL, 40.0 — CC848814356/DC1002403 • SMF module DK-S — CC848814943 or DCM CPL, -S (15 km SSMS) — DC1003629. Figure E-4 DCF CPLs The fiber-overlength box is: Fiber-overlength, box ..............................................365-374-074 Lucent Technologies E - 5 Issue a, April 2002...
  • Page 370 DCF-module interface DCM (OEM equipment) • STG Unite cable-overlenght — CC848840096 or fiber-overlenght, box — DC1002918. Figure E-5 STG CPL ..............................................E - 6 Lucent Technologies 365-374-074 Issue a, April 2002...
  • Page 371 The ratio of error bits received to the total number of bits transmitted..............................................Cross Connect The CE marking indicates that the products conform to relevant European Community (EC) Directives ..............................................365-374-074 Lucent Technologies G L O S S A R Y Issue a, April 2002 G L - 1...
  • Page 372 ™ CIT or LambdaUnite 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 373 Dual Unit Row DWDM Dense Wavelength Division Multiplexing ..............................................Electro-Magnetic Compatibility Element Management System EPROM Erasable Programmable Read-Only Memory Electrostatic Discharge ..............................................365-374-074 Lucent Technologies G L O S S A R Y Issue a, April 2002 G L - 3...
  • Page 374 Hardware Hertz ..............................................G L O S S A R Y Lucent Technologies 365-374-074 Issue a, April 2002 G L - 4...
  • Page 375 Protocol used on Data Link Layer (OSI layer two) according to ITU-T Q.921. LBO (Lightguide Build-Out ) An attenuating (signal-reducing) element used to keep an optical output signal strength within ..............................................365-374-074 Lucent Technologies G L O S S A R Y Issue a, April 2002 G L - 5...
  • Page 376 (copy memory) that can not be performed while normal service is being provided. Megabytes Mbit/s Megabits per second Miscellaneous Discrete Input Miscellaneous Discrete Output Multi Mode ..............................................G L O S S A R Y Lucent Technologies 365-374-074 Issue a, April 2002 G L - 6...
  • Page 377 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..............................................365-374-074 Lucent Technologies G L O S S A R Y Issue a, April 2002 G L - 7...
  • Page 378 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 between ..............................................G L O S S A R Y Lucent Technologies 365-374-074 Issue a, April 2002 G L - 8...
  • Page 379 Routers also provide network management capabilities such as load balancing, partitioning of the network, and trouble-shooting..............................................365-374-074 Lucent Technologies G L O S S A R Y Issue a, April 2002 G L - 9...
  • Page 380 An external clock may be connected to a Station Clock Input. Synchronous Transport Module (SDH) STM-N (Synchronous Transport Module, Level N) ..............................................G L O S S A R Y Lucent Technologies 365-374-074 Issue a, April 2002 G L - 1 0...
  • Page 381 A two-legged interconnection, that supports two-way transmission, between two and only two tributaries. Transmit/OUT ..............................................UL marking indicates that the products conform to relevant American Directives. User Panel ..............................................365-374-074 Lucent Technologies G L O S S A R Y Issue a, April 2002 G L - 1 1...
  • Page 382 The protection group remains in the WTR state until the Wait-to-Restore timer completes the WTR time interval..............................................Cross Connect ..............................................G L O S S A R Y Lucent Technologies 365-374-074 Issue a, April 2002 G L - 1 2...
  • Page 383 Optical cables (fibers), Climatic conditions, 1-26 4-53, 8-6, C-2, Fiber connector types, Completion form, PDP - PI, 4-54 Connector types, 1-15 PDP - PI/100, 4-12 ..............................................365-374-074 Lucent Technologies I N D E X Issue a, April 2002 I N - 1...
  • Page 384 IEC laser classification, Dimensions, 1-12, 1-17 Technical data, 3-10 Layout, IEC Requirements, 1-16 Types, Materials, Insertion and removal Weight, 3-10 facilities, 1-19 Mounting, ..............................................I N D E X Lucent Technologies 365-374-074 Issue a, April 2002 I N - 2...
  • Page 385 Optical circuit pack Parts, 3-28 specifications, 1-14 MDI/MDO cables Rack doors mounting, Optical power meter test, Orderable cables, 4-30 4-73 Pin assignment, 4-30 ..............................................365-374-074 Lucent Technologies I N D E X Issue a, April 2002 I N - 3...
  • Page 386 Orderable cables output), 4-37 (output), 4-44 Safety of laser products, Station clock cables Pin assignment (input), 1-16, 1-16 (120 Ohm, input), 4-42 4-45 ..............................................I N D E X Lucent Technologies 365-374-074 Issue a, April 2002 I N - 4...
  • Page 387 Fan Unit, 3-39, 3-43 LEDs, ............Line timing, 8-17, 8-36 WaveStarª CIT Mean launched power, Installation procedure, NE alarm reporting, Login procedure, NE synchronisation, ..............................................365-374-074 Lucent Technologies I N D E X Issue a, April 2002 I N - 5...

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