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3

Mechanical installation

Overview

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

Purpose

The purpose of this chapter is to provide the information needed to
install all mechanical parts of a LambdaUnite

™

MultiService Switch

(MSS) system.

The chapter is divided into two sections. The first section describes
the ETSI-2 installation for the international market, the second section
the NEBS-2000 installation for the USA domestic market.

Pre-cautions

WARNING

Risk of injury due to unsecured shelf.

A fully-equipped shelf weighs more than 30 kg (66 lbs) and
can cause considerable injuries if it is knocked over or
dropped. This can also cause serious damage to the shelf.

At least two persons are required for lifting the shelf.

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

365-374-074
Issue a, April 2002

Lucent Technologies

3 - 1

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Summary of Contents for LambdaUnite MSS

Page 1: ...LambdaUnite MultiService Switch MSS Release 2 1 Installation Guide 365 374 074 CC109192567 Issue a April 2002 ...

Page 2: ...ange Mandatory customer information Always observe the Safety Instructions given in Chapter 1 when operating the system Trademarks These trademarks are used in this manual CompactFlash is a trademark of SanDisk Corporation LambdaUnite is a trademark of Lucent Technologies Navis is a trademark of Lucent Technologies WaveStar is a registered trademark of Lucent Technologies Windows is a registered t...

Page 3: ... comment xviii 1 BOOKMARK9 1 Safety Safety BOOKMARK10 Overview Overview 1 1 BOOKMARK11 General notes on safety General notes on safety BOOKMARK12 Overview Overview 1 3 BOOKMARK13 Structure of safety instructions Structure of safety instructions 1 4 BOOKMARK14 Basic safety aspects Basic safety aspects 1 6 BOOKMARK15 Specific safety areas Specific safety areas BOOKMARK16 Overview Overview 1 10 BOOKM...

Page 4: ...8 2 BOOKMARK29 2 General information General information BOOKMARK30 Overview Overview 2 1 BOOKMARK31 Important facts to know Important facts to know 2 2 3 BOOKMARK32 3 Mechanical installation Mechanical installation BOOKMARK33 Overview Overview 3 1 BOOKMARK34 Physical and power installation entry checklist Physical and power installation entry checklist BOOKMARK35 Overview Overview 3 3 BOOKMARK36 ...

Page 5: ...ubrack materials Subrack materials 3 40 BOOKMARK55 Technical data for subrack Technical data for subrack 3 43 BOOKMARK56 Mounting the subrack into rack Mounting the subrack into rack 3 45 4 BOOKMARK57 4 System cabling and final assembly System cabling and final assembly BOOKMARK58 Overview Overview 4 1 BOOKMARK59 Power and ground cable installation Power and ground cable installation BOOKMARK60 Ov...

Page 6: ...ation clock I O interface 75 Ω 4 44 BOOKMARK77 LAN 10 100 Base T interface LAN 10 100 Base T interface 4 47 BOOKMARK78 External alarms External alarms 4 51 BOOKMARK79 Fiber cabling Fiber cabling BOOKMARK80 Overview Overview 4 53 BOOKMARK81 Optical interfaces Optical interfaces 4 54 BOOKMARK82 Gigabit Ethernet interfaces Gigabit Ethernet interfaces 4 61 BOOKMARK83 Fiber management in rack Fiber man...

Page 7: ...6 BOOKMARK102 6 WaveStar CIT installation and NE provisioning WaveStar CIT installation and NE provisioning BOOKMARK103 Overview Overview 6 1 BOOKMARK104 NE provisioning and stand alone installation test entry checklist NE provisioning and stand alone installation test entry checklist BOOKMARK105 Overview Overview 6 2 BOOKMARK106 Entry checklist Entry checklist 6 3 BOOKMARK107 WaveStar CIT WaveSta...

Page 8: ...OOKMARK126 Optical output power measurements Optical output power measurements 7 16 BOOKMARK127 NE provisioning and stand alone installation test exit checklist NE provisioning and stand alone installation test exit checklist 7 18 8 BOOKMARK128 8 Span Ring testing Span Ring testing BOOKMARK129 Overview Overview 8 1 BOOKMARK130 Span Ring testing entry checklist Span Ring testing entry checklist BOO...

Page 9: ...ming test 8 36 BOOKMARK150 Point to point Ring testing Point to point Ring testing 8 39 BOOKMARK151 Span Ring testing exit checklist Span Ring testing exit checklist 8 46 9 BOOKMARK152 9 Conclusion Conclusion BOOKMARK153 Overview Overview 9 1 BOOKMARK154 Final checklist Final checklist 9 2 BOOKMARK155 Completion form Completion form 9 3 A BOOKMARK156 A Installation trouble shooting Installation tr...

Page 10: ... C 12 BOOKMARK173 Specifications for LambdaUnite MSS optical circuit packs Specifications for LambdaUnite MSS optical circuit packs C 15 BOOKMARK174 Spare parts Spare parts C 27 D BOOKMARK175 D Passive DWDM OEM equipment Passive DWDM OEM equipment D 1 BOOKMARK176 Overview Overview D 1 BOOKMARK177 DWDM materials DWDM materials D 2 BOOKMARK178 DWDM technical data DWDM technical data D 3 BOOKMARK179 ...

Page 11: ...BOOKMARK187 DCF module interface DCF module interface E 5 GL BOOKMARK188 Glossary Glossary GL 1 IN BOOKMARK189 Index Index IN 1 365 374 074 Issue a April 2002 Lucent Technologies C O N T E N T S x i ...

Page 12: ......

Page 13: ...n handling the equipments and systems described The most important safety instructions and admonishments are collected in the chapter Safety in Chapter 1 of this manual which must be observed before carrying out work of any kind on the equipments and systems described Intended audience This manual is intended for users who wish to install configure and cable a LambdaUnite MultiService Switch MSS r...

Page 14: ...l with those used for numbering i e the first number in a reference to a particular page refers to the corresponding chapter Keyword blocks This document contains so called keyword blocks to facilitate the location of specific text passages The keyword blocks are placed to the left of the main text and indicate the contents of a paragraph or group of paragraphs Abbreviations Abbreviations used in ...

Page 15: ...ons are in millimeters with the corresponding measurement in inches in parentheses Notation of fastening materials The notation is divided into two parts above the line the bolt or screw plus washer s if needed and below the line the nut plus any washer s Pin Connector Socket Connector Optical Fiber Connection Coaxial Cable Shielded Twisted Pair Cable Optical Cable Paddle Board Installation Guide ...

Page 16: ... information needed for pre installation site planning and post installation acceptance testing Applications and Planning Guide The LambdaUnite MSS Applications and Planning Guide APG is for use by network planners analysts and managers It is also for use by the Lucent Account Team It presents a detailed overview of the system describes its applications gives planning requirements engineering rule...

Page 17: ...sioning 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 Document Number Title 109192484 365 374 067 LambdaUnite MSS Application and Planning Guide DIN A4 109192534 365 374 068 LambdaUnite MSS Application...

Page 18: ...65 374 079 LambdaUnite MSS Safety Guide DIN A4 109192625 365 374 080 LambdaUnite MSS Safety Guide US Letter 109192526 LambdaUnite MSS CD ROM Customer Documentation all manuals on one CD ROM The following additional documents can be helpful for planning and ordering Ordering Information Drawings ED8C948 10 Cable Ordering Information Drawings ED8C948 20 How to comment To comment on this information ...

Page 19: ...so 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 Installation Guide About this information product 365 374 074 Issue a April 2002 Lucent Technologies x i x ...

Page 20: ......

Page 21: ...nite MSS equipment has been developed in line with the present state of the art and fulfils the current national and international safety requirements It is provided with a high degree of operational safety resulting from many years of development experience and continuous stringent quality checks in our company The equipment is safe in normal operation There are however some potential sources of ...

Page 22: ...tructure of safety instructions 1 4 Basic safety aspects 1 6 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 phases 1 21 Overview Safety 1 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 23: ...ction provides general information on the structure of safety instructions and summarizes general safety requirements Contents Structure of safety instructions 1 4 Basic safety aspects 1 6 Safety 365 374 074 Issue a April 2002 Lucent Technologies 1 3 ...

Page 24: ...nd 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 Danger classification There are three classes of safety instructions DANGER WARNING and CAUTION Which class is relevant depends on the consequences of ignoring the safety instruction DANGER Serious injury is definite or likely WARNING Seriou...

Page 25: ...c hazard 5 Electromagnetic radiation 6 Components sensitive to electrostatic discharge ESD 7 Radioactivity 8 Hazard caused by batteries 9 Hot surface 10 Heavy load 11 Unhealthy irritating substance 12 Hazard of falling 1 11 12 2 3 4 5 6 7 8 9 10 General notes on safety Structure of safety instructions Safety 365 374 074 Issue a April 2002 Lucent Technologies 1 5 ...

Page 26: ...rvice personnel must be carried out and documented The system must not be operated unless it is in perfect working order Any faults and errors that might affect safety must be reported immediately by the user to a person in responsibility The system must be operated only with the connections and under the environmental conditions as described in the documentation Any conversions or changes to the ...

Page 27: ...ectrical Code ANSI NFPA No 70 Other installations exempt from the enforcement of the National Electrical Code may be engineered according to the accepted practices of the local telecommunications utility This product should only be operated from the type of power source indicated on the marking label This equipment must be provided with a readily accessible disconnect device as part of the buildin...

Page 28: ...ned to permit the connection of the grounded conductor of the DC supply circuit to the grounding conductor at the equipment 1 This equipment shall be connected directly to the DC supply system grounding electrode conductor or to a bonding jumper from a grounding terminal bar or bus to which the DC supply system grounding electrode conductor is connected 2 This equipment shall be located in the sam...

Page 29: ...ems may only be installed in restricted access locations Restricted access locations are controlled environments where there is no ready access to the general public but only to authorized persons who have received adequate training in laser safety General notes on safety Basic safety aspects Safety 365 374 074 Issue a April 2002 Lucent Technologies 1 9 ...

Page 30: ...e of vital importance for the LambdaUnite 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 Safety 1 1 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 31: ...to ensure that the operating personnel is not endangered by laser radiation during normal system operation The safety measures specified in the FDA CDRH regulations and the international standards 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 t...

Page 32: ...cause injury to the eye or skin during normal operating conditions Please also refer to Laser product classification 1 16 Laser safety instructions Observe the following instructions to avoid exposing yourself and others to risk Read the relevant descriptions in the manuals before taking equipment into operation or carrying out any installation and maintenance work on the optical port units and fo...

Page 33: ... 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 Specific safety areas Laser safety Safety 365 374 074 Issue a April 2002 Lucent Technologies 1 1 3 ...

Page 34: ...LR4 KFA204 1550 SM 9 125 1 6 2 1 I OP2G5 1 32PWDM KFA20 with OM2G5 921PWDM 959PWDM OM2G5A921 OM2G5A959 1560 61 1530 33 SM 9 125 1 0 1 I 10 Gbit s optical circuit packs OP10 1 3IOR1 KFA7 1310 SM 9 125 0 8 1 1 I OP10 1 5IR1 KFA14 1550 SM 9 125 1 6 2 1 I OP10 1 5LR1 KFA6 1550 SM 9 125 20 13 1M IIIb OP10 01 80 800G KFA9 KFA81 159 1530 72 1562 23 SM 9 125 0 41 3 8 1 I OP10 9285XT 8650XT KFA210 KFA482 1...

Page 35: ... that is specified Connector types All optical circuit packs are equipped with LC type connectors Specific safety areas Optical circuit pack specifications Safety 365 374 074 Issue a April 2002 Lucent Technologies 1 1 5 ...

Page 36: ...ss I Class IIIb or Class IV Laser classification is dependent upon operating wavelength output power and fiber mode field diameter core diameter IEC requirements The International Electro Technical Commission IEC establishes standards for the electrical and electronic industries IEC 60825 has been established for the worldwide safety of laser products According to the IEC classification lasers and...

Page 37: ...l wavelengths Classes IIa II and IIIa apply only to those lasers operating within the visible wavelength range 400 700 nm Lucent Technologies laser products typically operate in the infrared wavelength range greater than 700 nm and therefore are primarily in the class I or class IIIb classifications IEC laser classification The following table provides an overview of laser classes for wavelengths ...

Page 38: ...of the following two ways the actual output power from the connector or fiber cut if automatic power reduction is used the output power at the connector or fiber cut at one second after automatic power reduction takes place provided that maximum output and restart conditions are met Classification of optical telecommunication equipment Optical telecommunication equipment is generally classified as...

Page 39: ...ause damage can occur anywhere The barred hand symbol Circuit packs containing components that are especially sensitive to electrostatic discharge are identified by warning labels bearing the barred hand symbol ESD instructions Observe the following ESD instructions to avoid damage to electrostatic sensitive components Wear working garment made of 100 cotton to avoid electrostatic charging Touch t...

Page 40: ...s 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 Specific safety areas Electrostatic discharge Safety 1 2 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 41: ...ious stages in the life cycle of the LambdaUnite MSS equipment deployment phases Deployment phases The instructions are arranged according to the following deployment 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 Safety 365 374 074 Issue a April 2002 Lucent Technologies 1 2 1 ...

Page 42: ...pping At least two persons are required for lifting the shelf Packaging CAUTION Adverse effect on operation due to incorrect packaging Dampness and soiling can cause corrosion or tracking paths 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 Sa...

Page 43: ...ortation please refer to Climatic limits for transportation and storage 1 23 Climatic limits for transportation and storage These are the climatic limits for transportation and storage of 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 m3 to 29 g m3 Safety requirements in specific deployment...

Page 44: ...solute humidity of 0 5 g m3 or 29 g m3 respectively 4 Permissible range for transportation and storage of LambdaUnite MSS systems 5 Exceptional conditions permissible for a short duration only 0 60 30 10 70 40 20 90 80 50 10 40 30 20 50 29 0 5 1 3 0 10 20 30 70 40 80 50 90 60 100 2 4 5 Safety requirements in specific deployment phases Transportation Safety 1 2 4 Lucent Technologies 365 374 074 Iss...

Page 45: ...At least two persons are required for lifting the shelf Electrostatic discharge ESD CAUTION Destruction of components by electrostatic discharge 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 Safety ...

Page 46: ...sible Climatic conditions CAUTION Damage to system components under extreme environmental conditions Extreme environmental conditions can damage system components and cause malfunctioning Ensure that the climatic limits for transportation and storage of LambdaUnite MSS equipment are complied with during storage please refer to Climatic limits for transportation and storage 1 23 Safety requirements...

Page 47: ...ess of laser warning labels if removed or concealed Warning labels on the system and especially on the optical components warn of the dangers of invisible laser radiation Removed concealed or illegible labels can lead to incorrect action and thus cause serious injuries to the eyes of operating staff Ensure that the laser warning labels are not removed or concealed and always clearly legible Electr...

Page 48: ...ION Risk of fire due to overheating Inadequate heat dissipation can cause heat accumulation or even a fire in the network element You must therefore ensure that the fan unit is installed the individual fans are not obstructed the minimum separation is maintained between two shelves in a rack follow the installation instructions given in this guide Detector diodes Safety requirements in specific de...

Page 49: ...s then too high Use an optical attenuator pad of approx 10 to 20 dB when establishing connections over short distances for test purposes 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 Safety requirements in specific deployment phases Installa...

Page 50: ... as long as the optical source is switched on Always observe the laser warning instructions cf Laser safety 1 11 Arcing DANGER Arcing on removing or inserting a live power supply plug 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 Safet...

Page 51: ...ct all supply lines with line circuit breakers matched to the load of the shelf equipment Note the relevant guide values in the LambdaUnite MSS Installation Guide Condensation CAUTION Condensation causes malfunctioning Condensation can occur in the network element during transport especially on moving from outside to closed rooms this can cause malfunctioning of the circuit packs Ensure that circu...

Page 52: ...as long as the optical source is switched on Always observe the laser warning instructions cf Laser safety 1 11 Arcing DANGER Arcing on removing or inserting a live power supply plug 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 Laser warning labels ...

Page 53: ...the laser warning labels are not removed or concealed and always clearly legible Electrostatic discharge ESD CAUTION Destruction of components by electrostatic discharge 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 Safe...

Page 54: ...etector diodes CAUTION Destruction of the detector diodes caused by too high an input power Connecting the output and input of optical circuit packs with a transmit power in excess of 3 dBm over short distances will cause the destruction of the detector diodes as the input power is then too high Use an optical attenuator pad of approx 10 to 20 dB when establishing connections over short distances ...

Page 55: ...ion of circuit packs in the event of a short circuit A short circuit in the network element can cause destruction of electronic components and thus malfunctioning of the complete system You must therefore not handle objects such as a screwdriver in the circuit pack area of the shelf Test voltage Safety requirements in specific deployment phases Operation and maintenance Safety 365 374 074 Issue a ...

Page 56: ...ns Extreme environmental conditions can damage system components and cause malfunctioning Ensure that the Climatic limits for the operation of LambdaUnite MSS equipment 1 36 are complied with during operation Climatic limits for the operation of LambdaUnite MSS equipment These are the climatic limits for the operation of LambdaUnite MSS systems Temperature range 5 C 41 F to 40 C 104 F exceptional ...

Page 57: ...specifies a constant absolute humidity of 24 g water per kg dry air 4 Permissible range for the operation of LambdaUnite MSS systems 5 Exceptional conditions permissible for a short duration only 0 60 30 10 70 40 20 50 10 0 10 20 30 70 40 80 50 90 60 100 1 2 24 3 4 5 Safety requirements in specific deployment phases Operation and maintenance Safety 365 374 074 Issue a April 2002 Lucent Technologie...

Page 58: ...ector as long as the optical source is switched on Always observe the laser warning instructions cf Laser safety 1 11 Arcing DANGER Arcing on removing or inserting a live power supply plug 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 Safety r...

Page 59: ... 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 Disposal The equipment in the LambdaUnite MSS system series must be disposed of at the end of its lifetime Please contact us in this case and we will arrange for proper and environment friendly disposal of your ...

Page 60: ......

Page 61: ...rpose The purpose of this chapter is to provide the information needed to plan the installation of a LambdaUnite MultiService Switch MSS system Contents Important facts to know 2 2 365 374 074 Issue a April 2002 Lucent Technologies 2 1 ...

Page 62: ...xact measurements see the relevant project documents Local circumstances can allow deviations from these guidelines Use the following figures and data as guidelines a 1200 mm 47 244 b 1800 mm 70 866 c 3400 mm 133 858 d nx600 mm 23 622 n number of cabinets Legend Figure 2 1 Top view General information 2 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 63: ...548 60 945 Legend mm Inch 300 11 811 600 23 622 748 29 449 948 37 323 1345 53 071 1548 60 945 2145 84 448 Figure 2 2 Side view 748 948 Important facts to know General information 365 374 074 Issue a April 2002 Lucent Technologies 2 3 ...

Page 64: ...s The NEBS 2000 rack has a maximum weight of 116 kg 255 8 lbs including PDP cables and doors Subrack weight The subracks have a maximum weight of 41 kg 90 41 lbs including user panel fan PIs CI CTL TIs and 12x blanks at the rear Power consumption The LambdaUnite MSS system has a maximum power consumption of 3500 W EMC ESD information The system was developed in compliance with the ETSI Mesh Ground...

Page 65: ... be observed when handling circuit packs Wear working garment made of 100 cotton to avoid electrostatic charging Touch the circuit packs at the edges or the insertion and removal facilities only Ensure that the rack is grounded Wear conductively connected wrist straps and connect them to the rack ESP bonding point Work in an area which is protected against electrostatic discharge Use conducting fl...

Page 66: ...t Windows 2000 does not clean up drivers properly after the removal or exchange of network cards causing critical network services to fail This can cause WaveStar CIT failing to start after installation or you will be unable to select the right network card from the list during installation To solve these problems deinstall not present network cards from the PC Adobe Acrobat Reader for Windows ver...

Page 67: ...C Low Voltage Directive LVD UR mark 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 Important facts to know General information 365 374 074 Issue a April 2002 Lucent Technologies 2 7 ...

Page 68: ......

Page 69: ...ETSI 2 installation for the international market the second section the NEBS 2000 installation for the USA domestic market Pre cautions WARNING Risk of injury due to unsecured shelf A fully equipped shelf weighs more than 30 kg 66 lbs and can cause considerable injuries if it is knocked over or dropped This can also cause serious damage to the shelf At least two persons are required for lifting th...

Page 70: ...ntents Physical and power installation entry checklist 3 3 ETSI 2 installation 3 6 Rack materials 3 7 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 NEBS 2000 installation 3 27 Rack materials 3 28 Technical data for rack 3 31 Floor mounting 3 34 Rack adapte...

Page 71: ... described in the following Contents The entry checklist is related to the following chapters Chapter 3 Mechanical installation Chapter 4 System cabling and final assembly Chapter 5 Powering circuit pack installation and NE software download Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 3 ...

Page 72: ...as described in Chapter 1 section Climatic limits for the operation of LambdaUnite MSS equipment 1 36 Is there enough space in cable rack or under floor to coil loop excess length of transmission cables Is there enough space in cable rack or under floor for power and other external cables Are there any obstacles that will affect the physical installation or cabling Are the required fuse breaker po...

Page 73: ...mpleted Initials Notes Is the LambdaUnite CD ROM CC109088708 available Physical and power installation entry checklist Entry checklist Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 5 ...

Page 74: ... 2 case international market Contents Rack materials 3 7 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 Mechanical installation 3 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 75: ... rear front 2 Cable Assy PI Upper subrack PDP CC848811501 DC1002826 A or B 1850 mm 6 069 ft 2 Cable Assy PI Lower subrack PDP CC848811519 DC1002827 A or B 3200 mm 10 499 ft 1 Cable Assy PI 100 A side PDP CC848850723 1 Cable Assy PI 100 B side PDP CC848850715 1 Cable Assy CI CTL Upper subrack PDP CC848811527 DC1002828 1100 mm 3 609 ft 1 Cable Assy CI CTL Lower subrack PDP CC848811535 DC1001829 3300...

Page 76: ...4 Bushing for Adapter Kit CC848316279 4 Washer STL ST 70 140HV 4 3x12 CC847174950 4 CH SCR STL ST 70 M4x25 CC847117900 14 Screw Tapping Thread Forming M6x16 CC901331421 3 m Velcor DC1005002 Site material optional The following site material can separately be ordered for ETSI 2 racks Quantity Description Code 1 Locking Module F2 99 2 1 Key Lock SC01 SC99 Max 4 Eye Bolt DC1001689 2 per rack with Nut...

Page 77: ...an separately be ordered for ETSI 2 racks without doors CC848775649 Quantity Description Code 1 Assy Doors CC848795001 includes 2x Assy Door Left DC1000585 2x Assy Door Right DC1000586 ETSI 2 installation Rack materials Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 9 ...

Page 78: ...ications Item Quantity Size Weight 120 kg 264 6 lbs including PDP cables and doors 80 kg 176 4 lbs without doors Dimensions H x W x D 2200 mm 86 614 x 600 mm 23 622 x 600 mm 23 622 ETSI 2 installation Mechanical installation 3 1 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 79: ... is designed to accomodate top and bottom cable access Legend 1 ETSI 2 rack Figure 3 1 Rack layout ETSI 2 installation Technical data for rack Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 1 1 ...

Page 80: ...ry Hole 8 Top Access Entry Hole 9 Eye Bolt optional 10 Subrack Guide 11 Fiber Guide 12 Cable rod 13 Side Cover Plate 14 Adjustable Feet 15 Anti Recirculation Plate 16 Power Distribution Panel PDP ETSI 2 installation Technical data for rack Mechanical installation 3 1 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 81: ... item 11 in Figure 3 1 Rack layout 3 11 Mounting Important If the rack has to be installed on a raised floor see the customer s specifications and use customer provided materials Complete the following steps to mount an ETSI 2 rack on the floor 1 Drill the necessary holes 14 mm 0 55 in diameter in the floor 1 Figure 3 2 Top Bottom plate layout ETSI 2 installation Mechanical installation 365 374 07...

Page 82: ...00 item 2 in place and mount the rack frame item 1 on the floor with the help of the adjustable feets CC407890623 item 3 ETSI 2 installation Floor mounting Mechanical installation 3 1 4 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 83: ...ck before levelling the rack This initial adjustment of the feets ensures that it is still possible to level the next rack ETSI 2 installation Floor mounting Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 1 5 E N D O F S T E P S ...

Page 84: ...nt to the right Demount the rack adapter kit on the existing rack 2 Remove the Assy Cage Nut DC1002834 on the opposite side to the demounted rack adapter kit see Step 1 two at the top and the two at the bottom 3 Place the rack frame item 4 of the extension rack next to the existing rack 4 Put the bushings spacers for adapter kit CC848316279 item 1 in the rack frame and fix them by using CH SCR STL...

Page 85: ...Layout Figure 3 3 Racks side by side ETSI 2 installation Rack adapter kit Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 1 7 ...

Page 86: ...uit breakers 100 A must be used in the External Battery and Fuse Bay BDFB 100 A circuit breakers are part of the subracks Voltage range all components 48 to 60 V battery voltages 40 5 V minimum 72 V maximum Power feeds 3 power feeders only 2 are necessary for one rack Ground 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 Fi...

Page 87: ... Unit Row 2 Subrack CC848824918 1 User Panel CC848730636 1 Fan Unit CC848730644 1 Controller Interface CC109001461 2 Timing Interface E1 DS1 CC109001453 1 Filter washable CC408643005 8 Paddle Board blank CC848780193 For PI in Release 1 0 2 0 2 Power Interface PI CC109001446 4 Paddle Board Blank CC848780193 For PI 100 in Release 2 1 2 Power Interface 100 PI 100 CC109187211 2 Paddle Board blank CC84...

Page 88: ...11568 DC1003271 Prepacked 1 Cable Assy PI FAN Unit Power A CC848811550 DC1003269 Prepacked Intra Rack cables The following intra rack cables are delivered Quantity Description Code Remarks 1 Cable Assy PDP LED Alarm CC848811543 DC1002831 Mounted 1 Cable Assy CI CTL PDP Lower CC848811535 DC1001829 Prepacked 1 Cable Assy CI CTL PDP Upper CC848811527 DC1002828 Prepacked For PI in Release 1 0 2 0 1 Ca...

Page 89: ...g material optional The following grounding material can be ordered separately Quantity Description Code Remarks 1 Ground Wire 2000 mm 609 756 ft CC848828174 Upper subrack 1 Ground Wire 3000 mm 914 634 ft CC848828182 Lower subrack ETSI 2 installation Subrack materials Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 2 1 ...

Page 90: ...of the subracks Weight Maximum 41kg 90 41 lbs includes user panel fan PIs CI CTL TIs and 12x blanks at the rear Dimensions D x W x H 545mm 21 457 x 500mm 19 685 x 950mm 37 402 includes fan and cabling Site Engineering Dimensions 545mm 21 457 x 500mm 19 685 x 1100mm 43 307 includes cabling and fan space Subrack requirements The mounting requirements are Leave a space of 100 mm 3 94 above the subrac...

Page 91: ...3 94 when a single subrack is mounted into a rack frame 2 Bend radius of fiber and external cabling Figure 3 5 Subrack mounting dimensions ETSI 2 installation Technical data for subrack Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 2 3 ...

Page 92: ...om subrack 5 Slide the subrack at the rear into its configuration position in the rack If subrack is located in the Then Upper position in the rack Use the Subrack Guide DC1002905 which is mounted at hole 38 on the stile strip of the rack frame Lower position in the rack Use the bottom of the rack frame as a guide 6 Mount the subrack on the stile strip at the rear by using a Screw Tapping Thread F...

Page 93: ... subrack by using a Screw Hexagon Socket Button Head M4x8 DC1002976 item 7 but do not completely fasten the brackets 10 Fasten the front and rear Screw Tapping Thread Forming M6x16 CC901331421 item 4 and Screw Hexagon Socket Button Head M4x8 DC1002976 item 7 11 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 ...

Page 94: ...Figure 3 6 Mounting the subrack ETSI 2 installation Mounting the subrack into rack Mechanical installation 3 2 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 95: ...2000 case USA domestic market Contents Rack materials 3 28 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 Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 2 7 ...

Page 96: ...CC848811543 DC1002831 rear front 2 Cable Assy PI Upper subrack PDP CC848811501 DC1002826 A or B 1850 mm 6 069 ft 2 Cable Assy PI Lower subrack PDP CC848811519 DC1002827 A or B 3200 mm 10 499 ft 1 Cable Assy PI 100 A side PDP CC848850749 1 Cable Assy PI 100 B side PDP CC848850731 1 Cable Assy CI CTL Upper subrack PDP CC848811527 DC1002828 1100 mm 3 609 ft 1 Cable Assy CI CTL Lower subrack PDP CC848...

Page 97: ... rack and contains the following parts Quantity Description Code 4 Bushing for Adapter Kit CC848316279 4 Washer STL ST 70 140HV 4 3x12 CC847174950 4 CH SCR STL ST 70 M4x25 CC847117900 14 Screw Tapping Thread Forming M6x16 CC901331421 3 m Velcor DC1005002 1 Ground Strips Doors 8x DC1005100 wires and nuts 4 Shim Plates SC1006075 Site material optional The following site material can separately be or...

Page 98: ...as per order Nylon Cable Ties CC407804715 The following site material can separately be ordered for NEBS 2000 racks without doors CC848775631 Quantity Description Code 1 Assy Doors CC848795019 includes 2x Assy Door Right DC1002599 2x Assy Door Left DC1002598 NEBS 2000 installation Rack materials Mechanical installation 3 3 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 99: ...ifications Item Quantity Size Weight 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 NEBS 2000 installation Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 3 1 ...

Page 100: ...signed to accomodate top and bottom cable access Legend 1 NEBS 2000 rack Figure 3 7 Rack layout NEBS 2000 installation Technical data for rack Mechanical installation 3 3 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 101: ...8 Top Access Entry Hole 9 Eye Bolt optional 10 Subrack Guide 11 Fiber Guide 12 Cable rod 13 Side Cover Plate optional 14 Strain Relief 15 Anti Recirculation Plate optional 16 Power Distribution Panel PDP 17 Shim Plates NEBS 2000 installation Technical data for rack Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 3 3 ...

Page 102: ... 3 7 Rack layout 3 32 Mounting Important If the rack has to be installed on a raised floor see the customer s specifications and use customer provided materials Complete the following steps to mount an NEBS 2000 rack on the floor 1 Drill the necessary holes 14 mm 0 55 in diameter in the floor 1 or 2 Figure 3 8 Top Bottom layout of plate NEBS 2000 installation Mechanical installation 3 3 4 Lucent T...

Page 103: ...m plates SC1006075 item 3 around the expanding bolt 4 Mount the rack frame item 1 on the floor Layout Figure 3 9 Floor mounting NEBS 2000 installation Floor mounting Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 3 5 E N D O F S T E P S ...

Page 104: ...sed to balance the cabinet in a horizontal position on floor Legend A 1 mm B 2 mm C 3 mm D 4 mm E 5 mm Figure 3 10 Shim plates NEBS 2000 installation Floor mounting Mechanical installation 3 3 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 105: ... to the right Demount the rack adapter kit on the existing rack 2 Remove the Assy Cage Nut DC1002834 on the opposite side to the demounted rack adapter kit see Step 1 two at the top and the two at the bottom 3 Place the rack frame item 4 of the extension rack next to the existing rack 4 Put the bushings spacers for adapter kit CC848316279 item 1 in the rack frame and fix them by using CH SCR STL S...

Page 106: ...Layout Figure 3 11 Racks side by side NEBS 2000 installation Rack adapter kit Mechanical installation 3 3 8 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 107: ...t breakers 100 A must be used in the External Battery and Fuse Bay BDFB 100 A circuit breakers are part of the subracks Voltage range all components 48 to 60 V battery voltages 40 5 V minimum 72 V maximum Power feeds 3 power feeders only 2 are necessary for one rack Ground 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 Figu...

Page 108: ...nit Row 2 Subrack CC848824918 1 User Panel CC848730636 1 Fan Unit CC848730644 1 Controller Interface CC109001461 2 Timing Interface E1 DS1 CC109001453 1 Filter washable CC408643005 8 Paddle Board blank CC848780193 For PI in Release 1 0 2 0 2 Power Interface PI CC109001446 4 Paddle Board Blank CC848780193 For PI 100 in Release 2 1 2 Power Interface 100 PI 100 CC109187211 2 Paddle Board blank CC8488...

Page 109: ...568 DC1003271 Prepacked 1 Cable Assy PI FAN Unit Power A CC848811550 DC1003269 Prepacked Intra Rack cables The following intra rack cables are delivered Quantity Description Code Remarks 1 Cable Assy PDP LED Alarm CC848811543 DC1002831 Mounted 1 Cable Assy CI CTL PDP Lower CC848811535 DC1001829 Prepacked 1 Cable Assy CI CTL PDP Upper CC848811527 DC1002828 Prepacked For PI in Release 1 0 2 0 1 Cabl...

Page 110: ... material optional The following grounding material can be ordered separately Quantity Description Code Remarks 1 Ground Wire 2000 mm 609 756 ft CC848828174 Upper subrack 1 Ground Wire 3000 mm 914 634 ft CC848828182 Lower subrack NEBS 2000 installation Subrack materials Mechanical installation 3 4 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 111: ...f the subracks Weight Maximum 41kg 90 41 lbs includes user panel fan PIs CI CTL TIs and 12x blanks at the rear Dimensions D x W x H 545mm 21 457 x 500mm 19 685 x 950mm 37 402 includes fan and cabling Site Engineering Dimensions 545mm 21 457 x 500mm 19 685 x 1100mm 43 307 includes cabling and fan space Subrack requirements The mounting requirements are Leave a space of 100 mm 3 94 above the subrack...

Page 112: ...94 when a single subrack is mounted into a rack frame 2 Bend radius of fiber and external cabling Figure 3 13 Subrack mounting dimensions NEBS 2000 installation Technical data for subrack Mechanical installation 3 4 4 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 113: ...m subrack 5 Slide the subrack at the rear into its configuration position in the rack If subrack is located in the Then Upper position in the rack Use the Subrack Guide DC1002905 which is mounted at hole 38 on the stile strip of the rack frame Lower position in the rack Use the bottom of the rack frame as a guide 6 Mount the subrack on the stile strip at the rear by using a Screw Tapping Thread Fo...

Page 114: ...subrack by using a Screw Hexagon Socket Button Head M4x8 DC1002976 item 7 but do not completely fasten the brackets 10 Fasten the front and rear Screw Tapping Thread Forming M6x16 CC901331421 item 4 and Screw Hexagon Socket Button Head M4x8 DC1002976 item 7 11 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 s...

Page 115: ...Figure 3 14 Mounting the subrack NEBS 2000 installation Mounting the subrack into rack Mechanical installation 365 374 074 Issue a April 2002 Lucent Technologies 3 4 7 ...

Page 116: ......

Page 117: ... The purpose of this chapter is to provide all tasks for a complete system cabling This chapter will also provide instruction for the final assembly steps of side cover and door mounting installation 365 374 074 Issue a April 2002 Lucent Technologies 4 1 ...

Page 118: ... below Legend 1 These prefabricated cables are to be connected to the PDP 2 These prefabricated cables are to be connected 3 This prefabricated cable is already installed in the subrack Figure 4 1 Layout Overview System cabling and final assembly 4 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 119: ... 30 User byte interfaces G 703 V 11 4 33 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 Fiber cabling 4 53 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 in...

Page 120: ...vides information about the power and ground cable installation Contents Power wiring External battery PDP 4 5 Power wiring PDP PI 4 7 Power wiring PDP PI 100 4 12 Ground wiring 4 17 System cabling and final assembly 4 4 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 121: ...Depending on the length the following power input cables should be used Power input cable 25 m 82 021 ft CC848827457 Power input cable 16 m 52 493 ft CC848827499 Power input cable 8 m 26 247 ft CC848827481 Power input cable 5 m 16 404 ft CC848827473 Legend 1 DC red return 2 DC blue Figure 4 2 PDP connection power input cables DC rtn A B 1 2 DC A B Power and ground cable installation System cabling...

Page 122: ... Routing In case of then top access route the cables item 1 directly into the PDP bottom access route the cables 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 Power and ground cable installation Power wiring External battery PDP System cabling and final assembly 4 6 Lucent Technologies 365 374 074 I...

Page 123: ...mes The following PI cables should be used PI cable upper subrack CC848811501 DC1002826 PI cable lower subrack CC848811519 DC1002827 Legend 4 5 PI cables combined yellow green red blue DC rtn red DC blue Ground yellow green Figure 4 4 PDP connection PI cables DC rtn A B DC A B Ground A B Power and ground cable installation System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Tec...

Page 124: ... to the left stile strip and the A side to the right stile strip a lower subrack the PI cables lower subrack 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 Power and ground cable installation Power wiring PDP PI System cabling and final assembly 4 8 Lucent Technologies 365 374 074 Issu...

Page 125: ...he cables item 1 to the PI connectors of the subrack Tie the cables to the handles of the PIs by using tie wraps Power and ground cable installation Power wiring PDP PI System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 9 ...

Page 126: ...6 Routing the PI cables PI subrack side PDP PI j 1 Power and ground cable installation Power wiring PDP PI System cabling and final assembly 4 1 0 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 127: ...nector Signal name Color A1 DC Blue A2 DC return Red A3 Ground Yellow Green A4 DC return Red A5 DC Blue Power and ground cable installation Power wiring PDP PI System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 1 1 ...

Page 128: ...ports both subracks upper and lower The following PI 100 cables should be used within ETSI 2 racks PI 100 cable A side CC848850723 PI 100 cable B side CC848850715 The following PI 100 cables should be used within NEBS 2000 racks PI 100 cable A side CC848850749 PI 100 cable B side CC848850731 Legend 4 5 PI 100 cables combined yellow green red blue DC rtn red Figure 4 7 PDP connection PI 100 cables ...

Page 129: ... rear side of the stile strips of the frame side B the 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 Power and ground cable installation Power wiring PDP PI 100 System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 1 3 E N D O F S T E P S ...

Page 130: ...ud Cable Set DC1006622 to the studs of the PI 100 unit 4 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 5 Mount the protection cap back in its position Power and ground cable installation Power wiring PDP PI 100 System cabling and final assembly 4 1 4 Lucent Technologi...

Page 131: ...Connecting the PI 100 cables PI 100 subrack side Power and ground cable installation Power wiring PDP PI 100 System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 1 5 E N D O F S T E P S ...

Page 132: ...t on Connector Signal Name Color Ground Yellow Green DC Blue Return Red Power and ground cable installation Power wiring PDP PI 100 System cabling and final assembly 4 1 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 133: ... return and ground has to be removed Legend 3 Grounding cable CC848833604 yellow green The U bracket has to be removed if the return wire is only grounded at the external battery BDFB source e g valid for the USA domestic market Additional grounding optional Important The cables mentioned in the procedure below are not part of the system delivery but they can be ordered separately Figure 4 10 PDP ...

Page 134: ...h are also mounted in the rack as shown in the figure below The following ground cables can be ordered Ground wire PDP 800 mm 2 625 ft CC848828158 item 2 Ground wire upper subrack 2000 mm 6 562 ft CC848828174 item 3 Ground wire lower subrack 3000 mm 9 843 ft CC848828182 item 3 Result Figure 4 11 Office and subrack grounding Power and ground cable installation Ground wiring System cabling and final...

Page 135: ...se This section provides information about the intra system cabling Contents Cable management 4 20 Subrack alarm wiring 4 23 Station alarm interface 4 26 System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 1 9 ...

Page 136: ...on both sides from the top or bottom of the 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 Internal cable installation System cabling and final assembly 4 2 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 137: ...Top access Figure 4 12 Cable management top access Internal cable installation Cable management System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 2 1 ...

Page 138: ...Bottom access Figure 4 13 Cable management bottom access Internal cable installation Cable management System cabling and final assembly 4 2 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 139: ...tie wraps to route these cables to the subrack In the case of Then an upper subrack route the cable CC848811527 DC1002828 item 2 at the right rear side of the stile strip of the frame a lower subrack route the cable 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 Internal cable installation System c...

Page 140: ...brack side Figure 4 15 Routing of the subrack alarm cables subrack side Internal cable installation Subrack alarm wiring System cabling and final assembly 4 2 4 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 141: ...op output 4 Critical rack top output 5 Minor rack top output 5 Minor rack top output 6 Critical rack top return 6 Critical rack top return 7 Minor rack top return 7 Minor rack top return 8 Ground 8 Ground 9 Major rack top output 9 Major rack top output Internal cable installation Subrack alarm wiring System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 2 5 ...

Page 142: ...cables 8 x 2 x 0 4 mm AWG26 overall screen 10 m 32 808 ft Cable Assy Station Alarm CC109155788 25 m 82 021 ft Cable Assy Station Alarm CC109155796 50 m 164 042 ft Cable Assy Station Alarm CC109155804 75 m 246 063 ft Cable Assy Station Alarm CC109164186 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 n...

Page 143: ...r visual output 8 Ground 9 Ground 15 Critical audio output return 16 Critical visual output return 17 Major audio output 18 Major visual output return 19 Minor audio output return Figure 4 16 Station alarm interface Internal cable installation Station alarm interface System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 2 7 ...

Page 144: ...ut return 21 Ground 22 Ground Routing and layout Figure 4 17 Station alarm layout and routing Station Alarm 6 Internal cable installation Station alarm interface System cabling and final assembly 4 2 8 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 145: ...ts Outputs MDIs MDOs 4 30 User byte interfaces G 703 V 11 4 33 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 System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 2 9 ...

Page 146: ...en 10 m 32 808 ft Cable Assy MDI MDO CC109155481 25 m 82 021 ft Cable Assy MDI MDO CC109155499 50 m 164 042 ft Cable Assy MDI MDO CC109155507 75 m 246 063 ft Cable Assy MDI MDO CC109164202 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 External cable installation System cabling and fin...

Page 147: ...UT 1 return 7 OUT 1 20 OUT 2 return 8 OUT 2 21 OUT 3 return 9 OUT 3 22 OUT 4 return 10 OUT 4 23 OUT 5 return 11 OUT 5 24 OUT 6 return 12 OUT 6 25 OUT 7 return 13 OUT 7 Figure 4 18 MDI MDO interface External cable installation Miscellaneous Discrete Inputs Outputs MDIs MDOs System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 3 1 ...

Page 148: ... layout Figure 4 19 MDI MDO layout and routing External cable installation Miscellaneous Discrete Inputs Outputs MDIs MDOs System cabling and final assembly 4 3 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 149: ... CC109155523 25 m 82 021 ft Cable Assy G 703 V 11 CC109155531 50 m 164 042 ft Cable Assy G 703 V 11 CC109155549 75 m 246 063 ft Cable Assy G 703 V 11 CC109164228 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 External cable installation System cabling and final assembly 365 374 074 ...

Page 150: ...ut Ring 5 Input Clock Positive 6 Input Frame Positive 7 Input Data Positive Rx Data Positive Input Ring 8 Ground 9 Output Clock Negative 10 Output Frame Negative Figure 4 20 G 703 V 11 interface External cable installation User byte interfaces G 703 V 11 System cabling and final assembly 4 3 4 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 151: ...3 Input Clock Negative 14 Input Frame Negative 15 Input Data Negative Rx Data Negative Input Tip Routing and layout Figure 4 21 User byte layout and routing External cable installation User byte interfaces G 703 V 11 System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 3 5 ...

Page 152: ...outing for USERBIO 1 4 and 5 2 Routing for USERBIO 2 3 and 6 External cable installation User byte interfaces G 703 V 11 System cabling and final assembly 4 3 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 153: ...y TI DS1 CC109187484 150 m 492 126 ft Cable Assy TI DS1 CC109187492 175 m 574 147 ft Cable Assy TI DS1 CC109187500 200 m 656 168 ft Cable Assy TI DS1 CC109187518 Connector data TI DS1 output 100 110 Ω Type of Connector D SUB pin 9p solder Code no of Connector CC407362748 DC1003660 Code no of Hood DC1003609 Point on Connector Signal Name Wire Color 1 2 Station Clock Output Positive White 3 Station ...

Page 154: ...le Assy TI DS1 CC109187526 150 m 492 126 ft Cable Assy TI DS1 CC109187534 175 m 574 147 ft Cable Assy TI DS1 CC109187542 200 m 656 168 ft Cable Assy TI DS1 CC109187559 Connector data TI DS1 input 100 110 Ω Type of Connector D SUB Socket 9p Solder Code no of Connector CC407362797 DC1003661 Code no of Hood DC1003609 Point on Connector Signal Name Wire Color 1 2 Station Clock Input Positive White Fig...

Page 155: ... Color 1 3 Station Clock Input Negative Blue 4 Ground Screen 7 8 Strap External cable installation TI DS1 Station Clock I O Interface 100 110 Ohm System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 3 9 ...

Page 156: ...t the rear side the B IN OUT to the left and the A IN OUT to the right Figure 4 24 Routing and layout External cable installation TI DS1 Station Clock I O Interface 100 110 Ohm System cabling and final assembly 4 4 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 157: ...y TI E1 120Ω CC109164244 100 m 328 084 ft Cable Assy TI E1 120Ω CC109164251 Connector data TI E1 Output 120 Ω Type of Connector D SUB pin 9p solder Code no of Connector CC407362748 Code no of Hood DC1003609 Point on Connector Signal Name Wire Color 1 2 Station Clock Output Positive White 3 Station Clock Output Negative Blue 7 Ground Screen 5 6 Strap Figure 4 25 E1 Station clock output interface 12...

Page 158: ...4 ft Cable Assy TI E1 120Ω CC109164319 Connector data TI E1 input 120 Ω Type of Connector D SUB Socket 9p Solder Code no of Connector CC407362797 Code no of Hood DC1003609 Point on Connector Signal Name Wire Color 1 2 Station Clock Input Positive White 3 Station Clock Input Negative Blue 4 Ground Screen Figure 4 26 E1 Station clock input interface 120 Ω External cable installation TI E1 Station cl...

Page 159: ...g at the rear side the B IN OUT to the left and the A IN OUT to the right Figure 4 27 Routing and layout External cable installation TI E1 Station clock I O interface 120 Ohm System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 4 3 ...

Page 160: ...TI E1 75Ω CC109164285 100 m 328 084 ft Cable Assy TI E1 75Ω CC109164293 Connector data TI E1 output 75 Ω Type of Connector D SUB pin 9p solder Code no of Connector CC407362748 Code no of Hood DC1003609 Point on Connectors Signal Name Wire Color 2 Station Clock Output Inner wire 7 Ground Screen 3 4 Strap 6 8 Strap Figure 4 28 TI E1 Station clock output interface 75 Ω External cable installation Sys...

Page 161: ...able Assy TI E1 75Ω CC109164350 Connector data TI E1 input 75 Ω Type of Connector D SUB Socket 9p Solder Code no of Connector CC407362797 Code no of Hood DC1003609 Point on Connectors Signal Name Wire Color 1 3 Strap 2 Station Clock Input Inner wire 4 Ground Screen 5 9 Strap Figure 4 29 TI E1 Station clock input interface 75 Ω External cable installation TI E1 Station clock I O interface 75 Ω Syst...

Page 162: ...ng at the rear side the B IN OUT to the left and the A IN OUT to the right Figure 4 30 Routing and layout External cable installation TI E1 Station clock I O interface 75 Ω System cabling and final assembly 4 4 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 163: ...4 336 330 1 CIT Connection s The LAN1 port at the front on the User Panel is the dedicated port for the CIT but the LAN2 3 and 4 ports can be used at the rear on the CI CTL Each CIT connection uses these crossed LAN cables 5 m LAN cable 10 m LAN cable Point on Connector Signal Name 1 Transmit data positive Figure 4 31 CIT Connection LAN crossed External cable installation System cabling and final ...

Page 164: ...ses the following pre fabricated straight LAN cables CAT5 with 4 wire RJ 45 RJ 45 connectors 10 m 32 808 ft Cable Assy LAN CC109155929 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 Figure 4 32 Routing and layout User Panel External cable installation LAN 10 100 Base T interface System cabling and final assembly 4 4 8...

Page 165: ...ansmit data positive 2 Transmit data negative 3 Receive data positive 6 Receive data negative Figure 4 33 HUB connection LAN straight External cable installation LAN 10 100 Base T interface System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 4 9 ...

Page 166: ...Figure 4 34 Routing and layout CI CTL LAN 8 External cable installation LAN 10 100 Base T interface System cabling and final assembly 4 5 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 167: ...46 063 ft Office alarm cable CC848834958 Legend 12 External Critical Alarm 13 External Major Alarm 14 External Minor Alarm Connector data The following figure shows the pin assignment of the PDP external alarm connector Legend 1 5 Critical Alarm Figure 4 35 PDP external alarms Figure 4 36 PDP external alarm connector External cable installation System cabling and final assembly 365 374 074 Issue a...

Page 168: ...2 6 Major Alarm 3 7 Minor Alarm External cable installation External alarms System cabling and final assembly 4 5 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 169: ...his moment That should be done later see Chapter 8 section Connecting the fiber cables 8 6 However the fiber cables should now be laid loosely for the complete network Contents Optical interfaces 4 54 Gigabit Ethernet interfaces 4 61 Fiber management in rack 4 63 Fiber management in subrack 4 67 System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 5 3 ...

Page 170: ...of the system can not be guaranteed The fiber types are SM minicord BreakOut cable SM simplex cable Connector type LC connector with an angled Boot 40 45 degrees for termination to port units 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 witho...

Page 171: ...1 Richco Twist Lock TL250 DC1004336 part of circuit pack delivery Figure 4 37 OP155M layout Fiber cabling Optical interfaces System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 5 5 ...

Page 172: ...1 Richco Twist Lock TL250 DC1004336 part of circuit pack delivery Figure 4 38 OP622M layout Fiber cabling Optical interfaces System cabling and final assembly 4 5 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 173: ...1 Richco Twist Lock TL250 DC1004336 part of circuit pack delivery Figure 4 39 OP2G5 layout Fiber cabling Optical interfaces System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 5 7 ...

Page 174: ...204 1550nm 4 OP2G5 PWDM AM1 Ap 1 X KFA20 5 Richco Twist Lock TL250 DC1004336 part of circuit pack delivery Figure 4 40 OP2G5 main board and modules layout Fiber cabling Optical interfaces System cabling and final assembly 4 5 8 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 175: ...950 and ASSY A1LC BASE BLACK B CC108265950 See Appendix C section LC attenuators C 12 for a list of varoius attenuators Figure 4 41 OP10G layout Fiber cabling Optical interfaces System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 5 9 ...

Page 176: ...1 Richco Twist Lock TL250 DC1004336 part of circuit pack delivery Figure 4 42 OP40G layout Fiber cabling Optical interfaces System cabling and final assembly 4 6 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 177: ...anteed The types of Multi Mode 62 5 125 fiber optic cables C 8 are MM minicord break out cable MM simplex cable Connector type LC connector with an angled Boot 40 45 degrees for termination to port units 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 dir...

Page 178: ... Richco Twist Lock TL250 DC1004336 part of circuit pack delivery Figure 4 43 GE1 SX4 Fiber cabling Gigabit Ethernet interfaces System cabling and final assembly 4 6 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 179: ...Fiber management in rack Top access Figure 4 44 Top access for fiber management side view rack Fiber cabling System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 6 3 ...

Page 180: ...ng the third entry of the fiber guide a to route down first and then upwards to The upper row via the first entry b The bottom row directly Bottom subrack 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 Fiber cabling Fiber management in rack System cabling and final assembl...

Page 181: ...nd of the bracket fourth entry The cables are tight together with velcro at the entries 2 of the rack frame and subrack Figure 4 45 Bottom access fiber management side view rack Fiber cabling Fiber management in rack System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 6 5 ...

Page 182: ...ond entry b and directly to the row Bottom subrack The bottom subrack cables are using the third entry d of the fiber guide to route up first and then upwards to 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 Fiber cabling Fiber management in rack System cabling and final assembly 4 6 6 Lucent Technologies 3...

Page 183: ...t of the subracks s height Important When dressing the optical cables break out or simplex use a bending radius of a minimum of 25mm 1 for stripped break out or single fibers and a minimum of 77 mm 3 03 for an unstripped break out cable Fiber routing The fiber cables are routed from both sides of the subrack to the top or bottom via the Fiber Routing Guides corner DC1001518 item 2 which are mounte...

Page 184: ... bottom of the subrack Legend 1 Cable routed to the lower subrack Figure 4 46 Fiber management in the subrack top access Fiber cabling Fiber management in subrack System cabling and final assembly 4 6 8 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 185: ...outed to the upper subrack Figure 4 47 Fiber management in the subrack bottom access Fiber cabling Fiber management in subrack System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 6 9 ...

Page 186: ... Purpose This section describes the two final assembly steps the side cover plate and rack door mounting Contents Side cover plates 4 71 Rack doors 4 73 System cabling and final assembly 4 7 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 187: ... the designated gaps in the rack frame 2 Attach the side cover plates item 1 to the rack frame by using screws item 2 The following side cover plates should be used CC848780177 in case of an ETSI 2 rack CC848780185 in case of an NEBS 2000 rack NOTE The mentioned comcodes represent always a pair of side cover plates left and right Side panel and doors installation System cabling and final assembly ...

Page 188: ...Result Figure 4 48 Mounting the side cover plates Side panel and doors installation Side cover plates System cabling and final assembly 4 7 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 189: ...t 2 Pull down the locking mechanism at the top of the door 3 Lock the door by releasing the locking mechanism of the upper hinge pin in the eye of the Door Support Top 4 In the case of Then an ETSI 2 rack no grounding is needed between doors and rack frame an NEBS 2000 rack connect the Ground Strips DC1005100 item 1 at the top and bottom of each rack door Side panel and doors installation System c...

Page 190: ...latch to lift the latch see figure below 2 Pull the latch to open the door Figure 4 49 Positioning the rack door Side panel and doors installation Rack doors System cabling and final assembly 4 7 4 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 191: ...F2 99 1 item 1 by using the screwdriver 4 Insert the Locking Module F2 99 2 item 2 Important The Key Lock item 3 must be unlocked as shown 5 Press straight in the bezel then upwards Figure 4 50 Opening the rack door Side panel and doors installation Rack doors System cabling and final assembly 365 374 074 Issue a April 2002 Lucent Technologies 4 7 5 ...

Page 192: ... holes in the bezel 7 Snap the Locking Module into place Results Figure 4 51 Installing the Door Lock Side panel and doors installation Rack doors System cabling and final assembly 4 7 6 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 193: ...to end the physical installation part Assumption All NEs must be mounted and cabled correctly see Chapters 3 and 4 Contents Power initialisation 5 2 Switching on and testing supply voltage 5 4 Fan unit test 5 7 Circuit pack installation 5 8 Circuit packs 5 9 Slot positions of the circuit packs 5 13 Mounting the circuit packs 5 15 Physical installation check 5 18 Physical and power installation exi...

Page 194: ...of an exposed fiber or into an open optical connector as long as the optical source is switched on Always observe the laser warning instructions cf Laser safety 1 11 DANGER Arcing on removing or inserting a live power supply plug 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 insert...

Page 195: ...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 Contents Switching on and testing supply voltage 5 4 Fan unit test 5 7 Power initialisation Overview Powering circuit pack installation and NE software download 365 374 074 Issue a April 2002 Lucent Technologies 5 3 ...

Page 196: ...into the external Battery Distribution and Fuse Bay BDFB If circuit breakers are being used in BDFB put both of them in the ON position 2 Use the voltage meter to check the primary voltage at the Power Distribution Panel PDP for both power supply feeders Result The voltage on the PDP must be in the range of 40 5 72 DC NOTE Do not power up the system if the voltage is outside the range Feeder Measu...

Page 197: ...brack located on the rear to the ON position 1 Figure 5 1 PI switching Power initialisation Switching on and testing supply voltage Powering circuit pack installation and NE software download 365 374 074 Issue a April 2002 Lucent Technologies 5 5 ...

Page 198: ... Requirement The power LED on the respective PI PI 100 is extinguished 5 Repeat Steps 3 and 4 with the left circuit breaker of the subrack 6 Switch both circuit breakers of the subrack to the ON 1 position Figure 5 2 PI 100 switching Power initialisation Switching on and testing supply voltage Powering circuit pack installation and NE software download 5 6 Lucent Technologies 365 374 074 Issue a A...

Page 199: ... test the correct functionality of the fan unit 1 Control the status indication on the faceplate of the fan unit Result On the fan unit only the PWR ON LED should be lit 2 Check that all fans of the unit are running the air flow direction is from bottom to top Power initialisation Powering circuit pack installation and NE software download 365 374 074 Issue a April 2002 Lucent Technologies 5 7 E N...

Page 200: ...y electrostatic discharge Hold circuit packs only at the edges or on the insertion and removal facilities Always observe the ESD instructions see Electrostatic discharge 1 19 Contents Circuit packs 5 9 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 Powering circuit pack installation and N...

Page 201: ...erface Unit OC 48 STM 16 pWDM 2 32 64 OP622M Optical Interface Unit OC 12 STM 4 16 32 512 OP155M Optical Interface Unit OC 3 STM 1 16 32 512 GE1 SX4 Optical Interface Unit 1 Gigabit Ethernet 4 32 128 XC320 Switching Unit incl timing generator function upgradable n a 2 n a CTL System controller and DCC controller unit upgradable protection controller in future release n a 1 n a For the optical inte...

Page 202: ... packs would be fully functional Other essential parts of the system which always have to be installed in the subrack are the Power Interfaces PIs the Fan Unit the User Panel and a CI CTL Blank front plates Blank front plates are available in two different heights 3N types 6N type 3N types Figure 5 3 Blank front plate 3N CC848782868 Circuit pack installation Circuit packs Powering circuit pack ins...

Page 203: ... front blank when the cables are pre arranged Figure 5 4 Blank front plate 3N with empty holes CC848840112 Circuit pack installation Circuit packs Powering circuit pack installation and NE software download 365 374 074 Issue a April 2002 Lucent Technologies 5 1 1 ...

Page 204: ...type Figure 5 5 Blank front plate 6N CC848782876 Circuit pack installation Circuit packs Powering circuit pack installation and NE software download 5 1 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 205: ...ng figure and table show the valid slot positions of the circuit packs at the front side of the subrack Legend Circuit pack Valid slots 1 XC320 working 09 Figure 5 6 Slot positions of the circuit packs 3 5 1 2 4 6 Circuit pack installation Powering circuit pack installation and NE software download 365 374 074 Issue a April 2002 Lucent Technologies 5 1 3 ...

Page 206: ... slot 6 CTL working 11 Gigabit Ethernet and 10 Gbit s port units It is recommended to avoid thermic stress not to place a 10 Gbit s port unit directly above a Gigabit Ethernet port unit Optical port unit protection 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 Circuit ...

Page 207: ...ed as follows to mount the circuit packs 1 With the exception of the CTL circuit pack insert all needed circuit packs as shown below The CTL circuit pack will be installed last Circuit pack installation Powering circuit pack installation and NE software download 365 374 074 Issue a April 2002 Lucent Technologies 5 1 5 ...

Page 208: ...h latches simultaneously during insertion and extraction of a circuit pack 2 Check that all circuit packs are firmly seated Figure 5 7 Insertion of a circuit pack Circuit pack installation Mounting the circuit packs Powering circuit pack installation and NE software download 5 1 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 209: ...red LED of the XC320 board is still flashing To clear that enter the NE Date and Time see Chapter 6 section System parameters 6 16 and select Fault Enter Exit Maintenance Condition Exit Maintenance Condition from the System View main menu Software download failure In the case of a download failure red LEDs are still illuminating please refer to Appendix A section SW download failure A 7 Circuit pa...

Page 210: ...ecks Check that there are no visible defects the mechanical parts are secured all cables are assembled correctly the optical couplings are affixed to the optical circuit packs all circuit packs are situated in the slots according to the guidelines described above the NE is up and running Circuit pack installation Powering circuit pack installation and NE software download 5 1 8 Lucent Technologies...

Page 211: ... Rack adapter kit mounting Subrack mounting Power cabling Ground cabling Subrack alarm cabling Station alarm interface cabling 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 Circuit pack installation Powering circuit pack installation and NE soft...

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Page 213: ...e SDH or SONET functionality and WaveStar CIT Contents NE provisioning and stand alone installation test entry checklist 6 2 WaveStar CIT 6 4 Installing WaveStar CIT 6 5 WaveStar CIT login procedure 6 8 Connecting the WaveStar CIT to the NE 6 9 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 ...

Page 214: ...ability of the procedures described in the following Contents The entry checklist is related to the following chapters Chapter 6 WaveStar CIT installation and NE provisioning Chapter 7 Stand alone test procedures WaveStar CIT installation and NE provisioning 6 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 215: ...er installation exit checklist 5 19 Is the CD ROM CC109088708 available which contains WaveStar CIT and the NE software Is a laptop or desktop PC available meeting the minimum requirements see section WaveStar 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 NE p...

Page 216: ...f WaveStar CIT and how to perform an NE login Contents Installing WaveStar CIT 6 5 WaveStar CIT login procedure 6 8 Connecting the WaveStar CIT to the NE 6 9 NE login procedure 6 12 WaveStar CIT installation and NE provisioning 6 4 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 217: ...val or exchange of network cards causing critical network services to fail This can cause WaveStar CIT failing to start after installation or you will be unable to select the right network card from the list during installation To solve these problems deinstall not present network cards from the PC Adobe Acrobat Reader for Windows version 3 01 or later Removable hard disk drive optional required o...

Page 218: ...allation procedure Complete the following steps to install the WaveStar CIT software on your PC 1 Insert the WaveStar CIT CD ROM Comcode 109088708 into the appropriate drive of your PC Result Autorun will start the install process 2 IF THEN autorun does not start manually start the program by clicking Start Run click on Browse select the CD ROM drive and select setup exe click Open and click ok Re...

Page 219: ...lect it automatically 8 If not yet available on your PC install the Acrobat Reader by selecting the respective area below the entry CIT Software 9 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 WaveStar CIT Installing WaveStar CIT WaveStar CIT installation and...

Page 220: ...e by double clicking on the WaveStar CIT icon 2 IF THEN it is the first WaveStar CIT installation on the respective PC log into WaveStar CIT with User Id LUC01 or LUC02 and Password LUC 01 or LUC 02 a previous WaveStar CIT version has already been installed on the respective PC log into WaveStar CIT with User Id LUC01 or LUC02 and the last used Password 3 Click OK to connect WaveStar CIT will be i...

Page 221: ...or this connection The usage of shielded 100BaseT LAN cables is only allowed if the applicable national safety requirements have been met by the user Otherwise there is a risk of electrical shock and or serious injury The following figure illustrates the Direct LAN Access Point to Point WaveStar CIT LAN access network WaveStar CIT access to more than one NE can be done via a HUB Unshielded straigh...

Page 222: ...NEs can easily be done via the Data Communications Channel DCC which are part of the SDH SONET aggregate or tributary signals The CIT is connected via a point to point connection to one NE of the network cf Direct 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 WaveStar CIT H...

Page 223: ...he access via the Data Communications Channel DCC Data Communication Channel WaveStar CIT WaveStar CIT Connecting the WaveStar CIT to the NE WaveStar CIT installation and NE provisioning 365 374 074 Issue a April 2002 Lucent Technologies 6 1 1 ...

Page 224: ... procedure 6 8 2 Enter the target identifier TID in the NE Name box The default TID default name of the NE is LUCENT UNITE NE 3 Select LambdaUnite TM MSS as NE Type and OSI as Connection Type and click on Graphical 4 Login with UserId LUC01 or LUC02 and the associated Password UNITE 01 or UNITE 02 5 Click OK to confirm then OK to the legal notice Result The System View window appears for the selec...

Page 225: ... to perform some tests Related information An overview about all WaveStar CIT related tasks is given in the 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 WaveStar CIT installation and NE provisioning 365 374 074 Issue a April 2002 Lucent Technologies 6 1 3 ...

Page 226: ...ent The following equipment is required to perform this task WaveStar CIT Procedure Complete the following steps to change a network element s name 1 Invoke the Provision TID NE Name window from the System View main menu via Administration Set TID 2 Place the cursor in the New TID NE Name text box and key in the new TID observing the following configuration rules Each NE name must be unique within...

Page 227: ...with Step 4 the new TID is not correct correct the entry in the New TID NE Name text box and continue with Step 4 4 Place the cursor in the Confirm TID NE Name text box and key in the new TID again Important Take a note of the TID you are going to assign to the NE 5 Click OK to assign the new TID and to dismiss the window Provisioning system parameters Changing the NE name TID WaveStar CIT install...

Page 228: ...he system parameters 1 In the WaveStar CIT System View select Configuration Provision Result The window Provision Parameters for Protection Groups or Equipment opens The Equip selection tab appears on the left side of the window 2 Select the system in the Equip selection tab and click on Provision Result The selection window for the system parameters appears on the right side of the window This wi...

Page 229: ...SDH This is the default value you want that the system synchronization is in SONET characteristics set the System Synch Characteristics to SONET Setting of the NE date and time 1 Select the Date and Time tab 2 Select the day by clicking on the respective date month via the drop down list box and year via the drop down list box in the group box Date 3 Set the time in the group box Time 4 Click the ...

Page 230: ...ce the management association between the WaveStar CIT and the NE will be lost Screen of the tab Settings Provisioning system parameters System parameters WaveStar CIT installation and NE provisioning 6 1 8 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 231: ...et the Tributary Mode Default for the actual NE by selecting the according radio button Adaptive Rate or Fixed Rate System Synch Characteristics Used to set the System Synch Characteristics for the actual NE by selecting the according radio button SONET or SDH Elements of the tab Date and Time The elements of the Date and Time tab and their meaning are listed in the following table Provisioning sy...

Page 232: ...onth Select the month to be set Day field Select the day to be set Time Select the time to be set Provisioning system parameters System parameters WaveStar CIT installation and NE provisioning 6 2 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 233: ...n Timing Sync in the System View of the WaveStar CIT Result The window Synchronisation Characteristics appears 2 Select the tab of the External Timing Reference which you wish to configure You can select two external timing signals from the external timing input ports There is one tab for each port External Timing Reference 1 and External Timing Reference 2 2 MHz or 2 Mbit s signals for SDH mode o...

Page 234: ...with the highest quality level is used as timing reference signal If it fails the system switches to the signal with the next lower quality level If there are several timing references with the same quality level they are used according to the priority list If all possible timing reference signals fail the timing generator enters the holdover mode 6 Select the Timing Port Mode Monitoring The value...

Page 235: ... on Cancel or Undo 9 Repeat to Step 8 until all timing references are configured Click on OK to close the window Provisioning system parameters Timing references WaveStar CIT installation and NE provisioning 365 374 074 Issue a April 2002 Lucent Technologies 6 2 3 E N D O F S T E P S ...

Page 236: ...re the system timing 1 Select Configuration Timing Sync in the System View of the WaveStar CIT Result The window Synchronisation Characteristics appears 2 Select the System Timing Parameters tab 3 Select the System Timing tab 4 Select the wait to restore time in the group box Wait To Restore Click on the respective radio button The values can be Zero initial value 20 SEC SONET mode only 1 Minutes ...

Page 237: ...tion in a network the timing generator should be locked to a timing reference signal as far as available Normally the free running mode is used directly after the system start Result If you select Free Running the following warning window appears Switching the timing clock from locked to free running can temporarily result into transmission errors 7 Select the ASAP Name Alarm Severity Assignment P...

Page 238: ......

Page 239: ... see Chapters 3 and 4 The people carrying out the tests are familiar with LambdaUnite MSS the SDH or SONET functionality the WaveStar CIT software and the handling of the test equipment Contents LED Test 7 2 Alarm reporting test 7 4 NE synchronisation test 7 6 Optical power meter test 7 9 Port transmission test daisy chain test 7 12 Optical output power measurements 7 16 NE provisioning and stand ...

Page 240: ...he user panel to test the circuit pack and user panel LEDs Result The following should happen 1 The LEDs on the user panel except the PWR ON LED turn on for 2 seconds and then off for 2 seconds three times in sequence 2 The LEDs on the circuit packs turn on for 2 seconds and then off for 2 seconds three times in sequence NE ACTY FE ACTY ACO LED TEST CR MJ MN ABN PWR ON CIT LAN User Panel Stand alo...

Page 241: ...t failure In the case of a LED test failure LEDs are not lit please refer to Appendix A section LED test failure A 8 LED Test Stand alone test procedures 365 374 074 Issue a April 2002 Lucent Technologies 7 3 ...

Page 242: ...Procedure Proceed as follows to complete the alarm test 1 Login to the NE as described in Chapter 6 section NE login procedure 6 12 2 Create the different alarms in sequence as shown in the table below Example Create the following alarms separately Created alarm Alarm level Example for creation of the alarm Protection Clock Input Fail Deferred Minor Remove the XC320 circuit pack which is located i...

Page 243: ...r alarms are reported to the WaveStar CIT via Fault NE Alarm List or Reports NE Alarm List Check also the correct behaviour of the LEDs on the user panel and on the circuit pack which generates the produced failure 4 Clear alarms created at step 2 5 Check the WaveStar CIT alarm list for correct clearing of the reported alarm To make sure that the NE Alarm List reflects the current alarm status cli...

Page 244: ...procedure 6 12 3 Select Configuration Timing Sync in the System view Result The window Synchronisation Characteristics appears 4 Assign the first clock source Select the tab External Input 1 and set the following parameters Select the Input Signal Format depending on the input signal Set the SSM Support field to Supported in the case of 2 Mbit s framed SDH mode or ESF SONET mode external timing in...

Page 245: ...Quality Level drop down list box Select the priority 2 in the drop down list box System Timing Reference Prioriy Select External Timing Input Port 2 in the drop down list box Assigned Port AID Select Monitored in the drop down list box Timing Port Mode Monitoring 6 Check that only these two external timing sources are enabled If not disable all other timing sources 7 Select the tab System Timing t...

Page 246: ...Port 2 should be displayed in the System Timing Reference AID field 10 Reconnect the first clock source Result The first clock source should become active again after WTR time has expired 11 Return all timing parameters to their prior state 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...

Page 247: ...o the end of an exposed fiber or into an open optical connector as long as the optical source is switched on Always observe the laser warning instructions cf Laser safety 1 11 Test setup The following figure illustrates a possible test setup The number and type of optical interfaces used can vary according to the customer configuration Figure 7 1 Measuring the mean launched power OP LambdaUnite NE...

Page 248: ...ck that the measured value is within the range shown below 4 Repeat the measurement for all optical ports Value and wavelength ranges The following table provides the mean launched power value and wavelength ranges of the optical circuit packs Circuit pack Wavelength range nm Mean launched power range dBm OP40 1 3IOR1 1310 5 0 7 0 OP40 8650 9280XT 1550 5 0 3 0 OP10 1 3IOR1 1310 6 0 1 0 OP10 1 5IR1...

Page 249: ...er range dBm OP2G5 01 32PWDM 1550 3 0 0 OP2G5 921 959PWDM 1550 3 0 0 OP622M 1 3IR16 1310 15 0 8 0 OP155M 1 3IR16 1310 15 0 8 0 GE1 SX4 850 9 5 Optical power meter test Stand alone test procedures 365 374 074 Issue a April 2002 Lucent Technologies 7 1 1 ...

Page 250: ... source is switched on Always observe the laser warning instructions cf Laser safety 1 11 Before you begin Prior performing this task you must have at least a privilege code of P3 For some fields privilege code M1 is required Test setup The following figure illustrates a possible test setup The number and type of optical interfaces depends on the customer configuration Figure 7 2 Daisy chain test ...

Page 251: ...n Cross Connections in the System View of the WaveStar CIT 4 Click on the radio button Create a new cross connection and click on Next Result Screen 1 appears 5 Define the cross connection rate according to the used analyser signal in the drop down list box Rate The following values are possible VC3 default value VC4 VC44c VC416c VC464c STS1 STS3 STS12 STS48 STS192 Please note that it is not possi...

Page 252: ...st or enter the AID in the text box Enter AID above Result In the list box Tributary on the right the AIDs of all VCs STSs belonging to the respective port are displayed 10 Select the VC STS which shall be used as the source and click on the Select button 11 Select the destination port in the Ptn Grp selection tab and the corresponding VC STS in the Tributary list box and click on the Select butto...

Page 253: ...nerated one 15 Click on the Finish button to apply your settings 16 Repeat Step 4 to Step 15 for all the other required cross connections according to the test setup Important Use in Step 5 always the same cross connection rate 17 Start a signal transmission via the SDH SONET analyser for 3 minutes Result No bit errors are present during Port transmission test daisy chain test Stand alone test pro...

Page 254: ...ements Measured values NOTE If required please make copies of the following table Slot number Circuit pack Port number Measured output power dBm Stand alone test procedures 7 1 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 255: ...Slot number Circuit pack Port number Measured output power dBm Optical output power measurements Stand alone test procedures 365 374 074 Issue a April 2002 Lucent Technologies 7 1 7 ...

Page 256: ...ult Passed Failed N A Initials Notes WaveStar CIT installation NE login NE name TID provisioning Provisioning of the system parameters 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 Stand alone test procedures 7 1 8 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 257: ... SDH and SONET systems The section which is not relevant can be ignored Contents Span Ring testing entry checklist 8 3 Network establishment 8 5 SDH test procedures 8 9 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 SONET test procedures 8 28 Provision DCC 8 29 Remote login 8 31 365 374...

Page 258: ...ine timing provisioning 8 34 Line timing test 8 36 Point to point Ring testing 8 39 Span Ring testing exit checklist 8 46 Overview Span Ring testing 8 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 259: ...t Overview Purpose This section ensures the operability of the procedures described in this chapter Contents The entry checklist is related to this chapter only Span Ring testing 365 374 074 Issue a April 2002 Lucent Technologies 8 3 ...

Page 260: ...red in Chapter 7 NE provisioning and stand alone installation test exit checklist 7 18 Is a laptop or desktop PC available meeting the minimum requirements see section WaveStar 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 Span Ring testing entry checklist Spa...

Page 261: ...formation The fiber cabling and routing within a rack and an NE is described in Chapter 4 section Fiber cabling 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 Span Ring testing 365 374 074 Issue a April 2002 Lucent Technologies 8 5 ...

Page 262: ...n cause considerable injuries to the eyes Never look into the end of an exposed fiber or into an open optical connector as long as the optical source is switched on Always observe the laser warning instructions cf Laser safety 1 11 Proceed as follows to establish a network 1 Connect an optical fiber to the OUT port of one optical circuit pack 2 Move to the next NE At the IN port of the respective ...

Page 263: ...ase of Gigabit Ethernet ports a multi mode LBO Lightguide Build Out must be used 5 Measure the received optical power again To be able to do that a coupler and an extra fiber jumper could be required Result The measured value must lie within the valid range 6 Connect the fiber to this IN port 7 Repeat Step 1 to Step 6 for all required fiber connections Network establishment Connecting the fiber ca...

Page 264: ...0 5 OP10 1 3IOR1 1310 11 0 1 0 OP10 1 5IR1 1550 14 0 1 0 OP10 1 5LR1 1550 14 0 1 0 OP10 01 80 800G 1550 20 0 13 0 OP10 8650 9285XT 1550 13 0 3 0 OP2G5 1 3SR4 1310 18 0 3 0 OP2G5 1 3LR4 1310 27 0 8 0 OP2G5 1 5LR4 1550 28 0 8 0 OP2G5 01 32PWDM 1550 28 0 8 0 OP2G5 921 959PWDM 1550 28 0 8 0 OP622M 1 3IR16 1310 28 0 8 0 OP155M 1 3IR16 1310 28 0 8 0 GE1 SX4 850 17 0 0 Network establishment Connecting th...

Page 265: ...ing out the tests are familiar with the SDH functionality the WaveStar CIT software and the handling of the test equipment Related information An overview about all WaveStar CIT related tasks is given in the LambdaUnite 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 Spa...

Page 266: ...nels per DCC controller is 64 That means each DCC controller can support up to 64 active DCC links Procedure Proceed as follows to create a new DCC termination 1 Login to the NE as described in Chapter 6 section NE login procedure 6 12 2 Invoke the Configure DCC Terminations window from the System View main menu via Configuration DCC Terminations 3 Select the circuit pack for which you want to con...

Page 267: ...with not UNITE NEs the chosen parameters have to be different at both ends of the DCC termination That means at the one end must be set USER SIDE on the other end NETWORK SIDE 9 Repeat Step 3 to Step 8 for all ports to which fiber cables are connected 10 Repeat Step 1 to Step 9 for all other NEs in the ring network SDH test procedures Provision DCC Span Ring testing 365 374 074 Issue a April 2002 ...

Page 268: ...e section Provision DCC 8 10 Test setup Procedure Proceed as follows to test the NE control and supervision functionality via remote login 1 Login to the NE A as described in Chapter 6 section NE login procedure 6 12 Port 1 Out Port 1 In Port 1 In Port 1 Out Port 1 In Port 1 Out Port 1 Out Port 1 In Port 1 Out Port 1 In Port 1 In Port 1 Out Port 1 Out Port 1 In Port 1 In Port 1 Out NE A East East ...

Page 269: ... inventory data window Pack Data for the selected board will be opened 4 Set the NE B date and time to the actual values see Chapter 6 section System parameters 6 16 5 Repeat Step 2 to Step 4 for all other NEs within the ring network Tab Pack Data Tab Status SDH test procedures Remote login Span Ring testing 365 374 074 Issue a April 2002 Lucent Technologies 8 1 3 E N D O F S T E P S ...

Page 270: ... failure In the case of a remote login failure please refer to Appendix A section Remote login failure A 9 SDH test procedures Remote login Span Ring testing 8 1 4 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 271: ...must be deleted Procedure Proceed as follows to configure the line timing reference 1 Login to the NE A as described in Chapter 6 section NE login procedure 6 12 2 Select Configuration Timing Sync in the System View of the WaveStar CIT Result The window Synchronisation Characteristics appears 3 Select the tab Line Reference 1 and set the following parameters Select PRC in the Provisioned Quality L...

Page 272: ...ces 5 Select the tab System Timing then again the tab System Timing and set the following parameters Set the Wait To Restore WTR time to 1 minute Set the Clock Mode to Locked 6 Click on the Apply button and then Yes in the confirmation window 7 Repeat Step 1 to Step 6 for all other NEs within the ring network SDH test procedures Line timing provisioning Span Ring testing 8 1 6 Lucent Technologies ...

Page 273: ...iming provisioning 8 15 Test setup Procedure Proceed as follows to test the network line timing functionality 1 Connect an error free SDH signal to the optical port which has been configured for line timing see section Line timing provisioning 8 15 Port 1 Out Port 1 In Port 1 In Port 1 Out Port 1 In Port 1 Out Port 1 Out Port 1 In Port 1 Out Port 1 In Port 1 In Port 1 Out Port 1 Out Port 1 In Port...

Page 274: ...eld 4 Disconnect the SDH signal Result NE A must switch to the holdover state because no second timing source is configured Click on the Alarm List button in the System View of the WaveStar CIT The following alarms should be displayed Loss of Synchronisation Timing Reference Failure Loss of Signal 5 Reconnect the SDH signal Result The alarms should be cleared after the provisioned WTR time The Clo...

Page 275: ... all other NEs within the ring network 8 Return all timing parameters to their prior state SDH test procedures Line timing test Span Ring testing 365 374 074 Issue a April 2002 Lucent Technologies 8 1 9 E N D O F S T E P S ...

Page 276: ...ming this task you must verify that all required circuit packs are installed see Chapter 5 section Circuit pack installation 5 8 verify that no cross connections have been made on any port to be included in the protection group verify that the DCC channels are configured correctly see section Provision DCC 8 10 SDH test procedures Span Ring testing 8 2 0 Lucent Technologies 365 374 074 Issue a Apr...

Page 277: ...escribed in Chapter 6 section NE login procedure 6 12 STM x SDH analyser NE D Tx Rx OP Tx Rx OP NE C OP Rx Tx OP Rx Tx NE A OP Rx Tx NE B Tx Rx OP Tx Rx OP OP Rx Tx Tx Rx OP OP Rx Tx Fiber loop 1 2 1 Cross connection 1 2 Cross connection 2 OP Optical Pack MS SPRing SDH test procedures Point to point Ring testing Span Ring testing 365 374 074 Issue a April 2002 Lucent Technologies 8 2 1 ...

Page 278: ...ible Please note that you have to choose different AIDs for different protection groups within one network element Within the whole ring equal Protection Group AIDs may exist 6 Enter the Ring ID The Ring ID must be defined for the whole ring Important For all MS SPRing protection groups which are defined in network elements belonging to one ring always the same Ring ID has to be inserted 7 Select ...

Page 279: ...eStar CIT System View Creating cross connections Important You must have at least a priviledge code of P3 to perform this task Proceed as follows to create the required cross connections 1 Login to the NE A as described in Chapter 6 section NE login procedure 6 12 2 Set up a cross connection by calling up the Cross Connection Wizard via Configuration Cross Connections in the System View of the Wav...

Page 280: ...opens 7 Click on Select to select the source tributary Result The Ptn Grp selection tab appears 8 Select the port to which the SDH analyser is connected Result In the list box Tributary on the right the AIDs of all VCs belonging to the respective port are displayed 9 Select the VC which shall be used as the source and click on the Select button 10 Select the destination port which is interface to ...

Page 281: ...t NE B as the Destination NE Name 14 Click on the Finish button to apply your settings 15 Repeat Step 1 to Step 14 for NE B Be aware of the following differences As Source select the port which is interface to the MS SPRing As Destination select the port to which the fiber loop is connected Select NE A as the Source NE Name SDH test procedures Point to point Ring testing Span Ring testing 365 374 ...

Page 282: ...s are present 2 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 SDH test procedures Point to point Ring testing Span Ring testing 8 2 6 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 283: ...ed If a procedure was not applicable indicate N A Task Result Passed Failed N A Initials Notes Fiber connection DCC provisioning Remote login test Line timing provisioning Line timing test Point to point Ring test SDH test procedures Span Ring testing 365 374 074 Issue a April 2002 Lucent Technologies 8 2 7 ...

Page 284: ...ng out the tests are familiar with the SONET functionality the WaveStar CIT software and the handling of the test equipment Related information An overview about all WaveStar CIT related tasks is given in the LambdaUnite 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 Sp...

Page 285: ...els per DCC controller is 64 That means each DCC controller can support up to 64 active DCC links Procedure Proceed as follows to create a new DCC termination 1 Login to the NE as described in Chapter 6 section NE login procedure 6 12 2 Invoke the Configure DCC Terminations window from the System View main menu via Configuration DCC Terminations 3 Select the circuit pack for which you want to conf...

Page 286: ...ith not UNITE NEs the chosen parameters have to be different at both ends of the DCC termination That means at the one end must be set USER SIDE on the other end NETWORK SIDE 9 Repeat Step 3 to Step 8 for all ports to which fiber cables are connected 10 Repeat Step 1 to Step 9 for all other NEs in the ring network SONET test procedures Provision DCC Span Ring testing 8 3 0 Lucent Technologies 365 ...

Page 287: ... section Provision DCC 8 29 Test setup Procedure Proceed as follows to test the NE control and supervision functionality via remote login 1 Login to the NE A as described in Chapter 6 section NE login procedure 6 12 Port 1 Out Port 1 In Port 1 In Port 1 Out Port 1 In Port 1 Out Port 1 Out Port 1 In Port 1 Out Port 1 In Port 1 In Port 1 Out Port 1 Out Port 1 In Port 1 In Port 1 Out NE A East East E...

Page 288: ...inventory data window Pack Data for the selected board will be opened 4 Set the NE B date and time to the actual values see Chapter 6 section System parameters 6 16 5 Repeat Step 2 to Step 4 for all other NEs within the ring network Tab Pack Data Tab Status SONET test procedures Remote login Span Ring testing 8 3 2 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 289: ...failure In the case of a remote login failure please refer to Appendix A section Remote login failure A 9 SONET test procedures Remote login Span Ring testing 365 374 074 Issue a April 2002 Lucent Technologies 8 3 3 ...

Page 290: ... as follows to configure the line timing reference 1 Login to the NE A as described in Chapter 6 section NE login procedure 6 12 2 Select Configuration Timing Sync in the System View of the WaveStar CIT Result The window Synchronisation Characteristics appears 3 Select the tab Line Reference 1 and set the following parameters Select PRS in the Provisioned Quality Level drop down list box Select th...

Page 291: ...es 5 Select the tab System Timing then again the tab System Timing and set the following parameters Set the Wait To Restore WTR time to 1 minute Set the Clock Mode to Locked 6 Click on the Apply button and then Yes in the confirmation window 7 Repeat Step 1 to Step 6 for all other NEs within the ring network SONET test procedures Line timing provisioning Span Ring testing 365 374 074 Issue a April...

Page 292: ...ing provisioning 8 34 Test setup Procedure Proceed as follows to test the network line timing functionality 1 Connect an error free SONET signal to the optical port which has been configured for line timing see section Line timing provisioning 8 34 Port 1 Out Port 1 In Port 1 In Port 1 Out Port 1 In Port 1 Out Port 1 Out Port 1 In Port 1 Out Port 1 In Port 1 In Port 1 Out Port 1 Out Port 1 In Port...

Page 293: ... 4 Disconnect the SONET signal Result NE A must switch to the holdover state because no second timing source is configured Click on the Alarm List button in the System View of the WaveStar CIT The following alarms should be displayed Loss of Synchronisation Timing Reference Failure Loss of Signal 5 Reconnect the SONET signal Result The alarms should be cleared after the provisioned WTR time The Cl...

Page 294: ...all other NEs within the ring network 8 Return all timing parameters to their prior state SONET test procedures Line timing test Span Ring testing 8 3 8 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 295: ... this task you must verify that all required circuit packs are installed see Chapter 5 section Circuit pack installation 5 8 verify that no cross connections have been made on any port to be included in the protection group verify that the DCC channels are configured correctly see section Provision DCC 8 29 SONET test procedures Span Ring testing 365 374 074 Issue a April 2002 Lucent Technologies ...

Page 296: ...ibed in Chapter 6 section NE login procedure 6 12 OC x SONET analyser NE D Tx Rx OP Tx Rx OP NE C OP Rx Tx OP Rx Tx NE A OP Rx Tx NE B Tx Rx OP Tx Rx OP OP Rx Tx Tx Rx OP OP Rx Tx Fiber loop 1 2 1 Cross connection 1 2 Cross connection 2 OP Optical Pack BLSR SONET test procedures Point to point Ring testing Span Ring testing 8 4 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 297: ...ble Please note that you have to choose different AIDs for different protection groups within one network element Within the whole ring equal Protection Group AIDs may exist 6 Enter the Ring ID The Ring ID must be defined for the whole ring Important For all BLSR protection groups which are defined in network elements belonging to one ring always the same Ring ID has to be inserted 7 Select the AI...

Page 298: ...r CIT System View Creating cross connections Important You must have at least a priviledge code of P3 to perform this task Proceed as follows to create the required cross connections 1 Login to the NE A as described in Chapter 6 section NE login procedure 6 12 2 Set up a cross connection by calling up the Cross Connection Wizard via Configuration Cross Connections in the System View of the WaveSta...

Page 299: ...opens 7 Click on Select to select the source tributary Result The Ptn Grp selection tab appears 8 Select the port to which the SONET analyser is connected Result In the list box Tributary on the right the AIDs of all STSs belonging to the respective port are displayed 9 Select the STS which shall be used as the source and click on the Select button 10 Select the destination port which is interface...

Page 300: ...ct NE B as the Destination NE Name 14 Click on the Finish button to apply your settings 15 Repeat Step 1 to Step 14 for NE B Be aware of the following differences As Source select the port which is interface to the BLSR As Destination select the port to which the fiber loop is connected Select NE A as the Source NE Name SONET test procedures Point to point Ring testing Span Ring testing 8 4 4 Luce...

Page 301: ...s are present 2 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 SONET test procedures Point to point Ring testing Span Ring testing 365 374 074 Issue a April 2002 Lucent Technologies 8 4 5 E N D O F S T E P S ...

Page 302: ...a procedure was not applicable indicate N A Procedure Result Passed Failed N A Initials Notes Fiber connection DCC provisioning Remote login test Line timing provisioning Line timing test Point to point Ring test SONET test procedures Span Ring testing 8 4 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 303: ...s chapter provides a final checklist and a signoff sheet to be sure that all required tasks described in this manual have been done Contents Final checklist 9 2 Completion form 9 3 365 374 074 Issue a April 2002 Lucent Technologies 9 1 ...

Page 304: ...No Initials Notes 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 Conclusion 9 2 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 305: ...nature Names printed Company 1 2 3 4 5 6 I have witnessed and or accepted the successful installation of all equipped equipment in the Lambda Unite System Customer Signature Date This Completion Form is to be retained by the Lucent Technologies Representative as a record of successfully completion of all required procedures Note Installation Guide Please read and sign the statement below Conclusio...

Page 306: ......

Page 307: ...troubleshooting information for the LambdaUnite MultiService Switch MSS system Contents Power failure A 2 NE synchronisation failure A 5 SW download failure A 7 LED test failure A 8 Remote login failure A 9 Alarm handling A 12 Fiber cleaning A 13 365 374 074 Issue a April 2002 Lucent Technologies A 1 ...

Page 308: ...t Procedure 1 Follow the steps below if the measured voltage at the termination blocks of the PDP does not lie between 40 5 and 72 V 1 Switch off the external battery 2 Replace all affected power supply lines between the external battery and the termination blocks of the PDP Make sure the cables are tight afterwards 3 Switch on the external battery IF THEN the measured voltage does not lie between...

Page 309: ... user panel switch all circuit breakers on the subrack backplane to the OFF position and replace all affected PIs the PWR ON LED lights up on the user panel END OF STEPS Procedure 3 Follow the steps below if the PWR ON LED does not light up on the fan unit 1 Switch all circuit breakers on the subrack backplane to the OFF position 2 Replace all affected fan power cables between the PIs and the Fan ...

Page 310: ... circuit breakers on the subrack backplane to the OFF position and replace the affected Fan Unit the PWR ON LED lights up on the Fan Unit END OF STEPS Power failure Installation trouble shooting A 4 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 311: ...nchronize to the external clock source proceed to step 2 the NE synchronizes to the external clock source END OF STEPS 2 Check for correct input impedance 75 Ω 100 110 Ω 120 Ω and change as necessary IF THEN the NE does not synchronize to the external clock source proceed to step 3 the NE synchronizes to the external clock source END OF STEPS 3 Check for an external fault input output reversed or ...

Page 312: ...Unit IF THEN the NE does not synchronize to the external clock source proceed to step 5 the NE synchronizes to the external clock source END OF STEPS 5 Replace the timing interfaces E1 DS1 NE synchronisation failure Installation trouble shooting A 6 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 313: ...ly Then pull and move back the controller The system automatically starts the download takes about 20 minutes IF THEN the circuit packs do not have the green LEDs illuminated proceed to step 2 the circuit packs have the green LEDs illuminated END OF STEPS 2 Perform a reload of the NE software to the CompactFlash card see Appendix B NE software installation IF THEN the circuit packs do not have the...

Page 314: ...t packs are plugged in correctly and the power supply is on IF THEN circuit pack LEDs do not light up replace the respective circuit packs LEDs of the User Panel do not light up make sure that the User Panel control cable is installed correctly If that is the case and the LEDs don t light up replace the User Panel all LEDs light up END OF STEPS Installation trouble shooting A 8 Lucent Technologies...

Page 315: ...the CTL circuit pack of the near end NE To do this open the latches simultaneously and wait until the red LED is illuminating continously Then pull and move back the controller IF THEN a remote login is not possible proceed to step 3 a remote login is possible END OF STEPS 3 Reset the CTL circuit pack of the far end NE IF THEN a remote login is not possible proceed to step 4 a remote login is poss...

Page 316: ...he near end NE IF THEN a remote login is not possible proceed to step 7 a remote login is possible END OF STEPS 7 Replace the optical transmitter in the far end NE IF THEN a remote login is not possible proceed to step 8 a remote login is possible END OF STEPS 8 Replace the CTL circuit pack of the near end NE IF THEN a remote login is not possible proceed to step 9 a remote login is possible END O...

Page 317: ... 9 Replace the CTL circuit pack of the far end NE Remote login failure Installation trouble shooting 365 374 074 Issue a April 2002 Lucent Technologies A 1 1 E N D O F S T E P S ...

Page 318: ...ction Alarm reporting test 7 4 Procedure Follow the steps below in the case of active alarms 1 Note all active alarms 2 Follow the trouble clearing tasks described in the LambdaUnite MultiService Switch MSS Alarm Messages and Trouble Clearing Guide Installation trouble shooting A 1 2 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 319: ...of an exposed fibre or plug in optical connectors as long as the optical source is switched on This applies particularly to the connections of the optical plug in units CAUTION To avoid cable break ensure that the bending radius of optical fibre cables is not less than 30 mm Cleaning of optical connectors Optical connectors are only to be cleaned in accordance with the cleaning instructions listed...

Page 320: ... not connect the optical connectors without checking them for impurities under the fiberscope Coupling Impurities caused by dust particles or fluff etc can also occur on the optical coupling To clean the coupling follow the instructions below 1 Soak the coupling cleaner in isopropanol and move it back and forth in the coupling several times 2 Blow purified compressed air through the coupling and v...

Page 321: ...ng a reload of the NE software 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 Issue a April 2002 Lucent Technologies B 1 ...

Page 322: ... least a privilege code of S4 Required equipment The following equipment is required to perform this task Empty 256 MB CompactFlash card as delivered from manufacturer CD ROM that contains the generic version of the NE software PC with CompactFlash or PCMCIA slot For the second case an adapter is required Software installation To reload the NE software proceed as follows 1 Power up the WaveStar CI...

Page 323: ... CD ROM with the new NE software If the welcoming screen appears select Cancel to exit from the automatic installation procedure Open the Windows NT Windows 2000 Explorer on your desktop Select the harddisk drive where the WaveStar CIT is installed and click through to Program Files Lucent Technologies WaveStar CIT generics NOTE If the subdirectory generics does not exist you must create it In the...

Page 324: ...eStar CIT PC 5 Format the CompactFlash card by performing the following Double click the My Computer icon on your desktop Select Cards Format in the PC card control window Select FAT in the File System selection box Select Quick Format Click Start Important Formatting the CompactFlash card sporadically fails when you are using a PC running the Microsoft Windows 2000 operating system The reason is ...

Page 325: ...the file transfer is complete Click the Close button to exit the Prepare PCMCIA Disk window 12 If the CompactFlash card driver software you are using requires you to stop the CompactFlash card before ejecting it stop the card now If the software you are using does not allow for this procedure make sure that the used slot is not being accessed the LED is not blinking before continuing 13 Eject the ...

Page 326: ...he protecting bar Move the CTL pack back to its prior position Close the latches simultaneously Result The system automatically starts the download takes about 20 minutes Installing the NE software NE software installation B 6 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 327: ...dering codes and specifications of this product Contents Single Mode 9 125 fiber optic cables C 2 Multi Mode 62 5 125 fiber optic cables C 8 LC attenuators C 12 Specifications for LambdaUnite MSS optical circuit packs C 15 Spare parts C 27 365 374 074 Issue a April 2002 Lucent Technologies C 1 ...

Page 328: ... 109158501 50 109158550 75 109158600 100 109158659 SM LC to SC 12 to 12 Length Comcode Length Comcode Length Comcode Length Comcode 5 109158667 30 109158717 55 109158766 80 109158816 10 109158675 35 109158725 60 109158774 85 109158824 15 109158683 40 109158733 65 109158782 90 109158832 20 109158691 45 109158741 70 109158790 95 109158840 25 109158709 50 109158758 75 109158808 100 109158857 SM LC to...

Page 329: ...159376 85 109159426 15 109159285 40 109159335 65 109159384 90 109159434 20 109159293 45 109159343 70 109159392 95 109159442 25 109159301 50 109159350 75 109159400 100 109159459 SC with short boot 180 12x to x 45 12x Important x connector types LC SC FC ST DIN E 2000 Cable Data Type SM Simplex cable 9 125 Connectors SC 180 to LC SC FC ST DIN 45 SM SC to LC 12 to 12 Length Comcode Length Comcode Len...

Page 330: ... LC to SC 1 to 1 Length Comcode Length Comcode Length Comcode Length Comcode 5 109159673 30 109159723 55 109159772 80 109159822 10 109159681 35 109159731 60 109159780 85 109159830 15 109159699 40 109159749 65 109159798 90 109159848 20 109159707 45 109159756 70 109159806 95 109159855 25 109159715 50 109159764 75 109159814 100 109159863 SM LC to FC 1 to 1 Length Comcode Length Comcode Length Comcode...

Page 331: ...109160341 65 109160390 90 109160440 20 109160309 45 109160358 70 109160408 95 109160457 25 109160317 50 109160366 75 109160416 100 109160465 SC with short boot 180 1x to x 180 1x Important x connector types LC SC FC ST DIN E 2000 Cable Data Type SM Simplex cable 9 125 Connectors SC 45 to LC SC FC ST DIN 180 SM SC to LC 1 to 1 Length Comcode Length Comcode Length Comcode Length Comcode 5 109172338 ...

Page 332: ... 1 Length Comcode Length Comcode Length Comcode Length Comcode 5 109173575 30 109173625 55 109173674 80 109173724 10 109173583 35 109173633 60 109173682 85 109173732 15 109173591 40 109173641 65 109173690 90 109173740 20 109173609 45 109173658 70 109173708 95 109173757 25 109173617 50 109173666 75 109173716 100 109173765 SM SC to DIN 1 to 1 Length Comcode Length Comcode Length Comcode Length Comco...

Page 333: ...4177 30 109174227 55 109174276 80 109174326 10 109174185 35 109174235 60 109174284 85 109174334 15 109174193 40 109174243 65 109174292 90 109174342 20 109174201 45 109174250 70 109174300 95 109174359 25 109174219 50 109174268 75 109174318 100 109174367 Single Mode 9 125 fiber optic cables Ordering codes and specifications 365 374 074 Issue a April 2002 Lucent Technologies C 7 ...

Page 334: ...5 109161505 70 109161554 95 109161604 25 109161463 50 109161513 75 109161562 100 109161612 MM LC to SC 12 to 12 Length Comcode Length Comcode Length Comcode Length Comcode 5 109161620 30 109161679 55 109161729 80 109161786 10 109161638 35 109161687 60 109161737 85 109161794 15 109161646 40 109161695 65 109161752 90 109161802 20 109161653 45 109161703 70 109161760 95 109161810 25 109161661 50 10916...

Page 335: ... 12 Length Comcode Length Comcode Length Comcode Length Comcode 5 109162230 30 109162289 55 109162339 80 109162388 10 109162248 35 109162297 60 109162347 85 109162396 15 109162255 40 109162305 65 109162354 90 109162404 20 109162263 45 109162313 70 109162362 95 109162412 25 109162271 50 109162321 75 109162370 100 109162420 Simplex cables LC 45 1x to x 180 1x Important x connector types LC SC FC ST ...

Page 336: ...h Comcode 5 109162883 30 109162933 55 109162982 80 109163030 10 109162891 35 109162941 60 109162990 85 109163048 15 109162909 40 109162958 65 109163006 90 109163055 20 109162917 45 109162966 70 109163014 95 109163063 25 109162925 50 109162974 75 109163022 100 109163089 MM LC to ST 1 to 1 Length Comcode Length Comcode Length Comcode Length Comcode 5 109163097 30 109163147 55 109163196 80 109163253 ...

Page 337: ...109163378 65 109163428 90 109163477 20 109163337 45 109163386 70 109163436 95 109163485 25 109163345 50 109163394 75 109163444 100 109163493 Multi Mode 62 5 125 fiber optic cables Ordering codes and specifications 365 374 074 Issue a April 2002 Lucent Technologies C 1 1 ...

Page 338: ...389 AALCS 2 0 2 108349457 AALCS 2 5 2 5 108349440 AALCS 3 0 3 108288481 AALCS 3 5 3 5 108288440 AALCS 4 0 4 108357963 AALCS 4 5 4 5 108357971 AALCS 5 0 5 108288473 AALCS 5 5 5 5 108357989 AALCS 6 0 6 108349432 AALCS 6 5 6 5 108357997 AALCS 7 0 7 108288465 AALCS 7 5 7 5 108358003 AALCS 8 0 8 108358011 AALCS 8 5 8 5 108358029 AALCS 9 0 9 108358037 AALCS 9 5 9 5 108358045 AALCS 10 0 10 108288457 AALC...

Page 339: ...79316 ABLCS 2 0 2 108279324 ABLCS 2 5 2 5 108279332 ABLCS 3 0 3 108279340 ABLCS 3 5 3 5 108279357 ABLCS 4 0 4 108279365 ABLCS 4 5 4 5 108279373 ABLCS 5 0 5 108279381 ABLCS 6 0 6 108279399 ABLCS 7 0 7 108279407 ABLCS 8 0 8 108279415 ABLCS 9 0 9 108279423 ABLCS 10 0 10 108279431 ABLCS 11 0 11 108279449 ABLCS 12 0 12 108279456 ABLCS 13 0 13 108279464 ABLCS 14 0 14 108279472 ABLCS 15 0 15 108279480 AB...

Page 340: ...omcode ABLCS 17 0 17 108279506 ABLCS 18 0 18 108279514 ABLCS 19 0 19 108279522 ABLCS 20 0 20 108279530 ABLCS 25 0 25 108279548 LC attenuators Ordering codes and specifications C 1 4 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 341: ...10G 1 3IOR1 KFA7 109000216 OC192 STM64 1 port Direct Optics for WaveStar OLS 1 6T 800G 80 colors OP10G 01 80 800G See LambdaUnite OLS 1 6T 10 Gbit s DWDM direct optics C 18 OC192 STM64 1 port Direct Optics for LambdaXtreme Transport 128 colors OP10 9285XT 8650XT See LambdaXtreme Transport 10 Gbit s DWDM direct optics C 21 OC48 STM16 4 ports LR 1550 nm 80 km OP2G5 1 5LR4 KFA204 109055665 OC48 STM16...

Page 342: ... 983 KFA295 109055822 OP40G 9220XT 192 200 1559 794 KFA296 109055830 OP40G 9210XT 192 100 1560 201 KFA297 109055848 OP40G 9200XT 192 000 1561 419 KFA298 109055855 OP40G 9190XT 191 900 1562 233 KFA299 109055863 OP40G 9180XT 191 800 1563 047 KFA300 109055871 OP40G 9170XT 191 700 1563 863 KFA301 109055889 OP40G 9160XT 191 600 1564 679 KFA302 109055897 OP40G 9150XT 191 500 1565 496 KFA303 109055905 OP...

Page 343: ...1583 690 KFA325 109056218 OP40G 8920XT 189 200 1584 527 KFA326 109056226 OP40G 8910XT 189 100 1585 365 KFA327 109056234 OP40G 8900XT 189 000 1586 203 KFA328 109056242 OP40G 8890XT 188 900 1587 043 KFA329 109056259 OP40G 8880XT 188 800 1587 884 KFA330 109056267 OP40G 8870XT 188 700 1588 725 KFA331 109056275 OP40G 8860XT 188 600 1589 568 KFA332 109056283 OP40G 8850XT 188 500 1590 411 KFA333 10905629...

Page 344: ... s DWDM direct optics FUNCTIONAL Nominal central frequencies THz Nominal central wavelengths nm APP CODE COMCODE OP10G 01 800G 195 85 1530 72 KFA9 109000232 OP10G 02 800G 195 8 1531 12 KFA81 109006155 OP10G 03 800G 195 75 1531 51 KFA82 109006163 OP10G 04 800G 195 7 1531 9 KFA83 109006171 OP10G 05 800G 195 65 1532 29 KFA84 109006189 OP10G 06 800G 195 6 1532 68 KFA85 109006197 OP10G 07 800G 195 55 1...

Page 345: ... 35 KFA107 109006437 OP10G 29 800G 194 45 1541 75 KFA108 109006445 OP10G 30 800G 194 4 1542 14 KFA109 109006452 OP10G 31 800G 194 35 1542 54 KFA110 109006460 OP10G 32 800G 194 3 1542 94 KFA111 109006478 OP10G 33 800G 194 25 1543 33 KFA112 109006486 OP10G 34 800G 194 2 1543 73 KFA113 109006494 OP10G 35 800G 194 15 1544 13 KFA114 109006502 OP10G 36 800G 194 1 1544 53 KFA115 109006510 OP10G 37 800G 1...

Page 346: ... 1554 13 KFA139 109008649 OP10G 61 800G 192 85 1554 54 KFA140 109008656 OP10G 62 800G 192 8 1554 94 KFA141 109008672 OP10G 63 800G 192 75 1555 34 KFA142 109008680 OP10G 64 800G 192 7 1555 75 KFA143 109008698 OP10G 65 800G 192 65 1556 15 KFA144 109008706 OP10G 66 800G 192 6 1556 55 KFA145 109008714 OP10G 67 800G 192 55 1556 96 KFA146 109008722 OP10G 68 800G 192 5 1557 36 KFA147 109008730 OP10G 69 8...

Page 347: ...FA215 109056945 OP10 9255XT 192 550 1556 959 KFA216 109056952 OP10 9250XT 192 500 1557 363 KFA217 109056960 OP10 9245XT 192 450 1557 768 KFA218 109056978 OP10 9240XT 192 400 1558 173 KFA219 109056986 OP10 9235XT 192 350 1558 578 KFA220 109056994 OP10 9230XT 192 300 1558 983 KFA221 109057000 OP10 9225XT 192 250 1559 389 KFA222 109057018 OP10 9220XT 192 200 1559 794 KFA223 109057026 OP10 9215XT 192 ...

Page 348: ...0XT 191 100 1568 773 KFA245 109066027 OP10 9105XT 191 050 1569 183 KFA246 109066035 OP10 9100XT 191 000 1569 594 KFA247 109066050 OP10 9095XT 190 950 1570 005 KFA248 109066068 OP10 9090XT 190 900 1570 416 KFA249 109066076 OP10 9085XT 190 850 1570 828 KFA250 109066084 OP10 9080XT 190 800 1571 239 KFA251 109066092 OP10 9075XT 190 750 1571 651 KFA252 109066100 OP10 9070XT 190 700 1572 063 KFA253 1090...

Page 349: ...0XT 189 500 1582 018 KFA277 109066357 OP10 8945XT 189 450 1582 436 KFA278 109066365 OP10 8940XT 189 400 1582 854 KFA279 109066373 OP10 8935XT 189 350 1583 271 KFA280 109066381 OP10 8930XT 189 300 1583 690 KFA281 109066399 OP10 8925XT 189 250 1584 108 KFA282 109066407 OP10 8920XT 189 200 1584 527 KFA283 109066415 OP10 8915XT 189 150 1584 946 KFA284 109066423 OP10 8910XT 189 100 1585 365 KFA285 1090...

Page 350: ...0XT 187 900 1595 489 KFA454 109066688 OP10 8785XT 187 850 1595 914 KFA455 109066696 OP10 8780XT 187 800 1596 339 KFA456 109066704 OP10 8775XT 187 750 1596 764 KFA457 109066712 OP10 8770XT 187 700 1597 189 KFA458 109066720 OP10 8765XT 187 650 1597 615 KFA459 109066738 OP10 8760XT 187 600 1598 041 KFA460 109066746 OP10 8755XT 187 550 1598 467 KFA461 109066753 OP10 8750XT 187 500 1598 893 KFA462 1090...

Page 351: ...entral frequencies THz for spacings of 100 GHz Nominal central wavelengths nm APP CODE COMCODE OM2G5 921PWDM 192 10 1560 61 OM2G5A921 109154658 OM2G5 922PWDM 192 20 1559 79 OM2G5A922 109154666 OM2G5 923PWDM 192 30 1558 98 OM2G5A923 109154674 OM2G5 924PWDM 192 40 1558 17 OM2G5A924 109154682 OM2G5 925PWDM 192 50 1557 36 OM2G5A925 109154690 OM2G5 926PWDM 192 60 1556 55 OM2G5A926 109154708 OM2G5 927PW...

Page 352: ...6 109154856 OM2G5 947PWDM 194 70 1539 77 OM2G5A947 109154864 OM2G5 948PWDM 194 80 1538 98 OM2G5A948 109154872 OM2G5 949PWDM 194 90 1538 19 OM2G5A949 109154880 OM2G5 952PWDM 195 20 1535 82 OM2G5A952 109154898 OM2G5 953PWDM 195 30 1535 04 OM2G5A953 109154906 OM2G5 954PWDM 195 40 1534 25 OM2G5A954 109154922 OM2G5 955PWDM 195 50 1533 47 OM2G5A955 109154930 OM2G5 956PWDM 195 60 1532 68 OM2G5A956 109154...

Page 353: ...er 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 Ordering codes and specifications 365 374 074 Issue a April 2002 Lucent Technologies C 2 7 ...

Page 354: ......

Page 355: ... This appendix provides information about all interested facts related to the DWDM equipment Contents DWDM materials D 2 DWDM technical data D 3 DWDM mounting D 4 DWDM arrangements D 8 DWDM cabling D 9 365 374 074 Issue a April 2002 Lucent Technologies D 1 ...

Page 356: ... 4 Bracket DC1005065 4 Fiber Clip DC1000680 2 Fiber Routing Guides corner DC1001518 2 Guide Bracket DC1005064 6 Screw Tapping Thread Forming M6x16 CC901331421 Optional grounding material Quantity Description Comcode Remarks 1 Ground Wire 2000 mm 6 562 ft CC848828174 incl green M5 bolt and tooth lock Installed in the upper part of the rack 1 Ground Wire 3000 mm 9 843 ft CC848828182 incl green M5 bo...

Page 357: ... 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 Passive DWDM OEM equipment 365 374 074 Issue a April 2002 Lucent Technologies D 3 ...

Page 358: ...th configurations 4 If applicable connect the grounding cables from the Shell Holder at the rear side with Screw Tapping Thread Forming M6x16 CC901331421 to the grounding point of the rack frame IF the Passive DWDM is positioned THEN above the the middle of the rack Upper part use the ground wire 2000 mm 6 562 ft CC848828174 below the the middle of the rack Bottom part use the ground wire 3000 mm ...

Page 359: ... the racks IF the configuration 1 is Then Top Access mount the brackets above the Shell Holder Bottom Access mount the brackets below the Shell Holder 8 Connect the fiber cables as required by the configuration 9 Close the door of the Shell Holder DWDM mounting Passive DWDM OEM equipment 365 374 074 Issue a April 2002 Lucent Technologies D 5 E N D O F S T E P S ...

Page 360: ...Results Legend 1 Shell Holder Avanex Figure D 1 Mounting the passive DWDM DWDM mounting Passive DWDM OEM equipment D 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 361: ...65 5 Fiber Clip DC1000680 6 Guide Bracket DC1005064 7 Fiber Routing Guides corner DC1001518 8 Ground Wire 2000 mm 6 562 ft CC848828174 or Ground Wire 3000 mm 9 843 ft CC848828182 DWDM mounting Passive DWDM OEM equipment 365 374 074 Issue a April 2002 Lucent Technologies D 7 ...

Page 362: ... 1538 186 CH 49 194 700 1539 766 CH 47 194 500 1541 349 CH 45 194 300 1542 936 CH 43 193 700 1547 715 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 Figure D 2 Layout of front panel for the passive DWDM Passive DWDM OEM equipment D 8 Lucent Technologies 365 374 074 Issue a April ...

Page 363: ... can not be guaranteed The Single Mode 9 125 fiber optic cables C 2 that are used for the passive 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 Passive DWDM OEM equipment 365 374 074 Issue a April 2002 Lucent Technologies D 9 ...

Page 364: ...cables can be routed on both sides to the front of the unit see next figure Figure D 3 Cable routing of passive DWDM DWDM cabling Passive DWDM OEM equipment D 1 0 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 365: ...urpose This appendix provides information about all interested facts related to the DCM equipment Contents DCM mounting E 2 DCM arrangements E 3 DCM cabling E 4 DCF module interface E 5 365 374 074 Issue a April 2002 Lucent Technologies E 1 ...

Page 366: ...figure 2 Mount the Unit Bracket NB 00000904 item 2 with the DCM Carrier NB 00000902 on the rack frame using the Screw Tapping Thread Forming M6x16 CC901331421 Important Two DCM Carriers NB 00000902 item 1 could be mounted back to back within the rack frame Results Figure E 1 Mounting the DCM Carrier DCM OEM equipment E 2 Lucent Technologies 365 374 074 Issue a April 2002 E N D O F S T E P S ...

Page 367: ...DCM arrangements Layout Figure E 2 Arrangements of the DCM pack positions DCM OEM equipment 365 374 074 Issue a April 2002 Lucent Technologies E 3 ...

Page 368: ...ranteed The Single Mode 9 125 fiber optic cables C 2 are used for the DCF modules which should have an LC connector with a 45 boot Routing The cables can be routed from both sides of the rack to the front of the unit see next figure Figure E 3 Cable routing for the DCM Carrier DCM OEM equipment E 4 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 369: ...814323 DC1002401 DCF CPL 20 0 CC848814331 DC1002402 DCF CPL 30 0 CC848814349 DC1003628 DCF CPL 40 0 CC848814356 DC1002403 SMF module DK S CC848814943 or DCM CPL S 15 km SSMS DC1003629 Fiber overlength box The fiber overlength box is Figure E 4 DCF CPLs DCM OEM equipment 365 374 074 Issue a April 2002 Lucent Technologies E 5 ...

Page 370: ... STG Unite cable overlenght CC848840096 or fiber overlenght box DC1002918 Figure E 5 STG CPL DCF module interface DCM OEM equipment E 6 Lucent Technologies 365 374 074 Issue a April 2002 ...

Page 371: ...ignal AUTO Automatic One possible state of a port or slot When a port is in the AUTO state and a good signal is detected the port automatically enters the IS in service state When a slot is in the AUTO state and a circuit pack is detected the slot automatically enters the EQ equipped state AWG American Wire Gauge B BDFB Battery Distribution and Fuse Bay BER Bit Error Rate The ratio of error bits r...

Page 372: ...t CP Circuit Pack CTL System Controller CTS Customer Technical Support within Lucent Technologies D D SUB D Subminiature dB Decibels DC Direct Current DCC Data Communications Channel The embedded overhead communications channel in the synchronous line used for end to end communications and maintenance The DCC carries alarm control and status information between network elements in a synchronous ne...

Page 373: ...ignal Dispersion Time broadening of a transmitted light pulse Dispersion Shifted Optical Fiber 1330 1550 nm minimum dispersion wavelength Drop Down Menu A menu that is displayed from a menu bar DS1 1 5 Mbps interface DUR Dual Unit Row DWDM Dense Wavelength Division Multiplexing E EMC Electro Magnetic Compatibility EMS Element Management System EPROM Erasable Programmable Read Only Memory ESD Elect...

Page 374: ...s time applies for all timing sources in a system hence the name global This can be between 0 and 60 minutes in increments of one minute GND Ground GNE Gateway Network Element A network element that passes information between other network elements and management systems through a data communication network H Holdover An operating condition of a clock in which its local oscillator is not locked to...

Page 375: ...d KFA XX Apparatus code of circuit packs L LAN Local Area Network A communications network that covers a limited geographic area is privately owned and user administered is mostly used for internal transfer of information within a business is normally contained within a single building or adjacent group of buildings and transmits data at a very rapid speed LAPD Link Access Procedure D bytes Protoc...

Page 376: ...ations link LOS Loss of Signal The complete absence of an incoming signal M Maintenance Condition An equipment state in which some normal service functions are suspended either because of a problem or to perform special functions copy memory that can not be performed while normal service is being provided MB Megabytes Mbit s Megabits per second MDI Miscellaneous Discrete Input MDO Miscellaneous Di...

Page 377: ...rements U S Telecom Requirements dealing with EMC EMI Environmental Electrical safety nm Nanometer 10 9 meters Node A network element in a ring or more generally in any type of network In a network element supporting interfaces to more than one ring node refers to an interface that is in a particular ring Node is also defined as all equipment that is controlled by one system controller A node is n...

Page 378: ...SI Open Systems Interconnection Referring to the OSI reference model a logical structure for network operations standardized by the International Standards Organization ISO OUT Transmit P PCB Printed Circuit Board PDP Power Distribution Panel PI Power Interface Port also called Line The physical interface consisting of both an input and output where an electrical or optical transmission interface ...

Page 379: ...t is usually at another remote site Ring A configuration of nodes comprised of network elements connected in a circular fashion Under normal conditions each node is interconnected with its neighbor and includes capacity for transmission in either direction between adjacent nodes Path switched rings use a head end bridge and tail end switch Line switched rings actively reroute traffic over the prot...

Page 380: ...m a remote entity to the target network element s memory The remote entity may be theLambdaUnite CIT or Navis Optical EMS The download procedure uses bulk transfer to move an un interpreted binary file into the network element Software ID Number that provides the software version information for the system SONET Synchronous Optical Network The North American standard for the rates and formats that...

Page 381: ...is a character string of up 20 characters where the characters are letters digits or hyphens TL1 Transaction Language One A subset of ITU s human machine language TM Terminal Multiplexer An Add Drop Multiplexer with only one stream interface Tributary A signal of a specific rate 2 Mbit s 34 Mbit s 140 Mbit s VC12 VC3 VC4 STM 1 or STM 4 that may be added to or dropped from a line signal Two Way Poi...

Page 382: ...a scope VC Virtual Container Container with path overhead VDC Volts Direct Current Virtual Refers to artificial objects created by a computer to help the system control shared resources W WTR Wait to Restore Applies to revertive switching operation The protection group enters the WTR state when all Equipment Fail EF conditions are cleared but the system has not yet reverted back to its working lin...

Page 383: ...k cabling 8 6 Office alarm cables 4 51 OP10G circuit pack 4 59 OP155M circuit pack 4 55 OP2G5 circuit pack 4 57 OP40G circuit pack 4 60 OP622M circuit pack 4 56 Optical cables fibers 4 53 8 6 C 2 C 8 PDP PI 4 7 PDP PI 100 4 12 PI cables 4 7 PI 100 cables 4 12 Power input cables 4 5 Station alarm interface 4 26 Station clock cables 100 110 Ohm 4 37 Station clock cables 120 Ohm 4 41 Station clock ca...

Page 384: ...ee Electrostatic discharge ESP See Electrostatic protection ESP bonding point 1 19 ETSI 2 rack Dimensions 3 10 Fiber management 4 63 Floor mounting 3 13 Layout 3 11 Line up installation 3 16 3 37 Parts 3 7 Rack doors mounting 4 73 Side cover plates mounting 4 71 Technical data 3 10 Types 3 7 Weight 3 10 Exit checklist NE provisioning and stand alone installation test 7 18 Physical and power instal...

Page 385: ...NE name TID 6 14 System timing 6 24 Timing references 6 21 NE software download initial 5 15 reload B 2 NE synchronisation failure A 5 NE synchronisation test 7 6 NEBS 2000 rack Dimensions 3 31 Fiber management 4 63 Floor mounting 3 34 Layout 3 32 Line up installation 3 16 3 37 Parts 3 28 Rack doors mounting 4 73 Side cover plates mounting 4 71 Technical data 3 31 Types 3 28 Weight 3 31 Network ca...

Page 386: ...2 4 3 18 3 22 3 39 3 43 Power Distribution Panel PDP 1 30 1 32 1 38 Dimensions 3 18 3 39 Grounding 4 17 Layout 3 18 3 39 Power failure A 2 Power input cables Orderable cables 4 5 Routing 4 6 Power on 5 4 R Rack adapter kit 3 16 3 37 Rack doors 4 73 Remote login failure A 9 Remote NE login 8 12 8 31 Ring test 8 21 8 40 S Safety of laser products 1 16 1 16 Side cover plates 4 71 Spare parts C 27 Sta...

Page 387: ...rm reporting 7 4 NE synchronisation 7 6 Physical installation 5 18 Point to point Ring test 8 21 8 40 Port transmission 7 12 Remote NE login 8 12 8 31 Supply voltage 5 4 Timing references 6 21 Troubleshooting Alarm handling A 12 Fiber cleaning A 13 LED test failure A 8 NE synchronisation failure A 5 Power failure A 2 Remote login failure A 9 SW download failure A 7 U UR mark 2 7 User byte cables O...

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