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DCM module interface

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DCM modules

The different types of DCM module are:

•

DCM/LC CPL DK-5.0 — CC848814315

•

DCM/LC CPL DK-10 — CC848814323

•

DCM/LC CPL DK-20 — CC848814331

•

DCM/LC CPL DK-30 — CC848814349

•

DCM/LC CPL DK-40 — CC848814356

•

DCM/LC CPL DK-S — CC848814943.

Figure C-4 DCM CPLs

DCM (OEM equipment)

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365-374-187
Issue 1, December 2005

Lucent Technologies - Proprietary

See notice on first page

C-5

Summary of Contents for LambdaUnite

Page 1: ...r 2005 Lucent Technologies Proprietary This document contains proprietary information of Lucent Technologies and is not to be disclosed or used except in accordance with applicable agreements Copyright 2005 Lucent Technologies Unpublished and Not for Publication All Rights Reserved See notice on first page ...

Page 2: ... the time of printing However information is subject to change Declaration of Conformity The Declaration of Conformity DoC for this product can be found in the MSS Applications and Planning Guide chapter 9 section Conformity statements or at http www lucent de ecl Safety Always observe the Safety Instructions given in chapter 1 when operating the system Ordering information The order number of thi...

Page 3: ...xxxi xxxi Related training xxxiii xxxiii Intended use xxxiii xxxiii Optical safety xxxiv xxxiv Technical documentation xxxvii xxxvii Technical support xxxvii xxxvii Important information for self installing customers xxxvii xxxvii How to order xxxviii xxxviii How to comment xxxviii xxxviii Part I Physical and power installation 1 Safety Overview 1 1 1 1 365 374 187 Issue 1 December 2005 Lucent Tec...

Page 4: ...view 1 22 1 22 Transportation 1 23 1 23 Storage 1 25 1 25 Installation 1 27 1 27 Taking into operation 1 29 1 29 Operation and maintenance 1 32 1 32 Taking out of operation 1 37 1 37 2 General information Overview 2 1 2 1 Floorplan guidelines ETSI 2 NEBS 2000 2 2 2 2 Technical data 2 5 2 5 EMC ESD information 2 6 2 6 WaveStar CIT requirements 2 8 2 8 Running WaveStar CIT with Windows XP SP2 2 9 2 ...

Page 5: ...tension height 3 17 3 17 Rack adapter kit 3 19 3 19 Technical data for PDP 3 22 3 22 MDIO terminal rail 3 24 3 24 Technical data for subrack 3 25 3 25 Mounting the subracks into rack 3 28 3 28 NEBS 2000 installation Overview 3 35 3 35 Hardware items 3 36 3 36 Technical data for rack 3 37 3 37 Eye bolts 3 40 3 40 Floor mounting 3 41 3 41 Top mounting 3 46 3 46 Rack extension width 3 48 3 48 Content...

Page 6: ...0 Fan unit 4 17 4 17 Ground wiring 4 21 4 21 Internal cable installation Overview 4 24 4 24 Cable management 4 25 4 25 Controller cable CI CTL Fan unit 4 28 4 28 Subrack alarm wiring 4 31 4 31 Station alarm wiring 4 35 4 35 External cable installation Overview 4 39 4 39 STM 1e interface 4 40 4 40 STM 1e cable assembly instructions 4 47 4 47 DS3 EC1 interface 4 50 4 50 Miscellaneous Discrete Inputs...

Page 7: ...tenuators 4 97 4 97 Installation of doors and side cover plates Overview 4 98 4 98 Side cover plates 4 99 4 99 Rack doors 4 102 4 102 5 Power software and circuit pack installation Overview 5 1 5 1 Powering Overview 5 2 5 2 Switching on and testing the supply voltage 5 4 5 4 Fan unit test 5 8 5 8 Software and circuit pack installation Overview 5 11 5 11 WaveStar CIT installation 5 12 5 12 Starting...

Page 8: ...gin Overview 7 2 7 2 Connecting the WaveStar CIT to the NE 7 3 7 3 NE login via OSI 7 7 7 7 NE login via TCP IP 7 11 7 11 Provisioning system parameters Overview 7 13 7 13 Changing the NE name TID 7 14 7 14 System parameters 7 16 7 16 LAN port configuration for TCP IP access 7 22 7 22 NE password aging 7 28 7 28 NE date and time 7 30 7 30 Mounting the CTL protection unit 7 33 7 33 External timing ...

Page 9: ... 9 1 9 1 NE provisioning and stand alone installation test exit checklist 9 2 9 2 Optical output power measurements 9 3 9 3 Part III Network establishment and testing 10 Network establishment and testing Overview 10 1 10 1 Network establishment Overview 10 3 10 3 Connecting the fiber cables 10 4 10 4 Provision DCC 10 12 10 12 WaveStar CIT remote login test via DCC 10 15 10 15 Line timing test setu...

Page 10: ...the SCN nodes 10 81 10 81 Optical port provisioning for SCN 10 83 10 83 DCC provisioning for SCN 10 85 10 85 Launching the WaveStar CIT ONNS application for the first time 10 87 10 87 ONNS test Overview 10 90 10 90 Path creation test 10 94 10 94 Path restoration test 10 97 10 97 Path deletion test 10 98 10 98 1 1 protection test 10 99 10 99 11 Exit checklist Part III Overview 11 1 11 1 Network est...

Page 11: ...te login failure A 16 A 16 Alarm handling A 19 A 19 Switching off an NE A 20 A 20 Fiber cleaning A 21 A 21 Replacing LC type LBOs A 23 A 23 Removing the SFP modules A 24 A 24 B Passive WDM OEM equipment Overview B 1 B 1 Hardware items B 2 B 2 PWDM technical data B 3 B 3 PWDM mounting B 4 B 4 PWDM arrangements B 8 B 8 PWDM cabling B 9 B 9 C DCM OEM equipment Overview C 1 C 1 DCM mounting C 2 C 2 Co...

Page 12: ... 10 D 10 Mounting the circuit breakers D 13 D 13 Mounting the anti recirculation plate D 14 D 14 Result D 15 D 15 E Mixed configuration LambdaUnite MSS and Metropolis DMX High Capacity Overview E 1 E 1 Mounting the LambdaUnite MSS subrack E 2 E 2 Mounting the heat baffle E 5 E 5 Mounting the Metropolis DMX High Capacity subrack E 6 E 6 Mounting the anti recirculation plate E 7 E 7 Result E 9 E 9 G...

Page 13: ... Sequence of steps 2 16 2 16 3 Mechanical installation 3 1 ETSI 2 rack specifications 3 5 3 5 3 2 PDP specifications 3 22 3 22 3 3 Subrack specifications 3 25 3 25 3 4 NEBS 2000 rack specifications 3 37 3 37 3 5 PDP specifications 3 55 3 55 3 6 Subrack specifications 3 57 3 57 4 System cabling and final assembly 4 1 Cable list 4 3 4 3 4 2 Available PI cables 4 11 4 11 4 3 Pin assignment PI cables ...

Page 14: ...ables 100 110 Ω 4 65 4 65 4 16 Pin assignment E1 station clock output cables 120 Ω 4 67 4 67 4 17 Pin assignment E1 station clock input cables 120 Ω 4 68 4 68 4 18 Pin assignment E1 station clock output cables 75 Ω 4 70 4 70 4 19 Pin assignment E1 station clock input cables 75 Ω 4 71 4 71 4 20 Pin assignment LAN cables crossed 4 74 4 74 4 21 Pin assignment LAN cables straight 4 75 4 75 4 22 When t...

Page 15: ...ched power ranges 8 12 8 12 8 2 Receiver sensitivity 8 19 8 19 Part III Network establishment and testing 10 Network establishment and testing 10 1 Power input ranges of the optical circuit packs 10 8 10 8 B Passive WDM OEM equipment B 1 PWDM specifications B 3 B 3 B 2 Optical channel allocations B 8 B 8 List of tables 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on...

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Page 17: ...2 3 Grounding scheme 2 6 2 6 2 4 ESP subrack bonding point 2 7 2 7 3 Mechanical installation 3 1 Rack layout ETSI 2 rack 3 6 3 6 3 2 Eye bolt mounting 3 8 3 8 3 3 Top Bottom plate layout ETSI 2 rack 3 9 3 9 3 4 Floor mounting ETSI 2 rack 3 11 3 11 3 5 Anchoring kit SE12150W 1 CC408414951 3 11 3 11 3 6 Mounting holes ETSI 2 rack 3 13 3 13 3 7 Top mounting fixture ETSI 2 rack 3 14 3 14 3 8 Mounting ...

Page 18: ...ck 3 41 3 41 3 22 Drilling template NEBS 2000 rack 3 42 3 42 3 23 Floor mounting NEBS 2000 rack 3 43 3 43 3 24 Anchoring kit NEBS 2000 rack 3 43 3 43 3 25 Shim plates NEBS 2000 rack 3 45 3 45 3 26 Mounting holes NEBS 2000 rack 3 46 3 46 3 27 Top mounting fixture NEBS 2000 rack 3 47 3 47 3 28 Mounting the rack extension width 3 49 3 49 3 29 Rack extension height 600 mm 3 51 3 51 3 30 Rack extension...

Page 19: ...1 4 21 4 12 Office and subrack grounding 4 23 4 23 4 13 Cable management top access 4 26 4 26 4 14 Cable management bottom access 4 27 4 27 4 15 Controller cable 4 29 4 29 4 16 Routing of the controller cable 4 30 4 30 4 17 Connectors of the subrack alarm cables 4 32 4 32 4 18 Routing the subrack alarm cables PDP side 4 33 4 33 4 19 Connections of the subrack alarm cables PDP side 4 33 4 33 4 20 R...

Page 20: ...byte cables 4 62 4 62 4 39 Connector of the 100 110 Ω DS1 station clock output cables 4 63 4 63 4 40 Connector of the 100 110 Ω DS1 station clock input cables 4 65 4 65 4 41 Routing the station clock I O cables 4 66 4 66 4 42 Connector of the 120 Ω E1 station clock output cables 4 67 4 67 4 43 Connector of the 120 Ω E1 station clock input cables 4 68 4 68 4 44 Routing the station clock I O cables ...

Page 21: ...ting with rack extension 1 subrack 4 92 4 92 4 67 Routing without rack extension 2 subracks 4 93 4 93 4 68 Routing with rack extension 2 subracks 4 94 4 94 4 69 OP40 cabling with amplifiers 4 96 4 96 4 70 Side cover plate mounting onto the rack frame 4 100 4 100 4 71 Side cover plate mounting onto the rack extension 4 100 4 100 4 72 Installing the rack doors 4 103 4 103 4 73 Opening the rack doors...

Page 22: ... 48 5 48 5 15 Undamaged connector blocks 5 53 5 53 5 16 Undamaged damaged EMI shields 5 53 5 53 5 17 Undamaged guide headers 5 54 5 54 Part II NE provisioning and stand alone installation test 7 NE provisioning 7 1 Direct LAN access point to point 7 3 7 3 7 2 WaveStar CIT LAN access network 7 4 7 4 7 3 WaveStar CIT access via DCC 7 5 7 5 7 4 WaveStar CIT access via TCP IP 7 6 7 6 7 5 WaveStar CIT ...

Page 23: ... setup 10 19 10 19 10 7 1 1 MSP APS test setup 10 25 10 25 10 8 2 fiber MS SPRing BLSR test setup 10 31 10 31 10 9 4 fiber MS SPRing BLSR test setup 10 38 10 38 10 10 SNCP UPSR test setup 10 45 10 45 10 11 ONNS test setup 10 92 10 92 A Installation troubleshooting A 1 User Panel cable UPL A 14 A 14 A 2 User Panel screws A 14 A 14 A 3 LBO replacement A 23 A 23 A 4 Unlocking a MSA latch type 1 SFP A...

Page 24: ...D 4 D 2 Mounted PDP D 4 D 4 D 3 MADM subrack mounting D 6 D 6 D 4 Fan unit mounting D 8 D 8 D 5 Airguide mounting D 9 D 9 D 6 LambdaUnite MSS subrack mounting D 12 D 12 D 7 Circuit breaker mounting D 13 D 13 D 8 Fixing the anti recirculation plate D 14 D 14 D 9 Mounted anti recirculation plate D 14 D 14 D 10 Mounting positions LambdaUnite MSS and Metropolis ADM D 15 D 15 E Mixed configuration Lamb...

Page 25: ... the anti recirculation plate E 8 E 8 E 5 Mounting positions LambdaUnite MSS and Metropolis DMX E 9 E 9 List of figures 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page xxv ...

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Page 27: ...d statements are given at points where safety consequences to personnel equipment and operation may exist Failure to follow these statements may result in serious consequences Intended audience The intended audience for this document is all personnel who take part in the physical installation cabling powering stand alone testing and integration testing of the LambdaUnite system This requires that ...

Page 28: ...oors and side cover plates Chapter 5 Power software and circuit pack installation This chapter describes the system powering the WaveStar CIT and NE software installation the circuit pack installation and two final tests which should be performed to end the physical installation part Chapter 6 Exit checklist Part I This chapter contains the exit checklist for Part I Part II NE provisioning and sta...

Page 29: ...necessary information Conventions used The following conventions are used throughout the manual Numbering The chapters of this document are numbered consecutively The page numbering restarts at 1 in each chapter To facilitate identifying pages in different chapters the page numbers are prefixed with the chapter number For example page 2 3 is the third page in chapter 2 Cross references Cross refer...

Page 30: ...crew Measurements All dimensions 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 Abo...

Page 31: ...formation 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 rules o...

Page 32: ...uipment TransLAN Ethernet SDH Transport Solution Applications and Planning Guide The TransLAN Ethernet SDH Transport Solution Applications and Planning Guide presents a detailed overview of the TransLAN Ethernet SDH Transport Solution it describes its applications gives planning information engineering rules ordering information and technical specifications Additionally it provides some Ethernet b...

Page 33: ...mbdaUnite MSS Interconnect and Circuit Information Drawing ED8C948 20 TransLAN Ethernet SDH Transport Solution Applications and Planning Guide 109457192 365 377 000 These documents and drawings can be ordered at or downloaded from the Customer Information Center CIC at http www cic lucent com or via your Local Customer Support Related training For detailed information about the LambdaUnite MSS tra...

Page 34: ...hat may be visible or invisible to the eye A conventional laser produces a small size beam of light and because the beam size is small the power density also called irradiance is very high Consequently lasers and laser products are subject to federal and applicable state regulations as well as international standards for their safe operation A conventional laser beam expands very little over dista...

Page 35: ...stalled in front of the laser circuit pack shelves The circuit packs themselves however may be FDA CDRH Class I IIIb or IV or IEC Class 1 1M 3R 3B or 4 Laser safety precautions for optical fiber telecommunication systems CAUTION Laser hazard Use of controls adjustments and procedures other than those specified herein may result in hazardous laser radiation exposure In its normal operating mode an ...

Page 36: ...the eye to emissions from un terminated energized optical connectors at close distances Laser modules associated with the optical ports of laser circuit packs are typically recessed which limits the exposure distance Optical port shutters Automatic Power Reduction APR and Automatic Power Shut Down APSD are engineering controls that are also used to limit emissions However technicians removing or r...

Page 37: ...e 24 hours a day 7 days a week When additional technical assistance is needed use the appropriate contact information in the table below Customer location Initial Lucent Technologies contact location Inside the United States and Canada Technical Support Services can be reached at 1 866 LUCENT8 866 582 3688 Prompt 1 Outside the United States and Canada Technical Support Services can be reached at 1...

Page 38: ... 3 Network establishment and testing exit checklist p 11 2 Completion form p 11 3 These checklists and tables are included in this guide on the pages indicated above How to order This information product can be ordered with the order number 365 374 187 at the Customer Information Center CIC see http www cic lucent com An overview of the ordering process and the latest software licenses information...

Page 39: ...nt contains the following chapters Chapter 1 Safety Chapter 2 General information Chapter 3 Mechanical installation Chapter 4 System cabling and final assembly Chapter 5 Power software and circuit pack installation Chapter 6 Exit checklist Part I Entry checklist The following provides a checklist to be completed prior to performing the physical and power installation Verify that each procedure has...

Page 40: ...to coil loop excess length of transmission cables Is there enough space in the cable rack or under the floor for power and other external cables Are there any obstacles that will affect the physical installation or cabling Are the required fuse breaker positions available Are the needed LambdaUnite MSS racks available ETSI 2 or NEBS 2000 Are the needed LambdaUnite MSS subracks available Are all ne...

Page 41: ...ts p 2 8 Is a CompactFlash card adapter available Contents Chapter 1 Safety 1 1 Chapter 2 General information 2 1 Chapter 3 Mechanical installation 3 1 Chapter 4 System cabling and final assembly 4 1 Chapter 5 Power software and circuit pack installation 5 1 Chapter 6 Exit checklist Part I 6 1 Physical and power installation Overview 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietar...

Page 42: ......

Page 43: ...te 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 danger that cannot be completely eliminated In particular these ar...

Page 44: ...ons 1 14 Laser product classification 1 16 Electrostatic discharge 1 20 Safety requirements in specific deployment phases 1 22 Transportation 1 23 Storage 1 25 Installation 1 27 Taking into operation 1 29 Operation and maintenance 1 32 Taking out of operation 1 37 Safety Overview 1 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 45: ...ral information on the structure of safety instructions and summarizes general safety requirements Contents Structure of hazard statements 1 4 Basic safety aspects 1 7 Safety 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 1 3 ...

Page 46: ...se 1 Personal injury symbol Indicates the potential for personal injury optional 2 Hazard type symbol Indicates hazard type optional 3 Signal word Indicates the severity of the hazard 4 Hazard type Describes the source of the risk of damage or injury 5 Damage statement Consequences if protective measures fail 6 Avoidance message Protective measures to take to avoid the hazard 7 Identifier The refe...

Page 47: ...ed may result in personal injury When used without the personal injury symbol Indicates a potentially hazardous situation low risk which if not avoided may result in property damage such as service interruption or damage to equipment or other materials Warning symbols These warning symbols are defined for safety instructions Legend 1 General warning of danger 2 Electric shock 3 Hazard of laser rad...

Page 48: ...ed by batteries 9 Hot surface 10 Heavy load 11 Unhealthy irritating substance 12 Hazard of falling Safety Structure of hazard statements 1 6 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 49: ...be operated only with the connections and under the environmental conditions as described in the documentation Any conversions or changes to the system or parts of the system including the software must be carried out by qualified Lucent Technologies personnel or by expert personnel authorized by Lucent Technologies All changes carried out by other persons lead to a complete exemption from liabili...

Page 50: ...ounting instructions consult the LambdaUnite MSS Installation Guide Install only equipment identified in the LambdaUnite MSS Installation Guide provided with this product Use of other equipment may result in improper connection of circuitry leading to fire or injury to persons To reduce the risk of electrical shock do not disassemble this product Installation and service should be performed by tra...

Page 51: ... DC system shall not be grounded elsewhere 3 The DC supply source is to be located within the same premises as this equipment 4 There shall be no switching or disconnection devices in the grounded circuit conductor between the DC source and the point of connection of the grounding electrode conductor CAUTION Laser hazard LambdaUnite MSS systems contain optical circuit packs that can emit laser rad...

Page 52: ...e for the LambdaUnite MSS equipment Therefore the key safety instructions for these subjects are summarized in the following Contents Laser safety 1 11 Optical circuit pack specifications 1 14 Laser product classification 1 16 Electrostatic discharge 1 20 Safety 1 10 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 53: ...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 p 1 16 These laser warning labels not to scale are affixed on the LambdaUnite MSS equipment They refer to the system as a whole in nor...

Page 54: ...fety 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 follow the instructions Ignoring the instructions may result in hazardous laser radiation exposure Do not look directly into the las...

Page 55: ...ntrols adjustments and procedures other than those specified herein may result in hazardous laser radiation exposure Safety Laser safety 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 1 13 ...

Page 56: ...15 8 28 8 1 I OPLB PAR8 KFA180 with OM622 1 3IR1 OM622A182 OM622 1 3LR1 OM622A181 1310 1310 SM 9 125 SM 9 125 0 15 8 1 6 2 28 28 8 8 1 I 1 I 2 5 Gbit s optical circuit packs OP2G5 1 3SR4 KFA12 1310 SM 9 125 0 5 3 18 3 1 I OP2G5 1 3LR4 KFA203 1310 SM 9 125 1 6 2 27 8 1 I OP2G5 1 5LR4 KFA204 1550 SM 9 125 1 6 2 28 8 1 I OP2G5D PAR8 KFA620 with OM2G5 1 3SR1 OM2G5A12 OM2G5 1 3LR1 OM2G5A203 OM2G5 1 5LR...

Page 57: ...1M IIIb OP40 9280XT 8650XT KFA290 KFA353 1554 940 1607 466 SM 9 125 0 5 3 10 5 0 5 1 I Gigabit Ethernet circuit pack GE1 SX4 KFA13 850 MM 50 125 0 4 4 17 0 1 I GE1 LX4 KFA532 1310 SM 50 125 0 5 3 19 3 1 I Notes 1 SM Single mode fiber MM multi mode fiber 2 It is the class of the circuit pack not that of the telecommunications system as a whole that is specified 3 The OP10 1 5LR1 circuit packs deliv...

Page 58: ...following classes please refer to FDA CDRH laser classification p 1 17 Class 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 The IEC 60825 1 standard has been established ...

Page 59: ...ength 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 of 1310 nm and 1550 nm in accordance with the IEC 60825 1 Ed 1 2 2001 standard The precise power li...

Page 60: ... power of laser radiation 1 1310 nm 8 85 mW 9 5 dBm 1550 nm 10 mW 10 dBm 3A 1310 nm 24 mW 13 8 dBm 1550 nm 50 mW 17 dBm 3B 1310 nm 500 mW 27 dBm 1550 nm 500 mW 27 dBm 4 1310 nm 500 mW 27 dBm 1550 nm 500 mW 27 dBm Notes 1 Corresponding laser warning labels can still be found on equipment manufactured before publication of the IEC 60825 1 Ed 1 2 2001 standard Hazard level assignment Hazard level ref...

Page 61: ...ical telecommunication equipment Optical telecommunication equipment is generally classified as IEC Class 1 or FDA CDRH Class I because under normal operating conditions the transmitter ports terminate on optical fiber connectors These are covered by a front panel to ensure protection against emissions from any energized unterminated transmitter The circuit packs themselves however may be IEC Clas...

Page 62: ...he 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 the circuit packs at the edges or...

Page 63: ...mponents 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 Safety Electrostatic discharge 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 1 21 ...

Page 64: ...The instructions are arranged according to the following deployment phases Transportation p 1 23 Storage p 1 25 Installation p 1 27 Taking into operation p 1 29 Operation and maintenance p 1 32 Taking out of operation p 1 37 Contents Transportation 1 23 Storage 1 25 Installation 1 27 Taking into operation 1 29 Operation and maintenance 1 32 Taking out of operation 1 37 Safety 1 22 Lucent Technolog...

Page 65: ...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 CAUTION Damage to system components under extreme environmental conditions Extreme environmental conditions can damage system components and cause malfunctioning Ensure that the ...

Page 66: ... Celsius C or degrees Fahrenheit F 2 Relative humidity 3 Absolute humidity g m3 The dashed curves specify a constant absolute 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 Figure 1 3 Climatic limits transportation and storage 0 60 30 10 70 40 20 90 80 50 10 40...

Page 67: ...estroyed by electrostatic discharge Circuit packs must therefore always be kept in antistatic covers Use the original antistatic packaging if possible Always observe the ESD instructions cf Electrostatic discharge p 1 20 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 com...

Page 68: ...em 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 p 1 24 Safety Storage 1 26 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 69: ...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 Electrostatic discharge ESD CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge Circuit packs must therefore always be kept in a...

Page 70: ... 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 for test purposes The following label is affixed on the LambdaUnite MSS subrack Recei...

Page 71: ...wer supply plug Arcing can cause burns to the hands and damage to the eyes Before removing or inserting the power supply plug at the Power Interface PI ensure that the line circuit breaker on the Power Interface is in the OFF position DANGER Power Interface PI 100 Arcing on removing or connecting live power supply cable lugs Arcing can cause burns to the hands and damage to the eyes Before removin...

Page 72: ...ly voltage of incorrect polarity or too high LambdaUnite MSS equipment operates at a nominal voltage of 48 V or 60 V The permissible tolerance range is 40 5 V to 72 V Ensure that the supply voltage has the correct range and polarity before connecting the voltage Fusing CAUTION Risk of fire in the event of a short circuit A short circuit can cause a fire in the network element Protect all supply li...

Page 73: ...y on moving from outside to closed rooms this can cause malfunctioning of the circuit packs Ensure that circuit packs and shelves have reached room temperature and are dry before taking them into operation Safety Taking into operation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 1 31 ...

Page 74: ...power supply plug Arcing can cause burns to the hands and damage to the eyes Before removing or inserting the power supply plug at the Power Interface PI ensure that the line circuit breaker on the Power Interface is in the OFF position DANGER Power Interface PI 100 Arcing on removing or connecting live power supply cable lugs Arcing can cause burns to the hands and damage to the eyes Before remov...

Page 75: ...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 Electrostatic discharge ESD CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge Circ...

Page 76: ... 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 for test purposes The following label is affixed on the LambdaUnite MSS subrack Receiver se...

Page 77: ...DC and that the test equipment is connected with the correct polarity 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 the operation of LambdaUnite MSS equipment p 1 35 are complied with during operation Climatic limits for the ope...

Page 78: ...onstant 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 Figure 1 4 Climatic limits operation 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 Operation and maintenance 1 36 Lucent Technologies Proprietary See notice on first page 365 374 187 I...

Page 79: ...ower supply plug Arcing can cause burns to the hands and damage to the eyes Before removing or inserting the power supply plug at the Power Interface PI ensure that the line circuit breaker on the Power Interface is in the OFF position DANGER Power Interface PI 100 Arcing on removing or connecting live power supply cable lugs Arcing can cause burns to the hands and damage to the eyes Before removi...

Page 80: ...er or dropped This can also cause serious damage to the shelf At least two persons are required for lifting the shelf Electrostatic discharge ESD CAUTION ESD hazard 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 p 1 20 Disposal The equipm...

Page 81: ...itch MSS system Contents Floorplan guidelines ETSI 2 NEBS 2000 2 2 Technical data 2 5 EMC ESD information 2 6 WaveStar CIT requirements 2 8 Running WaveStar CIT with Windows XP SP2 2 9 Required tools and test equipment 2 12 Mark descriptions 2 14 Sequence of steps 2 15 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 2 1 ...

Page 82: ...n allow deviations from these guidelines 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 n x 600 mm 23 622 n number of cabinets or d n x 750 mm 29 527 n number of cabinets with rack extension Figure 2 1 Floorplan guidelines top view or General information 2 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue...

Page 83: ...527 1350 53 149 Legend mm Inches 75 2 948 Figure 2 2 Floorplan guidelines side view General information Floorplan guidelines ETSI 2 NEBS 2000 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 2 3 ...

Page 84: ...750 29 527 1350 53 149 2125 83 661 2200 86 615 2525 99 410 2600 102 201 General information Floorplan guidelines ETSI 2 NEBS 2000 2 4 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 85: ...ack cables and 2 door sets The NEBS 2000 rack has a maximum weight of 90 5 kg 199 6 lbs including PDP rack cables and 2 door sets Subrack weight The subracks have a maximum weight of 51 kg 112 46 lbs including user panel fan PIs CI CTL TIs and 12x blanks at the rear Power consumption The power consumption of LambdaUnite MSS depends on its configuration 160 Gbit s 320 Gbit s or 640 Gbit s configura...

Page 86: ...re covers then the covers must be closed There is an ESP bonding point on the subrack see Figure 2 4 ESP subrack bonding point p 2 7 A grounded wrist strap with banana plug must be worn when opening the subrack covers Circuit pack handling The following ESD instructions must be observed when handling circuit packs Wear work garments made of 100 cotton to avoid electrostatic charging Touch the circ...

Page 87: ...bonding point Store and ship circuit packs and components in their shipping packaging Circuit packs and components must be packed and unpacked only at workplaces suitably protected against build up of charge Whenever possible maintain the relative humidity of air above 20 Figure 2 4 ESP subrack bonding point General information EMC ESD information 365 374 187 Issue 1 December 2005 Lucent Technolog...

Page 88: ...ersion 3 01 or later Removable hard disk drive optional required only for system backup One of the following operating systems Microsoft Windows NT 4 0 with Service Pack 6 Microsoft Windows 2000 with Service Pack 2 Microsoft Windows XP It is strongly recommended to use an english Microsoft Windows version The WaveStar CIT software does not work with the Microsoft Windows Chinese Traditional versio...

Page 89: ...e WaveStar CIT software without restrictions Running WaveStar CIT When starting the WaveStar CIT for the first time the Windows firewall may raise the following security alerts the second one is displayed only if the WaveStar CIT was installed with the OSI option Click Unblock in both dialogs General information 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first ...

Page 90: ...Microsoft Internet Explorer depending on the individual security settings of MSIE the following popup may be displayed 2 Click OK to confirm that message General information Running WaveStar CIT with Windows XP SP2 2 10 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 91: ...d select Allow Blocked Content Result A security warning window appears 4 Click Yes E N D O F S T E P S General information Running WaveStar CIT with Windows XP SP2 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 2 11 ...

Page 92: ...ed for installing the NE software 1 Microscope with x200 magnification To be used for checking the connector face for impurities Isopropanol compressed air and wipes To be used for fiber cleaning Test equipment A variety of test equipment is required to carry out the individual tests The following table provides an overview of the required test equipment Table 2 2 Required test equipment Quantity ...

Page 93: ... Description Comments 1 15 dB LBO To be used for optical test loops or for testing the individual ports General information Required tools and test equipment 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 2 13 ...

Page 94: ...ic Compatibility EMC EC73 23 EEC Low Voltage Directive LVD UR mark The UR mark indicates that the products conform to the relevant Directives of the United States of America CSA mark The CSA mark indicates that the products conform to the relevant Directives of the United States of America and Canada General information 2 14 Lucent Technologies Proprietary See notice on first page 365 374 187 Issu...

Page 95: ...steps which are described in detail in the following chapters NOTE The manual also contains background information needed for performing some procedures These sections are not reflected in the table below Sequence The following table shows the sequence of steps for installing a LambdaUnite MSS system General information 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice o...

Page 96: ... extension width p 3 48 NEBS 2000 if required Mounting the Rack extension height p 3 17 ETSI 2 or Mounting the Rack extension height p 3 50 NEBS 2000 if required Establishing a line up if required Rack adapter kit p 3 19 ETSI 2 or Rack adapter kit p 3 52 NEBS 2000 Mounting the MDIO terminal rail p 3 24 ETSI 2 if required Subrack installation Mounting the subracks into rack p 3 28 ETSI 2 or Mountin...

Page 97: ...Ω p 4 67 or TI E1 Station clock I O interface 75 Ω p 4 70 LAN 10 100 Base T interface p 4 73 Fiber cabling Optical circuit packs p 4 78 Gigabit Ethernet circuit packs p 4 87 Fiber engineering rules p 4 89 Side cover plates optional Side cover plates p 4 99 Rack doors optional Rack doors p 4 102 Powering 5 Switching on and testing the supply voltage p 5 4 Fan unit test Fan unit test p 5 8 WaveStar ...

Page 98: ... p 7 30 External timing inputs p 7 34 External timing references p 7 36 System timing p 7 39 Stand alone tests NE tests 8 LED test p 8 2 Alarm reporting tests p 8 3 NE synchronization test p 8 7 Optical power meter test p 8 10 Receiver sensitivity test p 8 14 DS3 transmission and protection test p 8 22 Optical port transmission test daisy chain test p 8 30 XC and CTL protection test p 8 36 General...

Page 99: ...etup p 10 23 2 fiber MS SPRing BLSR test setup p 10 29 4 fiber MS SPRing BLSR test setup p 10 36 SNCP UPSR test setup p 10 43 Network tests Line timing test p 10 51 1 1 MSP APS test p 10 54 2 fiber MS SPRing BLSR test p 10 59 4 fiber MS SPRing BLSR test p 10 65 SNCP UPSR test p 10 71 ONNS provisioning p 10 78 ONNS test p 10 90 General information Sequence of steps 365 374 187 Issue 1 December 2005...

Page 100: ......

Page 101: ...ed 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 WARNING Laser hazard 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 t...

Page 102: ...subrack 3 25 Mounting the subracks into rack 3 28 NEBS 2000 installation 3 35 Hardware items 3 36 Technical data for rack 3 37 Eye bolts 3 40 Floor mounting 3 41 Top mounting 3 46 Rack extension width 3 48 Rack extension height 3 50 Rack adapter kit 3 52 Technical data for PDP 3 55 Technical data for subrack 3 57 Mounting the subracks into rack 3 60 Mechanical installation Overview 3 2 Lucent Tech...

Page 103: ...tents Hardware items 3 4 Technical data for rack 3 5 Eye bolts 3 8 Floor mounting 3 9 Top mounting 3 13 Rack extension width 3 15 Rack extension height 3 17 Rack adapter kit 3 19 Technical data for PDP 3 22 MDIO terminal rail 3 24 Technical data for subrack 3 25 Mounting the subracks into rack 3 28 Mechanical installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice...

Page 104: ...can find appended at the end of this document correct at the time of going to print if they were ordered from the Customer Information Center CIC order in the latest version from CIC at http www cic lucent com drawings html with the order codes ED8C948 10 and ED8C948 20 Mechanical installation 3 4 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 105: ...2 rack specifications Item Quantity Size Weight 92 3 kg 203 5 lbs including PDP rack cables and 2 door sets 53 7 kg 118 4 lbs without doors Dimensions HxWxD 2200 mm 86 614 x 600 mm 23 622 x 600 mm 23 622 Mechanical installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 5 ...

Page 106: ...esigned to accommodate top and bottom cable access Figure 3 1 Rack layout ETSI 2 rack Mechanical installation Technical data for rack 3 6 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 107: ...hole 8 Top access entry hole 9 Eye bolt optional 10 Subrack guide 11 Cable guide brackets 12 Cable rod 13 Side cover plate optional 14 Adjustable feet 15 Anti recirculation plate optional 16 Power Distribution Panel PDP Mechanical installation Technical data for rack 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 7 ...

Page 108: ...cedure Proceed as follows to mount the eye bolts 1 Mount two standard M12 eye bolts item 1 into the rack frame as shown in the figure below 2 Secure the mounted eye bolts with M12 nuts CC901344184 item 2 Result Figure 3 2 Eye bolt mounting Mechanical installation 3 8 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 E N D O F S T E P S ...

Page 109: ...The front panel is identified by the cable guide brackets see item 11 in Figure 3 1 Rack layout ETSI 2 rack p 3 6 Mounting Important If the rack has to be installed on a raised floor see the customer s specifications and use customer provided materials Figure 3 3 Top Bottom plate layout ETSI 2 rack Mechanical installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice...

Page 110: ...407890623 item 3 Important 25 mm 1 should be between the floor and the rack before levelling the rack This initial adjustment of the feet ensures that it is still possible to level the next rack 5 Push or tap the anchor until the plate washer is flat against the rack frame 6 Tighten the bottom plate of the rack item 1 to the floor using the nut of the anchor 7 Place the safety dust cap over the nu...

Page 111: ...Result Figure 3 4 Floor mounting ETSI 2 rack Mechanical installation Floor mounting 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 11 ...

Page 112: ...rs 1 20 40 60 and 80 are marked with indication marking labels The hole numbering is counted from the top to the bottom of the rack frame NOTE The distance between two holes is 25 mm 1 Figure 3 5 Anchoring kit SE12150W 1 CC408414951 Mechanical installation Floor mounting 3 12 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 113: ...65 M12 flat washers CC901291914 M12 nuts CC901291906 Mounting Proceed as follows to perform a top mounting fixture 1 Screw 4 threaded rods CC408854065 into the holes of the rack top plate as shown in the figure below Figure 3 6 Mounting holes ETSI 2 rack Mounting holes M12x20 Rack top plate Mechanical installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on firs...

Page 114: ...lat washers CC901291914 and M12 nuts CC901291906 as shown in the figure below E N D O F S T E P S Figure 3 7 Top mounting fixture ETSI 2 rack Mechanical installation Top mounting 3 14 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 115: ...418 item 2 to the cage nut holes on both sides of the rack frame 4 Route the needed STM 1e DS3 and or fiber cables cables see chapter 4 5 Mount the ETSI 2 style strips SC1004423 item 3 To do that hook the style strip in the spacer at the top and fix it with a M5 nut at the bottom as shown in the figure below 6 IF THEN a rack line up is used install the removed adapter kit on the mounted spacers ra...

Page 116: ...Result Figure 3 8 Mounting the rack extension width Mechanical installation Rack extension width 3 16 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 117: ...ollows to mount the rack extension 1 Mount the two extension plates SC1000501 item 3 to the top of the rack frame with the help of four screws Hexagonal bolt STL ST 70 M12x20 CC847191574 as shown in the figure below 2 Mount the bracket for coverplate left CC848301925 item 1 to the left extension plate and the bracket for coverplate right CC848301933 item 2 to the right extension plate 3 Mount the ...

Page 118: ...3 9 Rack extension height 600 mm Figure 3 10 Rack extension height 750 mm Mechanical installation Rack extension height 3 18 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 119: ...nsions see section Rack extension width p 3 15 are not used proceed with Step 2 rack extensions are used proceed with Step 4 2 IF THEN the extension side of the existing rack is on the left when viewed from the front remove the rack adapter kit from the extension rack the extension side of the existing rack is on the right when viewed from the front remove the rack adapter kit from the existing ra...

Page 120: ... item 1 in the rack frame or rack extension and fix them by using CH SCR STL ST 70 M4x25 screws CC847117900 item 2 and STL ST 70 140HV 4 3x12 washers CC847174950 item 3 in each nut retainer position as shown in the figures below 6 Tighten the CH SCR STL ST 70 M4x25 screws CC847117900 item 2 Layout Figure 3 11 Rack line up without rack extensions width Mechanical installation Rack adapter kit 3 20 ...

Page 121: ...Figure 3 12 Rack line up with rack extensions width Mechanical installation Rack adapter kit 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 21 ...

Page 122: ...maximum rated current of 100 A with a BS characteristic medium delay They provide protection according to EN 60950 in the power range up to 3500 W in particular in the range of 87 5 48 6 A at 40 72 V Release 6 1 and higher Breaker less PIs PI 100 NOCB can be used as an option In that case the subrack must be protected via an external circuit breaker which can be located in the BDFB or on a separat...

Page 123: ... 3 13 PDP layout PTC PTC PTC PTC 1 2 3 4 5 6 7 8 Power conversion Mechanical installation Technical data for PDP 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 23 ...

Page 124: ...iscrete Inputs Outputs MDIs MDOs p 4 54 Mounting Proceed as follows to mount the MDIO terminal rails 1 Mount the MDIO terminal rail SC02071000 item 1 to the rack top front side as shown in the figure below NOTE Each MDIO terminal rail supports one LambdaUnite MSS subrack E N D O F S T E P S Figure 3 14 Mounting the MDIO terminal rail Mechanical installation 3 24 Lucent Technologies Proprietary See...

Page 125: ...igned to support a maximum rated current of 100 A with a BS characteristic medium delay They provide protection according to EN 60950 in the power range up to 3500 W in particular in the range of 87 5 48 6 A at 40 72 V Release 6 1 and higher Breaker less PIs PI 100 NOCB can be used as an option In that case the subrack must be protected via an external circuit breaker which can be located in the B...

Page 126: ...r outlet 100 mm 3 94 when a single subrack is mounted into a rack frame 2 Bending radius of fiber and external cabling Figure 3 15 Subrack mounting dimensions Mechanical installation Technical data for subrack 3 26 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 127: ...Mechanical installation Technical data for subrack 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 27 ...

Page 128: ...packs in the slots Proceed as follows to mount the subracks 1 Unpack the subracks and check the installation materials 2 Temporarily remove the front mounting brackets DC1003774 item 1 and DC1003775 item 2 from the subracks The rear brackets should not be removed NOTE The items are related to Figure 3 16 Subrack mounting p 3 31 3 Mount 4 fiber clips CC848850756 item 5 on the front mounting bracket...

Page 129: ...e the hole positions 9 14 19 25 31 36 and 41 for the upper subrack and 47 52 57 63 69 74 and 79 for the lower subrack 10 Tighten the M4x8 screws DC1002976 item 7 completely 11 Mount one DC1001517 fiber guide item 8 on the bottom right side of each subrack and one DC1001516 fiber guide item 9 on the bottom left side of each subrack using two self tapping screws 12 If then it is not necessary to rou...

Page 130: ... using two M2 5 self tapping screws 14 Mount one side guide DC1001518 item 3 at each corner of the subracks by clicking them into the holes on the top and bottom panels of the subracks Mechanical installation Mounting the subracks into rack 3 30 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 E N D O F S T E P S ...

Page 131: ...Result Figure 3 16 Subrack mounting Mechanical installation Mounting the subracks into rack 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 31 ...

Page 132: ...rules p 4 89 Proceed as follows to mount the special fiber guides 1 Mount one fiber guide right DC2009439 item 1 on the top right side of each subrack using two self tapping screws DC1002024 as shown in Figure 3 17 Fiber guide mounting p 3 33 NOTE The mentioned screws which are also part of the fiber guide kit must be used because they are longer than the normal ones 2 Mount one fiber guide left D...

Page 133: ...Result Figure 3 17 Fiber guide mounting Mechanical installation Mounting the subracks into rack 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 33 ...

Page 134: ...e 3 18 Mounting positions ETSI 2 rack ETSI 2 Rack 9 14 19 25 31 36 63 79 41 47 57 LambdaUnite Subrack LambdaUnite Subrack 52 69 74 Mechanical installation Mounting the subracks into rack 3 34 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 135: ...allation Contents Hardware items 3 36 Technical data for rack 3 37 Eye bolts 3 40 Floor mounting 3 41 Top mounting 3 46 Rack extension width 3 48 Rack extension height 3 50 Rack adapter kit 3 52 Technical data for PDP 3 55 Technical data for subrack 3 57 Mounting the subracks into rack 3 60 Mechanical installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on firs...

Page 136: ...an find appended at the end of this document correct at the time of going to print if they were ordered from the Customer Information Center CIC order in the latest version from CIC at http www cic lucent com drawings html with the order codes ED8C948 10 and ED8C948 20 Mechanical installation 3 36 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 137: ...2000 rack specifications Item Quantity Size Weight 90 5 kg 199 6 lbs includes PDP rack cables and 2 door sets 52 7 kg 116 2 lbs without doors Dimensions HxWxD 2125 mm 83 661 x 600 mm 23 622 x 600 mm 23 622 Mechanical installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 37 ...

Page 138: ...signed to accommodate top and bottom cable access Figure 3 19 Rack layout NEBS 2000 rack Mechanical installation Technical data for rack 3 38 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 139: ... Top access entry hole 9 Eye bolt optional 10 Subrack guide 11 Cable guide brackets 12 Cable rod 13 Side cover plate optional 14 Strain relief 15 Anti recirculation plate optional 16 Power Distribution Panel PDP 17 Shim plates Mechanical installation Technical data for rack 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 39 ...

Page 140: ...edure Proceed as follows to mount the eye bolts 1 Mount two standard M12 eye bolts item 1 into the rack frame as shown in the figure below 2 Secure the mounted eye bolts with M12 nuts CC901344184 item 2 Result Figure 3 20 Eye bolt mounting Mechanical installation 3 40 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 E N D O F S T E P S ...

Page 141: ...able guide brackets see item 11 in Figure 3 19 Rack layout NEBS 2000 rack p 3 38 Mounting Important If the rack has to be installed on a raised floor see the customer s specifications and use customer provided materials Figure 3 21 Top Bottom layout of plate NEBS 2000 rack Mechanical installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 41 ...

Page 142: ...242 item 2 through the anchor hole provided in the rack bottom plate 4 Place the required number of shim plates SC1006075 item 3 around the anchor to balance the rack frame in a horizontal position 5 Push or tap the anchor until the plate washer is flat against the rack frame 6 Tighten the bottom plate of the rack item 1 to the floor using the nut of the anchor Figure 3 22 Drilling template NEBS 2...

Page 143: ...st cap over the nut Result Figure 3 23 Floor mounting NEBS 2000 rack Mechanical installation Floor mounting 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 43 E N D O F S T E P S ...

Page 144: ...hole numbers 1 and 79 are marked with indication marking labels The hole numbering is counted from top to the bottom of the rack frame NOTE The distance between two holes is 25 mm 1 Figure 3 24 Anchoring kit NEBS 2000 rack Mechanical installation Floor mounting 3 44 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 145: ...tion on the floor One shim plate is 1 mm 0 04 thick Legend A 1 mm 0 04 B 2 mm 0 08 C 3 mm 0 12 D 4 mm 0 16 E 5 mm 0 2 Figure 3 25 Shim plates NEBS 2000 rack Mechanical installation Floor mounting 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 45 ...

Page 146: ... M12 flat washers CC901291914 M12 nuts CC901291906 Mounting Proceed as follows to perform a top mounting fixture 1 Screw 4 threaded rods CC408854065 into the holes of the rack top plate as shown in the figure below Figure 3 26 Mounting holes NEBS 2000 rack Mounting holes M12x20 Rack top plate Mechanical installation 3 46 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 ...

Page 147: ...t washers CC901291914 and M12 nuts CC901291906 as shown in the figure below E N D O F S T E P S Figure 3 27 Top mounting fixture NEBS 2000 rack Mechanical installation Top mounting 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 47 ...

Page 148: ...em 2 on the cage nut holes on both sides of the rack frame 4 Route the needed STM 1e DS3 and or fiber cables see chapter 4 5 Mount the NEBS 2000 style strips SC1004415 item 3 To do that hook the style strip in the spacer at the top and fix it with a M5 nut at the bottom as shown in the figure below 6 IF THEN a rack line up is used install the removed adapter kit on the mounted spacers rack extensi...

Page 149: ...Result Figure 3 28 Mounting the rack extension width Mechanical installation Rack extension width 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 49 ...

Page 150: ... Mount the two extension plates SC1000501 item 3 to the top of the rack frame with the help of four screws hexagonal bolt STL ST 70 M12x20 CC847191574 as shown in the figure below 2 Mount the bracket for coverplate left CC848301925 item 1 on the left extension plate and the bracket for coverplate right CC848301933 item 2 on the right extension plate 3 Mount the coupling brackets SC1000504 item 4 w...

Page 151: ...3 29 Rack extension height 600 mm Figure 3 30 Rack extension height 750 mm Mechanical installation Rack extension height 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 51 ...

Page 152: ...ions see section Rack extension width p 3 48 are not used proceed with Step 2 rack extensions are used proceed with Step 4 2 IF THEN the extension side of the existing rack is on the left when viewed from the front remove the rack adapter kit from the extension rack the extension side of the existing rack is is on the right when viewed from the front remove the rack adapter kit from the existing r...

Page 153: ... item 1 in the rack frame or rack extension and fix them by using CH SCR STL ST 70 M4x25 screws CC847117900 item 2 and STL ST 70 140HV 4 3x12 washers CC847174950 item 3 in each nut retainer position as shown in the figures below 6 Tighten the CH SCR STL ST 70 M4x25 screws CC847117900 item 2 Layout Figure 3 31 Rack line up without rack extensions width Mechanical installation Rack adapter kit 365 3...

Page 154: ...Figure 3 32 Rack line up with rack extensions width Mechanical installation Rack adapter kit 3 54 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 155: ...maximum rated current of 100 A with a BS characteristic medium delay They provide protection according to EN 60950 in the power range up to 3500 W in particular in the range of 87 5 48 6 A at 40 72 V Release 6 1 and higher Breaker less PIs PI 100 NOCB can be used as an option In that case the subrack must be protected via an external circuit breaker which can be located in the BDFB or on a separat...

Page 156: ... 3 33 PDP layout PTC PTC PTC PTC 1 2 3 4 5 6 7 8 Power conversion Mechanical installation Technical data for PDP 3 56 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 157: ...igned to support a maximum rated current of 100 A with a BS characteristic medium delay They provide protection according to EN 60950 in the power range up to 3500 W in particular in the range of 87 5 48 6 A at 40 72 V Release 6 1 and higher Breaker less PIs PI 100 NOCB can be used as an option In that case the subrack must be protected via an external circuit breaker which can be located in the B...

Page 158: ...r outlet 100 mm 3 94 when a single subrack is mounted into a rack frame 2 Bending radius of fiber and external cabling Figure 3 34 Subrack mounting dimensions Mechanical installation Technical data for subrack 3 58 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 159: ...Mechanical installation Technical data for subrack 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 59 ...

Page 160: ...nsert the XC circuit packs in the slots Proceed as follows to mount the subracks 1 Unpack the subracks and check the installation materials 2 Temporarily remove the front mounting brackets DC1003774 item 1 and DC1003775 item 2 from the subracks The rear brackets should not be removed NOTE The items are related to Figure 3 35 Subrack mounting p 3 63 3 Mount 4 fiber clips CC848850756 item 5 on the f...

Page 161: ...the M4x8 screws DC1002976 item 7 completely 11 Mount one DC1001517 fiber guide item 8 on the bottom right side of each subrack and one DC1001516 fiber guide item 9 on the bottom left side of each subrack using two self tapping screws 12 If then it is not necessary to route fiber cables within the rack extension width number of fiber cables within one rack 1024 proceed with the next step it is nece...

Page 162: ...the subracks by clicking them into the holes in the top and bottom panels of the subracks Mechanical installation Mounting the subracks into rack 3 62 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 E N D O F S T E P S ...

Page 163: ...Result Figure 3 35 Subrack mounting Mechanical installation Mounting the subracks into rack 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 63 ...

Page 164: ...les p 4 89 Proceed as follows to mount the special fiber guides 1 Mount one fiber guide right DC2009439 item 1 on the top right side of each subrack using two self tapping screws DC1002024 as shown in Figure 3 36 Fiber guide mounting p 3 65 NOTE The mentioned screws which are also part of the fiber guide kit must be used because they are longer than the normal ones 2 Mount one fiber guide left DC2...

Page 165: ...Result Figure 3 36 Fiber guide mounting Mechanical installation Mounting the subracks into rack 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 3 65 ...

Page 166: ...7 Mounting positions NEBS 2000 rack LambdaUnite Subrack PDP NEBS 2000 Rack 8 13 18 24 30 35 62 68 78 40 46 51 56 LambdaUnite Subrack 73 Mechanical installation Mounting the subracks into rack 3 66 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 167: ... list of all available cables with the respective comcodes please refer to the Engineering Drawings ED8C948 10 and ED8C948 20 that you can find appended at the end of this document correct at the time of going to print if they were ordered from the Customer Information Center CIC order in the latest version from CIC at http www cic lucent com drawings html with the order codes ED8C948 10 and ED8C9...

Page 168: ...The following figure shows the connection points and the table below lists the needed cables Figure 4 1 Cable block diagram PI 100 A B System cabling and final assembly Overview 4 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 169: ...1 Station clock I O interface 100 110 Ω p 4 63 11 TI DS1 input cable 100 110 Ω 12 TI E1 output cable 120 Ω TI E1 Station clock I O interface 120 Ω p 4 67 13 TI E1 input cable 120 Ω 14 TI E1 output cable 75 Ω TI E1 Station clock I O interface 75 Ω p 4 70 15 TI E1 input cable 75 Ω 16 Subrack alarm cable Subrack alarm wiring p 4 31 17 Electrical STM 1e output cable 75 Ω STM 1e interface p 4 40 18 Ele...

Page 170: ...STM 1e interface 4 40 STM 1e cable assembly instructions 4 47 DS3 EC1 interface 4 50 Miscellaneous Discrete Inputs Outputs MDIs MDOs 4 54 User byte interfaces G 703 V 11 4 59 TI DS1 Station clock I O interface 100 110 Ω 4 63 TI E1 Station clock I O interface 120 Ω 4 67 TI E1 Station clock I O interface 75 Ω 4 70 LAN 10 100 Base T interface 4 73 Fiber cabling 4 77 Optical circuit packs 4 78 Gigabit...

Page 171: ... of doors and side cover plates 4 98 Side cover plates 4 99 Rack doors 4 102 System cabling and final assembly Overview 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 5 ...

Page 172: ...he power and ground cable installation Contents Power wiring External battery PDP 4 7 Power wiring PDP PI 100 4 11 Power wiring PI 100 Fan unit 4 17 Ground wiring 4 21 System cabling and final assembly 4 6 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 173: ...es can be used Power input cable 25 m 82 021 ft CC848852745 Power input cable 16 m 52 493 ft CC848852653 Power input cable 5 m 16 404 ft CC848852752 NOTE Two power input cables are needed for each subrack Connection points The following figure shows the connection points at the PDP Figure 4 2 PDP connection power input cables DC rtn A B 1 2 DC A B Power input cables upper subrack Power input cable...

Page 174: ...ust be secured as follows 1 Loosen the used swivel heads item 1 but do not take them off Important All swivels are preinstalled to 8 9 Nm 70 8 79 6 lbs in for the strain relief plate 2 Run the cables through the swivel heads and the nuts 3 Connect the cables to their configuration position on the PDP 4 Tighten the swivel heads by hand to secure the cables in position System cabling and final assem...

Page 175: ...tem 1 directly into the PDP bottom access route the cables as shown in the figure below according to 1 or 2 Figure 4 3 Securing the power input cables 1 System cabling and final assembly Power wiring External battery PDP 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 9 ...

Page 176: ...gure 4 4 Routing the power input cables System cabling and final assembly Power wiring External battery PDP 4 10 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 177: ...bracks upper and lower The table below lists the available PI cables Table 4 2 Available PI cables Cable Comcode Length Standard cable PI PDP A Side 848850749 3200 mm 10 5 ft Standard cable PI PDP B Side 848850731 3200 mm 10 5 ft Halogen free cable PI PDP A Side 848929402 3200 mm 10 5 ft Halogen free cable PI PDP B Side 848929394 3200 mm 10 5 ft System cabling and final assembly 365 374 187 Issue ...

Page 178: ...he PI cables A side item 1 should be routed at the right rear side of the rack frame as shown in the figure below Figure 4 5 PDP connection PI cables DC rtn A B DC A B Ground A B 4A 5A PI A PI B PI B PI A PI A PI B PI B PI A PI A PI B PI B PI A PI cables upper subrack PI cables lower subrack 5 4 System cabling and final assembly Power wiring PDP PI 100 4 12 Lucent Technologies Proprietary See noti...

Page 179: ...ft rear side of the rack frame as shown in the figure below Result Figure 4 6 Routing the PI cables PDP side System cabling and final assembly Power wiring PDP PI 100 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 13 E N D O F S T E P S ...

Page 180: ...er provided input power cables must be assembled with UL Listed copper compression type terminals and must be fastened via nuts and washers to the PI 100 studs with 16 5 Nm 12 ft lbs torque 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 bac...

Page 181: ... Connecting the PI cables PI 100 subrack side System cabling and final assembly Power wiring PDP PI 100 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 15 E N D O F S T E P S ...

Page 182: ... PI cables Point on connector Signal name Color Ground Yellow Green DC Blue Return Red System cabling and final assembly Power wiring PDP PI 100 4 16 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 183: ...n power cables Cable Comcode Fan power cable A side 848811550 Fan power cable B side 848811576 Fan power cable A side halogen free 848929410 Fan power cable B side halogen free 848929436 System cabling and final assembly 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 17 ...

Page 184: ... power cables PI FAN Point on connector Signal name Point on connector Signal name A1 Ground A1 Ground A2 DC A2 DC A3 DC rtn A3 DC rtn Figure 4 8 Fan power cable A1 A2 A3 A1 A2 A3 Connector A Connector B System cabling and final assembly Power wiring PI 100 Fan unit 4 18 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 185: ...Routing Figure 4 9 Routing to the fan unit System cabling and final assembly Power wiring PI 100 Fan unit 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 19 ...

Page 186: ...cables are connected correctly with the right polarity Figure 4 10 Routing to the PIs System cabling and final assembly Power wiring PI 100 Fan unit 4 20 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 187: ...on between return and ground has to be removed NOTE2 To avoid hazard in case of reversed polarity at power connection it must be assured that in the rack and subrack the DC Return has no connection to GND Legend 3 Grounding cable CC848834974 yellow green The U bracket has to be removed if the return wire is grounded only at the external battery BDFB source e g valid for the USA domestic market Fig...

Page 188: ...s and all units which are also mounted in the rack as shown in the figure below The following shelf grounding 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 Note Both subrack ground wires should be routed to the rear panel of the rack and then downwa...

Page 189: ...esult Figure 4 12 Office and subrack grounding M8x20 M5x20 System cabling and final assembly Ground wiring 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 23 ...

Page 190: ...about the intra system cabling Contents Cable management 4 25 Controller cable CI CTL Fan unit 4 28 Subrack alarm wiring 4 31 Station alarm wiring 4 35 System cabling and final assembly 4 24 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 191: ...ck frame to the subrack via the guides that are mounted on the rear of the subrack Affected cables TI E1 DS1 75Ω 100Ω 120Ω Timing cable Power cable MDI MDO cable User byte cable Subrack alarm cable Station alarm cable Important Attach the cables to the guides by using tie wraps item 1 See the following figures System cabling and final assembly 365 374 187 Issue 1 December 2005 Lucent Technologies ...

Page 192: ...w shows the cable routing for top access Figure 4 13 Cable management top access System cabling and final assembly Cable management 4 26 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 193: ... shows the cable routing for bottom access Figure 4 14 Cable management bottom access System cabling and final assembly Cable management 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 27 ...

Page 194: ...le controller cables Table 4 6 Available controller cables Cable Comcode Standard controller cable 848811568 Halogen free controller cable 848929428 System cabling and final assembly 4 28 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 195: ...k line 2 12 C Data line 2 12 C Data line 3 not connected 3 not connected 4 Equipment sense 4 Equipment sense 5 4V 5 4V 6 Fan alarm 6 Fan alarm 7 Feeder A alarm 7 Feeder A alarm 8 Feeder B alarm 8 Feeder B alarm 9 Ground 9 Ground Figure 4 15 Controller cable 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 Fan unit side Controller side System cabling and final assembly Controller cable CI CTL Fan unit 365 374 1...

Page 196: ...g Figure 4 16 Routing of the controller cable System cabling and final assembly Controller cable CI CTL Fan unit 4 30 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 197: ...pper subrack 848811527 1100 mm 3 609 ft Standard cable PDP CI CTL lower subrack 848811535 3300 mm 10 827 ft Halogen free cable PDP CI CTL upper subrack 848929360 1100 mm 3 609 ft Halogen free cable PDP CI CTL lower subrack 848929378 3300 mm 10 827 ft System cabling and final assembly 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 31 ...

Page 198: ... 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 Routing PDP side Important These cables are mounted on the right rear side of the rack frame Remove two or three transport tie wraps to route these cables to the subrack 1 Route both subrack alarm cables for the upper and the lower subrack items 1...

Page 199: ...ack alarm cables PDP side Figure 4 19 Connections of the subrack alarm cables PDP side System cabling and final assembly Subrack alarm wiring 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 33 ...

Page 200: ...the cable routing on the subrack side Figure 4 20 Routing the subrack alarm cables subrack side System cabling and final assembly Subrack alarm wiring 4 34 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 201: ...is interface Cable data Length of pre fabricated cables 8x2x0 4 mm AWG 26 overall screen 10 m 32 808 ft Station alarm cable CC109155788 25 m 82 021 ft Station alarm cable CC109155796 50 m 164 042 ft Station alarm cable CC109155804 75 m 246 063 ft Station alarm cable CC109164186 100 m 328 084 ft Station alarm cable CC109164194 System cabling and final assembly 365 374 187 Issue 1 December 2005 Luce...

Page 202: ...t 4 Major audio output return 5 Major visual output 6 Minor audio output 7 Minor visual output 8 Ground 9 Ground 15 Critical audio output return 16 Critical visual output return 17 Major audio output Figure 4 21 Connector of the station alarm cable System cabling and final assembly Station alarm wiring 4 36 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 203: ...or Signal name 18 Major visual output return 19 Minor audio output return 20 Minor visual output return 21 Ground 22 Ground System cabling and final assembly Station alarm wiring 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 37 ...

Page 204: ... cable routing of the station alarm cable Figure 4 22 Routing the station alarm cable System cabling and final assembly Station alarm wiring 4 38 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 205: ...e assembly instructions 4 47 DS3 EC1 interface 4 50 Miscellaneous Discrete Inputs Outputs MDIs MDOs 4 54 User byte interfaces G 703 V 11 4 59 TI DS1 Station clock I O interface 100 110 Ω 4 63 TI E1 Station clock I O interface 120 Ω 4 67 TI E1 Station clock I O interface 75 Ω 4 70 LAN 10 100 Base T interface 4 73 System cabling and final assembly 365 374 187 Issue 1 December 2005 Lucent Technologie...

Page 206: ...n the upper rear row In the case of electrical STM 1 port protection two EP155 EL8 circuit packs next to each other slot pair positions are 21 22 23 24 25 26 27 28 32 33 34 35 36 37 38 39 and one ECI 155MP8 board at the back of the subrack must always be used Cable length The length of the STM 1e cables is site specific Cable types The following STM 1e cables are available Single coax cable Multi ...

Page 207: ... cable contains 4 channels Protected STM 1e routing Protected STM 1e cabling can be done with and without the use of a rack extension width However the use of a rack extension makes the cable routing much easier General information The STM 1e cables need to be routed loosely with some slack to allow service engineers to pull out an STM 1e interface paddle board without affecting traffic of an adja...

Page 208: ...ise the slack should be created within the left right rack frame or above the rack e g within a rack extension height if available Figure 4 25 STM 1e cabling with rack extension width System cabling and final assembly STM 1e interface 4 42 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 209: ... the STM 1e cables of both subracks should be led via the rack extension to the top bottom of the rack Figure 4 26 STM 1e cabling without rack extension width System cabling and final assembly STM 1e interface 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 43 ...

Page 210: ...ed STM 1e cabling can be done only with the use of a rack extension width General information The STM 1e cables need to be routed loosely with some slack to allow service engineers to pull out an STM 1e interface paddle board without affecting traffic of an adjacent interface Figure 4 27 Mounting of the cable bracket System cabling and final assembly STM 1e interface 4 44 Lucent Technologies Propr...

Page 211: ...rack a rack extension width is required and the STM 1e cables of both subracks should be led via the rack extension to the top bottom of the rack Figure 4 28 STM 1e cabling with rack extension width System cabling and final assembly STM 1e interface 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 45 ...

Page 212: ...must still be mounted as shown in the figure below The cable bracket keeps the STM 1e cables within the subrack Figure 4 29 Mounting of the cable bracket System cabling and final assembly STM 1e interface 4 46 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 213: ...able 3 Pull back the cable braid 4 Push the center conductor and the dielectric into the connector housing until the dielectric stops 5 Solder the inner conductor to the center contact of the connector housing 6 After soldering press the cover into the connector body 7 First roll the cable braid over the termination part inner ferrule of the connector and pull the crimp outer ferrule over that bra...

Page 214: ...ults Figure 4 30 IMS assembly procedure System cabling and final assembly STM 1e cable assembly instructions 4 48 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 215: ...mp tool Legend 1 Crimp tool AGK 2365 2 Hexagon die 4 6 AGK 3068 or square 1 2 Figure 4 31 Crimp tool and die System cabling and final assembly STM 1e cable assembly instructions 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 49 ...

Page 216: ...ount them in the planned positions by tightening the four screws see figure below Information related to the location of the EP51 port units and ECI51 interface paddle boards is given in chapter 5 section DS3 EC1 equipment protection rules p 5 41 Furthermore the association between the EP51 slots and the protection groups System cabling and final assembly 4 50 Lucent Technologies Proprietary See n...

Page 217: ...C1 cables have a connector with 12in 12out channels on the subrack side and 24 BNC connectors on the other side Figure 4 32 Example of mounted ECI51 interface paddle board 61 63 65 67 72 74 PI A PI B CI CTL TI A TI B FAN Screws System cabling and final assembly DS3 EC1 interface 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 51 ...

Page 218: ...Routing DS3 EC1 cabling can be done with and without the use of a rack extension width However the use of a rack extension makes the cable routing much easier General information The DS3 EC1 cables need to be routed loosely with some slack to allow service engineers to pull out a DS3 EC1 interface paddle board without affecting traffic of an adjacent interface If a rack extension width is availabl...

Page 219: ... via the rack extension to the top bottom of the rack After the DS3 EC1 cables have been connected and routed properly the cable bracket DC1007325 must still be mounted see Figure 4 29 Mounting of the cable bracket p 4 46 as example The cable bracket keeps the DS3 EC1 cables within the subrack Figure 4 33 DS3 EC1 cabling without rack extension width System cabling and final assembly DS3 EC1 interf...

Page 220: ...ng should be observed in general The voltage on the individual MDIs should be positive with respect to the common pin pin 5 to operate properly The common pin should be connected to a voltage in the range of 40 V 72 V with respect to GND Each MDI will be activated when it is connected to GND Cable data Length of pre fabricated cables 13x2x0 5 mm AWG 26 shielded overall screen 10 m 32 808 ft MDI MD...

Page 221: ...7 5 IN common 18 OUT 0 return 6 OUT 0 19 OUT 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 34 Connector of the MDI MDO cables System cabling and final assembly Miscellaneous Discrete Inputs Outputs MDIs MDOs 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietar...

Page 222: ... MDO cables described above subrack side The second figure shows the cabling on the PDP or MDIO terminal rail side Figure 4 35 Routing the MDI MDO cable subrack side System cabling and final assembly Miscellaneous Discrete Inputs Outputs MDIs MDOs 4 56 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 223: ... same shielded cable must be used as is used between the subrack CI CTL and the MDIO terminal rail Routing without MDIO terminal rail An external equipment e g temperature sensor can also be connected directly to the MDI MDO interface of the subrack In that case the common pin pin 5 has to be connected to a voltage in the range of 40 V 72 V on the customer side Figure 4 36 Routing via the MDIO ter...

Page 224: ...DO cable subrack side p 4 56 The cables that should be used are mentioned in section Cable data p 4 54 System cabling and final assembly Miscellaneous Discrete Inputs Outputs MDIs MDOs 4 58 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 225: ...03 or V 11 USERBIO1 USERBIO2 USERBIO3 USERBIO4 The following interfaces can only be used as V 11 USERBIO5 USERBIO6 Cable data Length of pre fabricated UTP cables 100 Ω 8 pairs overall screen 10 m 32 808 ft User byte cable G 703 V 11 CC109155523 25 m 82 021 ft User byte cable G 703 V 11 CC109155531 50 m 164 042 ft User byte cable G 703 V 11 CC109155549 75 m 246 063 ft User byte cable G 703 V 11 CC1...

Page 226: ...irectional balanced 4 Output Data Positive Tx Data Positive contra directional balanced OH 64 kbit s Data Output Ring co directional balanced 5 Input Clock Positive contra directional balanced co directional balanced 6 Input Frame Positive contra directional balanced co directional balanced Figure 4 37 Connector of the user byte cables System cabling and final assembly User byte interfaces G 703 V...

Page 227: ...lanced 11 Output Data Negative Tx Data Negative contra directional balanced OH 64 kbit s Data Output Tip co directional balanced 12 Ground 13 Input Clock Negative contra directional balanced co directional balanced 14 Input Frame Negative contra directional balanced co directional balanced 15 Input Data Negative Rx Data Negative contra directional balanced OH 64 kbit s Data Input Tip co directiona...

Page 228: ... Legend 1 Routing for USERBIO 1 4 and 5 2 Routing for USERBIO 2 3 and 6 Figure 4 38 Routing the user byte cables System cabling and final assembly User byte interfaces G 703 V 11 4 62 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 229: ...5 ft Station clock output cable TI DS1 CC109187484 150 m 492 126 ft Station clock output cable TI DS1 CC109187492 175 m 574 147 ft Station clock output cable TI DS1 CC109187500 200 m 656 168 ft Station clock output cable TI DS1 CC109187518 Connector data TI DS1 output 100 110 Ω The 100 110 Ω DS1 station clock output cables have a 9 pin SUB D connector male Table 4 14 Pin assignment DS1 station clo...

Page 230: ...042 ft Station clock input cable TI DS1 CC109155861 75 m 246 063 ft Station clock input cable TI DS1 CC109164327 100 m 328 084 ft Station clock input cable TI DS1 CC109164335 125 m 410 105 ft Station clock input cable TI DS1 CC109187526 150 m 492 126 ft Station clock input cable TI DS1 CC109187534 175 m 574 147 ft Station clock input cable TI DS1 CC109187542 200 m 656 168 ft Station clock input ca...

Page 231: ...e Tip White 3 Station Clock Input Negative b wire Ring Blue 4 Ground Screen 7 8 Strap Routing The upper and lower subracks have the cabling on the rear side the B cabling IN OUT to the left and the A cabling IN OUT to the right Figure 4 40 Connector of the 100 110 Ω DS1 station clock input cables System cabling and final assembly TI DS1 Station clock I O interface 100 110 Ω 365 374 187 Issue 1 Dec...

Page 232: ...cables are grounded properly Figure 4 41 Routing the station clock I O cables System cabling and final assembly TI DS1 Station clock I O interface 100 110 Ω 4 66 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 233: ...tion clock output cable TI E1 120Ω CC109164244 100 m 328 084 ft Station clock output cable TI E1 120Ω CC109164251 Connector data TI E1 Output 120 Ω The 120 Ω E1 station clock output cables have a 9 pin SUB D connector male Table 4 16 Pin assignment E1 station clock output cables 120 Ω Point on connector Signal name Wire Wire color 1 2 Station Clock Output Positive a wire Tip White 3 Station Clock ...

Page 234: ...0 Ω E1 station clock input cables have a 9 pin SUB D connector female Table 4 17 Pin assignment E1 station clock input cables 120 Ω Point on connector Signal name Wire Wire color 1 2 Station Clock Input Positive a wire Tip White 3 Station Clock Input Negative b wire Ring Blue 4 Ground Screen Routing The upper and lower subracks have the cabling on the rear side the B cabling IN OUT to the left and...

Page 235: ...ck cables are grounded properly Figure 4 44 Routing the station clock I O cables System cabling and final assembly TI E1 Station clock I O interface 120 Ω 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 69 ...

Page 236: ...5 m 246 063 ft Station clock output cable TI E1 75Ω CC109164285 100 m 328 084 ft Station clock output cable TI E1 75Ω CC109164293 Connector data TI E1 output 75 Ω The 75 Ω E1 station clock output cables have a 9 pin SUB D connector male Table 4 18 Pin assignment E1 station clock output cables 75 Ω Point on connectors Signal name Wire 2 Station Clock Output Inner wire 7 Ground Screen 3 4 Strap 6 8 ...

Page 237: ...5 Ω The 75 Ω E1 station clock input cables have a 9 pin SUB D connector female Table 4 19 Pin assignment E1 station clock input cables 75 Ω Point on connectors Signal name Wire 1 3 Strap 2 Station Clock Input Inner wire 4 Ground Screen 5 9 Strap Routing The upper and lower subracks have the cabling on the rear side the B cabling IN OUT to the left and the A cabling IN OUT to the right Figure 4 46 ...

Page 238: ...ck cables are grounded properly Figure 4 47 Routing the station clock I O cables System cabling and final assembly TI E1 Station clock I O interface 75 Ω 4 72 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 239: ...herefore they must be connected to a network environment 0 according to IEC 62102 That means the connected LAN is not supposed to leave the building or if it does leave the building another Ethernet device is supposed to separate the network environment 0 from network environment 1 CIT connection s The LAN1 port on the User Panel is the dedicated port for the CIT but the LAN2 and LAN3 ports at the...

Page 240: ... 2 Transmit data negative 3 Receive data positive 6 Receive data negative Figure 4 48 CIT connection LAN crossed 8A S 1 2 3 4 5 6 7 8 White Blue Blue White Orange White Green Green Orange White Brown Brown 1 2 3 4 5 6 7 8 White Blue Blue White Orange Orange White Green Green White Brown Brown Figure 4 49 Routing LAN1 User Panel System cabling and final assembly LAN 10 100 Base T interface 4 74 Luc...

Page 241: ...able CC109155945 50 m 164 042 ft LAN cable CC109155952 75 m 246 063 ft LAN cable CC109164368 91 m 298 556 ft LAN cable CC109164376 Table 4 21 Pin assignment LAN cables straight Point on connector Signal name 1 Transmit data positive 2 Transmit data negative 3 Receive data positive 6 Receive data negative Figure 4 50 HUB connection LAN straight System cabling and final assembly LAN 10 100 Base T in...

Page 242: ...igure 4 51 Routing LAN2 LAN3 and LAN4 CI CTL System cabling and final assembly LAN 10 100 Base T interface 4 76 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 243: ...see chapter 10 section Connecting the fiber cables p 10 4 However the fiber cables should now be laid loosely for the complete network Contents Optical circuit packs 4 78 Gigabit Ethernet circuit packs 4 87 Fiber engineering rules 4 89 OP40 DCM cabling 4 96 Application of attenuators 4 97 System cabling and final assembly 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice...

Page 244: ...ee Engineering Drawings are allowed to be used otherwise the proper functioning of the system cannot be guaranteed Halogen and halogen free fiber cables are available There are the following Single Mode SM cables Single Mode SM minicord break out cable Single Mode SM simplex cable The following Multi Mode MM cables are available for GE1 SX4 only Multi Mode MM minicord break out cable Multi Mode MM...

Page 245: ...f circuit pack delivery Important For this transmission unit only optical break out cables bundles of 12 single mode fibers with 45 boots must be used Figure 4 52 OP155M layout System cabling and final assembly Optical circuit packs 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 79 ...

Page 246: ...e LambdaUnite MSS SFPs are marked by the manufacturer and they are checked upon insertion in order to protect against accidental insertion of non LambdaUnite MSS specific SFPs Only for the LambdaUnite MSS specific SFPs can Lucent Technologies guarantee the full functionality and warranty OPLB PAR8 with OM622 SFP modules The modules have a transmission rate of 622 Mbit s Up to eight SFPs fit on the...

Page 247: ...f circuit pack delivery Important For this transmission unit only optical break out cables bundles of 12 single mode fibers with 45 boots must be used Figure 4 54 OP622 layout System cabling and final assembly Optical circuit packs 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 81 ...

Page 248: ... KFA12 KFA203 KFA204 Legend 1 Richco twist lock TL250 DC1004336 part of circuit pack delivery Figure 4 55 OP2G5 layout System cabling and final assembly Optical circuit packs 4 82 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 249: ...dules The modules have a transmission rate of 2 5 Gbit s Up to eight SFPs fit on the parent board OPT2G5 PAR3 with OM2G5 SFP modules The modules have a transmission rate transparent of 2 5 Gbit s Up to three SFPs fit on the parent board Figure 4 56 OP2G5 PARENT PWDM with OM2G5 modules 1 2 1 2 1 2 5 System cabling and final assembly Optical circuit packs 365 374 187 Issue 1 December 2005 Lucent Tec...

Page 250: ...nd 1 Is part of the circuit pack 2 LC connector CC108265950 and ASSY A1LC BASE BLACK B CC108265950 Figure 4 57 OP10 layout System cabling and final assembly Optical circuit packs 4 84 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 251: ...egend 1 OP10D PAR2 board 2 Module 5 Richco twist lock TL250 DC1004336 part of circuit pack delivery Figure 4 58 OP10D PAR2 with modules 1 2 1 2 1 2 5 System cabling and final assembly Optical circuit packs 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 85 ...

Page 252: ...rcuit pack Legend 1 Richco twist lock TL250 DC1004336 part of circuit pack delivery Figure 4 59 OP40 layout System cabling and final assembly Optical circuit packs 4 86 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 253: ...or SX applications Single Mode SM minicord break out cable for LX applications Single Mode SM simplex cable for LX applications Connector data LC connectors with an angled boot of 40 45 degrees are used for termination to port units beige connector for MM blue connector for SM The LC boot must remain freely rotatable around the connector length axis after termination in order to adjust its orienta...

Page 254: ...ck Legend 1 Richco twist lock TL250 DC1004336 part of circuit pack delivery Figure 4 60 GE1 circuit pack System cabling and final assembly Gigabit Ethernet circuit packs 4 88 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 255: ...d to space difficulties Fiber guides Each fiber guide supports per slot 16 fibers 2 mm 8 ports or 32 fibers 1 6 mm 16 ports Side guides Each standard side guide supports per quadrant 64 fibers 2 mm 32 ports or 128 fibers 1 6 mm 64 ports NOTE Special side guides which are part of the rack extension kits are required if more than 128 fibers 64 ports are available per quadrant Figure 4 61 Fiber guide...

Page 256: ...sion 1 subrack p 4 92 181 362 256 512 yes Figure 4 66 Routing with rack extension 1 subrack p 4 92 2 2 4 180 360 no Figure 4 67 Routing without rack extension 2 subracks p 4 93 181 362 512 1024 yes Figure 4 68 Routing with rack extension 2 subracks p 4 94 General fiber management All fiber cables must be routed within the front half of the LambdaUnite rack frame and from both sides of the subrack ...

Page 257: ...LB DC1001516 item 1 or the fiber guides LT RB DC1001517 item 4 which are mounted on the top bottom of the subrack Legend 1 Cable routed to the lower subrack Figure 4 64 General fiber management System cabling and final assembly Fiber engineering rules 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 91 ...

Page 258: ... access raised floor the cabling has to be done similiarly mirror inverted only Figure 4 65 Routing without rack extension 1 subrack Fiber clip Fiber clip Break out cables from rack top to lower fiber guide to upper fiber guide Subrack side view Break out point Break out point max 16 max 14 1 Cable slack can also be used for accommodating overlength 1 1 System cabling and final assembly Fiber engi...

Page 259: ...fiber guide max 16 max 14 max 256 to lower fiber guide max 16 max 14 max 256 Break out cables from rack extension Break out points 1 Cable slacks can also be used for accommodating overlength 1 1 System cabling and final assembly Fiber engineering rules 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 93 ...

Page 260: ...out point Break out point max 16 max 14 Fiber clip Fiber clip to lower fiber guide to upper fiber guide Break out point Break out point Subrack side view 1 Cable slack can also be used for accommodating overlength 1 1 1 1 System cabling and final assembly Fiber engineering rules 4 94 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 261: ...s from rack extension Break out points Fiber clip Fiber clip Subrack side view Break out points to upper fiber guide max 16 max 14 max 256 to lower fiber guide max 16 max 14 max 256 Break out points Subrack 1 Subrack 2 1 Cable slacks can also be used for accommodating overlength 1 1 1 1 System cabling and final assembly Fiber engineering rules 365 374 187 Issue 1 December 2005 Lucent Technologies ...

Page 262: ...ne as shown in the figure below Figure 4 69 OP40 cabling with amplifiers OBA IN OPA IN IN OUT TXDCM OP40 IN OUT RXDCM 40G in 40G out OBA OUT OPA OUT IN OUT System cabling and final assembly 4 96 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 263: ... be placed at the transmitter side OUTPUT port with single mode pigtail Reason If attenuators for single mode applications are used on ports with multi mode pigtails the actual attenuation is much lower than the nominal value In that case the risk of an overload and damage to the optical receiver is very high NOTE If the ports are intended for multi mode application e g Gigabit Ethernet SX interfa...

Page 264: ...on describes the two final optional assembly steps the side cover plate and rack door mounting Contents Side cover plates 4 99 Rack doors 4 102 System cabling and final assembly 4 98 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 265: ...in the designated gaps in the rack frame or in the brackets of the rack extension 2 Attach the side cover plates item 1 to the rack frame or to the rack extension by using screws item 2 The following side cover plates should be used CC848780177 in the case of an ETSI 2 rack CC848780185 in the case of a NEBS 2000 rack NOTE The mentioned comcodes always represent one pair of side cover plates left a...

Page 266: ...s Figure 4 70 Side cover plate mounting onto the rack frame System cabling and final assembly Side cover plates 4 100 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 267: ...re 4 71 Side cover plate mounting onto the rack extension System cabling and final assembly Side cover plates 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 101 ...

Page 268: ... 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 a NEBS 2000 rack connect the ground strips DC1005100 item 1 at the top and bottom of each rack door with the green finished bolts A torque of 5 9 0 3 Nm is requ...

Page 269: ... hole below the door latch to lift the latch see figure below 2 Pull the latch to open the door Figure 4 72 Installing the rack doors System cabling and final assembly Rack doors 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 103 E N D O F S T E P S ...

Page 270: ...the top of the latch 3 Pry out the trim plate item 1 by using the screwdriver 4 Insert the locking module F2 99 2 item 2 with key lock SC01 SC99 item 3 Important The key lock must be unlocked as shown Figure 4 73 Opening the rack doors System cabling and final assembly Rack doors 4 104 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 271: ... the tabs into the holes in the bezel 7 Snap the locking module into place Results Figure 4 74 Installing the door lock System cabling and final assembly Rack doors 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 4 105 E N D O F S T E P S ...

Page 272: ......

Page 273: ...sumption All NEs must be mounted and cabled correctly see chapters 3 and 4 Contents Powering 5 2 Switching on and testing the supply voltage 5 4 Fan unit test 5 8 Software and circuit pack installation 5 11 WaveStar CIT installation 5 12 Starting the WaveStar CIT application 5 18 NE software installation 5 19 Circuit packs 5 33 Configuration rules 5 39 Mounting the circuit packs 5 52 Physical inst...

Page 274: ...n removing or connecting live power supply cable lugs Arcing can cause burns to the hands and damage to the eyes Ensure that the power is switched off before removing or connecting power supply cable lugs CAUTION Destruction of components due to a supply voltage of incorrect polarity or that is too high LambdaUnite MSS equipment operates at a nominal voltage of 48 V or 60 V The permissible toleran...

Page 275: ...itching on and testing the supply voltage 5 4 Fan unit test 5 8 Power software and circuit pack installation Overview 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 3 ...

Page 276: ...rcuit breakers on both PI 100 units are in the OFF position O see Figure 5 1 PI 100 switching p 5 5 Procedure Proceed as follows to switch on and test the voltage supply lines 1 Insert a 125 A fuse for each supply line into the external Battery Distribution and Fuse Bay BDFB If circuit breakers are being used in the BDFB put both of them in the ON position 2 Use a multimeter to check the primary v...

Page 277: ...sition I using a small Phillips screwdriver IMPORTANT The circuit breaker latch must be activated slowly Otherwise it could snap back to the OFF position Figure 5 1 PI 100 switching PI B PI A Power software and circuit pack installation Switching on and testing the supply voltage 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 5 ...

Page 278: ...e please refer to appendix A section Power failure p A 2 Breaker less PIs PI 100 NOCB If breaker less PIs PI 100 NOCB are used the LambdaUnite MSS subrack has to be connected via an external circuit breaker to the central office power installation The current rating of the hydraulic magnetic circuit breaker no thermal fuse depends on the configuration of the subrack The maximum current rating for ...

Page 279: ...r equivalent Figure 5 2 Breaker less PIs PI 100 NOCB Power software and circuit pack installation Switching on and testing the supply voltage 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 7 ...

Page 280: ...dure Proceed as follows to test the correct functionality of the fan unit 1 Check the LED status indication on the back of the fan unit Result The PWR ON LED on the fan unit should be illuminated the FAULT LED should be off Figure 5 3 Fan unit LEDs Power software and circuit pack installation 5 8 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 281: ...ULT LED remove both POWER INPUT cables A and B from the fan unit You can do this without switching off the power supply Result The PWR ON LED should be extinguished 4 Block one fan from moving with an obstacle e g with a pen Figure 5 4 Rubber air flow baffles Power software and circuit pack installation Fan unit test 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on f...

Page 282: ...emove the obstacle 7 Reconnect both POWER INPUT cables A and B Result The PWR ON LED on the fan unit should be illuminated the FAULT LED should be off Reference In the case of a test failure please refer to appendix A section Fan unit test failure p A 4 E N D O F S T E P S Power software and circuit pack installation Fan unit test 5 10 Lucent Technologies Proprietary See notice on first page 365 3...

Page 283: ...ial configuration rules Contents WaveStar CIT installation 5 12 Starting the WaveStar CIT application 5 18 NE software installation 5 19 Circuit packs 5 33 Configuration rules 5 39 Mounting the circuit packs 5 52 Physical installation check 5 60 Power software and circuit pack installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 11 ...

Page 284: ...lors 100BaseT LAN interface installed and working Adobe Acrobat Reader for Windows version 3 01 or later Removable hard disk drive optional required only for system backup One of the following operating systems Microsoft Windows NT 4 0 with Service Pack 6 Microsoft Windows 2000 with Service Pack 2 Microsoft Windows XP It is strongly recommended to use an english Microsoft Windows version The WaveS...

Page 285: ...he software That same user then becomes the WaveStar CIT System Administrator The WaveStar CIT System Administrator sets up the operating environment for other users Some of these administration functions include Assigning login IDs Assigning an initial password for each login ID Customizing the access privileges and security attributes for each login ID and so forth The installation program canno...

Page 286: ...orresponds to your CD ROM 4 Double click the setup exe file in the root directory of your CD ROM drive 5 Proceed to Step 3 3 Click Continue Result The CD ROM content list appears 4 Choose the CIT Software entry Power software and circuit pack installation WaveStar CIT installation 5 14 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 287: ... to continue the installation Result The License Agreement window appears 7 Click Yes twice Result The Choose Destination Location window appears 8 Click Next to accept the default folder or click Browse to choose or create a different folder Power software and circuit pack installation WaveStar CIT installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first ...

Page 288: ...That component is needed for the use of TL1 commands Command Builder That component is needed for the creation of TL1 scripts UNITE Graphical Package Network View will be selected automatically That component is needed for the use of the graphical network view in WaveStar CIT Click Next 12 Select the Yes option to install the OSI protocol Result The WaveStar CIT will be installed This will take a ...

Page 289: ...fy proper installation double click the WaveStar CIT Icon on your desktop to start the application E N D O F S T E P S Power software and circuit pack installation WaveStar CIT installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 17 ...

Page 290: ...IT software by double clicking the WaveStar CIT icon 2 Log into WaveStar CIT with User Id LUC01 or LUC02 and Password LUC 01 or LUC 02 NOTE LUC01 and LUC02 are pre installed Super User logins which must be used together with the passwords LUC 01 and LUC 02 throughout this manual More information related to user administration and privilege codes is given in the LambdaUnite MSS User Operations Guid...

Page 291: ...sh adapter or PCMCIA slot equipped with CompactFlash adapter 3 A valid login on the WaveStar CIT see Starting the WaveStar CIT application p 5 18 4 Administrator privileges for the PC being used to install software 5 The CD ROM that contains the generic of the NE software 6 ESD Wrist Strap 7 Small Phillips screwdriver 8 Lucent provided empty and pre formatted CompactFlash card for each CTL unit Th...

Page 292: ...fer manual installation proceed to Step 10 3 Insert the LambdaUnite CD ROM with the new NE software 4 IF THEN the Welcome Screen appears proceed to Step 5 the Welcome Screen does not appear perform the following 1 Go to the Start button 2 Click Start with the right mouse button and select Explore 3 Select the drive that corresponds to your CD ROM 4 Double click the setup exe file in the root direc...

Page 293: ... 6 Choose the NE Software entry Power software and circuit pack installation NE software installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 21 ...

Page 294: ...ND OF AUTOMATIC INSTALLATION PROCEDURE Skip the following steps and proceed to section Remove CompactFlash card from CTL p 5 24 10 Insert the LambdaUnite CD ROM with the new NE software 11 If the Welcome Screen appears select Cancel to exit from the automatic installation procedure Power software and circuit pack installation NE software installation 5 22 Lucent Technologies Proprietary See notice...

Page 295: ...er and go to the generics directory This directory contains the subdirectory up 21 Select the complete up directory and copy it to the folder that you created two steps before NOTE When copying the files using the Windows 2000 Explorer they are copied in write protected or read only mode to the destination directory You must remove the write protection on all files copied to the generics directory...

Page 296: ...Flash card Proceed as follows to remove the CompactFlash card from the CTL 1 Locate the Security Bar for the CompactFlash card that is located on the top edge of the CTL unit as shown below Power software and circuit pack installation NE software installation 5 24 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 297: ...r to loosen the screws by two turns Do not remove the screws 3 Open the Security Bar as shown below Power software and circuit pack installation NE software installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 25 ...

Page 298: ...ompactFlash card should fit snugly but not require a great deal of force to remove NOTE Take note of the orientation of the CompactFlash card as it is removed from the CompactFlash slot Power software and circuit pack installation NE software installation 5 26 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 E N D O F S T E P S ...

Page 299: ...o the WaveStar CIT see section Starting the WaveStar CIT application p 5 18 3 In the WaveStar CIT NE Management View select Administration Prepare PCMCIA Disks Result The Prepare PCMCIA Disk window appears 4 In the right window under Destination PCMCIA Disk click the drive letter of the CompactFlash card 5 In the left list under Available Generics click on WaveStar_UNITE Power software and circuit...

Page 300: ... and the Prepare PCMCIA Disk window states Generic copy complete in the upper left corner see below when the file transfer is complete Troubleshooting If the Copying generic files message does not appear check that the CompactFlash card is plugged correctly you have selected the correct PCMCIA drive the CompactFlash card is empty and pre formatted 06 01 00 Power software and circuit pack installat...

Page 301: ... to the Start button 2 Click Start with the right mouse button and select Explore 3 Follow the path as given above and select the up folder 4 Press CTRL A 5 Move the mouse over the selected folders click the right mouse button and select Properties 9 Click Done to exit the Prepare PCMCIA Disk window 10 If the CompactFlash card driver software that you are using requires you to stop the CompactFlas...

Page 302: ...oftware into the CTL unit 1 Locate the Security Bar for the CompactFlash card that is located on the top edge of the CTL unit as shown below Power software and circuit pack installation NE software installation 5 30 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 303: ...er to loosen the screws two turns Do not remove the screws 3 Open the Security Bar as shown below Power software and circuit pack installation NE software installation 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 31 ...

Page 304: ...h card into the CompactFlash slot The CompactFlash card should fit snugly but not require a great deal of force to insert 6 Close the Security Bar and tighten both screws E N D O F S T E P S Power software and circuit pack installation NE software installation 5 32 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 305: ...s per shelf OP40 Optical I O pack OC 768 STM 256 1 8 8 OP10 Optical I O pack OC 192 STM 64 PWDM 10 Gbit s Ethernet WANPHY 1 32 32 OP10D PAR2 Optical I O parent board for OC 192 STM 64 optical interface modules 2 16 32 OP2G5 Optical I O pack OC 48 STM 16 4 32 128 OP2G5 PARENT Optical I O parent board with OC 48 STM 16 PWDM modules 2 32 64 OP2G5D PAR8 Optical I O parent board for OC 48 STM 16 optica...

Page 306: ... n a LOXC 1 CC109487447 Low order cross connect switching matrix for VC 3 lower order for VC 12 and for VT1 5 traffic 1 1 protection recommended n a 2 n a CTL CC109000158 System and DCC controller unit no ONNS capability n a 2 n a CTL 2 CC109192229 System and DCC controller unit ONNS capable n a 2 n a CTL 3T CC109487421 System and DCC controller unit with enhanced performance extended DCC capabili...

Page 307: ...quired circuit packs The minimum recommended complement of circuit packs required for an operational LambdaUnite MSS shelf is two switching units one working and one protection one controller unit traditional applications or two controller units one working and one protection ONNS functionality the required transmission units in the universal slots A shelf equipped with these circuit packs would b...

Page 308: ... types 6N type NOTE Unused slots must be covered up by blank front plates 3N types Figure 5 5 Blank front plate 3N CC848782868 Power software and circuit pack installation Circuit packs 5 36 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 309: ...mum upward and downward displacement of the plastic latches shall not exceed 5 mm to avoid any destruction Figure 5 6 Blank front plate 3N with empty holes CC848840112 Power software and circuit pack installation Circuit packs 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 37 ...

Page 310: ... type Figure 5 7 Blank front plate 6N CC848782876 Power software and circuit pack installation Circuit packs 5 38 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 311: ...C640 working 09 2 XC160 XC320 XC320 B XC640 protection or blank front plate 6N 10 3 User panel 40 4 CTL CTL 2 CTL 3T CTL 3S protection or blank front plate 3N 31 Figure 5 8 Slot positions of the circuit packs 1 2 3 11 12 13 14 15 16 17 18 19 01 02 03 04 05 06 07 08 09 10 31 32 33 34 35 36 37 38 39 21 22 23 24 25 26 27 28 XCW XCP CTLP CTLW USRPNL 40 4 5 6 7 8 8 Power software and circuit pack insta...

Page 312: ...ciated ECI 155ME8 CC109001479 unprotected configuration or ECI 155MP8 CC109192260 protected configuration interface paddle boards must be located at the back side of the subrack upper row 3 The associated ECI51 MP72 interface paddle board must be located at the back side of the subrack upper row More information is given in section DS3 EC1 equipment protection rules p 5 41 4 It is recommended to p...

Page 313: ... EC1 transmission with or without 1 1 equipment protection EP51 port units are used in combination with ECI51 interface paddle boards and can only be inserted in the upper row of the subrack In a DS3 EC1 equipment protection configuration the EP51 worker W and protection P port units are adjacently inserted as pairs as shown in the figure below The worker port unit can be flexibly configured on th...

Page 314: ...ds Table 5 3 Association between EP51 slots and ECI51 slots EP51 slots ECI51 slots ECI51 position 21 24 61 63 63 23 26 63 65 65 25 28 65 67 67 32 35 72 74 74 34 37 74 76 76 36 39 76 78 78 Power software and circuit pack installation Configuration rules 5 42 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 315: ...ated with ECI51 slots 65 67 EP51 slots 25 28 ECI51 position 63 associated with ECI51 slots 61 63 EP51 slots 21 24 67 65 63 61 28 27 26 25 24 23 22 21 Important Using ECI51 position 65 will prevent placement of EP51 circuit packs in slots 21 22 27 and 28 1 2 Represents ECI51 cards DS3 paddle boards that could be installed in positions 65 and or 76 on the third row If ECI51 position 65 is used ECI51...

Page 316: ...tween EP51 slots and ECI51 protection groups ECI51 position ECI51 slots ECI51 protection group EP51 slots 63 61 63 1 21 22 2 23 24 65 63 65 1 23 24 2 25 26 67 65 67 1 25 26 2 27 28 74 72 74 1 32 33 2 34 35 76 74 76 1 34 35 2 36 37 78 76 78 1 36 37 2 38 39 Power software and circuit pack installation Configuration rules 5 44 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue...

Page 317: ...slots will be rejected Cover all unequipped slots with blank faceplates 3 Port units with a transmission capacity of 20 Gbit s for example an OP2G5D PAR8 parent board equipped with 8 optical modules can only be used in the universal slots 22 24 26 28 33 35 37 and 39 The slot to the left of a slot where such a port unit is installed has to remain unequipped 4 All cross connect and timing units can ...

Page 318: ...oss connect and timing units can be provisioned in slot 9 and slot 10 The slot equippage rules as described above however apply independent of whether an XC320 or an XC640 is used If an XC160 cross connect and timing unit is installed in slot 9 or slot 10 the green activity LED of that XC160 will flash and a Circuit Pack Type Mismatch alarm will be reported Figure 5 12 LXC configuration rules with...

Page 319: ...nd slot 10 If any cross connect and timing unit other than an XC640 is installed in slot 9 or slot 10 the green activity LED of that cross connect and timing unit will flash and a Circuit Pack Type Mismatch alarm will be reported Figure 5 13 LXC configuration rules with XC320 21 40 12 32 23 25 27 User panel front view Universal slot Universal slot Universal slot Universal slot Universal slot CTL P...

Page 320: ... empty The slots 2 and 17 are reserved i e may be used in case a future in service upgrade is planned towards LOXC units which occupy 2 or 3 slots respectively Option 2 17 19 Alternative equipage if slot 4 is occupied The slots 16 and 18 must remain empty Option 3 2 37 39 The slots 36 and 38 must remain empty Figure 5 14 LXC configuration rules with XC640 21 1 9 40 31 22 2 12 10 32 23 3 13 33 24 1...

Page 321: ...h occupy 2 slots Notes 1 Option 1 is the preferred option 2 LXC320 option 3 is the preferred option for a seamless upgrade from LXC160 to LXC320 3 LXC640 option 2 is the preferred option for a seamless upgrade from LXC320 to LXC640 4 LXC640 option 3 is the preferred option for maximized automatic I O slot usage by Telcordia Technologies 5 LXC640 option 4 is the preferred option for a seamless upgr...

Page 322: ...l slot 35 Universal slot 37 Universal slot 39 Universal slot 9 10 11 31 CTL P slot W P LXC160 21 40 12 32 23 25 27 User panel front view Universal slot Universal slot Universal slot Universal slot Universal slot CTL P slot Universal slot CTL W slot Universal slot Universal slot Universal slot Universal slot Universal slot Universal slot Universal slot Universal slot Universal slot Universal slot U...

Page 323: ...by ONNS 5 The permissible shelf equippage depends on the maximum switch capacity 21 1 9 40 31 22 2 12 10 32 23 3 13 33 24 14 34 25 5 15 35 26 6 16 36 27 7 28 8 User panel front view Universal slot Universal slot Universal slot Universal slot Universal slot CTL P slot Universal slot CTL W slot Universal slot Universal slot Universal slot Universal slot Universal slot Universal slot Universal slot U...

Page 324: ...val facilities Always observe the ESD instructions cf Electrostatic discharge p 1 20 Required equipment Prior to performing this task the following equipment must be available 1 ESD Wrist Strap 2 Circuit packs Connector blocks Prior to the insertion of circuit packs please check 1 that the connector blocks of the circuit packs and NE backplanes are undamaged see Figure 5 15 Undamaged connector blo...

Page 325: ...the case of a damaged connector block Figure 5 15 Undamaged connector blocks Power software and circuit pack installation Mounting the circuit packs 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 53 ...

Page 326: ...he lower guiding extrusion as shown in the figure below Figure 5 16 Undamaged damaged EMI shields Figure 5 17 Undamaged guide headers Power software and circuit pack installation Mounting the circuit packs 5 54 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 327: ...st be used 2 Hold the circuit pack at both latches and slide it into the subrack Power software and circuit pack installation Mounting the circuit packs 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 55 ...

Page 328: ...er guiding extrusion must be used for inserting the circuit pack Power software and circuit pack installation Mounting the circuit packs 5 56 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 329: ...rcuit pack simultaneously 4 Check that the metal clip of each latch is visible as shown in the figure below Power software and circuit pack installation Mounting the circuit packs 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 5 57 E N D O F S T E P S ...

Page 330: ...lash 4 The Fault LED is illuminated and the Active LED flashes 5 The Fault and Active LEDs flash 6 The Fault LED flashes and the Active LED is illuminated After the boot process the following must be observed The fans have reduced their speed The Fault LED is flashing and the Active LED is permanently illuminated The MN and ABN LEDs on the User Panel are illuminated Troubleshooting If the conditio...

Page 331: ...hat does not solve the problem replace these circuit packs Final result The following can be observed now 1 The MJ MN and ABN LEDs on the User Panel are on and no critical alarms are indicated CR LED should be off 2 The Active LEDs of all circuit packs are flashing This is because the system is still in maintenance condition and some system parameters have not been set This should be ignored as th...

Page 332: ...hecks 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 Power software and circuit pack installation 5 60 Lucent Technologies Proprietary See notice on first page 365...

Page 333: ...st for Part I see next page and a table for entering the power supply values measured in chapter 5 Contents Physical and power installation exit checklist 6 2 Power supply measurements 6 3 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 6 1 ...

Page 334: ... installed Power cables installed Ground cable installed Subrack alarm cables installed Station alarm cable installed STM 1e cables installed DS3 cables installed MDI MDO cables installed User byte cables installed Station clock cables installed LAN cables installed Fiber cables installed Side cover plate installed Rack door installed Powering Fan unit test performed WaveStar CIT installed NE soft...

Page 335: ...Power supply measurements Measured values Feeder Measured voltage A B Exit checklist Part I 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 6 3 ...

Page 336: ......

Page 337: ...following provides a checklist to be completed prior to performing the NE provisioning and stand alone installation tests Verify that each procedure has been completed Check off and initial the item Procedure Completed Initials Notes Have all procedures been completed which are required in chapter 6 Physical and power installation exit checklist p 6 2 Is a CAT5 crossover LAN cable with RJ 45 RJ 45...

Page 338: ...H SONET analyzer Adjustable optical attenuator Contents Chapter 7 NE provisioning 7 1 Chapter 8 Stand alone test procedures 8 1 Chapter 9 Exit checklist Part II 9 1 NE provisioning and stand alone installation test Overview II 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 339: ...7 2 Connecting the WaveStar CIT to the NE 7 3 NE login via OSI 7 7 NE login via TCP IP 7 11 Provisioning system parameters 7 13 Changing the NE name TID 7 14 System parameters 7 16 LAN port configuration for TCP IP access 7 22 NE password aging 7 28 NE date and time 7 30 Mounting the CTL protection unit 7 33 External timing inputs 7 34 External timing references 7 36 System timing 7 39 365 374 187...

Page 340: ... OSI p 7 7 using a direct LAN access point to point is possible Login via TCP IP is not possible until you perform the procedure LAN port configuration for TCP IP access p 7 22 Contents Connecting the WaveStar CIT to the NE 7 3 NE login via OSI 7 7 NE login via TCP IP 7 11 NE provisioning 7 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 341: ...e with RJ 45 RJ 45 connectors see chapter 4 Figure 4 48 CIT connection LAN crossed p 4 74 must be used for this connection NOTE The crossing can also be realized by a C5XOVER adapter female to female CC408357903 This adapter works inline with two CAT5 straight cables The following figure illustrates direct LAN access point to point Safety CAUTION ESD hazard Electronic components can be destroyed b...

Page 342: ...access via Data Communications Channel DCC WaveStar CIT access to remote 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 ...

Page 343: ...to NEs via TCP IP in the following ways Direct connection to the LAN port Through an IP network Intranet Through Gateway NE Figure 7 3 WaveStar CIT access via DCC DCC Data Communication Channel WaveStar CIT NE provisioning Connecting the WaveStar CIT to the NE 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 7 5 ...

Page 344: ...to be created for the NE Important When IP traffic is enabled for a LAN port of the NE see section LAN port configuration for TCP IP access p 7 22 the system will not respond to a ping unless also the TTD function is enabled In order to be able to ping the NE you need to have a LAN provisioned for IP and the TTD function enabled Figure 7 4 WaveStar CIT access via TCP IP NE Figure 7 5 WaveStar CIT ...

Page 345: ...r to performing this task the following equipment must be available 1 WaveStar CIT PC 2 CAT5 crossover LAN cable with RJ 45 RJ 45 connectors see chapter 4 Figure 4 48 CIT connection LAN crossed p 4 74 Prerequisites Prior to performing this task you must be logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been ...

Page 346: ...elect OSI and click Graphical Result The Unite Login Dialog window appears 4 Log in with UserId LUC01 or LUC02 and the associated Password UNITE 01 or UNITE 02 NOTE LUC01 and LUC02 are pre installed Super User logins which must used throughout this manual More information related to user administration and privilege codes is given in the LambdaUnite MSS User Operations Guide chapters 2 and 14 OSI ...

Page 347: ...t The System View window appears for the selected NE Password rules The following characters are allowed in a password Upper case letters A Z Lower case letters a z Digits 0 9 Special characters apostrophe percent sign number sign hyphen left parenthesis right parenthesis period full stop slash plus sign exclamation mark asterisk left square bracket right square bracket caret grave accent left cur...

Page 348: ...h commercial add comma colon equal sign quotation mark semicolon ampersand horizontal bar underscore _ question mark Furthermore a valid password consists of a sequence of six to ten characters must start with a letter must contain at least two non alphabetic characters and at least one special character Important Passwords are case sensitive NE provisioning NE login via OSI 7 10 Lucent Technologi...

Page 349: ... 4 Figure 4 48 CIT connection LAN crossed p 4 74 Prerequisites Prior to performing this task you must have done the following Logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabled during WaveStar CIT installation Configured the LAN port for TCP IP access see section LAN port configuration for TCP IP ac...

Page 350: ... your User Id and Password for the NE 6 Click OK to connect Result The Legal Notice window appears 7 Click OK to the legal notice Result The System View window appears for the selected NE E N D O F S T E P S NE provisioning NE login via TCP IP 7 12 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 351: ...related tasks is given in the LambdaUnite MSS User Operations Guide Contents Changing the NE name TID 7 14 System parameters 7 16 LAN port configuration for TCP IP access 7 22 NE password aging 7 28 NE date and time 7 30 Mounting the CTL protection unit 7 33 External timing inputs 7 34 External timing references 7 36 System timing 7 39 NE provisioning 365 374 187 Issue 1 December 2005 Lucent Techn...

Page 352: ...allation 2 Logged in to the NE Procedure Complete the following steps to change a network element s name 1 In the WaveStar CIT System View select Administration Set TID Result The Provision TID NE Name window appears 2 Place the cursor in the New TID NE Name text box and type the new TID observing the following configuration rules Each NE name must be unique within the network to guarantee the rea...

Page 353: ...ame text box and continue with Step 4 4 Place the cursor in the Confirm TID NE Name text box and type 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 then Yes in the confirmation window NOTE The new TID will become active after the other system parameters have been provisioned and a system reset has been performed see next s...

Page 354: ...ed in to the NE Setting of general parameters Complete the following steps to set the system parameters 1 In the WaveStar CIT System View select Configuration Provision Result The Provision Parameters for Protection Groups or Equipment window appears The Equip selection tab appears on the left side of the window 2 Select LambdaUnite MSS in the Equip selection tab and click Provision Result The sel...

Page 355: ... shall be used select Fixed Rate This is the default setting In the fixed rate tributary operation mode a specific tributary substructure is expected in the incoming signal the adaptive rate tributary operation mode shall be used select Adaptive Rate In the adaptive rate tributary operation mode no specific tributary substructure is expected in the incoming signal The port automatically adapts to ...

Page 356: ... Ethernet set the Cross Connect Application to Traditional This is the default setting you want to prepare the system for ONNS applications set the Cross Connect Application to ONNS 8 In the System Settings group box specify the maximum cross connect capacity Maximum Switch Capacity of the system IF THEN one or two XC160 cross connect and timing units are used select LXC160 This is the default set...

Page 357: ... with Step 14 14 In the WaveStar CIT System View select Fault Enter Exit Maintenance Condition Exit Maintenance Condition Result The LambdaUnite MSS NE will now perform a system reset takes about ten minutes As a consequence the management association between the WaveStar CIT and the NE will be lost After the boot process the following must be observed The Active LEDs on all circuit packs are perm...

Page 358: ...wing table Table 7 1 Elements of the Settings tab Option Meaning Optical Interface Standard Used to set the interface standard for the NE by selecting the corresponding radio button SONET or SDH Figure 7 6 Screen of the Settings tab NE provisioning System parameters 7 20 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 E N D O F S T E P S ...

Page 359: ... characteristics This parameter basically impacts the default settings for the expected external timing reference signals the Synchronization Status Message SSM handling and the output timing mode of operation Cross Connect Application Used to set the cross connect application for the NE by selecting the corresponding radio button Traditional or ONNS Maximum Switch Capacity Used to set the maximum...

Page 360: ...mined the IP address to be used for the LAN port 4 Determined the Subnet Mask for the LAN port 5 Determined the IP address of the WaveStar CIT or EMS Important For TCP IP connections a user will automatically be logged out after 60 minutes of inactivity Thus disabling the Inactivity Timeout or setting it to a value higher than 60 minutes has no effect For OSI connections there are no such restrict...

Page 361: ...nance is not indicated select Fault Enter Exit Maintenance Condition Enter Maintenance Condition in the WaveStar CIT System View 3 In the WaveStar CIT System View select Administration Data Communications Result The Data Communications window appears 4 Select OSI Node osinode1 on the left and click Select NE provisioning LAN port configuration for TCP IP access 365 374 187 Issue 1 December 2005 Lu...

Page 362: ...he IP Subnet Mask 10 Enter the Subnet mask and click OK 11 IF THEN LAN lan2 is used for TCP IP proceed to Step 12 LAN lan3 is used for TCP IP check the Advanced Mode box in the LAN settings group box and confirm the resulting message with OK NOTE In addition to the LAN Traffic option IP only the Advanced Mode provides the options IP and OSI ISIS Disabled IP and OSI ISIS Enabled OSI only ISIS Disab...

Page 363: ...AN TARP Storm Suppression by clicking the respective radio button 15 Click Apply and then Yes in the confirmation window 16 IF THEN LAN lan3 without the Advanced Mode box checked see Step 11 or LAN lan2 is used for TCP IP click Close and proceed to Step 18 LAN lan3 with the Advanced Mode box checked see Step 11 is used for TCP IP the LambdaUnite MSS NE will now perform a controller reset takes abo...

Page 364: ...t refer to appendix A section Circuit pack alarm handling p A 12 19 Log in to the NE via OSI using the new TID set in section Changing the NE name TID p 7 14 20 In the WaveStar CIT System View select Administration Data Communications Result The Data Communications window appears 21 By means of the equipment selection window select LambdaUnite MSS and click Select 22 Select the TCP IP tab 23 In th...

Page 365: ...ective Internet connection and then select the Protocols tab Select TCP IP Protocol and click Properties In the IP address tab the IP address of the PC is displayed 30 To add a host to the list click the symbol to the left of an empty entry in the list Result The Edit IP Address and OS type for system window appears 31 Enter the IP address of the host e g WaveStar CIT in the New IP Address field a...

Page 366: ...have done the following 1 Logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabled during WaveStar CIT installation 2 Logged in to the NE Procedure Complete the following steps 1 In the WaveStar CIT System View select Administration Security User Provisioning Result The User Provisioning window appears 2 ...

Page 367: ...warning window appears 7 Click Yes to confirm and return to the System View NOTE Local or company procedures may require these timers to be restored when the NE is added to the network E N D O F S T E P S NE provisioning NE password aging 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 7 29 ...

Page 368: ...n the WaveStar CIT System View select Administration Set Date and Time 2 In the Date group box specify the day by clicking on the desired date the month by means of the respective drop down list box and the year by means of the respective drop down list box Reference See Figure 7 7 Date and Time screen p 7 31 3 In the Time group box specify the time by means of the Hour and Minute drop down list b...

Page 369: ...sted in the following table Table 7 2 Elements of the Date and Time screen Option Meaning Year Select the year to be set Month Select the month to be set Day Select the day to be set Time Select the time to be set Figure 7 7 Date and Time screen NE provisioning NE date and time 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 7 31 E N D O F S T E P S ...

Page 370: ...me clock A precondition however is that the active controller is of the type CTL 3S or CTL 3T Power failures with a duration of up to 2 hours can be compensated with an accuracy of the timing information after the recovery of 1 second NE provisioning NE date and time 7 32 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 371: ...available 1 ESD Wrist Strap 2 CTL protection unit with installed CompactFlash card Procedure 1 Insert the CTL protection unit into slot 31 Result A synchronization process will be started Active LED is flashing which takes up to twenty minutes The CTL protection unit has been synchronized when the Active LED is no longer flashing or illuminated Troubleshooting If the behavior described above canno...

Page 372: ...l timing input ports must be connected to an external timing source Procedure Complete the following steps to configure the external timing input ports 1 In the WaveStar CIT System View select Configuration Timing Sync Result The Synchronization Characteristics window appears with the active tab External Input 1 For port 2 select External Input 2 2 Select the timing input format in the group box I...

Page 373: ...A8 a 2 Mbit unframed SDH format is used select Not Supported in the SSM support tab an ESF SONET format is used select Supported in the SSM support tab The SSM mode will be supported on the corresponding external timing input port an SF SONET format is used select Not Supported in the SSM support tab 4 Apply the changes by clicking Apply If you wish to discard the changes click Undo 5 Click Close ...

Page 374: ...s p 7 16 Procedure Complete the following steps to configure the external timing references 1 In the WaveStar CIT System View select Configuration Timing Sync Result The Synchronization Characteristics window 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...

Page 375: ... all possible timing reference signals fail the timing generator enters holdover mode 6 Select the port AID in the Assigned Port AID drop down list box If the respective external timing signal is not to be used select Not Connected in the drop down list box Otherwise select External Timing Input Port 1 or External Timing Input Port 2 depending on the tab you have selected 7 Select Timing Port Mode...

Page 376: ...em View select View Timing Sync External Reference 1 2 tab to verify that the new parameters were accepted E N D O F S T E P S NE provisioning External timing references 7 38 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 377: ...ogged in to the NE Procedure Complete the following steps to configure the system timing 1 In the WaveStar CIT System View select Configuration Timing Sync Result The Synchronization Characteristics window appears 2 Select the System Timing tab then the appearing System Timing tab 3 Select the wait to restore time in the Wait To Restore group box see System timing screen p 7 41 Click one of the fo...

Page 378: ...able Normally 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 6 Select the ASAP Name Alarm Severity Assignment Profile Via the Browse push button you can select the Severity Assignment Profile in the drop down list b...

Page 379: ...System timing screen Figure 7 8 System timing screen NE provisioning System timing 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 7 41 ...

Page 380: ......

Page 381: ...ople 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 8 2 Alarm reporting tests 8 3 NE synchronization test 8 7 Optical power meter test 8 10 Receiver sensitivity test 8 14 DS3 transmission and protection test 8 22 Optical port transmission test daisy chain test 8 30 XC and CTL...

Page 382: ... the User Panel to test the circuit pack and User Panel LEDs Result All circuit pack and User Panel LEDs should illuminate for about three seconds LED test failure In the case of an LED test failure not all LEDs illuminate please refer to appendix A section LED test failure p A 14 NE ACTY FE ACTY ACO LED TEST CR MJ MN ABN PWR ON CIT LAN User Panel Stand alone test procedures 8 2 Lucent Technologie...

Page 383: ...ors see chapter 4 Figure 4 48 CIT connection LAN crossed p 4 74 3 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabled during WaveStar CIT installation 2 Logged in to the NE Minor alarm test CAUTION ESD haza...

Page 384: ...n do this without switching off the power supply 4 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 click the Refresh button Furthermore the MN LED on the User Panel and the Minor LED at the rack top should be extinguished Critical alarm test Proceed as follows to check the Critical alarm reporting 1 ...

Page 385: ...o 7 Click OK and then Yes in the confirmation window 8 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 click the Refresh button Furthermore the CR and NE ACTY LEDs on the User Panel the Critical LEDs at the rack top and the Fault LED on the circuit pack should be extinguished Major alarm test CAUTION...

Page 386: ...J LED is illuminated and on the rack alarm lamps Major LEDs are illuminated 3 Reconnect the external clock source 4 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 click the Refresh button Furthermore the MJ LED on the User Panel and the Major LED at the rack top should be extinguished E N D O F S T ...

Page 387: ...s Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabled during WaveStar CIT installation 2 Logged in to the NE Procedure Proceed as follows to complete the NE synchronization test 1 If not already done connect an external clock source to both external timing input ports located on the back side of the subrack see chapter 4 Figure ...

Page 388: ...Reference 2 Assigned Port AID External Timing Input Port 1 2 Timing Port Mode Monitoring Monitored System Timing tab Wait To Restore 1 minute Clock Mode Locked 4 Verify that the NE is synchronizing onto the first clock source for at least three minutes To do this select View Timing Sync then the System Timing tab Result External Timing Input Port 1 should be displayed in the System Timing Referenc...

Page 389: ...e Result The first clock source should become active again after the WTR time has expired Reference In the case of an NE synchronization failure NE cannot synchronize to an external clock source please refer to appendix A section NE synchronization failure p A 6 E N D O F S T E P S Stand alone test procedures NE synchronization test 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary...

Page 390: ...r safety p 1 11 CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge Always observe the ESD instructions cf Electrostatic discharge p 1 20 Required equipment Prior to performing this task the following equipment must be available 1 Optical power meter Range 35 20 dBm Wavelength 1310 nm 1550 nm 2 ESD Wrist Strap Prerequisites Prior to performing this task all used op...

Page 391: ... exceeding the maximum power limit will cause the destruction of the power meter as the input power is then too high The supported maximum optical power limit of the optical power meter must be greater than the maximum mean launched power of the measured optical circuit pack to avoid damage Measure the mean launched power at the connected port and enter the measured value in the table provided in ...

Page 392: ... power range dBm OP40 1 3IOR1 109055640 1310 5 0 7 0 OP40 1 5LR1O 109000174 1550 10 0 13 0 OP40 9280 8650XT 109055772 109056499 1550 5 0 3 0 OP10 1 3IOR1 109000216 1310 6 0 1 0 OP10 1 5IR1 109077073 1550 1 0 2 0 OP10 1 5LR1 109000208 1550 10 0 13 0 OP10 01 80 800G 109000232 109008854 1550 6 2 3 8 OP10 9285 8650XT 109056895 109066969 1550 4 0 0 OP10 01 16PWDM 109000257 109006031 1550 1 0 2 0 OM10 1...

Page 393: ...92278 1550 2 0 2 0 OM2G5 921 959PWDM Modules 109154658 109154971 1550 3 0 0 OP622 1 3IR16 109091595 1310 15 0 8 0 OM622 1 3LR1 Module 109307017 1310 3 0 2 0 OM622 1 3IR1 Module 109307009 1310 15 0 8 0 OP155M 1 3IR16 109091603 1310 15 0 8 0 OM155 1 3LR1 Module 109306993 1310 5 0 0 OM155 1 3IR1 Module 109306977 1310 15 0 8 0 GE1 SX4 109000273 850 9 5 4 0 GE1 LX4 109192245 1310 9 5 3 0 Stand alone te...

Page 394: ...iodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appropriate one see appendix A...

Page 395: ...e if OP2G5 OP10 and OP40 circuit packs are used an STM 256 OC 768 transmission signal is required 5 Adjustable optical attenuator 6 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabled during WaveStar CIT in...

Page 396: ...ct an SDH SONET analyzer to a second optical port and select 223 1 as test pattern 3 In the WaveStar CIT System View select Configuration Cross Connection Create to set up a cross connection Figure 8 2 Receiver sensitivity test LambdaUnite NE Rx Tx OP SDH SONET analyzer STM x OC x Tx Rx OP OP Optical Pack 1 Cross connection 1 Attenuator a STM x OC x Optical power meter Stand alone test procedures ...

Page 397: ...select the source tributary Result The Ptn Grp selection tab appears 7 Select the port to which the SDH SONET analyzer is connected Result In the Tributary list box on the right the AIDs of all VCs STSs belonging to the respective port are displayed 8 Select the VC STS which shall be used as the source and click the Select button 9 Select the port to be tested as destination port and the correspon...

Page 398: ...ntil a BER of 1x10 10 is displayed on the SDH SONET analyzer for about two minutes 18 Measure the optical power receiver sensitivity at the output port of the optical attenuator and enter the measured value in the table provided in chapter 9 Important The optical power meter must be set to the appropriate wavelength range see Table 8 2 Receiver sensitivity p 8 19 19 Check that the measured value i...

Page 399: ... resulting message by clicking Yes 26 Click Close to exit the Delete Cross Connection window 27 Repeat Step 1 to Step 26 for all optical ports Value ranges The following table provides the receiver sensitivity value and wavelength ranges of the optical circuit packs Table 8 2 Receiver sensitivity Circuit pack Comcode Wavelength nm Receiver sensitivity dBm OP40 1 3IOR1 109055640 1310 5 0 OP40 1 5LR...

Page 400: ...4 109000265 1310 18 0 OP2G5 1 3LR4 109055657 1310 27 0 OP2G5 1 5LR4 109055665 1550 28 0 OM2G5 1 3SR1 Module 109192294 1310 18 0 OM2G5 1 3LR1 Module 109192286 1310 27 0 OM2G5 1 5LR1 Module 109192278 1550 28 0 OM2G5 921 959PWDM Modules 109154658 109154971 1550 28 0 OP622 1 3IR16 109091595 1310 28 0 OM622 1 3LR1 Module 109307017 1310 28 0 OM622 1 3IR1 Module 109307009 1310 28 0 OP155M 1 3IR16 1090916...

Page 401: ... nm Receiver sensitivity dBm OM155 1 3IR1 Module 109306977 1310 28 0 GE1 SX4 109000273 850 17 0 GE1 LX4 109192245 1310 20 0 Stand alone test procedures Receiver sensitivity test 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 8 21 ...

Page 402: ...iodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appropriate one see appendix A...

Page 403: ...rting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabled during WaveStar CIT installation 2 Logged in to the NE 3 Checked that the port to which the optical loop will be connected is clean A cleaning procedure is given in appendix A section Fiber cleaning p A 21 Test setup The following figure illustrates a possible test setup Figure 8 3 DS3 transmission test LambdaUni...

Page 404: ... to proceed to the next window before selecting the cross connection rate 5 In the XC Application group box select 2 Way Point to Point 6 Click the left Select button to select the source tributary Result The Ptn Grp selection tab appears 7 Select the port to which the transmission analyzer is connected Result In the Tributary list box on the right the AIDs of all STSs belonging to the respective ...

Page 405: ...e Ptn Grp tab 3 Click Select and confirm the resulting message by clicking Yes 16 Click Close to exit the View Cross Connections window 17 Start a signal transmission via the transmission analyzer for one minute Use 44 736 Mbit s as signal rate NOTE The default DS3 signal format is C bit parity If you want to change this please refer to chapter 4 of the LambdaUnite MSS User Operations Guide Result...

Page 406: ...t the existing cross connection that shall be deleted is displayed 23 Select this cross connection and click Next Result Screen 2 appears 24 Select ALL Legs of this cross connection and click Next Result Screen 3 appears This window contains the parameters of the selected cross connection 25 Click Finish to delete the cross connection and confirm the resulting message by clicking Yes 26 Click Clos...

Page 407: ...the window is populated 3 From the Protection Type drop down list box select 1 1 Equipment EP51 DS3 Result The elements displayed on the right hand part of the Create New Protection Group window are adapted to that protection type 4 Enter the last two digits of the desired protection group identifier Protection Group AID into the text input field next to 1 1 eep NOTE The Protection Group AID acces...

Page 408: ...e Ptn Grp tab on the left hand side of the window and click the Select button Result Some information specific to the selected equipment protection group is displayed 12 From the Switch Type drop down list box select Manual To Working Important Do not apply a manual equipment protection switch command less than one minute after a previous equipment protection switch event to prevent traffic hits 1...

Page 409: ...e deleted is displayed 18 Select this cross connection and click Next Result Screen 2 appears 19 Select ALL Legs of this cross connection and click Next Result Screen 3 appears This window contains the parameters of the selected cross connection 20 Click Finish to delete the cross connection and confirm the resulting message by clicking Yes 21 Click Close to exit the Delete Cross Connection window...

Page 410: ...etector diodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appropriate one see a...

Page 411: ...est For example if OP2G5 OP10 and OP40 circuit packs are used an STM 16 OC 48 transmission signal is required 5 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabled during WaveStar CIT installation 2 Logged ...

Page 412: ...he Create New Cross Connection window appears 3 Select Activate the Signal Rate Auto Set check box and define the cross connection rate in the Rate drop down list box according to the analyzer signal used The following values are possible VC 3 SDH STS 1 SONET VC 4 SDH STS 3 SONET VC 4 4c SDH STS 12 SONET VC 4 16c SDH STS 48 SONET VC 4 64c SDH STS 192 SONET Figure 8 4 Daisy chain test LambdaUnite N...

Page 413: ...selection tab and the corresponding VC STS in the Tributary list box 9 Click the Select button Result The current data of the cross connection are displayed 10 Select NORM as Output Mode in the Source to Destination and Destination to Source group boxes 11 Type a 9 digit number for the cross connection in the XC Number field or use the automatically generated one 12 Click the Apply button to apply...

Page 414: ...h contains cross connections and select the respective port Result In the list box on the right the AIDs of all sources and destinations of cross connections belonging to the respective port are displayed 19 Select the cross connection which shall be deleted and click Next Result Screen 2 appears 20 Select ALL Legs of this cross connection and click Next Result Screen 3 appears This window contain...

Page 415: ...the Delete Cross Connection window E N D O F S T E P S Stand alone test procedures Optical port transmission test daisy chain test 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 8 35 ...

Page 416: ...N Destruction of the detector diodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an...

Page 417: ...2G5 and an OP10 circuit pack are used an STM 16 OC 48 transmission signal is required 5 Two XC units Active and Standby 6 Two CTL units Active and Standby 7 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabl...

Page 418: ...own list box according to the analyzer signal used The following values are possible VC 3 SDH STS 1 SONET VC 4 SDH STS 3 SONET VC 4 4c SDH STS 12 SONET VC 4 16c SDH STS 48 SONET VC 4 64c SDH STS 192 SONET Please note that it is not possible to proceed to the next window before selecting the cross connection rate Figure 8 5 XC and CTL protection test LambdaUnite NE SDH SONET analyzer STM x OC x Tx ...

Page 419: ...f the cross connection are displayed 10 Select NORM as Output Mode in the Source to Destination and Destination to Source group boxes 11 Type a 9 digit number for the cross connection in the XC Number field or use the automatically generated one 12 Click the Apply button to apply your settings and confirm the resulting message by clicking Yes 13 Click Close to exit the Create New Cross Connection ...

Page 420: ...rked with A in the WaveStar CIT System View and a short traffic interruption of about 15 ms is caused The LED behavior is as follows The Fault LED on the XC unit active is illuminated The Fault LEDs on all I O packs and the active CTL flash The Active LED on the standby XC unit is illuminated Troubleshooting If the conditions described above cannot be observed refer to appendix A section XC protec...

Page 421: ...ct button 23 From the Switch Type drop down list box select Manual To Working 24 Click Apply and then Yes in the confirmation window Result After about 5 10 minutes the following must be observed No bit errors are present The Active LED on the XC unit active is permanently illuminated The Active LED and the Fault LED on the standby XC unit are extinguished The XC unit active is marked with A in th...

Page 422: ...otection test failure p A 10 2 Re insert the CTL unit active Result The LED behavior on the re inserted CTL unit is as follows 1 The Fault LED is illuminated 2 The Active LED flashes 3 The Active LED and the Fault LED are extinguished After about four minutes the following must be observed The Active LED on the standby CTL unit is permanently illuminated The Active LED and the Fault LED on the CTL...

Page 423: ... between WaveStar CIT and the NE will be lost 8 Perform an NE login as described in chapter 7 section NE login via OSI p 7 7 9 In the WaveStar CIT System View select Configuration Cross Connection Delete to delete the established cross connection Result Screen 1 appears 10 Click the Equip tab on the left 11 Expand the tree of the circuit pack to which the transmission analyzer is connected and sel...

Page 424: ... to delete the cross connection and confirm the resulting message by clicking Yes 15 Click Close to exit the Delete Cross Connection window E N D O F S T E P S Stand alone test procedures XC and CTL protection test 8 44 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 425: ...e next page and a table for entering the optical output power values measured in chapter 8 Contents NE provisioning and stand alone installation test exit checklist 9 2 Optical output power measurements 9 3 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 9 1 ...

Page 426: ... and time provisioned Password aging prevented External timing input ports provisioned External timing references provisioned System timing provisioned LED test performed Alarm reporting test performed NE synchronization test performed Optical power meter test performed Receiver sensitivity test performed DS3 transmission test performed Port and cross connect test performed XC protection test perf...

Page 427: ...If required please make copies of the following table Slot number Circuit pack Port number Mean launched power dBm Receiver sensitivity dBm Exit checklist Part II 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 9 3 ...

Page 428: ...t pack Port number Mean launched power dBm Receiver sensitivity dBm Exit checklist Part II Optical output power measurements 9 4 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 429: ...t Part III Entry checklist The following provides a checklist to be completed prior to performing the network establishment and testing Verify that each procedure has been completed Check off and initial the item Procedure Completed Initials Notes Have all procedures been completed which are required in chapter 9 NE provisioning and stand alone installation test exit checklist p 9 2 Is a laptop or...

Page 430: ...sed p 4 74 Is the following test equipment available Optical power meter with LC connectors Two SDH SONET analyzers Contents Chapter 10 Network establishment and testing 10 1 Chapter 11 Exit checklist Part III 11 1 Network establishment and testing Overview III 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 431: ... 15 Line timing test setup 10 18 1 1 MSP APS test setup 10 23 2 fiber MS SPRing BLSR test setup 10 29 4 fiber MS SPRing BLSR test setup 10 36 SNCP UPSR test setup 10 43 Test procedures 10 50 Line timing test 10 51 1 1 MSP APS test 10 54 2 fiber MS SPRing BLSR test 10 59 4 fiber MS SPRing BLSR test 10 65 SNCP UPSR test 10 71 ONNS provisioning 10 78 Setting the IP address and ONNS system parameters ...

Page 432: ... the first time 10 87 ONNS test 10 90 Path creation test 10 94 Path restoration test 10 97 Path deletion test 10 98 1 1 protection test 10 99 Network establishment and testing Overview 10 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 433: ...d in chapter 4 section Fiber cabling p 4 77 An overview about all WaveStar CIT related tasks is given in the LambdaUnite MSS User Operations Guide If passive DWDM equipment is used please refer to Appendix B Passive WDM OEM equipment If DCM equipment is used please refer to Appendix C DCM OEM equipment Contents Connecting the fiber cables 10 4 Provision DCC 10 12 WaveStar CIT remote login test via...

Page 434: ...tructions cf Laser safety p 1 11 CAUTION Destruction of the detector diodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been ...

Page 435: ...soon as the framing happens the SD mechanism starts The manual plugging is slow compared to the reaction time of the SD detection with fast termination It takes hundreds maybe thousands of frames until the signal is finally error free SD will be detected nearly immediately 10 ms While the plugging continues the signal gets better Depending on the speed of plugging the SD may get re detected severa...

Page 436: ... and enabled As soon as the minimum error count necessary to declare SD is reached SD is set immediately and the interval is restarted i e no waiting until the interval is finished If all frames are errored the detection time for the rates mentioned above is approx 10 ms Network configuration Figure 10 1 Protected ring configuration NE D Tx Rx OP Tx Rx OP NE C OP Rx Tx OP Rx Tx NE A OP Rx Tx NE B ...

Page 437: ... within the range choose the appropriate LC attenuator value see section Orderable attenuators p 10 11 4 Replace the 0 dB LC attenuator with the attenuator selected in Step 3 A replacement procedure is given in appendix A section Replacing LC type LBOs p A 23 NOTE In the case of GE1 SX4 ports a multi mode LBO Lightguide Build Out must be used 5 Measure the received optical power again Result The m...

Page 438: ...0208 1550 14 0 1 0 OP10 01 80 800G 109000232 109008854 1550 20 0 13 0 OP10 9285 8650XT 109056895 109066969 1550 13 0 3 0 OP10 01 16PWDM 109000257 109006031 1550 21 0 8 0 OM10 1 5IR1 Module 109305292 1550 14 0 1 0 OM10 1 5LR1 Module 109503649 1550 14 0 1 0 OM10 1 3IOR1 Module 109305300 1310 11 0 1 0 OP2G5 1 3SR4 109000265 1310 18 0 3 0 OP2G5 1 3LR4 109055657 1310 27 0 8 0 OP2G5 1 5LR4 109055665 155...

Page 439: ... 3LR1 Module 109307017 1310 28 0 8 0 OM622 1 3IR1 Module 109307009 1310 28 0 8 0 OP155M 1 3IR16 109091603 1310 28 0 8 0 OM155 1 3LR1 Module 109306993 1310 34 0 10 0 OM155 1 3IR1 Module 109306977 1310 28 0 8 0 GE1 SX4 109000273 850 17 0 0 0 GE1 LX4 109192245 1310 19 0 3 0 Network establishment and testing Connecting the fiber cables 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary ...

Page 440: ... type LBOs AllWave attenuators Figure 10 2 Build out block with LC LBO Install NC2510g 097 Depress Beam to Remove Buildout Figure 10 3 Shuttered LC LBO Network establishment and testing Connecting the fiber cables 10 10 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 441: ... of all available attenuators with the respective comcodes please refer to the Engineering Drawings ED8C948 10 and ED8C948 20 that you can find appended at the end of this document correct at the time of going to print if they were ordered from the Customer Information Center CIC order in the latest version from CIC at http www cic lucent com drawings html with the order codes ED8C948 10 and ED8C9...

Page 442: ...ith RJ 45 RJ 45 connectors see chapter 4 Figure 4 48 CIT connection LAN crossed p 4 74 3 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Established a protected ring configuration according to section Connecting the fiber cables p 10 4 2 Plugged XC CTL and optical I O circuit packs in each NE of the ring 3 Logged in to WaveStar CIT as Super User see c...

Page 443: ...appears on the right side 4 IF THEN Section DCC shall be provisioned proceed to Step 5 Line DCC shall be provisioned click the Line DCC tab 5 Click Select port for new DCC termination and select the optical interface port for which you want to configure the DCC terminations 6 In the DCC Channel Parameters group box enable the DCC termination by selecting the Enabled option 7 In the DCC Channel Par...

Page 444: ...s Under this circumstances the alarm could be disregarded 9 In the DCC Channel Parameters group box select the OSI Node the DCC should be assigned to default osinode1 10 Repeat Step 3 to Step 9 for all ports requiring DCC terminations and to which fiber cables are connected 11 Repeat Step 1 to Step 10 for all other NEs in the ring E N D O F S T E P S Network establishment and testing Provision DCC...

Page 445: ...ith RJ 45 RJ 45 connectors see chapter 4 Figure 4 48 CIT connection LAN crossed p 4 74 3 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Configured the DCC channels of all used optical ports correctly see section Provision DCC p 10 12 2 Logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveSt...

Page 446: ... R MSS as NE Type OSI as Connection Type Click Graphical Figure 10 5 Remote login test via DCC 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 OP Rx Tx Tx Rx OP OP Optical Pack Network establishment and testing WaveStar CIT remote login test via DCC 10 16 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 447: ...lick Refresh to get the current view of alarms and check that there are no active alarms in the NE Reference If there are active alarms please refer to appendix A section Alarm handling p A 19 4 Repeat Step 1 to Step 3 for all other NEs in the ring E N D O F S T E P S Network establishment and testing WaveStar CIT remote login test via DCC 365 374 187 Issue 1 December 2005 Lucent Technologies Prop...

Page 448: ...sed p 4 74 3 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Configured the DCC channels of all used optical ports correctly see section Provision DCC p 10 12 2 Selected the correct synchronization system mode SDH or SONET see chapter 7 section System parameters p 7 16 3 Logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveSt...

Page 449: ...g Sync Result The Synchronization Characteristics window appears 3 Select the External Reference 1 tab Figure 10 6 Line timing test setup TI A IN TI B IN Tx Rx OP Tx Rx OP OP Rx Tx OP Rx Tx OP Rx Tx Tx Rx OP OP Rx Tx Tx Rx OP OP Optical Pack External clock sources NE C Line timing NE B Line timing NE D Line timing NE A External timing Network establishment and testing Line timing test setup 365 37...

Page 450: ...esult The Synchronization Characteristics window appears 7 Select the External Reference 2 tab 8 Check that the following is fulfilled The Assigned Port AID displays External Timing Input Port 2 The Provisioned Quality Level is set to PRC SDH or PRS SONET The Timing Port Mode Monitoring is set to Monitored 9 IF THEN the settings correspond to Step 8 Click Close the settings do not correspond to St...

Page 451: ... Level drop down list box 5 In the Provisionable Settings group box select the priority in the System Timing Reference Priority drop down list box 6 In the Provisionable Settings group box select the Assigned Port AID of the port that is connected to NE A To do this click Browse in order to open the Select Line Timing Port AID window 7 In the Provisionable Settings group box select Monitored in th...

Page 452: ...following for Step 6 NE C Select the port that is connected to NE B NE D Select the port that is connected to NE C Reference The line timing test is described in section Line timing test p 10 51 Network establishment and testing Line timing test setup 10 22 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 E N D O F S T E P S ...

Page 453: ...nstructions cf Laser safety p 1 11 CAUTION Destruction of the detector diodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has bee...

Page 454: ... DCC p 10 12 Background information The MSP APS can be established unidirectional and non revertive for optical STM 1 OC 3 STM 4 OC 12 STM 16 OC 48 and STM64 OC 192 ports bi directional and non revertive for optical STM 1 OC 3 STM 4 OC 12 STM 16 OC 48 and STM64 OC 192 ports bi directional operation and revertive Supported are line rates of STM 1 OC 3 STM 4 OC 12 STM 16 OC 48 and STM64 OC 192 ports...

Page 455: ... System View select Configuration Create New Protection Group Result On the left side of the Create New Protection Group window the Ptn Grp tab appears The selected system and bay and the available shelf are displayed 3 Select the shelf and click the Select I O Shelf button Figure 10 7 1 1 MSP APS test setup Network establishment and testing 1 1 MSP APS test setup 365 374 187 Issue 1 December 2005...

Page 456: ...espective drop down list boxes in the Group Member group box The values correspond to the slot designations Result The respective values for the Interface Standard and the Port Type are displayed 7 Select Bidirectional or Unidirectional in the Protocol field 8 Disable the DCC MS Line Protection Mode and the DCC RS Section Protection Mode if DCC protection is not required 9 Set the Wait To Restore ...

Page 457: ...C 4 4c SDH STS 12 SONET VC 4 16c SDH STS 48 SONET VC 4 64c SDH STS 192 SONET Please note that it is not possible to proceed to the next window before selecting the cross connection rate 3 In the XC Application group box select 2 Way Point to Point 4 Click the left Select button to select the source tributary Result The Ptn Grp selection tab appears 5 Select the port to which the analyzer is connec...

Page 458: ... Number field or use the automatically generated one 11 Click the Apply button to apply your settings and confirm the resulting message by clicking Yes 12 Repeat Step 1 to Step 11 for NE B NOTE In Step 5 select Port 4 OP2G5 2 as source port and in Step 7 select Port 2 OP2G5 2 as destination port Reference The 1 1 MSP APS test is described in section 1 1 MSP APS test p 10 54 Network establishment a...

Page 459: ...truction of the detector diodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appr...

Page 460: ...it packs are used an STM 16 OC 48 transmission signal is required 4 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Established the fiber connections see section Connecting the fiber cables p 10 4 2 Configured the DCC channels of all used MS SPRing BLSR ports correctly see section Provision DCC p 10 12 3 Logged in to WaveStar CIT as Super User see cha...

Page 461: ...ection Group Figure 10 8 2 fiber MS SPRing BLSR test setup STM x OC x SDH SONET analyzer 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 2F MS SPRing BLSR West East West West West East East East Network establishment and testing 2 fiber MS SPRing BLSR test setup 36...

Page 462: ...ng ID is an alphanumeric string of up to 15 characters and must be defined for the whole ring Important For all MS SPRing BLSR protection groups that are defined in network elements belonging to one ring the same Ring ID always has to be entered 7 Select the AIDs of East Port and West Port in the respective drop down list boxes in the Group Member group box The values correspond to the slot design...

Page 463: ...Ring ID on the left hand side of the window and then the Select button Result All NEs of the ring should be displayed on the right side of the window 16 In the WaveStar CIT System View of NE A select View Protection 17 Select the existing 2F MS SPRing SDH or 2F BLSR SONET in the Ptn Grp tab on the left hand side of the window and click the Select button 18 Select the Protection Group tab 19 Check ...

Page 464: ...NET VC 4 16c SDH STS 48 SONET VC 4 64c SDH STS 192 SONET Please note that it is not possible to proceed to the next window before selecting the cross connection rate 3 In the XC Application group box select 2 Way Point to Point 4 Click the left Select button to select the source tributary Result The Ptn Grp selection tab appears 5 Select the port to which the SDH SONET analyzer is connected Result...

Page 465: ...to apply your settings 11 Repeat Step 1 to Step 10 for NE B Note the following differences As Source select the port which is the interface to the MS SPRing BLSR As Destination select the port to which the fiber loop is connected Select NE A as the Source NE Name Reference The 2 fiber MS SPRing BLSR test is described in section 2 fiber MS SPRing BLSR test p 10 59 Network establishment and testing ...

Page 466: ...truction of the detector diodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appr...

Page 467: ...it packs are used an STM 16 OC 48 transmission signal is required 4 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Established the fiber connections see section Connecting the fiber cables p 10 4 2 Configured the DCC channels of all used MS SPRing BLSR ports correctly see section Provision DCC p 10 12 3 Logged in to WaveStar CIT as Super User see cha...

Page 468: ... 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 4F MS SPRing BLSR West East West West East East East Tx Rx OP Tx Rx OP OP Rx Tx OP Rx Tx Tx Rx OP Tx Rx OP OP Rx Tx OP Rx Tx W P W P P P W W Worker P Protection W West W P W P P W P W Network establishment and testing 4 fiber MS SPRi...

Page 469: ...ithin the whole ring identical Protection Group AIDs may exist 6 Enter the Ring ID The Ring ID is an alphanumeric string of up to 15 characters and must be defined for the whole ring Important For all MS SPRing BLSR protection groups that are defined in network elements belonging to one ring the same Ring ID always has to be entered 7 Select the AIDs of East Port and West Port in the respective dr...

Page 470: ...teps mentioned below 14 In the WaveStar CIT System View select View Rings Ring Map 15 Click Ring Ring ID on the left hand side of the window and then the Select button Result All NEs of the ring should be displayed on the right side of the window 16 In the WaveStar CIT System View of NE A select View Protection 17 Select the existing 4F MS SPRing SDH or 4F BLSR SONET in the Ptn Grp tab on the left...

Page 471: ... down list box according to the analyzer signal used The following values are possible VC 3 SDH STS 1 SONET VC 4 SDH STS 3 SONET VC 4 4c SDH STS 12 SONET VC 4 16c SDH STS 48 SONET VC 4 64c SDH STS 192 SONET Please note that it is not possible to proceed to the next window before selecting the cross connection rate 3 In the XC Application group box select 2 Way Point to Point 4 Click the left Selec...

Page 472: ...he Source NE Name is grayed out 9 Select NE B as the Destination NE Name 10 Click the Apply button to apply your settings 11 Repeat Step 1 to Step 10 for NE B Note the following differences As Source select the port which is the interface to the MS SPRing BLSR As Destination select the port to which the fiber loop is connected Select NE A as the Source NE Name Reference The 4 fiber MS SPRing BLSR ...

Page 473: ...r diodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appropriate one see appendi...

Page 474: ...re used an STM 16 OC 48 transmission signal is required 4 ESD Wrist Strap Prerequisites Prior to performing this task you must have done the following 1 Established the fiber connections see section Connecting the fiber cables p 10 4 2 Logged in to WaveStar CIT as Super User see chapter 5 section Starting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabled during WaveSt...

Page 475: ...on Cross Connection Create to set up a cross connection Figure 10 10 SNCP UPSR test setup STM x OC x SDH SONET analyzer NE D Tx Rx OP Tx Rx OP NE C OP Rx Tx OP Rx Tx Fiber loop 1 Cross connections OP Optical Pack NE A OP Rx Tx 1 OP Rx Tx Tx Rx OP NE B 1 Tx Rx OP Tx Rx OP OP Rx Tx SNCP UPSR Working path Protection path Network establishment and testing SNCP UPSR test setup 365 374 187 Issue 1 Decem...

Page 476: ...ing the SNCP UPSR is displayed 5 Click Select to configure port A Path 1 Result The Ptn Grp selection tab appears 6 Select the port that is connected to NE D Result In the Tributary list box on the right the AIDs of all STSs belonging to the respective port are displayed 7 Select the STS which shall be used and click the Select button 8 Repeat Step 5 to Step 7 for port B Add Drop and port C Path 2...

Page 477: ...he incoming signal and triggers the switch 12 Select the Hold Off Timer Values between 0 and 10000 ms are possible NOTE The hold off time should be configured in such a way that an interaction with other protection schemes equipment protection or MS SPRing BLSR is taken into consideration Via different hold off times you can define which protection should switch first Thus double switches can be a...

Page 478: ...following values are possible VC 3 SDH STS 1 SONET VC 4 SDH STS 3 SONET VC 4 4c SDH STS 12 SONET VC 4 16c SDH STS 48 SONET VC 4 64c SDH STS 192 SONET Please note that it is not possible to proceed to the next window before selecting the cross connection rate 21 In the XC Application group box select 2 Way Point to Point 22 Click the left Select button to select the source tributary Result The Ptn ...

Page 479: ...n the XC Number field or use the automatically generated one 29 Click the Apply button to apply your settings and confirm the resulting message by clicking Yes 30 Repeat Step 18 to Step 29 for NE D NOTE Select the port that is connected to NE A as source Select the port that is connected to NE C as destination Reference The SNCP UPSR test is described in section SNCP UPSR test p 10 71 Network esta...

Page 480: ...heck the functionality of the system Contents Line timing test 10 51 1 1 MSP APS test 10 54 2 fiber MS SPRing BLSR test 10 59 4 fiber MS SPRing BLSR test 10 65 SNCP UPSR test 10 71 Network establishment and testing 10 50 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 481: ...arting the WaveStar CIT application p 5 18 if WaveStar CIT User Login has been enabled during WaveStar CIT installation 3 Logged in to NE A Test procedure Proceed as follows to perform the line timing test 1 Start a remote login to NE B To do that enter the following The TID of NE B as NE Name LambdaUnite R MSS as NE Type OSI as Connection Type Click Graphical Result All units of NE B will be disp...

Page 482: ...ar CIT System View of NE B select View Timing Sync Result The Synchronization Characteristics window appears 9 Select the System Timing tab then the System Timing tab again Result The following must still be displayed Locked in the Clock Mode field Normal in the System Clock mode Status field 10 Repeat Step 8 and Step 9 for NE C and NE D 11 Re install the external clock that has been removed in St...

Page 483: ...e 1 must be displayed in the Active Timing Reference field E N D O F S T E P S Network establishment and testing Line timing test 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 10 53 ...

Page 484: ...rload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appropriate one see appendix A section Replacing LC type LBOs p A 23 CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge Always observe ...

Page 485: ...to NE A Automatic line switching Proceed as follows to test the automatic 1 1 MSP APS line switching 1 Start an STM 16 OC 48 signal transmission via the SDH SONET analyzer Result No bit errors are present 2 In the WaveStar CIT System View select View Protection 3 Select the existing 1 1 MSP SDH or 1 1 APS SONET in the Ptn Grp tab on the left hand side of the window and click the Select button 4 Se...

Page 486: ... Protection Switch Result The Protection Switch window appears 2 Select the existing 1 1 MSP SDH or 1 1 APS SONET in the Ptn Grp tab on the left hand side of the window and click the Select button 3 From the Switch Type drop down list box select Manual To Protection 4 Click Apply and then Yes in the confirmation window Result An immediate switch to the Protection line is caused a short traffic int...

Page 487: ...stem View select Configuration Cross Connection Delete to delete the established cross connections Result Screen 1 appears 2 Click the Equip tab on the left 3 Expand the tree of the circuit pack to which the analyzer is connected and select the respective port Result In the list box on the right the existing cross connection that shall be deleted is displayed 4 Select this cross connection and cli...

Page 488: ... confirm the resulting message by clicking Yes 7 Click Close to exit the Delete Cross Connection window 8 Repeat Step 1 to Step 7 for NE B NOTE In Step 3 select Port 4 OP2G5 2 E N D O F S T E P S Network establishment and testing 1 1 MSP APS test 10 58 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 489: ...e maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appropriate one see appendix A section Replacing LC type LBOs p A 23 CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge Al...

Page 490: ... WaveStar CIT installation Automatic ring switching Proceed as follows to test the automatic MS SPRing BLSR ring switching 1 Start a signal transmission via the SDH SONET analyzer Result No bit errors are present 2 Remove the fiber connection between NE A and NE B Result An immediate switch to the Protection path is caused a short traffic interruption of about 15 ms can be observed 3 Connect the W...

Page 491: ...inutes a switch back to the Working path is caused a short traffic interruption of about 15 ms can be observed 10 Check in each NE that the RING Node APS Automatic Protection Switch State field displays idle 11 Close the View Protection window in each NE by clicking Close Manual ring switching Proceed as follows to test the manual MS SPRing BLSR ring switching 1 In the WaveStar CIT System View of ...

Page 492: ... SPRing SDH or 2F BLSR SONET in the Ptn Grp tab on the left hand side of the window and click the Select button 9 Select the Protection Group tab 10 Check that the RING Node APS Automatic Protection Switch State field displays Switching 11 Repeat Step 7 to Step 10 for all other NEs within the ring Note the following for Step 10 NE B Switching will be displayed in the RING Node APS Automatic Protec...

Page 493: ...affic interruption of about 15 ms can be observed 17 Check in each NE that the RING Node APS Automatic Protection Switch State field displays idle 18 Close the View Protection window in each NE by clicking Close Deleting cross connections Proceed as follows to delete the established cross connections 1 In the WaveStar CIT System View select Configuration Cross Connection Delete to delete the estab...

Page 494: ...ameters of the selected cross connection 6 Click Finish to delete the cross connection and confirm the resulting message by clicking Yes 7 Click Close to exit the Delete Cross Connection window 8 Repeat Step 1 to Step 7 for NE B NOTE In Step 3 select the port which is the interface to the MS SPRing BLSR E N D O F S T E P S Network establishment and testing 2 fiber MS SPRing BLSR test 10 64 Lucent ...

Page 495: ...e maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appropriate one see appendix A section Replacing LC type LBOs p A 23 CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge Al...

Page 496: ... WaveStar CIT installation Automatic ring switching Proceed as follows to test the automatic MS SPRing BLSR ring switching 1 Start a signal transmission via the SDH SONET analyzer Result No bit errors are present 2 Remove the fiber connection between NE A and NE B Result An immediate switch to the Protection path is caused a short traffic interruption of about 15 ms can be observed 3 Connect the W...

Page 497: ...inutes a switch back to the Working path is caused a short traffic interruption of about 15 ms can be observed 10 Check in each NE that the RING Node APS Automatic Protection Switch State field displays idle 11 Close the View Protection window in each NE by clicking Close Manual ring switching Proceed as follows to test the manual MS SPRing BLSR ring switching 1 In the WaveStar CIT System View of ...

Page 498: ... SPRing SDH or 4F BLSR SONET in the Ptn Grp tab on the left hand side of the window and click the Select button 9 Select the Protection Group tab 10 Check that the RING Node APS Automatic Protection Switch State field displays Switching 11 Repeat Step 7 to Step 10 for all other NEs within the ring Note the following for Step 10 NE B Switching will be displayed in the RING Node APS Automatic Protec...

Page 499: ...affic interruption of about 15 ms can be observed 17 Check in each NE that the RING Node APS Automatic Protection Switch State field displays idle 18 Close the View Protection window in each NE by clicking Close Deleting cross connections Proceed as follows to delete the established cross connections 1 In the WaveStar CIT System View select Configuration Cross Connection Delete to delete the estab...

Page 500: ...ameters of the selected cross connection 6 Click Finish to delete the cross connection and confirm the resulting message by clicking Yes 7 Click Close to exit the Delete Cross Connection window 8 Repeat Step 1 to Step 7 for NE B NOTE In Step 3 select the port which is the interface to the MS SPRing BLSR E N D O F S T E P S Network establishment and testing 4 fiber MS SPRing BLSR test 10 70 Lucent ...

Page 501: ...d values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the existing LBO by an appropriate one see appendix A section Replacing LC type LBOs p A 23 CAUTION ESD hazard Electronic components can be destroyed by electrostatic discharge Always observe the ...

Page 502: ...r Login has been enabled during WaveStar CIT installation 3 Logged in to NE A Automatic ring switching Proceed as follows to test the automatic SNCP UPSR ring switching 1 Start a signal transmission via the SDH SONET analyzer Result No bit errors are present 2 In the WaveStar CIT System View select View Protection 3 Select the existing Path Protection in the Ptn Grp tab on the left hand side of th...

Page 503: ...ault Protection Switch Result The Protection Switch window appears 2 Select the existing Path Protection in the Ptn Grp tab on the left hand side of the window and click the Select button 3 From the Switch Type drop down list box select Manual To Protection 4 Click Apply and then Yes in the confirmation window Result An immediate switch to the Protection path and a short traffic interruption of ab...

Page 504: ...select Clear 13 Click Apply and then Yes in the confirmation window 14 From the Switch Type drop down list box select Manual To Working 15 Click Apply and then Yes in the confirmation window Result An immediate switch to the Working path is caused a short traffic interruption of about 15 ms can be observed 16 From the Switch Type drop down list box select Clear to clear the protection switch 17 Cl...

Page 505: ...he established cross connections Result Screen 1 appears 3 Click the Equip tab on the left 4 Expand the tree of the circuit pack to which the analyzer is connected and select the respective port Result In the list box on the right the existing cross connection that shall be deleted is displayed 5 Select this cross connection and click Next Result Screen 2 appears 6 Select ALL Legs of this cross co...

Page 506: ...appears 12 Click the Equip tab on the left 13 Expand the tree of the circuit pack which is connected to NE B and select the respective port Result In the list box on the right the existing cross connection that shall be deleted is displayed 14 Select this cross connection and click Next Result Screen 2 appears 15 Select ALL Legs of this cross connection and click Next Result Screen 3 appears This ...

Page 507: ...8 Repeat Step 10 to Step 17 for NE D NOTE In Step 13 select the port which is connected to NE A E N D O F S T E P S Network establishment and testing SNCP UPSR test 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 10 77 ...

Page 508: ... warning instructions cf Laser safety p 1 11 CAUTION Destruction of the detector diodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overlo...

Page 509: ...4 48 CIT connection LAN crossed p 4 74 3 ESD Wrist Strap STM x Analyzer 1 NE A Tx Rx OP NE D OP Rx Tx OP Rx Tx NE B NE C Tx Rx OP Tx Rx OP OP Rx Tx OP Rx Tx Tx Rx OP OP Rx Tx OP Optical Pack OP Rx Tx Tx Rx OP Tx Rx OP WaveStar CIT STM x Analyzer 2 Network establishment and testing Overview 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 10 79 ...

Page 510: ...p 1 14 Where an overload has been detected replace the existing LBO by an appropriate one see appendix A section Replacing LC type LBOs p A 23 Required procedures The following procedures have to be done to prepare the system for ONNS 1 Setting the IP address and ONNS system parameters of the SCN nodes p 10 81 2 Optical port provisioning for SCN p 10 83 3 DCC provisioning for SCN p 10 85 4 Launchi...

Page 511: ... User Login has been enabled during WaveStar CIT installation Important If the SCN IP address is not configured the whole ONNS application can not be enabled Procedure Proceed as follows to set an explicit SCN IP address and the ONNS system parameter 1 Log in to NE A as described in chapter 7 section NE login via OSI p 7 7 2 In the WaveStar CIT System View select Fault Enter Exit Maintenance Condi...

Page 512: ...de of the window 9 Select LambdaUnite MSS and click Provision Result The selection window for the system parameters appears on the right hand side of the window This window consists of two tabs Settings and Date and Time 10 Select the Settings tab and set the Cross Connect Application to ONNS 11 Click the Apply pushbutton and confirm the resulting system message by clicking Yes 12 In the WaveStar ...

Page 513: ...follows to prepare a transmission port for ONNS applications 1 Log in to NE A as described in chapter 7 section NE login via OSI p 7 7 2 In the WaveStar CIT System View select Configuration Provision Result The Provision Parameters for Protection Groups or Equipment window appears The Equip selection tab appears on the left side of the window 3 Select the port to which Analyzer 1 will be connected...

Page 514: ... mode 5 Select the ONNS tab 6 Select Normal in the Port Control drop down list box 7 Click Apply and confirm the resulting system message by clicking Yes 8 Repeat Step 3 to Step 7 for all fiber cable ports that interconnect the ONNS NEs Important The Port Class must be set to iNNI and the Tributary Mode to Adaptive Rate for all these ports 9 Click Close to close the window 10 Repeat Step 1 to Step...

Page 515: ...re Proceed as follows to create new DCC terminations 1 Log in to NE A as described in chapter 7 section NE login via OSI p 7 7 2 In the WaveStar CIT System View select Configuration DCC Terminations Result The Configure DCC Terminations window appears The Equip selection tab appears on the left side of the window 3 Select one of the circuit packs that interconnect the ONNS NEs and click Select 4 S...

Page 516: ... and click OK 7 Repeat Step 3 to Step 6 for all other iNNI ports 8 Repeat Step 1 to Step 7 for all other NEs within the network E N D O F S T E P S Network establishment and testing DCC provisioning for SCN 10 86 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 517: ...ormation from the connected NEs This will take a few minutes and is displayed in the Network View of the WaveStar CIT 2 In the WaveStar CIT NE Management View select View ONNS View 3 In the WaveStar CIT NE Management View select File Discover Network Result A couple of windows appear successively indicating that the IP addresses cannot be found in the configuation file After confirming these messa...

Page 518: ...View Re discover Network Result The network s nodes and links are displayed The managed elements are labeled with aliases and IP addresses Example 8 In the WaveStar CIT NE Management View select Configuration Node Layout Enable Node Movement Network establishment and testing Launching the WaveStar CIT ONNS application for the first time 10 88 Lucent Technologies Proprietary See notice on first pag...

Page 519: ...mouse button Result The node remains at the desired position on the map 11 In the WaveStar CIT NE Management View select Configuration Node Layout Disable Node Movement Result A pop up message appears asking if you want to save the changes 12 Click Yes Result The new position coordinates are saved in the specified configuration E N D O F S T E P S Network establishment and testing Launching the Wa...

Page 520: ...p 1 11 CAUTION Destruction of the detector diodes caused by too high an input power Connecting the input ports of optical circuit packs with a transmit power exceeding the maximum overload values see chapter 1 section Optical circuit pack specifications p 1 14 will cause the destruction of the detector diodes as the input power is then too high Where an overload has been detected replace the exist...

Page 521: ...RJ 45 RJ 45 connectors see chapter 4 Figure 4 48 CIT connection LAN crossed p 4 74 Prerequisites This test can only be done after each NE has been prepared for ONNS see section ONNS provisioning p 10 78 Network establishment and testing Overview 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 10 91 ...

Page 522: ...TM x Analyzer 1 NE A Tx Rx OP NE D OP Rx Tx OP Rx Tx NE B NE C Tx Rx OP Tx Rx OP OP Rx Tx OP Rx Tx Tx Rx OP OP Rx Tx OP Optical Pack OP Rx Tx Tx Rx OP Tx Rx OP WaveStar CIT STM x Analyzer 2 Network establishment and testing Overview 10 92 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 523: ...1 1 protection test 10 99 Network establishment and testing Overview 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 10 93 ...

Page 524: ...ion p 5 18 3 In the WaveStar CIT NE Management View select View ONNS View 4 In the WaveStar CIT NE Management View select File Discover Network 5 Select Configuration Create New Path from the map s menu bar Result A Create New Path screen appears requesting you to provide information 6 Select the signal rate bandwidth which shall be used via the Signal Rate drop down list box Important Make sure t...

Page 525: ... group box via the Trib drop down list box the desired tributary 13 Select Auto Revertive in the Protection Type drop down list box 14 Select Bidirectional in the Direction group box 15 Click the Constraints tab 16 Click the Explicit radio button in the Node List 17 Click the Edit button in the Path 1 2 field Result The Explicit Routing Node List Selection Dialog appears 18 In the Available Nodes ...

Page 526: ...e New Path screen disappears and the Network Map will display the configured path highlighted in green 21 Start a signal transmission via both analyzers 22 Check that no bit errors are present E N D O F S T E P S Network establishment and testing Path creation test 10 96 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 527: ...n between NE C and NE D Result The existing path between NE A NE B NE D and NE C disappears after a few seconds However a new path between NE A NE B and NE C will be generated automatically highlighted in green 2 Check that no bit errors are present E N D O F S T E P S Network establishment and testing 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 10 97...

Page 528: ...on between NE A and NE C and click Delete Result The record will highlight indicating that the record has been selected A confirmation message appears The connection is highlighted on the network map 3 Click Yes Result The View Paths screen is updated to remove the connection All data related to the connection is purged No signal can be received with analyzer 1 and analyzer 2 E N D O F S T E P S N...

Page 529: ...signal rate as the analyzers 3 Select in the Source group box via the Node IP drop down list box the SCN IP address of NE A see section Setting the IP address and ONNS system parameters of the SCN nodes p 10 81 4 Select in the Source group box via the Port drop down list box the port to which analyzer 1 is connected 5 Select in the Source group box via the Trib drop down list box the desired tribu...

Page 530: ... then click the Add button Result The SCN IP address of NE D will appear in the Selected Nodes list 15 Click OK Result The Explicit Routing Node List Selection Dialog disappears The Path 1 field is populated with the SCN IP address of NE D 16 Click the Explicit radio button in the Node List 17 Click the Edit button in the Path 2 field Result The Explicit Routing Node List Selection Dialog appears ...

Page 531: ...econd protection path in orange 21 Start a signal transmission via both analyzers 22 Check that no bit errors are present Test procedure Proceed as follows to perform the test 1 Remove the fiber connection between NE C and NE D Result The first path between NE A NE B NE D and NE C is highlighted in red the second path between NE A NE D NE B and NE C in green 2 Check that no bit errors are present ...

Page 532: ......

Page 533: ...t III see next page and a signoff sheet to make sure that all required tasks described in this manual have been done Contents Network establishment and testing exit checklist 11 2 Completion form 11 3 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page 11 1 ...

Page 534: ...N A Initials Notes Fiber connection established DCC provisioned Remote login test performed Timing test performed 1 1 MSP APS test performed 2 fiber MS SPRing BLSR test performed 4 fiber MS SPRing BLSR test performed SNCP UPSR test performed ONNS provisioned ONNS test performed Exit checklist Part III 11 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 535: ... 3 4 5 6 I have witnessed and or accepted the successful installation of all equipped equipment in the MSS System LambdaUnite Customer Signature Date This Completion Form is to be retained by the Lucent Technologies Representative as a record of successful completion of all required procedures Note Installation Guide Please read and sign the statement below Exit checklist Part III 365 374 187 Issu...

Page 536: ......

Page 537: ...ailure A 4 NE synchronization failure A 6 CTL failure A 8 CTL protection test failure A 10 XC protection test failure A 11 Circuit pack alarm handling A 12 LED test failure A 14 Remote login failure A 16 Alarm handling A 19 Switching off an NE A 20 Fiber cleaning A 21 Replacing LC type LBOs A 23 Removing the SFP modules A 24 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See not...

Page 538: ... 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 40 5 and 72 V check the external battery the measured voltage lies between 40 5 and 72 V END OF STEPS Procedure 2 Proceed as follows if the PWR ON LED does not light u...

Page 539: ... to the ON position I IF THEN the PWR ON LED does not light up on the User Panel switch all circuit breakers on the subrack backplane to the OFF position O and replace all affected Power Interfaces the PWR ON LED lights up on the User Panel END OF STEPS E N D O F S T E P S Installation troubleshooting Power failure 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on fir...

Page 540: ...eakers on the subrack backplane see chapter 5 Figure 5 1 PI 100 switching p 5 5 to the OFF position O 2 Replace all affected fan power cables between the Power Interfaces and the fan unit Make sure that the cables are tight afterwards 3 Switch all circuit breakers on the subrack backplane to the ON position I IF THEN the PWR ON LED does not light up on the fan unit switch all circuit breakers on t...

Page 541: ...witch all circuit breakers on the subrack backplane see chapter 5 Figure 5 1 PI 100 switching p 5 5 to the OFF position O 2 Replace the affected fan unit E N D O F S T E P S Installation troubleshooting Fan unit test failure 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page A 5 ...

Page 542: ...ize 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 the external clock source and change as necessary IF ...

Page 543: ...clock source proceed to Step 5 the NE synchronizes to the external clock source END OF STEPS 5 Replace the timing interfaces TI E1 TI DS1 E N D O F S T E P S Installation troubleshooting NE synchronization failure 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page A 7 ...

Page 544: ...er from the slot and check that the CompactFlash card is plugged correctly If that is the case reinsert the controller The NE automatically performs a system reset takes about twenty minutes IF THEN the failure is not solved proceed to Step 3 the failure is solved END OF STEPS 3 Perform a reload of the NE software to the CompactFlash card see NE software installation p 5 19 NOTE The existing files...

Page 545: ...n and select Delete 4 IF THEN the failure is not solved proceed to Step 5 the failure is solved END OF STEPS 5 Replace the CTL unit E N D O F S T E P S Installation troubleshooting CTL failure 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page A 9 ...

Page 546: ... failure 1 Check that both CTL units are plugged correctly IF THEN the failure is not solved same behavior as before proceed to Step 2 the failure is solved END OF STEPS 2 Replace the CTL unit worker IF THEN the failure is not solved proceed to Step 3 the failure is solved END OF STEPS 3 Replace the CTL unit protection E N D O F S T E P S Installation troubleshooting A 10 Lucent Technologies Propr...

Page 547: ...t failure 1 Check that both XC units are plugged correctly IF THEN the failure is not solved same behavior as before proceed to Step 2 the failure is solved END OF STEPS 2 Replace the XC unit worker IF THEN the failure is not solved proceed to Step 3 the failure is solved END OF STEPS 3 Replace the XC unit protection E N D O F S T E P S Installation troubleshooting 365 374 187 Issue 1 December 200...

Page 548: ...tar CIT as Super User 2 be logged in to the NE Procedure Proceed as follows to perform a circuit pack reset 1 In the WaveStar CIT System View select Fault Reset Slot Circuit Pack Result The Reset Slot window appears 2 Specify the slot where the corresponding circuit pack resides by selecting the slot from the equipment selection tree on the left hand side of the Reset Slot window Alternatively you...

Page 549: ...lated to the reset circuit pack IF THEN the requirements described above are not fulfilled proceed to Step 7 the requirements described above are fulfilled END OF STEPS 7 Replace the circuit pack E N D O F S T E P S Installation troubleshooting Circuit pack alarm handling 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page A 13 ...

Page 550: ...ht 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 see Figure A 1 User Panel cable UPL p A 14 If this is the case and the LEDs do not light up replace the User Panel by unfastening the screws see Figure A 2 User Panel screws p A 14 all LEDs light up END OF STEPS Figures Figure A 1 User Panel cable UPL...

Page 551: ...Figure A 2 User Panel screws Installation troubleshooting LED test failure 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page A 15 ...

Page 552: ...roceed to Step 2 a remote login is possible END OF STEPS 2 Reset the CTL unit of the near end NE To do this open the latches simultaneously and wait until the red LED is illuminated continously Then pull and reinsert 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 unit of the far end NE IF THEN a remote login is not po...

Page 553: ... is possible END OF STEPS 6 Replace the optical transmitter in the 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 unit of the near end NE IF THEN a remote login is not pos...

Page 554: ...possible END OF STEPS 9 Replace the CTL unit of the far end NE E N D O F S T E P S Installation troubleshooting Remote login failure A 18 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 555: ...T remote login test via DCC p 10 15 Procedure Proceed as follows in the case of active alarms 1 Note all active alarms 2 Follow the trouble clearing tasks described in the LambdaUnite MSS Alarm Messages and Trouble Clearing Guide E N D O F S T E P S Installation troubleshooting 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page A 19 ...

Page 556: ...units are plugged remove the inactive CTL unit from its slot 2 Open the latches of the active CTL unit Do not remove the CTL from its slot at that time Result The green ACTIVE LED on the faceplate of the CTL starts flashing 3 Wait until the green ACTIVE LED has stopped flashing about five seconds 4 Remove the CTL from its slot 5 Swich the power off E N D O F S T E P S Installation troubleshooting ...

Page 557: ... long as the optical source is switched on This applies particularly to the connections of the optical plug in units CAUTION Cable break To avoid cable break ensure that the bending radius of optical fiber cables is not less than 38 mm 1 5 inches or 20 times the diameter of the cable whichever is greater Cleaning of optical connectors Optical connectors are only to be cleaned in accordance with th...

Page 558: ...nnect 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 visually...

Page 559: ... simultaneously and remove the LBO 2 Insert the new LBO until a small click is heard Pay attention to the correct direction as shown in the figure below Figure Figure A 3 LBO replacement Install NC2510g 097 Depress Beam to Remove Buildout Installation troubleshooting 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page A 23 E N D O F S T E P S ...

Page 560: ...ve the ESD instructions cf Electrostatic discharge p 1 20 MSA latch type 1 Proceed as follows to remove this type of SFP 1 Put the fibers away from the transceiver 2 Slide the bar back by using a screwdriver see figure below Result There should be a small click or it should be visible that the transceiver was moved a bit out of its latch 3 Grep the SFP transceiver with your fingers and pull it out...

Page 561: ...ver 2 Press on top of the locking device see figure below and pull the SFP out with your fingers Figure A 4 Unlocking a MSA latch type 1 SFP Installation troubleshooting Removing the SFP modules 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page A 25 E N D O F S T E P S ...

Page 562: ... transceiver was moved a bit out of its latch 3 Grep the SFP transceiver with your own fingers and pull it out Important Don t pull the bail to get the transceiver out as the bail might be teared away from the SFP Figure A 5 Unlocking a MSA latch type 2 SFP Installation troubleshooting Removing the SFP modules A 26 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 Decemb...

Page 563: ...transceiver was moved a bit out of its latch 3 Grep the SFP transceiver with your own fingers and pull it out Important Don t pull the bail to get the transceiver out as the bail might be teared away from the SFP Figure A 6 Unlocking a bail latch type 1 SFP Installation troubleshooting Removing the SFP modules 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first pa...

Page 564: ...Figure Figure A 7 Unlocking a bail latch type 2 SFP Installation troubleshooting Removing the SFP modules A 28 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 565: ... provides the relevant facts about the passive WDM PWDM equipment Contents Hardware items B 2 PWDM technical data B 3 PWDM mounting B 4 PWDM arrangements B 8 PWDM cabling B 9 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page B 1 ...

Page 566: ... can find appended at the end of this document correct at the time of going to print if they were ordered from the Customer Information Center CIC order in the latest version from CIC at http www cic lucent com drawings html with the order codes ED8C948 10 and ED8C948 20 Passive WDM OEM equipment B 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 567: ...ecifications Item Range Size Operating temperature 5 C to 60 C Maximum dimensions DxWxH 3784 mm 14 907 x 498 mm 19 606 x 74 mm 2 913 Passive WDM OEM equipment 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page B 3 ...

Page 568: ...r both configurations 4 If applicable connect the grounding cables from the shell holder at the back 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 middle of the rack Upper part use the ground wire 2000 mm 6 562 ft CC848828174 below the middle of the rack Bottom part use the ground wire 3000 mm 9 84...

Page 569: ...nfiguration 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 Passive WDM OEM equipment PWDM mounting 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page B 5 E N D O F S T E P S ...

Page 570: ...MUX Avanex 4 Bracket DC1005065 5 Fiber clip DC1000680 6 Guide bracket DC1005064 7 Fiber routing guides corner DC1001518 Figure B 1 Mounting the PWDM Passive WDM OEM equipment PWDM mounting B 6 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 571: ...ire 2000 mm 6 562 ft CC848828174 or ground wire 3000 mm 9 843 ft CC848828182 Passive WDM OEM equipment PWDM mounting 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page B 7 ...

Page 572: ...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 B 2 Layout of front panel for the PWDM Passive WDM OEM equipment B 8 Lucent Technologies Proprietary See notice on first page 365 374 ...

Page 573: ...the system cannot be guaranteed The optical cables that are used for the PWDM on the DMUX MUX connector plate should connect with the following connectors SC connector with a 45 cable entry booth SC connector with a short straight booth Passive WDM OEM equipment 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page B 9 ...

Page 574: ...ted on both sides to the front of the unit see next figure Figure B 3 Cable routing of the PWDM Passive WDM OEM equipment PWDM cabling B 10 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 575: ...This appendix provides the relevant facts about the DCM equipment Contents DCM mounting C 2 DCM arrangements C 3 DCM cabling C 4 DCM module interface C 5 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page C 1 ...

Page 576: ...rackets item 2 to the DCM carrier item 1 as shown in the figure below 2 Mount the DCM carrier to the rack frame by using thread forming M6x16 screws CC901331421 Important Two DCM carriers could be mounted back to back within the rack frame Results Figure C 1 Mounting the DCM carrier DCM OEM equipment C 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 E N...

Page 577: ...DCM arrangements Layout Figure C 2 Arrangements of the DCM pack positions DCM OEM equipment 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page C 3 ...

Page 578: ...be guaranteed The optical cables that are used for the DCM modules 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 C 3 Cable routing for the DCM carrier DCM OEM equipment C 4 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 579: ... CC848814315 DCM LC CPL DK 10 CC848814323 DCM LC CPL DK 20 CC848814331 DCM LC CPL DK 30 CC848814349 DCM LC CPL DK 40 CC848814356 DCM LC CPL DK S CC848814943 Figure C 4 DCM CPLs DCM OEM equipment 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page C 5 ...

Page 580: ...ess cable box DC1002918 Fiber storage method Determine the distance A and B between the reel entrance and the two connection interfaces of the fiber end Figure C 5 STG CPL DCM OEM equipment DCM module interface C 6 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 581: ...A and B close together Turn the reel 1 until the reference point where the distances A and B are measured enters the storage reel Figure C 6 Fiber storage method DCM OEM equipment DCM module interface 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page C 7 ...

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Page 583: ...n kit For establishing this application an orderable mixed configuration kit CC848914271 is needed which contains the following parts 1 set of adapter brackets CC848914222 1 airguide CC848920534 1 anti recirculation plate CC848914180 4 M6x16 hexagon screws CC847079860 2 M4x10 screws 1 label CC847799533 Contents Mounting the Metropolis PDP D 3 Mounting the MADM subrack s D 5 Mounting a fan unit D 7...

Page 584: ...ng the anti recirculation plate D 14 Result D 15 Mixed configuration LambdaUnite MSS and Metropolis ADM Overview D 2 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 585: ...pter brackets CC848914222 item 4 between the cable guide brackets and the rack Then fasten the adapter brackets with the screws of the cable guide brackets NOTE The adapter brackets are part of the mixed configuration kit CC848914271 4 Fasten the PDP item 1 on top of the brackets item 4 using M6x16 screws 5 Remove the PDP cover CC848920567 item 5 Mixed configuration LambdaUnite MSS and Metropolis ...

Page 586: ...he Metropolis PDP 1 2 3 4 5 Figure D 2 Mounted PDP Mixed configuration LambdaUnite MSS and Metropolis ADM Mounting the Metropolis PDP D 4 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 587: ...n the bottom of the rack frame rack front side and fix it using M6x16 screws CC901331421 with 7 1 0 Nm 61 96 2 65 lbs in torque Use the hole positions 47 58 65 and 77 see Figure D 10 Mounting positions LambdaUnite MSS and Metropolis ADM p D 15 NOTE The hole numbering is counted from top to bottom of the rack frame 3 Repeat Step 1 and Step 2 in the case of a second MADM subrack which has to be moun...

Page 588: ...rack mounting j3 1 300mm 87 5mm 275mm 87 5mm 175mm Mixed configuration LambdaUnite MSS and Metropolis ADM Mounting the MADM subrack s D 6 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 589: ...d at the subrack bottom and the fan blank in the middle of the subrack Procedure Proceed as follows to mount an additional fan unit 1 Remove the fan blank CC848900056 item 1 from the subrack as shown in the figure below To do this remove the screws on both sides of the unit 2 Install the fan unit CC848862355 item 2 by using the screw in the middle of the unit 3 Install a washable filter CC84890410...

Page 590: ...t Figure D 4 Fan unit mounting 2 3 1 Mixed configuration LambdaUnite MSS and Metropolis ADM Mounting a fan unit D 8 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 591: ... airguide 1 Mount one airguide directly above each mounted MADM subrack using two M6x16 hexagon bolts CC847079860 as shown in the figure below Use the hole position 43 see Figure D 10 Mounting positions LambdaUnite MSS and Metropolis ADM p D 15 Result Figure D 5 Airguide mounting Mixed configuration LambdaUnite MSS and Metropolis ADM 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietar...

Page 592: ... the hole positions 9 14 19 25 31 36 and 41 see Figure D 10 Mounting positions LambdaUnite MSS and Metropolis ADM p D 15 NOTE The hole numbering is counted from top to bottom of the rack frame 5 Mount the front mounting brackets with mounted fiber clips loosely on the subrack using M4x8 screws DC1002976 item 7 6 Mount the subrack on the front rack frame using M6x16 screws CC901331421 item 4 with 7...

Page 593: ... side of the subrack and one DC1001516 fiber guide item 9 on the top right side of the subrack using two M2 5 self tapping screws 11 Mount one side guide DC1001518 item 3 at each corner of the subrack by clicking them into the holes at the top and bottom sides of the subrack Mixed configuration LambdaUnite MSS and Metropolis ADM Mounting the LambdaUnite MSS subrack 365 374 187 Issue 1 December 200...

Page 594: ...LambdaUnite MSS subrack mounting Mixed configuration LambdaUnite MSS and Metropolis ADM Mounting the LambdaUnite MSS subrack D 12 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 595: ... A circuit breakers item 1 in the circuit breaker holder of the PDP as shown in the figure below Result Figure D 7 Circuit breaker mounting 2 1 2 1 2 1 1 Mixed configuration LambdaUnite MSS and Metropolis ADM 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page D 13 E N D O F S T E P S ...

Page 596: ...of the mixed configuration kit CC848914271 as shown in the figures below NOTE Make sure that the cut out of the anti recirculation plate is aligned with the circuit breakers of the PDP Result Figure D 8 Fixing the anti recirculation plate Figure D 9 Mounted anti recirculation plate Mixed configuration LambdaUnite MSS and Metropolis ADM D 14 Lucent Technologies Proprietary See notice on first page ...

Page 597: ...e screws Figure D 10 Mounting positions LambdaUnite MSS and Metropolis ADM ETSI 2 Rack 9 14 19 25 31 36 65 77 41 47 58 LambdaUnite Subrack Metropolis ADM Subrack Airguide Anti Recirculation Plate 43 Mixed configuration LambdaUnite MSS and Metropolis ADM 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page D 15 ...

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Page 599: ...following parts 2 power cables CC848861266 1 alarm cable CC848861530 2 sync cables CC848861548 2 mounting brackets 848853313 2 brackets DC1005065 2 fiber clips DC1000680 1 heat baffle DC1006077 1 anti recirculation plate DC1006435 16x thread forming screws M6x16 CC901331421 Contents Mounting the LambdaUnite MSS subrack E 2 Mounting the heat baffle E 5 Mounting the Metropolis DMX High Capacity subr...

Page 600: ...ck the installation materials 3 Temporarily remove the front mounting brackets DC1003774 item 1 and DC1003775 item 2 from the subrack The rear brackets should not be removed NOTE The items are related to Figure E 2 Mounting the subrack p E 4 4 Mount four fiber clips CC848850756 item 5 on the front mounting brackets 5 Slide the subrack from the rear into the rack 6 Mount the subrack on the rear rac...

Page 601: ... and one DC1001516 fiber guide item 9 on the bottom left side of the subrack using two self tapping screws 11 Mount one DC1001517 fiber guide item 8 on the top left side of the subrack and one DC1001516 fiber guide item 9 on the top right side of the subrack using two M2 5 self tapping screws 12 Mount one side guide DC1001518 item 3 at each corner of the subrack by clicking them into the holes at ...

Page 602: ...ounting the subrack Mixed configuration LambdaUnite MSS and Metropolis DMX High Capacity Mounting the LambdaUnite MSS subrack E 4 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 603: ...e as shown in the figure below Be sure to have the correct direction 2 Mount the heat baffle at hole positions 24 and 27 see section Result p E 9 using M6x16 screws CC901331421 NOTE The hole numbering is counted from top to bottom of the rack frame E N D O F S T E P S Figure E 3 Mounting the heat baffle Mixed configuration LambdaUnite MSS and Metropolis DMX High Capacity 365 374 187 Issue 1 Decemb...

Page 604: ... jumper to the CF ALM ON position and then install the fan filter again with the shelf unit before installing the Metropolis DMX High Capacity subrack in the rack 2 Mount the subrack at hole positions 8 14 and 21 of the rack frame see section Result p E 9 Secure the subrack to the frame using the thread forming screws included with the subrack three screws per side NOTE The hole numbering is count...

Page 605: ...en the rack bottom and the LambdaUnite MSS subrack Important The top of the anti recirculation plate must partly be placed into the airinlet of the LambdaUnite MSS subrack 2 Mount the anti recirculation plate at hole positions 69 and 77 see section Result p E 9 using M6x16 screws CC901331421 as shown in the figure below Mixed configuration LambdaUnite MSS and Metropolis DMX High Capacity 365 374 1...

Page 606: ...e E N D O F S T E P S Figure E 4 Mounting the anti recirculation plate Mixed configuration LambdaUnite MSS and Metropolis DMX High Capacity Mounting the anti recirculation plate E 8 Lucent Technologies Proprietary See notice on first page 365 374 187 Issue 1 December 2005 ...

Page 607: ...E 5 Mounting positions LambdaUnite MSS and Metropolis DMX PDP DMX Subrack High Capacity Heat Baffle LambdaUnite Subrack Anti Recirculation Plate NEBS 2000 Rack 8 14 21 24 27 37 64 69 77 42 48 54 59 32 Mixed configuration LambdaUnite MSS and Metropolis DMX High Capacity 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page E 9 ...

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Page 609: ... together of payload data with overhead and pointer information an indication of the direction of the signal 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 Am...

Page 610: ...e terminal used by craft personnel to communicate with a network element 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 cont...

Page 611: ...e direction of a signal 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 ECI Electrical Connection Interface EMC Electro Magnetic Compatibility EMS Element Management System ...

Page 612: ...r a timing link failure has cleared This 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 whic...

Page 613: ... attributes IP T Information Products and Training ITU International Telecommunication Union formally known as CCITT K kbit s Kilobits per second 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 cont...

Page 614: ...ignal Location An identifier for a specific circuit pack interface module interface port or communications 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 cannot be performed while normal service is being pro...

Page 615: ... 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 not always d...

Page 616: ... Pack OSI 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 int...

Page 617: ... be at the same physical location but 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 ac...

Page 618: ...ngle Mode Fiber A low loss long span optical fiber typically operating at either 1310 nm 1550 nm or both SNCP Subnetwork Connection Protection Software Download The process of transferring a generic full or partial or provisioned database from 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 tra...

Page 619: ...Determined TI Timing Interface TID Target Identifier A provisionable parameter that is used to identify a particular Network Element within a network It is a character string of up 20 characters where the characters are letters digits or hyphens TL1 Transaction Language One A subset of the ITU human machine language TM Terminal Multiplexer An Add Drop Multiplexer with only one stream interface Tri...

Page 620: ...able An item of data named by an identifier Each variable has a type such as int or Object and a scope VC Virtual Container Container with path overhead 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 a...

Page 621: ... X XC Cross Connect Glossary 365 374 187 Issue 1 December 2005 Lucent Technologies Proprietary See notice on first page GL 13 ...

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Page 623: ...ates 5 35 C Cabling Block diagram 4 2 Cable management 4 25 CI CTL Fan unit 4 28 CI CTL PDP 4 31 Controller cable 4 28 DCM equipment C 4 DS3 EC1 cables 4 51 Electrical cables 4 25 External battery PDP 4 7 Fan power cables 4 17 Fiber connector types 4 78 Fiber types 4 78 GE1 circuit pack 4 87 GE1 fiber types 4 87 Ground wiring 4 21 LAN cables 4 73 MDI MDO cables 4 54 Network cabling 10 5 OP10 circu...

Page 624: ...ry checklist NE provisioning and stand alone installation test 2 1 Physical and power installation 1 1 Span Ring testing 3 1 Equipment protection test 1 1 CTL protection 8 41 1 1 DS3 protection 8 27 1 1 XC protection 8 38 ESD See Electrostatic discharge ESP See Electrostatic protection ESP bonding point 1 20 ETSI 2 rack Dimensions 3 5 Floor mounting 3 9 Layout 3 6 Line up installation 3 19 3 52 Ra...

Page 625: ... TCP IP 7 11 NE name TID 7 14 NE provisioning Date and time 7 30 External timing inputs 7 34 General parameters 7 16 NE name TID 7 14 System timing 7 39 Timing references 7 36 NE software download initial 5 58 NE synchronization failure A 6 NE synchronization test 8 7 NEBS 2000 rack Dimensions 3 37 Floor mounting 3 41 Layout 3 38 Line up installation 3 19 3 52 Rack doors mounting 4 102 Side cover ...

Page 626: ...on 5 4 PWDM Arrangements B 8 Cabling B 9 Dimensions B 3 Layout B 8 Mounting B 4 Technical data B 3 R Rack adapter kit 3 19 3 52 Rack doors 4 102 Rack extension Height 3 17 3 50 width 3 15 3 48 Receiver sensitivity test 8 16 Remote login failure A 16 Remote NE login 10 15 Removing the SFP modules A 24 S Safety of laser products 1 16 1 16 SFP modules A 24 Side cover plates 4 99 SNCP test 10 72 SNCP ...

Page 627: ...transmission 8 32 Receiver sensitivity 8 16 Remote NE login 10 15 SNCP 10 72 Supply voltage 5 4 Timing 10 51 UPSR 10 72 Test equipment 2 12 Timing references 7 36 Timing test 10 51 Tools 2 12 Top mounting 3 13 3 46 Torque requirements 4 14 Transportation of racks 3 8 3 40 Troubleshooting Alarm handling A 19 Circuit pack alarms A 12 CTL failure A 8 CTL protection test failure A 10 Fan unit test fai...

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