Adva FSP 3000R7 Installation And Commissioning Manual
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Adva FSP 3000R7 Installation And Commissioning Manual

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Fiber Service Platform 3000R7
Installation and
Commissioning Manual
Product Release 11.1
Document Issue B (April 2012)

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Summary of Contents for Adva FSP 3000R7

  • Page 1 Fiber Service Platform 3000R7 Installation and Commissioning Manual Product Release 11.1 Document Issue B (April 2012)
  • Page 2 Reliance on this content is at the relying party's sole risk and will not create any liability or obligation for ADVA Opti- cal Networking. Any references in this document to publications and/or Internet sites that are not from ADVA Optical Networking are provided for convenience only and do not in any manner serve as an endorsement of those publications and/or Internet sites.

  • Page 3: Table Of Contents

    Technical Services ........31 Contact ADVA Optical Networking ....... 31...
  • Page 4 Acronyms and Abbreviations ....33 Chapter 1 Express Setup ..... 43 Chapter 2 Prerequisites for Installation .
  • Page 5 General Site Requirements ....... . . 61 FSP 3000R7 Equipment Requirements ......61 Compliance Criteria .
  • Page 6 Unpacking an SH1HU/FIBERMANAGEMENT Shelf and an FMT/1HU Shelf . . . 109 Inspecting an FSP 3000R7 Shelf ....... 111 Identifying Modules .
  • Page 7 Connecting a Shelf to Earth ......142 Mounting an FSP 3000R7 Shelf into a Rack or Cabinet ... . . 144 Connecting the Power .
  • Page 8 Mounting a ROADM-C40/40/OPM-3HU/2DC Shelf into a Standard 19-Inch Rack ......214 Mounting a ROADM-C40/40/OPM-3HU/2DC Shelf into a Standard 23-Inch Rack .
  • Page 9 FSP 3000R7 Shelf ........
  • Page 10 FSP 3000R7 ROADM-C40/40/2-3HU-2DC to FSP 3000R7 Connections . . 317 FSP 3000R7 Module Interconnections ......319 Chapter 10 Commissioning the Shelves .
  • Page 11 Ethernet Port Settings ........362 FSP 3000R7 ROADM-C40/40/OPM-3HU/2DC Commissioning ... 364 Chapter 11 Optical Network Leveling .
  • Page 12 Installation and Commissioning Manual...

  • Page 13: List Of Figures

    List of Figures Figure 1: Installation Flowchart ......44 Figure 1: Unpacking the 7HU shelf .
  • Page 14 Figure 27: Connecting the Power Cable to the SH1HU-HP/2DC ..162 Figure 28: Connecting a DC Power Cord to a PSU of the SH7HU ..166 Figure 29: Connecting the Power Cords to the Power Supply of the SH1HU-F/2DC Shelf .
  • Page 15 List of Figures Figure 60: Typical ROADM-C40/40/2-3HU-2DC Shelf Location ..213 Figure 61: ROADM-C40/40/OPM-3HU/2DC Shelf Installed in a 19-Inch Rack........215 Figure 62: Installing the 23-Inch Rack Adapter Brackets.
  • Page 16 Figure 94: Using the Clean-room Swab......309 Figure 95: MTP Male Connector Tip Diagram ..... 309 Figure 96: Example of Two Interconnected NEs Managed by an OSC .

  • Page 17: List Of Tables

    Wiring for Serial Null Modem Cable..... 73 Table 10: Ethernet Cable Types Used by the FSP 3000R7 ... . 74 Table 11: Wiring for 10BASE-T and 100BASE-TX Straight Through and Crossover Cables .
  • Page 18 Table 28: Optical Connections 2OSCM-V#1630 to OSFM+#1630 Running in West Direction ......314 Table 29: Optical Connections 2OSCM-V#1630 to OSFM+#1630 Running in East Direction .

  • Page 19: Related Documents Overview

    This document is used to check and verify the contents of each shipping box against the original purchase order. • Installation and Commissioning Manual This document describes how to install an FSP 3000R7 node. It covers everything from unpacking the shipment, rack-mounting the equipment, Installation and Commissioning Manual...
  • Page 20 Provisioning and Operating • Provisioning and Operations Manual This document covers provisioning, configuring, operating, and monitoring of the FSP 3000R7 system. This is a procedure-oriented document. Read Management Data Guide this document in conjunction with the in order to look-up configuration and management related details while following the...

  • Page 21: Troubleshooting

    Troubleshooting Guide replaces the Note • TL-1 Maintenance and Troubleshooting Manual This document describes how to troubleshoot the FSP 3000R7 when man- aging it via TL-1. • OTDR Installation, Provisioning, and Operations Manual This document covers installation, provisioning, operations, troubleshoot- ing, and maintenance of the OTDR unit.
  • Page 22 Installation and Commissioning Manual...

  • Page 23: Preface

    Audience This documentation is intended for qualified and trained personnel who are involved in planning and preparing the site and installing the FSP 3000R7 equipment. This may include field service personnel, system engineers, and network administrators.

  • Page 24: Document Revision History

    Issue B December 2009 Numbering the chapters corrected 80000010461 Issue A March 2010 FSP 3000R7 Installation Guide renamed as FSP 3000R7 Installation and Commissioning Manual Updated according to the content of this release Issue B April 2010...

  • Page 25: Organization

    This documentation is organized as follows: Preface The Preface describes the purpose, audience, organization and the conven- tions, that are used throughout this documentation. It also provides important ADVA Optical Networking contact details as well as further useful information. Installation and Commissioning Manual...

  • Page 26: Acronyms And Abbreviations

    Chapter 3: Site Planning and Preparation This chapter outlines the requirements and factors to be considered when plan- ning and setting up the location for the FSP 3000R7. Chapter 4: Unpacking and Inspecting This chapter tells the process of unpacking and inspecting the product.

  • Page 27: Document Conventions

    The Index provides a list of the major terms, arranged alphabetically to help the reader more quickly and easily find specific information in this documentation. Document Conventions This section lists the common typographical and symbol use for FSP 3000R7 documents. Typographic Conventions...

  • Page 28: Safety Symbol And Message Conventions

    Document Conventions Convention Description 1, 2, 3 ...or These numbering styles are used in lists of items a), b), c)... where the sequence of items is relevant. These are used to point to table footnotes. The 1, 2 * or etc.

  • Page 29: Obtaining Documentation

    Contact your ADVA Optical Networking sales representative for details. Documentation CD The FSP 3000R7 User Documentation Suite is available on the CD that is deliv- ered with the product. The CD also contains Release Notes, List of Limitations, Compatibility Matrix as well as the usb driver required for establishing a USB serial connection.

  • Page 30: Documentation Feedback

    Documentation Feedback Documentation Feedback We want our FSP 3000R7 documentation to be as helpful as possible. Feed- back regarding the guide is therefore always welcome. You can e-mail your comments/suggestions to: global-techdocu@advaoptical.com To submit your comments/suggestions by mail, use the following address:...

  • Page 31: Technical Services

    Technical services are available to warranty or maintenance contract customers who need technical assistance with a product from ADVA Optical Networking that is under warranty or covered by a maintenance contract. To access ADVA Optical Networking Technical Services web site including all contact informa- tion, go to the ADVA Optical Networking home page at: http://www.advaoptical.com/en/about-us/contact-us/support.aspx...
  • Page 32 Contact ADVA Optical Networking Installation and Commissioning Manual...

  • Page 33: Acronyms And Abbreviations

    Acronyms and Abbreviations This document contains the acronyms, abbreviations and symbols used in the Installation and Commissioning Manual. The terms and their spelled out forms or their meaning are listed in alphabetical order. Symbols and Numerics per cent °C degree Celsius °F degree Fahrenheit ø...
  • Page 34 40CSM-OJG/3HU Shelf 40-port MUX/DEMUX Channel Splitter 3HU Shelf (collective name) 8P8C “8 Position 8 Contact” modular communications connectors (plug and jack) which have eight positions, all containing conductors ampere (SI base unit of electric current, or amount of electric charge per second) alternating current acc.
  • Page 35 CBL/DC/300/2AWG10/ DC power cable for the 9HU shelf SUB-D Compact Disc (an optical disc used to store digital data) Canadian Electrical Code centum form-factor pluggable (transceiver) channel chapter committed information rate Coupling Link CLEI common language equipment identifier (registered trademark of Telcordia) command line interface CLNP...
  • Page 36 FAN/Plug-In plug-in fan unit (1) Fibre Channel (protocol) (2) fixed clock Fan Control Unit Fiber Service Platform FSP 3000R7 Fiber Service Platform FSP NP FSP Network Planner foot, feet (unit of length) FT-1 FT-1 Vertical Flame Test per CSA C22.2...
  • Page 37 i.e. that is (id est) Input/Output (1) identification number of a shelf (2) identification pin (in pinout of USB data cable) International Electrotechnical Commission (an international standards organization) IEEE Institute of Electrical and Electronics Engineers (an international non-profit, professional organization for the advancement of technology related to electricity) inch (unit of length) (1) Internet Protocol...
  • Page 38 millimeter (SI derived unit of length in the metric system) square millimeter (unit of area, derived from the SI base unit of the meter) Media Access Control metropolitan area network max. maximum Mbit/s megabits per second (a unit of data transfer rates equal to 1.000.000 bits per second) mismatch equipment alarm mile, miles (a unit of length)
  • Page 39 optical supervisory channel OSCM optical supervisory channel module (collective name) OSCM-PN optical supervisory channel module with optical line monitoring and dual pluggable optical network interfaces OSCM-V#1630 optical supervisory channel module with optical line monitoring and one optical port OSFM optical supervisory channel filter module (collective name) OSFM+#1630 optical supervisory channel filter module with upgrade port, OSC transmitter wavelength at 1630 nm...
  • Page 40 random access memory Request For Comments radio frequency interference Registered Jack (old Bell Labs acronym) RJ-45 Registered Jack-45 (8-pin connector used on Ethernet cables) remote line monitoring Return Merchandise Authorization ROADM reconfigurable optical add/drop multiplexer ROADM-C40/40/OPM- reconfigurable optical add/drop multiplexer designed as a 3HU/2DC rack-mountable 3HU high standalone 19-inch shelf with dual DC power supply;...
  • Page 41 SH1HU/FIBERMANAG 1HU Fiber Storage Shelf EMENT SH1HU-P/DCM 1 HU high Dispersion Compensation Module Shelf (DCM Shelf) SH1HU/PASSIVE 1HU Passive Shelf SH1HU/PASSIVE/FT 1HU Passive Shelf with fiber tray SH1HU-R 1HU Shelf Rear Power Access SH1HU-R/PF 1HU Shelf Rear Power Access SH7HU 7HU shelf Front Power Access SH9HU 9HU shelf Front and Rear Power Access...
  • Page 42 volts (SI base unit of electric potential difference or electromotive force) V Bus USB power (in pinout of USB data cable) volt-ampere (amount of apparent power in an alternating current) VCAT Virtual Concatenation virtual container group Verband Deutscher Elektrotechniker (Association of German Electrical Engineers) Versatile Switch Module, triggered by system software via backplane VW-1...

  • Page 43: Chapter 1 Express Setup

    This chapter gives in two flowcharts an overview of all the tasks that must be performed to successfully install and commission the Fiber Service Platform (FSP 3000R7). The flowchart depicts the installation tasks from the preparation of the site up to the testing of the link.

  • Page 44: Figure 1: Installation Flowchart

    Figure 1: Installation Flowchart Check the site (see Chapter 3: Checking Site) Does the installer have opti- Handover Prepare the cal skills? site Site ready? (see Chapter 3: Site Preparation) Connect optical Unpack and inspect cables package (see Chapter 9: Connect- (see Chapter 4: Unpack- ing Optical...

  • Page 45: Chapter 2 Prerequisites For Installation

    Requirements, which prescribes the minimum qualifications of the peoples performing installation and commission tasks Supporting Documents and Additional Information, which gives an overview of additional documents required to install and commission the FSP 3000R7 suc- cessfully. Supplies and Tools Required, which lists the installable mechanical parts, cables, fiber-optical jumpers, optical cleaning and test equipment as well as hand tools needed to install and commission the FSP 3000R7.

  • Page 46: Audience

    Audience The primary audience for this chapter is network managers and personnel involved in the planning and preparation of the FSP 3000R7 hardware installa- tion. The secondary audience includes customers who are considering the pur- chase of an FSP 3000R7 and need information about the requirements for setting up the hardware.

  • Page 47: Electrical Safety

    Risk of bodily injury from electric shock and/or risk of fire! High voltage can cause electric shock. High currents can pose fire hazards. The FSP 3000R7 equipment must be grounded in accordance with local and national electrical codes. Never defeat the ground WARNING conductor or operate the equipment in the absence of a suitably installed ground conductor.
  • Page 48 Safety Precautions Risk of bodily injury from electric shock! Failure to adhere to these instructions could result in personal injury and/or damage to electrical components. (1) Each power supply unit must be switched on or off using a circuit breaker which have to be implemented as part of the building wiring. (2) Each shelf and the rack must be properly grounded before power WARNING is applied by turning on the respective circuit breaker.

  • Page 49: Eye Safety

    Chapter 2 Prerequisites for Installation Eye Safety The FSP 3000R7 equipment uses lasers as fiber-optic transmitter sources. These lasers are inherently safe unless mishandled. The equipment meets the specifications for a hazard level 1M product and a Class 1M Laser product, even if a fiber-optic transmitter is switched to “Forced On”...

  • Page 50: Operating Conditions

    The optical ports not currently in use must be closed by a blind plug, which is delivered with the FSP 3000R7. The dust cover should be left in the optical con- nectors of the pluggable transceiver when not in use. The blind plugs and the dust covers are designed to withstand the specified optical output power.

  • Page 51: Equipment Precautions

    Install the FSP 3000R7 in a secure location to prevent unauthorized use and access. • Mount the FSP 3000R7 shelf in an approved rack that is fastened on a sta- ble non-combustible surface. • Any unequipped slot in the shelf must contain a dummy module to maintain cooling and EMI compliance.

  • Page 52: Facility Security

    Facility Security Facility Security The FSP 3000R7 must be installed in a “restricted access location” that meets the following criteria: • Access can only be gained by service personnel or by authorized personnel who have been instructed about the reasons for the restrictions applied to the location, and about precautions to be taken.

  • Page 53: Supporting Documents And Additional Information

    Information To install the shelves and modules in the network you will need additional infor- mation, which will be provided by the FSP 3000R7 Network Planner (FSP NP) for product release 11.1 and other sources. The required information depends on the task. The documents listed below will assist you with installing and com- missioning the system.

  • Page 54: Supplies And Tools Required

    This is an agreement that the equipment has been accepted by the cus- tomer. Supplies and Tools Required This section lists the required supplies and tools you need to install and com- mission the FSP 3000R7. It contains the following subsections: Adaptor Brackets Dummy Modules...

  • Page 55: Front Cover

    Chapter 2 Prerequisites for Installation • DM/2HU5 (used for populating each 2.5 HU shelf slot) Make sure the appropriate dummy modules are readily available for installation. Dummy modules are normally delivered with the shelf pre-installed. If neces- sary, dummy modules can be re-ordered. Front Cover Make sure that the front cover for each 7HU shelf and 9HU shelf is readily avail- able for installation.

  • Page 56: Telemetry Interface Cable

    See also “Sup- porting Documents and Additional Information” on p. Tools and Equipment Required The following tools and equipment are needed to install the FSP 3000R7. The installation procedures in this document will specify when specific equipment is required. Tools •...

  • Page 57: Fiber Optic Test And Cleaning Equipment

    Chapter 2 Prerequisites for Installation • Appropriate terminal connectors to go with the connectors of the external DC power sources Fiber Optic Test and Cleaning Equipment • Signal/protocol generator or Bit Error Rate Tester (BERT) • Fiber jumpers (multimode and single-mode) with LC or MU/PC connectors •...
  • Page 58 Supplies and Tools Required Installation and Commissioning Manual...

  • Page 59: Chapter 3 Site Planning And Preparation

    Introduction The condition of the installation site is extremely important for proper operation of the FSP 3000R7 platform. This chapter helps you to plan and prepare your site, and also to coordinate the installation process. By using the information in this chapter, you can: •...

  • Page 60: Audience

    Check your site-specific planning or consult respective specialists. Note Prior to installation, the site must be inspected to ensure that the FSP 3000R7 equipment can be installed safely and correctly. Use the checklist provided in “Site Survey Checklist” on p. 85 to verify the safety of your site.

  • Page 61: General Site Requirements

    Compliance Criteria Make sure that your site adheres to the following compliance criteria: Environment FSP 3000R7 equipment meets the requirements of NEBS level 3 and ETSI EN 300 019-1-3 (2004). Degree of Protection FSP 3000R7 offers an IP20 degree of protection according to IEC 60529. The equipment has been evaluated for use in a Pollution Degree 2 environment.

  • Page 62: Specifications Of System Components

    FAN/9HU, CEM/9HU, all slots unpopulated All shelves of the FSP 3000R7 are designed for mounting into a 19-inch, ETSI- or NEBS-compliant rack by using the appropriate adaptor brackets. Each shelf is mounted simply by bolting its bracket to the rack.

  • Page 63: Clearance Requirements

    ETSI EN 300 019-1-3 V2.2.2 (2004-07) Stationary use at weather-protected locations Class 3.1 When you receive your FSP 3000R7, leave the equipment in its shipping box at its final installation location for a minimum of 24 hours. Allowing the equipment time to adjust to room temperature...

  • Page 64: Cooling Requirements

    • Ensure that intake air to the FSP 3000R7 system and the OTDR is cooled by the installation site air conditioning system and is as dust free as possi- ble.

  • Page 65: Power Source And Earthing Requirements

    FSP 3000R7 system. Shelf Power System An FSP 3000R7 Shelf is supplied ready for installation in an equipment rack. Each shelf can be either AC or DC powered. It is equipped with at least one power supply unit (PSU). The PSU is connected to the appropriate power source.

  • Page 66: General Requirements For The Site Wiring Systems

    Installation of the site wiring systems must follow national and local electrical codes. Comply with these requirements: • Installation of the FSP 3000R7 must be performed in compliance with your national and local electrical codes: • In the United States:...

  • Page 67: Dc Power Requirements

    Chapter 3 Site Planning and Preparation DC Power Requirements The DC-powered shelf operates at nominal -48 V DC (the positive conductor of the power source is connected to earth ground). Normally, the DC-powered 9HU shelf and 7HU shelf have two hot-swappable DC power supply units (PSUs) installed, thereby providing two redundant power feeds.

  • Page 68: Ac Power Source Requirements

    Site Planning • ADVA Optical Networking recommends installing the PDU on the top of a rack. The PDU must provide power at nominal -48 V DC to each shelf in the rack. The DC-powered shelf is not intended to be directly connected to a centralized DC-power system.

  • Page 69: Power Cable Requirements

    Chapter 3 Site Planning and Preparation Module and System Specification Please refer to the for detailed specifications on the PSU types. The AC power supply should fulfill the following requirements: • To achieve power redundancy, each PSU of the shelf must have its own AC receptacle.

  • Page 70: Dc Power Cables

    +194°F) source M3.5 The use of the CBL/DC/300/2AWG10/SUB-D cable provided by ADVA Optical Networking is mandatory. The use of the CBL/DC/300/2AWG16/1HU-HP cable provided by ADVA Optical Networking is mandatory. Hardware For detailed information about the power cables, please refer to the...

  • Page 71: Ac Power Cables

    DC power cables fitted with ring lugs on one end are available to be delivered with the equipment, but you must order them separately. For information about placing an order, contact ADVA Optical Networking. Information about these power cables can be found in...

  • Page 72: System Earthing Conductor Requirements

    United Kingdom can be delivered with the equipment, but must be ordered separately. For information about placing an order, contact ADVA Optical Networking. Note Do not attempt to modify or use an AC power cable that is not the exact type required.

  • Page 73: Serial Null Modem Cable

    Table 8 on p. 72 can be delivered with the equipment, but must be ordered separately. For information about placing an order, contact ADVA Optical Networking. Note To connect the NCU-A, NCU-B or NCU-GDPS to the management PC using the serial port you need a serial null modem cable with two female SUB-D9 connec- tors.

  • Page 74: Ethernet Straight-Through Cables And Crossover Cables

    EMC compliance cannot be guaranteed. The cables must be compli- ant with the IEEE 802.3:1998 Ethernet standard. See Table 10 on p. 74 details. Table 10: Ethernet Cable Types Used by the FSP 3000R7 Cable Frequency Cable Category Level Uses Type Bandwidth Cat 5e* (TIA/EIA-568-B.2)

  • Page 75: Table 11: Wiring For 10Base-T And 100Base-Tx Straight Through And Crossover Cables

    FSP 3000R7 R11.1 80000015930 Issue B, © 2012 ADVA AG Optical Networking ADVA Confidential Table 11: Wiring for 10BASE-T and 100BASE-TX Straight Through and Crossover Cables Striped Solid Pinout Straight Through Crossover Color Color Pin 1 (TX+/RX+) -------------------------------------------- (TX+) Pin 1...

  • Page 76: Table 13: Wiring For 1000Base-T Crossover Cable According To 568B

    Pin 7 BI_DD+ -------------- BI_DD+ Pin 4 White/Brown Brown Pin 8 BI_DD- -------------- BI_DD- Pin 5 Brown * Incorrectly connected unused wires generate noise on long lengths. FSP 3000R7 R11.1 80000015930 Issue B, © 2012 ADVA AG Optical Networking ADVA Confidential...

  • Page 77: Usb Cable

    A USB connection requires a corresponding driver in the management PC. This driver is available on the User Documentation Suite disc or can be obtained from ADVA Optical Networking. Note To connect the UTM to device alarm inputs and to external alarm devices, use a telemetry interface cable with an adequate wire gage and a female HD SUB-D44 connector at one end.

  • Page 78: Ieee 1394 Interface Cable

    Site Planning Table 16: Female HD SUB-D44 Connector Pinout Female HD SUB-D44 connector Pin Number Relay No. Signal 31, 16, 1 Relay 1 Output 1 32, 17, 2 Relay 2 Output 2 33, 18, 3 Relay 3 Output 3 34, 19, 4 Relay 4 Output 4 5, 20...

  • Page 79: Fiber-Optic Cable Requirements

    Network Interface Fiber-Optic Patch Cables Normally, two pairs of fiber-optic cables are required between sites, one for the east and one for the west direction. If the cables have been ordered from ADVA Optical Networking, a pair of single-mode fiber-optic cables (LC to cus- tomer-specific connector) is delivered with the FSP 3000R7 for each direction.

  • Page 80: Optical Fiber Bundles

    To ensure proper FSP 3000R7 sys- tem operation, the optical links on the network side must be tested. If no test report is available, measure loss and length in optical fibers.

  • Page 81: Earthing Conductor Requirements

    Chapter 3 Site Planning and Preparation Earthing Conductor Requirements For earthing the OTDR, earthing conductors with the following requirements are necessary: • #10 - #12 AWG solid or stranded copper wire for the OTDR/THC/2HU/AC or #6 AWG solid or stranded copper wire for the OTDR/8-OTH/1HU/AC •...

  • Page 82: Data Cable Requirements

    Site Preparation This section describes the various tasks required for preparing the customer site for installation, and it specifies who (that is, the customer, ADVA Optical Net- working, or both) is responsible for these tasks. It contains the following subsections:...

  • Page 83: Adva Optical Networking Responsibilities

    Test the hardware and communication link off-line. • Commission the system, if required The personnel of ADVA Optical Networking ensure the site is ready for installa- tion using the following checklist: • Does the equipment location have an acceptable clearance for service? •...

  • Page 84: Checking The Site

    Note Checking the Site Your site must comply with the requirements described above before you install the FSP 3000R7. The main tasks to prepare for installation of the FSP 3000R7 equipment on an existing site are: • Checking documents required •...

  • Page 85: Associated Documentation

    Chapter 3 Site Planning and Preparation Associated Documentation • Site plan or floor plan • Installation plan including details of the current electrical systems • Cabling plan for interconnecting the modules and shelves, if required • Site Survey Checklist (see “Site Survey Checklist”...
  • Page 86 Site Preparation Table 20: Site Survey Checklist (Continued) Has a cable management kit been installed at the front of each equipment rack? Is there an ESD connection socket or an unpainted earth point on each rack for connecting personal grounding devices? Has each rack correctly been leveled and secured to the floor? Has each rack been secured to the ceiling, if required?
  • Page 87 Chapter 3 Site Planning and Preparation Table 20: Site Survey Checklist (Continued) Does each separate power source have a circuit breaker at the power distribution point? Has a PDU or an AC/DC rectifier per rack been installed and has it been tested for proper voltage? Are the AC power receptacles of a three-conductor grounding type and located within a reasonable distance?
  • Page 88 Site Preparation Installation and Commissioning Manual...

  • Page 89: Chapter 4 Unpacking And Inspecting

    Chapter 4 Unpacking and Inspecting This chapter describes how to unpack and inspect the FSP 3000R7 equipment, to verify that all components have been received, and to verify that no shipping damage has occurred. It also includes safety guidelines to prevent personal injury and damage to the equipment.

  • Page 90: Introduction

    The outer dimensions and the average weight of the shipping boxes are listed. A 1HU equipment shelf box may include a SH1HU-F/2DC, SH1HU/2DC, SH1HU-HP/2DC or SH1HU-R Shelf. Table 21: Outer Dimensions and Average Weight of the FSP 3000R7 Equipment Shelf Shipping Boxes Packaging Sizes &...

  • Page 91: Audience

    Audience This chapter is intended for trained personnel who are involved in the installa- tion process of FSP 3000R7. It is assumed that this personnel are aware of the ESD prevention measures. Associated Documentation To ensure complete and accurate shipment you will need •...

  • Page 92: Temporary Storage

    Examine the outside of the shipping box for dents and punctures, that would indicate possible shipping damage. Note any damage. • Leave the FSP 3000R7 in the shipping box until the site is ready for installa- tion. • Place each shipping box in an area where the climatic conditions specified in ETSI EN 300 019-1-1 V2.1.4 (2003-04) are fulfilled.

  • Page 93: Preventing Esd Damage

    Failure to follow ESD precautions may cause irreparable damage to modules. Each FSP 3000R7 shelf should be handled with care. Modules can be damaged or effectively destructed by common electrostatic charges which build up on persons, tools, and other non-conductors or semiconductors. Electrostatic dis- charge (ESD) may go unnoticed by a person.

  • Page 94: Shipment Contents And Accessories

    Shipment Contents and Accessories • Always remove the shelf and its single electrostatic-sensitive parts from their ESD protective packaging at a static-safe work area only. In the simplest case, a static-safe work area must at least consist of a dissi- pative mat, a wrist strap for each person and a common grounding facility for both, e.g.
  • Page 95 - 2 lock washers M6 extern - 2 plain washers M6 Introduction Folder containing: included in - Cover sheet (printed) delivery - FSP 3000R7 User Documentation Suite (on disc) - Critical Warnings (printed) - Shipment Contents (printed) - Safety Guide (printed) Quantity Accessories Remarks...

  • Page 96: Dcm Shelf, Passive Shelf And Fiber Management Shelf Shipments

    Shipment Contents and Accessories Table 23: 1HU shelf, 7HU shelf and 9HU shelf Shipments (Continued) Quantity Standard Items Remarks DC power cord equipped with 4-pole power plug, if ordered 3 m (9.8 ft.) long (CBL/DC/300/2AWG16/1HU-HP for SH1HU-HP/2DC Shelf only) Country-specific AC power cord, each 2.0 m if ordered (6.5 ft.) long (for AC powered 7HU shelf and 1HU Shelf Rear Power Access)

  • Page 97: Unpacking A 7Hu Shelf

    Chapter 4 Unpacking and Inspecting The DCF1HU-P package contains the items listed in Table 25 on p. Table 25: DCF1HU-P Shelf Shipment Quantity Standard Items Remarks 1 Package DCF1HU-P Shelf with integrated DCF spool Shelf variant as ordered 1 pair 19-inch brackets included in delivery...

  • Page 98: Figure 1: Unpacking The 7Hu Shelf

    A packing slip is located on the cap’s front side. Compare the con- tents of the trays with the packing slip and the copy of the purchase order list or equipment list provided by ADVA Optical Networking to ensure complete and accurate shipment. Make a note of missing items, if necessary.
  • Page 99 (7HU shelf) or on the top (1HU shelf) for identification. Step 10 Check the shelf for shipping damage, completeness and proper con- figuration as described in “Inspecting an FSP 3000R7 Shelf” on p. 111 “Identifying Modules” on p. 114.

  • Page 100: Unpacking A 1Hu Shelf

    Unpacking a 1HU Shelf Step 13 If any item is missing, or if any item is damaged, notify your customer service representative or ADVA Optical Networking immediately. End of Procedure Unpacking a 1HU Shelf This section describes how to unpack a 1HU shelf.

  • Page 101: Unpacking A Dcm Shelf

    Take inventory. Compare the contents of the box with the packing slip and the copy of the purchase order list or equipment list provided by ADVA Optical Networking to ensure complete and accurate shipment. Make a note of missing items, if necessary.
  • Page 102 Unpacking a DCM Shelf The DCM Shelf is delivered with two 19-inch rack mount brackets, pre-installed. Each slot is covered by a front panel. Only Service Personnel are allowed to unpack a DCM Shelf. CAUTION Review the guidelines provided in “Precautions”...
  • Page 103 Return and Repair” on p. 119. Order replacement of equip- ment, if necessary. b) If any standard item is missing, notify your ADVA Optical Net- working customer service representative or ADVA Optical Net- working immediately. c) If the wrong unit has been shipped, contact ADVA Optical Net- working customer service representative or ADVA Optical Net- working.

  • Page 104: Unpacking A Module-Integrated Dcm Shelf

    Unpacking a Module-Integrated DCM Shelf Unpacking a Module-Integrated DCM Shelf This section describes how to unpack a Module-Integrated DCM Shelf (DCF1HU-P). Each DCF1HU-P shipment consists of one equipment pack. The DCF1HU-P Shelf is packed in a unit box made of styrofoam. The unit box and the accesso- ries are packed in a cardboard box (master box) for shipping.
  • Page 105 Return and Repair” on p. 119. Order replacement of equipment, if necessary. b) If any standard item is missing, notify your ADVA Optical Net- working customer service representative or ADVA Optical Net- working immediately. c) If the wrong unit has been shipped, contact ADVA Optical Net- working customer service representative or ADVA Optical Net- working.

  • Page 106: Unpacking An 1Hu Passive Shelf

    Unpacking an 1HU Passive Shelf This section describes how to unpack an 1HU Passive Shelf. The FSP 3000R7 1HU Passive Shelf comes with fiber management tray (SH1HU/PASSIVE/FT) or without fiber management tray (SH1HU/PASSIVE). For the sake of simplicity, the term 1HU Passive Shelf is used in this document.

  • Page 107: Unpacking An Fsp 3000R7 Roadm-C40/40/2-3Hu-2Dc Shelf

    Note Step 7 If any item is missing, or if any item is damaged, notify your customer service representative or ADVA Optical Networking immediately. End of Procedure Unpacking an FSP 3000R7 ROADM-C40/40/2-3HU-2DC Shelf This section describes how to unpack the ROADM-C40/40/2-3HU-2DC Shelf.
  • Page 108 If damaged unit must be returned to the factory, refer to “Equipment Return and Repair” on p. 119. Order replacement equipment if neces- sary. b) If any standard item is missing, notify your ADVA Optical Net- working customer service representative or ADVA Optical Net- working immediately. Installation and Commissioning Manual...

  • Page 109: Unpacking An Sh1Hu/Fibermanagement Shelf And An Fmt/1Hu Shelf

    Chapter 4 Unpacking and Inspecting c) If the wrong unit has been shipped, contact ADVA Optical Net- working customer service or ADVA Optical Networking. For con- tact details, see the Preface of this guide, “Contact ADVA Optical Networking” on p.

  • Page 110: Figure 2: Unpacking A Fiber Management Shelf (Fmt/1Hu Shelf)

    Do not destroy or discard the cardboard box. Flatten and save it along with the packaging material. This way you can transport a fiber management shelf safely or, if necessary, return it to ADVA Optical Networking for repair. Note...

  • Page 111: Inspecting An Fsp 3000R7 Shelf

    Return and Repair” on p. 119. Order replacement of equipment, if necessary. b) If any standard item is missing, notify your ADVA Optical Net- working customer service representative or ADVA Optical Net- working immediately. c) If the wrong unit has been shipped, contact ADVA Optical Net- working customer service representative or ADVA Optical Net- working.

  • Page 112: Additional Information

    To avoid possible ESD damages to sensitive circuit boards, implement and maintain adequate measures of ESD damage prevention! It is assumed that you are familiar with the FSP 3000R7 equipment, and are aware of the precautions that should be taken to avoid damage to the equip- ment.
  • Page 113 If any damage has occurred during transportation, immediately report the extent of damage by filing a claim with the transporta- tion company. Notify your ADVA Optical Networking customer service representative or ADVA Optical Networking. Have the fol- lowing information ready: Installation and Commissioning Manual...

  • Page 114: Identifying Modules

    “Equipment Return and Repair” on p. 119. Order replacement equip- ment, if necessary. b) If any standard item is missing, notify your ADVA Optical Net- working customer service representative or ADVA Optical Net- working immediately. c) If the configuration of the system is not conforming to the ordered...

  • Page 115: Figure 3: Example Of Type Designations On The Scu Faceplate

    Chapter 4 Unpacking and Inspecting Faceplate The module name, serial number and item number can be found on the face- plate of each module. See Figure 3 on p. 115 for an example. Figure 3: Example of Type Designations on the SCU Faceplate Module name Serial number S/N: xxxxxxxxxxxx...

  • Page 116: Identifying Pluggable Transceivers

    It is assumed that you are familiar with the handling of the FSP 3000R7 modules and optical fibers, and are aware of the precautions that should be taken to avoid damage to the equipment.

  • Page 117: Figure 5: Example Of A Dwdm Sfp Transceiver Type Label

    Chapter 4 Unpacking and Inspecting Figure 5: Example of a DWDM SFP Transceiver Type Label Transceiver type SFP/2G5U/D1529.55V Optical Networking SM/LC #01 Channel number Serial # XX xxxxxxxxxxx Item # xxxxxxxxxx HW Rev.: x.xx For more information about pluggable transceiver naming and labeling, refer to Hardware Description , Chapter 5.

  • Page 118: Inspecting The Fsp 3000R7 Roadm-C40/40/2-3Hu-2Dc Shelf

    ROADM-C40/40/2-3HU-2DC Shelf This subsection describes the incoming inspection that must be performed in order to check the ROADM-C40/40/2-3HU-2DC for external damage. Follow the same guidelines as described in “Inspecting an FSP 3000R7 Shelf” on p. 111 this guide. Inspection Procedure Procedure...

  • Page 119: Equipment Return And Repair

    Obtaining an ADVA Optical Networking RMA Number Procedure To obtain an ADVA Optical Networking RMA number, the customer should access his partner login via the ADVA Optical Networking homepage and per- form the following steps: Step 1 Log in to the system at: http://www.advaoptical.com...

  • Page 120: Shipping Instructions

    The customer will be informed of the RMA number allocated. Upon receiving the RMA number, the customer is authorized to ship back the defective unit to ADVA Optical Networking. The RMA number can then be used for tracking the status of the request at any time.

  • Page 121: Chapter 5 Installing Shelves

    Audience, which tells you who this document is intended for. Associated Documentation, which lists the documents required for a successful installation of the FSP 3000R7 system. Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves, which describes fitting a shelf with adaptor brackets and how to mount shelves into a rack or cabinet.

  • Page 122: Introduction

    The FSP 3000R7 equipment can be installed during normal working hours. All FSP 3000R7 shelf types are preferably mounted into a 19-inch rack or cabi- net. They can also be mounted into a standard NEBS open rack or an ETSI compliant rack using the appropriate adaptor brackets.

  • Page 123: Audience

    Chapter 5 Installing Shelves While moving and mounting a fully populated 9HU shelf or 7HU shelf, two per- sons are needed as such a shelf is heavy and bulky. In all descriptions of a position relative to a unit, the reference point is facing the front side of the unit.

  • Page 124: Installing The Sh9Hu, Sh7Hu, Sh7Hu-R And 1Hu Equipment Shelves

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves This section provides procedures for rack-mounting an FSP 3000R7 9HU shelf (SH9HU), 7HU shelf (SH7HU, SH7HU-R) and 1HU equipment shelf. The 1HU equipment shelf may be a SH1HU-F/2DC, SH1HU-HP/2DC, SH1HU-R or SH1HU-R/PF.

  • Page 125: Figure 6: Esd Adaptor Pack

    Chapter 5 Installing Shelves Tools and Parts Required • ESD adaptor pack containing 1 ESD connection adaptor and 2 mounting screws M 3x8 (see Figure The ESD adaptor pack is included in the shipping box. • Torx screwdriver TX10 (for the ESD-adaptor screws M3x8) •...
  • Page 126 Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Step 6 Consider the following when fitting the ESD adaptor either to a 19-inch bracket or to a NEBS/ETSI bracket: • When fitting to a 19-inch bracket, prior remove the bracket deter- mined for the ESD adaptor to avoid damage to the pre-installed jumpers.

  • Page 127: Fitting The 9Hu, 7Hu Shelves And 1Hu Equipment Shelves With Etsi Or Nebs Brackets

    Fitting the 9HU, 7HU Shelves and 1HU Equipment Shelves with ETSI or NEBS Brackets The FSP 3000R7 9HU shelf, 7HU shelf types and 1HU equipment shelf types can be mounted to open racks or into customer cabinets of the specified stan- dard widths: 19 inch, 21 inch and 23 inch.

  • Page 128: Fitting A 9Hu Shelf With Etsi Or Nebs Brackets

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves The procedures for fitting the brackets and mounting the shelves to the rack are described in the following subsections. The topics covered are: Fitting a 9HU shelf with ETSI or NEBS Brackets Fitting a 7HU Shelf with ETSI or NEBS Brackets Fitting the 1HU Equipment Shelves with ETSI or NEBS Brackets Fitting a 9HU shelf with ETSI or NEBS Brackets...

  • Page 129: Figure 9: Etsi And Nebs Adaptor Brackets For A 9Hu Shelf

    Chapter 5 Installing Shelves Figure 9: ETSI and NEBS Adaptor Brackets for a 9HU shelf ETSI bracket NEBS bracket To replace the 19-inch brackets with the NEBS brackets or the ETSI brackets perform the following steps: Procedure Step 1 Take the 9HU shelf out of its shipping box and put it on earthed sur- face or an antistatic mat.

  • Page 130: Figure 10: Front Cover Fixing Bracket On The 19'' Bracket

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Figure 10: Front Cover Fixing Bracket on the 19’’ Bracket Front-Cover Fixing Bracket Step 7 Remove the fixing bracket from the 19-inch bracket as follows and have it at hand: a) Using the Torx screwdriver TX10, turn the two screws of the fixing bracket in counter-clockwise direction until they are removed from the threaded holes completely and lay them aside.

  • Page 131: Fitting A 7Hu Shelf With Etsi Or Nebs Brackets

    Chapter 5 Installing Shelves Figure 11: Fitting the ETSI and NEBS Adapter Brackets to an 9HU shelf ETSI bracket ETSI bracket NEBS bracket Front cover 19-inch bracket fixing brackets 19-inch bracket NEBS bracket b) Reinsert the three fixing screws into the threaded holes. c) Secure the bracket to the shelf by tightening the screws with a Torx screwdriver TX20.

  • Page 132: Figure 12: Etsi And Nebs Adaptor Brackets For A 7Hu Shelf

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Risk of damage due to electrostatic discharge! To avoid possible ESD damages to sensitive circuit boards, do not remove the shelf from anti-static packaging until you are ready to commence fitting it with the appropriate brackets. Observe standard precautions for handling shelves containing ESD-sensitive devices.

  • Page 133: Figure 13: Front Cover Fixing Bracket

    Chapter 5 Installing Shelves Step 5 Lay the front cover aside. Step 6 Remove the 19-inch bracket on one side panel of the shelf as follows: a) Using the Torx screwdriver TX20, turn the two screws fixing the 19-inch bracket in counter-clockwise direction until they are removed from thread holes completely and lay them aside.

  • Page 134: Fitting The 1Hu Equipment Shelves With Etsi Or Nebs Brackets

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Figure 14: Fitting the ETSI and NEBS Adopter Brackets to an 7HU Shelf ETSI bracket ETSI bracket NEBS bracket 19-inch bracket Front cover fixing bracket 19-inch bracket NEBS b) Reinsert the three fixing screws into the threaded holes. c) Secure the bracket to the shelf by tightening the screws with a Torx screwdriver TX20.

  • Page 135: Figure 15: Etsi And Nebs Adaptor Brackets For A 1Hu Shelf

    Chapter 5 Installing Shelves ETSI brackets are required to adapt the 1HU equipment shelves to the ETSI standard rack dimensions. NEBS brackets are required to adapt the 1HU equip- ment shelves to the NEBS standard rack dimensions. Only Service Personnel are allowed to replace the 19-inch brackets with the ETSI or NEBS brackets.

  • Page 136: Figure 16: Fitting An 1Hu Shelf With An Etsi Bracket

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Step 3 Take the ETSI or NEBS brackets out of the plastic bags (as supplied in the rack-mount kit). Step 4 Remove the 19-inch bracket on one side panel of the shelf as follows: a) Using a Torx screwdriver TX20, turn the two screws fixing the 19-inch bracket in counter-clockwise direction until they are removed from thread holes completely and lay them aside.

  • Page 137: Fitting The Sh1Hu-R/Pf With Etsi Or Nebs Brackets

    Chapter 5 Installing Shelves Fitting the SH1HU-R/PF with ETSI or NEBS Brackets This subsection describes the procedure of fitting the SH1HU-R/PF (1HU Shelf Rear Power Access) with ETSI or NEBS brackets. The shelf comes pre-installed with 19-inch brackets. If you want to mount the shelf in an ETSI or 23-inch NEBS rack, you need to replace 19-inch brackets with the appropriate adapter brackets.

  • Page 138: Figure 18: Etsi And Nebs Adaptor Brackets For A Sh1Hu-R/Pf

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Figure 18: ETSI and NEBS Adaptor Brackets for a SH1HU-R/PF To replace the 19-inch brackets with the front NEBS brackets or the ETSI brack- ets perform the following steps: Procedure Step 1 Take the SH1HU-R/PF Shelf out of its shipping box and put it on a grounded flat surface or an antistatic mat.

  • Page 139: Figure 19: Fitting The Etsi And Nebs Adopter Brackets To An Sh1Hu-R/Pf Shelf

    Secure the bracket to the shelf by tightening the screws with a Torx screwdriver TX20. Be sure to attach the steel stiffeners when fitting the front NEBS brackets.Use the screw M5x6 supplied by ADVA Optical Networking. Note d) If you have attached a Front NEBS bracket, mount the appropriate...

  • Page 140: Earthing A Shelf

    (ground) con- nection. The term shelf used in the following refers to all FSP 3000R7 shelf types to be earthed. To meet safety and EMI requirements each FSP 3000R7 shelf must individually be connected to the rack’s or cabinet’s earth point.
  • Page 141 Chapter 5 Installing Shelves Building an Earthing Conductor Only Service Personnel or a qualified/licensed electrician are allowed to assemble an individual earthing conductor with wire terminals on both ends. WARNING Risk of electric shock! In some countries local regulations might apply. Also check and follow local codes and requirements.

  • Page 142: Connecting A Shelf To Earth

    You must complete one of the procedures before connect- ing power or powering up the shelf. Only Service Personnel or a qualified/licensed electrician are allowed to earth an FSP 3000R7 shelf. WARNING Risk of electric shock!
  • Page 143 Chapter 5 Installing Shelves There are three ways to attach the earthing conductor to the shelf’s earth termi- nals: • Earthing a shelf using an earthing conductor with a ring lug terminal • Earthing a shelf using an earthing conductor with a two-hole lug terminal •...

  • Page 144: Mounting An Fsp 3000R7 Shelf Into A Rack Or Cabinet

    Rack or Cabinet. Mounting an FSP 3000R7 Shelf into a Rack or Cabinet This section describes how to mount the 9HU shelf, 7HU shelf and 1HU shelf types to a rack or cabinet (in the following referred to as rack).

  • Page 145: Figure 23: Example Of A Six-7Hu Shelf System

    Chapter 5 Installing Shelves General Considerations When rack-mounting a shelf (the term shelf refers to 9HU shelf, 7HU shelf (SH7HU, SH7HU-R) and all 1HU shelf types). Consider the following: • Mount the shelf according to your installation plan. • Immediately rack-mount the shelf after the adaptor brackets have got fitted. •...
  • Page 146 8 x rack screws and washers for fixing both 9HU shelf and 7HU shelf (SH7HU, SH7HU-R) or 4 x rack screws and washers for fixing the 1HU shelf types (not delivered with the FSP 3000R7). Use screws that fit the threaded holes in your rack.
  • Page 147 Chapter 5 Installing Shelves To mount a shelf to a rack perform the following steps: Lifting Hazard! A fully populated 9HU shelf or 7HU shelf is heavy. To avoid personal injury and damage to the shelf, two persons should move, lift and hold a shelf in position while a third person is securing it in the rack.
  • Page 148 Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Step 6 Mount the shelf to the rack as follows: ADVA Optical Networking recommends having two persons to hold the shelf in place while another service person secures it to the rack. Note...

  • Page 149: Figure 24: Example Of 7Hu Shelves Mounted Into In A 19-Inch Open Rack

    Chapter 5 Installing Shelves Figure 24: Example of 7HU Shelves Mounted into in a 19-inch Open Rack 9-inch bracket 7HU shelf Front cover 19-inch bracket Rack screw with washer 7HU shelf The term 7HU shelf refers to the SH7HU and SH7HU-R. Normally, the shelves are stacked in the rack directly on top of each other with no space between.

  • Page 150: Connecting The Power

    The FSP 3000R7 can optionally be powered by AC or DC. This section lists prerequisites and important safety guidelines, and provides procedures to follow, when connecting electrical power to the FSP 3000R7 sys- tem. This section contains the following subsections:...
  • Page 151 The 9HU shelf and the 7HU shelf vari- ants provide front and rear power access. It is recommended using power cables provided by ADVA Optical Networking. For information about DC power Hardware Description Appendix A...
  • Page 152 Safety Guide Read and understand the of the FSP 3000R7 User Documentation Suite. It contains useful information you need to know before connecting power to the system. Only service personnel or a qualified/licensed electrician are allowed to connect DC power cables.
  • Page 153 WARNING ADVA Optical Networking delivers the DC power cords with a length of 3.0 m (9.84 ft.). One end of the cord is without terminal connectors. Because of safety and cable routing, ADVA Optical Networking recommends cutting the cords to the proper lengths and terminating the ends with appropriate connectors.
  • Page 154 Two power cables of the proper length (CBL/DC/300/2AWG10/SUB-D or CBL/DC/600/2AWG10/SUB-D) which belong to the specific shelf (one for Power A and one for Power B) Two cables per shelf are provided by ADVA Optical Networking, but have to be ordered separately. Installation and Commissioning Manual...
  • Page 155 Chapter 5 Installing Shelves • Torx screwdriver TX10 for the fixing screws on the protective covers of the power input connectors • Appropriate screwdriver or spanner for the terminal screws of the DC power source, e.g. a PDU This equipment should be present on site before beginning the connecting pro- cedure.

  • Page 156: Figure 25: Connecting The Power Cable To The 9Hu Shelf On The Front

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Figure 25: Connecting the Power Cable to the 9HU shelf on the Front CBL/DC/300/2AWG10/SUB-D or CBL/DC/600/2AWG10/SUB-D Step 8 Route securely the power cable through the vertical cable bracket on the left side (Power A) of the rack to the corresponding high-current connectors of the DC power source, e.g.
  • Page 157 Two power cables of the proper type, length, area of conductor and wire ter- minals which belong to the specific shelf (one for Power A and one for Power B) The cables are not provided by ADVA Optical Networking. • Torx screwdriver TX10 for the fixing screws on the protective covers of the power input connectors •...
  • Page 158 Inspect the terminal block for damage. Do not proceed, if one or more terminal screws are damaged! A damaged terminal block must not be replaced in the field! Where necessary, return the whole shelf to ADVA Optical Networking AG for repair. Note...

  • Page 159: Figure 26: Connecting The Power Cable To The Sh7Hu-R

    Power B (Main B) Power A (Main A) The cables shown in this figure are not supplied by ADVA Optical Networking. They are illustrative. Pay attention to the polarity! If the polarity has not been considered, the unit will not work. Proceed as follows:...
  • Page 160 Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Step 11 Route the power cable through the vertical cable bracket e.g. on the left hand or right hand side of the rack to the high-current connectors DC power source, e.g. PDU. Risk of electric shock! Before connecting this cable, ensure that the associated power source circuit breaker is in the OFF position and that the...
  • Page 161 Tools and Parts Required • One power cable (CBL/DC/300/2AWG16/1HU-HP) per shelf is provided by ADVA Optical Networking. This power cable consists of two cables assem- bled with a 4-pole power plug for Power 1 and Power 2. • A screwdriver (flat-bladed 0,8 mm x 4 mm) is required for the fixing screws of the power plug.

  • Page 162: Figure 27: Connecting The Power Cable To The Sh1Hu-Hp/2Dc

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Step 4 Connect the 4-pole plug of the cable to the dual power feed input con- nector on the shelf. Tighten the two fixing screws on the plug to secure it. See the figure below for illustration. Only one power plug (4-pole plug) is needed for the two power feeds, Power 1 and Power 2.
  • Page 163 Chapter 5 Installing Shelves Step 6 Using a voltmeter, verify that no voltage is applied on the power source (e.g. PDU) output to be connected to the shelf. If voltage is applied, then: a) switch the associated power source circuit breaker to the OFF position;...
  • Page 164 Two power cords of the proper type and length for the specific shelf (one for Power A and one for Power B). The cables listed below are provided by ADVA Optical Networking: • A pair of 16AWG DC power cords (CBL/DC/300/2AWG16/TB) for connecting the SH1HU-F/2DC •...
  • Page 165 Inspect the terminal block for damage. Do not proceed if one or more terminal screws are damaged! A damaged terminal block must not be replaced in the field! The damaged power supply unit or the whole 1HU Shelf must be returned to ADVA Optical Networking for repair. Note Step 8 Follow...

  • Page 166: Figure 28: Connecting A Dc Power Cord To A Psu Of The Sh7Hu

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Step 9 Connect the quipment end of the CBL/DC/300/2AWG16/TB, CBL/DC/300/3AWG14/TB, or PC300/3WIRE/RED/BLACK/14AWG cable (pre-essembled with ring lugs) to the terminal block of the PSU as shown in Figure 28 Figure Pay attention to the polarity! The wires must be connected in accordance with the wire insulation colors and the terminal end Hardware Description, Appendix A.

  • Page 167: Figure 29: Connecting The Power Cords To The Power Supply Of The Sh1Hu-F/2Dc Shelf

    Chapter 5 Installing Shelves Figure 29: Connecting the Power Cords to the Power Supply of the SH1HU-F/2DC Shelf Power 2 Cable Power 1 Cable Protective cover Step 10 Connect the quipment end of the CBL/DC/300/3AWG14/FLT/R-/B+ cable (pre-essembled with flag terminals) to the terminal block of the PSU as shown in Figure 30 Figure...

  • Page 168: Figure 31: Attaching The Terminal Flags To The Tab Connectors Mounted To The Psu Of The Sh7Hu

    Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves • Connect the yellow-green wire (earth wire) to the protective earth terminal. • Connect the black wire (DC positive conductor) to the positive terminal labeled “+”. • Connect the red wire (DC negative conductor) to the negative terminal lableled “-”.
  • Page 169 Chapter 5 Installing Shelves Step 13 Route the power cable through the vertical cable brackets on the left-hand side (Power A) or right-hand side (Power B) of the rack to the high-current connectors DC power source, for example the PDU. Risk of electric shock! Before connecting this cable, ensure that the associated power source circuit breaker is in the OFF position and that the...
  • Page 170 After approximately 3 minutes, the slot LEDs of the provisioned mod- ules should also turn green. This indicates that the FSP 3000R7 has finished booting and is now ready for normal operation. Step 5 Turn off the PDU Power A or Power 1 circuit breaker.
  • Page 171 After approximately 3 minutes, the slot LEDs of the provisioned mod- ules should also light up green. This indicates that the FSP 3000R7 shelf has finished booting up and is now ready for normal operation.

  • Page 172: Connecting Ac Power

    If only one power source is used and that source fails, the shelves cease to operate. To apply AC power to the FSP 3000R7 shelves, the appropriate power cords must be connected from the line power, for example power source outlets, to the PSUs located in the shelf.
  • Page 173 Safety Guidelines Before you perform any connecting procedure, review the safety guidelines in this section to avoid injury or damage to the equipment. Safety Guide FSP 3000R7 User Read and understand the of the Documentation Suite . It contains useful information you need to know before connecting power to the system.
  • Page 174 Installing the SH9HU, SH7HU, SH7HU-R and 1HU Equipment Shelves Tools and Parts Required • Two AC power cords of the appropriate type per shelf • Two power cord locking clamps (only needed for connecting power cords to an SH1HU-R Shelf) This equipment should be present on site before beginning the connection pro- cedure.

  • Page 175: Figure 32: Assembling The Power Cord Locking Clamp To The Ac Power Supply

    Chapter 5 Installing Shelves Figure 32: Assembling the Power Cord Locking Clamp to the AC Power Supply Inserting the squeezed clamp Assembled power cord into the guide locking clamp Step 5 Locate an AC power cord shipped with the equipment. Verify that the power cord is assembled with a device plug of C13 type according to IEC 60320 standard at the female end and with a country-specific, three-conductor grounding type attachment plug at the male end.
  • Page 176 Maintenance and Troubleshooting trouble clearing, refer to the Manual or contact ADVA Optical Networking for technical assistance. Note The NCU starts booting up. This is indicated by the slot status LEDs all blinking yellow. After approximately 3 minutes, the slot LEDs go off.

  • Page 177: Installing A 40Csm/2Hu Shelf

    Chapter 5 Installing Shelves Installing a 40CSM/2HU Shelf This section provides procedures for rack-mounting the 40CSM/2HU shelf types. Unless otherwise specified below, the term 40CSM/2HU Shelf always refers to the following shelf types: • 40CSM/2HU-#D02-#D32 • 40CSM/2HU-#D34-#D64 • 40CSM/2HU-#19590-#19200 • 40CSM-FL/2HU-#19590-#19200 •...

  • Page 178: Fitting The 40Csm/2Hu Shelf With The Fiber Finger/2Hu Or Fiber Finger/2Hu Left

    IEEE 1394 interface cable. See Chapter 7: Connecting the 40CSM/2HU Shelf to a FSP 3000R7 Shelf in this manual. The procedures for mounting and removing the front cover to and from a...
  • Page 179 Chapter 5 Installing Shelves Tools and Parts Required • 1 x FIBER FINGER/2HU (is not delivered with the 40CSM/2HU Shelf and has to be ordered separately) or • 1 x FIBER FINGER/2HU LEFT (is not delivered with the 40CSM-FL/2HU-#19590-#19200 shelf and has to be ordered separately) •...

  • Page 180: Figure 34: Example Of Attaching The Fiber Finger/2Hu To A 40Csm/2Hu Shelf

    Installing a 40CSM/2HU Shelf Figure 34: Example of Attaching the FIBER FINGER/2HU to a 40CSM/2HU Shelf ETSI Bracket FIBER FINGER/2HU 2 x M5x10 screws Figure 35: Example of Attaching the FIBER FINGER/2HU LEFT to the 40CSM-FL/2HU-#19590-#19200 Shelf ETSI Bracket FIBER FINGER/2HU LEFT 2 x M5x10 screws End of Procedure The left-hand side ETSI or NEBS bracket is mounted to any...

  • Page 181: Fitting The 40Csm/2Hu Shelf With 19-Inch Brackets

    Chapter 5 Installing Shelves Fitting the 40CSM/2HU Shelf with 19-inch Brackets This subsection describes the procedure that must be followed in order to fit the 40CSM/2HU shelf with 19-inch brackets. 19-inch brackets are required to adapt the 40CSM/2HU shelf to the 19-inch standard rack dimensions. Only Service Personnel are allowed to perform this procedure.

  • Page 182: Fitting The 40Csm/2Hu Shelf With Etsi Brackets

    Installing a 40CSM/2HU Shelf Procedure Step 1 Take the 40CSM/2HU shelf out of its shipping box and put it on grounded surface or an antistatic mat. Step 2 Take the 19-inch brackets and the four screws out of the plastic bags (as supplied in the rack-mount kit).

  • Page 183: Figure 38: Etsi Bracket For An 40Csm/2Hu Shelf

    Chapter 5 Installing Shelves Only Service Personnel are allowed to perform this procedure. CAUTION Ensure that you are grounded with a wrist strap or equivalent while mounting the brackets to a shelf which contains ESD-sensitive devices. It is assumed that you are familiar with ESD-prevention precautions that should be taken to avoid ESD damage to the equipment.

  • Page 184: Fitting The 40Csm/2Hu Shelf With Nebs Brackets

    Installing a 40CSM/2HU Shelf Step 4 Using the fixing screws provided, fit the appropriate ETSI bracket as follows: a) Insert a screw through a mounting hole in the bracket into the threaded hole in the shelf side panel. b) Insert a second screw through the remaining mounting hole in the bracket into the threaded hole in the shelf side panel.

  • Page 185: Figure 40: Nebs Bracket For A 40Csm/2Hu Shelf

    Chapter 5 Installing Shelves It is assumed that you are familiar with ESD-prevention precautions that should be taken to avoid ESD damage to the equipment. Tools and Parts Required • 1 x NEBS bracket pair • 4 x M5x10 screws for fixing the NEBS brackets •...

  • Page 186: Mounting The 40Csm/2Hu Shelf Into A Rack

    Installing a 40CSM/2HU Shelf Figure 41: NEBS Bracket Fitted to the 40CSM/2HU-#D02-#D32 Shelf Step 5 Repeat steps 3 to 4 of this procedure for the opposite side. End of Procedure Mounting the 40CSM/2HU Shelf into a Rack This subsection describes the procedure that must be followed in order to mount the 40CSM/2HU shelf to a rack or cabinet (in the following referred to as rack).

  • Page 187: Rack-Mounting The 1Hu Passive Shelf

    End of Procedure Rack-Mounting the 1HU Passive Shelf The FSP 3000R7 1HU Passive Shelf is available with fiber management tray (SH1HU/PASSIVE/FT) or without fiber management tray (SH1HU/PASSIVE). For the sake of simplicity, the term 1HU Passive Shelf is used in this document.

  • Page 188: Specialized Knowledge Required

    Rack-Mounting the 1HU Passive Shelf to adapt the 1HU Passive Shelf to the 19-inch, ETSI as well as NEBS standard rack dimensions and to secure it to the rack. The 1HU Passive Shelf comes with no adaptor brackets pre-installed. Before mounting the shelf into the rack or cabinet (in the following referred to as rack) you must fit the appropriate adaptor bracket pair.
  • Page 189 Chapter 5 Installing Shelves Attaching Adaptor Brackets to the 1HU Passive Shelf Attach the appropriate adaptor bracket pair to the 1HU Passive Shelf, depend- ing on your installation needs: • Front mounted • Rear mounted If the shelf is to be mounted into a 19-inch rack, use the 19-inch bracket pair. For mounting the shelf to a standard 23-inch rack the NEBS brackets must be fitted.

  • Page 190: Figure 42: Adaptor Bracket Installation - Front Mounted

    Adaptor Bracket Installation - Front Mounted Item Pcs. Designation 1HU Passive Shelf 19-inch adaptor bracket NEBS a daptor bracket ETSI adaptor bracket Screw M5x10 CSK TORX-T25 A2 FSP 3000R7 R11.1 80000015930 Issue B, © 2012 ADVA AG Optical Networking ADVA Confidential...

  • Page 191: Figure 43: Adaptor Bracket Installation - Rear Mounted

    FSP 3000R7 R11.1 80000015930 Issue B, © 2012 ADVA AG Optical Networking ADVA Confidential Figure 43: Adaptor Bracket Installation - Rear Mounted Item Pcs. Designation 1HU Passive Shelf 19-inch Adaptor bracket - rear ETSI Adaptor bracket - rear Screw M3,0x6 CSK TORX...

  • Page 192: Figure 44: Example Of 19-Inch Bracket Attachment - Front Mounted (Left)

    Rack-Mounting the 1HU Passive Shelf To fit an adaptor bracket pair perform the following steps: Procedure Step 1 Remove the 1HU Passive Shelf from its shipping box and put it on a stable and level surface. Step 2 Remove the required adaptor brackets and the screws from the plas- tic bag (as supplied in the rack-mount kit).

  • Page 193: Mounting The 1Hu Passive Shelf Into A Rack Or Cabinet

    Chapter 5 Installing Shelves Figure 45: Example of ETSI Bracket Attachment - Front Mounted (Left) Figure 46: Example of NEBS Bracket Attachment - Front Mounted (Left) Repeat Step 3 Step 4 of this procedure for the opposite side. End of Procedure Mounting the 1HU Passive Shelf into a Rack or Cabinet This subsection describes the procedure that must be followed in order to mount...
  • Page 194 Rack-Mounting the 1HU Passive Shelf • The 1HU Passive Shelf can be mounted under or above a 1HU, 7HU or 9HU equipment shelf that it is serving. The shelf numbering does not have a shelf number. Note that the shelf is passive and unmanaged. •...

  • Page 195: Rack-Mounting The Dcf1Hu-P Shelf

    End of Procedure Rack-Mounting the DCF1HU-P Shelf The FSP 3000R7 DCF1HU-P Shelf can be mounted into open equipment racks or customer cabinets of the following standard widths: 19 inch, 21 inch and 23 inch. They also fit into a 300 mm (0.984 ft.) deep ETSI rack.
  • Page 196 Rack-Mounting the DCF1HU-P Shelf Shelf to the NEBS standard rack dimensions. ETSI brackets are required to adapt the shelf to the ETSI standard rack dimensions. Only Service Personnel are allowed to perform this procedure. CAUTION Ensure that you are grounded with a wrist strap or equivalent while mounting the brackets to a shelf which contains ESD-sensitive devices.

  • Page 197: Figure 47: 19-Inch, Nebs And Etsi Brackets For A Dcf1Hu-P Shelf

    Chapter 5 Installing Shelves Figure 47: 19-inch, NEBS and ETSI Brackets for a DCF1HU-P Shelf 19-inch bracket ETSI bracket customized ETSI bracket NEBS bracket To fit a 19-inch, NEBS or ETSI brackets perform the following steps: Procedure Step 1 Place the appropriate 19-inch, NEBS or ETSI bracket on one side of the shelf in the following correct position: •...

  • Page 198: Figure 48: 19-Inch Bracket Fitted To The Dcf1Hu-P Shelf

    Rack-Mounting the DCF1HU-P Shelf Figure 48: 19-Inch Bracket Fitted to the DCF1HU-P Shelf Figure 49: NEBS Bracket Fitted to the DCF1HU-P Shelf Figure 50: Customized ETSI Bracket Fitted to the DCF1HU-P Shelf Installation and Commissioning Manual...

  • Page 199: Mounting The Dcf1Hu-P To An Rack Or Cabinet

    Chapter 5 Installing Shelves Figure 51: ETSI Bracket Fitted to the DCF1HU-P Shelf Step 3 Repeat Step 1 Step 2 of this procedure for the opposite side. End of Procedure Mounting the DCF1HU-P to an Rack or Cabinet This subsection describes the procedure that must be followed in order to mount the DCF1HU-P Shelf to a rack or cabinet (in the following referred to as rack).
  • Page 200 Rack-Mounting the DCF1HU-P Shelf • The DCF1HU-P Shelf requires 1 HU (44.45 mm = 1.75 in) of space in the rack. Only Service Personnel are allowed to mount the DCF1HU-P Shelf into a rack or cabinet. CAUTION Ensure that you are grounded with a wrist strap or equivalent while mounting the brackets to a shelf which contains ESD-sensitive devices.
  • Page 201 Chapter 5 Installing Shelves Step 4 Lift the shelf to the bay and position it with the attached brackets in the rack so that the bracket holes on each side are aligned with the rack mounting holes. Step 5 Insert two rack screws with washers on each side of the shelf into the holes.

  • Page 202: Rack-Mounting The Sh1Hu/Fibermanagement And The Fmt/1Hu Shelf

    Rack-Mounting the SH1HU/FIBERMANAGEMENT and the FMT/1HU Shelf Rack-Mounting the SH1HU/FIBERMANAGEMENT and the FMT/1HU Shelf The SH1HU/FIBERMANAGEMENT and the FMT/1HU shelf can be mounted into open equipment racks or customer cabinets of the following standard widths: 19 inch, 21 inch and 23 inch. They also fit into a 300 mm (0.984 ft.) deep ETSI rack.

  • Page 203: Figure 52: Example Of An Etsi Bracket For A Fiber Management Shelf

    Chapter 5 Installing Shelves This section describes how to fit the fiber management shelf (SH1HU/FIBER- MANAGEMENT Shelf) with ETSI brackets for 19-inch rack-mounting. Fitting the shelf with NEBS brackets for 19-inch rack-mounting can be performed similarly. Only Service Personnel are allowed to replace the brackets. CAUTION Tools and Parts Required Only a Phillips screwdriver PH 2 is required.

  • Page 204: Fitting The Sh1Hu/Fibermanagement With Nebs Brackets

    Rack-Mounting the SH1HU/FIBERMANAGEMENT and the FMT/1HU Shelf Figure 53: ETSI Bracket Mounted for 19-inch to the Shelf Step 5 Repeat steps 1 to 4 of this procedure for the opposite side. End of Procedure Fitting the SH1HU/FIBERMANAGEMENT with NEBS Brackets This section describes how to fit the SH1HU/FIBERMANAGEMENT shelf with NEBS brackets.

  • Page 205: Fitting The Fmt/1Hu With Etsi Brackets

    Chapter 5 Installing Shelves To replace the ETSI brackets with NEBS brackets, perform the following steps: Procedure Step 1 Remove the ETSI bracket on one side of the shelf using a Phillips screwdriver PH 2. Keep the removed washers and screws at hand. Step 2 On the same side of the shelf, place the narrow flange of the NEBS bracket so that the screws can be fixed in the holes with a recess of...

  • Page 206: Figure 56: Etsi Adaptor Brackets For A Fmt/1Hu

    Rack-Mounting the SH1HU/FIBERMANAGEMENT and the FMT/1HU Shelf Risk of damage due to electrostatic discharge! To avoid possible ESD damages to sensitive circuit boards, do not remove the shelf from anti-static packaging until you are ready to commence fitting it with the appropriate brackets. Observe standard precautions for handling shelves containing ESD-sensitive devices.

  • Page 207: Mounting The Sh1Hu/Fibermanagement Or The Fmt/1Hu Into A Rack Or Cabinet

    Chapter 5 Installing Shelves This position has a recess of about 40 mm (1.575 inch) from the screw at the front of the shelf. a) Reinsert two fixing screws (use the two fixing screws removed from the 19-inch bracket) into the threaded holes. b) Secure the bracket to the shelf by tightening the screws with a Torx screwdriver TX20.
  • Page 208 The shelf has to be mounted under or above a 1HU, 7HU or 9HU shelf to store the fibers of this shelf. ADVA Optical Networking provides fiber optic cables with a dimension of 2 mm (0.079 in). If a cable has a dimension of 2 mm (0.079 in), 48 cables with a length 3.4 m (133.858 in) each, can be stored in the fiber management...

  • Page 209: Installing Fiber Optic Cables

    Chapter 5 Installing Shelves Step 4 Tighten the rack screws with the screwdriver. Figure 58 shows an example of an SH1HU/FIBERMANAGEMENT Shelf mounted into a rack. Figure 58: Example of a Fiber Management Shelf Mounted into a 19-inch Open Rack 19-inch bracket 19-inch bracket SH1HU/FIBERMANAGEMENT Shelf...
  • Page 210 Rack-Mounting the SH1HU/FIBERMANAGEMENT and the FMT/1HU Shelf When the cables are properly installed in the fiber management shelf, slack loops will be formed within the shelf by the movement of the sliding radius limiter with trumpet flare when the shelf is closed. Infrared radiation is invisible.

  • Page 211: Figure 59: Example Of A Cable Configuration In The Fiber Optic Tray Of An Sh1Hu/Fibermanagement

    Chapter 5 Installing Shelves Figure 59: Example of a Cable Configuration in the Fiber Optic Tray of an SH1HU/FIBERMAN- AGEMENT Kurly Lock Kurly Lock Step 6 If provided, use the kurly locks to bundle cables together between the sliding radius limiter and the rear radius limiter as shown in Figure Step 7 If you have installed cables in a fiber management shelf, close the...

  • Page 212: Installing The Fsp 3000R7 Roadm-C40/40/Opm-3Hu/2Dc Shelf

    The topmost FSP 3000R7 shelf is typically the master shelf. The ROADM-C40/40/OPM-3HU/2DC shelves are usually mounted below the FSP 3000R7 shelf. Where the shelves are mounted in the rack is not mandatory.

  • Page 213: Figure 60: Typical Roadm-C40/40/2-3Hu-2Dc Shelf Location

    Chapter 5 Installing Shelves Figure 60: Typical ROADM-C40/40/2-3HU-2DC Shelf Location Power Source FSP 3000R7 Master Shelf (EAST and WEST) eROADM EAST eROADM WEST The procedures for mounting the shelf into a standard 19-inch rack or a NEBS rack are described in the following subsections. The topics covered are:...

  • Page 214: Mounting A Roadm-C40/40/Opm-3Hu/2Dc Shelf Into A Standard 19-Inch Rack

    Installing the FSP 3000R7 ROADM-C40/40/OPM-3HU/2DC Shelf Mounting a ROADM-C40/40/OPM-3HU/2DC Shelf into a Standard 19-Inch Rack This subsection describes the procedure that must be followed in order to mount the ROADM-C40/40/OPM-3HU/2DC Shelf into a standard 19-inch rack. Only Service Personnel are allowed to mount ROADM-C40/40/2-3HU-2DC shelves into a rack.

  • Page 215: Figure 61: Roadm-C40/40/Opm-3Hu/2Dc Shelf Installed In A 19-Inch Rack

    If required, install two cage nuts in the corresponding holes on both sides of the rack. For installation in a rack, ADVA Optical Networking recommends having two persons to hold the ROADM-C40/40/OPM-3HU/2DC Shelf in place while another service person secures it to the rack.

  • Page 216: Mounting A Roadm-C40/40/Opm-3Hu/2Dc Shelf Into A Standard 23-Inch Rack

    Installing the FSP 3000R7 ROADM-C40/40/OPM-3HU/2DC Shelf Mounting a ROADM-C40/40/OPM-3HU/2DC Shelf into a Standard 23-Inch Rack This subsection describes the procedure that must be followed in order to mount the ROADM-C40/40/OPM-3HU/2DC Shelf into a standard 23-inch rack. Only Service Personnel are allowed to mount ROADM-C40/40/2-3HU-2DC shelves into a rack.

  • Page 217: Figure 62: Installing The 23-Inch Rack Adapter Brackets

    Figure 62: Installing the 23-Inch Rack Adapter Brackets Front of brackets For installation in a rack, ADVA Optical Networking recommends having two persons to hold the ROADM-C40/40/OPM-3HU/2DC Shelf in place while another service person secures it to the rack. Note...

  • Page 218: Earthing The Roadm-C40/40/Opm-3Hu/2Dc Shelf

    Installing the FSP 3000R7 ROADM-C40/40/OPM-3HU/2DC Shelf One extra mounting screw is normally shipped with each shelf. If you have a screw left over at this stage, discard it or store it for future use. Note End of Procedure Earthing the ROADM-C40/40/OPM-3HU/2DC Shelf...

  • Page 219: Connecting Dc Power

    Chapter 5 Installing Shelves Figure 63: Earthing Conductor Mounted to the ROADM-C40/40/OPM-3HU/2DC Shelf Step 2 Attach the other end of the green earthing conductor to a reliable earth point on the rack. Step 3 Use a multimeter to check continuity between the shelf and the rack’s earthing point.

  • Page 220: Figure 64: Dc Power Wires Installed On Terminal Block

    Installing the FSP 3000R7 ROADM-C40/40/OPM-3HU/2DC Shelf To connect DC power to the ROADM-C40/40/OPM-3HU/2DC shelf, follow the procedure below. Procedure Step 1 Make sure that the breaker or fuse that controls power to the shelf is out or in the OFF position.

  • Page 221: Testing The Earth And Dc Power Connections

    Chapter 5 Installing Shelves side of the shelf. Insert the machine screws through the cover and tighten into the side of the shelf. Figure 65: Terminal Block with Cover Installed Front of Shelf End of Procedure Testing the Earth and DC Power Connections After you have made the power and earth connections, test the connections to ensure that they are functioning correctly.

  • Page 222: Installing The Otdr

    OTDR directly beneath or above the master shelf. • For mounting in a rack, ADVA Optical Networking recommends having two persons to hold the THC and OTH units in place while another service per- son secures it to the rack.
  • Page 223 Chapter 5 Installing Shelves Observe the following general safety precautions: Only Service Personnel are allowed to perform the OTDR installation procedures. CAUTION The OTDR is intended to be earthed. Ensure that both the THC and OTH units are connected to earth ground during normal use. WARNING Insert the power cable plug into a power outlet with a protective ground contact.

  • Page 224: Verifying The Basic Installation

    Verifying the Basic Installation Step 4 Connect the OTH unit to the THC unit using the SCSI bus cable. Step 5 Prepare the earth wires and earth both the THC and OTH unit. Step 6 Connect the OTH unit and THC unit to separate AC power sources. Step 7 Connect the THC unit to an NCU2E or NCU-II.

  • Page 225: Chapter 6 Installing System Modules

    Installing Power Supply Units, which describes how to install the different power supply units in the appropriate FSP 3000R7 equipment shelf. It also provides general installation notes and safety guidelines. Installing Optical Modules, which describes how to insert optical modules into a slot of an FSP 3000R7 equipment shelf.

  • Page 226: Introduction

    Introduction Introduction FSP 3000R7 system modules are installed in a 9HU shelf (SH9HU), 7HU shelf (SH7HU, SH7HU-R), and 1HU equipment shelves. The system modules may be pre-installed in the shelf according to the system configuration ordered, or they may be shipped separately (as ordered). You are recommended to install the single system modules after mounting the unpopu- lated 9HU shelf or 7HU shelf in the rack or cabinet.

  • Page 227: Audience

    This chapter is intended for Service Personnel, field service technicians, hard- ware installers, as well as for qualified and authorized personnel who need to install plug-in modules in a FSP 3000R7 equipment shelf, and perform cabling tasks. Personnel are considered to be qualified if they have the necessary knowledge...

  • Page 228: General Information

    Installing Power Supply Units General Information The FSP 3000R7 equipment shelves can operate with one AC or DC power supply unit (PSU). However, in an redundant power supply configuration, the second PSU provides hot-swappable, load-sharing redundant power. In this case, both PSUs must be of the same type and should receive power from sep- arate circuits.

  • Page 229: Safety Guidelines

    Chapter 6 Installing System Modules Safety Guidelines Before you perform any installation procedure, review the safety guidelines in this section to avoid injury or damage to the equipment. Only Service Personnel or suitably qualified personnel are allowed to install power supply units. CAUTION Risk of hazardous voltage! Be aware that you may touch live contacts when the PCB cover is...

  • Page 230: Installing A Psu In The 9Hu Shelf Or 7Hu Shelf

    Installing Power Supply Units Store the original package of the PSU in a safe place for future use. Note It is assumed that you are familiar with power supplies, and are aware of the electrical safety precautions that should be taken to avoid personal injury and damage to the equipment.

  • Page 231: Figure 66: Example Of Inserting The Psu/9Hu-Dc Into An Sh9Hu Shelf

    If the power supply is dropped on a hard surface, damaged in any way, or if its cover is missing, do not install the unit. Return it to ADVA Optical Networking for examination and repair. Risk of electromagnetic disturbances! Be careful not to damage the EMI shielding gasket on the...
  • Page 232 Step 11 Store the cardboard box including the static-protective package for future use in a safe place. Should you have any difficulty performing this procedure, contact ADVA Optical Networking’s Technical Services. End of Procedure Repeat this procedure for each AC or DC power supply unit that needs to be installed.

  • Page 233: Installing A Psu In A 1Hu Shelf

    Chapter 6 Installing System Modules Installing a PSU in a 1HU Shelf See the Safety Guidelines section above before you install an AC power supply unit in a 1HU shelf. When you install the PSU/1HU-R-AC in the SH1HU-R or the PSU/1HU-R-AC-200 in the SH1HU-R/PF shelf, you mount them in the same way.

  • Page 234: Figure 67: Holding The Psu/1Hu-R-Ac(-200)

    If the PSU/1HU-R-AC(-200) is dropped on a hard surface, dam- aged in any way, or if its cover is missing, do not install the unit. Return it to ADVA Optical Networking for examination and repair. Risk of electromagnetic disturbances! Be careful not to damage the EMI shielding gasket on the...

  • Page 235: Installing Optical Modules

    Repeat this procedure for each PSU/1HU-R-AC(-200) that needs to be installed. Installing Optical Modules This section describes how to install an optical module in any FSP 3000R7 shelf. Unless otherwise specified, the term optical module refers to all types of...
  • Page 236 Installing Optical Modules Each optical module can be inserted into any 5HU shelf slot without the use of a tool. All optical modules use captive mounting screws (knurled screws) on their faceplates to secure the device in the shelf slots. The module inventory data stored in the EEPROM is accessible from the man- agement system.
  • Page 237 If the optical module is dropped on a hard surface or damaged in any way, do not install it. Return the module to ADVA Optical Net- working for examination and repair. Risk of electromagnetic disturbances!

  • Page 238: Figure 68: Example Of Inserting A Channel Module Into An Sh7Hu Or Sh9Hu Shelf Slot

    Installing Optical Modules Figure 68: Example of Inserting a Channel Module into an SH7HU or SH9HU Shelf Slot Figure 69: Example of Inserting a Channel Module into an SH1HU Shelf Slot c) Align the upper and lower edges of the module with the upper and lower tracks in the slot.
  • Page 239 Chapter 6 Installing System Modules Risk of module damage! Insert the optical module into the slot very carefully. NOTICE Otherwise the components of the PCB assembly can be damaged. d) Using moderate force, push gently until the module connectors mate properly with the backplane connectors. Risk of module damage! If you need a force greater than 90 Newton (20.2 lbf) to NOTICE...
  • Page 240 Step 13 Store the cardboard box including the static-protective package for future use in a safe place. Should you have any difficulty performing this procedure, contact ADVA Optical Networking’s Technical Services. End of Procedure Repeat this procedure for each optical module that needs to be installed.

  • Page 241: Installing Pluggable Transceivers

    Most of the pluggable transceiv- ers - deployed by ADVA Optical Networking - use a bale-clasp latch. CFP trans- ceivers use two captive mounting screws (knurled screws) on their faceplates to secure the device in the interface cage.

  • Page 242: Safety Guidelines

    Use only pluggable transceivers that are approved by ADVA Optical Networking. Use of pluggable transceivers that are not approved by ADVA Optical Networking could result in loss of safety approval for the FSP 3000R7 CAUTION or system problems. Risk of electrostatic discharge.

  • Page 243: Installing An Sfp Or Xfp Transceiver

    SFP+ transceiver, or XFP transceiver module (in the following referred to as pluggable transceiver). The following description is applicable to all SFP, SFP+, and XFP transceiver modules provided by ADVA Optical Networking. Equipment Required Before starting the procedure, ensure the following equipment is available: •...

  • Page 244: Figure 70: Example Of An Xfp Dust Plug Covering A Xfp Cage

    Verify that the pluggable transceiver is the correct one for your network configuration (type, specifications). To quickly obtain the adequate information, refer to the ADVA Optical Networking label on the top of the transceiver module. b) Inspect the transceiver visually for damage and impurities. If nec- essary, use canned, dry, oil-free compressed air to blow off any impurities.
  • Page 245 Chapter 6 Installing System Modules Pluggable transceivers are keyed to prevent incorrect insertion. Make sure that the pluggable transceiver module has the correct orientation, either the bale clasp is oriented to the left or to the right (depends on the channel module type). Ensure that the bale clasp is in the lock-in position before you insert the transceiver into the interface cage.

  • Page 246: Figure 71: Example Of An Xfp Transceiver Prepared For Inserting

    Installing Pluggable Transceivers Figure 71: Example of an XFP Transceiver Prepared for Insert- Host connector (not visible) Bale clasp g) Apply light pressure to the pluggable transceiver until it snaps into place. A click indicates that the transceiver is completely inserted and securely seated in the cage.

  • Page 247: Installing A Cfp Transceiver

    (only when replacing a transceiver) If this LED is flashing red, the inserted pluggable transceiver is the wrong type, or it is not approved by ADVA Optical Networking, thus not accepted by the system. For more information about the channel module port LEDs, refer to...
  • Page 248 Installing Pluggable Transceivers Installation Procedure Several tasks must be completed. Some tasks are detailed in sub-tasks. Follow these steps to install a CFP transceiver in the interface cage of a CFP-based channel module. Procedure Step 1 Read the installation plan to get information about: •...

  • Page 249: Figure 72: Example Of A Cfp Dust Plug Covering A Cfp Cage

    Verify that the CFP transceiver is the correct one for your network configuration (type, specifications). To quickly obtain the ade- quate information, refer to the ADVA Optical Networking label on the board cover of the transceiver module. b) Inspect the CFP transceiver visually for damage and impurities. If necessary, use canned, dry, oil-free compressed air to blow off any impurities.

  • Page 250: Figure 73: Example Of Inserting A Cfp Transceiver

    Installing Pluggable Transceivers Step 10 Insert the desired CFP transceiver into the empty cage as follows: NOTE: CFP transceivers are keyed so they can only be inserted in one orientation. a) Grasp the CFP transceiver so that the optical port is towards you, and the label on the board cover as well as the host connector are facing to the right.
  • Page 251 (only when replacing a transceiver). If this LED is flashing red, the inserted CFP transceiver is the wrong type, or it is not approved by ADVA Optical Networking, thus not accepted by the system. For more information about the channel module port LEDs, refer to...

  • Page 252: Connecting A Ncu To An Oscm

    Connecting a NCU to an OSCM Connecting a NCU to an OSCM This section describes how to connect a NCU to an OSCM-V#1630, 2OSCM-V#1630 and OSCM-PN (in the following refered to as OSCM) using an Ethernet cable. Please be aware that there must not exist a backplane interconnection between the OSCM and the NCU if you want use the Ethernet cable connection method for a single OSC module.

  • Page 253: Figure 74: Example Of Ncu To Oscm Cable Connection

    Check the LAN port status LED indicators. See the Troubleshooting Manual Chapter 7 for details. End of Procedure Should you have any difficulty performing this procedure, contact ADVA Optical Networking’s Technical Services. For information about how to enable transport of OSC traffic to the...

  • Page 254: Removing And Inserting A Dummy Module

    Removing and Inserting a Dummy Module Removing and Inserting a Dummy Module This section describes how to remove/insert a dummy module from/into an empty slot of the 9HU shelf, 7HU shelf and 1HU shelf. The following subsections are covered: “Removing a Dummy Module” on p. 254 “Inserting a Dummy Module”...

  • Page 255: Figure 75: Example Of Removing A Dummy Module (Dm/2Hu5) From A Shelf Slot

    Chapter 6 Installing System Modules Procedure Step 1 Attach a wrist strap to your bare wrist and fasten the grounding wire onto the ESD grounding point on the shelf (if available) or to a bare metal surface onto the rack. Step 2 Determine the physical location of the respective dummy module within the shelf.

  • Page 256: Inserting A Dummy Module

    Removing and Inserting a Dummy Module Step 7 Detach the wrist strap from your wrist, disconnect the grounding wire from the ESD grounding point on the shelf (if available) or the rack and lay the grounding wire aside. Step 8 Store the box or container with the dummy module in a safe place for future use.

  • Page 257: Figure 76: Example Of Inserting A Dummy Module (Dm/2Hu5) Into A Shelf Slot

    Chapter 6 Installing System Modules Step 3 Take the dummy module out of the shipping box and inspect it visu- ally for damage. If necessary, use canned, dry, oil-free compressed air to blow off any possible dust particles. Risk of electromagnetic disturbances! Make sure that the EMI gasket is not damaged before NOTICE inserting the dummy module.

  • Page 258: Mounting And Removing Front Covers

    Mounting and Removing Front Covers Step 5 Detach the wrist strap from your wrist, disconnect the grounding wire from the ESD grounding point on the shelf (if available) or the rack and lay the grounding wire aside. Step 6 Store the empty shipping box in a safe place for future use. End of Procedure Mounting and Removing Front Covers This chapter describes how to mount and remove the front cover of the 7HU or...

  • Page 259: Removing The Sh7Hu Or Sh9Hu Front Cover

    Chapter 6 Installing System Modules Figure 77: Positioning the Front Cover Step 4 Push the cover toward the shelf being careful not to pinch a fiber. Make sure the latches snap into place. Step 5 Detach the wrist strap from your wrist, disconnect the grounding wire from the ESD grounding point on the shelf (if available) or the rack and lay the grounding wire aside.

  • Page 260: Mounting The 40Csm/2Hu Front Cover

    Mounting and Removing Front Covers Figure 78: Removing the Front Cover Step 3 Take off the cover and lay it aside. Step 4 Detach the wrist strap from your wrist, disconnect the grounding wire from the ESD grounding point on the shelf (if available) or the rack and lay the grounding wire aside.
  • Page 261 Chapter 6 Installing System Modules Equipment and Tools Required Before starting the procedure, ensure the following is available: • relevant 40CSM/2HU shelf with mounted front cover • ESD-preventive wrist strap or other personal grounding device Procedure Step 1 Attach a wrist strap to your wrist and fasten the grounding wire onto the ESD grounding point to a bare metal surface onto the rack.
  • Page 262 Mounting and Removing Front Covers Installation and Commissioning Manual...

  • Page 263: Chapter 7 Interconnecting Shelves

    This section also provides detailed procedures for inter- connecting the FSP 3000R7 shelves via Shelf Control Units (management cabling). Connecting the 40CSM/2HU Shelf to a FSP 3000R7 Shelf, which describes how to connect a 40CSM/2HU Shelf to a management controller.

  • Page 264: Introduction

    FSP 3000R7 system. Using management tools and Simple Network Management Protocol (SNMP), the NCU delivers management information for the FSP 3000R7 to the LAN or data communications network (DCN) and con- nected management systems. To achieve inter-shelf communication in the NE only the SCU modules have to be interconnected in series, one after another, with the appropriate manage- ment cables.

  • Page 265: Specialized Knowledge Required

    CAUTION Use only pluggable transceivers of the type SFP/HS/850I/MM/LC. These must be approved by ADVA Optical Networking. The use of pluggable transceivers other than those approved by ADVA AG Optical Networking will result in loss of safety approval for the FSP CAUTION 3000R7.

  • Page 266: Equipment Precautions

    The following information is given to prevent equipment damage. Risk of damage due to electrostatic discharge! Each FSP 3000R7 shelf contains modules which are sensitive to electro-static discharge (ESD). To avoid possible ESD damages to sensitive circuit boards, implement and maintain adequate measures...

  • Page 267: General Information

    For main shelf interconnection, the interfaces of the SCU operate at 1000Base-SX optical Ethernet. The connections are via SFP transceivers using multimode patch cables. These SFP transceivers must be approved by ADVA Optical Networking. The SCU-S uses two RJ-45 ports for inter-shelf communi- cations via standard Ethernet crossover Ethernet cables.

  • Page 268: Scu-S Ports

    For interconnecting 1HU shelves equipped with SCU-S modules standard Ethernet crossover cables or straight-through cables (Cat 5e) are required. The Ethernet cables are not delivered by ADVA Optical Networking along with the equipment. If you have to build your own Ethernet crossover cables, follow the appropriate wiring diagram in Chapter 2, Table 11 on p.

  • Page 269: Figure 81: Interconnecting Shelves Using Scu Modules

    Shelves should be connected in shelf order starting from the master shelf. ADVA Optical Networking recommends that you label the patch cables (prior to installation) to and from the corresponding SCU modules at each end of the fiber span to avoid any possibility of confusion.
  • Page 270 The specific network configuration determines how many patch cables and transceivers are connected to the NE. See your company’s engineering work order or ADVA Optical Networking shelf diagram (installation plan). Use the procedure described below to install the optical patch cables.
  • Page 271 Inspect the transceivers visually for damage and impurities. If necessary, use canned, dry, oil-free air to blow off any impurities. If a transceiver is damaged, return it to ADVA Optical Networking. Step 3 Remove the dust plug from the downlink interface labeled “D” of the SCU module installed in the master or main shelf and store it in a small sealable container.
  • Page 272 Interconnecting Shelves Step 9 Connect the shorter fiber patch cable (J/MM62/LC/DUP/0090/RED) from the downlink port D of the SCU in the master shelf or the upper main shelf to the uplink port U of the SCU in the lower main shelf as shown in Figure 81 on p.
  • Page 273 Chapter 7 Interconnecting Shelves Step 11 Remove the dust plug from the uplink interface labeled “U” of the SCU module installed in the master shelf and store it in a small sealable container for later use. Step 12 Insert an SFP/2G1/850I/MM/LC device into the empty uplink interface Step 13 Pay attention to the corresponding port LEDs of the SCU module to determine whether the inserted transceiver is accepted by the sys-...

  • Page 274: Interconnecting 1Hu Shelves With Scu-S Modules

    LEDs on both modules should be green. Note If you have any problems that result in a deviation from the connecting proce- dure described above, contact ADVA Optical Networkingís Technical Support. See the Preface for contact details. End of Procedure...

  • Page 275: Figure 82: Interconnecting 1Hu Shelves Using Scu-S Modules

    Chapter 7 Interconnecting Shelves Figure 82: Interconnecting 1HU Shelves Using SCU-S Modules 1HU Shelf (Master shelf) Network Element Control Unit UP DOWN SCU-S Shelf Control Unit for 1HU Shelf Uplink Ethernet port DOWN Downlink Ethernet port 1HU Shelf Ethernet crossover cable (Main shelf) (unprotected link) Ethernet crossover cable...

  • Page 276: Figure 83: Example Of Connecting An Ethernet Cable

    Interconnecting Shelves Step 2 Attach a wrist strap to your wrist and fasten the earthing cable onto the ESD grounding point on the shelf (if available) or to a bare metal surface onto the rack. Step 3 If the shelves are close to one another as shown in Figure 83 on 276, use the supplied Ethernet cabel.

  • Page 277: Connecting The 40Csm/2Hu Shelf To A Fsp 3000R7 Shelf

    ESD grounding point on the shelf (if available) or the rack and lay the earthing cable aside. If you have any problems that result in a deviation from the connect- ing procedure described above, contact ADVA Optical Networkingís Technical Support. See the Preface for contact details. End of Procedure...

  • Page 278: Figure 84: Eee-1394 Connector Plug Of The Ieee 1394 Interface Cable

    There is only one way to fit the IEEE-1394 connector plugs into the interconnect ports of any 40CSM/2HU Shelf and the PSCU or CEM/9HU. The use of cables other than those delivered by ADVA Optical Networking will void the warranty and the EMC certificate.

  • Page 279: Figure 85: Routing The Eee 1394 Interface Cable Inside The Fiber Tray

    Chapter 7 Interconnecting Shelves be guided). Route it through the fiber tray. See Figure 85 on p. 279 an example. Figure 85: Routing the EEE 1394 Interface Cable Inside the Fiber Tray SH7HU Shelf Interconnect port on the on the PSCU EEE 1394 interface cable Fiber tray with...

  • Page 280: Figure 86: Example Of Routing The Eee 1394 Interface Cable

    Connecting the 40CSM/2HU Shelf to a FSP 3000R7 Shelf Figure 86: Example of Routing the EEE 1394 Interface Cable SH7HU Shelf EEE 1394 interface cable 40CSM/2HU Shelf Interconnect port Step 5 Connect the other end of the EEE 1394 interface cable to the inter- connect port labeled I on the 40CSM/2HU Shelf.

  • Page 281: Interconnecting A Roadm-C40/40/Opm-3Hu/2Dc Shelf To An Fsp 3000R7 Shelf

    Port D on the next eROADM. These connections continue until Note the ring is complete. Step 2 At the FSP 3000R7 master shelf 1 SCU, connect a fiber jumper from Port U transmit and receive to Port D receive and transmit on the ROADM-C40/40/OPM-3HU/2DC EAST. Step 3...

  • Page 282: Figure 87: Management Port Connections

    NCU. Only one NCU is permitted per NE. ETHERNET FIBER Step 5 At the FSP 3000R7 shelf 2 SCU, connect a fiber jumper from Port U transmit and receive to SCU, Port D receive and transmit on FSP 3000R7 master shelf 1. Installation and Commissioning Manual...
  • Page 283 Chapter 7 Interconnecting Shelves Step 6 Once connections of all the management ports are completed, con- nect the Ethernet cable from the management server to the FSP 3000R7 master shelf NCU, Port C (RJ-45) connector. End of Procedure Installation and Commissioning Manual...
  • Page 284 Interconnecting a ROADM-C40/40/OPM-3HU/2DC Shelf to an FSP 3000R7 Shelf Installation and Commissioning Manual...

  • Page 285: Chapter 8 Powering Up/Down

    Audience, which tells you who this document is intended for. Switching Power On, which describes how to power up the FSP 3000R7 equip- ment. Power Problems, which informs about the reason for some problems that may occur while powering up the FSP 3000R7 equipment.

  • Page 286: Possible Problems After Switching Power On

    Step 6 After approx. 3 min., check the slot LEDs of the provisioned modules. They should light up green. This indicates that the FSP 3000R7 has finished booting and is now ready for normal operation. Figure 88: Fan Front Panel...

  • Page 287: Power Problems

    Chapter 8 Powering Up/Down Power Problems • If the LED indicator of the PSU is off: no power is available. Attach the power cable. Ensure, that the correct voltage is applied. • If the LED indicator of the PSU is yellow: power supply overload. Pull modules out of their back connector until the LED changes to green.
  • Page 288 Power Problems Installation and Commissioning Manual...

  • Page 289: Chapter 9 Connecting Optical Cables

    Chapter 9 Connecting Optical Cables Because of the complexity of the FSP 3000R7 system, there are a lot of hard- ware configurations. A great number of instructions for all variants of cabling optical modules would go beyond the scope of this chapter. For this reason, this chapter only describes in brief how to establish internal and external optical con- nections as well as client side connections and network side connections.

  • Page 290: Introduction

    Fiber optic cabling is carried out during network element (NE) installation. Pairs of fiber-optic jumpers are used to connect various optical modules installed in a single FSP 3000R7 equipment shelf and within the NE (inter-shelf connections). The equipment shelves may come with preterminated fiber optic cabling according to the system configuration ordered.

  • Page 291: Audience

    Chapter 9 Connecting Optical Cables inspected. For details, refer to “Cleaning and Inspecting Fibers and Ports” on 293. Audience This chapter is intended for Service Personnel, field service technicians as well as qualified and trained equipment installers, who performs optical cabling. Associated Documentation To ensure complete and accurate optical cabling you will need •...

  • Page 292: Safety Guidelines

    Safety Guidelines Safety Guidelines Review these safety guidelines before making your fiber-optic connections. Only Service Personnel are allowed to connect fiber-optic cables to the equipment. CAUTION Risk of invisible laser radiation! Invisible laser radiation may be emitted from the end of an untermi- nated optical fiber connector or receptacle when the aperture inter- locks are defeated.

  • Page 293: Cleaning And Inspecting Fibers And Ports

    Risk of equipment damage: NOTICE Dirty fiber can impair system performance. The network fiber and patch panels used to connect ADVA equipment to the network fiber must have discrete back reflection level values measured with an optical time-domain reflectometer (OTDR) to be below -27 dB.

  • Page 294: General Reminders And Warnings

    Cleaning and Inspecting Fibers and Ports Risk of equipment damage: With high-powered lasers, such as Raman amplifiers, any contaminant can be burned into the fiber endface if it NOTICE blocks the core while the laser is turned on. This burning may damage the optical surface enough that it cannot be cleaned.

  • Page 295: Best Practices

    Chapter 9 Connecting Optical Cables • Always discard used tissues and swabs properly. • Always wear the appropriate safety glasses as required in your area. Be sure that your laser safety glasses meet all applicable federal and local regulations and are matched to the lasers used within your environment.

  • Page 296: Cleaning Fiber-Optic Connector Plugs

    Cleaning and Inspecting Fibers and Ports Required Tools You will need the following tools to perform cleaning and inspection of optical cabling and port connections: • hand-held fiber scope • 1.25 mm cotton swabs • video scope • CLETOP or clean-room tissues •...

  • Page 297: Figure 89: Video Scope

    Chapter 9 Connecting Optical Cables Step 3 Disconnect the fiber-optic cables. If no fiber-optic cables are con- nected, remove the protective cover from the plugs. Step 4 Use an optical power meter to check the output power of the common output ports.

  • Page 298: Figure 90: Clean, Damaged, And Dirty Fiber Ends

    Cleaning and Inspecting Fibers and Ports Figure 90: Clean, damaged, and dirty fiber ends Step 7 If the ports require cleaning, open one or more port connector hinged caps from the circuit packs. Step 8 Blow off any accumulated dust or loose debris from the ferrules with canned, oil-free compressed air.

  • Page 299: Cleaning And Inspecting Connector Receptacles

    Chapter 9 Connecting Optical Cables Dry the connector surfaces with canned, oil-free compressed air or let them air dry for 5 seconds. Wet cleaning is not recommended for bulkheads and NOTICE receptacles. Damage to the equipment can occur. Step 13 Inspect the connector again.
  • Page 300 If the performance is not sufficient, repeat the cleaning pro- cedure. If problems persist after repeated cleaning, replace the optical module. Send the removed module to ADVA Technical Support. Note Step 6 If no optical fiber cable is reconnected, cover the connector recepta- cle with plugs to avoid contamination.

  • Page 301: Cleaning And Inspecting Fiber Jumpers

    Chapter 9 Connecting Optical Cables Cleaning and Inspecting Fiber Jumpers Use these procedures to inspect and clean fiber jumpers (fiber patch cords). Dry Cleaning Technique Using Cartridge and Pocket-Style Cleaners This section describes dry cleaning techniques using cartridge and pocket-style cleaners.
  • Page 302 Cleaning and Inspecting Fibers and Ports Step 4 If the connector is dirty, clean it with a cartridge or pocket cleaner, using one of these methods: a) For cartridge cleaners, press down and hold the thumb lever. The shutter slides back, exposing a new cleaning area. Proceed to Step 5.

  • Page 303: Dry Cleaning Technique Using Lint-Free Wipes

    Chapter 9 Connecting Optical Cables Dry Cleaning Technique Using Lint-Free Wipes This section describes dry cleaning techniques using lint-free wipes. Tools - Lint-free wipes (preferably clean room quality). Read the reminders and warnings before beginning this NOTICE process. Procedure Step 1 Make sure that the lasers are turned off before beginning the inspec- tion.

  • Page 304: Figure 93: Cleaning The End Of A Jumper With A Clean-Room Tissue

    Cleaning and Inspecting Fibers and Ports Figure 93: Cleaning the end of a jumper with a clean-room tissue Do not scrub the fiber against the wipe. Doing so could cause scratches and further contamination. Note Step 6 Repeat the “figure 8” wiping action on another clean section of the wipe.

  • Page 305: Wet Cleaning Technique Using Lint-Free Wipes

    Chapter 9 Connecting Optical Cables Wet Cleaning Technique Using Lint-Free Wipes If a “dry” cleaning procedure does not remove the dirt from the fiber endface, try this wet cleaning method. • Improper cleaning can cause damage to the equip- ment. Isopropyl alcohol should be removed com- pletely from the connector or adapter.
  • Page 306 Cleaning and Inspecting Fibers and Ports Step 6 Lightly wipe the ferrule tip in the alcohol-moistened portion of the wipe with a “figure 8” motion. Immediately repeat the “figure 8” wiping action on the dry section of the wipe, to remove any residual alcohol. Do not scrub the fiber against the wipe because doing so NOTICE can scratch the endface.
  • Page 307 Chapter 9 Connecting Optical Cables Step 9 Repeat the cleaning process as necessary. End of Procedure Wet Cleaning Using Lint-Free Swabs This section describes wet cleaning techniques using lint-free swabs. • Improper cleaning can cause damage to the equip- ment. Isopropyl alcohol should be removed com- pletely from the connector or adapter.

  • Page 308: Vendor-Specific Cleaning Techniques

    Cleaning and Inspecting Fibers and Ports Step 4 If the dry cleaning procedure did not remove the dirt from the fiber endface, place one drop of 99% alcohol to lightly moisten a new lint-free swab. Do not oversaturate the swab. Have a dry lint-free swab available for drying immediately after the cleaning.

  • Page 309: Providing Internal Optical Connections

    Using a fiber scope or videoscope outfitted with an MTP tip, inspect the connectors you have just cleaned. Step 4 Contact ADVA Optical Networking to obtain a list of MTP inspection equipment suppliers. Step 5 Mate the MTP connectors together.

  • Page 310: Providing External Optical Connections

    1310 nm wavelengths. Single-mode (SM) or multimode (MM) fibers may be used depending on the module type. • Network side traffic will in most cases be terminated in another ADVA Opti- cal Networking NE at a different site. For network traffic only SM fibers are used.

  • Page 311: Providing Network Side Connections

    Chapter 9 Connecting Optical Cables Step 4 Prepare the cable as follows: a) Remove the protective cap from each end. b) Inspect the plug for damage. If you find any damage, replace the jumper. c) Clean the plug using a standard cleaning kit. Be careful not to contaminate the surfaces after cleaning.

  • Page 312: Interconnecting Oscm And Osfm Modules

    Interconnecting OSCM and OSFM Modules Interconnecting OSCM and OSFM Modules This section describes how to establish optical connections between OSCMs and OSFMs. The following subsections are covered: “Optical Fiber Connections” on p. 312 “Fiber-Optic Cable Jumpers” on p. 312 “Interconnecting 2OSCM-V#1630 or OSCM-V#1630 Modules in a Dual-Fiber OSC Ring”...

  • Page 313: Figure 96: Example Of Two Interconnected Nes Managed By An Osc

    Chapter 9 Connecting Optical Cables Figure 96: Example of Two Interconnected NEs Managed by an OSC NE-R NW-R 2OSCM- OSC #1630 OSC #1630 V#1630 NE-T NW-T C-Tx C-Rx C-Rx C-Tx Line West Line East OSFM+ OSFM+ #1630 #1630 Data traffic + OSC Data traffic Data traffic Data traffic + OSC...

  • Page 314: Connecting The 2Oscm-V#1630 To The West And East Osfm+#1630

    Interconnecting OSCM and OSFM Modules Figure 97: Example of Two OSCM-V#1630s Interconnecting to OSFM+#1630s as Part of a Ring Electrical connection OSCM- OSCM- OSC #1630 OSC #1630 V#1630 V#1630 West East C-Tx C-Rx C-Rx C-Tx Line West Line East OSFM+ OSFM+ Data traffic + Data traffic +...

  • Page 315: Connecting The Oscm-V#1630S To The West And East Osfm+#1630S

    98, NE Signal Flow Diagram. The diagram shows typical signal flow through the NE when ROADM-C40/40/2-3HU-2DCs are connected to the FSP 3000R7 master shelf. In the diagram, the ROADM-C40/40/2-3HU-2DCs are cabled for adding, drop- ping and passing through channels. Note that if there is only going to be an add or drop channel, then the U-D and U-M port connections between the two ROADM-C40/40/2-3HU-2DC shelves would not be required.

  • Page 316: Figure 98: Typical Ne Signal Flow With Roadm-C40/40/2-3Hu-2Dcs

    FSP 3000R7 ROADM-C40/40/2-3HU-2DC and FSP 3000R7 Optical Cabling Figure 98: Typical NE Signal Flow with ROADM-C40/40/2-3HU-2DCs WEST EAST F7 eROADM F7 eROADM C1-M C1-D C1-M C1-D WEST WEST WEST EAST EAST EAST OSCM POST POST OSCM FILTER FILTER NETWORK NETWORK...

  • Page 317: Fsp 3000R7 Roadm-C40/40/2-3Hu-2Dc To Fsp 3000R7 Connections

    Chapter 9 Connecting Optical Cables FSP 3000R7 ROADM-C40/40/2-3HU-2DC to FSP 3000R7 Connections The following connection procedure explains how to complete the basic connec- tions necessary to operate the ROADM-C40/40/2-3HU-2DC with the FSP 3000R7 chassis. Actual fiber connections will vary depending on how each NE is configured.
  • Page 318 Port N-D to the FSP 3000R7, Port 1T on east Preamp. Step 6 At the east ROADM-C40/40/2-3HU-2DC right side, connect a fiber jumper from Port N-M to the FSP 3000R7, Port 1R on east Post Amp. Step 7 At the west ROADM-C40/40/2-3HU-2DC channel 1 port, connect a fiber jumper from Port C1-M to the FSP 3000R7, Port N-T on west Channel module.

  • Page 319: Fsp 3000R7 Module Interconnections

    At the FSP 3000R7 master shelf 2OSCM module, connect a fiber jumper from Port NE-T to Port C-M on OSC Filter east. Step 5 At the FSP 3000R7 master shelf OSC Filter west, connect a fiber jumper from Port U-M to Port 1T on post amp west. Step 6 At the FSP 3000R7 master shelf OSC Filter west, connect a fiber jumper from Port U-D to Port 1R on preamp west.
  • Page 320 FSP 3000R7 ROADM-C40/40/2-3HU-2DC and FSP 3000R7 Optical Cabling Installation and Commissioning Manual...

  • Page 321: Chapter 10 Commissioning The Shelves

    Audience, which tells who this document is intended for. Special Knowledge Required, which tells about additional knowledge needed. Associated Documentation, which lists the documents required for a successful basic commissioning of the FSP 3000R7 system. Required Information, which lists software related information needed for com- missioning. Tool Requirements, which lists the tools required for commissioning the FSP 3000R7 system.

  • Page 322: Audience

    Personnel who are employed in commissioning the system should have experi- ence with the use of computers and computer software. In-depth knowledge of the FSP 3000R7 management software is mandatory. It is assumed that all per- sonnel are trained for this purpose.

  • Page 323: Commissioning The Ne

    ADMIN password or the default password “CHGME.1”. Refer also “Logging On to the Network Element” on p. 350. The password is not case sensitive. ADVA Optical Networking recom- mends changing all passwords as soon as possible. Step 6 To configure basic parameters, do as follows:...

  • Page 324: Managing The Shelf Id

    Configuring the ID Number for Shelves Using a 7-Segment Display Usage Guidelines The FSP 3000R7 system may consist of one or more shelves. Each shelf in a NE must have a unique ID number. Shelf ID numbers are used to identify spe- cific shelves in a rack numerically and sequentially.

  • Page 325: Configuring The Id Number For Shelves Using A Lcd Display

    Chapter 10 Commissioning the Shelves Configuring the ID Number for Shelves Using a LCD Display This subsection describes how to set up, lock, and unlock the shelf ID for shelves using a LCD display. The procedures below apply to the following shelf types: •...

  • Page 326: Setting Up The Shelf Id

    Managing the Shelf ID Setting Up the Shelf ID The shelf display shows the shelf ID. The shelf ID must be set for each shelf. This procedure describes how to set the shelf ID. Procedure Step 1 Press the lower or upper arrow buttons until the desired shelf ID num- ber appears on the display.

  • Page 327: Configuring The Id Number For Shelves Using A 7-Segment Display

    Chapter 10 Commissioning the Shelves If the lock symbol is shown on the display bottom right corner, locking was successful. End of Procedure Configuring the ID Number for Shelves Using a 7-Segment Display This subsection describes the steps which has to be performed to unlock, set up and lock the shelf ID for the SH1HU and SH3HU shelf types using a 7-segment shelf display.

  • Page 328: Connecting To The Network Element

    Connecting to the Network Element Procedure Step 1 Disconnect the Ethernet cable or the optical patch cable from the uplink port and the downlink port of the SCU-S or SCU. The “Mod” LED of the SCU and the slot status LEDs of the shelf are yellow blinking to off.

  • Page 329: Connecting A Pc To The Serial Interface

    A USB cable with a standard USB connector on one end and an A plug 5-pin mini USB connector on the other end. • The FSP 3000R7 USB driver. This can be found on the User Documenta- tion CD. Installation and Commissioning Manual...

  • Page 330: Figure 102: Hardware Installation Wizard

    Connecting to the Network Element Installing the USB Cable: If this is the first time you have connected this management computer to the NCU via USB cable and you are using a Windows 2000 or Windows XP PC, you will need a USB driver for your computer's USB device. If you have previously used a USB cable on this management computer, these steps are not neces- sary.
  • Page 331 Chapter 10 Commissioning the Shelves Step 6 Select [Next] and the following window appears: Step 7 Select the Install from a list or specific location button. Step 8 Select [Next] and the following window appears: Step 9 Select the Search for the best drivers in these locations button. Step 10 Check the Include this location in the search box.
  • Page 332 Connecting to the Network Element Step 11 Select Browse and the “Browse for Folder” window appears: Step 12 Select the “C\:” directory as specified in Step 2 to access the corre- sponding folder for the operating system your computer uses: WIN for Windows, MAC for Macintosh or LINUX.
  • Page 333 Chapter 10 Commissioning the Shelves Step 16 Verify the availability of the new device as described: a) Select Start > Control Panel > System . b) Select the Hardware tab. c) Select the Device Manager button and the following window appears: d) Expand the item Ports (COM &...

  • Page 334: Connecting A Pc To The Ethernet Interface (Direct)

    Connecting to the Network Element Connecting a PC to the Ethernet Interface (Direct) This section describes what is necessary to establish a direct Ethernet connec- tion between the management computer and the NE. For this connection to work, the management computer’s IP address must be in the same range as the NE IP address.

  • Page 335: Finding The Ne Ip Address

    Chapter 10 Commissioning the Shelves Finding the NE IP Address This section describes how to find the IP address of the NE. Required Privileges You must log on with a user account with Admin privileges. Procedure Step 1 First check with your planning documentation. The IP address is defined with the installation.

  • Page 336: Using Terminal Emulation Programs

    • PuTTY (serial or Ethernet connection): xterm terminal emulator HyperTerminal is an appropriate program for the initial login. ADVA recom- mends PuTTY for logging in thereafter. PuTTY is a more secure way of access- ing the NE because it supports the Secure Shell protocol (SSH) with an encrypted communication protocol.
  • Page 337 Chapter 10 Commissioning the Shelves Procedure Step 1 To open HyperTerminal, click the Start button on your PC desktop and follow the path as shown below by pointing to the corresponding programs. Click to open. In response, the “Default Telnet Program” window appears. Installation and Commissioning Manual...
  • Page 338 Using Terminal Emulation Programs Step 2 To continue, choose one of the following: • Click [Yes] to make HyperTerminal your default telnet program. • Click [No] to abort. Upon selecting Yes, the “Location Information” window appears. This window will only be displayed with initial usage of HyperTerminal: Step 3 Select your country/region from the drop-down list.
  • Page 339 Chapter 10 Commissioning the Shelves Step 8 Create a new connection as follows: a) Type a Name for the connection in the “Name” field. b) Choose an Icon from the “Icon” list by moving the bar to the left or right.
  • Page 340 Using Terminal Emulation Programs Step 9 To select the COM port from the Connect using drop-down list, find out first which COM port your PC uses as follows: a) Select Start > Control Panel > System . b) Select the Hardware tab. c) Select the Device Manager button.
  • Page 341 Chapter 10 Commissioning the Shelves Step 11 Select [OK] and the COMx Properties window appears: Step 12 Each field offers a drop-down list. Select the following settings: • 19200 bits per second • 8 data bits • No parity • 1 stop bit •...

  • Page 342: Starting An Existing Hyperterminal Connection

    Using Terminal Emulation Programs Step 16 Save this connection as follows: a) Select File > Save As from the main menu. b) Specify a file name for the connection in the File name field. c) Apply with [ Save] . Step 17 To end your HyperTerminal session, either •...

  • Page 343: Creating A Serial Putty Connection

    Chapter 10 Commissioning the Shelves Step 2 In response, the “Login” window appears. Press ENTER and the NE login prompt is displayed. Step 3 To end your HyperTerminal session, either • select File > Exit or • select the hang-up icon from the tool bar menu.
  • Page 344 Using Terminal Emulation Programs This dialog box allows you to control everything PuTTY can do. You do not usually need to change most of the configuration options. Step 2 Select the sub-item Serial from the Connection menu in the “Cate- gory”...
  • Page 345 Chapter 10 Commissioning the Shelves Step 3 To enter the appropriate COM port in the “Serial line to connect to” field in the “Select a serial line” section, find out first which COM port your PC uses as follows: a) Select Start > Control Panel > System . b) Select the Hardware tab.

  • Page 346: Creating A Putty Connection Using Ssh

    Creating a PuTTY Connection Using SSH This section summarizes using the terminal emulation program PuTTY with the SSH protocol to access the NE through an Ethernet connection. To use PuTTY, the IP address of your FSP 3000R7 unit is required. Note Installation and Commissioning Manual...
  • Page 347 Chapter 10 Commissioning the Shelves PuTTY is free available via Web at http://www.chiark.greenend.org.uk/~sgta- tham/putty/download.html. In order to use PuTTY with the SSH protocol, SSH2 RSA and DSA keys must have been generated previously. These keys are generated automatically the first time you access the NE using the Craft Console over a serial line. The key generation on the NE can be forced typing the following command line when prompted: /etc/init.d/sshd force_keygen...
  • Page 348 Using Terminal Emulation Programs Step 4 In order to optimize the appearance of the menus in the Craft Con- sole, do as follows: a) Expand the Connection item in the Category section. b) Select the Data item. c) Type vt100 in the Terminal-type string field in the Terminal details section.

  • Page 349: Starting An Existing Putty Session

    Chapter 10 Commissioning the Shelves Starting an Existing PuTTY Session This section describes how to start a PuTTY connection which has been created and saved before. Procedure Step 1 Start PuTTY by double-clicking the putty.exe file, or by clicking the icon if you have created a desktop shortcut.

  • Page 350: Logging On To The Network Element

    Logging On to the Network Element key to the registry so that you will not SEE this warning the next time you connect to this NE. gives you access to the NE but does not add this NE’s host key to [No] the registry, therefore you will see this warning again the next time you connect to this NE.

  • Page 351: Provisioning Cable Connection

    Chapter 10 Commissioning the Shelves Provisioning Cable Connection Cable provisioning is intended for management systems (e.g. Siemens TNMS) only. It is itself not relevant for the FSP 3000R7 equipment’s operation. Note The FSP 3000R7 equipment is interconnected by cables. These physical con- nections can be registered in the NE database.

  • Page 352: Setting Date And Time

    NE. Collect all performance records and store them in a safe place before fol- lowing this procedure. Use the FSP 3000R7 Element Manager or the Net- work Manager to collect performance records.
  • Page 353 Chapter 10 Commissioning the Shelves Procedure Step 1 Select System Management from the Craft Console main menu and press ENTER. - System Management . System General Settings . System OSPF Settings . System IP Settings . Logical Interfaces . System Date & Time .

  • Page 354: Defining Ntp Servers

    NE. Collect all performance records and store them in a safe place before following this procedure. Use the FSP 3000R7 Element Manager or the Network Manager to collect performance records.
  • Page 355 Chapter 10 Commissioning the Shelves Procedure Step 1 Select System Management from the Craft Console main menu and press ENTER. - System Management . System General Settings . System OSPF Settings . System IP Settings . Logical Interfaces . System Date & Time .
  • Page 356 Setting Date and Time Step 3 Navigate to the squared-bracket NTP Service Mode field and press ENTER. This opens a drop-down list to choose from the following options: NTP Service Mode Definition NTP Disabled Time synchronization via NTP is disabled. Client Only The NE operates as an NTP client and receive its timing information from some remote NTP...
  • Page 357 Chapter 10 Commissioning the Shelves Step 8 Navigate to the square-bracketed Own IP field and press ENTER. This opens a drop-down list with the two options Default-IP and Sys- . The chosen IP becomes the source IP address used by the tem-IP NE to send requests.
  • Page 358 Setting Date and Time Step 15 Press “i” on your keyboard as a shortcut for selecting the [Config] but- ton to view or edit the parameters of the selected remote NTP server. +------------------------Remote NTP Server 172.18.30.3------------------------+ ¦ ¦ ¦ Admin State: [In Service] ¦...
  • Page 359 Chapter 10 Commissioning the Shelves Step 21 Navigate to [OK] and press ENTER to confirm the deletion. To abort it navigate to [Cancel] and press ENTER. When selecting OK, a confirmation window is shown: +--------------------------------------+ ¦ ¦ ¦ The entity was successfully deleted. ¦ ¦...
  • Page 360 Setting Date and Time Step 24 Navigate to [OK] and press ENTER to start the check. To abort it nav- igate to Cancel and press ENTER. When selecting OK, the check starts immediately and may take a few seconds. While it is running, a window is shown providing the chance to [Cancel] the check: +----------------------------------+ ¦...

  • Page 361: Provisioning Management Ports

    ENTER. Step 2 Select Shelf 1 SH7HU and then Mod-1-A-NCU and press ENTER. Step 3 Select LINK-1-A-SER SERIAL from the submenu. - FSP 3000R7 Rel.8.1.0_2007_07_24_1007 + Service Overview - Service Management - SHELF-1 SH7HU . SHELF-1 SH7HU .

  • Page 362: Ethernet Port Settings

    Provisioning Management Ports Step 4 Select the Config index tab and the following window will be dis- played: +----------------------------LINK-1-A-SER, SERIAL---------------------------+ ¦¦ 1 State ¦ 2 Fault ¦ 3 Config ¦ 4 Info ¦ ¦ ¦+-------------------+ +------------------------------------------+¦ ¦¦ Facility Type: Serial ¦¦...
  • Page 363 Chapter 10 Commissioning the Shelves Step 5 Select the Ethernet IP entity, which can either be SC-1-A-C-LANIP, SC-1-A-C1-LANIP or SC-1-A-C2-LANIP. - MOD-1-A NCU . MOD-1-A NCU . SC-1-A-C LANIP . LINK-1-A-SER SERIAL . LINK-1-A-1 [UAS] . LINK-1-A-2 [UAS] . LINK-1-A-3 [UAS] .

  • Page 364: Fsp 3000R7 Roadm-C40/40/Opm-3Hu/2Dc Commissioning

    Commissioning Procedure At this point, it is assumed that the FSP 3000R7 master shelf is powered on, cabled up, has the IP address defined, basic parameters configured, and is communicating with the other FSP 3000R7 shelves in the rack.
  • Page 365 Chapter 10 Commissioning the Shelves Procedure Step 1 Use a terminal emulation program such as Hyperterminal. Connect a serial cable directly to the ROADM-C40/40/OPM-3HU/2DC. No login is required. a) Type the shelf number directly and press the return key. Shelves can be numbered from 2 to 20.
  • Page 366 Note Step 5 Repeat steps 1 through 4 for the next eROADM. The NE is ready to Provisioning and Opera- be provisioned. Refer to the FSP 3000R7 tions Manual for procedures on provisioning eROADM cross connec- tions. End of Procedure...

  • Page 367: Optical Network Leveling

    Chapter 11 Optical Network Leveling This chapter describes how to check and set the optical power levels on a net- work link. It contains the following sections: Introduction, which describes this document's objectives. Audience, which tells you who this document is intended for. Specialized Knowledge Required, which tells you about special knowledge required to do optical power leveling such as laser safety standards, expected...

  • Page 368: Audience

    • 21CFR1040.10, 21CFR1040.11 and ANSI Z136.1 Knowledge of appropriate eye safety precautions, guidance on the safe use of the FSP 3000R7 and management software is imperative. In addition, person- nel must be familiar with handling ESD-preventive equipment. Associated Documentation You need complete plans of the network you are to work on.

  • Page 369: Measuring The Network Fiber Attenuation

    Chapter 11 Optical Network Leveling (1) Only Service Personnel are allowed to configure a network laser/amplifier/switch to “Forced On” mode. (2) The “Forced On” mode is only permitted for testing and servicing purposes. (3) Setting a network laser/amplifier/switch to “Forced On” mode increases the hazard level of the device.

  • Page 370: Measuring Unamplified End-To-End Connections

    Measuring Unamplified End-to-End Connections Step 9 Compute the network fiber attenuation as the difference between the two measured optical powers and convert it to dB. Step 10 Compare the network fiber attenuation to the estimated value from provisioning. Step 11 Take the required action like adapting the provisioned attenuators.

  • Page 371: Measuring And Leveling Amplified Lines

    Chapter 11 Optical Network Leveling Step 9 Measure and note the received optical power. This value should be within the limits specified by the channel module spec for the intended data rate and mode. Step 10 Force laser on to RLS to disable the transmitter. Step 11 If the received optical power is out of specification: •...
  • Page 372 Measuring and Leveling Amplified Lines Procedure Step 1 Measure the attenuation of each fiber span, see “Measuring Unampli- fied End-to-End Connections” on p. 370, • from channel module network output to amplifier input • from amplifier output to the next amplifier input •...
  • Page 373 Chapter 11 Optical Network Leveling Step 17 Correct the problem at the amplifier that is responsible for the low OSNR, i.e. the first amplifier in the line that delivers the low OSNR. End of Procedure Installation and Commissioning Manual...
  • Page 374 Measuring and Leveling Amplified Lines Installation and Commissioning Manual...

  • Page 375: Index

    AC power cords 2OSCM-V#1630 requirements 71 connecting 312 adaptor brackets, shelf 54 40CSM/2HU Shelf ADVA fitting the 19-inch brackets 181 contact details 31 fitting the ETSI Brackets 182 responsibilities 82, 83 fitting the fiber finger sets 178 airflow, general guidelines 64...
  • Page 376 IEEE 1394 interface cable 278 obtaining 29 installation personnel, qualifica- organization 25 tion 52 required for unpacking and in- installing the FSP 3000R7 specting 91, 264 optical output power 50 dummy module 54 overview 43 supplies required 54 supporting documents and ad-...
  • Page 377 54 airflow, requirements 64 climatic conditions required 63 compliance criteria 61 Rack 187, 202 dimensions and weights 62 responsibilities types 62 ADVA 83 customer 83 shared 82 technical assistance 30 safety electrical 47 eye 49 general 46 Unlocking 325...
  • Page 378 Installation and Commissioning Manual...

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