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Lucent Technologies WaveStar OLS 40G Installation Manual

Lucent Technologies WaveStar OLS 40G Installation Manual

Optical line system
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TM
WaveStar
(OLS) 40G
Installation Manual
Release 7
Optical Line System
Copyright © 2001 Lucent Technologies
All Rights Reserved
Printed in U.S.A.
®
an InfoWare
Product
365-575-389
Issue 1.0
March 2001

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  • Page 1 WaveStar Optical Line System (OLS) 40G Installation Manual Release 7 ® an InfoWare Product 365-575-389 Issue 1.0 March 2001 Copyright © 2001 Lucent Technologies All Rights Reserved Printed in U.S.A.
  • Page 2 In rare instances, unauthorized individuals make connections to the telecommunications network. In such an even, applicable tariffs require that the customer pay all network charges for traffic. Lucent Technologies and it predecessors cannot be responsible for such charges and will not make any allowance or give any credit for charges that result from unauthorized access.
  • Page 3 We’d Like Your Opinion We’d like your feedback on this document. Your comments can be of great value in helping us improve our documentation. When you have completed this form, please fax it to: +1 978 960-1665. Document Title: WaveStar Optical Line System (OLS) 40G Installation Manual Document Number: 365-575-389...

  • Page 5: Table Of Contents

    1-19 Technical Support 1-20 1-20 System Installation Planning Background WaveStar OLS 40G Basics Optical Line System Provisioning 2-14 2-14 Optical Translator Basics 2-15 2-15 Wavelength Usage 2-18 2-18 Fiber Connections to WaveStar OLS 40G/OT 2-19 2-19 Issue 1.0 March 2001...
  • Page 6 365-575-389 Installation Manual Contents Equipment Installation Overview Equipment Bays, Frames, and Cabinets Materials and Tools Equipment Bay Frame Installation Installing Associated Bay Frame Assembly Parts 3-15 3-15 Cabinet Installation 3-16 3-16 Miscellaneous Mount Installation 3-41 3-41 Rack and Stack Configurations 3-47 3-47 Power Cable Installation...
  • Page 7 5-26 5-26 OT Miscellaneously Mount Intershelf Wiring 5-32 5-32 OLS/OT Integration Cables Installation 5-39 5-39 WaveStar OLS 40G Fiber and Circuit Pack Installation Background Generic Information for Fiber Installation 1A-TX End Terminal Installation 6-12 6-12 1A-RCV End Terminal Installation 6-26...
  • Page 8 365-575-389 Installation Manual Contents Network Element Startup and Provisioning Background Software Installation Connecting to the NE Circuit Pack Insertion 8-11 8-11 Initial Provisioning 8-13 8-13 Final Hardware Installation 8-23 8-23 Local Installation Testing Background LED Tests ODU Tests OMU Tests 9-10 9-10 Auto Turnup Local Test...
  • Page 9 Ring Closure Verification 10-34 10-34 Performance Monitor Bit Error Tests 10-35 10-35 Final Installation Operations 10-36 10-36 Connecting SONET/SDH Systems to WaveStar OLS 40G 11-1 11-1 Background 11-2 11-2 Connect SONET/SDH to Optical Line System (OLS) 11-6 11-6 Connect Optical Line System to SONET/SDH/1-Gb Ethernet...
  • Page 10 365-575-389 Installation Manual Contents WaveStar OLS 40G Circuit Pack and Equipment Location OT Circuit Pack and Equipment Location Procedures for Pin Replacement WaveStar OLS 40G — Pin Type Location Fiber Cleaning Background Equipment Required Safety Instructions Cleaning/Inspecting Optical Connectors CMC Dantel Alarm and Control Block Installation,...
  • Page 11 365-575-389 Installation Manual Contents PC Setup & Usage For CenterLink Management Console Overview Related Equipment Overview Recommended Orderwire System Orderwire Shelf Mounting and Powering Cabling to OLS G-11 G-11 Optical Protection Switch (OPS) Overview Line Buildout (LBO) Overview Zero-dB Attenuators — White or Blue LBOs Broadband Single-Mode Attenuators —...
  • Page 12 365-575-389 Installation Manual Contents Issue 1.0 March 2001...
  • Page 13 2-10 2-10 2-12. Network Diagram with Wavelength Add/Drop and Through Channels 2-12 2-12 2-13. OT Connecting Non-OLS-Compatible Optics to WaveStar OLS 40G 2-15 2-15 2-14. OTUs Used for Signal Regeneration and Wavelength Translation 2-16 2-16 2-15. OTUs Used for Wavelength Add/Drop...
  • Page 14 365-575-389 Installation Manual Figures 3-3. Cable Rack Top Installation 3-26 3-26 3-4. Front Door Frame Assembly 3-29 3-29 3-5. Rear Door Frame Assembly 3-30 3-30 3-6. Alarm Circuit Module Installation for OLS Dual 2-Line Cabinet 3-31 3-31 3-7. Alarm Circuit Module Cable Routing for OLS Dual 2-Line Cabinet 3-32 3-32...
  • Page 15 365-575-389 Installation Manual Figures 5-8. OLS Controlling 2 OT Systems 5-46 5-46 5-9. Bay and Cable Positions for Two Bay Rack and Stack Configuration 5-49 5-49 5-10. Cable Positions for Three Bay Rack and Stack Configuration 5-58 5-58 5-11. Bay Positions for Three Bay Rack and Stack Configuration 5-59 5-59...
  • Page 16 Rack and Stack OLS IntraShelf Fiber Routing, 1A-TX Shown 6-114 6-114 6-25. Line End Terminal 1A-TX-THRU 6-119 6-119 7-1. WaveStar OLS 40G Fuse Panel Measurement Point 7-2. OT Fuse Panel Measurement Point 8-1. CenterLink Management Console 8-2. Software Installation Manager Selection 8-3. NE Selection Menu Window 8-4.
  • Page 17 WaveStar OLS 40G (Middle) — Component Side View B-10 B-10 B-3. WaveStar OLS 40G (Lower) — Component Side View B-11 B-11 B-4. WaveStar OLS 40G — Power and User Panel — Component Side View B-12 B-12 B-5. Optical Translator (Upper) — Component Side View B-13 B-13 B-6.
  • Page 18 365-575-389 Installation Manual Figures D-5. Dantel Wire Wrap Pin Designations D-6. OLS Interconnection Panel (SER TLM1 at Arrow) E-1. Miscellaneous Discrete Applications E-2. Miscellaneous Discrete Power Filter Connections E-3. Required Length for Misc. Discrete Power Fail Cables G-1. Orderwire for Voice Communication G-2.
  • Page 19 4-27 5-1. OLS Interconnection Panel Connectors and Types 5-2. WaveStar OLS 40G Office Alarms Cables 5-11 5-11 5-3. WaveStar OLS 40G Office Alarm Cable Connection 5-11 5-11 5-4. WaveStar OLS 40G Serial Telemetry Cables 5-14 5-14 5-5. WaveStar OLS 40G Serial Telemetry Cable...
  • Page 20 Additional Cables Required for Five-Bay Rack and Stack 5-62 5-62 6-1. Single-Mode Fiber Jumpers 6-2. Intrashelf Lightwave Jumpers 6-3. Available WaveStar OLS 40G Circuit Pack Codes 6-11 6-11 6-4. Intrashelf Fiber Jumpers for 1A-TX End Terminals 6-16 6-16 6-5. 1A-TX End Terminal Low-Speed Fiber Jumpers — Line 1...
  • Page 21 365-575-389 Installation Manual Tables 6-7. Outside Plant LGX Fiber Jumpers for 1A-TX End Terminals 6-22 6-22 6-8. Customer Maintenance Fiber Jumpers for End Terminal 6-23 6-23 6-9. Intrashelf Fiber Jumpers for 1A-RCV End Terminals 6-30 6-30 6-10. 1A-RCV End Terminal Low-Speed Fiber Jumpers — Line 1 6-32 6-32...
  • Page 22 365-575-389 Installation Manual Tables 6-28. Intrashelf Fiber Jumpers for Two OA/One OA Dual Facing Shelf 6-77 6-77 6-29. Outside Plant LGX Fiber Jumpers for Two OA/One OA Dual Facing Shelf 6-79 6-79 6-30. Customer Maintenance Fiber Jumpers for End Terminals 6-80 6-80 6-31.
  • Page 23 11-9 11-9 12-1. Installation Troubleshooting B-1. FASTECH Pin Codes B-2. METRAL Pin Codes B-3. WaveStar OLS 40G Equipment Location B-4. OT Equipment Location D-1. Ordering Information D-2. SER TLM 1 Cable Connections and Designations D-3. Switch settings for Lucent OLS D-4.
  • Page 24 365-575-389 Installation Manual Tables xxiv Issue 1.0 March 2001...
  • Page 25 About This Document Contents Purpose of This Section xxvi How to Use This Manual xxvii How to Order This Document xxxi How to Comment on This Document xxxii Issue 1.0 March 2001...

  • Page 26: About This Document

    This installation manual is for personnel who will install WaveStar OLS 40G equipment. It emphasizes Release 7 practices and procedures where the Audience WaveStar OLS 40G consists of OLS and OT as an integrated system or where the OLS is stand-alone system. xxvi Issue 1.0...

  • Page 27: How To Use This Manual

    Discusses system and network level installation and Installation Planning” testing issues. Chapter 3, "Equipment Describes how to uncrate and erect WaveStar OLS 40G Installation" equipment bay frames or cabinets. Also covered is the installation of miscellaneously mounted OLS and OT shelves.
  • Page 28 Chapter 5, "Wired Provides information about wired cables and the Cable Installation" interconnect panel related to WaveStar OLS 40G. It describes how to install the wired cables including the Office Alarms, Serial, Parallel & X.25 Telemetry Cables, CIT DTE Cables, Line and Section Orderwire, Section User Channel Cables, Miscellaneous Mount Intershelf Wiring, and Miscellaneous Discrete Cables.
  • Page 29 Chapter Number and Title Description Chapter 11, Describes fiber jumper installation and testing between "Connecting SONET/ SONET/SDH Systems and the WaveStar OLS 40G End SDH Systems to Terminal equipment. WaveStar OLS 40G" Chapter 12, Provides guidelines for troubleshooting an "Troubleshooting"...
  • Page 30 Describes the installation and testing of the Optical Protection Switch Protection Switch and its associated circuit packs. (OPS)” Appendix I, "Line Describes the various types of buildouts that are Buildout (LBO)" available for WaveStar OLS 40G Systems and their properties. Issue 1.0 March 2001...

  • Page 31: How To Order This Document

    Included in this section is the ordering information for the various documents available for the WaveStar OLS 40G equipment. Ordering Lucent Technologies entities should access the Customer Information Center (CIC) at http://www.cic.lucent.com/infobase.html. Other customers should use the Information Mail Order or Telephone Order information given below:...

  • Page 32: How To Comment On This Document

    365-575-389 About This Document Installation Manual How to Comment on This Document This manual was developed by the Dense Wave Division Multiplexing (DWDM) Customer Technical Support Organization (CTS). The CTS group welcomes your comments. A feedback form is located immediately after the title page of this document.
  • Page 33 Overall Installation and Test Considerations Contents Background Tools and Test Equipment Safety Instructions Related Documentation Training Security Technical Support Issue 1.0 March 2001...

  • Page 34: Overall Installation And Test Considerations

    WaveStar™ OLS 40G System. This chapter presents a list of required tools and test equipment for installation of WaveStar OLS 40G cabinets or shelves and OT cabinet or shelves, requirements of the Personal Computer to be used as a CenterLink Management Console,...

  • Page 35: Tools And Test Equipment

    1-1 on page 1-3 lists the required tools, test sets, and accessories that are common to the installation of either the OT or WaveStar OLS 40G equipment. Table 1-2 on page 1-5 lists tools, test sets, and accessories in addition to Table 1-1 that are required for installation of WaveStar OLS 40G equipment only.
  • Page 36 Overall Installation and Test Considerations Installation Manual Tools and Test Equipment (Continued) Tools and Test Table 1-1. Required Tools and Test Equipment for Both Products (continued) Equipment for Both Products Commercial or Lucent Technologies (continued) Description Comcode Installers Only Notes Single-Mode Fiber 107149494 107149494...
  • Page 37 For verifying Wavelength Meter equivalent flatness of OA (optional as input required) Tools and Test Table 1-2. Required Tools and Test Equipment for WaveStar OLS 40G Only Equipment for WaveStar OLS 40G Lucent Only Commercial Technologies Description or Comcode Installers Only...

  • Page 38: Required Tools And Test Equipment For Wavestar Ols 40G Only

    365-575-389 Overall Installation and Test Considerations Installation Manual Tools and Test Equipment (Continued) Tools and Test Table 1-2. Required Tools and Test Equipment for WaveStar OLS 40G Only (continued) Equipment for WaveStar OLS 40G Only (continued) Lucent Commercial Technologies Description...

  • Page 39: Required Tools And Test Equipment For Ot Only

    365-575-389 Overall Installation and Test Considerations Installation Manual Tools and Test Equipment (Continued) Tools and Test Table 1-3. Required Tools and Test Equipment for OT Only Equipment for OT Only Lucent Commercial Technologies Description or Comcode Installers Only Notes A SONET OC-48 May be ITE-7089 (if For testing output of...
  • Page 40 365-575-389 Overall Installation and Test Considerations Installation Manual Tools and Test Equipment (Continued) Additional Tools Refer to Appendix B for backplane pin repair tool information and Appendix C for optical connector cleaning information. and Test Equipment Issue 1.0 March 2001...

  • Page 41: Safety Instructions

    365-575-389 Overall Installation and Test Considerations Installation Manual Safety Instructions Admonishments This manual contains admonishments in the form of DANGERS, WARNINGS, and CAUTIONS. These admonishments, listed in order of priority, have the following definitions: Danger shows the presence of a hazard that will cause death or severe personal injury if the hazard is not avoided.
  • Page 42 For continued protection against risk of fire, replace only with same type and rating of fuse. Use only Lucent Technologies manufactured, recognized circuit packs. This equipment is intended for installation in Restricted Access Locations where access is controlled or where access can only be gained by service personnel with a key or tool.
  • Page 43 Center for Devices and Radiological Health (NCDRH) under the U.S.Food and Drug Administration (FDA) as a Class I system (exempt lasers and laser systems). All sections of the WaveStar OLS 40G that can be removed and allow potential access to laser radiation have been identified. A warning label is provided on the rear of the shelf.
  • Page 44 Figure 1-1. Compliance Label (continued) OPTICAL LINE SYSTEM CABINET J689982C-1 Lucent Technologies NETWORK SYSTEMS 1600 Osgood Street North Andover, MA Date Of Manufacture May Be Viewed Behind Right Front Door Upper Right Post Of The Framework. La date de fabrication est inscrite derriere la colonnette superieure droite du panneau avant droit du bati.
  • Page 45 365-575-389 Overall Installation and Test Considerations Installation Manual Safety Instructions (Continued) Electrostatic Observe the following precautions when handling circuit packs to prevent damage by ESD: Discharge (ESD) Considerations CAUTION: Industry experience has shown that all integrated circuit packs can be damaged by static electricity that builds up on work surfaces and personnel.
  • Page 46 365-575-389 Overall Installation and Test Considerations Installation Manual Safety Instructions (Continued) Electrostatic To reduce the possibility of ESD damage, assemblies are equipped with grounding jacks to enable personnel to ground themselves using wrist straps Discharge (ESD) while handling circuit packs or working on a shelf. The jacks for connection of wrist Considerations straps are located at the lower right-hand corner of each user panel and filter (continued)

  • Page 47: Related Documentation

    Content: Status of problems fixed, known problems, and software installation procedure for the specific software release. This Lucent Technologies document is shipped with OLS software and is not orderable from the Lucent Technologies Customer Information Center. Number: 365-575-388 Title: Optical Line System (OLS) Operations Systems Engineering Guide Audience: System planners and engineers Content: Operations systems (X.25/TL-1) engineering information for...
  • Page 48 365-575-389 Overall Installation and Test Considerations Installation Manual Related Documentation (Continued) WaveStar OLS 40G Drawing NT-00405-30 Documentation Title: WaveStar 40G Installation Document (continued) Audience: System Installers Content: Specific information corresponding to the installation of Rack and Stack configurations. Contains bay placement, inter shelf cabling, and fiber connection and routing information for 2-Bay, 3-Bay, and 5-Bay systems.

  • Page 49: Training

    365-575-389 Overall Installation and Test Considerations Installation Manual Training Philosophy No product offering is complete without a formal training package. The Customer Traiing and Information Products (CTIP) Organization provides management courses for system planning, engineering, and ordering, as well as courses to train telecommunications technicians in installation, operations, and maintenance.
  • Page 50 Content: This course prepares students to operate and maintain the WaveStar OLS 40G. The course provides an in-depth description of the equipment and how it is used with other lightwave equipment. The course is based on the contents of the User/Service Manual.

  • Page 51: Security

    Overall Installation and Test Considerations Installation Manual Security CenterLink Lucent Technologies has designed the CenterLink Management Console (CMC) so that, when properly administered, it will minimize the ability of unauthorized Management persons to gain access to the network. Each authorized user should be instructed Console (CMC) about the proper use of the CMC.

  • Page 52: Technical Support

    Customer Technical Support tool that allows Lucent engineers to record customer Assistance requests for a variety of products. CTS CARES will eventually replace all legacy Request Entry systems within Lucent Technologies, Inc., such as CAROD, QUES/DIAS, CTSS, System (CTS and GTSIP. Cares) The Customer Web Access tools provide customers an easy method to access data about Lucent Products using the World Wide Web.

  • Page 53: Product Support

    Figure 1-3. Product Support CUSTOMER Technician Customer Escalation Procedures CTS-CARES Self-Help Tools Lucent Technologies NARTAC First Lucent Technologies Contact Supports Customer Supports Lucent Technologies Installer CTS-CARES Self-Help Tools Lucent Technologies NETWORK SYSTEMS TRANSMISSION CTS RTAC Assistance Problem Diagnosis/Isolation Provide Solutions/Workarounds...
  • Page 54 365-575-389 Overall Installation and Test Considerations Installation Manual 1-22 Issue 1.0 March 2001...
  • Page 55 System Installation Planning Contents Background WaveStar OLS 40G Basics Optical Line System Provisioning Optical Translator Basics Wavelength Usage Fiber Connections to WaveStar OLS 40G/OT Issue 1.0 March 2001...

  • Page 56: System Installation Planning

    365-575-389 System Installation Planning Installation Manual Background Introduction This chapter provides guidelines for establishing SONET/SDH systems connected through WaveStar™ OLS 40G. It describes procedures to be followed in this book to establish these systems. Issue 1.0 March 2001...

  • Page 57: Wavestar Ols 40G Basics

    WaveStar OLS 40G Basics Bidirectional An Optical Line System combines multiple wavelengths called optical channels into a single fiber signal called the optical line. The WaveStar OLS 40G is Optical Line deployed as a bi-directional optical line shown in Figure 2-1.

  • Page 58: Connection To Both One And Two Lines

    Protect Protect Basic WaveStar The basic WaveStar OLS 40G shelf holds one or two optical lines identified as Line 1 and Line 2. If only one line is needed, then either line can be equipped first OLS 40G Shelf (i.e., line 2 can be used before line 1). Refer to Figure 2-4 and Figure 2-5.

  • Page 59: Repeater Shelf

    365-575-389 System Installation Planning Installation Manual WaveStar OLS 40G Basics (Continued) Basic WaveStar Figure 2-5. Repeater Shelf OLS 40G Shelf (continued) Line Line Line 2 Line 1 Both lines must connect between the same two locations. At Central Office 2, if...

  • Page 60: Optical Line Connections Between Offices (R1 And R2)

    365-575-389 System Installation Planning Installation Manual WaveStar OLS 40G Basics (Continued) Basic WaveStar Figure 2-6. Optical Line Connections Between Offices (R1 and R2) OLS 40G Shelf Central Office 3 Central Office 1 (continued) End Terminal End Terminal Shelf "D" Shelf "A"...

  • Page 61: Optical Line Connections Between Offices (R2.1 Dual Facing Shelf)

    365-575-389 System Installation Planning Installation Manual WaveStar OLS 40G Basics (Continued) Basic WaveStar Figure 2-7. Optical Line Connections Between Offices (R2.1 Dual Facing Shelf) OLS 40G Shelf (continued) Central Office 3 Central Office 1 End Terminal End Terminal Shelf "D"...

  • Page 62: Clearing Fiber Congestion

    365-575-389 System Installation Planning Installation Manual WaveStar OLS 40G Basics (Continued) Release 1 and 2 With Releases 1 and 2, the OLS is only a point-to-point system. An OLS can be deployed on a single fiber span to relieve a fiber blockage (Figure 2-8) or can be Network deployed between any or all nodes of a ring (Figure 2-9).

  • Page 63: Ring Systems

    365-575-389 System Installation Planning Installation Manual WaveStar OLS 40G Basics (Continued) Release 1 and 2 Figure 2-9. Ring Systems Network Central Office 1 Central Office 2 Architectures RPTR OC-48 A2 OC-48 A1 (continued) OC-48 B2 OC-48 B1 RPTR RPTR OC-48 B4...

  • Page 64: Linear Add/Drop Systems

    365-575-389 System Installation Planning Installation Manual WaveStar OLS 40G Basics (Continued) Release 1 and 2 Figure 2-11. Linear Add/Drop Systems Network Central Office 1 Architectures (continued) OC-48 A1 OC-48 B1 Central Office 2 RPTR OC-48 A2 OC-48 B2 OC-48 C2...
  • Page 65 32 or less nodes, there can be only one DS-NE (Directory Server-Network Element). Release 3 The WaveStar OLS 40G Telemetry Feed-Through feature allows a four-fiber OLS system to encompass two or more point-to-point OLS systems, just as the Architecture Release 2.1 Dual-Facing Shelf did for 2-fiber systems. Two co-located WaveStar OLS 40G End Terminals, each representing an end of an OLS subnetwork, can be interconnected so that the DCC will pass from one End Terminal to the other.

  • Page 66: Network Diagram With Wavelength Add/Drop And Through Channels

    365-575-389 System Installation Planning Installation Manual WaveStar OLS 40G Basics (Continued) Release 7 Release 7 offers optical add-drop multiplexer (OADM) capabilities. Two components of OADM are add-drop flexibility and flexible amplification. Add-drop Architecture flexibility enables the add-drop of one or more channels without requiring the through traffic pay the penalty of regeneration.
  • Page 67 365-575-389 System Installation Planning Installation Manual WaveStar OLS 40G Basics (Continued) Release 7 There are currently 4 different amplifiers available that may be deployed in two- amplifier or single-amplifier applications to achieve the necessary distance and Architecture amplification requirements of the ring. This flexible amplification is necessary in (continued) ring applications where span distance between add-drop sites may vary greatly.

  • Page 68: Optical Line System Provisioning

    365-575-389 System Installation Planning Installation Manual Optical Line System Provisioning Requirements The entire Optical Line System consists of one or more subnetworks, each containing 1 or 2 lines, 2 End Terminals or ring (dual facing) terminals, and 0 to 7 Repeaters.

  • Page 69: Optical Translator Basics

    365-575-389 System Installation Planning Installation Manual Optical Translator Basics Description Optical Translator Units are used with Optical Line Systems to perform the following functions: Connecting OC-48/STM-16, OC-12/STM-4, OC-3/STM-1, 100 to 750 Mb/s or 1-Gb Ethernet systems with non-OLS-compatible optics to an OLS Signal Regeneration between concatenated OLS Wavelength Translation between concatenated OLS Wavelength Add/Drop between OLS...

  • Page 70: Otus Used For Signal Regeneration And Wavelength Translation

    365-575-389 System Installation Planning Installation Manual Optical Translator Basics (Continued) Connecting Non- The receiver on the customer equipment must operate in the 1550nm band and meet the input power range and signal-to-noise requirements that the OLS-Compatible drop OTU would meet as specified in the Technical Specifications in the Optics to WaveStar Applications, Ordering, and Planning Guide (APOG, 365-575-386).
  • Page 71 365-575-389 System Installation Planning Installation Manual Optical Translator Basics (Continued) Wavelength Add- Figure 2-15. OTUs Used for Wavelength Add/Drop Drop (continued) λ λ OTUs For WL 3 λ λ 1A-RCV 1A-TX To/From OTUs For End Terminal To/From End Terminal Rest Of WL 5 Rest Of λ...

  • Page 72: Wavelength Usage

    Guidelines The following wavelength guidelines will assist in maintaining OC-48/OC-12/ OC-3, STM-16/STM-4/STM-1, and 1-Gb Ethernet WaveStar OLS 40G networks: Both directions of the OC-48/STM-16, OC-12/STM-4, OC-3/STM-1, or 1- Gb Ethernet system should be equipped on the same wavelength through an OLS.

  • Page 73: Fiber Connections To Wavestar Ols 40G/Ot

    A 2-fiber SONET/SDH system uses one line for transmission as shown in Figure 2-16. The SONET/SDH Terminal shown uses OLS compatible optics to SONET/SDH connect directly to the WaveStar OLS 40G (no OTUs required). Systems Figure 2-16. Intraoffice Fiber Jumpers for 2-Fiber Systems...

  • Page 74: Intraoffice Fiber Jumpers For 4-Fiber Systems

    365-575-389 System Installation Planning Installation Manual Fiber Connections to WaveStar OLS 40G/OT (Continued) Connecting 4-Fiber Figure 2-17. Intraoffice Fiber Jumpers for 4-Fiber Systems (Equipment Diversity) SONET/SDH Systems LCT For Wavelength 4 East West 1A-RCV 1A-TX Side Side Low Speed Fiber Jumpers Outside Plant Fiber Jumpers Figure 2-18.

  • Page 75: Intraoffice Fiber Jumpers For Sonet/Sdh To Wavestar Ols 40G Through Otus

    40G/OT (Continued) Connecting Figure 2-19 shows the fiber jumpers for using OTUs to connect an SONET/SDH system without compatible optics to a WaveStar OLS 40G. The drop OTUs may Optical Translators be omitted if the system requirements described in Connecting Non-OLS- Compatible Optics to WaveStar OLS 40G: page 2-15, are met.

  • Page 76: Intraoffice Fiber Jumpers For 2-Fiber System Ot Regeneration

    365-575-389 System Installation Planning Installation Manual Fiber Connections to WaveStar OLS 40G/OT (Continued) Connecting Additionally, OTUs can be used to regenerate signals between Optical Line System end terminals. Figure 2-20 shows the fiber connections for using OTUs to Optical Translators regenerate a 2-fiber SONET/SDH system.
  • Page 77 Equipment Installation Contents Overview Equipment Bays, Frames, and Cabinets Materials and Tools Equipment Bay Frame Installation Installing Associated Bay Frame Assembly Parts Cabinet Installation Miscellaneous Mount Installation Issue 1.0 March 2001...

  • Page 78: Equipment Installation

    Optical Translator equipment bay frames or cabinet and the installation of miscellaneously mounted OT and OLS. The cabinetized version of both the OT and the WaveStar OLS 40G use the same cabinet components as the 5ESS-2000.
  • Page 79 Installer The customer is responsible for providing the installer with: Information Floor plan locations for mounting the WaveStar OLS 40G equipment bay frames or cabinets Physical mounting arrangements based on the specific office requirements Issue 1.0...

  • Page 80: Equipment Bays, Frames, And Cabinets

    40G equipment bays and shelves. Frame Types The WaveStar OLS 40G equipment bays may be ordered in the Lucent Seismic Network Bay Frame (ED-8C800-50 or ED8C801) or in the Lucent cabinets. Additionally, the equipment may be miscellaneously mounted in the Seismic...
  • Page 81 365-575-389 Equipment Installation Installation Manual Equipment Bays and Frames (Continued) Related Additional information relating to the installation of these frames can be found as listed below: Information Frame Type Installation Information Lucent Seismic Frame Lucent Document Number 065-215-250 Newton Seismic Contact Newton Instrument Company Frame (http://www.newtoninst.com)

  • Page 82: Materials And Tools

    365-575-389 Equipment Installation Installation Manual Materials and Tools Equipment Verify the WaveStar OLS 40G equipment bays or cabinets shipped to the location match the customer order. Mounting Verify the specified mounting materials and bay frame accessories are available as below:...

  • Page 83: Equipment Bay Frame Installation

    Customer Provided Information The customer must provide a floor layout or job floor plan showing the positions of the WaveStar OLS 40G equipment bays. This information will be used to mark the floor for drilling. For raised floor installations, mark and drill mounting holes per the customer’s instructions.
  • Page 84 365-575-389 Equipment Installation Installation Manual Equipment Bay Frame Installation (Continued) Marking and Procedures Drilling Mounting Listed below are the steps for marking the floor and drilling the holes in concrete Holes (continued) floors: Step Action Obtain or create a template to match the four mounting holes in the base of the bay frame Mark the location of the mounting holes on the floor using the template Drill four holes in the floor at the locations marked for the anchors...
  • Page 85 365-575-389 Equipment Installation Installation Manual Equipment Bay Frame Installation (Continued) Uncrating and Move container in shipping position only. Moving the Uncrate all material in a location away from the equipment room to avoid Equipment Bay contamination of other equipment. (continued) Use care during uncrating to avoid damage to equipment bay.
  • Page 86 CAUTION: The weight of an uncrated WaveStar OLS 40G equipment bay may exceed 450 pounds. Verify that all lifting and transporting devices are rated to accept the weight of the equipment bay. Two or more installers should be used to move a WaveStar OLS 40G equipment bay.
  • Page 87 365-575-389 Equipment Installation Installation Manual Equipment Bay Frame Installation (Continued) Uncrating and Moving the Bay - Supplementary Information Moving the The bottom shipping detail should be removed if a transport dolly is to be attached Equipment Bay to the base of the bay. Removal can take place after the bay has been hoisted to (continued) the upright position.
  • Page 88 Frame Extender If the addition of frame extenders is required by the customer, assemble these before erecting and mounting the WaveStar OLS 40G equipment bays. Refer to Section 9 of Lucent 065-215-250 Installation Guide for 500/800 Type Bay Frame “Frame Extender Assembly” for mounting information.
  • Page 89 365-575-389 Equipment Installation Installation Manual Equipment Bay Frame Installation (Continued) Erecting and Equipment bay mounting and line up assembly continues: Mounting the Equipment Bay Step Action Frame (Continued) Verify that the bay is level and aligned with adjacent bays. If necessary, use floor mounting shims to achieve suitable level or alignment.
  • Page 90 (ESD) protection. Additional information All WaveStar OLS 40G equipment bay frames are shipped with a ground cable assembly. The ground cable should be connected between the bay frame ground connection point and a suitable building ground connection point immediately after the bay frame has been mounted to the floor.

  • Page 91: Installing Associated Bay Frame Assembly Parts

    365-575-389 Equipment Installation Installation Manual Installing Associated Bay Frame Assembly Parts Introduction This section covers the installation of any associated bay frame parts that were removed during uncrating or are called out in the customer order. Assembly Reinstall the any assembly parts removed during uncrating and preparation for moving the bay frames.

  • Page 92: Cabinet Installation

    Customer Provided Information The customer must provide a floor layout or job floor plan showing the positions of the WaveStar OLS 40G cabinets. This information will be used to mark the floor for drilling. For raised floor installations, mark and drill mounting holes per the customer’s instructions.

  • Page 93: Cabinet Framework Footprint

    365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Marking and Procedures Drilling Mounting Listed below are the steps for marking the floor and drilling the holes in concrete Holed (continued) floors: Step Action Obtain or create a template to match the four mounting holes in the base of the bay frame.
  • Page 94 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Marking and Drilling Mounting Holed (continued) Step Action Refer to the job floor plan for cabinet-lineup location and, using a marking pencil or felt pen, mark the location of the mounting holes on the floor using the template Drill four holes in the floor at the locations marked for the anchors CAUTION:...
  • Page 95 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Uncrating and Introduction Moving the Covered in this section will be cautions and procedures necessary for uncrating Cabinet the cabinets and moving them to the specified location. Cautions Do NOT store containers in any position other than marked position. Do NOT stack equipment more than two cabinets high.
  • Page 96 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Uncrating and Tools and/or Equipment required Moving the Listed in the table below are tools needed for uncrating and moving the cabinet Cabinet into position: (continued) Tool/Equipment Purpose Pinch-bar Uncrating the cabinet Claw-type Hammer Uncrating the cabinet Lifting and/or...
  • Page 97 (continued) CAUTION: The weight of an uncrated WaveStar OLS 40G cabinet may exceed 450 pounds. Verify that all lifting and transporting devices are rated to accept the weight of the cabinet. Two or more installers should be used to move a WaveStar OLS 40G cabinet.
  • Page 98 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Install EMC Introduction Coverplates - OT EMC coverplates are required on both sides of the OT cabinet. The only exception Cabinet Only allowed is for the installation of end guards which is described later in this section. End guards may be called out for appearance purposes when one side of the cabinet is exposed at the end of a row or the cabinet is standing alone with both sides exposed.

  • Page 99: Emc Coverplate Information - Ot Only

    365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Install EMC Figure 3-2. EMC Coverplate Information — OT Only Coverplates - OT Vertical Cable Channel Cabinet Only (Continued) M6 Bolts Clearance Hole for Coupling Bolt 4 per Panel M6 Bolts (Bolt head on inside) Left EMC Side Panel M5 X 6 Phillips Hd Screw...
  • Page 100 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Erecting and Introduction Mounting the Included in this section is the information to erect and mount the cabinet. Cabinet Special Instructions Do not remove any of the premounted shelves from the cabinet. These parts may be interconnected and require precise alignment.
  • Page 101 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Erecting and Install Cable Rack Top Mounting the When a cable rack top assembly is required, assemble per the following: Cabinet (continued) Step Action Verify the cabinet is not grounded. Connect the ED-5D742-70, G2 and G10 cable rack to the cabinet using the four supplied bolts as shown in Figure 3-3, “Cable Rack Top Installation.”...

  • Page 102: Cable Rack Top Installation

    365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Erecting and Figure 3-3. Cable Rack Top Installation Mounting the Cabinet (Continued) 3-26 Issue 1.0 March 2001...
  • Page 103 Additional Information All WaveStar OLS 40G and OT cabinets are shipped with ground cable assemblies attached to the frame. It will be necessary to terminate the ground wire in the cable rack. When a cabinet is installed, it should be connected to the building ground as soon as possible after the cable rack is installed.
  • Page 104 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Introduction Cabinet Assembly The following section provides the procedures necessary to perform additional cabinet assembly, such as: installation of door frame and door assemblies assembly and installation of the alarm indicator strip installation of end guards Install Door Frame Procedure Assemble the door frames as follows:...
  • Page 105 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Figure 3-4. Front Door Frame Assembly Cabinet Assembly Cable Access Window (Continued) (Continued on next page) 3-29 Issue 1.0 March 2001...
  • Page 106 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Figure 3-5. Rear Door Frame Assembly Cabinet Assembly (continued) (Continued on next page) 3-30 Issue 1.0 March 2001...

  • Page 107: Alarm Circuit Module Installation For Ols Dual 2-Line Cabinet

    365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Indicator Strip Wiring - Dual 2-Line Cabinet Cabinet Assembly Follow the steps in the table below to install the Alarm Circuit Module for WaveStar (Continued) OLS 40G Dual 2-Line Cabinet: Step Action Dress the alarm cables through the frame cable window and over the notch in the top of the alarm circuit module.

  • Page 108: Alarm Circuit Module Cable Routing For Ols Dual 2-Line Cabinet

    365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Figure 3-7. Alarm Circuit Module Cable Routing for OLS Dual 2-Line Cabinet Cabinet Assembly (continued) 481A Circuit Module ED-7G028-20, G10B Cable to J1B Label is on top of cable connector Tape area of the cable assembly for additional protection SIDE VIEW...

  • Page 109: Alarm Circuit Module Routing For Ot Cabinet

    365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Indicator Strip Wiring - OT Cabinet Cabinet Assembly Use the steps in the table below to install the Alarm Circuit Module for OT Cabinet: (Continued) Step Action Dress the alarm cables through the frame cable window and over the notch in the top of the alarm circuit module.
  • Page 110 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Install Door Procedure Cabinet Assembly Assemble the doors as follows: (Continued) Step Action Install the OLS or OT indicator strip to the top front of the cabinet by snapping the spring catches to the pins on the upper door frame assembly.
  • Page 111 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Figure 3-9. Front Door Assembly Cabinet Assembly (continued) (Continued on next page) 3-35 Issue 1.0 March 2001...
  • Page 112 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Figure 3-10. Rear Door Assembly Cabinet Assembly (Continued) (Continued on next page) 3-36 Issue 1.0 March 2001...
  • Page 113 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Install Cabinet Door Grounding Cables Procedure Cabinet Assembly Install grounding cable assemblies to door and frame as follows: (continued) Step Action Locate the four (4) grounding cable assemblies in installation kit. Install cable assembly to the rear door using M4 screw with lock washer locating it 5.32 inches (13.5 cm) down from the top of door (fourth hole down from top of door) as shown in Figure 3-11 on page 3-38.
  • Page 114 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Figure 3-11. Mounting of Rear Door Grounding Cables Cabinet Assembly (continued) Ground Cable 5.32”(13.5cm) Rear Door Grounding Hole M4 Screw (With Washer) M6 Screw (No Washer) (Continued on next page) 3-38 Issue 1.0 March 2001...
  • Page 115 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Figure 3-12. Mounting of Front Door Grounding Cables Cabinet Assembly (Continued) Front Door 23.3” Front Door Grounding Hole M4 Screw (With Washer) Ground Cable M6 Screw (No Washer) (Continued on next page) 3-39 Issue 1.0 March 2001...
  • Page 116 365-575-389 Equipment Installation Installation Manual Cabinet Installation (Continued) Additional Install End Guard Assembly Cabinet Assembly When end guards are required, assemble the ED-5D743-70, G21 (left) and G22 (Continued) (right) end guards to the sides of the cabinet as shown in Figure 3-13. Additional information on ordering and installing end guards is included on ED-5D743-10 and ED-5D743-70 for the 5ESS-2000 system.

  • Page 117: Miscellaneous Mount Installation

    Figure 3-14 shows a List 10 Miscellaneously Mounted OT mounted to a Lucent Technologies 800 Type bay frame. Figure 3-15 shows two Miscellaneously Mounted OLS shelves mounted to a Lucent Technologies 800 Type bay frame. NOTE: A three-inch high heat baffle kit may be substituted for the open space at the top of the OT bay.
  • Page 118 365-575-389 Equipment Installation Installation Manual Miscellaneous Mount Installation (Continued) Bay Frame Figure 3-14. Miscellaneously Mounted OT Requirements (continued) 3.0 in Fuse Interconnection Panel Panel 21 22 23 24 25 26 27 28 Heat Baffle 11.0 in Fuse Interconnection Panel Panel 9 10 11 12 13 14 15 16 67in Heat Baffle...
  • Page 119 365-575-389 Equipment Installation Installation Manual Miscellaneous Mount Installation (Continued) Bay Frame Figure 3-15. Two Miscellaneously Mounted OLS Shelves Requirements (continued) 3” Space Left Above Shelf or Heat Baffle Heat Baffle Heat Baffle 3-43 Issue 1.0 March 2001...
  • Page 120 Adjustment of The side mounting brackets of the OLS and OT shelves are factory installed for mounting to the narrow mounting flange of a Lucent Technologies 800 Type bay Side Mounting frame. These brackets are identified by the letters L and R stamped on them.
  • Page 121 Mounting Shelves Mount the shelf to the bay frame using three (3) mounting screws in each bracket on each side. The Lucent Technologies 800 and 801 Type bay frames use a No. to Bay Frame 12-24 x 3/4 inch long screw for mounting. If using a different bay frame, check mounting hardware requirements for that particular frame.
  • Page 122 365-575-389 Equipment Installation Installation Manual Miscellaneous Mount Installation (Continued) Mounting Shelves For mounting an OT shelf in an ETSI 300mm Bay frame, follow the steps listed in the table: to Bay Frame (continued) Step Action Remove the shelf ground cable and side mounting brackets remove shielding plate from each side by removing the three screws holding the plate Hook mounting flange supplied with the installation kit (C848065959)

  • Page 123: Rack And Stack Configurations

    365-575-389 Equipment Installation Installation Manual Rack and Stack Configurations Description Rack and Stack configurations can come as 2-Bay, 3-Bay or 5-Bay systems. The installation of the frames and shelves, plus additional accessories is covered in this subsection. Bay Installation The bay configurations for a 2-Bay system are an integrated bay and a bay of miscellaneously mounted OT shelves.

  • Page 124: Bay And Shelf Positions: 3-Bay And 5-Bay

    365-575-389 Equipment Installation Installation Manual Rack and Stack Configurations (Continued) Bay Installation Figure 3-17. Bay and Shelf Positions: 3-Bay and 5-Bay Rack and Stack (continued) Fuse/LGX Fuse/LGX O T Comp. 1 O T Comp. 1 O T Comp. 2 O T Comp. 2 O T Comp.
  • Page 125 365-575-389 Equipment Installation Installation Manual Rack and Stack Configurations (Continued) Installing Fiber Ducts Associated If the rack and stack configuration will have fiber ducts installed, additional space Assembly Parts will be allowed between bays to accomodate the ductwork. See Equipment Bay Frame Installation: page 3-7 or Drawing NT-00405-30.
  • Page 126 365-575-389 Equipment Installation Installation Manual 3-50 Issue 1.0 March 2001...
  • Page 127 Power Cable Installation Contents Background Power Requirements Multiple OLS Shelf Configurations Multiple OT Shelf Configurations Miscellaneously Mounted OLS Shelves Miscellaneously Mounted OT Shelves Integrated Bay Rack and Stack Configurations Issue 1.0 March 2001...

  • Page 128: Power Cable Installation

    365-575-389 Power Cable Installation Installation Manual Background Introduction The procedures in this installation manual are only to be performed by trained personnel. This section covers WaveStar™ Optical Line System (OLS) 40G Power (battery A and battery B) cable installation for cabinets, integrated bays, multi-shelf bays, miscellaneous mount configurations.

  • Page 129: Power Requirements

    365-575-389 Power Cable Installation Installation Manual Power Requirements Description The OLS and the OT are both powered by –48 volt direct current. Since redundant power is used to ensure maximum availability of the terminal, two battery power feeds are required for each terminal (feed A is Red and feed B is Blue). Specific Power The power requirements for OLS and OT are as follows: Requirements...

  • Page 130: Multiple Ols Shelf Configurations

    OLS shelves, refer to the appropriate section of this chapter. Available Power Table 4-1 on page 4-4 lists power cables available for installing a multiple WaveStar OLS 40G shelf arrangement. Cables Table 4-1. Available Power Cables for Multiple OLS in Same Bay/Cabinet...

  • Page 131: Multiple Ols Shelf Configurations

    365-575-389 Power Cable Installation Installation Manual Multiple OLS Shelf Configurations (Continued) OLS Power Cable Connection (continued) Step Action Identify the battery feed connections at the BDFB. They should be labeled BAT A, BAT A RTN, BAT B, and BAT B RTN. Check that the supplied ED-9C103-22 power feed cables are labeled for battery A (RED) and battery B (BLUE) use.

  • Page 132: Ols Power Cable Routing

    365-575-389 Power Cable Installation Installation Manual Multiple OLS Shelf Configurations (Continued) OLS Power Cable Figure 4-1. OLS Power Cable Routing, Multiple OLS Shelves (Cabinet Frame Shown) Connection (continued) Cabinet Top A Bus Power Cable Restraint (red) (cabinets only) B Bus (blue) Power Connectors...
  • Page 133 365-575-389 Power Cable Installation Installation Manual Multiple OLS Shelf Configurations (Continued) OLS Power Cable Figure 4-2. OLS Power Cable Routing (Bay/Cabinet Frame Not Shown) Connection (continued) Power Cable Restraint (cabinet only) A Bus (red) B Bus (blue) A Power cable fed across shelf and held by retainers SECTION A-A...

  • Page 134: Multiple Ot Shelf Configurations

    365-575-389 Power Cable Installation Installation Manual Multiple OT Shelf Configurations Introduction This section describes the power cable selection and installation for systems with multiple OT shelves in the same cabinet or equipment bay frame. For power cable installation information of OLS shelves, OLS shelf with OT shelves in the same bay, or single OLS shelves, refer to the appropriate section of this chapter.
  • Page 135 365-575-389 Power Cable Installation Installation Manual Multiple OT Shelf Configurations (Continued) OT Power Cable Connection (continued) Step Action Identify the battery feed connections at the BDFB or other protection equipment. They should be labeled BAT A, BAT A RTN, BAT B, and BAT B RTN.

  • Page 136: Ot Cable Routing For Overhead Rack Installations

    365-575-389 Power Cable Installation Installation Manual Multiple OT Shelf Configurations (Continued) OT Power Cable Figure 4-3. OT Cable Routing for Overhead Rack Installations Connection Exit Blue Jacket Power (continued) Exit Red Jacket Power Cable and Right Side Control Cable and Left Side Control Cables Cables (Continued on next page)

  • Page 137: Ot Cable Routing For Raised Floor Applications

    365-575-389 Power Cable Installation Installation Manual Multiple OT Shelf Configurations (Continued) OT Power Cable Figure 4-4. OT Cable Routing for Raised Floor Applications Connection (continued) Power Cable Routing for Right Side Blue Jacket Cable (Left Side to have similar routing) Wiring Exit Right Side Power and Control Cables Wiring Exit Left Side Power...

  • Page 138: Miscellaneously Mounted Ols Shelves

    365-575-389 Power Cable Installation Installation Manual Miscellaneously Mounted OLS Shelves Introduction This section describes the installation of the A and B power cables for the Miscellaneously Mounted OLS Shelves. Each feeder capacity in the miscellaneous mount shelf must be 15 amperes (unless otherwise specified by the customer) at the BDFB.
  • Page 139 365-575-389 Power Cable Installation Installation Manual Miscellaneously Mounted OLS Shelves (Continued) Power Cable Installation (continued) Step Action Identify the battery feed connections at the BDFB. They should be labeled BAT A, BAT A RTN, BAT B, and BAT B RTN. Check that the supplied ED-9C103-22 power feed cables are labeled for battery A (RED) and battery B (BLUE) use.
  • Page 140 365-575-389 Power Cable Installation Installation Manual Miscellaneously Mounted OLS Shelves (Continued) Power Cable Figure 4-5. OLS Power Cable Routing (Miscellaneous Bay Shown) Installation (continued) Power Cable Restraint (red) B Bus (blue) Power Connectors behind filter panel (A connects in rear and B connects in front) (Continued on next page)

  • Page 141: Ols Power Cable Routing

    365-575-389 Power Cable Installation Installation Manual Miscellaneously Mounted OLS Shelves (Continued) Power Cable Figure 4-6. OLS Power Cable Routing (Miscellaneous Mount Frame Not Shown) Installation (continued) 4-15 Issue 1.0 March 2001...

  • Page 142: Miscellaneously Mounted Ot Shelves

    365-575-389 Power Cable Installation Installation Manual Miscellaneously Mounted OT Shelves Introduction This section describes the installation of the A and B power cables and shelf interconnecting wiring for the four configurations of miscellaneously mounted OT (List 10 through List 13). NOTE: Each feeder capacity for the List 11, 12, and 13 miscellaneously mounted shelf must be 15 amperes (unless otherwise specified by the customer) at...

  • Page 143: Miscellaneously Mounted Ot Shelves

    365-575-389 Power Cable Installation Installation Manual Miscellaneously Mounted OT Shelves (Continued) List 10 OT Cable The List 10 power cable connections at each shelf are to be installed prior to any other intershelf wiring. Installation To install the intershelf power cable for the A supply perform the following: Step Action Locate the List 10 power cable for the A supply: ED-9C103-22, GR5/31 or...
  • Page 144 365-575-389 Power Cable Installation Installation Manual Miscellaneously Mounted OT Shelves (Continued) List 10 OT Cable To install the intershelf power cable for the B supply perform the following: Installation (continued) Step Action Locate B supply power cable ED-9C103-22 GR6/24 or GR16/26. The supply end of the cable will have a BLUE jacket.
  • Page 145 365-575-389 Power Cable Installation Installation Manual Miscellaneously Mounted OT Shelves (Continued) List 11, 12, and 13 The power cable connections at each shelf are to be installed prior to any intershelf wiring. The List 11, 12, and 13 shelves use the same A and B power OT Cable cables which have a single power connector at each end.
  • Page 146 365-575-389 Power Cable Installation Installation Manual Miscellaneously Mounted OT Shelves (Continued) OT Shelf Power Connect the power cables for the OT shelves to the power source as follows: Cable Connection Step Action Turn the power breakers off, or do not install fuses, at the BDFB. Verify the circuit packs are not installed in the shelves.

  • Page 147: Integrated Bay

    Each independent feeder must supply –48 volts direct current and a return. Each feeder capacity must be 20 amperes at the BDFB. Available Power Table 4-5 lists power cables available for installing a WaveStar OLS 40G Integrated Bay. Cables Table 4-5.
  • Page 148 365-575-389 Power Cable Installation Installation Manual Integrated Bay (Continued) Integrated Bay Install the appropriate power cable as follows: Power Cable Installation Step Action Turn the power breakers off, or do not install fuses, as the BDFB. Verify the circuit packs are not installed in the shelves. Leave the BDFB fuses out or breakers off until performing the steps in Chapter 8, “Powering”...

  • Page 149: Rack And Stack Configurations

    365-575-389 Power Cable Installation Installation Manual Rack and Stack Configurations Introduction There are currently three configurations available as Rack and Stack configurations. The power cabling for these configurations is different than previously mentioned configurations. Types of The three available Rack and Stack configurations are: Configurations Two-Bay System: Bay 1 is an integrated bay containing one OLS shelf, one OT system controller shelf, and one OT complimentary 1 shelf.
  • Page 150 365-575-389 Power Cable Installation Installation Manual Rack and Stack Configurations (Continued) Power Cable Follow the procedures below for installing and connecting the power cables to the bays in a Rack and Stack configuration. Connection Step Action Turn the power breakers off, or do not install fuses, at the battery distribution fuse board (BDFB) Verify the circuit packs are not installed in the shelves.

  • Page 151: Fuse Assignments For Bay 2, Load A

    365-575-389 Power Cable Installation Installation Manual Rack and Stack Configurations (Continued) Power Cable Connection Table 4-6. Fuse Assignments for Bay 2, Load A (continued) APEX 10/10 DUAL LOAD FUSE ASSIGNMENT TABLE P/N BAY 2 AX-010-221 DRAWING AMP CIRCUIT LD A T-5G276-33 OLS SHELF BAY 1 T-6G156-33...

  • Page 152: Fuse Assignments For Bay 2, Load B

    365-575-389 Power Cable Installation Installation Manual Rack and Stack Configurations (Continued) Power Cable Table 4-7. Fuse Assignments for Bay 2, Load B Connection (continued) APEX 10/10 DUAL LOAD FUSE ASSIGNMENT TABLE BAY 2 P/N AX-010-221 DRAWING CIRCUIT LD B T-5G276-33 OLS SHELF BAY 1 T-6G156-33 OT CONTROL SHELF BAY 1...

  • Page 153: Fuse Assignments For Bay 4, Loads A And B

    365-575-389 Power Cable Installation Installation Manual Rack and Stack Configurations (Continued) Power Cable Table 4-8. Fuse Assignments for Bay 4, Loads A and B Connection (continued) APEX 10/10 DUAL LOAD FUSE ASSIGNMENT TABLE P/N BAY 4 AX-010-221 POS DRAWING CIRCUIT LD A T-5G276-33 OLS SHELF BAY 5...
  • Page 154 365-575-389 Power Cable Installation Installation Manual Rack and Stack Configurations (Continued) Power Cable Installation of the A and B power cables continues: Connection (continued) Step Action Terminate the power cables in the fuse panel with the supplied terminal lugs. 4-28 Issue 1.0 March 2001...

  • Page 155: Final Verification

    365-575-389 Power Cable Installation Installation Manual Final Verification Description Perform the following steps to ensure that cables are properly installed: Step Action Verify the power cables are properly secured and dressed. Verify all power cables are properly labeled. 4-29 Issue 1.0 March 2001...
  • Page 156 365-575-389 Power Cable Installation Installation Manual 4-30 Issue 1.0 March 2001...

  • Page 157: Wired Cable Installation

    Wired Cable Installation Contents Background Interconnect Panel Description Office Alarm Installation Serial, Parallel, and X.25 Telemetry Cable Installation CIT (CMC) DTE Cables Installation Line Orderwire, Section Orderwire, and Section User Channel Cables Installation OT Miscellaneously Mount Intershelf Wiring Issue 1.0 March 2001...

  • Page 158: Background

    365-575-389 Wired Cable Installation Installation Manual Background Introduction CAUTION: Procedures in this installation manual are only to be performed by trained personnel. This section covers WaveStar™ Optical Line System (OLS) 40G cable installation. This section covers general considerations. The other sections of this chapter are as follows: Title Description...
  • Page 159 365-575-389 Wired Cable Installation Installation Manual Background (Continued) General Considerations CAUTION: A wrist strap connected to a wrist strap ground jack on the terminal must be worn for ESD protection during the installation process. CAUTION: Connectors on the interconnection panel come equipped with protective ESD covers.

  • Page 160: Interconnect Panel Description

    365-575-389 Wired Cable Installation Installation Manual Interconnect Panel Description Description The Interconnection Panel Description of OLS, OT, and Miscellaneous Mount OT are covered in this section. Interconnection The OLS interconnect panel is shown in Figure 5-1 Panel Figure 5-1. OLS Interconnection Panel [XA] [XB] [YA]...
  • Page 161 365-575-389 Wired Cable Installation Installation Manual Interconnection Panel Description (Continued) Table 5-1. OLS Interconnection Panel Connectors and Types (continued) Interconnection Panel (continued) Connector Type Connector Orientation P14, P15, P23, DB15 Male P24, P28, P29 P19, P20 DB9 Male J16, J18, J21, DB25 Female J25, J26 DB25 Male...
  • Page 162 365-575-389 Wired Cable Installation Installation Manual Interconnection Panel Description (Continued) SECTION ORDERWIRE LINE (YB) J12: These connectors provide an interface that allows an orderwire set access to the section orderwire (E1 Interconnection byte) of the OC-3 supervisory signal for voice communications, or (with Panel (continued) additional wiring and converters) other uses such as connection to remote alarm or CMC ports.
  • Page 163 365-575-389 Wired Cable Installation Installation Manual Interconnection Panel Description (Continued) INTERSHELF CTL BUS IN P15: These connectors provide shelf-to-shelf local area network connections. Interconnection Panel (continued) SHELF CIT-(DCE) J16: This connector provides an interface to the CIT (DCE) port that allows local access. The CIT (DCE) port is located on the side of the OLS cabinet and on the user panel of the Miscellaneously Mounted System Controller Shelf.

  • Page 164: Interconnection Panel For Ot Complementary Shelf 1

    PWR B The external interface connections that are operational for Complementary Shelves 1 and 2 for WaveStar OLS 40G Release 3.0 are as follows: CP FAIL J2: This connector provides an interface to the Circuit Pack Failure Miscellaneous Discrete relay contacts located on each OTU within the shelf.

  • Page 165: Interconnection Panel For Ot System Shelf

    365-575-389 Wired Cable Installation Installation Manual Interconnection Panel Description (Continued) EQUIP OUT J8: This connector provides an interface to the System Controller Shelf for equipage information. Interconnection Panel (continued) RESET IN J16: This connector provides an interface to the System Controller Shelf for reset information.
  • Page 166 PWR A and B: These connectors provide an interface to the –48V DC power coming from source A and source B. They are installed at the factory. In WaveStar OLS 40G Release 3, the OT System Shelf connectors J4, J12, and J15 are not used. 5-10 Issue 1.0...

  • Page 167: Office Alarm Installation

    Interconnection Panel OLS Office Alarm Table 5-3 lists office alarm cable connections and designations. Cable Connection Table 5-3. WaveStar OLS 40G Office Alarm Cable Connection Alarm Name Designation Wire Color Office Alarm Critical Audible OACRAUD BL-W Office Alarm Critical Visual...
  • Page 168 OT Office Alarms The operation of OT office alarm connection has not been supported in previous releases and is not supported in WaveStar OLS 40G Release 3. However, in Cable Connection Release 3, the OT office alarms are reported back to the OLS through the OT —...
  • Page 169 365-575-389 Wired Cable Installation Installation Manual Office Alarm Installation (Continued) OLS Office Alarm During office alarm cable installation, note the following transient current considerations: Cable Installation Procedure Steady-state current for office alarm connections shall not exceed 0.9 amps at 60 volts or 1.8 amps at 30 volts. The maximum transient currents (20-msec duration) during initial contact closure shall not exceed 9 amps at 60 volts or 18 amps at 30 volts.

  • Page 170: Serial, Parallel, And X.25 Telemetry Cable Installation

    (OS) maintenance center of environmental conditions at the OLS site. Releases 1.0, 2.0, 2.1, and 3.0 do not support use of the Ser Tlm 2 port (P20). Available WaveStar OLS 40G Serial Telemetry Cables Table 5-4 lists available cables for serial telemetry applications Table 5-4.

  • Page 171: Wavestar Ols 40G Serial Telemetry Cable Connection To Interconnection Panel

    365-575-389 Wired Cable Installation Installation Manual Serial, Parallel, and X.25 Telemetry Cable Installation (Continued) OLS Serial Table 5-5. WaveStar OLS 40G Serial Telemetry Cable Connection to Interconnection Panel Telemetry Cables Installation (continued) Interconnection Panel Cable Application Location Serial Telemetry 1...

  • Page 172: Ols X.25 Telemetry Cable

    365-575-389 Wired Cable Installation Installation Manual Serial, Parallel, and X.25 Telemetry Cable Installation (Continued) OLS Serial WaveStar OLS 40G Serial Telemetry Cable Installation Procedure Telemetry Cables Installation Perform the following steps to install serial telemetry cables: (continued) Step Action Route the serial telemetry cables out of the right side of the OLS shelf to the serial telemetry system.

  • Page 173: X.25 Telemetry Cable Connection To Interconnection Panel

    Panel Location X.25 Table 5-9 lists pin connections for the X.25 cable (EIA-232D). For more information about the TL1 interface, refer to Lucent Technologies 365-575-385, Optical Line System (OLS) Operations Systems Engineering Guide. Table 5-9. TL1/X.25 Interface — EIA-232D Pin Connections...
  • Page 174 365-575-389 Wired Cable Installation Installation Manual Serial, Parallel, and X.25 Telemetry Cable Installation (Continued) X.25 (TL-1) Table 5-10 lists X.25 cable connections and designations for Group 602 and 652 cables. Telemetry Cable Installation Table 5-10. X.25 Telemetry Cable Connection (continued) P156A Wire Datakit...
  • Page 175 Perform the following steps to install X.25 telemetry cable. NOTE: WaveStar OLS 40G, Group 602 and 652 Cables have a socket (female- type connector with a blank label) at one end and a plug (male-type connector labeled P156A) at the other end. The cable plug end (male) mates with the socket (J18) on the OLS.

  • Page 176: Wavestar Ols 40G Parallel Telemetry Cables

    365-575-389 Wired Cable Installation Installation Manual Serial, Parallel, and X.25 Telemetry Cable Installation (Continued) X.25 (TL-1) Refer to Figure 5-1 for the location on the WaveStar OLS 40G interconnection panel. Telemetry Cable Installation (continued) Step Action Mark the blank label at the socket (female) end of the cable with the appropriate jack number for the X.25 port on the operation support...
  • Page 177 WaveStar OLS 40G WaveStar OLS 40G Parallel Telemetry Cable Connections Parallel Telemetry Table 5-12 lists parallel telemetry cable connections and designations. Cable Installation (continued) Table 5-12. WaveStar OLS 40G Parallel Telemetry Cable Connections Alarm Name Designation Wire Color Local Alarm Minor LAMN...
  • Page 178 Wired Cable Installation Installation Manual Serial, Parallel, and X.25 Telemetry Cable Installation (Continued) WaveStar OLS 40G WaveStar OLS 40G Parallel Telemetry Cable Installation Procedure Parallel Telemetry Perform the following steps to install the parallel telemetry cable: Cable Installation (continued) Step...

  • Page 179: Cit (Cmc) Dte Cables Installation

    This connection to the Optical Translator System Shelf is not supported in any of the WaveStar OLS 40G Releases; however, in Release 3, information may be transferred from the OT to the OLS provided the OT Controller Option is installed.
  • Page 180 365-575-389 Wired Cable Installation Installation Manual CIT (CMC) DTE Cables Installation (Continued) CMC DTE Table 5-14 lists CIT-DTE cable connections and designations. Connections and Table 5-14. CIT-DTE Cable Connection Designations Name Designation Wire Color Protective Ground Ground wire CT Transmit Data CTTXD BL/W CT Receive Data...
  • Page 181 365-575-389 Wired Cable Installation Installation Manual CIT (CMC) DTE Cables Installation (Continued) CMC DTE Table 5-14. CIT-DTE Cable Connection (continued) Connections and Designation Name Designation Wire Color (continued) No Connection None R/BL No Connection None None No Connection None None No Connection None None...

  • Page 182: Line Orderwire, Section Orderwire, And Section User Channel Cables Installation

    Orderwire, or Section User Channel capabilities. However, the Optical Line System (OLS) does. The following section describes the cables and their installation for WaveStar OLS 40G. Line orderwire, section orderwire, and section user channel cables allow for access to SONET overhead bytes. They include: Orderwire capabilities.

  • Page 183: Line Orderwire, Section Orderwire, And Section User Channel Cable Connection To Interconnection Panel

    365-575-389 Wired Cable Installation Installation Manual Line Orderwire, Section Orderwire, and Section User Channel Cables Installation (Continued) Line and Section Table 5-16 lists Line Orderwire, Section Orderwire, and Section User Channel cable connection to the interconnection panel. The columns correspond to the Orderwire and associated LDA1 telemetry packs, XA to 1A, XB to 1B, and so forth.
  • Page 184 365-575-389 Wired Cable Installation Installation Manual Line Orderwire, Section Orderwire, and Section User Channel Cables Installation (Continued) Line Orderwire Table 5-17. Line Orderwire Cable Connection (continued) Cable Connection (continued) Name Designation Wire Color No Connection None None No Connection None None Overhead E2 Clock Input P OE2CIP...

  • Page 185: Section User Channel Cable Connection

    365-575-389 Wired Cable Installation Installation Manual Line Orderwire, Section Orderwire, and Section User Channel Cables Installation (Continued) Section User Table 5-18 lists Section User Channel cable connections and designations. Channel Cable Table 5-18. Section User Channel Cable Connection Connection Name Designation Wire Color Overhead F1 Clock Input N...

  • Page 186: Section Orderwire Cable Connection

    365-575-389 Wired Cable Installation Installation Manual Line Orderwire, Section Orderwire, and Section User Channel Cables Installation (Continued) Section User Section User Channel Cable Installation Procedure Channel Cable Perform the following steps to install the Section User Channel cable: Connection (continued) Step Action Route the cable through the left side of the OLS shelf to the user channel...
  • Page 187 365-575-389 Wired Cable Installation Installation Manual Line Orderwire, Section Orderwire, and Section User Channel Cables Installation (Continued) Section Orderwire Table 5-19. Section Orderwire Cable Connection (continued) Cable Connection (continued) Name Designation Wire Color Overhead E1 Clock Input P OE1CIP W-BL Overhead E1 Sync Input P OE1SIP Overhead E1 Data Input P...

  • Page 188: Ot Miscellaneously Mount Intershelf Wiring

    365-575-389 Wired Cable Installation Installation Manual OT Miscellaneously Mount Intershelf Wiring Description Intershelf wiring is required for list 10, 12, and 13. The List 11 System Controller Shelf does not require intershelf wiring since it is the initial stand-alone shelf. List 10 —...
  • Page 189 365-575-389 Wired Cable Installation Installation Manual OT Miscellaneous Mount Intershelf Wiring (Continued) Description Install the List 10 intershelf cables as follows: (continued) Step Action Install inter shelf cables as specified in Table 5-20. Refer to Figure 5-4. Route cables out the left or right side access holes as specified in Table 5-20.
  • Page 190 365-575-389 Wired Cable Installation Installation Manual OT Miscellaneous Mount Intershelf Wiring (Continued) Description Table 5-20. Shelf Interconnecting Cables for List 10 (continued) (continued) Side to From Connector Cable Part No. Run Cable Shelf/Jack Shelf/Jack Pin Size ED-7G045-20, GR9 Right System Shelf Compl.
  • Page 191 365-575-389 Wired Cable Installation Installation Manual OT Miscellaneous Mount Intershelf Wiring (Continued) Description Install List 12 intershelf cables as follows: (continued) Step Action Remove the ED-7G045-20 GR2 termination from the System Controller Shelf Connector J7 and plug it into Complementary Shelf 1 Connector J7. Install intershelf cables as specified in Table 5-21.
  • Page 192 365-575-389 Wired Cable Installation Installation Manual OT Miscellaneous Mount Intershelf Wiring (Continued) Description Figure 5-5. Shelf Interconnecting Cables for List 12 (continued) COMP. SHELF 1 EQPG OUT (J8) TERMNTN(J7) CTL IN (J6) RESET IN (J16) SYSTEM SHELF EQPG IN 1 (J9) TERMNTN(J6) CTL OUT (J7) RESET OUT 1 (J13)
  • Page 193 365-575-389 Wired Cable Installation Installation Manual OT Miscellaneous Mount Intershelf Wiring (Continued) Description (continued) Step Action Upon completion of Table 5-22 interconnections, verify that ED-7G045-20, GR2 termination connectors are on System Shelf J6 and Complementary Shelf 2 J7. If missing, install replacement terminations. These are required for proper system performance.
  • Page 194 365-575-389 Wired Cable Installation Installation Manual OT Miscellaneous Mount Intershelf Wiring (Continued) Description Figure 5-6. Shelf Interconnecting Cables for List 13 (continued) COMP. SHELF 2 EQPG OUT (J8) TERMNTN(J7) CTL IN (J6) RESET IN (J16) COMP. SHELF 1 EQPG OUT (J8) CTL OUT (J7) CTL IN (J6) RESET IN (J16)

  • Page 195: Ols/Ot Integration Cables Installation

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation Description Release 3 OLS/OT Integration provides a control interface between the OLS and the OT. An OTCTL (LUD1) pack is inserted in the OT System Shelf, and cables are installed which connect the OT to the OLS. This integration provides additional maintenance information and control of OT provisioning and administration through existing OLS control interfaces.
  • Page 196 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) One OLS Shelf/ Table 5-23. One OLS Shelf to One OT System Interconnection Cables (continued) One OT System (continued) Connections ED-7C028-22 Cable Length Cable Group (ft.) CTL OUT B J8 EQPG OUT RESET IN Interconnection Cable Installation Procedure...

  • Page 197: Ols Controlling 1 Ot System

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) One OLS Shelf/ One OT System (continued) Step Action Route the P8/P16 ends of the same cable through the left side of the OT System Controller shelf to the interconnection panel. Attach P8 to the J8 EQPG OUT connector.
  • Page 198 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) One OLS Shelf/ One OT System (continued) NOTE: For an OLS to be initially equipped with a single OT and later to be expanded to a second OT, the OLS and OT should be installed with the Dual Reset and Equipage cable G812, G813, or G814.

  • Page 199: One Ols Shelf To Two Ot System Interconnection Cables

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) One OLS Shelf/ Table 5-24. One OLS Shelf to Two OT System Interconnection Cables Two OT System (continued) Connections ED-7C028-22 Cable Length Cable Group (ft.) BUS OUT IAO LAN CTL IN CTL OUT B J8-1 EQPG OUT...
  • Page 200 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) One OLS Shelf/ Two OT System (continued) Step Action Route the J14 end of the ED-7G028-22 G801, 851, or 853 cable through the left side of the OLS shelf and attach to the P14 BUS OUT connector. Refer to Figure 5-1to locate the connector.
  • Page 201 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) One OLS Shelf/ Two OT System (continued) Step Action Remove the ED-7G045-20 G2 termination from J7 on the interconnection panel of the top shelf of Optical Translator #1. Route the P7 end of the ED-7G045-20, G806, 807, or 808 cable through the left side of the top shelf of Optical Translator #1 to the interconnection panel.

  • Page 202: Ols Controlling 2 Ot Systems

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) One OLS Shelf/ Figure 5-8. OLS Controlling 2 OT Systems Two OT System OLS Shelf Interconnect Panel (continued) ED-7G028-22 G803, G804 or G805 BUS IN (P15) ED-7G028-22 G801, G851, G853 or G855 BUS OUT (P14) CTL OUT B (J27) (P8-1 / P16-1)

  • Page 203: Integrated Bay Cables For Bay 1 Of Rack And Stack

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Two-Bay Configuration Configurations The Two-Bay System for the Rack and Stack Configuration consists of one integrated bay and an additional bay containing two OT shelves: one OT control shelf and one OT Comp.

  • Page 204: Additional Cables Required For Two-Bay Rack And Stack

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Three additional cables are required for the Two-Bay Rack and Stack configuration: Configurations (continued) Table 5-27. Additional Cables Required for Two-Bay Rack and Stack Cable Group Connectors 7G028-22 BUS IN...

  • Page 205: Bay And Cable Positions For Two Bay Rack And Stack Configuration

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Figure 5-9. Bay and Cable Positions for Two Bay Rack and Stack Configuration Configurations (continued) BAY 1 OT Complementary Shelf 1 Interconnect Panel CTL IN (J6) BAY 2 EQPG OUT (J8) OT Complementary...
  • Page 206 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Configurations (continued) Step Action Attach P8-1 to the J8 EQPG OUT connector on the OT System Controller Shelf in Bay 1 (middle shelf). Attach P16-1 to the J16 RESET IN connector on the OT System Controller Shelf in Bay 1.
  • Page 207 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Configurations (continued) Step Action Route the P5 end of the same ED-7G028-22 G803 cable through the left side of the OT System Controller Shelf of Bay 2. Attach P5 to the J5 IAO LAN connector on the OT System Controller Shelf of Bay 2.

  • Page 208: Integrated Bay Cables For Bay 1 Of Rack And Stack

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Three-Bay Configuration Configurations The Three-Bay System for the Rack and Stack Configuration consists of one (continued) integrated bay, one three-shelf OT bay and an additional bay containing one OT Complimentary 2 shelf.

  • Page 209: Cables Supplied With Ot Comp. 2 Shelf (List 13), Bay

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack The OT Complimentary Shelf 2 (List 13) installed as the top shelf in Bay 2 will be supplied with the following cables, however they may not be pre installed: Configurations (continued) Table 5-30.

  • Page 210: Additional Cables Required For Three-Bay Rack And Stack

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Table 5-32. Additional Cables Required for Three-Bay Rack and Stack Configurations (continued) Cable Group Connectors 7G028-22 BUS IN IAO LAN 7G028-22 CTL OUT CTL IN 7G028-22 CTL OUT J16-1 RESET IN...
  • Page 211 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Configurations (continued) Step Action Remove the ED-7G045-20 G2 Termination from J7 on the interconnection panel of the top shelf, OT Complimentary 1 Shelf in Bay Remove the ED-7G045-20 G6 termination from the J15 connector on the OLS shelf in Bay 1 and discard.
  • Page 212 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Configurations (continued) Step Action Remove the ED7G045-20 Group 2 Termination from the Complementary Shelf 1 connector J7 of Bay 2 and plug it into Complementary Shelf 2 connector J7 of Bay 2.
  • Page 213 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Configurations (continued) Step Action Route the P8 end of the same cable through the right side of the OT Complimentary 2 shelf in Bay 3 and attach P8 to the J8 EQPG OUT connector.

  • Page 214: Cable Positions For Three Bay Rack And Stack Configuration

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Figure 5-10. Cable Positions for Three Bay Rack and Stack Configuration Configurations (continued) BAY 3 OT Complementary Shelf 2 Interconnect Panel CTL OUT (J7) RESET IN (J16) CTL IN (J6) EQPG OUT (J8) BAY 2...

  • Page 215: Bay Positions For Three Bay Rack And Stack Configuration

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Figure 5-11. Bay Positions for Three Bay Rack and Stack Configuration Configurations (continued) Fuse/LGX OT Comp. 1 OT Comp. 2 OT Comp. 2 OT Controller OT Comp. 1 OT Controller Bay 1 Bay 2...

  • Page 216: Integrated Bay Cables For Bays 1 And 5 Of Rack And Stack

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Table 5-33. Integrated Bay Cables for Bays 1 and 5 of Rack and Stack Configurations (continued) Connections Cable Group OT-Control 7G028-20 BUS OUT IAO LAN CTL IN 7G028-20 CTL OUT EQPG OUT...

  • Page 217: Cables Supplied With Ot Comp. 2 Shelf (List 13), Bay 2 Or Bay

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Each of the OT Complimentary Shelf 2 (List 13) installed as the top shelf in Bay 2 or Bay 4 will be supplied with the following cables, however they may not be pre Configurations installed: (continued)

  • Page 218: Additional Cables Required For Five-Bay Rack And Stack

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Table 5-37. Additional Cables Required for Five-Bay Rack and Stack Configurations (continued) Cable Group Connectors 7G028-22 BUS IN IAO LAN 7G028-22 CTL OUT CTL IN 7G028-22 CTL OUT J16-1 RESET IN...
  • Page 219 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Cable installation for Bays 1-3 continues: Configurations (continued) Step Action Remove the ED-7G045-20 G2 Termination from J7 on the interconnection panel of the top shelf, OT Complimentary 1 Shelf in Bay Remove the ED-7G045-20 G6 termination from the J15 connector of the OLS shelf in Bay 1 and discard.
  • Page 220 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Cable installation for Bays 1-3 continues: Configurations (continued) Step Action Remove the ED-7G045-20 Group 2 Termination from the Complementary Shelf 1 connector J7 of Bay 2 and plug it into Complementary Shelf 2 connector J7 of Bay 2.
  • Page 221 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Cable installation for Bays 1-3 continues: Configurations (continued) Step Action Route the P8 end of the same cable through the right side of the top OT Complimentary 2 shelf in Bay 3 and attach P8 to the J8 EQPG OUT connector.
  • Page 222 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Cable installation for Bays 3-5 continues: Configurations (continued) Step Action Route the P27 end of the ED7G028-22 Group 812 cable through the right side of the OLS shelf of Bay 5 and attach to the J27 CTL OUT (B) connector on the OLS interconnection panel from which the G29 cable was removed in Step 1.
  • Page 223 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Cable installation for Bays 3-5 continues: Configurations (continued) Step Action Route the P7 end of the ED-7G045-20 G6 cable through the left side of the OT System Controller Shelf of Bay 4 and attach P7 to the J7 CTL OUT connector.
  • Page 224 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Cable installation for Bays 3-5 continues: Configurations (continued) Step Action Route the P8 end of the same cable through the right side of the OT Complimentary 2 shelf in Bay 4 and attach P8 to the J8 EQPG OUT connector.
  • Page 225 365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Configurations (continued) Step Action Route the P7 end of the ED-7G045-20 G806 cable through the right side of the bottom OT Complimentary 2 Shelf of Bay 3 and attach P7 to the J7 CTL OUT connector.

  • Page 226: Cable Positions For Five Bay Rack And Stack Configuration

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Figure 5-12. Cable Positions for Five Bay Rack and Stack Configuration Configurations (continued) BAY 3, bottom or top shelf OT Complementary Shelf 2 Interconnect Panel CTL OUT (J7) RESET IN (J16) CTL IN (J6) EQPG OUT (J8)

  • Page 227: Bay Positions For Five Bay Rack And Stack Configuration

    365-575-389 Wired Cable Installation Installation Manual OLS/OT Integration Cables Installation (Continued) Rack and Stack Figure 5-13. Bay Positions for Five Bay Rack and Stack Configuration Configurations Fuse/LGX Fuse/LGX O T Comp. 1 OT Comp. 1 O T Comp. 2 (continued) O T Comp.
  • Page 228 365-575-389 Wired Cable Installation Installation Manual 5-72 Issue 1.0 March 2001...

  • Page 229: Wavestar Ols 40G Fiber And Circuit Pack Installation

    WaveStar OLS 40G Fiber and Circuit Pack Installation Contents Background Generic Information for Fiber Installation 1A-TX End Terminal Installation 1A-RCV End Terminal Installation Repeater Installation One OA 1A-TX End Terminal Installation One OA 1A-RCV End Terminal Installation Two OA/Two OA Dual Facing Shelf Installation...

  • Page 230: Background

    Procedures in this installation manual are only to be performed by trained personnel. This chapter covers WaveStar OLS 40G and OT and gives a brief overview of each piece of equipment. It is broken into the 11 sections listed below.
  • Page 231 Chapter 1, Overall Installation and Test Considerations. For ordering information for the WaveStar OLS 40G or for the Optical Translator (OT), refer to the 365-575-386 WaveStar OLS 40G Application, Planning, and Ordering Guide (APOG). Do not use cable ties with the optical fiber.

  • Page 232: Generic Information For Fiber Installation

    Generic Information for Fiber Installation End Terminal The WaveStar OLS 40G End Terminal combines and separates up to 16 OC-48/ STM-16 signals, transmitting and receiving up to 516,096 voice channels Description simultaneously on one optical fiber. All WaveStar OLS 40G transmission uses fiber jumpers connected to circuit pack faceplates.
  • Page 233 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Generic Information for Fiber Installation (Continued) Optical Translator An Optical Translator system can have up to three shelves: the controller shelf, complementary shelf 1 and complementary shelf 2. Each OT system can Description accommodate up to 32 Optical Translator Units (OTUs).
  • Page 234 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Generic Information for Fiber Installation (Continued) Intraoffice Fiber Connections between WaveStar OLS 40G shelves and both the SONET/SDH equipment and outside plant fiber are shown in Figure 6-1. Jumpers Figure 6-1. Intraoffice Fiber Jumpers Issue 1.0...

  • Page 235: Single-Mode Fiber Jumpers

    Available Fiber Table 6-1 lists some of the available jumpers for high-speed fiber connection for use with the WaveStar OLS 40G. For additional fiber jumpers available in the Jumpers Rack and Stack configuration, refer to the Rack and Stack subsection of this chapter.
  • Page 236 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Generic Information for Fiber Installation (Continued) Available Fiber Table 6-2. Intrashelf Lightwave Jumpers (continued) Jumpers (continued) Max. No. List of Chan. System Type Requirement No./Length/Type L163 1 OA ET 1 per Optical Line 1-50"-ST to ST...
  • Page 237 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Generic Information for Fiber Installation (Continued) Fiber Cable The figure that follows illustrates the routing to be used to bring cables from outside plant fiber or other equipment to the appropriate shelf in the WaveStar Routing OLS 40G.
  • Page 238 Generic Information for Fiber Installation (Continued) Circuit Pack Circuit pack installation for the WaveStar OLS 40G includes the following: Installation Install, but do not seat, all circuit packs and units in their final locations to aid in the installation of the fiber jumpers.

  • Page 239: Available Wavestar Ols 40G Circuit Pack Codes

    Installation (Continued) Circuit Pack Circuit Pack Availability Installation Table lists available circuit packs for the WaveStar OLS 40G. Packs specific to (continued) each configuration will be called out in the individual subsections. Table 6-3. Available WaveStar OLS 40G Circuit Pack Codes...

  • Page 240: Tx End Terminal Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation Description This subsection covers the installation of fibers and labels for the 1A-TX End Terminal configuration. The subsection is divided into six procedures: Intrashelf Fiber Jumper Installation.
  • Page 241 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Circuit Pack Equip Procedure for 2- Line Systems Step Action (continued) Install, but do not seat, the following controller circuit packs in the OLS...
  • Page 242 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Circuit Pack Equip Procedure for 2- Step Action Line Systems (continued) If line 2 is equipped, install, but do not seat, the following transmission...

  • Page 243: 1A-Tx End Terminal Intrashelf Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Fiber Jumper Intrashelf Fiber Jumper Installation Installation Install the 4 fiber jumpers per List 162 for 16 λ for each line (8 fibers for a 2-line shelf), add the labels from Installation Kit C848065959, then route the fibers by referring to Figure 6-3 and Table 6-4.

  • Page 244: Intrashelf Fiber Jumpers For 1A-Tx End Terminals

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Fiber Jumper Table 6-4. Intrashelf Fiber Jumpers for 1A-TX End Terminals Installation (continued) Connect Label to Application Line Point Circuit Pack Connector Install End Terminal...

  • Page 245: Tx End Terminal Outside Plant, Low-Speed, And Customer Maintenance Signal Fiber Jumpers

    Fiber Jumper Low-Speed Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the SONET/SDH (continued) equipment by adding the labels from the Installation Kit C848065959 then routing the fibers by referring to Figure 6-2 and Table 6-4. Use Table 6-5 for Line 1 and Table 6-6 for Line 2.

  • Page 246: Tx End Terminal Low-Speed Fiber Jumpers - Line

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Fiber Jumper Table 6-5. 1A-TX End Terminal Low-Speed Fiber Jumpers — Line 1 Installation (continued) Label to Label to Install for Circuit Install for...

  • Page 247: Tx End Terminal Low-Speed Fiber Jumpers - Line

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Fiber Jumper Table 6-5. 1A-TX End Terminal Low-Speed Fiber Jumpers — Line 1 (continued) Installation (continued) Label to Label to Install for Circuit Install for...
  • Page 248 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Fiber Jumper Table 6-6. 1A-TX End Terminal Low-Speed Fiber Jumpers — Line 2 Installation (continued) Label to Label to Circuit Install for Install for...
  • Page 249 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Fiber Jumper Table 6-6. 1A-TX End Terminal Low-Speed Fiber Jumpers — Line 2 (continued) Installation (continued) Label to Label to Circuit Install for Install for...

  • Page 250: Outside Plant Lgx Fiber Jumpers For 1A-Tx End Terminals

    Fiber Jumper Outside Plant LGX Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the outside plant LGX for (continued) each line by adding the labels from the Installation Kit C848065959 then routing the fibers by referring to Figure 6-4 and Table 6-7.

  • Page 251: Customer Maintenance Fiber Jumpers For End Terminal

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Fiber Jumper Table 6-8. Customer Maintenance Fiber Jumpers for End Terminal Installation (continued) Connect Circuit Application Line Point Pack Connector Label to Install End Terminal...
  • Page 252 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Fiber Dressing All fiber jumpers (except OMU inputs and ODU outputs) should dress from their circuit pack or unit connectors down through the notches immediately below the connectors at the bottom edge of the shelf then horizontally along the shelf trough to the appropriate side as shown in Figure 6-3 and Figure 6-4.
  • Page 253 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-TX End Terminal Installation (Continued) Final Verification Perform the following steps to ensure that fibers are properly installed: Step Action Verify that fibers are properly secured and dressed. Verify that optical fiber is protected properly.

  • Page 254: 1A-Rcv End Terminal Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation Description This subsection covers the installation of fibers and labels for the 1A-RCV End Terminal configuration. The subsection is divided into six procedures: Intrashelf Fiber Jumper Installation.
  • Page 255 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Circuit Pack Equip Procedure for 2- Line Systems Step Action (continued) Install, but do not seat, the following controller circuit packs in the OLS...
  • Page 256 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Circuit Pack Equip Procedure for 2- Line Systems Step Action (continued) If line 2 is equipped, install, but do not seat, the following transmission...

  • Page 257: 1A-Rcv End Terminal Intrashelf Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Fiber Jumper Intrashelf Fiber Jumper Installation Installation Install the four fiber jumpers per List 162 for 16 λ for each line (8 fibers for a 2-line shelf), add the labels, and route the fibers using Figure 6-5 and Table 6-9.

  • Page 258: Intrashelf Fiber Jumpers For 1A-Rcv End Terminals

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Fiber Jumper Table 6-9. Intrashelf Fiber Jumpers for 1A-RCV End Terminals Installation (continued) Connect Label to Application Line Point Circuit Pack Connector Install End Terminal...

  • Page 259: Rcv End Terminal Outside Plant, Low-Speed, And Customer Maintenance Signal Fiber Jumpers

    Fiber Jumper Low-Speed Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the SONET/SDH (continued) equipment by adding the labels from the installation kit C848065959, then routing the fibers by referring to Figure 6-2, Figure 6-6, and Table 6-10 for Line 1, and Table 6-11 on page 6-34 for Line 2 if it is equipped.
  • Page 260 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Fiber Jumper Table 6-10. 1A-RCV End Terminal Low-Speed Fiber Jumpers — Line 1 Installation (continued) Label to Label to Install for Circuit Install for...
  • Page 261 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Fiber Jumper Table 6-10. 1A-RCV End Terminal Low-Speed Fiber Jumpers — Line 1 (continued) Installation (continued) Label to Label to Install for Circuit Install for...
  • Page 262 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Fiber Jumper Table 6-11. 1A-RCV End Terminal Low-Speed Fiber Jumpers — Line 2 Installation (continued) Label to Label to Circuit Install for Install for...
  • Page 263 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Fiber Jumper Table 6-11. 1A-RCV End Terminal Low-Speed Fiber Jumpers — Line 2 (continued) Installation (continued) Label to Label to Circuit Install for Install for...

  • Page 264: Outside Plant Lgx Fiber Jumpers For 1A-Rcv End Terminals

    Fiber Jumper Outside Plant LGX Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the outside plant LGX for (continued) each line by adding the labels from the Installation Kit C848065959 then routing the fibers by referring to Figure 6-6 on page 6-31 and Table 6-12 on page 6-36.

  • Page 265: Customer Maintenance Fiber Jumpers For 1A-Rcv

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Fiber Jumper Table 6-13. Customer Maintenance Fiber Jumpers for 1A-RCV End Terminals Installation (continued) Connect Circuit Application Line Point Pack Connector Label to Install...
  • Page 266 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual 1A-RCV End Terminal Installation (Continued) Seat OMUs and Refer to Figure 6-5, and seat the OMU and ODU units in the shelf as follows: ODUs Into Shelf Step Action Remove the screws from the shelf positions and discard if OMUs and ODUs are equipped with captive screws.

  • Page 267: Repeater Installation

    Installation Manual Repeater Installation Description This configuration is available for use with all releases of WaveStar OLS 40G software If a single OA configuration is to be installed, there should be no associated repeaters in the transmission line. This subsection contains information for installing the fibers and circuit packs for the Repeaters.
  • Page 268 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Repeater Installation (Continued) Circuit Pack Equip Procedure for 2- Line Systems Step Action (continued) Install, but do not seat, the following transmission circuit packs for line 1 in the lower shelf:...
  • Page 269 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Repeater Installation (Continued) Fiber Jumper Figure 6-7. Repeater Intrashelf Fiber Jumpers Installation (continued) (Continued on next page) 6-41 Issue 1.0 March 2001...

  • Page 270: Intrashelf Fiber Jumpers For Repeaters

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Repeater Installation (Continued) Fiber Jumper Table 6-14. Intrashelf Fiber Jumpers for Repeaters Installation (continued) Connect Label to Application Line Point Circuit Pack Connector Install Repeater TLM 1A 1A-TLM-IN OA 1B...

  • Page 271: Outside Plant Lgx Fiber Jumpers For Repeaters

    Fiber Jumper Outside Plant LGX Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the outside plant LGX for (continued) each line by adding the labels from the Installation Kit C848065959 then routing the fibers by referring to Figure 6-8 and Table 6-15.

  • Page 272: Repeater Outside Plant And Customer Maintenance Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Repeater Installation (Continued) Fiber Jumper Figure 6-8. Repeater Outside Plant and Customer Maintenance Fiber Jumpers Installation (continued) (Continued on next page) 6-44 Issue 1.0 March 2001...

  • Page 273: Customer Maintenance Fiber Jumpers For Repeaters

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Repeater Installation (Continued) Fiber Jumper Table 6-16. Customer Maintenance Fiber Jumpers for Repeaters Installation (continued) Connect Circuit Application Line Point Pack Connector Label to Install Repeater TLM 1A CM IN...
  • Page 274 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Repeater Installation (Continued) Final Verification Perform the following steps to ensure that fibers are properly installed: Step Action Verify that fibers are properly secured and dressed. Verify that optical fiber is protected properly.

  • Page 275: One Oa 1A-Tx End Terminal Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-TX End Terminal Installation Description This configuration is support by Releases 2.1 and subsequent releases of software only. This configuration is most commonly used as a stand-alone shelf or coupled with another configuration in a Dual shelf bay.
  • Page 276 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-TX End Terminal Installation (Continued) Circuit Pack Equip Procedure for 2- Line Systems Step Action (continued) Install, but do not seat, the following controller circuit packs in the lower...

  • Page 277: One Oa 1A-Tx End Terminal Intrashelf Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-TX End Terminal Installation (Continued) Fiber Jumper Intrashelf Fiber Jumper Installation Installation Install the three fiber jumpers per List 163 for each line (6 fibers for a fully equipped 2-line shelf), add the labels provided in the installation kit C848065959, and route the fibers by referring to Figure 6-9 and Table 6-17.

  • Page 278: Intrashelf Fiber Jumpers For One Oa 1A-Tx End Terminals

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-TX End Terminal Installation (Continued) Fiber Jumper Table 6-17. Intrashelf Fiber Jumpers for One OA 1A-TX End Terminals Installation (continued) Connect Label to Application Line Point Circuit Pack...
  • Page 279 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-TX End Terminal Installation (Continued) Fiber Jumper Figure 6-10. 1A-TX End Terminal Outside Plant, Low-Speed, and Customer Maintenance Signal Fiber Jumpers Installation (continued) Fiber Restraints Low Speed Fiber Jumpers The low speed fiber jumpers and labels for a one OA 1A-TX application are identical to a regular two OA 1A-Tx application.

  • Page 280: Outside Plant Lgx Fiber Jumpers For One Oa 1A-Tx End Terminal

    Fiber Jumper Outside Plant LGX Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the outside plant LGX for (continued) each line by adding the labels from Installation Kit C848065959 then routing the fibers by referring to Figure 6-10 and Table 6-18.

  • Page 281: Customer Maintenance Fiber Jumpers For End Terminals

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-TX End Terminal Installation (Continued) Fiber Jumper Table 6-19. Customer Maintenance Fiber Jumpers for End Terminals Installation (continued) Connect Circuit Application Line Point Pack Connector Label to Install...
  • Page 282 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-TX End Terminal Installation (Continued) Seat OMUs and Refer to Figure 6-9 to seat the OMU and ODU units in the shelf as follows: ODUs Into Shelf...

  • Page 283: One Oa 1A-Rcv End Terminal Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-RCV End Terminal Installation Description This configuration is available only in Releases 2.1 and subsequent releases. The installation of a single One OA 1A-RCV End Terminal Shelf is the more common application for this configuration.
  • Page 284 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-RCV End Terminal Installation (Continued) Circuit Pack Equip Procedure for 2- Line Systems Step Action (continued) Install, but do not seat, the following controller circuit packs in the lower...

  • Page 285: One Oa 1A-Rcv End Terminal Intrashelf Fiber Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-RCV End Terminal Installation (Continued) Fiber Jumper Intrashelf Fiber Jumper Installation Installation Install the three fiber jumpers per List 163 for each line (6 fibers for a fully equipped 2-line shelf), add the labels provided in the installation kit C848065959, and route the fibers by referring to Figure 6-11 and Table 6-20.

  • Page 286: Intrashelf Fiber Jumpers For One Oa 1A-Rcv End Terminal

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-RCV End Terminal Installation (Continued) Fiber Jumper Table 6-20. Intrashelf Fiber Jumpers for One OA 1A-RCV End Terminal Installation (continued) Connect Label to Application Line Point Circuit Pack...

  • Page 287: One Oa 1A-Rcv End Terminal Outside Plant, Low-Speed, And Customer Maintenance Signal Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-RCV End Terminal Installation (Continued) Fiber Jumper Figure 6-12. One OA 1A-RCV End Terminal Outside Plant, Low-Speed, and Customer Maintenance Signal Fiber Jumpers. Installation (continued) Fiber Restraints...

  • Page 288: Outside Plant Lgx Fiber Jumpers For One Oa 1A-Rcv End Terminal

    Fiber Jumper Outside Plant LGX Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the outside plant LGX for (continued) each line by adding the labels from Installation Kit C848065959 then routing the fibers by referring to Figure 6-12 and Table 6-21.

  • Page 289: Customer Maintenance Fiber Jumpers For One Oa 1A-Rcv End Terminal

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-RCV End Terminal Installation (Continued) Fiber Jumper Table 6-22. Customer Maintenance Fiber Jumpers for One OA 1A-RCV End Terminal Installation (continued) Connect Circuit Application Line Point Pack...
  • Page 290 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA 1A-RCV End Terminal Installation (Continued) Seat OMUs and Refer to Figure 6-11 or Figure 6-12, and seat the OMU and ODU units in the shelf as follows:...

  • Page 291: Two Oa/Two Oa Dual Facing Shelf Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/Two OA Dual Facing Shelf Installation Description This configuration is available with Release 2.1 and subsequent releases only. Covered in this subsection is the fiber, circuit pack and label installation for a stand-alone Two OA Dual Facing Shelf.
  • Page 292 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/Two OA Dual Facing Shelf Installation (Continued) Circuit Pack Equip Procedure for 2-Line Shelf Step Action (continued) Install, but do not seat, the following controller circuit packs in the lower...

  • Page 293: Two Oa Dual Facing Shelf Intrashelf Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/Two OA Dual Facing Shelf Installation (Continued) Fiber Jumper Intrashelf Fiber Jumper Installation Installation Install the eight (8) fiber jumpers per List 164 by adding the labels from installation kit C848065959, and the routing the fibers by referring to Figure 6-13 and Table 6-23.

  • Page 294: Intrashelf Fiber Jumpers For Two Oa Dual Facing Shelf

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/Two OA Dual Facing Shelf Installation (Continued) NOTE: Fiber Jumper The fibers must pass in front of the bracket between the TLM and OMU/ ODU slots. The fibers should be dressed behind the shelf mounting Installation brackets.

  • Page 295: Two Oa Dual Facing Shelf Outside Plant, Low-Speed, And Customer Maintenance Signal Fiber Jumpers

    Fiber Jumper Low-Speed Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the SONET/SDH (continued) equipment by adding the labels then routing the fibers by referring to Figure 6-2, Figure 6-14, and Table 6-24 through Table 6-25.

  • Page 296: Two Oa Dual Facing Shelf Low-Speed Fiber Jumpers - Line

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/Two OA Dual Facing Shelf Installation (Continued) Fiber Jumper Table 6-24. Two OA Dual Facing Shelf Low-Speed Fiber Jumpers — Line 1 Installation (continued) Label to Label to...

  • Page 297: Two Oa Dual Facing Shelf Low-Speed Fiber Jumper - Line

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/Two OA Dual Facing Shelf Installation (Continued) Fiber Jumper Table 6-24. Two OA Dual Facing Shelf Low-Speed Fiber Jumper — Line 1 (continued) Installation (continued) Label to Label to...
  • Page 298 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/Two OA Dual Facing Shelf Installation (Continued) Fiber Jumper Table 6-25. Two OA Dual Facing Shelf Low-Speed Fiber Jumper — Line 2 Installation (continued) Label to Label to...
  • Page 299 UPPER 2D16 Outside Plant LGX Fiber Jumper Installation Install the fiber jumpers from the WaveStar OLS 40G to the outside plant LGX for each line by adding the labels from Installation Kit C848065959 then routing the fibers by referring to Figure 6-14 and Table 6-26.

  • Page 300: Outside Plant Lgx Fiber Jumpers For Two Oa Dual Facing Shelf

    2B-OA-IN Customer Maintenance Fiber Jumper Installation If equipped, install the fiber jumpers from the WaveStar OLS 40G to any equipped customer maintenance facility or LGX by adding the labels then routing the fibers by referring to Figure 6-14 and Table 6-27.
  • Page 301 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/Two OA Dual Facing Shelf Installation (Continued) Fiber Dressing All fiber jumpers (except OMU inputs and ODU outputs) should dress from their circuit pack or unit connectors down through the notches immediately below the connectors at the bottom edge of the shelf then horizontally along the shelf trough to the appropriate side as shown in Figure 6-2 and Figure 6-14.

  • Page 302: Two Oa/One Oa Dual Facing Shelf Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/One OA Dual Facing Shelf Installation Description This configuration is supported by Releases 2.1 and subsequent releases only. The information in this subsection contains the information to fiber a 2-line Dual Facing shelf.
  • Page 303 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/One OA Dual Facing Shelf Installation (Continued) Circuit Pack Equip Procedure for 2-Line Shelf Step Action (continued) Install, but do not seat, the following controller circuit packs in the shelf:...

  • Page 304: Two Oa/One Oa Dual Facing Shelf Intrashelf Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/One OA Dual Facing Shelf Installation (Continued) Fiber Jumper Intrashelf Fiber Jumper Installation Installation Install the seven (7) fiber jumpers per List 161 for each line by adding the labels from the installation kit (C848065959) then routing the fibers by referring to Figure 6-15 and Table 6-28.

  • Page 305: Intrashelf Fiber Jumpers For Two Oa/One Oa Dual Facing Shelf

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/One OA Dual Facing Shelf Installation (Continued) NOTE: Fiber Jumper The fibers must pass in front of the bracket between the TLM and OMU/ ODU slots. The fibers should be dressed behind the shelf mounting Installation brackets.

  • Page 306: Two Oa/One Oa Dual Facing Shelf Outside Plant, Low-Speed, And Customer Maintenance Signal Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/One OA Dual Facing Shelf Installation (Continued) Fiber Jumper Low-Speed Fiber Jumper Installation Installation The low speed fiber jumpers and labels for a Two OA/One OA Dual Facing Shelf...

  • Page 307: Outside Plant Lgx Fiber Jumpers For Two Oa/One Oa Dual Facing Shelf

    Fiber Jumper Outside Plant LGX Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the outside plant LGX for (continued) each line by adding the labels from Installation Kit C848065959 then routing the fibers by referring to Figure 6-16 and Table 6-29.

  • Page 308: Customer Maintenance Fiber Jumpers For End Terminals

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Two OA/One OA Dual Facing Shelf Installation (Continued) Fiber Jumper Table 6-30. Customer Maintenance Fiber Jumpers for End Terminals Installation (continued) Connect Circuit Application Line Point Pack Connector Label to Install...

  • Page 309: One Oa/Two Oa Dual Facing Shelf Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/Two OA Dual Facing Shelf Installation Description This configuration is supported by Releases 2.1 and subsequent releases only. This section covers the installation of a stand-alone Dual Facing Shelf. It is possible for a second shelf to be installed in the same bay, yet configured differently.
  • Page 310 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/Two OA Dual Facing Shelf Installation (Continued) Circuit Pack Equip Procedure For 2-Line Shelf Step Action (Continued) Install, but do not seat, the following controller circuit packs in the shelf:...

  • Page 311: One Oa/Two Oa Dual Facing Shelf Intrashelf Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/Two OA Dual Facing Shelf Installation (Continued) Fiber Jumper Intrashelf Fiber Jumper Installation Installation Install the seven (7) fiber jumpers per List 165 by adding the labels from Installation Kit C848065959 then routing the fibers by referring to Figure 6-17 and Table 6-31.

  • Page 312: Intrashelf Fiber Jumpers For One Oa/Two Oa Dual Facing Shelf

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/Two OA Dual Facing Shelf Installation (Continued) Fiber Jumper Table 6-31. Intrashelf Fiber Jumpers for One OA/Two OA Dual Facing Shelf Installation (continued) Connect Label to Application Line...

  • Page 313: One Oa/Two Oa Dual Facing Shelf Outside Plant, Low-Speed, And Customer Maintenance Signal Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/Two OA Dual Facing Shelf Installation (Continued) CAUTION: Fiber Jumper Do not connect either end of the fiber jumper at this time. Installation (continued) Figure 6-18. One OA/Two OA Dual Facing Shelf Outside Plant, Low-Speed,...

  • Page 314: Outside Plant Lgx Fiber Jumpers For One Oa/Two Oa Dual Facing Shelf

    Fiber Jumper Outside Plant LBX Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the outside plant LGX for (continued) each line by adding the labels from Installation Kit C848065959 then routing the fibers by referring to Figure 6-18 and Table 6-32.

  • Page 315: Customer Maintenance Fiber Jumper For One Oa/Two Oa Dual Facing Shelf

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/Two OA Dual Facing Shelf Installation (Continued) Fiber Jumper Table 6-33. Customer Maintenance Fiber Jumper for One OA/Two OA Dual Facing Shelf Installation (continued) Connect Circuit Application Line...

  • Page 316: One Oa/One Oa Dual Facing Shelf Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/One OA Dual Facing Shelf Installation Description This configuration is supported by Releases 2.1 and subsequent releases only. Covered in this subsection is the fiber and circuit pack installation for a stand- alone One OA/One OA Dual Facing Shelf.
  • Page 317 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/One OA Dual Facing Shelf Installation (Continued) Circuit Pack Equip Procedure for 2-Line Shelf Step Action (continued) Install, but do not seat, the following controller circuit packs in the shelf:...

  • Page 318: One Oa/One Oa Dual Facing Shelf Intrashelf Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/One OA Dual Facing Shelf Installation (Continued) Fiber Jumper Intrashelf Fiber Jumper Installation Installation Install the 3 fiber jumpers per List 163 for each line (6 fibers for a fully equipped 2- line shelf) by adding the labels from Installation Kit C848065959 then routing the fibers by referring to Figure 6-19 and Table 6-34.

  • Page 319: Intrashelf Fiber Jumpers For One Oa/One Oa Dual Facing Shelf

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/One OA Dual Facing Shelf Installation (Continued) Fiber Jumper Table 6-34. Intrashelf Fiber Jumpers for One OA/One OA Dual Facing Shelf Installation (continued) Connect Label to Application Line...

  • Page 320: One Oa/One Oa Dual Facing Shelf Outside Plant, Low-Speed, And Customer Maintenance Signal Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/One OA Dual Facing Shelf Installation (Continued) CAUTION: Fiber Jumper Do not connect either end of the fiber jumper at this time. Installation (continued) Figure 6-20. One OA/One OA Dual Facing Shelf Outside Plant, Low-Speed,...

  • Page 321: Outside Plant Lgx Fiber Jumpers For One Oa/One Oa Dual Facing Shelf

    Fiber Jumper Outside Plant LGX Fiber Jumper Installation Installation Install the fiber jumpers from the WaveStar OLS 40G to the outside plant LGX for (continued) each line by adding the labels provided in the installation kit (C848065959) then routing the fibers by referring to Figure 6-20 and Table 6-35.

  • Page 322: Customer Maintenance Fiber Jumpers For One Oa/One Oa Dual Facing Shelf

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual One OA/One OA Dual Facing Shelf Installation (Continued) Fiber Jumper Table 6-36. Customer Maintenance Fiber Jumpers for One OA/One OA Dual Facing Shelf Installation (continued) Connect Circuit Application Line...

  • Page 323: Optical Translator Fiber Installation

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Optical Translator Fiber Installation Overview This section covers OT fiber installation. Included is fiber routing, fiber protection, and labeling. Fiber Jumper and Fiber Routing and Installation Label Installation The following guidelines should be followed when installing the fibers in the OT shelves.
  • Page 324 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Optical Translator Fiber Installation (Continued) Fiber Jumper and Label Installation (continued) CAUTION: Do not connect fibers to OTU circuit packs at this time. Fibers may have power levels that could damage OTU receivers.
  • Page 325 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Optical Translator Fiber Installation (Continued) Fiber Labeling The fibers are to be labelled by the numbered OTU slot where they reside. The input fiber will have the OTU number followed by IN and the output fiber will have the OTU number followed by OUT.
  • Page 326 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Optical Translator Fiber Installation (Continued) λ Fiber Labeling Figure 6-22. Fiber Labeling Example: 16 , Add and Drop (continued) Fuse Interconnection Panel Complementary Panel Shelf 2 21 22 23 24 25...
  • Page 327 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Optical Translator Fiber Installation (Continued) QOTU Fiber Each Quad Optical Translator Unit (QOTU) spans two slots in the OT in odd/even matched pairs. (25,26 or 3,4 for example). Each QOTU can contain up to four Labeling Optical Translator Port Modules each with an input and output.
  • Page 328 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Optical Translator Fiber Installation (Continued) Final Verification Perform the following steps to ensure that fibers are properly installed: Step Action Verify the fibers are properly secured and dressed. Verify the optical fiber is protected properly.

  • Page 329: Rack And Stack Configuration

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configuration Description This subsection covers the installation of fibers, fiber labels, and circuit packs for OLS systems that have been installed in a two-bay, three-bay, or five-bay rack and stack configuration.

  • Page 330: Connections

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configuration (Continued) Fiber Jumper There are several different fiber jumper kits available for the rack and stack systems, some of which include blue fiber jumpers. These blue jumpers are...
  • Page 331 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configuration (Continued) Fiber Jumper Installation (continued) Kit Comcode Item and Desc. Qty. Item Comcode Item Description Length 108993098 107265209 MS1SC-SC 4 FT Kit # 1 108113853...
  • Page 332 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configuration (Continued) Fiber Jumper Installation (continued) Kit Comcode Item and Desc. Qty. Item Comcode Item Description Length 108993635 108989500 MS1SC-SC 3 FT Kit # 5 107265209...
  • Page 333 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configuration (Continued) Fiber Jumper Installation (continued) Kit Comcode Item and Desc. Qty. Item Comcode Item Description Length 108993577 108113853 MS1LC-SC 4 FT Kit # 3 108113861...
  • Page 334 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configuration (Continued) Fiber Jumper Three-Bay and Five-Bay Rack and Stack Fiber Kits Installation For Three-Bay and Five-Bay Rack and Stack configurations, the following fiber kits (continued)
  • Page 335 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configuration (Continued) Fiber Jumper Installation (continued) Kit Comcode Item and Desc. Qty. Item Comcode Item Description Length 108993650 108989500 MS1SC-SC 3 FT Kit # 7 107265209...
  • Page 336 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper Additionally, the Five-Bay Rack and Stack Configuration will require the following kits (Kits 11 and 12) for Line 1 of the second system (Bays 5 and 3):...
  • Page 337 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper Installation (continued) Kit Comcode Item and Desc. Qty. Item Comcode Item Description Length 108993700 108113853 MS1LC-SC 4 FT Kit # 11 107198228...
  • Page 338 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper For Three-Bay and Five-Bay Rack and Stack configurations, the following fiber kits (Kits 9 and 10) will be needed for Line 2 (Bays 1 and 2) if Line 2 is to be equipped:...
  • Page 339 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper Installation (continued) Kit Comcode Item and Desc. Qty. Item Comcode Item Description Length 108993676 108113853 MS1LC-SC 4 FT Kit # 9 107198228...
  • Page 340 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper Additionally, the Five-Bay Rack and Stack Configuration will require the following kits (Kits 13 and 14) for Line 2 of the second system (Bays 5 and 4):...
  • Page 341 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper Installation (continued) Kit Comcode Item and Desc. Qty. Item Comcode Item Description Length 108993726 107265209 MS1LC-SC 4 FT Kit # 13 107198228...

  • Page 342: Rack And Stack Ols Intrashelf Fiber Routing, 1A-Tx Shown

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper Figure 6-24. Rack and Stack OLS IntraShelf Fiber Routing, 1A-TX Shown Installation (continued) NOTE: The units in Figure 6-24 which are labelled “OU” are the optical units representing either the OMUs or ODUs.

  • Page 343: Rack And Stack

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper For One OA 1A-RCV fiber connections see Figure 6-11 and use Table 6-20 Installation For Two OA/Two OA Dual Facing Shelves see Figure 6-13 and use...
  • Page 344 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper Low Speed Fiber Connections: 2-Bay Configurations Installation The low speed fiber connections from the LGX panel in Bay 2 to/from the OTUs,...
  • Page 345 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Rack and Stack Configurations (Continued) Fiber Jumper Bay 2, OT Complimentary Shelf 1 (middle shelf): all fibers, for slots 9-20 route to the left Installation (continued) Bay 2, OT Complimentary Shelf 2 (top shelf): all fibers for slots 21-32 route...

  • Page 346: Telemetry Feed-Through Installation

    End Terminals and zero or more repeaters in between. This domain is often referred to as a WaveStar OLS 40G subnetwork. In a SONET/SDH ring network there can be multiple concatenated OLS subnetworks, each one on a span of the ring.
  • Page 347 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Telemetry Feed-Through Installation (Continued) Circuit Pack Figure 6-25. Line End Terminal 1A-TX-THRU Installation (continued) INTERCONNECTION PANEL ODU OMU LDA1 LDA1 Line Line Line Line Line 2 Line 1 NOTE: The 2-line end terminal 1A-RX-THRU is the same except the ODUs are in the A slots and the OMUs are in the B slots.

  • Page 348: Telemetry Feed-Through Fiber Jumpers

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Telemetry Feed-Through Installation (Continued) Circuit Pack Table 6-37. Telemetry Feed-Through Fiber Jumpers Installation (continued) Code Comcode Length Description MS1EP-EP-02 107 306 243 2 ft. ST II+ ST II+ MS1EP-EP-10 107 306 292 10 ft.

  • Page 349: Telemetry Feed-Through Fiber Jumper Labels

    365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Telemetry Feed-Through Installation (Continued) Fiber Connections Table 6-39. Telemetry Feed-Through Fiber Jumper Labels (continued) Connect Circuit Application Line Point Pack Connector Label to Install End Terminal TLM 1B 1B-TLM-IN...
  • Page 350 365-575-389 WaveStar OLS 40G Fiber and Circuit Pack Installation Installation Manual Telemetry Feed-Through Installation (Continued) Fiber Connections (continued) Step Action Measure the power level at the End Terminal 2 end of the same jumper. Select an LBO to set the input power between –18 and –31 dBm.
  • Page 351 Powering Contents Background WaveStar OLS 40G & OT Powering Powering and Testing Procedures Fuse Insertion Verify A & B Feeds Issue 1.0 March 2001...

  • Page 352: Background

    This chapter describes the procedures to power WaveStar™ OLS 40G Equipment Introduction and to power the Optical Translator equipment. General Disconnect the office alarms from the WaveStar OLS 40G Network Element before performing any tests. Reconnect the office alarms upon test completion. Considerations Tools, Test Sets and...

  • Page 353: Powering

    Powering Installation Manual WaveStar OLS 40G & OT Powering Two -48V DC power feeders connect to the WaveStar OLS 40G shelf fuses. From Description the fuses, power is channeled through a filter to the backplane of the shelf and to the circuit packs.

  • Page 354: Powering And Testing Procedures

    For OT, see For an Integrated Bay, follow the steps for both the Figure 7-2. WaveStar OLS 40G shelf and for the OT shelves. Requirement: The resistance should show an open circuit (more than a megaohm reading) for each fuse holder.

  • Page 355: Wavestar Ols 40G Fuse Panel Measurement Point

    Powering & Battery Measure the voltage at the top of the fuse holder, not at the rear. Grounding (continued) Figure 7-1. WaveStar OLS 40G Fuse Panel Measurement Point 10A, 60V -48 A Measure resistance and voltage at the top of fuse holder, not at 10A, 60V the rear.
  • Page 356 365-575-389 Powering Installation Manual Powering & Testing Procedures (Continued) WaveStar OLS 40G Follow the procedures listed below to check the Battery Return Cable Connection for OLS only installations: Check Battery Return Cable Connection NOTE: Since the power cable is tied together for both shelves if there are two OLS shelves in the same equipment bay frame, the battery return measurement only needs to be taken on the Lower Shelf.
  • Page 357 365-575-389 Powering Installation Manual Powering & Testing Procedures (Continued) 40G Check Battery Return Cable Connection Step Action Reference (continued) Remove the spade lug terminal from the bottom terminal of the B (Bottom) Power Filter. The wire color is SLATE/ BLACK and the terminal is labeled -48VR. Using an Analog Ohmmeter, measure the resistance from the wire end to the unpainted cabinet frame ground, NOTE:...
  • Page 358 365-575-389 Powering Installation Manual Powering & Testing Procedures (Continued) OT Check Battery Follow the procedures listed below to check the Battery Return Cable Connection for OT only installations: Return Cable Connection NOTE: Since the power cable is tied together for all three shelves in a 3-shelf OT bay, the battery return measurement needs only be taken at one of the three shelves.
  • Page 359 365-575-389 Powering Installation Manual Powering & Testing Procedures (Continued) OT Check Battery Return Cable Connection Step Action Reference (continued) Remove the spade lug terminal from the bottom terminal of the filter. The wire color is SLATE/BLACK and the terminal is labeled -48VR. Using an Analog Ohmmeter, measure the resistance from the wire end to the unpainted cabinet frame ground.

  • Page 360: Fuse Insertion

    Step Action Reference Insert 20-amp fuses into the WaveStar OLS 40G or OT power feeds at the BDFB. If breakers are being used, put them in the ON position. For Rack and Stack configurations, insert one 10-amp Chapter 3,...
  • Page 361 365-575-389 Powering Installation Manual Fuse Insertion (Continued) Procedures (continued) Step Action Reference For Integrated and OT Bays only: Insert two 10 amp fuses into the fuse holders of the middle shelf per the following: Open the retainer from the bottom edge and swing it up and out of the way.

  • Page 362: Verify A & B Feeds

    NOTE: If the LED is not on, then the A and B power feeders to the WaveStar OLS 40G or OT are swapped. The shelf should still have power from battery B. Correct the error as needed and re-test.
  • Page 363 NOTE: If the LED is not on, then the A and B power feeders to the WaveStar OLS 40G or OT are swapped. The shelf should still have power from battery B. Correct the error as needed and re-test.
  • Page 364 NOTE: If the LED is not on, then the A and B power feeders to the WaveStar OLS 40G or OT are swapped. The shelf should still have power from battery B. Correct the error as needed and re-test.
  • Page 365 365-575-389 Powering Installation Manual Verify A & B Feeds (Continued) Verify B Feed (continued) Step Action Reference Remove the 10-amp fuse located in the fuse panel of Bay 2 or Bay 4, for the A power feed of the top shelf. Requirement: The PWR ON LED for all shelves should remain illuminated.
  • Page 366 365-575-389 Powering Installation Manual 7-16 Issue 1.0 March 2001...

  • Page 367: Network Element Startup And Provisioning

    Network Element Startup and Provisioning Contents Background Software Installation Connecting to the NE Circuit Pack Insertion Initial Provisioning Issue 1.0 March 2001...

  • Page 368: Background

    R7 Software Release Description C109074484 for information including: performing software installation, setting up a PC for use with the WaveStar OLS 40G, and logging in to the system using a CMC (CenterLink Management Console) PC. More information is also available in the WaveStar OLS 40G User/Service Manual (365-575-387).

  • Page 369: Serial Port Pinout Information

    Tools, Test Sets, An “AT modem cable” RS-232 cable. The cable must have a DB25 male connector at one end to mate with the WaveStar OLS 40G DCE CIT port, and Accessories and a DB9 female connector at the other end to mate with the PC serial (Continued) port.

  • Page 370: Software Installation

    Installation Manual Software Installation Description The software installation procedure for new WaveStar OLS 40G is provided in the Software Release Description that came with the CD-ROM. The upgrade of software to in-service terminals should follow procedures given in the Software Release Description shipped with the diskettes or CD-ROM.
  • Page 371 Considerations If any error message windows are displayed, refer to Chapter 11, (continued) Connecting SONET/SDH Systems to WaveStar OLS 40G of this manual to correct the problem. Setting Up the PC Follow the procedures listed in the Software Release Description C109074484 to set up the PC for CenterLink Software Installation.

  • Page 372: Centerlink Management Console

    365-575-389 Network Element Startup and Provisioning Installation Manual Software Installation (Continued) CenterLink Management Console Screen Elements Figure 8-1. CenterLink Management Console (continued) (Continued on next page) Issue 1.0 March 2001...
  • Page 373 365-575-389 Network Element Startup and Provisioning Installation Manual Software Installation (Continued) CenterLink Notepad — Clicking opens a user note storage utility. Management NESERVER application — A Windows 95 application that transfers data Console Screen between the CenterLink Management Console software running on the Elements web browser and the serial port of the PC.

  • Page 374: Software Installation Manager Selection

    365-575-389 Network Element Startup and Provisioning Installation Manual Software Installation (Continued) Network Element Figure 8-2. Software Installation Manager Selection Software Installation (continued) Step Action Reference When the download completes, the following actions will occur: The system will automatically initiate a reset. LEDs on the SYSMEM and SYSCTL will go off after being reset.

  • Page 375: Connecting To The Ne

    Action Reference Either double click on the CenterLink icon (with the Lucent symbol) on the desktop or select Start-Programs- Lucent Technologies-Centerlink Home Page to start Centerlink Management Console. Click on the NE Command Manager Icon. Figure 8-2 Enter the default Target Identifier (TID): —...

  • Page 376: Network Element Login Window

    365-575-389 Network Element Startup and Provisioning Installation Manual Connecting to the NE (Continued) Procedures (continued) Step Action Reference Enter User ID, Password and Privilege Level: Figure 8-3 — Default User ID: LT01 (All caps with a zero.) — Default Password: FT-2000 (All caps with zeros.) —...

  • Page 377: Circuit Pack Insertion

    Requirement: After a 5 minute reset the FAULT LED will extinguish. Seat the LUD1 OTCTL into its slot on the OT System shelf if an OT System will be integrated with the WaveStar OLS 40G. Requirement: After about a 2 minute reset the FAULT LED will extinguish. 8-11 Issue 1.0...
  • Page 378 365-575-389 Network Element Startup and Provisioning Installation Manual Initial Circuit Pack Insertion (Continued) Transmission Follow the procedures in the table below to insert the Transmission Circuit Packs: Circuit Pack Insertion NOTE: To prevent potential damage to the Optical Amplifiers, connect the fiber to the “IN”...

  • Page 379: Initial Provisioning

    365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning Before Beginning The following procedure MUST be done immediately after the software installation has taken place to avoid travel to all connected sites repeatedly: Provisioning NOTE: Failure to Initialize the system using the following procedures could cause problems trying to provision the parameters listed in the following section.
  • Page 380 365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning (Continued) Basic Network Using the following steps, set and/or specify the following provisionable parameters: Element Provisioning Set the new Target ID (TID) of the network element, Set the alarm-reporting standard to SONET or SDH, Set the Alarm Group, Set the X.25 Packet size, Indicate whether or not the NE will utilize X.25 redirect,...

  • Page 381: Security.enter.system Screen

    365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning (Continued) Basic Network Figure 8-5. Security.Enter.System Screen. Element Provisioning (continued) (Continued on next page) 8-15 Issue 1.0 March 2001...
  • Page 382 365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning (Continued) Basic Network Element Provisioning Step Action Reference (continued) Enter the new TID in the box provided. Hit the tab key or move the mouse pointer to the next box. Set the alarm-reporting Standard: Select SONET or SDH from the pull-down box.
  • Page 383 365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning (Continued) Basic Network Element Provisioning Step Action Reference (continued) Set the X.25 redirect: In the “PVC2_Redirect” drop down menu, select yes or no, depending on whether the NE will utilize the X.25 redirect option or not. Hit the tab key or move the mouse pointer to the next appropriate box.
  • Page 384 365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning (Continued) Basic Network Element Provisioning (continued) Step Action Reference When all entries have been made and verified, click on the enter button. If corrections need to be made, click on clear and re-enter the information beginning at Step 3.

  • Page 385: Factory Default Values

    365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning (Continued) Default Values Table 8-2. Factory Default Values (continued) Option Default LT-FT-2000 Alarm Group Packet Size Alarm Gateway Network Element (AGNE) Directory Server-Network Element (DS-NE) Automatic Power Shut Down Enabled (APSD) PVC2_Redirect Pass_Thru...

  • Page 386: Oa Pump Power Settings

    365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning (Continued) OA Pump Power To use this table, determine the type of OA being used, the maximum number of wavelengths possible with the equipped OMU/ODUs, and the number of spans Settings between the two end terminals.

  • Page 387: Configuration.edit.date_And Time

    365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning (Continued) Additional Follow the steps in the table below to finish the provisioning of the NE: Provisioning Step Action Reference Enable far end communications: SECURITY>Enter>Far End Communications. Click on RAR (Remote Alarm Reporting) Enabled.

  • Page 388: Fault.retreive.condition.all

    365-575-389 Network Element Startup and Provisioning Installation Manual Initial Provisioning (Continued) Other Provisioning (continued) Step Action Reference Execute FAULT>Retreive>Condition>All to view alarms Figure 8-7 and conditions. Click on Enter. Requirement: Verify the alarms shown (alarms may vary depending upon AGNE & DS-NE selections). Figure 8-7.

  • Page 389: Final Hardware Installation

    365-575-389 Network Element Startup and Provisioning Installation Manual Final Hardware Installation Fiber Connection Verify the intrashelf fiber jumpers were dressed into place in Section 5 for each system type. to Circuit Packs CAUTION: To prevent potential damage to the Optical Amplifiers (LEA7,LEA7B, LEA104, or LEA105), connect the fibers to the “IN”...
  • Page 390 365-575-389 Network Element Startup and Provisioning Installation Manual 8-24 Issue 1.0 March 2001...
  • Page 391 Local Installation Testing Contents Background LED Tests ODU Tests OMU Tests Auto Turnup Local Test Local Operational Tests Final OLS 40G Operations OT Miscellaneous Discrete Tests Installing OTU/QOTU/OTPMs into Final Positions Final Testing of OTU Circuit Packs Issue 1.0 March 2001...

  • Page 392: Local Installation Testing

    Avoid direct exposure to beam. Note the following before starting installation Auto Turnup tests: Disconnect the office alarm cable from the WaveStar OLS 40G shelf and/or OT before performing any tests. Reconnect the office alarm cable after completing testing.

  • Page 393: Local Installation Test Equipment

    Optical Multi-Wavelength Meter (optional as required) a. A signal source such as the Lucent Technologies OC-48 Optical Signal Source (ITE-7089), a Tektronix Test Set ST2400 with option 12, or any other OC-48/ STM-16 source.
  • Page 394 For OT ONLY: If testing an OT only, proceed to OT Miscellaneous Discrete Tests: page 9-29. It is assumed that the OT is to be connected to a WaveStar OLS 40G system. If this is not the case, contact your next level of support for the proper procedure.

  • Page 395: Led Tests

    Installation Manual LED Tests LED Test The LED test verifies proper operation of LEDs in the WaveStar OLS 40G. Proper LED operation is necessary to assist in trouble isolation. If failed LEDs are Description indicated (they do not light), replace the circuit pack or module they are in. Only the PWR ON green LEDs are in sockets.

  • Page 396: Odu Tests

    365-575-389 Local Installation Testing Installation Manual ODU Tests ODU Test The optical amplifier output noise is used as a broadband signal source. The purpose of this test is to verify continuity through the ODU. Description and Cautions NOTE: The ODU and its associated OA must have been powered for at least 15 minutes prior to making any tests.
  • Page 397 365-575-389 Local Installation Testing Installation Manual ODU Tests (Continued) ODU Test Use the following steps to preform the ODU test: Procedures Step Action Reference To perform the following ODU tests, APSD must be See Danger disabled to produce a valid OA signal. Disable APSD at notice on this time.

  • Page 398: Odu Line 1 Verification Connections (1A-Tx)

    365-575-389 Local Installation Testing Installation Manual ODU Tests (Continued) ODU Test Figure 9-1. ODU Line 1 Verification Connections (1A-TX) Procedures (continued) Optical Power Meter Source Amplifier Figure 9-2. ODU Line 1 Verification (1A-RCV) Optical Power Meter Source Amplifier (Continued on next page) Issue 1.0 March 2001...
  • Page 399 365-575-389 Local Installation Testing Installation Manual ODU Tests (Continued) ODU Testing Procedures (continued) Step Action Reference Repeat for each successive OCHAN_ OUT. Repeat Steps 1 - 6 for all other line, using appropriate ODUs and OAs for each line. Return the intrashelf fiber jumpers to their original positions when complete.

  • Page 400: Omu Tests

    365-575-389 Local Installation Testing Installation Manual OMU Tests OMU Test The optical amplifier output noise is used as a signal source to verify continuity through the OMU. The ODU is used to filter the wide-band noise into a narrow Description and band.

  • Page 401: Omu Line Verification Connections (1A-Tx)

    365-575-389 Local Installation Testing Installation Manual OMU Tests (Continued) OMU Testing Figure 9-3. OMU Line Verification Connections (1A-TX) Procedures (continued) Source Amplifier Optical Power Meter Figure 9-4. OMU Line 1 Verification Connections (1A-RCV) Source Amplifier Optical Power Meter (Continued on next page) 9-11 Issue 1.0 March 2001...
  • Page 402 365-575-389 Local Installation Testing Installation Manual OMU Tests (Continued) OMU Testing Procedures (continued) Step Action Reference Connect the optical power meter to OCHAN1 OUT of the ODU. Use a 33 dB attenuated test cable if necessary. NOTE: If you are using a power meter capable of greater than +16 dBm, do not use the 33 dB test cable.

  • Page 403: Auto Turnup Local Test

    365-575-389 Local Installation Testing Installation Manual Auto Turnup Local Test Auto Turnup Local This test verifies the customer maintenance signal (CMS) connections on the TLM packs and verifies the supervisory (SUPR) signal path through the TLM and OA Test Description units and the intrashelf jumpers.

  • Page 404: Auto Turnup Local Cms Connections (1A-Tx)

    365-575-389 Local Installation Testing Installation Manual Auto Turnup Local Tests (Continued) Auto Local Turnup Figure 9-5. Auto Turnup Local CMS Connections (1A-TX) CMS Procedures (continued) LOOP 1A-TX Multimode Fiber End Terminal Jumper LOOP Figure 9-6. Auto Turnup Local CMS Connections for Repeaters LOOP LOOP Multimode Fiber Jumper...

  • Page 405: Auto Turnup Local Cms Connections For Single Oas

    365-575-389 Local Installation Testing Installation Manual Auto Local Turnup Tests (Continued) Auto Local Turnup Figure 9-7. Auto Turnup Local CMS Connections for Single OAs CMS Procedures (continued) LOOP Multimode Fiber Jumper LOOP Step Action Reference In the box provided, type in the words CMS-ALL. Requirement: Good slots will report as Good.
  • Page 406 365-575-389 Local Installation Testing Installation Manual Auto Turnup Local Test (Continued) Auto Local Turnup CMS Procedures (continued) Step Action Reference Remove optical CMS loopback cables. Repeat steps 1 to 6 for any other equipped lines until all lines are tested. Execute CONFIGURATION.Update.System.
  • Page 407 365-575-389 Local Installation Testing Installation Manual Auto Turnup Local Tests (Continued) Auto Turnup Local Perform the steps in the following table to complete the Auto Turnup Local SUPR test for End Terminals: SUPR Procedures for End Terminals NOTE: For Repeaters, go to the next section in this manual. Step Action Reference...

  • Page 408: Auto-Turnup-Local Supr Connections For 2 Oas (1A-Tx-Thru)

    365-575-389 Local Installation Testing Installation Manual Auto Turnup Local Tests (Continued) Auto Turnup Local Figure 9-8. Auto-Turnup-Local SUPR Connections for 2 OAs (1A-TX-THRU) SUPR Procedures TLM1B for End Terminals (continued) 33 dB TLM1A Cable 1A-TX-THRU End Terminal 33 dB TLM2A Cable TLM2B Figure 9-9.

  • Page 409: Auto-Turnup-Local Supr Connections For Single Oa

    365-575-389 Local Installation Testing Installation Manual Auto Turnup Local Tests (Continued) Auto Turnup Local SUPR Procedures for End Terminals (continued) Figure 9-10. Auto-Turnup-Local SUPR Connections for Single OA 10-dB LBO Single OA on Line 1 5-dB LBO TLM1A 15-dB LBO Single-Mode Fiber Jumper TLM1B...
  • Page 410 365-575-389 Local Installation Testing Installation Manual Auto Turnup Local Test (Continued) Auto Turnup Local SUPR Procedures for End Terminals Step Action Reference (continued) Verify the customer maintenance signal connectors (CM IN/CM OUT) are not looped. Execute CONFIGURATION.Update.System. Requirement: The command clears loss of signal alarms.
  • Page 411 365-575-389 Local Installation Testing Installation Manual Auto Turnup Local Tests (Continued) Auto Turnup Local Use the following procedures to perform the Auto Turnup Local SUPR Test for Repeaters: SUPR Procedures for Repeaters Step Action Reference Disable APSD. See Danger on previous page3.

  • Page 412: Auto-Turnup-Local Supr Connections For Repeaters

    365-575-389 Local Installation Testing Installation Manual Auto Turnup Local Tests (Continued) Auto Turnup Local Figure 9-11. Auto-Turnup-Local SUPR Connections for Repeaters SUPR Procedures for Repeaters (continued) 33 dB 33 dB Cable Cable 33 dB 33 dB Cable Cable Step Action Reference Remove optical loopback cables.

  • Page 413: Local Operational Tests

    365-575-389 Local Installation Testing Installation Manual Local Operational Tests Description The local operational tests verify that the office alarms and CIT-DTE connections are operating properly. Local Alarm Test Procedure NOTE: The following steps should be performed to test the Local Alarms:). Step Action Reference...
  • Page 414 365-575-389 Local Installation Testing Installation Manual Local Operational Tests (Continued) Local Alarm Test Procedure (continued) Step Action Reference Select FAULT.Test.Alarm, enter MJ from the drop down menu and hit enter. During the alarmed 10 seconds, press the ACO/Suppress button on the user panel. Requirement: The audible alarms are silenced and the ACO/Suppress button is lighted.
  • Page 415 Connection information. This type of connector is required for this test. Be sure to obtain a connector with the correct mating pins or sockets required for your cable and WaveStar OLS 40G DTE port. Figure 9-12. Null Handshake Null Modem Wiring Serial Interface port signals and connector pinouts for DB9, DB25, and RJ45- 8 pin ports are given in Table 9-2 on page 9-26 for reference.

  • Page 416: Serial Port Pinout Information

    365-575-389 Local Installation Testing Installation Manual Local Operational Tests (Continued) CIT(CMC)-DTE Table 9-2. Serial Port Pinout Information Port Test Background DB25 DCE I/ DTE I/ (continued) Signal Name DB9 Pin RJ45-8 pin Data Carrier Detect Received Data Transmitted Data Data Terminal Ready Signal Ground Data Set Ready 6...
  • Page 417 365-575-389 Local Installation Testing Installation Manual Local Operational Tests (Continued) Verifying DTE Port Operation (continued) Step Action Reference Follow the steps listed in Chapter 7 to login to the NE. NOTE: For additional information regarding logging in to the Network Element, refer to the Software Release Description.

  • Page 418: Final Ols 40G Operations

    To comply with IEC regulations, systems containing an IEC Class 3B laser hazard must be installed in a controlled environment. Please refer to applicable IEC standards. Procedures Perform the following to complete the testing of the WaveStar OLS 40G: Step Action Reference Place protective covers on all optical connectors.

  • Page 419: Ot Miscellaneous Discrete Tests

    Appendix D for Dantel EMDU information, or Appendix E for Harris EMDU information. Wiring to the EMDU from the WaveStar OLS 40G and the –48 Volt supply voltage must be complete as specified in Appendix D or E. Switch and strap settings on the EMDU must be completed as described in Appendix D or E.
  • Page 420 EMDU (DANTEL or Harris). Check that the serial telemetry cable from the EMDU is connected to the SER TLM 1 port of the WaveStar OLS 40G. Check that the WaveStar OLS 40G end terminal that is receiving the Serial Telemetry cable has been activated.

  • Page 421: Ols Alarm Numbers Verses Ot Slot Number

    365-575-389 Local Installation Testing Installation Manual OT Miscellaneous Discrete Tests (Continued) Testing OT Misc. Table 9-3. OLS Alarm Numbers verses OT Slot Number Discrete Alarms on Non-Integrated Incoming Incoming OLS/OT Systems Circuit Pack Signal Circuit Pack Signal (continued) Fail OLS Failure Fail OLS Failure...
  • Page 422 365-575-389 Local Installation Testing Installation Manual OT Miscellaneous Discrete Tests (Continued) Testing OT Misc. Discrete Alarms on Non-Integrated Step Action Reference OLS/OT Systems Install, but do not seat OT circuit packs into the (continued) Complementary Shelf 2 (top shelf) starting with OT Slot 32 continuing in a decreasing numerical sequence.

  • Page 423: Fault.retreive.log Sample Report

    365-575-389 Local Installation Testing Installation Manual OT Miscellaneous Discrete Tests (Continued) Testing OT Misc. Discrete Alarms on Non-Integrated OLS/OT Systems (continued) Figure 9-13. FAULT.Retreive.Log Sample Report Step Action Reference Verify the operation of the miscellaneous discrete alarms Figure 9-13 by reviewing the Alarm History report using the on page 9-33 command: FAULT.Retrieve.Log.
  • Page 424 365-575-389 Local Installation Testing Installation Manual OT Miscellaneous Discrete Tests (Continued) Testing OT Misc. Discrete Alarms on Non-Integrated Step Action Reference OLS/OT Systems Repeat Steps 5 through 8 at the next lowest OT slot until (continued) all the OTU/OTPMs that were installed have been tested.

  • Page 425: Installing Otu/Qotu/Otpms Into Final Positions

    365-575-389 Local Installation Testing Installation Manual Installing OTU/QOTU/OTPMs into Final Positions Basic Instructions The installation instructions will specify the location of each OTU/QOTU/OTPM circuit pack. Following the precautions previously listed at the beginning of this section, install and seat all OTU/OTPM circuit packs into their final positions. Provisioning of The miscellaneous discretes alarms (environmental alarms with an assigned number) will be assigned appropriate descriptions.
  • Page 426 365-575-389 Local Installation Testing Installation Manual Installing OTU/QOTU/OTPMs into Final Positions (Continued) Sample Procedure An example of these procedures is given below: for Provisioning Miscellaneous NOTE: Discretes This example provisions an OTU/QOTU is slot 12. Step Action Reference Go to Table 9-3 and look up the alarms associated with OTU Slot 12.

  • Page 427: Configuration.set.attribute.environment Screen

    365-575-389 Local Installation Testing Installation Manual Installing OTU/QOTU/OTPMs into Final Positions (Continued) Procedure for Follow the expanded procedure below to provision all supplied Miscellaneous Discretes: Provisioning Miscellaneous Discretes Step Action Reference Using the sample process above, provision environmental alarm 60 so that it will be provisioned LOS OTU12.

  • Page 428: Provision Alarm Descriptions

    365-575-389 Local Installation Testing Installation Manual Installing OTU/QOTU/OTPMs into Final Positions (Continued) Procedure for Provisioning Miscellaneous Step Action Reference Discretes When the alarm provisioning has been completed, (continued) request a listing of the provisioned alarms using the following command CONFIGURATION.Retreive.Attribute. Select Env and All.

  • Page 429: Final Testing Of Otu Circuit Packs

    365-575-389 Local Installation Testing Installation Manual Final Testing of OTU Circuit Packs Test Description The purpose of this test will be to determine that the OTU/OTPM receiver is operational and the transmitter output power is within specification. A SONET/ SDH signal appropriate to the type of pack is required to perform this task. The OTU/OTPM transmitter will not turn ON unless it is receiving a signal at its input.
  • Page 430 365-575-389 Local Installation Testing Installation Manual Final Testing of OTU Circuit Packs (Continued) Test Procedure Cautions and Notes (continued) NOTE: 0The 41A(1-16)B, 41C(1-16)B, 41A(1-16)C, 41C(1-16)C and/or 41BB MUST be used for Miscellaneously Mounted Installations. NOTE: The 41A(1-16)C replaces the 41A(1-16) and 41A(1-16)B; the 41C(1-16)C replaces the 41C(1-16) and 41C(1-16)B.
  • Page 431 365-575-389 Local Installation Testing Installation Manual Final Testing of OTU Circuit Packs (Continued) Final Test Perform the following steps to final test the OTU/OTPMs: Procedures Step Action Reference Obtain an appropriate signal from the associated SONET/SDH transmission equipment or a SONET/SDH test set.

  • Page 432: Otu Code Vs. Wavelength, Output Power, And Tone Frequency

    365-575-389 Local Installation Testing Installation Manual Final Testing of OTU Circuit Packs (Continued) Final Test Table 9-6. OTU Code vs. Wavelength, Output Power, and Tone Frequency Procedures (continued) Output Approximate OTU CODE Center Power Tone (Includes no-suffix, B-suffix, and Wavelength Range Frequency C-suffix OTUs)
  • Page 433 365-575-389 Local Installation Testing Installation Manual Final Testing of OTU Circuit Packs (Continued) Final Test Procedures (continued) Step Action Reference If the OTU/OTPM meets requirement, replace the protective INPUT and OUTPUT caps. Do not install input or output fibers. Repeat steps two and three until all the OTU/OTPMs have been tested.
  • Page 434 365-575-389 Local Installation Testing Installation Manual Final Testing of OTU Circuit Packs (Continued) Miscellaneous The procedure for testing this alarm operation is as follows: Discrete Power Fail Test for Non- Step Action Reference Integrated OLS/ Verify that all OTU/QOTU/OTPMs are seated in their OT Systems slots and are powered.

  • Page 435: Final Operations

    Dust caps are on the input and output ports of each OTU/OTPM. OTU/OTPM fibers have protective caps on them. This completes the start up and local installation testing of the WaveStar OLS 40G and OT. Proceed to the next section for further installation and testing.
  • Page 436 365-575-389 Local Installation Testing Installation Manual 9-46 Issue 1.0 March 2001...
  • Page 437 Fiber Connections Contents Overview DS-NE Office Transmit OA Connection Procedure Repeater A Direction Connection Procedure AGNE Office Receive OA Connection AGNE Office Transmit OA Connection Repeater B Directions Connection DS-NE Office Receive OA Connection Ring Closure Verification Performance Monitor Bit Error Tests Final Installation Operations Issue 1.0 March 2001...

  • Page 438: Fiber Connections

    Basic Information information on lightwave jumpers and optical line buildouts is given in the following sections as a quick reference. Refer to 365-575-387 WaveStar OLS 40G User/ Service Manual for complete details. Read and understand the optical line buildout selection procedure before starting to connect fibers.

  • Page 439: Lightwave Jumpers

    365-575-389 Fiber Connections Installation Manual Overview (Continued) Caution WARNING: Unterminated optical connectors may emit laser radiation. Do not view beam with optical instruments. Avoid direct exposure to beam. Lightwave Jumpers The following table lists some of the available jumpers for high speed fiber connections.
  • Page 440 365-575-389 Fiber Connections Installation Manual Overview (Continued) Faceplate LBOs must be chosen during installation for some OA inputs and Optical Line outputs. All other inputs and outputs should always be equipped with a 0 dB LBO. Buildouts (LBOs) A wide variety of LBOs are available for Release 2.1 and subsequent releases. A new family of Green colored single-mode to single-mode LBOs designed for 1550 nm with higher power capability is available.
  • Page 441 365-575-389 Fiber Connections Installation Manual Overview (Continued) This procedure is used to select the proper value of Line Build Out to be used on LBO Selection and the faceplate of the OA IN jack based on received optical power. The Optical LBO Replacement selection procedure is to be used in conjunction with the Receive OA Connection Procedure...

  • Page 442: System Turnup Sequence Of Example System

    365-575-389 Fiber Connections Installation Manual Overview (Continued) This section contains procedures to start at the WaveStar OLS 40G DS-NE Description of (assumed to be the 1A Transmit) office and connect sites sequentially to the Procedures AGNE (assumed to be the 1A Receive) office. The following procedures are...
  • Page 443 Release 2.1 or higher: For 16 wavelength systems, verify the placement of a 7-dB LBO on the receive OA output (between the OA OUT and the ODU IN.) The WaveStar OLS 40G can be configured for many different span and OA Applications wavelength combinations. The associated span losses, total reaches, and allowable number of spans for two-OA and one-OA systems are shown in Table 10-2 and Table 10-3, respectively.

  • Page 444: Engineering Rules For Two-Oa Systems

    Fiber loss = 0.25 dB/km. Some spans with span loss more than the maximum value may be accommodated. Lucent provides network engineering support to optimize WaveStar OLS 40G systems for actual network. Please contact your Lucent sales representative for more information.

  • Page 445: Engineering Rules For Single-Oa System With Lea105

    365-575-389 Fiber Connections Installation Manual Overview (Continued) Engineering Rules for Single-OA System With LEA105 OA Applications Table 10-3. (continued) Span Loss Total Reach in (dB) (km) Max. No. Fiber Loss = Chan. Span Min. Max. 0.25 dB/km Bit Rates LEA105 OC-48/12/3, STM-16/4/1 or 100-750 Mb/s...

  • Page 446: Ds-Ne Office Transmit Oa Connection Procedure

    365-575-389 Fiber Connections Installation Manual DS-NE Office Transmit OA Connection Procedure Notes and Cautions Read carefully the following notes and cautions before beginning the procedures: NOTE: The following procedure assumes lines 1 and 2 are both equipped. Ignore the procedures for unequipped lines. DANGER: Disabling the Automatic Power Shut-Down (APSD) feature results in a FDA/ IEC ClassIIIb/3B laser hazard.

  • Page 447: Output Levels For Releases 2.1 And Subsequent Releases

    365-575-389 Fiber Connections Installation Manual DS-NE Office Transmit OA Connection Procedure (Continue) Line 1 Connection Procedures (continued) Step Action Reference Clean and then connect 1A OA OUT to an optical power meter. Use attenuated test cable if necessary. Test point 1P on Figure 10-2 on page 10-12 Verify the OA Output Power by referring to Table 10-4 on page 10-11.

  • Page 448: Ds-Ne Office Transmit Oa Connection Points

    365-575-389 Fiber Connections Installation Manual DS-NE Office Transmit OA Connection Procedure (Continued) Line 1 Connection Figure 10-2. DS-NE Office Transmit OA Connection Points Procedures (continued) End Terminal 1A-TX Outside Plant Fiber 10-12 Issue 1.0 March 2001...
  • Page 449 365-575-389 Fiber Connections Installation Manual DS-NE Office Transmit OA Connection Procedure (Continued) Line 2 Connection Use the following steps to connect Line 2: Procedures Step Action Reference Clean and then connect 2A OA OUT to an optical power meter. Test point 1S on Figure 10-2 on page 10-12. Verify the OA Output Power by referring Table 10-4 on page 10-11.

  • Page 450: Repeater A Direction Connection Procedure

    365-575-389 Fiber Connections Installation Manual Repeater A Direction Connection Procedure Cautions and Notes NOTE: The following procedure assumes lines 1 and 2 are both equipped. Ignore the procedures for unequipped lines. DANGER: Disabling the Automatic Power Shut-Down (APSD) feature results in a FDA/ IEC ClassIIIb/3B laser hazard.
  • Page 451 365-575-389 Fiber Connections Installation Manual Repeater A Direction Connection Procedure (Continued) Line 1 Connection Procedures (continued) Step Action Reference Clean and then connect fiber assigned to 1A OA IN to an optical power meter. Test point 1P on Figure 10-3. Clean and then connect the other end of the above jumper to its assigned LGX location.
  • Page 452 365-575-389 Fiber Connections Installation Manual Repeater A Direction Connection Procedure (Continued) LBO Selection Use the table below to correctly select the LBO to be installed: Procedures Step Action Reference Log into the Network Element. Click on the Smart Manual Manager to open. Click on the Software Release number.
  • Page 453 365-575-389 Fiber Connections Installation Manual Repeater A Direction Connection Procedure (Continued) Line 2 Connection Use the table below to make the Line 2 connections: Procedures Step Action Reference Clean and then connect fiber assigned to 2A OA IN to an optical power meter.

  • Page 454: Repeater "A" Direction Connection Point

    365-575-389 Fiber Connections Installation Manual Repeater A Direction Connection Procedure (Continued) Line 2 Connection Procedures (continued) Step Action Reference Move to the next office and use the following procedures: If the next office is a repeater, repeat this section If the next office is the AGNE End Terminal, go to the next section.

  • Page 455: Agne Office Receive Oa Connection

    365-575-389 Fiber Connections Installation Manual AGNE Office Receive OA Connection Cautions and Notes NOTE: The following procedure assumes lines 1 and 2 are both equipped. Ignore the procedures for unequipped lines. DANGER: Disabling the Automatic Power Shut-Down (APSD) feature results in a FDA/ IEC ClassIIIb/3B laser hazard.
  • Page 456 365-575-389 Fiber Connections Installation Manual AGNE Office Receive OA Connection (Continued) Line 1 Connection Follow the steps in the table below to make Line 1 connections: Procedures Step Action Reference The APSD feature must be disabled in order to measure See Danger the OA receive power and select the appropriate above.
  • Page 457 365-575-389 Fiber Connections Installation Manual AGNE Office Receive OA Connections (Continued) Line 2 Connections Use the steps in the table below to perform the Line 2 Connections: Procedures Step Action Reference Clean and then connect fiber assigned to 2A OA IN to an Figure 10-4 optical power meter.

  • Page 458: Agne Office Receive Oa Connection Points

    365-575-389 Fiber Connections Installation Manual AGNE Office Receive OA Connections Associated Figure Figure 10-4. AGNE Office Receive OA Connection Points Outside End Terminal Plant 1A-RCV Fiber 10-22 Issue 1.0 March 2001...

  • Page 459: Agne Office Transmit Oa Connection

    365-575-389 Fiber Connections Installation Manual AGNE Office Transmit OA Connection Cautions and Notes NOTE: The following procedure assumes lines 1 and 2 are both equipped. Ignore the procedures for unequipped lines. DANGER: Disabling the Automatic Power Shut-Down (APSD) feature results in a FDA/ IEC ClassIIIb/3B laser hazard.
  • Page 460 365-575-389 Fiber Connections Installation Manual AGNE Office Transmit OA Connection (Continued) Line 1 Connection Procedures (continued) Step Action Reference Verify the OA Output Power by referring to the table. Table 10-4 on page 10-11 For 7-8 span applications, install a 3 dB LBO in the 1B Figure 10-5 OA OUT.

  • Page 461: Agne Office Transmit Oa Connection Points

    365-575-389 Fiber Connections Installation Manual AGNE Office Transmit OA Connection (Continued) Line2 Connection Procedures (continued) Step Action Reference When finished selecting the attenuation, the APSD must be ENABLED for safety purposes. Perform the SECURITY.Enter.System command at this time to ENABLE the APSD feature. If the next office is a Repeater, go to Repeater B Direction Connection Procedures.

  • Page 462: Repeater B Directions Connection

    365-575-389 Fiber Connections Installation Manual Repeater B Directions Connection Cautions and Notes NOTE: The following procedure assumes lines 1 and 2 are both equipped. Ignore the procedures for unequipped lines. DANGER: Disabling the Automatic Power Shut-Down (APSD) feature results in a FDA/ IEC ClassIIIb/3B laser hazard.
  • Page 463 365-575-389 Fiber Connections Installation Manual Repeater B Direction Connection (Continued) Line 1 Connection Procedures (continued) Step Action Reference Clean and then connect the other end of the jumper above to its assigned LGX location. Select an OA IN LBO based on the measured power and See LBO the number of OC-48 wavelengths (channels) present.
  • Page 464 365-575-389 Fiber Connections Installation Manual Repeater B Direction Connection (Continued) Line 2 Connection Procedures Step Action Reference Clean and then connect fiber assigned to 2B OA IN to an Figure 10-6 optical power meter through attenuated test cable. Use on page Test point 1S.

  • Page 465: Repeater B Direction Connection Points

    365-575-389 Fiber Connections Installation Manual Repeater B Direction Connection (Continued) Associated Figure Figure 10-6. Repeater B Direction Connection Points Outside Outside Plant Plant Fiber Fiber Repeater 10-29 Issue 1.0 March 2001...

  • Page 466: Ds-Ne Office Receive Oa Connection

    365-575-389 Fiber Connections Installation Manual DS-NE Office Receive OA Connection Cautions and Notes NOTE: The following procedure assumes lines 1 and 2 are both equipped. Ignore the procedures for unequipped lines. DANGER: Disabling the Automatic Power Shut-Down (APSD) feature results in a FDA/ IEC ClassIIIb/3B laser hazard.
  • Page 467 365-575-389 Fiber Connections Installation Manual DS-NE Office Receive OA Connection (Continued) Line 1 Connection Procedure (continued) Step Action Reference Clean and then connect the other end of the jumper above to its assigned LGX location. Select an OA IN LBO based on the measured power and LBO Selection the number of OC-48 wavelengths (channels) present.
  • Page 468 365-575-389 Fiber Connections Installation Manual DS-NE Office Receive OA Connection (Continued) Line 2 Connection Use the following table to make the Line 2 Connection: Procedure Step Action Reference Clean and then connect fiber assigned to 2B OA IN to an Figure 10-7 optical power meter through attenuated test cable.

  • Page 469: Ds-Ne Office Receive Oa Connection Points

    365-575-389 Fiber Connections Installation Manual DS-NE Office Receive OA Connection (Continued) Associated Figure Figure 10-7. DS-NE Office Receive OA Connection Points Outside End Terminal Plant 1A-TX Fiber 10-33 Issue 1.0 March 2001...

  • Page 470: Ring Closure Verification

    WaveStar OLS 40G site as detailed earlier in this chapter. Line Verification Perform the steps in the following table to verify the fiber is properly connected and the WaveStar OLS 40G sites are communicating with each other: Procedure NOTE: If at any step the requirements are not met, resolve the problem using procedures in the 365-575-387 WaveStar OLS 40G User/Service Manual before proceeding.

  • Page 471: Performance Monitor Bit Error Tests

    Perform the steps in the following table to complete the Monitor Bit Error Tests: NOTE: If at any step the requirements are not met, resolve the problem using procedures in the 365-575-387 WaveStar OLS 40G User/Service Manual before proceeding. Step Action Execute the PERFORMANCE.Retreive-Performance Monitoring-...

  • Page 472: Final Installation Operations

    Fiber Connections Installation Manual Final Installation Operations Verify at each WaveStar OLS 40G node the APSD feature has been enabled. It is Final Procedure a safety requirement that the APSD is in the enabled state. This completes the turnup procedures for the WaveStar OLS 40G. Proceed to...
  • Page 473 Connecting SONET/SDH Systems to WaveStar OLS 40G Contents Background Connect SONET/SDH to Optical Line System (OLS) Connect Optical Line System to SONET/SDH/1-Gb Ethernet System Verification Issue 1.0 March 2001 11-1...
  • Page 474 Place optical fiber jumpers in protective tube or channel, such as the polyvinyl chloride (PVC) tubing provided in the installation kit (C848065959) when running the cable from the WaveStar OLS 40G to the cable rack. Place optical fiber jumpers in the cable rack in a protective channel with nothing on top of them.
  • Page 475 Connecting SONET/SDH Systems to WaveStar OLS 365-575-389 Installation Manual Background (Continued) General Before removing a fiber jumper from an OA output connector, the safest way to avoid damage and minimize the power level is to first unseat the OA. Considerations An alternate procedure is the following: (continued) To disconnect the output jumper:...

  • Page 476: Connecting Sonet/Sdh Systems To Wavestar Ols 40G

    Each of these Optical Translator Port Modules (OTPM) electrically regenerates a single input OC-12/STM-4 optical signal and inserts the tone required by WaveStar OLS 40G onto that signal. The sixteen 42Ax OTPM codes support the sixteen 1500 nm wavelengths on WaveStar OLS 40G systems with a total dispersion not exceeding 10,900 ps/nm.
  • Page 477 (OTPM) accepts any OC-3/STM-1, OC-12/STM-4, or 100-750 Mb/s optical signal, converts it to an electrical signal, amplifies the signal, inserts an identification tone required by WaveStar OLS 40G and produces the code specified optical output. The sixteen 44Ax OTPM codes support the 1500-nm wavelengths on the WaveStar OLS 40G systems with a total dispersion not exceeding 10,900 ps/nm.

  • Page 478: Connect Sonet/Sdh To Optical Line System (Ols)

    — OC-48 FT-2000 Large Capacity Terminal with Release 1.0 or later —739D( ) or 739F( ) Connect Generic For SONET/SDH systems with WaveStar OLS 40G compatible transmitters, proceed to the “Connect Compatible SONET/SDH Transmitter to OLS: page 11-8" SONET/SDH section.
  • Page 479 Connecting SONET/SDH Systems to WaveStar OLS 365-575-389 Installation Manual Connect SONET/SDH to Optical Line System (OLS) (Continued) Connect Generic SONET/SDH Transmitters to OT Step Action (continued) Momentarily remove then reconnect the fiber on the SONET/SDH system output jack. Requirement: The optical power meter shows a momentary loss of optical power.

  • Page 480: Ols-Compatible Oc-48/Stm-16 Transmitter Output Levels

    Verify the LBO in the OUT port is the value indicated on the label. At the WaveStar OLS 40G, clean then connect fiber jumper from the transmitter or OTU/OTPM to an optical power meter.
  • Page 481 Connecting SONET/SDH Systems to WaveStar OLS 365-575-389 Installation Manual Connect SONET/SDH to Optical Line System (OLS) (Continued) Connect Table 11-1. OLS-Compatible OC-48/STM-16 Transmitter Output Levels (continued) Compatible SONET/SDH Transmitter to OLS FT-2000 ADR FT-2000 LCT Output Connector Transmitters Transmitters 41-Type OTU Power Level (continued) 739E11/739G11...
  • Page 482 Requirement: The optical power meter shows a momentary loss of optical power. (Power drops at least 25 dB on the meter.) At the WaveStar OLS 40G, connect the measured jumper to the corresponding OMU Port, i.e., the fiber from a wavelength-1 transmitter goes to OMU OCHAN1 IN, the fiber from a wavelength-2 transmitter goes to OMU OCHAN2 IN, etc.

  • Page 483: Connect Optical Line System To Sonet/Sdh/1-Gb Ethernet

    Step Action SONET/SDH/1-Gb At the WaveStar OLS 40G, clean and connect the assigned jumper to the Ethernet Receivers proper ODU output Port, i.e,. ODU OCHAN1 OUT jack goes to channel 1 receiver or OTU/OTPM, ODU OCHAN2 OUT jack goes to channel 2 receiver or OTU/OTPM, etc.
  • Page 484 Requirement: The FAULT LED shall stop flashing within 1 minute. (Loss of Signal (LOS) alarm extinguishes.) At the transmitting end of the WaveStar OLS 40G (the previous SONET/ SDH/ 1-Gb Ethernet), momentarily remove then reconnect the fiber from the SONET/SDH/1-Gb Ethernet transmitter.
  • Page 485 Connecting SONET/SDH Systems to WaveStar OLS 365-575-389 Installation Manual Connect Optical Line System to SONET/SDH/1-Gb Ethernet (Continued) Connect OT/ OTPM to Generic SONET/SDH/1-Gb Step Action Ethernet Receivers Connect the optical power meter to the output of the 41B, 41E, or 41G OTU, and 42B, 43B, or 44B OTPM.

  • Page 486: System Verification

    Requirement: Verify the SONET/SDH/1-Gb Ethernet receiver at the other end FAULT LED begins flashing [Loss of Signal (LOS) alarm] and the WaveStar OLS 40G has an optical channel loss of signal for the wavelength disconnected. Reconnect the fiber to the transmitter.

  • Page 487: Troubleshooting

    Troubleshooting Contents Background Troubleshooting Table Issue 1.0 March 2001 12-15...

  • Page 488: Background

    365-575-389 Troubleshooting Installation Manual Background Introduction This section provides basic troubleshooting information for the WaveStar OLS 40G. 12-16 Issue 1.0 March 2001...

  • Page 489: Troubleshooting Table

    Description Troubleshooting an Optical Line System begins by referencing the 365-575-387 WaveStar OLS 40G User/Service Manual. CTS-CARES login access also has news bulletins and diagnostic dictionary listings of the most up-to-date issues and solutions. See Chapter 1, Technical Support: page 1-20, for information on obtaining a CTS-CARES Customer Web Access Login.
  • Page 490 365-575-389 Troubleshooting Installation Manual Troubleshooting Table Installation Table 12-1. Installation Troubleshooting (continued) Troubleshooting (continued) Trouble or Error Message Probable Cause Suggested Solution Communication with SYSCTL and SYSMEM Wait up to 6 minutes or until NE cannot be circuits have not LEDs of circuit packs and User established finished resetting.
  • Page 491 365-575-389 Troubleshooting Installation Manual Troubleshooting Table Installation Table 12-1. Installation Troubleshooting (continued) Troubleshooting (continued) Trouble or Error Message Probable Cause Suggested Solution Flash EEPROM write Power saver feature of Check PC hardware setup and error, during software PC has powered down disable power saver feature.
  • Page 492 365-575-389 Troubleshooting Installation Manual Troubleshooting Table Installation Table 12-1. Installation Troubleshooting (continued) Troubleshooting (continued) Trouble or Error Message Probable Cause Suggested Solution Not enough Disk space PC has limited hard- Delete unneeded files (games) to copy Centerlink drive capacity. on disk. Or, Install NE software Management Console from distribution diskettes.

  • Page 493: Troubleshooting Information

    If a local area network is used to connect the CMC PC to the WaveStar OLS 40G, XON/XOFF handshaking must be disabled at both ends of the network connection.
  • Page 494 Description The "FAULT.Test.Auto Turnup.Local" test verifies continuity through one of two possible paths emanating from Telemetry packs within a WaveStar OLS 40G End Terminal or Repeater Bay: The Telemetry Pack-to-Optical Amplifier Pack (Supervisory) Channel, or The Customer Maintenance Signal (CMS) In/Out Port.
  • Page 495 TLM packs. For WaveStar OLS 40G End Terminals, tests are performed on A- (continued) TLM slots only, while for WaveStar OLS 40G Repeater Bays, A and B TLM slots are reported. If an OA pack within a Supervisory Channel loop fails, then the TLM pack involved in the Supervisory Channel loop under test is marked failed.
  • Page 496 Have the S-STS13BP device insert PATH AIS signal in the transmit direction of the Supervisory Signal carried over the Supervisory Channel under test. WaveStar OLS 40G Installation Self-Test uses the PAIS signals as controllable "good" signal sources for both the Supervisory Channel and CMS Port continuity tests.

  • Page 497: Auto-Turnup-Local Supr Test

    TEQPAREN LASER Attenuators (20-33 dB) PAIS Inserted (Open) Automatically REQPARER S3 51.84MHz RCVR CLOCK RX TLM TX TLM OA Amplifier Module Optical Line Loopback WaveStar OLS 40G (End Terminal or Repeater) (Continued on next page) 12-25 Issue 1.0 March 2001...
  • Page 498 365-575-389 Troubleshooting Installation Manual Troubleshooting Information (Continued) Supervisory CMS In/Out Port Automatic Setup Channel Figure 12-3 on page 12-27 is a block diagram showing the CMS In/Out Port test Continuity Test configuration for a TLM circuit pack within an Optical line under test. Upon Operation completion of the Supervisory Channel Test, the Optical Line fibers from transmit (continued)

  • Page 499: Auto-Turnup-Local Cms Test

    Optical TEQPARTST Line TEQPAREN LASER (Open) Optimal 0.33 dB Attenuators REQPARER S3 51.84MHz RCVR PAIS Inserted CLOCK Automatically TX TLM RX TLM Customer OA Amplifier Module Maintenance Signal WaveStar OLS 40G (End Terminal or Repeater) 12-27 Issue 1.0 March 2001...
  • Page 500 365-575-389 Troubleshooting Installation Manual 12-28 Issue 1.0 March 2001...

  • Page 501: Releases 1.0 And 2.0 Lbo Selection Tables

    Releases 1.0 and 2.0 LBO Selection Tables Contents Overview Issue 1.0 March 2001...

  • Page 502: Overview

    Installation Manual Overview Description Refer to Appendix A of the WaveStar OLS 40G Installation Manual number 365- 575-344 for selection of LBOs for Releases 1.0 and 2.0 For selection of LBOs for Releases 2.1 and 3.0, refer to the SmartManual furnished with the CMC software.

  • Page 503: Pin Repair

    Pin Repair Contents General Tool Kit Descriptions Pin Designations WaveStar OLS 40G Circuit Pack and Equipment Location OT Circuit Pack and Equipment Location Procedures for Pin Replacement Issue 1.0 March 2001...

  • Page 504: General

    365-575-389 Pin Repair Installation Manual General Description This section describes the procedures for terminal repair in FASTECH and METRAL technology using the KS-22876, L6 Pin Repair Kit for the FASTECH technology and the BERG MT370-01 Tool Kit for the METRAL technology. The tools were designed to remove and replace pins in MLPWB (Multilayer Printed Wiring Board) backplane areas equipped with or without spacer aligners.

  • Page 505: Tool Kit Descriptions

    365-575-389 Pin Repair Installation Manual Tool Kit Descriptions Description KS-22876, L6 Pin Replacement Kit — Comcode 406984641 L101 Handle Assembly L102 Extension Rod L103 Head No. 1 Inserts pins in spacer aligner areas from circuit pack side L104 Head No. 2W Inserts pins in areas without spacer aligners from circuit pack side L105 Head No.

  • Page 506: Pin Designations

    365-575-389 Pin Repair Installation Manual Pin Designations Description Table B-1. FASTECH Pin Codes Pin Type or PIN ID Comcode Commercial Code FASTECH/METRAL 106918477 1B32SG FASTECH 105672729 1B27SG FASTECH 103624987 1B14SG FASTECH 106918485 1B33SG FASTECH 407423524 1B34SG FASTECH 103180287 1D1SG FASTECH 106918493 1C5SG FASTECH...

  • Page 507: Wavestar Ols 40G Circuit Pack And Equipment Location

    365-575-389 Pin Repair Installation Manual WaveStar OLS 40G Circuit Pack and Equipment Location Description Table B-3. WaveStar OLS 40G Equipment Location Backplane Circuit Pack Location SYSMEM (LEA2) 20-604 SYSCTL (LEA1) 20-584 TOHCTL (LEA5) 20-554 (LEA102) OA (LEA7, LEA7B, 20-534, 20-434,...

  • Page 508: Ot Circuit Pack And Equipment Location

    365-575-389 Pin Repair Installation Manual OT Circuit Pack and Equipment Location Description Table B-4. OT Equipment Location Backplane Circuit Pack Location SYSMEM 20-605 SYSCTL 20-565 TOHCTL 20-525 20-163 NOTE: (System Shelf) 20-203 Location 20-485 is not 20-243 populated with any circuit 20-283 pack at this time.

  • Page 509: Procedures For Pin Replacement

    Step Action Determine if the bent or broken pin is in an WaveStar OLS 40G OT. Determine the shelf in which the bent or broken pin resides (ex. OLS). Determine the circuit pack slot in which the pin resides.
  • Page 510 365-575-389 Pin Repair Installation Manual Procedures for Pin Replacement Reference Notes 1-type contacts shall be press fit from the component side. 1D1 contacts shall be broken off on the component side after insertion. 1B32, 1B33, 1B34, and 1C6 contacts shall be broken off on the noncomponent side after insertion.

  • Page 511: Wavestar Ols 40G - Component Side View

    365-575-389 Pin Repair Installation Manual WaveStar OLS 40G — Pin Type Location Pin Type Locations Figure B-1. WaveStar OLS 40G — Component Side View SYSMEM SYSCTL TOHCTL C C C C C C C C C C C C C C C C...

  • Page 512: Wavestar Ols 40G (Middle) - Component Side View

    365-575-389 Pin Repair Installation Manual WaveStar OLS 40G — Pin Type Location (Continued) Pin Type Locations Figure B-2. WaveStar OLS 40G (Middle) — Component Side View (continued) SYSMEM SYSCTL TOHCTL (con’t) (con’t) (con’t) (con’t) AA AA AA AA AA AA...

  • Page 513: Wavestar Ols 40G - Pin Type Location

    365-575-389 Pin Repair Installation Manual WaveStar OLS 40G — Pin Type Location (Continued) Pin Type Locations Figure B-3. WaveStar OLS 40G (Lower) — Component Side View (continued) SYSMEM SYSCTL TOHCTL OMU/ODU (con’t) (con’t) (con’t) (con’t) (con’t) (con’t) AA AA AA AA...

  • Page 514: Wavestar Ols 40G - Power And User Panel - Component Side View

    365-575-389 Pin Repair Installation Manual WaveStar OLS 40G — Pin Type Location (Continued) Pin Type Locations Figure B-4. WaveStar OLS 40G — Power and User Panel — Component Side View (continued) USER PWR A PWR B A A A A...

  • Page 515: Optical Translator (Upper) - Component Side View

    365-575-389 Pin Repair Installation Manual Optical Translator (OT) — Pin Type Location Pin Type Locations Figure B-5. Optical Translator (Upper) — Component Side View SYSMEM SYSCTL TOHCTL C C C C C C C C C C C C C C C C C C C C C C C C C C C C...

  • Page 516: Optical Translator (Middle) - Component Side View

    365-575-389 Pin Repair Installation Manual Optical Translator (OT) — Pin Type Location (Continued) Pin Type Locations Figure B-6. Optical Translator (Middle) — Component Side View (continued) SYSMEM TOHCTL SYSCTL (con’t) (con’t) (con’t) (con’t) A A A A A A A A AA AA A A A A A A A A...

  • Page 517: Optical Translator (Lower) - Component Side View

    365-575-389 Pin Repair Installation Manual Optical Translator (OT) — Pin Type Location (Continued) Pin Type Locations Figure B-7. Optical Translator (Lower) — Component Side View (continued) SYSCTL TOHCTL SYSMEM (con’t) (con’t) (con’t) (con’t) A A A A A A A A A A A A A A A A A A A A...

  • Page 518: Optical Translator - Power And User Panel

    365-575-389 Pin Repair Installation Manual Optical Translator (OT) — Pin Type Location (Continued) Pin Type Locations Figure B-8. Optical Translator — Power and User Panel — Component Side View (continued) USER PWR A PWR A AA AA D D D D D D D D AA AA AA AA...

  • Page 519: Fiber Cleaning

    Fiber Cleaning Contents Background Equipment Required Safety Instructions Cleaning/Inspecting Optical Connectors Issue 1.0 March 2001...

  • Page 520: Background

    Inspect an optical connector for cleanliness Related A course on connector cleaning and the connector inspection process is now offered through Lucent Technologies Learning and Performance Center, Course Information Code: LMC214H “Understanding Fiber Optic Cleaning, Inspection and Testing.” To learn more about this course, consult your local Lucent Account Representative.

  • Page 521: Equipment Required

    365-575-389 Fiber Cleaning Installation Manual Equipment Required Description For proper cleaning, the following equipment and materials are recommended: Installation Product Model Comcode ITE # Order # Optical Fiber Noyes OFS 408197028 ITE-7129 33712900 Scope 300-200X 2.5mm Universal for use with 408197044 ITE- 33712901...
  • Page 522 365-575-389 Fiber Cleaning Installation Manual Equipment Required (Continued) Description (continued) Installation Product Model Comcode ITE # Order # FC adapter for use with 408356863 ITE- 33714603 Noyes VFS-1 7146D3 1.25 mm adapter for use with 408356848 ITE- 33714601 Noyes VFS-1 7146D1 2.5 mm adapter for use with...

  • Page 523: Safety Instructions

    365-575-389 Fiber Cleaning Installation Manual Safety Instructions Description WARNING: Never view an energized optical cable with the naked eye or with an optical magnifying instrument. Disconnected or separated optical connectors may emit invisible laser radiation and direct exposure can severely injure the eye.

  • Page 524: Cleaning/Inspecting Optical Connectors

    365-575-389 Fiber Cleaning Installation Manual Cleaning/Inspecting Optical Connectors Introduction The procedure that follows utilizes the "Wet/Dry" method for connector cleaning. This method first applies a "wet" solvent (high purity alcohol) to the connector endface to dissolve/remove any organic particulate or oily films, followed by a "dry"...
  • Page 525 365-575-389 Fiber Cleaning Installation Manual Cleaning/Inspecting Optical Connectors (Continued) Cleaning Process (continued) Step Action Open an individual foil packet of pre-saturated isopropyl alcohol (99% pure) wipe. Grasp the connector housing and place the connector ferrule endface perpendicular to the alcohol wipe. Drag it against the wipe three (3) times in a figure eight pattern.
  • Page 526 365-575-389 Fiber Cleaning Installation Manual Cleaning/Inspecting Optical Connectors (Continued) Cleaning Process (continued) Step Action If a CLETOP cassette cleaner is not available, proceed with step 7. Otherwise, hold the CLETOP cassette cleaner in the palm of your hand with the cassette shutter door facing up. Rotate the cassette lever all the way down with your thumb.
  • Page 527 365-575-389 Fiber Cleaning Installation Manual Cleaning/Inspecting Optical Connectors (Continued) Cleaning Process (continued) Step Action Insert and press the connector ferrule endface perpendicular against the cleaning cloth in the first of two slots of the cleaner. Drag it down in the direction indicated by the arrows on the cleaner.
  • Page 528 365-575-389 Fiber Cleaning Installation Manual Cleaning/Inspecting Optical Connectors (Continued) Connector Inspection (continued) WARNING: Use an optical power meter to verify the connector and fiber to be cleaned has been de-energized/deactivated before viewing. Step Action Follow the instructions in the manual provided with the Optical Fiber Scope to view the ferrule endface of the fiber under inspection.

  • Page 529: Acceptability Criteria: Single-Mode And Multimode Fibers

    365-575-389 Fiber Cleaning Installation Manual Cleaning/Inspecting Optical Connectors (Continued) Connector Figure C-1. Acceptability Criteria: Single-Mode and Multimode Fibers Inspection Restricted Area (continued) 1/2 SM (Single Mode) Core + 1/2 Fiber Diameters - 66 µm dia. Monitor No LOOSE No Loose or No Fixed Viewing contamination or Contamination...
  • Page 530 365-575-389 Fiber Cleaning Installation Manual Cleaning/Inspecting Optical Connectors (Continued) Optical Fiber During testing and/or trouble shooting activities it may be necessary to clean the optical buildout adapter and the circuit pack connector. Adapters and Circuit Pack Connectors NOTE: Do not attempt to clean ports equipped with yellow lightguide buildout (LBO) attenuators.

  • Page 531: Cmc Dantel Alarm And Control Block Installation, Extended Miscellaneous Discretes

    CMC Dantel Alarm and Control Block Installation, Extended Miscellaneous Discretes Contents Overview Installation Procedure Issue 1.0 March 2001...

  • Page 532: Overview

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Overview Description The Extended Miscellaneous Discretes feature for the Optical Line System Release 2.0 & 2.1 - OLS provides additional miscellaneous discrete inputs and outputs to supplement the miscellaneous discretes feature. It consists of an additional 128 alarm and status input points and 32 control output points, bringing the total number of miscellaneous discrete inputs for the network element to 144 inputs and 36 outputs.
  • Page 533 CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Overview (Continued) Ordering Table D-1. Ordering Information Information Description Order Number Comcode Number Alarm Control Model No. 46220-00 407567924 Block Mounting Bar A25-00508-01 406863621 SER TLM1 Cable ED-7G028-22 Tools and The following tools are required: Equipment...

  • Page 534: Installation Procedure

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Installation Procedure Description A detailed installation procedure is provided in the DANTEL Installation & Operation Manual provided with the 46220-00 Alarm and Control Block. The following procedure is provided to facilitate its use with Lucent’s Release 2.0 & 2.1 Optical Line System.

  • Page 535: Opening The Dantel Alarm Block

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Installation Procedure (Continued) Wiring Step Action In order to access the power supply board of the Dantel Alarm Block, the unit must be opened by placing your thumbs under the sides of the unit and gently pushing outwards as in Figure D-3 on page D-6.

  • Page 536: Pulling Down The Power Supply And Cpu

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Installation Procedure (Continued) Wiring (continued) Figure D-3. Pulling Down the Power Supply and CPU Step Action Pull the Power Supply board and CPU board down. Refer to Figure D-3 on page D-6.

  • Page 537: Power Supply Board Component Location

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Installation Procedure (Continued) Wiring (continued) Figure D-4. Power Supply Board Component Location RS - 232 OR 202 SUBASSEMBLY AUX LED Step Action Wire the alarm inputs (refer to Figure D-5 on page D-8). There are two pins for each alarm input.

  • Page 538: Dantel Wire Wrap Pin Designations

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Installation Procedure (Continued) Wiring (continued) Figure D-5. Dantel Wire Wrap Pin Designations CNTRL CNTRL CNTRL CNTRL 113- 129- 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 + RCV...

  • Page 539: Ols Interconnection Panel (Ser Tlm1 At Arrow

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Installation Procedure (Continued) Wiring (continued) Figure D-6. OLS Interconnection Panel (SER TLM1 at Arrow) [XA] [XB] [YA] [YB] INTERSHELF CTL BUS IN SER TLM 2 MISC DSCRT 2 OFFICE ORDERWIREORDERWIREORDERWIREORDERWIRE ALARMS...

  • Page 540: Provisioning Extended Miscellaneous Discretes

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Provisioning Extended Miscellaneous Discretes Enabling SER The SER TLM Port must first be enabled through the CMC by using the following Command: TLM 1 Port SECURITY-ENTER-Channel Identifier-Security, AID=SER_TLM1, PORT ACC=enable Extended The Miscellaneous Discrete Assignments are provisioned by using the following...

  • Page 541: Miscellaneous Discrete Assignments - Monitoring Ot

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Provisioning Extended Miscellaneous Discretes Extended When used to monitor the Optical Translator (OT), Miscellaneous Discrete Point 17-80 (1-64 on the DANTEL Alarm and Control Block) will be provisioned with the Miscellaneous description parameters assigned in the following table: Discrete...

  • Page 542: Miscellaneous Discrete Assignments - Monitoring Ot

    CMC Dantel Alarm and Control Block Installation, 365-575-389 Extended Miscellaneous Discretes Installation Manual Provisioning Extended Miscellaneous Discretes (Continued) Extended Table D-4. Miscellaneous Discrete Assignments — Monitoring OT Miscellaneous Discrete Point Point Point Assignments Used Description Description Description to Monitor the CP Fail OTU 19 58.

  • Page 543: Harris C-1000 Centurion Installation -Extended Miscellaneous Discretes

    Harris C-1000 Centurion Installation —Extended Miscellaneous Discretes Contents Overview OT Connections to the Harris Centurion EDMU Installation Procedure Provisioning Extended Miscellaneous Discretes Issue 1.0 March 2001...

  • Page 544: Overview

    Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual Overview Description The Extended Miscellaneous Discretes feature for the Optical Line System Release 2.0 and later provides additional miscellaneous discrete inputs and outputs to supplement the OLS Release 1.0 miscellaneous discretes feature. It consists of an additional 128 alarm and status input points and an additional 32 control output points (See Figure E-1 on page E-2).

  • Page 545: Ordering Information

    Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual Overview (Continued) Ordering Table E-1. Ordering Information Information Order Comcode Description Number Number C-1000 594-T043 407567932 Centurion Rear Access 620-T030 407532217 Wire Wrap Connector SER TLM1 ED-7G028-22 Cable Tools and The following tools are required: Equipment Phillips Screwdriver...

  • Page 546: Ot Connections To The Harris Centurion Edmu

    Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual OT Connections to the Harris Centurion EDMU Description The Harris Centurion EMDU utilizes D-Subminiature 50-pin connectors for its inputs. Each 50-pin connector on the Harris unit provides for 32 alarm inputs, 4 control outputs using wired pair, and 10 ground connections.

  • Page 547: Ot Miscellaneous Discrete Cable Wiring/Ot To Harris Emdu

    Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual OT Connections to the Harris Centurion EDMU (Continued) Description The Harris unit is shipped equipped with adapters that connect with D-Subminiature connector on the Harris unit and provide a 50-pin wire wrap (continued) terminal on the other side of the adapter.
  • Page 548 Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual OT Connections to the Harris Centurion EDMU(Continued) Description Table E-2. OT Miscellaneous Discrete Cable Wiring/OT to Harris EMDU (continued) (continued) CABLE HARRIS CABLE OTU ALRM CONN/ ALARM WIRE NAME SHELF NO.
  • Page 549 Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual OT Connections to the Harris Centurion EDMU (Continued) Description Table E-2. OT Miscellaneous Discrete Cable Wiring/OT to Harris EMDU (continued) (continued) CABLE HARRIS CABLE OTU ALRM CONN/ ALARM WIRE NAME SHELF NO.
  • Page 550 Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual OT Connections to the Harris Centurion EDMU (Continued) Description Table E-2. OT Miscellaneous Discrete Cable Wiring/OT to Harris EMDU (continued) (continued) CABLE HARRIS CABLE OTU ALRM CONN/ ALARM WIRE NAME SHELF NO.
  • Page 551 Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual OT Connections to the Harris Centurion EDMU (Continued) Description Table E-2. OT Miscellaneous Discrete Cable Wiring/OT to Harris EMDU (continued) (continued) CABLE HARRIS CABLE OTU ALRM CONN/ ALARM WIRE NAME SHELF NO.

  • Page 552: Installation Procedure

    Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual Installation Procedure Description A complete and detailed installation procedure is provided in the Harris C1000 User Guide provided with the Centurion C-1000. The following procedure is provided to facilitate its use with Lucent’s Release 2.0 and subsequent releases of Optical Line System.
  • Page 553 Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual Installation Procedure Switch Settings Step Action Each C1000 unit is configured by using Configuration DIP switches on the front of the unit (See Figure 1-1 in the C-1000 Centurion User Guide). Units, such as the OLS, that can handle 128 or less discrete points use the 10-switch block on the Left (S1).

  • Page 554: Provisioning Extended Miscellaneous Discretes

    Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual Provisioning Extended Miscellaneous Discretes Enabling SER The SER TLM Port must first be enabled through the CMC by using the following command: SECURITY.ENTER.Channel Identifier.SECURITY. Enter: SER_TLM1 TLM 1 Port in the AID and at Port ACC enter ACC. Extended The Miscellaneous Discrete Assignments are provisioned by using the following command through the CMC:...
  • Page 555 Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual Provisioning Extended Miscellaneous Discretes (Continued) Extended The Description parameter is the text string associated with the selected miscellaneous discrete environmental input point. It is character string of Miscellaneous up to 26 characters, where the characters are letter, digits or spaces. It is Discrete used to identify the point in the FAULT-RETREIVE-LOG and FAULT- Assignments...
  • Page 556 Harris C-1000 Centurion Installation —Extended 365-575-389 Miscellaneous Discretes Installation Manual Provisioning Extended Miscellaneous Discretes (Continued) Extended Table E-3. Miscellaneous Discrete Assignments — Monitoring OT (continued) Miscellaneous Discrete Assignments Used Point Point Point Description Description Description to Monitor the Optical Translator CP Fail OTU 18 57.

  • Page 557: Pc Setup & Usage For Centerlink Management Console

    PC Setup & Usage For CenterLink Management Console Contents Overview Issue 1.0 March 2001...

  • Page 558: Overview

    PC Setup & Usage For CenterLink Management 365-575-389 Console Installation Manual Overview Description The information in this chapter has been removed due to the constantly changing PC setup information for different PC software platforms. For the procedures to setup a PC using Windows 95/98, refer to the Release 7.0 Software Release Description C109074484.
  • Page 559 Related Equipment Contents Overview Recommended Orderwire System Orderwire Shelf Mounting and Powering Issue 1.0 March 2001...

  • Page 560: Related Equipment

    365-575-389 Related Equipment Installation Manual Overview Dantel Orderwire OLS fully supports 64-kb/s orderwire use. Line and Selection Orderwire channels (E2 and E1 bytes) are supported by the OLS. Line Orderwire is carried between adjacent nodes. The current Section or Line Orderwire system provides basic party-line service; any person can pick up the handset form the front of the Dantel unit and immediately speak to anyone else on the system.
  • Page 561 365-575-389 Related Equipment Installation Manual Overview (Continued) Dantel Orderwire The data circuit works as follows: (continued) Select channel 1 on the 41096 orderwire panel, then pick up the handset and call the remote terminal (station 2 code). At the remote end, the 00330 orderwire terminal pack answers the call and operates an M lead driver that opens a communications channel through the 44202 202 Compatible Modem pack.

  • Page 562: Recommended Orderwire System

    365-575-389 Related Equipment Installation Manual Recommended Orderwire System Description The voice only Dantel Orderwire system recommended is orderable as J68974L-1 L300 for a Terminal Office, equivalent to part number A18-04588-02 from Dantel. The new voice and data Dantel Orderwire system recommended is orderable as J68974L-1, L301 for a Terminal Office, equivalent to part number A18-05547-01 from Dantel.

  • Page 563: Orderwire Shelf Mounting And Powering

    365-575-389 Related Equipment Installation Manual Orderwire Shelf Mounting and Powering Description The Dantel Orderwire shelf ships separately from the bay. It may be mounted in, or powered from, the Miscellaneously Mounted OLS or OT bays. Consult Dantel documentation for powering and mechanical mounting information. Figure G-1.

  • Page 564: Orderwire For Voice And Data Communications

    365-575-389 Related Equipment Installation Manual Orderwire Shelf Mounting and Powering (Continued) Description Figure G-2. Orderwire for Voice and Data Communications (continued) Office 0 Office 1 Office 2 Office 3 CIT-DTE CIT-DTE CIT-DTE CIT-DTE Section Section Section Section Orderwire Orderwire Orderwire Orderwire J254A J274A J254A J274A...

  • Page 565: Dantel Orderwire Options Settings For Voice Communications

    365-575-389 Related Equipment Installation Manual Dantel Options Setting Description The shelf consists of several Plug-in Modules. Switch and strap settings compatible with FT-2000 use are given in Table G-1 on page G-7 and Table G-2 on page G-9 for each module. Table G-1.
  • Page 566 365-575-389 Related Equipment Installation Manual Dantel Options Setting (Continued) Description Table G-1. Dantel Orderwire Options Settings for Voice Communication (continued) (continued) Module Settings 44020 49018 child board, set the station 1 code with S1, S2 and S3 = three digit address for primary voice Orderwire.

  • Page 567: Dantel Orderwire Options Settings For Voice And Data Communications

    365-575-389 Related Equipment Installation Manual Dantel Options Setting (Continued) Description Table G-2. Dantel Orderwire Options Settings for Voice and Data Communications (continued) Module Settings Backplane Set S1 to BRIDGE. Set S2 to OUT. Set S3 to IN. 41096 Set CTL LMT A strap, to IN position to prevent the ALL CHAN volume control knob from turning off the speaker.
  • Page 568 365-575-389 Related Equipment Installation Manual Dantel Options Setting (Continued) Description Table G-2. Dantel Orderwire Options Settings for Voice and Data Communications (continued) (continued) Module Settings 44202 202 Set the TEST, ALB, and DLB switches in the DOWN positions on faceplate. Set the 2W/4W switch to 4W.

  • Page 569: Cabling To Ols

    365-575-389 Related Equipment Installation Manual Cabling to OLS Description Basic cable information is given in Chapter 6, “Wired Cable Installation” of this manual. This appendix provides information about connections at the Dantel Orderwire shelf. Table G-3 gives Channel 1 wire connection information. Table G-3.

  • Page 570: View Of 46105 Edge Connector From Backplane

    365-575-389 Related Equipment Installation Manual Cabling to OLS (Continued) Description Figure G-3. View of 46105 Edge Connector From Backplane (continued) XMT 1 INPUT RCV 1 OUTPUT XMT 1 INPUT RCV 1 OUTPUT XMT CLK INPUT (-) XMT CLK INPUT (+) XMT CLK 1 OUTPUT (-) XMT CLK 1 OUTPUT (+) XMT DATA 1 OUTPUT (-)

  • Page 571: Optical Protection Switch (Ops

    Optical Protection Switch (OPS) Contents Overview Issue 1.0 March 2001...

  • Page 572: Overview

    365-575-389 Optical Protection Switch (OPS) Installation Manual Overview Description The Optical Protection Switch (OPS) is a specialized application of WaveStar™ OLS 40G and is the primary feature added for Release 3.1. This feature is not supported in Release 7, and therefore, this section has been removed. If information regarding OPS is required, refer to the latest issues of Installation Manual 365-575-344 or 365-575-364.

  • Page 573: Line Buildout (Lbo)

    Line Buildout (LBO) Contents Overview Zero-dB Attenuators — White or Blue LBOs Broadband Single-Mode Attenuators — Yellow LBOs 1550-nm Single-Mode Attenuators — Green LBOs Issue 1.0 March 2001...

  • Page 574: Overview

    The purpose of this Appendix will be to provide the specifications and suggest applications for each LBO type. There are four basic types of LBOs used with WaveStar OLS 40G and they are identified by the colors white or blue, yellow, green, and gray. Each LBO has its attenuation value printed in black numerals on its side.

  • Page 575: Zero-Db Attenuators - White Or Blue Lbos

    365-575-389 Line Buildout (LBO) Installation Manual Zero-dB Attenuators — White or Blue LBOs Description LBOs with zero-dB attenuation are white in color for ST and FC connectors and blue for SC. The area on the LBO where the numeric attenuation is printed (see Figure I-1) is left blank.

  • Page 576: Broadband Single-Mode Attenuators - Yellow Lbos

    365-575-389 Line Buildout (LBO) Installation Manual Broadband Single-Mode Attenuators — Yellow LBOs Description The Yellow LBOs have been designed to operate over the 1310 and 1550 nm ranges for Single Mode to Single Mode operation. Operating over such a wide band results in an attenuation tolerance penalty.

  • Page 577: 1550-Nm Single-Mode Attenuators - Green Lbos

    365-575-389 Line Buildout (LBO) Installation Manual 1550-nm Single-Mode Attenuators — Green LBOs Description A family of Single-Mode to Single-Mode LBOs was developed to operate at 1550 nm. The improvements achieved over the broadband design were in attenuation tolerance, power handling, and attenuation selectivity. These attenuators are to be used with circuit packs having single mode (SM) inputs and are an excellent choice to be used with DWDM Systems where precise attenuation and higher power levels are required.

  • Page 578: 1550-Nm Single-Mode To Multimode Attenuators - Color: Gray

    This family of LBOs was designed to attenuate the input signal levels to the OTPM for WaveStar OLS 40G applications. The OTPMs utilize a single-mode fiber at the transmitter output but receive using a multimode fiber. To attenuate the transmitter output, a Single-Mode to Single-Mode LBO (Green or Yellow) must be used.

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