Lucent Technologies DDM-2000 OC-3 Installation Manual Download | Manualshive

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9-18 Issue 9 October 1998

363-206-204
Release 13 (TARP) Installation Tests

M1 as a default. The capacity of the ring is limited to the OC-3 line rate, which is
84 DS1 services or 3 STS-1‘s or a combination of the two. A timeslot or channel
must be reserved all the way around the ring for each service.

Drop cross-connects are designated by a ring VT/STS-1 channel and an
associated DS1/DS3/EC-1 port. Pass-through cross-connects are designated by
using the same ring VT/STS twice. See Figure 9-4.

Drop cross-connects are divided into two types:

■

The standard twoway cross-connect, in which the ring VT/STS1 channel is
connected to the associated DS1/DS3/EC-1 port of the node.

■

The drop and continue cross-connect, in which a VT/STS1 signal is cross-
connected into an EC-1 port on a "drop and continue" node. At the same
time that this cross-connect is made, a second cross-connect is made that
continues a copy of that VT/STS1 signal, on the same timeslot of the ring
that it came into this node on, transmitting it to the next node downstream
on the ring.

NOTE

:

A BBG6 (STS1E) circuit pack is required in the function unit slots to make a
drop and continue cross-connect.

NOTE

:

The "drop and continue" nodes on a ring system must be setup in pairs,
otherwise there will be a loss of service when the ring path is switched.

An EC-1 interface composed of DS1 services should be cross-connected at the
VT level as opposed to the STS-1 level. Thus in the event of one VT (or more)
failure the channel protection switch would occur. An EC-1 interface composed of
DS3 services should be cross-connected at the STS-1 level.

■

Cross-connect address (to enter/exit the ring):

Ex.

m-1-1-1, a-1-1

a-1-1, m-1-1-1

‘m-1-1-1’ represents (Location of OC-3 signal) - (STS-1 # within the OC-3)-
(VT-Group # within the STS-1)-(VT1.5 # within the VT-G) Address Range
is: m-(1-3)-(1-7)-(1-4)

‘a-1-1’ represents (low speed group)-(DS1 Pack)-(DS1 Port) Address
Range is: (a,b,c)-(1-7)-(1-4)

■

In Release 13 the ‘all’ option may be used to specify a range of addresses:

Ex.

m-1-all, a-all

‘m-1-all’ represents (main OLIUs)-(STS Group)-(All DS1 Ports)
‘a-all’ represents (function unit)-(All DS1 Ports)

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Summary of Contents for DDM-2000 OC-3

Page 1: ...Lucent Technologies 363 206 204 Issue 9 October 1998 DDM 2000 OC 3 Multiplexer Software Releases 6 7 8 9 11 and 13 Installation Manual ...

Page 2: ... accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residence is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense Security Statement In rare instances unauthorized individuals make connections to the telecommunications network through the use of rem...

Page 3: ...l Account Executive Document Ordering Information The ordering number for this document is 363 206 204 To order this document call 1 888 532 3688 For more ordering information refer to How to Order Documents in the section About This Document Customer Assistance and Technical Support The Lucent Technologies Regional Technical Assistance Center RTAC provides a technical assistance telephone number ...

Page 4: ...Issue 9 October 1998 363 206 204 Lucent Technologies ...

Page 5: ...prove this document Please provide details for the suggested improvement Feel free to write any comments below If we may contact you concerning your comments please fill out the following Name Telephone Number Company Organization Date Address When you have completed this form please fold tape and return to address on back or fax it to 978 960 1992 Add more detail Make it more concise brief Improv...

Page 6: ...RST CLASS MAIL PERMIT NO 33 LAWRENCE MA POSTAGE WILL BE PAID BY ADDRESSEE Lucent Technologies JJ19110B0 BUILDING 20 ROOM 3 R6 1600 OSGOOD STREET NORTH ANDOVER MA 01845 1022 NO POSTAGE NECESSARY IF MAILED IN THE UNITED STATES ...

Page 7: ...ove this document Please provide details for the suggested improvement Feel free to write any comments below If we may contact you concerning your comments please fill out the following Name Telephone Number Company Organization Date Address When you have completed this form please fold tape and return to address on back or fax it to 978 960 1992 Add more detail Make it more concise brief Improve ...

Page 8: ...RST CLASS MAIL PERMIT NO 33 LAWRENCE MA POSTAGE WILL BE PAID BY ADDRESSEE Lucent Technologies JJ19110B0 BUILDING 20 ROOM 3 R6 1600 OSGOOD STREET NORTH ANDOVER MA 01845 1022 NO POSTAGE NECESSARY IF MAILED IN THE UNITED STATES ...

Page 9: ...363 206 204 Issue 9 October 1998 Lucent Technologies ...

Page 10: ...Issue 9 October 1998 363 206 204 Lucent Technologies ...

Page 11: ...siderations xxxvii Related Documentation xl OC 3 xl OC 12 xli FiberReach xlii Applications Planning and Ordering Guide APOG xliii Multi Product xliii Related Products xliv Loop Enclosure Lucent Technologies practices xliv SLC Series 5 carrier system Lucent practices xlv DDM 2000 OC 3 Drawings xlvi Related Drawings xlvi Additional Documents xlvii xlvii xlvi xlvi xlv xliv xliv xliii xliii xlii xli x...

Page 12: ...1 3 DDM 2000 Fan Shelf Description 1 5 Equipment 1 5 Miscellaneous Equipment 1 5 Test Equipment 1 5 2 Equipment and Rear Access Cable Installation 2 1 Overview 2 1 Description 2 1 Tools Test Sets and Accessories 2 3 Planning 2 3 Equipment Installation Considerations 2 4 Inspection 2 5 Description 2 5 Procedure 2 5 Equipment Installation 2 6 Description 2 6 Procedure 2 6 Fan Shelf Installation Rear...

Page 13: ...dure for Other Shelves 2 19 TBOS Telemetry Cable Installation Rear Access 2 20 Description 2 20 Procedure 2 21 Intershelf Mult Cable Installation Rear Access 2 22 Description 2 22 Procedure for Shelves with No TBOS or Sharing a TBOS Link 2 22 Procedure for Multing Shelves Associated with Different TBOS Links 2 22 TL1 X 25 Interface Cable Installation Rear Access 2 23 Description 2 23 Procedure 2 2...

Page 14: ...nections Rear Access 2 31 Description 2 31 Procedure 2 32 Final Operations 2 32 Procedure 2 32 3 Equipment and Front Access Cable Installation 3 1 Overview 3 1 Description 3 1 Tools Test Sets and Accessories 3 3 Planning 3 3 Equipment Installation Considerations 3 4 Inspection 3 5 Description 3 5 Procedure 3 5 Equipment Installation Front Access 3 6 Description 3 6 Preshelf Installation Procedure ...

Page 15: ...cedure 3 17 Intershelf Mult Cable Installation Front Access 3 18 Description 3 18 Procedure 3 18 TL1 X 25 Interface Cable Installation Front Access 3 19 Description 3 19 Procedure 3 19 Miscellaneous Environmental Discrete Telemetry Cable Installation Front Access 3 19 Description 3 19 Procedure 3 20 DS1 Timing Cable Installation Front Access 3 21 Description 3 21 Procedure for Shelves Connected to...

Page 16: ...Circuit Pack 4 7 BBG7 OHCTL Circuit Pack 4 8 BBG9 OHCTL Circuit Pack 4 8 BBG10 OHCTL Circuit Pack 4 8 Transmission and Timing Circuit Packs 4 9 BBG2 MXRVO Circuit Pack 4 9 BBG4 DS3 or BBF4B DS3PM Circuit Pack 4 9 BBG19 DS3 Circuit Pack 4 9 BBG20 Transmultiplexer Circuit Pack 4 9 BBF1B DS1 and BBF3 DS1PM Circuit Packs 4 10 BBF2 BBF2B TGS Circuit Packs 4 10 BBF8 HDSL Circuit Pack 4 11 Optical Line I...

Page 17: ... 1 Overview 5 1 Description 5 1 LED Pushbutton and Display Descriptions 5 2 Tools Test Sets and Accessories 5 5 Use of Terminal 5 5 Description 5 5 Compatible Terminals 5 5 ASCII Terminal Setup 5 6 DDM 2000 OC 3 Command Notes 5 6 Login Procedure 5 7 LED Test 5 9 Description 5 9 Procedure With a Terminal 5 9 Procedure Without a Terminal 5 9 Local Equipment Test 5 9 Description 5 9 Preparation Proce...

Page 18: ...est Sets and Accessories 6 4 Use of Terminal 6 4 Description 6 4 Compatible Terminals 6 4 ASCII Terminal Setup 6 5 DDM 2000 OC 3 Command Notes 6 5 Login Procedure 6 6 LED Test 6 8 Description 6 8 Procedure With a Terminal 6 8 Procedure Without a Terminal 6 8 Local Equipment and Cross Connect Test 6 8 Description 6 8 Preparation Procedure 6 9 Procedure for DS1 Testing 6 10 Procedure for DS3 Testing...

Page 19: ...criptions 7 2 Tools Test Sets and Accessories 7 4 Use of Terminal 7 4 Description 7 4 Compatible Terminals 7 5 ASCII Terminal Setup 7 5 DDM 2000 OC 3 Command Notes 7 5 Login Procedure 7 6 LED Test 7 8 Description 7 8 Procedure 7 8 Local Equipment Test 7 8 Description 7 8 Preparation Procedure 7 9 Procedure 7 9 Local Wiring Cross Connect Test 7 10 Description 7 10 Preparation Procedure 7 10 Procedu...

Page 20: ...DM 2000 OC 3 Command Notes 8 6 Login Procedure 8 6 LED Test 8 8 Description 8 8 Procedure 8 8 Local Equipment and Cross Connect Test 8 9 Description 8 9 Preparation Procedure 8 10 Procedure for DS1 Testing 8 11 Procedure for DS3 Testing 8 11 Procedure for EC 1 Testing 8 12 Procedure for Removing Cross Connects 8 12 Fiber Installation and Test 8 13 Description 8 13 Procedure for Installation 8 15 T...

Page 21: ...al Equipment and Cross Connect Test 9 8 Description 9 8 Preparation Procedure 9 9 Procedure for DS1 Testing 9 10 Procedure for DS3 Testing 9 11 Procedure for EC 1 Testing 9 11 Procedure for Removing Cross Connects 9 12 Fiber Installation and Test 9 12 Description 9 12 Procedure for Installation 9 14 Test Fiber Connections 9 16 Establishing Cross Connects and System Test 9 17 Description 9 17 Expla...

Page 22: ...ll Releases BBG6 STS 1E Releases 6 through 13 BBG19 Releases 11 and 13 and BBG20 TMUX 10 7 Timing Generator BBF2 BBF2B TGS 10 7 Low Speed BBF1B DS1 all Releases BBF3 DS1PM Releases 6 through 9 or BBF8 HDSL 10 8 Manual Protection Switching Test 10 8 Description 10 8 21 22 24 or 27 Type OLIU 10 9 Function Units BBG4 DS3 BBG2 MXRVO all Releases and BBG6 STS 1E Release 6 through 13 10 10 Timing Genera...

Page 23: ...ption 10 16 Procedure 10 16 TL1 X 25 Connection Test 10 16 Procedure 10 17 Final Operations 10 17 Procedure 10 17 11 Troubleshooting 11 1 Overview 11 1 Engineering and Installation Services 11 1 Basic Troubleshooting Techniques 11 2 Procedure 11 4 Additional Procedure With a Terminal 11 4 Technical Support 11 5 COACH Description 11 6 Required Product Changes 11 6 GLOSSARY GL 1 Index IN 1 GL 1 11 6...

Page 24: ...xxiv Issue 9 October 1998 363 206 204 ...

Page 25: ...cks Releases 9 11 and 13 1 12 2 Equipment and Rear Access Cable Installation Figure 2 1 DDM 2000 OC 3 Backplane 2 50 Figure 2 2 ED 8C500 Frame Rear Access Cable Placement 2 51 Figure 2 3 ED 8C501 Frame Rear Access Cable Placement 2 52 Figure 2 4 Connector Pinouts 2 53 Figure 2 5 DDM 2000 OC 3 Shelf Mounting Top View 2 54 Figure 2 6 DDM 2000 Bay Mounting Arrangement 2 55 Figure 2 7 Side Mounting Br...

Page 26: ...3 2 ED 8C500 Frame Front Access Cable Placement 3 36 Figure 3 3 Connector Pinouts 3 37 Figure 3 4 DDM 2000 Shelf Mounting Top View 3 38 Figure 3 5 Bay Mounting Arrangements 3 39 Figure 3 6 Side Mounting Bracket Positions 3 40 Figure 3 7 Side Mounting Bracket Positions Contd 3 41 Figure 3 8 Front Access DS1 Cabling 3 42 Figure 3 9 Remote Terminal Miscellaneous Environmental Discrete Functions Relea...

Page 27: ...ach Dual Homing Application 4 49 Figure 4 18 BBG6 STS 1E Option Switches 4 50 Figure 4 19 Universal Buildout Types Sheet 1 of 2 4 51 5 Release 6 Installation Tests Figure 5 1 Installation Test Connections 5 21 Figure 5 2 DDM 2000 User Panel 5 22 Figure 5 3 Typical Release 6 Linear Add Drop System Configuration 5 23 Figure 5 4 Typical Release 6 Hubbing System Configuration 5 24 6 Release 7 Installa...

Page 28: ... 28 Figure 9 2 DDM 2000 User Panel 9 29 Figure 9 3 27G U OLIU 9 30 Figure 9 4 Establishing Cross Connects 9 31 10 Operational Tests Figure 10 1 Remote Terminal Miscellaneous Environmental Discrete Functions Releases 6 and 7 10 22 Figure 10 2 Central Office Terminal Miscellaneous Environmental Discrete Functions Releases 6 and 7 10 23 Figure 10 3 Miscellaneous Environmental Discrete Functions Relea...

Page 29: ... 2 38 Table 2 5 Power Alarm and Synchronization Cable Assemblies 2 39 Table 2 6 DS1 Transmission Connections 2 40 Table 2 7 Power Connections 2 41 Table 2 8 Office Alarm Connections 2 41 Table 2 9 Parallel Telemetry Connections See NOTE below 2 42 Table 2 11 TL1 X 25 Interface Connections 2 43 Table 2 12 Miscellaneous Environmental Discrete Telemetry Connections RT 2 44 Table 2 13 Miscellaneous En...

Page 30: ...w 3 31 Table 3 8 Miscellaneous Environmental Discrete Telemetry Connections RT 3 32 Table 3 9 Miscellaneous Environmental Discrete Telemetry Connections CO 3 33 Table 3 10 Color Code Cross Reference Connections 3 34 4 Powering Verification and Circuit Pack Installation Table 4 1 Release 13 Circuit Pack Compatibility Sheet 1 of 2 4 4 Table 4 2 DDM 2000 OC 3 Shelf Circuit Pack Codes 4 22 Table 4 3 S...

Page 31: ...elemetry Connections RT 10 19 Table 10 3 Miscellaneous Environmental Discrete Telemetry Connections CO 10 20 Table 10 4 Office Alarm Connections 10 21 11 Troubleshooting Table 11 1 BBF8 HDSL I O Connections 11 7 Table 11 2 BBG5 SYSCTL I O Connections 11 8 Table 11 3 BBG8 SYSCTL I O Connections 11 11 Table 11 4 BBG7 OHCTL I O Connections 11 14 Table 11 5 BBG9 BBG10 OHCTL I O Connections 11 16 Table...

Page 32: ...xxxii Issue 9 October 1998 363 206 204 ...

Page 33: ...ge ESD Considerations xxvii Related Documentation xxx Related Training xxxvii Technical Support xxxix Engineering and Installation Services xlii Transmission Systems Technical Support Services xlii How to Order Documents xliii Standing Orders xliv Lucent Technologies Contacts xliv How to Comment on This Document xliv Electronic Documentation xlv xlv xliv xliv xliv xliii xlii xlii xxxix xxxvii xxx ...

Page 34: ...xxxiv Issue 9 October 1998 363 206 204 ...

Page 35: ...nvironment in network equipment building system NEBS installation and tests performed prior to turnover to central office personnel Reason for Reissue This manual is reissued to include additional equipment and features added to the DDM 2000 OC 3 Multiplexer The most significant changes Issue 8 are the addition of Release 13 information to the Powering Verification and Circuit Pack Installation Se...

Page 36: ...not avoided The caution is also used for property damage only accidents This includes equipment damage loss of software or service interruption The alert symbol is used on product labels and in this manual to alert the user to important operating and maintenance instructions Lightwave Safety A Lucent Technologies lightwave digital transmission system and associated optical test sets use semiconduc...

Page 37: ...ist strap or wear a heel strap and stand on a grounded static dissipating floor mat If a static dissipating floor mat is used be sure that it is clean to ensure a good discharge path Handle all circuit packs by the faceplate or latch and by the top and bottom outermost edges Never touch the components conductors or connector pins Observe warning labels on bags and cartons Whenever possible do not ...

Page 38: ... themselves using wrist straps see Figure 1 while handling circuit packs or working on an assembly s The jacks for connection of wrist straps are located at the lower right hand corner of each assembly and are labeled When grounding jacks are not provided an alligator clip adapter enables connection to bay frame ground Figure 1 Static Control Wrist Strap Ground To Connection ...

Page 39: ...disassemble this product Service should be performed by trained personnel only Opening or removing covers and or circuit packs may expose you to dangerous voltages or other risks Incorrect reassembly can cause electrical shock when the unit is subsequently used CAUTION Disconnect both P1 and P2 connectors from their mating J1 and J2 power connectors when removing power from the system Use only Luc...

Page 40: ...cation wires or terminals unless the telecommunica tion line has been disconnected at the DS1 DS3 or STS 1E interface Use caution when installing or modifying telecommunication lines SAVE THESE INSTRUC TIONS Related Documentation The following documents provide additional information about the DDM 2000 OC 3 Number 363 206 201 Title DDM 2000 OC 3 Multiplexer System Commands Quick Reference Audience...

Page 41: ...r 363 206 206 Title DDM 2000 OC 12 Multiplexer System Commands Quick Reference Audience Maintenance personnel Content Abbreviated list of system commands and parameters for DDM 2000 OC 12 Multiplexers through Release 3 1 Number 363 206 207 Title DDM 2000 OC 12 Multiplexer User Service Manual Audience Maintenance personnel Content Detailed description technical specifications commands and reports a...

Page 42: ...ience Maintenance personnel Content Abbreviated list of system commands and parameters for DDM 2000 OC 12 Multiplexer Release 5 0 Number 363 206 295 Title DDM 2000 OC 12 Multiplexer User Service Manual Volumes I and II Audience Maintenance personnel Content Detailed description technical specifications commands and reports Volume I and operations and maintenance procedures Volume II for DDM 2000 O...

Page 43: ... network SONET overview and technical specification Number 363 206 300 Title DDM 2000 FiberReach Multiplexer Applications Planning and Ordering Guide Audience Network Planners Equipment engineers and Sales teams Content Features applications high level description operations administration maintenance and provisioning OAM P system planning ordering product support reliability information a synchro...

Page 44: ...ion for DDM 2000 Related Products Number 365 576 130 User Manual only Release 7 0 Number 365 576 131 User Manual Software Release 7 0 Title CPro 2000 User Manual Audience Maintenance personnel Content Using the tool to provision and maintain ring networks Number 824 102 149 Title SLC 2000 Access System Operations Systems Engineering Guide Audience Engineers Content Operations systems engineering i...

Page 45: ...nsiderations SLC Series 5 carrier system Lucent practices The following is a list of SLC Series 5 carrier system Lucent Technologies practices that include DDM 2000 interface information Number 363 205 010 Title SLC Series 5 Carrier System Applications and Planning Guide Number 363 205 100 Title SLC Series 5 Carrier System General Description Number 363 205 401 Title SLC Series 5 Carrier System Re...

Page 46: ...ftware Ordering R6 ED 8C724 38 OC 3 Software Ordering R7 ED 8C724 39 OC 3 Software Ordering R8 ED 8C724 40 OC 3 Software Ordering R9 ED 8C733 30 Fan Filter and Baffle Assemblies SD 7C510 01 OC 3 Application Schematic T7C510 31 OC 3 Interconnect Wiring Rear Access T7C510 32 OC 3 Interconnect Wiring Front Access 801 525 168 Floor Plan Data Sheets ED 8C724 10 OC 3 OC 12 Combined Bay Arrangements ED 8...

Page 47: ...nnect Bay Description Operation and Maintenance Manual Number 365 331 000 Title DACS III 2000 Release 2 0 Applications Planning and Ordering Guide Number 365 340 004 Title DACS IV 2000 Release 2 1 Reference Manual Number 365 575 100 Title FT 2000 OC 48 Lightwave System Applications Planning and Ordering Guide Number 636 299 120 ED 8C727 34 OC 12 Release 2 Software Ordering ED 8C727 35 OC 12 Releas...

Page 48: ...ng Center Number LW1030 Title Digital SONET DDM 1000 2000 Seminar Audience Fundamental planners current planners account management personnel and telecommunications managers Content Practical overview of digital transmission principles and the syn chronous optical network SONET and a working knowledge of the DDM 1000 multiplexer and the DDM 2000 multiplexers Number LW2212 Title DDM 2000 OC 3 and O...

Page 49: ...Release 1 0 Self Paced Course Audience Technicians Supervisors Maintenance engineers and operation support personnel involved in DDM 2000 FiberReach network functions Prerequisite LW2212 LW2312 LW2603 or LW2608 Content Information supporting system engineering and planning applica tions operations maintenance and provisioning of DDM 2000 FiberReach networks Number LW2612 Title DDM 2000 OC 12 Multi...

Page 50: ...ion provides continuous accessibility to every phase of a product life cycle and assures a prompt resolution to all inquiries The CTS has also established a dial up technical support medium called COACH COACH is a system of on line support tools aimed at providing product news and bulletins diagnostic services compatibility information and on line documents COACH tools provide you with the most up...

Page 51: ...ol lists solutions to hardware firmware configuration problems in the form of product changes which are available CUSTOMER Craft Customer Escalation Procedures COACH Self Help Tools Lucent Technologies RTAC First Lucent Technologies Contact Supports Customer Supports Lucent Technologies Installer COACH Self Help Tools Lucent Technologies Network Systems Transmission CTS RTAC Assistance Problem Dia...

Page 52: ...hange Notice This tool lists existing change notices CNs and CCNs including descrip tions and implementation procedures For information on obtaining a COACH login contact COACH Software Development Department jc09320d0 Lucent Technologies 1600 Osgood St North Andover MA 01845 Telephone 1 800 238 4021 OR FAX to 1 978 960 1772 ...

Page 53: ...ditional cost The Engineering and Installation Services group provides the customer with an individually tailored quality tested job that meets our published high standards and the customer s operational requirements The group ensures that the customer s system order is integrated into a complete working system tailored to office conditions and preferences This process provides for the customer s ...

Page 54: ...rom Basic through Unlimited Coverage For more information on Lucent Technologies s Transmission Systems Technical Support Services contact your Lucent Technologies Account Executive How to Order Documents To order additional copies of this document send or call in an order as follows For commercial customers a check money order purchase order number or charge card number is required with all order...

Page 55: ...ist call the applicable Lucent Technologies Customer Information Center number listed above Lucent Technologies Contacts How to Comment on This Document Feedback forms are located immediately after the title page of this document Please copy or tear out the form fill it out and return it to the address on the form If the feedback form is missing send comments on this document to Manager Technical ...

Page 56: ...ability and the assurance of the most current documentation CD ROM and floppy disks are available by annual subscription on standing order To order call your Technical Information Resource Manager your Lucent Technologies Account Executive or the Lucent Technologies Customer Information Center 1 800 432 6600 For pricing information contact your Lucent Technologies Network Sys tems Account Executiv...

Page 57: ...logies Introduction Table of Contents 1 Overview 1 1 DDM 2000 OC 3 Releases 1 2 DDM 2000 OC 3 Shelf Description 1 3 DDM 2000 Fan Shelf Description 1 4 Equipment 1 5 Miscellaneous Equipment 1 5 Test Equipment 1 5 1 5 1 5 1 5 1 4 1 3 1 2 1 1 ...

Page 58: ...1 ii Issue 9 October 1998 363 206 204 ...

Page 59: ...rmed If installing more than one DDM 2000 OC 3 at the same time perform each section on all the DDM 2000 OC 3s before continuing on to the next section to save time This manual is intended for a central office environment in network equipment building system NEBS installation and tests performed prior to turnover to central office personnel Refer to 363 206 202 DDM 2000 OC 3 Multiplexer User Servi...

Page 60: ... High and low speed interfaces Release 7 supports in addition to Release 5 features EC 1 Dual Ring Interworking with VT STS 1 drop and continue and OC 3 ring with OC 3 optical extensions Release 7 2 supports in addition to Release 7 features OC 3 Operations Interworking with FT 2000 with DCC conductivity and Interworking between BBG5 BBG7 and BBG8 BBG9 controller platforms Release 8 supports in ad...

Page 61: ...vious releases contain with the addition of EC 1 dual ring interworking with VT STS 1 drop and continue an OC 3 ring with OC 3 optical extensions Release 7 2 configurations provide all that Release 7 contains with the addition of OC 3 Operations 1 Interworking with FT 2000 with DCC conductivity and 2 Interworking between BBG5 BBG7 and BBG8 BBG9 controller platforms Release 9 configurations provide...

Page 62: ...us releases and adds the STS 1E Circuit Pack In Releases 7 9 11 and 13 the Function Unit B and C slots also can accommodate OLIU circuit packs In Releases 11 and 13 the Function Unit slots are able to accommodate the OLIUs that enable interoperation with an OC 12 ring For each function group equipped with DS1 circuit packs two MXRVO circuit packs are to be equipped in the appropriate positions if ...

Page 63: ...onment The number of fan shelves required in a bay is determined by the number of DDM 2000 OC 3 shelves in the bay and by their configuration front or rear access Refer to the Equipment and Rear Access Cable Installation or Equipment and Front Access Cable Installation section of this manual for fan shelf requirements Equipment Miscellaneous Equipment Miscellaneous equipment is listed in Table 1 1...

Page 64: ...733 30 G1 Fan Shelf Assembly Prior to G7 Fan Shelf Assemblies G2 were used ED 8C733 30 G7 DDM 2000 Cable Assemblies ED 8C724 20 21 ED8C727 20 Coaxial Cable 734A 735A 1735006A or Equivalent Mini Coax Cable KS 19224 L2 or Equivalent Connector 219N Connector for splicing KS 19224 L2 Mini Coax to 734A Coax 105643381 963T 16 Connector 105772818 963PH Contact For 963T Connector 845381235 Bracket 4 82 fo...

Page 65: ...ark of Panduit Corporation Description Commercial or Comcode Notes Multimeter 1 Screwdriver with Appropriate Head s Soldering Iron Anti Oxidation Material NO OX ID A Compound 2 Thomas Betts Crimping Tool Registered trademark of Thomas Betts corporation WT 414 3 Paladin Coaxial Wire Stripper Registered trademark of Paladin Corporation PA1208 Replacement Paladin Cassette PA2201 ESD Wrist Strap 90048...

Page 66: ...Fiber jumpers in your release installation tests 6 DSX 1 and DSX 3 patch cords normally are available for use with the DSX jack fields 7 Available from PANDUIT Corporation Provides easy method to notch wiring duct side walls down to the bottom scoreline for T and corner junction 8 Also see the Tools Test Sets and Accessories in the Installation Test chapter for the soft ware release being used 9 A...

Page 67: ...X CTL FAULT DS1 5 Lucent Lucent FAULT DS1 DS1 DS1 8 P X X X X X X X X X X Lucent Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT DS1 Lucent FAULT 6 B DS1 7 Lucent FAULT DS1 Lucent FAULT DS1 1 2 3 2 3 4 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LOW SPEED GROUP B GROUP C SYS CTL FE SEL UPD INIT USER PANEL CIT ACTY ACO FA FB Lucent Lucent X X X X X Lucent Lucent Luc...

Page 68: ...T 4 AUX CTL FAULT DS1 5 Lucent Lucent FAULT DS1 DS1 DS1 8 P X X X X X X X X X X Lucent Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT DS1 Lucent FAULT 6 B DS1 7 Lucent FAULT DS1 Lucent FAULT DS1 1 2 3 2 3 4 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LOW SPEED GROUP B GROUP C SYS CTL FE SEL UPD INIT USER PANEL CIT ACTY ACO FA FB Lucent Lucent X X X X X Lucent Luce...

Page 69: ...X CTL FAULT DS1 5 Lucent Lucent FAULT DS1 DS1 DS1 8 P X X X X X X X X X X Lucent Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT DS1 Lucent FAULT 6 B DS1 7 Lucent FAULT DS1 Lucent FAULT DS1 1 2 3 2 3 4 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LOW SPEED GROUP B GROUP C SYS CTL FE SEL UPD INIT USER PANEL CIT ACTY ACO FA FB Lucent Lucent X X X X X Lucent Lucent Luc...

Page 70: ...N NE FAULT 4 AUX CTL FAULT DS1 5 Lucent Lucent FAULT DS1 DS1 DS1 8 P X X X X X X X X X X Lucent Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT DS1 Lucent FAULT 6 B DS1 7 Lucent FAULT DS1 Lucent FAULT DS1 1 2 3 2 3 4 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LOW SPEED GROUP B GROUP C SYS CTL FE SEL UPD INIT USER PANEL CIT ACTY ACO FA FB Lucent Lucent X X X X X Lu...

Page 71: ...ocedure 2 5 Equipment Installation 2 6 Description 2 6 Procedure 2 6 Fan Shelf Installation Rear Access 2 7 Description 2 7 Procedure 2 7 DS1 Cable Installation Rear Access 2 8 Description 2 8 Procedure 2 9 DS3 EC 1 Cable Installation Rear Access 2 10 Description 2 10 Procedure 2 12 Optical Fiber Cable Installation Rear Access 2 12 Description 2 12 Procedure 2 14 2 14 2 12 2 12 2 12 2 10 2 10 2 9 ...

Page 72: ... Multing Shelves Associated with Different TBOS Links2 22 TL1 X 25 Interface Cable Installation Rear Access 2 23 Description 2 23 Procedure 2 23 Miscellaneous Environmental Discrete Telemetry Cable Installation Rear Access 2 24 Description 2 24 Procedure 2 24 IAO LAN Cable Installation 2 26 Description 2 26 DS1 Timing Cable Installation Rear Access 2 27 Description 2 27 Procedure for Connections t...

Page 73: ...Shelves 2 30 Order Wire Interface Cable Installation Rear Access 2 31 Description 2 31 Procedure 2 31 Fan Shelf Alarm Connections Rear Access 2 31 Description 2 31 Procedure 2 32 Final Operations 2 32 Procedure 2 32 2 32 2 32 2 32 2 31 2 31 2 31 2 31 2 31 2 30 ...

Page 74: ...2 iv Issue 9 October 1998 363 206 204 ...

Page 75: ... For miscellaneous equipment information refer to Miscellaneous Equipment in the section Introduction Description This section should be performed on all rear access shelf installations For front access installations refer to the Equipment and Front Access Cable Installation section of this manual In Releases 11 and 13 certain cables associated with specific circuit packs require front installatio...

Page 76: ...o be connected between the fronts of two OLIU circuit packs and another that is connected to the front panel of specific DS3 cir cuit packs Also in some Release 11 and 13 configurations an extended front cover such as used with form 4 shelves must be used to provide clearance wherever these front installed cables are used NOTE The locations of all backplane plugs and jacks are shown in Figure 2 1 ...

Page 77: ... iron are only required if installing the Group 327 or 332 cable The replacement cassette is for the wire stripper tool 2 Paladin Coaxial Wire Stripper PA1208 Registered trademark of Paladin Corporation Replacement Paladin Cassette PA2201 1 Soldering Iron 1 Wrist Strap A wrist strap must be worn when touching the DDM 2000 OC 3 backplane and when connecting cables Use an available electrostatic dis...

Page 78: ...low has the following height dimensions If the DDM 2000 OC 3 is installed at the bottom of the bay frame there should be an air gap of at least 1 25 inches below the DDM 2000 OC 3 A heat baffle or fan shelf is required between each pair of DDM 2000 OC 3 shelves as described below If the DDM 2000 OC 3 is being installed at the top of a 7 foot bay frame a heat baffle or fan shelf is not required abo...

Page 79: ...installation kit a pouch attached to the shelf or baffle containing the hardware required for mounting and grounding The installation kit for the baffle has the following The installation kit for the DDM 2000 OC 3 shelf has the following The installation kit for the fan shelf has the following Quantity Description 4 0 216 24 x 5 16 Thread Cutting Screws C803535012 Quantity Description 4 0 216 24 x...

Page 80: ... mounting screw makes contact with the unpainted surface of the bracket 5 Position the side mounting brackets of the DDM 2000 OC 3 heat baffle and or fan shelf if provided accordingly Refer to Figure 2 7 Equipment Installation Description This procedure describes how to install equipment that will be accessible from both the front and rear Procedure 1 Mount the DDM 2000 OC 3 shelves and heat baffl...

Page 81: ...lling a fan shelf between two DDM 2000 OC 3 shelves the filler bar attached at the top of the fan shelf front cover must be removed to pro vide clearance for the fiber tray on the DDM 2000 OC 3 shelf located above the fan shelf This filler bar is secured by two screws located on the inside of the fan shelf s front cover remove the front cover by turning the two locking screws 2 Verify that the fan...

Page 82: ... located below the fan shelf DS1 Cable Installation Rear Access Description This procedure describes how to connect the DS1 transmission cables to the shelf route the cables out of the bay and connect the cables to the DSX Perform this procedure if DS1 cables are required CAUTION The DS1 cables are required to have a minimum length of 30 feet to meet electromagnetic interference EMI requirements N...

Page 83: ...at the DDM 2000 OC 3 end carefully matching the correct connector with the appropriate backplane plugs as shown in Figure 2 8 NOTE All backplane cables must route underneath the rear cover mounting assemblies racks to allow the backplane cover to fit after the cable installa tion The rear cover mounting assemblies racks are removable NOTE Retainers must be in place on the DS1 backplane pins NOTE T...

Page 84: ... shelf NOTE DS1 cables MUST be placed in the cable clamp so the silver foil makes a good electrical connection with the cable clamp 11 Attach the DS1 cable clamps and the cable chamber cover 12 Route the cabling along the backplane per Figure 2 8 and out of the bay to the DSX per Figure 2 2 or Figure 2 3 13 Tie the cables to the side rear cover mounting assemblies racks 14 Verify that the DS1 cabl...

Page 85: ...a connec tor on one end and are loose on the other end Connectors that were put on in the factory should not be altered NOTE Caution Cables going to the front of BBG19 DS3 circuit packs Releases 11 and 13 must be longer than those going to the backplane There must be enough additional length to take the cable from the blackplane over the baffle below the shelf and up to the front of the BBG19 Thes...

Page 86: ...OC 3 bay per Figure 2 9 5 Stack the cables as shown in Figure 2 2 or Figure 2 3 6 Dress and tie the cables as close to the DDM 2000 OC 3 backplane as possible without touching any backplane pins 7 Route the cables along the cable rack and into the terminating bay 8 Label the DS3 EC 1 cables indicating bay shelf function group A B or C and direction IN or OUT of the bay at each end NOTE When cablin...

Page 87: ...e must be multimode or the same mode as exists between the LGX fiber optic distributing frames NOTE The recommended PANDUIT cable channel is listed in the Introduction section of this manual WARNING Unterminated optical connectors may emit laser radiation Do not view an unterminated optical connector with optical instruments WARNING Invisible laser radiation when unterminated Avoid direct exposure...

Page 88: ...3 Place the optical fiber cables in a protective tube or channel 4 Label the optical fiber cables indicating bay shelf pack and direction IN or OUT Power Cable Installation Rear Access Description Two feeders A and B are required from the battery distribution fuse board BDFB to the DDM 2000 OC 3 bay The bay power cable is used to power up to six shelves and up to three fan shelves refer to Table 2...

Page 89: ...e the ends of the wires on the cable and insert them into the terminal strip on the rear of the shelf as follows NOTE Locations of 48V and RTN on the fan shelf have been changed Fan unit kits ED 8C733 30 G7 have power arrangements of 48 RTN 48 RTN Older kits ED 8C733 30 G2 have power arrangements of 48 RTN RTN 48 The connections for both are as above c Connect the G377 cable to a single shelf powe...

Page 90: ...tenance personnel to quickly isolate a failure Perform this procedure if connection to the office alarm system is required NOTE The office alarm relay contacts are rated at 50 VA which means that they are capable of switching 1 amp at 50 volts or 2 amps at 25 volts Their abil ity to switch large transient currents means that they can if necessary switch up to ten 5 watt aisle pilot lamps NOTE If t...

Page 91: ...1 in the future 3 Route the office alarm cable from the bottom shelf out of the DDM 2000 OC 3 bay per Figure 2 12 to the office alarm panel stacking the cables as shown in Figure 2 2 or Figure 2 3 4 Dress and tie the cables as close to the backplane as possible without touching any backplane pins 5 Inspect the office alarm panel and add a contact protection network if required 6 Cut the office ala...

Page 92: ...rallel telemetry provides a set of alarm and status outputs in the form of contact closures which can be reported to a maintenance center through a telemetry system Connection of parallel telemetry requires a parallel telemetry system in the office and thus parallel telemetry is only used in a central office environment Perform this procedure if specified in the order Unless otherwise specified sh...

Page 93: ...e telemetry system making connections as shown in Table 2 9 Procedure for Other Shelves NOTE This procedure should be performed when shelf 1 in the bay is connected to the parallel telemetry system The cable added in this procedure is to mult parallel telemetry from other shelves in a bay to shelf 1 In this proce dure shelf 1 will be connected to shelf 2 shelf 2 will be connected to shelf 3 etc NO...

Page 94: ...n the bay may be assigned remaining displays associated with the single interface connection by using intershelf mult cabling Bays equipped with more than two DDM 2000 OC 3 shelves may require additional TBOS connections to the telemetry equipment Connection of TBOS telemetry requires a TBOS telemetry processor in the office thus TBOS telemetry is typically only used in a central office environmen...

Page 95: ... 3 For non ACORN processors using the Group 352 395 or 396 cable these cables contain a resistive circuit in its connector to provide compatibility between the DDM 2000 and the TBOS processor A jumper strap is required when any of these cables are used The jumper must be wire wrapped onto the DDM 2000 backplane which has a metal cover over the backplane pins Instructions to remove the cover and co...

Page 96: ...a TBOS link Procedure for Shelves with No TBOS or Sharing a TBOS Link NOTE TBOS is not available in Release 13 software 1 Connect a Group 351 or 353 TBOS CIT and modem cable to J58 of the shelves sharing a TBOS Link 2 Route the cable to the side of the bay and down to J60 of the shelf below as shown in Figure 2 13 3 Dress and tie the cables in the bay as close to the backplane as possible without ...

Page 97: ...e TL telemetry interfaces with a maintenance center to provide DDM 2000 OC 3 system status information and remote command capability Procedure NOTE TL1 X 25 interface telemetry requires that each shelf in the bay be cabled directly to the telemetry system 1 Obtain a Group 342 or 343 cable refer to Table 2 4 2 Connect the cable to connector J45 on the rear of the shelf 3 Route the cable out of the ...

Page 98: ...nal discrete 15 dedicated for external power minor alarm monitoring is available optional For external interconnection requirements using the miscellaneous discrete telemetry feature Releases 6 and 7 at a remote terminal refer to Figure 2 15 or Figure 2 16 for a central office For Releases 8 9 11 and 13 refer to Figure 2 17 Remote applications not using environmental telemetry or fan alarm connect...

Page 99: ... as close to the DDM 2000 OC 3 back plane as possible without touching any backplane pins 8 Cut the miscellaneous environmental discrete telemetry cable to the desired length at the telemetry panel 9 Wire wrap the loose end of the miscellaneous environmental discrete telemetry cable to the wire wrap terminal strip making connections per Tables 2 12 and 2 13 and Figure 2 15 2 16 or 2 17 NOTE Each m...

Page 100: ...onnectors are shown in Figure For any of the above applications it is necessary to connect the desired network element to a LAN hub The LAN must be enabled To determine if the LAN is enabled enter the following command rt fecom lan RETRIEVE FAREND COMMUNICATIONS LAN Use the following command to enable the LAN if it is not enabled set fecom lan SET FAREND COMMUNICATIONS LAN Once the LAN is enabled ...

Page 101: ... connections are listed in Table 2 14 Procedure for Connections to Timing Source NOTE The cabling from the DS1 reference clock timing source should be con nected to the bottom shelf in the bay Other DDM 2000 OC 3 shelves in the bay are daisy chained up from the bottom shelf 1 Obtain a DS1 timing cable Group 339 340 or 341 refer to Table 2 5 2 Connect the cable to J37 of shelf 1 bottom shelf 3 Rout...

Page 102: ...ach shelf in the bay as required Procedure for Connections to Provide External Timing to BITS Clock NOTE The Group 394 cable is used when the shelf is configured to provide sync output for the BITS clock and when the BBF2B circuit packs are externally timed from a DS1 reference out of a BITS clock The Group 394 cable should not be used when the shelf is configured for DS1 MULT output oper ation or...

Page 103: ...lose to the DDM 2000 OC 3 back plane as possible without touching any backplane pins 9 Cut the cable to the desired length If the bottom shelf shelf 1 position is unequipped leave enough cable so the cable can reach the bottom posi tion when the shelf is eventually added 10 Wire wrap the loose end of the DS1 timing cable to the DS1 reference clock making connections per Table 2 14 ...

Page 104: ...refer to Table 2 4 2 Connect the cable to J52 of shelf 1 3 Route the modem cable out of the DDM 2000 OC 3 bay per Figure 2 14 to the modem or distribution frame stacking the cables as shown in Figure 2 2 or Figure 2 3 4 Dress and tie the cables in the bay as close to the DDM 2000 OC 3 back plane as possible without touching any backplane pins 5 Connect the modem cable to the modem or distribution ...

Page 105: ...8C724 22 Group 31 cable refer to Table 2 4 2 Connect the cable to connector J51 on the rear of the shelf 3 Route the cable to the order wire interface 4 Stack the cable in the bay duct as shown in Figure 2 2 or Figure 2 3 5 Dress and tie the cables in the bay as close to the DDM 2000 OC 3 back plane as possible without touching any backplane pins 6 Wire wrap the unterminated end of the cable assem...

Page 106: ...al alarm inputs in addition to the fan shelf alarm are being connected to the DDM 2000 OC 3 shelf connect a G376 cable via a miscellaneous terminal strip to the appropriate wires on the G369 or G370 miscellaneous environmental discrete cable in accordance with informa tion provided in the job specification Refer to Table 2 12 2 16 and to the Miscellaneous Environmental Discrete Telemetry Cable Ins...

Page 107: ...3TR 16 connectors at the DDM 2000 OC 3 end and unterminated at the other end for wire wrap installation Table 2 1 DS1 Cable Assemblies Description ED 8C724 20 Group Note 1 Cable Length ft Note 2 Cable Type Note 3 DDM 2000 Backplane Connections ED 8C724 30 G1 Shelf TX and RX LS INTFC 1 7 Function Group A G301 75 613C P101 P114 G302 150 G303 30 to 655 G304 75 1249C G305 150 G306 30 to 440 ED 8C724 3...

Page 108: ...B LA 150 735A 104 G5 F E AB LA 250 max 106 Do not use 150 KS 19224 L2 KS 23558 L4 BNC 107 Do not use 150 max 109 G305 F E DBD 1LA 450 max 734A 735A KS 23558 L5 BNC 110 G305 F E DB 1LA 450 max 734A To DACS III 2000 120 G103 F E 6BC 6LB 150 1735006A 9821AE 121 G105 F E 6BC 6LB 500 max 123 G3 F E AC LB 150 735A 124 G5 F E AC LB 500 max 126 G305 F E DBD LCD 900 max 734A 735A To DACS IV 2000 130 G103 F...

Page 109: ...has a BNC KS 23626 L5 right angle connector on one end For cables going to DACS III 2000 and DACS IV 2000 equipped with a BNC I O panel cable lengths designated as 250 max and 450 max become 500 max and 900 max respectively The Group 126 cable consists of two 734A cables 1 900 feet with a BNC connector on one end and no connector on the other end This group also includes two 13 foot 735A cables wi...

Page 110: ... one shield to provide the DS3 EC 1 cables for one DDM 2000 OC 3 func tion group 5 All the Group 319 to 338 cables have a BNC KS 23558 L6 connector on one end except the following Groups 327 332 and 337 have a BNC KS 23558 L5 connector on one end Group 338 has a BNC KS 23558 L4 connector on one end Continued on Next Page Table 2 3 DS3 EC 1 Cable Assemblies These cables are no longer available Desc...

Page 111: ...4 L2 cables with a 219N connector on one end and a 9821E or 9821F connec tor on the other end The KS 19224 L2 cable will have to be spliced to the 734A cable The Group 332 cable consists of two 734A cables 250 450 feet with a BNC connector on one end and no connector on the other end This group also includes two 15 foot KS 19224 L2 cables with a 219N connector on one end and a 846369346 cable asse...

Page 112: ... ED 8C724 22 G31 17 ft TBOS Resistor Interface Cable 352 18 in J53 TBOS Serial Telemetry Direct Connection to an Acorn TBOS Processor 348 150 ft J53 349 As Reqd TBOS Serial Telemetry 395 As Reqd J53 396 150 ft Modem Interface for Any Shelf 350 319 As Reqd 75 ft J52 TBOS CIT Modem for Additional Shelves Mult 351 2 ft 7 in J58 to J60 Lower Shelf 353 As Reqd CIT Modem Mult Without TBOS 354 2 ft 7 in ...

Page 113: ...ne Connections DS1 Timing Reference for Bottom Shelf DS1 External Sync Out Timing 339 100 ft J37 J44 340 300 ft 341 As Reqd Sync Input Timing 394 4 ft J37 t0 P237 on G339 340 or 341 Office Alarms for Bottom Shelf 357 150 ft P56 358 As Reqd Office Alarms for Additional Shelves 359 3 ft 3 in P56 to P57 Lower Shelf 361 As Reqd Power Cable for Single Shelf 371 15 ft P1 P2 Power Cable Bay Arrangements ...

Page 114: ...G W BR J101 J108 J115 J122 J129 J136 2 1 5 2 6 3 7 4 8 1 2 B8 B7 B6 B5 B4 B3 B2 B1 W S S W R BL BL R R O O R R G G R W S R BL R O R G J102 J109 J116 J123 J130 J137 3 1 9 2 10 3 11 4 12 1 2 B8 B7 B6 B5 B4 B3 B2 B1 R BR BR R R S S R BK BL BL BK BK O O BK R BR R S BK BL BK O J103 J110 J117 J124 J131 J138 4 1 13 2 14 3 15 4 16 1 2 B8 B7 B6 B5 B4 B3 B2 B1 BK G G BK BK BR BR BK BK S S BK Y BL BL Y BK G ...

Page 115: ...ble 2 7 Power Connections Name Design Conn Term Color 48 V A RTN A BAT A BAT A RTN J1 Note1 1 2 R BK 48 V B RTN B BAT B BAT B RTN J2 Note2 1 2 G W Table 2 8 Office Alarm Connections Name Design Conn Term Color Minor Alarm Visible Minor Alarm Visible Return Minor Alarm Audible Minor Alarm Audible Return MNV MNVR MN MNR J56 1 2 3 4 BL W W BL O W W O Major Alarm Visible Major Alarm Visible Return Maj...

Page 116: ...Term Color ACO Control Output ACO Control Input Output Common Critical Alarm ACO O ACO I COM O CR J54 7 18 14 15 BR W R BR R O G R Major Alarm Minor Alarm Power Minor Alarm Near End Status MJ MN PMN NE 13 11 9 16 O R BL R S W R G Carrier Line Failure Status Incoming Status System Identifier Shelf 1 System Identifier Shelf 2 CLF INCM SID1 SID2 3 1 5 23 O W BL W G W O BK System Identifier Shelf 3 Sy...

Page 117: ...able 2 10 TBOS Serial Telemetry Connections Name Design Conn Term Color Transmitted True Data To Telem Equip TDP P53 2 O W or BR W Transmitted Inverted Data To Telem Equip TDN 7 W O or W BR Received True Data To Telem Equip RDP 1 BL W or G W Received Inverted Data To Telem Equip RDN 6 W BL or W G Table 2 11 TL1 X 25 Interface Connections Name Design Conn Term Color Transmitted Data TDA J45 2 BL W ...

Page 118: ...y Connections RT Remote Terminal All Releases Remote Terminal Additional Environ mental Inputs Releases 8 9 11 and 13 ED8C704 20 Cable J61 ED8C724 22 Cable J62 Name Design Conn Name Design Conn Term Color Color Minor Alarm Power Minor Alarm Fan Control Input Common MN PMNT IN FAN CTL TLMI C J62 Env Input 20 Input Common TLMI 20 TLMI C J61 4 18 23 9 W O R BR O BK S W W BL BR W Env Input 1 Env Input...

Page 119: ...Env Input 2 Env Input 3 Env Input 4 TLMI 1 TLMI 2 TLMI 3 TLMI 4 Env Input 1 Env Input 2 Env Input 3 Env Input 4 TLMI 1 TLMI 2 TLMI 3 TLMI 4 17 15 13 11 BR R G R O R BL R Env Output 5 Env Output 6 Env Output 7 Env Output 8 TLMO 5 TLMO 6 TLMO 7 TLMO 8 Env Output 5 Env Output 6 Env Output 7 Env Output 8 TLMO 5 TLMO 6 TLMO 7 TLMO 8 7 5 3 1 BR W G W O W BL W Env Output 9 Env Output 10 Env Output 11 Env...

Page 120: ...eference Connections Name Design Conn Term Color Received from Primary DS1 Reference T R P37 P237 P44 6 1 BK O Received from Secondary DS1 Reference T R 7 2 R G Table 2 15 Order wire Interface Connections Name Design Conn Term Color Received Data RDAO RCKO P51 1 6 BL W W BL Transmitted Data TDAO TCKO 2 7 O W W O Ground GND 3 G Table 2 16 Fan Shelf Alarm Connections Terminal Wire Color Fan Shelf Co...

Page 121: ...S W 6C or 31C 7C or 32C 8C or 33C 9C or 34C 10C or 35C BL1R O1R G1R BR1R S1R R BL R O R G R BR R S BL2R O2R G2R BR2R S2R BL R O R G R BR R S R 11C or 36C 12C or 37C 13C or 38C 14C or 39C 15C or 40C BL1BK O1BK G1BK BR1B K S1BK BK BL BK O BK G BK BR BK S BL2BK O2BK G2BK BR2B K S2BK BL BK O BK G BK BR BK S BK 16C or 41C 17C or 42C 18C or 43C 19C or 44C 20C or 45C BL1Y O1Y G1Y BR1Y S1Y Y BL Y O Y G Y ...

Page 122: ...62 ST Blue 10 dB A3070D 106795370 ST Black 15 dB A3070F 106795362 ST Green 20 db A3070H 106795362 ST Red 0 dB A3080 106795404 FC PC None 5 dB A3080B 106795412 FC PC Blue 10 dB A3080D 106795420 FC PC Black 15 dB A3080F 106795438 FC PC Green 20 db A3080H 106795446 FC PC Red 0 dB A3060 106708951 SC None 5 dB A3060B 106708969 SC Blue 10 dB A3060D 106708977 SC Black 15 dB A3060F 106708985 SC Green 20 d...

Page 123: ...llation Issue 9 October 1998 2 49 Table 2 20 IAO LAN Connector Pin Identification Opposite End RJ45 type Note Pins 4 5 7 and 8 are not used Pin No Color Function 1 White on Orange XQ3P 2 Orange on White XQ3N 3 White on Black RQ3P 6 Black on White RQ3N ...

Page 124: ...1 1 J27 1 9 P 1 2 2 P 1 1 1 P 1 1 P 1 0 P 7 P 6 P 1 2 4 P 1 1 1 2 1 P 8 P56 P 1 1 P 1 1 P57 1 2 P 1 2 P 1 2 P J23 P 1 2 P 1 5 0 1 J5 J4 P61 P62 J29 J31 1 3 3 P 1 3 6 P 1 2 J30 P 0 P 1 3 7 P 1 3 1 3 4 P 1 1 4 P 1 4 P J32 J34 1 J33 3 5 P 1 3 8 P 1 3 P 2 P 1 4 P 1 3 9 P 1 3 P 1 2 5 P 1 1 J12 J13 J14 J16 J15 J11 J17 J19 J18 J20 J21 J22 1 2 3 4 5 6 7 8 9 0 1 2 J35 J36 J58 P55 P54 J6 J7 J8 J9 J10 J50 J5...

Page 125: ...er Wire Interface X 25 TL1 Interface 6 max Modem specified other shelves when TBOS Shelf 1 and Do not install cables CIT TBOS Modem OUT Mult groups of six bunched in DS3 EC 1 Cables Bay Adjacent DS1 DS1 Timing Mult DS1 Timing DDM 2000 Front of Bay use reserved for future shelf This space is between bracket and Office Alarms Power 6 6 6 5 2 1 2 1 2 1 4 3 5 4 3 5 4 3 CIT TBOS Modem IN Mult 1 2 3 4 5...

Page 126: ...TBOS Shelf 1 and Do not install cables CIT TBOS Modem OUT Mult CIT TBOS Modem IN Mult groups of six bunched in DS3 EC 1 Cables Bay Adjacent DS1 DS1 Timing Mult DS1 Timing Front of Bay Office Alarms Power use reserved for future shelf This space is between bracket and 6 Parallel Telemetry Parallel Telemetry Mult 1 2 3 4 5 6 Misc Env Discrete Telemetry 6 5 6 2 1 2 1 2 1 4 3 5 4 3 5 4 3 DDM 2000 6 6 ...

Page 127: ... 9 October 1998 2 53 Note Terminals are numbered by looking at the connector from the wiring side Figure 2 4 Connector Pinouts B1 2 1 A8 A1 24 Pin Unshielded 5 1 25 Pin Shielded 25 13 9 Pin Shielded 9 6 B8 14 1 24 23 DS1 Cable Connector 14 13 14 Pin Unshielded 1 2 ...

Page 128: ... channel for the fibers in place Figure 2 5 DDM 2000 OC 3 Shelf Mounting Top View Registered Trademark of Panduit Corporation Frame Bay Frame Bay Adjacent Bracket Rear Access ED 8C501 Frame Front Of Shelf Front Of Shelf Rear Access ED 8C500 Frame Left Side View Frame Bay Bracket Frame Bay Adjacent Bracket PANDUIT 5 0 5 0 6 0 1 0 PANDUIT 2 0 5 0 ...

Page 129: ...affle or Fan Shelf Baffle or Fan Shelf Shelf 1 Shelf 2 Shelf 3 Shelf 4 DDM 2000 Shelf 5 DDM 2000 DDM 2000 DDM 2000 DDM 2000 Shelf 6 DDM 2000 Min 3 Min Arrangement OC 3 OC 12 Bay Typical Rear Access Air Space Shelf Fan Shelf Baffle DDM 2000 OC 3 Baffle or Fan Shelf Shelf 2 Baffle Shelf 1 Shelf 3 Baffle or Fan Shelf Shelf 4 DDM 2000 OC 3 1 25 Arrangement Typical Rear Access OC 3 Bay DDM 2000 OC 3 DD...

Page 130: ... DDM 2000 OC 3 SHELF FAN SHELF IF SECOND OC 3 SHELF DOES NOT EXIST BAFFLE SHOULD BE FLUSH WITH FAN SHELF NO AIR GAPS SHOULD EXIST BETWEEN FAN SHELF AND OC 3 SHELF TO ENSURE PROPER COOLING THREAD CUTTING SCREWS PROVIDED WITH THE SHELF MUST BE USED ON THE UNPAINTED PORTION OF THE BRACKET TO ENSURE PROPER GROUNDING OF SHELF TO BAY FRAME THE PORTION OF THE BRACKET MOUNTED TO THE SHELF OR BAFFLE MUST R...

Page 131: ... SHELF BRACKET CAN BE INSTALLED IN ANY OF THREE DIFFERENT POSITIONS ED 8C500 REAR MOUNT CONFIGURATION AS SHIPPED FROM FACTORY ED 8C501 FRONT MOUNT CONFIGURATION PART OF BAY UPRIGHT ED 8C500 FRONT MOUNT CONFIGURATION ED 8C500 REAR MOUNT CONFIGURATION AS SHIPPED FROM FACTORY ED 8C500 FRONT MOUNT CONFIGURATION ED 8C501 FRONT MOUNT CONFIGURATION ...

Page 132: ...unction Group C OUT IN OUT IN J37 J44 0 7 3 3 1 P 1 P 5 3 4 3 1 P 1 P 1 4 1 P 2 4 1 P 2 3 9 3 1 P 1 P 8 3 1 J22 J21 3 1 P 1 P J33 J34 2 J12 J11 3 0 0 9 0 1 8 0 0 0 1 P 1 P 1 P 1 1 P 1 P 1 P J23 J24 7 6 0 5 0 1 1 P 1 P 1 P 1 3 1 4 1 2 1 P 1 P 1 P 6 3 9 2 5 8 1 1 P 2 1 P 4 7 1 6 1 3 5 2 2 J20 J19 J18 J17 J16 J15 J14 J13 4 1 0 1 P 1 1 P 1 1 P 1 P 1 P 1 P 2 2 1 P 1 P 1 P 1 P J25 J26 J27 J28 J29 J30 J3...

Page 133: ...ber 1998 2 59 Notes 1 Refer to Table 2 2 for specific DS3 EC 1 cable assemblies 2 Separate DS3 EC 1 cables are required for each shelf Figure 2 9 Rear Access DS3 EC 1 Cabling Function Group B Function Group C OUT OUT OUT IN IN IN J38 J39 Function Group A J40 J41 J42 J43 ...

Page 134: ...ue 9 October 1998 363 206 204 Equipment and Rear Access Cable Installation Figure 2 10 DS3 EC 1 Cable KS 19224 L2 Termination Drip Loop 3 Inch Cable 219N Splice Cable KS 19224 L2 734A Terminating Equipment BNC ...

Page 135: ...erminal of the 219N Connector should slide Make sure center conductor is visible in barrel of 219 Connector Soldering of the 219N Connector must be done after the 219N Connector has been assembled and crimped crimp tool or equivalent over cable dielectric but under braid Solder slug Fan braided shield and foil slightly KS 15712 L20 Outer shield following figure Slide the KS 15712 L20 over the 734A...

Page 136: ...larm and Parallel Telemetry Cabling NOTE Parallel telemetry is not available in Release 13 software Shelves Additional or 363 G362 or 366 G364 or 358 G357 or 361 G359 Parallel J51 P55 J51 J50 P55 Telemetry Mult Telemetry Parallel Mult Alarm Office Alarm Office J44 J37 J52 J45 J44 J37 J52 J45 Shelf 1 J53 P56 P57 P61 P62 J60 J58 J53 P56 P57 P61 P54 P62 J60 J58 J50 P54 ...

Page 137: ...ling J50 P54 J50 J58 J60 P62 P54 P61 P57 P56 J53 J58 J60 P62 P61 P57 P56 J53 J45 J52 J37 J44 J45 J52 J37 J44 TBOS CIT Modem Mult TBOS P55 J51 P55 J51 G369 or 370 G348 or 349 Orderwire Interface G346 or 347 Orderwire Interface G346 or 347 Additional Shelves Shelf 1 Telemetry for CO Misc Env Discrete Misc Env Discrete TL1 X 25 Interface G342 or 343 TL1 X 25 Interface G342 or 343 Telemetry G369 or 37...

Page 138: ...semblies Figure 2 14 DS1 Timing and Modem Cabling Shelves Additional only between 356 Used Mult G354 or or 341 G339 340 or 374 Mult G373 P55 P55 J51 J51 DS1 Timing G350 Interface Modem DS1 Timing shelves 4 5 CIT Modem J44 J37 J52 J45 J44 J37 J52 J45 J53 P56 Shelf 1 P57 P61 P62 J60 J58 J53 P56 P57 P61 P54 P62 J60 J58 J50 P54 J50 ...

Page 139: ... output common must be wired to an external ground for fan control external minor and power minor alarm inputs and for miscellaneous environmental discrete outputs 1 4 Figure 2 15 Remote Terminal Miscellaneous Environmental Discrete Functions Releases 6 and 7 Env Output 3 Env Output 2 Env Output 1 Env Alarm Status Env Input 14 Env Input 2 Env Input 1 15 17 9 Water Fire etc High Temp High Inputs Op...

Page 140: ...DM 2000 OC 3 fan shelf in non NEBS environment noncabinet where air inlet temperature exceeds 50 degrees Celsius applications where the fan shelf is required Figure 2 16 Central Office Terminal Miscellaneous Environmental Discrete Functions Releases 6 and 7 Env Input 3 Env Input 2 Env Input 1 Env Conrol Env Alarm Status Site Site 6 Inputs to RT Outputs from RT J61 14 4 External Minor Alarm 2 3 1 1...

Page 141: ...grees Celsius applications where the fan shelf is required Figure 2 17 Miscellaneous Environmental Discrete Functions Releases 8 9 11 and 13 1 2 3 4 5 6 7 8 9 15 16 21 1 2 3 4 1 2 3 4 5 6 7 8 9 2 3 4 1 10 External Minor Parallel Telemetry Alarm Status Points TBOS or TL1 X 25 Misc Control Inputs Misc Alarm Status Outputs From Discrete Telemetry Equipment From DDM 2000 Fan Shelf Fan Shelf Alarm Comm...

Page 142: ... 18 Sync Output Timing Connections Note OC 3 OUT IN OUT IN OC 3 Note Front Access Application Rear Access Application ED 8C724 21 G458 ED 8C724 20 G394 ED 8C724 20 G339 G340 or G341 From Timing Reference To Timing Reference To Timing Reference From Timing Reference ED 8C724 20 G339 G340 or G341 ED 8C724 20 G339 G340 or G341 ED 8C724 20 G394 ED 8C724 21 G414 ED 8C724 21 G415 ...

Page 143: ...363 206 204 Equipment and Rear Access Cable Installation Issue 9 October 1998 2 69 Figure 2 19 RJ 45 Plug and Face ...

Page 144: ...2 70 Issue 9 October 1998 363 206 204 Equipment and Rear Access Cable Installation ...

Page 145: ...Access 3 6 Description 3 6 Preshelf Installation Procedure 3 7 DDM 2000 OC 3 Shelf Installation Procedure 3 9 Fan Shelf Installation Procedure 3 9 DS1 Cable Installation Front Access 3 11 Description 3 11 Procedure 3 12 DS3 EC 1 Cable Installation Front Access 3 12 Description 3 12 Optical Fiber Cable Installation Front Access 3 13 Description 3 13 Power Cable Installation Front Access 3 13 Descri...

Page 146: ... Installation Front Access 3 19 Description 3 19 Procedure 3 19 Miscellaneous Environmental Discrete Telemetry Cable Installation Front Access 3 19 Description 3 19 Procedure 3 20 DS1 Timing Cable Installation Front Access 3 21 Description 3 21 Procedure for Shelves Connected to a Timing Source Timing a BITS Clock3 22 Procedure for Other Shelves 3 22 Modem Cable Installation Front Access 3 22 Desc...

Page 147: ...nformation refer to Miscellaneous Equipment in the section Introduction Description Procedures in this section should be performed on all front access shelf installations For rear access installations refer to the Equipment and Rear Access Cable Installation section of this manual Observe the following notes NOTE This section requires previous bay frame installation and grounding The shelf should ...

Page 148: ...stallation and the jumper between the 24G U OLIUs is discussed in Section 4 Pow ering Verification and Circuit Pack Installation NOTE The locations of all backplane plugs and jacks are shown in Figure 3 1 NOTE The cabling for the maximum capacity of six DDM 2000 OC 3 front access shelves in a bay is shown in Figure 3 2 NOTE Cables are to be installed from the bottom shelf in the bay toward the top...

Page 149: ... 10 and ED 8C727 10 for OC 3 and OC 12 bay drawings respectively Quantity Description 1 Thomas Betts WT 414 Crimping Tool Registered trademark of Thomas Betts Corporation The crimping tool wire stripper and soldering iron are only required if installing the Group 327 or 332 cable The replacement cassette is for the wire stripper tool 2 Paladin Coaxial Wire Stripper PA1208 Registered trademark of P...

Page 150: ...ce must be provided between every other shelf Refer to the bay layout shown in Figure 3 5 A heat baffle is required below the DDM 2000 OC 3 if heat generating equipment is located below the DDM 2000 OC 3 DDM 2000 heat baffles must be used where required There is no equivalent air gap A DDM 2000 OC 3 fan shelf is required only if the DDM 2000 shelf is installed in non NEBS environments air inlet te...

Page 151: ...kit a pouch attached to the shelf baffle or fan shelf containing the hardware required for mounting and grounding The installation kit for the baffle and fan shelf has the following contents The installation kit for the DDM 2000 OC 3 shelf has the following The installation kit for the fan shelf has the following Quantity Description 4 0 216 24 x 5 16 Thread Cutting Screws C803535012 Quantity Desc...

Page 152: ...OTE To assure that the shelf is grounded through the bay frame the mounting brackets must be positioned so that the head of the mounting screw makes contact with the unpainted surface of the bracket 5 Position the side mounting brackets of the DDM 2000 OC 3 heat baffle and or fan shelf if provided accordingly Refer to Figure 3 6 Equipment Installation Front Access Description This procedure descri...

Page 153: ...he left column of pins in the retainer area Each retainer accommodates two DS1 cable connectors 4 Dress the DS1 cables to ensure that the cables will fit properly in the DS1 cable chamber 5 Repeat Steps 1 through 4 for the function group A cables 6 Repeat Steps 1 through 4 for the function group C cables 7 Peel back the blue mylar on the DS1 cables to expose the silver foil 8 Place the DS1 cables ...

Page 154: ...3 software Office alarms Miscellaneous environmental discrete Power 11 Refer to Table 3 3 and attach the following front access mult cables to the backplane DS1 timing mult TBOS mult NOTE TBOS is not available in Release 13 software Parallel telemetry mult NOTE Parallel telemetry is not available in Release 13 software Office alarms mult NOTE A TBOS mult cable G425 is not attached to J58 if the sh...

Page 155: ...at baffles in the bay frame Figure 3 5 and Figure 3 6 and leave room for cables Use the thread cutting screws provided in the installation kits to mount the shelves to ensure a good ground connection from the bay to the shelf 2 Install the fan shelves if required Refer to Fan Shelf Installation 3 Using the ohmmeter optional verify that the DDM 2000 OC 3 is grounded to the bay frame 4 Install the r...

Page 156: ...wer alarm and grounding cabling associated with the fan shelf for front access configuration as follows a Unscrew the fan shelf front faceplate by removing its five mounting screws b Remove the four fan packs starting with the middle two first c Remove the 2 inch diameter cap plugged into the dumbbell shaped cutouts at the rear and right side of the shelf Route the unconnec torized ends of a G377 ...

Page 157: ...helf located below the fan shelf 5 Connect the G377 fan shelf power cable installed previously to a single G371 or a bay G372 power cable 6 Connect the end of the grounding cable to the bay frame using the taptite screw provided with the fan shelf DS1 Cable Installation Front Access Description This procedure describes how to connect the DS1 transmission cables to the front access DS1 cables route...

Page 158: ...S3 EC 1 Cable Installation Front Access Description The DS3 EC 1 front access interbay cables are installed if required in the same manner as the DS3 EC 1 rear access cables except that they connect to the front access cables instead of the backplane Follow the DS3 EC 1 Cable Installation Rear Access in the Equipment and Rear Access Cable Installation section see note The cables should be routed o...

Page 159: ... bay stacking the cables as shown in Figure 3 2 NOTE Fiber optic cables should not be under any other cables such as the DS3 cables for the BBG19 circuit pack These DS3 cables which share the fiber cable routing to the front should be laid before the fiber optic cables Power Cable Installation Front Access Description For the power cable installation follow the Power Cable Installation Rear Access...

Page 160: ...e lowest shelf follow the instructions under Intershelf Office Alarm Cabling The office alarm relay contacts are rated at 50 VA which means that they are capable of switching 1 amp at 50 volts or 2 amps at 25 volts Their ability to switch large transient currents means that they can if necessary switch up to ten 5 watt aisle pilot lamps If transient voltages or currents are above these limits tran...

Page 161: ...s and secure the cable in the bay Intershelf Office Alarm Cabling Procedure Perform this procedure to daisy chain office alarms from the remaining shelves in the bay to the shelf connected to the office alarm system For office alarms in a shelf other than the bottom shelf to be reported office alarm cable mults from each shelf to the bottom shelf must be in place Do not skip any shelves 1 Connect ...

Page 162: ... this procedure for shelf 1 which will be directly connected to the telemetry system 1 Obtain a parallel telemetry cable Group 437 or 438 refer to Table 3 4 2 Connect the cable to P254 of the front access cable which is already con nected to Shelf 1 3 Route the parallel telemetry cable out of the DDM 2000 OC 3 bay to the telemetry system stacking the cable as shown in Figure 3 2 4 Cut the parallel...

Page 163: ... assigned displays associated with this single interface connection Additionally other DDM 2000 OC 3 shelves in the bay may be assigned remaining displays associated with the single interface connection This is accomplished using intershelf mult cabling Bays equipped with more than two DDM 2000 OC 3 shelves may require additional TBOS connections to the telemetry equipment Connection of TBOS telem...

Page 164: ...lemetry Cable Installation Rear Access in the Equipment and Rear Access Installation The cables should be routed out of the bay stacking cables as shown in Figure 3 2 Intershelf Mult Cable Installation Front Access Description NOTE TBOS is not available in Release 13 software An intershelf mult cable connects the CIT TBOS telemetry and modem between shelves in a bay NOTE CIT and modem connections ...

Page 165: ...er to the TL1 X 25 Interface Cable Installation Rear Access in the Equipment and Rear Access Installation section The cables should be routed out of the bay stacking cables as shown in Figure 3 2 Miscellaneous Environmental Discrete Telemetry Cable Installation Front Access Description Miscellaneous environmental discrete telemetry is the method to provide environmental closures at the remote term...

Page 166: ...us environmental discrete telemetry connections are listed in Table 3 8 for remote terminal applications and Table 3 9 for central office applications 1 Obtain a miscellaneous environmental discrete telemetry cable Group 441 or 442 refer to Table 3 4 NOTE The cable is connected to the front access cable on a shelf requiring mis cellaneous environmental discrete telemetry For RT applications not us...

Page 167: ...ication NOTE For each output one lead should be connected to output common and the other lead should be connected to the appropriate alarm indication NOTE To input the external minor MN alarm or power minor PMNT IN alarm one lead should be connected to the appropriate external alarm source and an external ground should be connected to output common DS1 Timing Cable Installation Front Access Descri...

Page 168: ...S1 timing cable mults from that shelf to shelf 1 must be in place Do not skip any shelves 1 Connect the DS1 timing cable G414 J237 of each shelf to the DS1 timing cable G415 P237 of each lower shelf 2 Repeat procedure for each additional shelf in the bay 3 Dress and secure all cables in the bay Modem Cable Installation Front Access Description The use of a modem will allow the DDM 2000 OC 3 to be ...

Page 169: ... is generated by the fan shelf in the event of a functional failure The alarm can be input to the DDM 2000 OC 3 shelf as miscellaneous discrete information environmental alarm 14 Procedure The fan shelf alarm output should be connected to the DDM 2000 OC 3 shelf located below the fan shelf The connection can be made in one of the two ways a If no other environmental alarm inputs are being connecte...

Page 170: ...ront Access Cable Installation Final Operations Procedure 1 Verify that all the cables are properly dressed and secured in the bay 2 Verify that all cables are properly labeled 3 Verify that designations where cables were wire wrapped are properly labeled ...

Page 171: ...scription Note ED 8C724 21 Group Cable Length One Cable Connector Other Connector Cable from Backplane to Front of Shelf Function Group A 1400016A 401 4 ft 8 in J101 J104 J1A 402 J105 J107 J2A 403 J108 J111 J3A 404 J112 J114 J4A Cable from Backplane to Front of Shelf Function Group B 1400016A 405 4 ft 11 in J115 J118 J1B 406 J119 J121 J2B 407 J122 J125 J3B 408 J126 J128 J4B Cable from Backplane to...

Page 172: ...4 user definable environmental inputs are required This is a feature of Releases 8 9 11 and 13 G443 cables are used for DDM 2000 OC 3 shelves and for fan shelves Table 3 2 Front Access Shelf Cable Assemblies Description ED 8C724 21 Group Cable Length One Cable Connector Note Other Connector DS3 Cables from Backplane to Front of Shelf 413 2 ft 11 in P38 P43 J38A J39A J40B J41B J42C J43C DS1 Timing ...

Page 173: ...plications This cable does not connect to the backplane It is used to connect the CIT and modem mult between shelves that are not of the same TBOS link Table 3 3 Front Access Mult Cable Assemblies Description ED 8C724 21 Group Cable Length One Cable Connector Note Other Connector DS1 Timing Mult 415 2 ft 3 in P44 P237 Q2 In Mult 418 3 ft 6 in P50 P251 Parallel Telemetry Mult See NOTE below 422 3 f...

Page 174: ...s are 26 gauge Table 3 4 Telemetry and Modem Cable Assemblies Description ED 8C724 21 Group Cable Length ft Notes 1 2 3 DDM 2000 Backplane Connections Parallel Telemetry For Bottom Shelf See NOTE below 437 150 P254 of Front Access Cable 438 As Reqd Office Alarms For Lowest Shelf 439 150 P56 of Front Access Cable 440 As Reqd Misc Env Discrete Telemetry 1 per Shelf 441 150 P261 at CO P62 at RT of Fr...

Page 175: ... 20 1 21 2 22 3 23 4 W BL BL W W O O W W G G W W BR BR W W BL W O W G W BR P1 P3 CA1 CA3 2 1 5 2 6 3 7 4 8 24 5 25 6 26 7 27 8 W S S W R BL BL R R O O R R G G R W S R BL R O R G 3 1 9 2 10 3 11 4 12 28 9 29 10 30 11 31 12 R BR BR R R S S R BK BL BL BK BK O O BK R BR R S BK BL BK O 4 1 13 2 14 3 15 4 16 32 13 33 14 34 15 35 16 BK G G BK BK BR BR BK BK S S BK Y BL BL Y BK G BK BR BK S Y BL 5 1 17 2 ...

Page 176: ...or code standards A color code cross reference is located in Table 3 9 Table 3 6 Office Alarm Connections Name Desig Conn Term Color Minor Alarm Visible Minor Alarm Visible Return Minor Alarm Audible Minor Alarm Audible Return MNV MNVR MN MNR J56 1 2 3 4 BL W W BL O W W O Major Alarm Visible Major Alarm Visible Return Major Alarm Audible Major Alarm Audible Return MJV MJVR MJ MJR 5 6 7 8 G W W G B...

Page 177: ...g Conn Term Color ACO Control Output ACO Control Input Output Common Critical Alarm ACO O ACO I COM O CR J54 7 18 14 15 BR W R BR R O G R Major Alarm Minor Alarm Power Minor Alarm Near End Status MJ MN PMN NE 13 11 9 16 O R BL R S W R G Carrier Line Failure Status Incoming Status System Identifier Shelf 1 System Identifier Shelf 2 CLF INCM SID1 SID2 3 1 5 23 O W BL W G W O BK System Identifier She...

Page 178: ...ous Environmental Discrete Telemetry Connections RT Remote Terminal All Releases Remote Terminal Additional Environ mental Inputs Releases 8 9 11 and 13 ED8C704 20 Cable J61 ED8C724 22 Cable J62 Name Desig Conn Name Desig Conn Term Color Color Minor Alarm Power Minor Alarm Fan Control Input Common MN PMNT IN FAN CTL TLMI C J262 Env Input 20 Input Common TLMI 20 TLMI C J261 4 18 23 9 W O R BR O BK ...

Page 179: ...23 9 W O R BR O BK S W Env Input 1 Env Input 2 Env Input 3 Env Input 4 TLMI 1 TLMI 2 TLMI 3 TLMI 4 Env Input 1 Env Input 2 Env Input 3 Env Input 4 TLMI 1 TLMI 2 TLMI 3 TLMI 4 17 15 13 11 BR R G R O R BL R Env Output 5 Env Output 6 Env Output 7 Env Output 8 TLMO 5 TLMO 6 TLMO 7 TLMO 8 Env Output 5 Env Output 6 Env Output 7 Env Output 8 TLMO 5 TLMO 6 TLMO 7 TLMO 8 7 5 3 1 BR W G W O W BL W Env Outpu...

Page 180: ...W S W 6C or 31C 7C or 32C 8C or 33C 9C or 34C 10C or 35C BL1R O1R G1R BR1R S1R R BL R O R G R BR R S BL2R O2R G2R BR2R S2R BL R O R G R BR R S R 11C or 36C 12C or 37C 13C or 38C 14C or 39C 15C or 40C BL1BK O1BK G1BK BR1BK S1BK BK BL BK O BK G BK BR BK S BL2BK O2BK G2BK BR2BK S2BK BL BK O BK G BK BR BK S BK 16C or 41C 17C or 42C 18C or 43C 19C or 44C 20C or 45C BL1Y O1Y G1Y BR1Y S1Y Y BL Y O Y G Y ...

Page 181: ... 1 1 J27 1 9 P 1 2 2 P 1 1 1 P 1 1 P 1 0 P 7 P 6 P 1 2 4 P 1 1 1 2 1 P 8 P56 P 1 1 P 1 1 P57 1 2 P 1 2 P 1 2 P J23 P 1 2 P 1 5 0 1 J5 J4 P61 P62 J29 J31 1 3 3 P 1 3 6 P 1 2 J30 P 0 P 1 3 7 P 1 3 1 3 4 P 1 1 4 P 1 4 P J32 J34 1 J33 3 5 P 1 3 8 P 1 3 P 2 P 1 4 P 1 3 9 P 1 3 P 1 2 5 P 1 1 J12 J13 J14 J16 J15 J11 J17 J19 J18 J20 J21 J22 1 2 3 4 5 6 7 8 9 0 1 2 J35 J36 J58 P55 P54 J6 J7 J8 J9 J10 J50 J...

Page 182: ...try Mult Parallel Telemetry Office Alarms Mult Cables Fiber Optical TBOS Shelf 5 Do not install cables DS3 EC 1 Cables bunched in groups of six Bay Adjacent DS1 Modem TBOS Shelf 1 DS1 Timing Mult DS1 Timing DDM 2000 Front of Bay use reserved for future shelf This space is between bracket and CIT TBOS Modem IN Mult Office Alarms Power 6 6 6 5 2 1 2 1 2 1 4 3 5 4 3 5 4 3 1 2 3 4 5 6 6 6 5 6 2 1 2 1 ...

Page 183: ... 2 J and P connector pinouts are a mirror image of one another Figure 3 3 Connector Pinouts 37 20 1 J Type J Type J Type DS1 Cable Connector B8 B1 2 1 A8 A1 24 Pin Unshielded 1 6 14 1 24 23 19 P Type 14 13 14 Pin Unshielded 1 2 P Type 15 13 37 Pin Shielded 24 Pin Unshielded P Type 4 1 24 21 P Type 5 25 13 9 Pin Shielded 9 25 Pin Shielded P Type 15 Pin Unshielded 1 3 ...

Page 184: ...wo brackets required per shelf to hold the PANDUIT cable channel in place Figure 3 4 DDM 2000 Shelf Mounting Top View Registered Trademark of Panduit Corporation Left Side View Frame Bay Bracket Frame Bay Front of Shelf Front Access ED 8C500 Frame Bracket Frame Bay Adjacent PANDUIT 1 0 5 0 PANDUIT 6 0 ...

Page 185: ...helf 5 DDM 2000 DDM 2000 DDM 2000 DDM 2000 DDM 2000 Shelf 6 DDM 2000 Arrangement OC 3 OC 12 Bay Typical Rear Access Shelf 1 Shelf 2 Shelf 3 Air Space Baffle Baffle or Fan Shelf DDM 2000 OC 3 DDM 2000 OC 3 DDM 2000 OC 3 Shelf Fan Shelf Baffle Typical Rear Access Air Space Baffle or Fan Shelf 3 Min Shelf 4 DDM 2000 OC 3 2 5 Baffle or Fan Shelf 2 5 2 5 OC 3 Bay Arrangement 1 25 Baffle Baffle OC 12 DD...

Page 186: ...000 OC 3 SHELF FAN SHELF IF SECOND OC 3 SHELF DOES NOT EXIST BAFFLE SHOULD BE FLUSH WITH FAN SHELF NO AIR GAPS SHOULD EXIST BETWEEN FAN SHELF AND OC 3 SHELF TO ENSURE PROPER COOLING THREAD CUTTING SCREWS PROVIDED WITH THE SHELF MUST BE USED ON THE UNPAINTED PORTION OF THE BRACKET TO ENSURE PROPER GROUNDING OF SHELF TO BAY FRAME THE PORTION OF THE BRACKET MOUNTED TO THE SHELF OR BAFFLE MUST REMAIN ...

Page 187: ...ELF BRACKET CAN BE INSTALLED IN ANY OF THREE DIFFERENT POSITIONS ED 8C500 REAR MOUNT CONFIGURATION AS SHIPPED FROM FACTORY ED 8C501 FRONT MOUNT CONFIGURATION PART OF BAY UPRIGHT ED 8C500 FRONT MOUNT CONFIGURATION ED 8C500 REAR MOUNT CONFIGURATION AS SHIPPED FROM FACTORY ED 8C500 FRONT MOUNT CONFIGURATION ED 8C501 FRONT MOUNT CONFIGURATION ...

Page 188: ... G411 G412 Function Group A Function Group B Function Group C Outline EMC Cover Function Group A Function Group B Function Group C 0 OUT IN OUT IN 3 2 1 0 7 3 6 3 9 2 5 8 1 1 P 2 1 P 4 7 1 J20 J19 J18 3 1 P 1 P 1 P 2 1 P 1 P 1 P J30 J31 J32 5 3 4 3 3 3 1 2 1 P 1 P 1 P 1 P 8 2 0 1 4 1 P 4 1 P 1 P 2 4 1 P 2 3 9 3 1 P 1 P 8 3 1 J22 J21 3 1 P 1 P J33 J34 Function Group A TX G401 G402 6 5 4 2 0 J12 J11...

Page 189: ...e output common must be wired to an external ground for fan control external minor and power minor alarm inputs and for miscellaneous environmental discrete outputs 1 4 Figure 3 9 Remote Terminal Miscellaneous Environmental Discrete Functions Releases 6 and 7 Env Output 3 Env Output 2 Env Output 1 Env Alarm Status Env Input 14 Env Input 2 Env Input 1 15 17 9 Water Fire etc High Temp High Inputs Op...

Page 190: ...DDM 2000 OC 3 fan shelf in non NEBS environment noncabinet where air inlet temperature exceeds 50 degrees Celsius applications where the fan shelf is required Figure 3 10 Central Office Terminal Miscellaneous Environmental Discrete Functions Releases 6 and 7 Env Input 3 Env Input 2 Env Input 1 Env Conrol Env Alarm Status Site Site 6 Inputs to RT Outputs from RT J61 14 4 External Minor Alarm 2 3 1 ...

Page 191: ...egrees Celsius applications where the fan shelf is required Figure 3 11 Miscellaneous Environmental Discrete Functions Releases 8 9 11 and 13 1 2 3 4 5 6 7 8 9 15 16 21 1 2 3 4 1 2 3 4 5 6 7 8 9 2 3 4 1 10 External Minor Parallel Telemetry Alarm Status Points TBOS or TL1 X 25 Misc Control Inputs Misc Alarm Status Outputs From Discrete Telemetry Equipment From DDM 2000 Fan Shelf Fan Shelf Alarm Com...

Page 192: ...3 46 Issue 9 October 1998 363 206 204 Equipment and Front Access Cable Installation ...

Page 193: ...Pack Provisioning Option Settings 4 6 Description 4 6 Controller Packs 4 7 BBG5 SYSCTL Circuit Pack 4 7 BBG8 SYSCTL Circuit Pack 4 7 BBG7 OHCTL Circuit Pack 4 8 BBG9 OHCTL Circuit Pack 4 8 BBG10 OHCTL Circuit Pack 4 8 Transmission and Timing Circuit Packs 4 9 BBG2 MXRVO Circuit Pack 4 9 BBG4 DS3 or BBF4B DS3PM Circuit Pack 4 9 BBG19 DS3 Circuit Pack 4 9 BBG20 Transmultiplexer Circuit Pack 4 9 BBF1...

Page 194: ...G U OLIU 4 14 Other Circuit Packs 4 15 BBF5 Jumper Circuit Pack 4 15 BBG6 STS 1E Circuit Pack 4 15 Software Download Procedure 4 16 Preparation 4 16 Download Procedure 4 17 Circuit Pack Installation 4 18 Description 4 18 Procedure 4 18 OLIU Preparation 4 19 Preparation Procedure 4 19 Cleaning Procedure 4 20 Final Operations 4 21 Procedure 4 21 4 21 4 21 4 20 4 19 4 19 4 18 4 18 4 18 4 17 4 16 4 16...

Page 195: ...8 9 11 and 13 Software Download The software download procedure mentioned in this section is required for shelves equipped with Releases 6 and 7 BBG5 SYSCTL and BBG7 OHCTL circuit packs or for Releases 8 9 11 and 13 BBG8 SYSCTL and BBG9 or BBG10 OHCTL circuit packs The SYSCTL and OHCTL circuit packs are shipped from the factory without the software A software package containing the necessary compu...

Page 196: ...ify that the frame or structure into which the DDM 2000 OC 3 is installed is properly grounded 2 Verify that the DDM 2000 OC 3 is properly grounded to the frame or struc ture 3 Verify that a 5 ampere fuse is installed in the DDM 2000 OC 3 user panel for each feeder 4 Disconnect the power cable from the backplane cable P1 from J1 and P2 from J2 5 If a single shelf is used install a 10 ampere fuse i...

Page 197: ...power cable from the backplane cable P1 from J1 12 Reconnect the B feed of the power cable to the backplane cable P2 to J2 13 Verify the PWR ON LED on the DDM 2000 OC 3 user panel is lighted with only the B feed connected 14 Reconnect the A feed of the power cable to the backplane cable P1 to J1 15 Verify that the PWR ON LED on the DDM 2000 OC 3 user panel is lighted with both the A and B feed con...

Page 198: ...pack removal Signal degrade protection switching requires 22D U 22G U 22G2 U 22G3 U or 22F2 U OLIUs The BBF3 is the DS1PM circuit pack which can be used in place of or mixed with the BBF1 BBF1B If mixed within a low speed group the protection circuit pack must be a BBF3 If the DS1PM feature is enabled using the set feat command the BBF3 has additional performance monitoring capabilities The BBF3B ...

Page 199: ...must be modified using the G3 to G4 Front Cover Modification Kit 847544177 to provide clearance for the front connectors and cables BBG4B DS3 is required to support enhanced DS3 performance monitoring The BBG6 ls is the BBG6 circuit pack with its switch set for low speed Due to cable congestion it is recommended that no more than four BBG19s be used per shelf A G4 shelf or G3 to G4 Front Cover Mod...

Page 200: ...nstallation NOTE Locations of circuit pack units are shown in Figure 4 1 for Release 6 config urations Figure 4 2 for Release 7 configurations Figure 4 3 for Release 8 configurations and Figure 4 4 for Releases 9 and 11 configurations Release 13 configurations for the HDSL and TMUX applications are shown in Figure 4 5 and Figure 4 6 respectively NOTE The instructions for circuit packs not provided...

Page 201: ...d telemetry closure number is dependent upon the CO and RT site addresses Unless otherwise specified the CO site address should be set for Site 7 2 Set the SYSCTL circuit pack option switches as shown in Figure 4 7 NOTE In the absence of specified settings the suggested SYSCTL option setting guidelines are located in Table 4 2 TBOS figure included 3 Place but do not fully install the SYSCTL circui...

Page 202: ...9 Switch S2 is used to control the identification of the DCC for open sys tems interconnection OSI interworking 3 Place but do not insert into the shelf connector fully install the BBG7 cir cuit pack in the shelf BBG9 OHCTL Circuit Pack 1 The OHCTL BBG9 Releases 8 9 11 and 13 has no option switches All options are exercised through software commands 2 Place but do not insert into the shelf connect...

Page 203: ...uit Pack The BBG19 circuit pack has the input and output connections on the faceplate rather than on the backplane There are two versions of the BBG19 The s1 1 BBG19 is a modified BBG4B on which the DS3 input and output connections are brought to the front of the pack via coaxial cables The s1 2 BBG19 has a redesigned printed wiring board on which the DS3 input and output are brought to the facepl...

Page 204: ...annel s line code can be individually set In the absence of DS1 line coding information coding should be set for AMI 1 Set the DS1 circuit pack option switch as required Refer to Figure 4 12 2 Place but do not fully install the DS1 circuit pack s into the shelf NOTE If the function group is equipped for low speed protection a 177A retainer MUST be inserted in all vacant low speed service slots in ...

Page 205: ...option switch for operation as planned as shown in Figure 15 2 Place but do not fully install the BBF8 circuit packs into the shelf NOTE Only three BBF8 circuit packs can be used in a function group See 363 206 285 DDM 2000 OC 3 Multiplexer User Service Manual for more details on use of this circuit pack Optical Line Interface Units CAUTION For all OLIUs if a single mode fiber is used any LBO othe...

Page 206: ... by the 22G3 U or by the 22G2 U The 22G U and 22G3 U OLIU circuit packs have no customer switch set options 3 The 22G U OLIU circuit pack is shipped with a 0 dB ST universal LBO installed If an SC or FC PC connector or different LBO is required the uni versal LBO can be ordered separately See Table 4 3 1 To remove the universal LBO 2 Depress the locking tab on the buildout until it is free from th...

Page 207: ... different LBO is required the uni versal LBO can be ordered separately See Table 4 3 1 To remove the universal LBO 2 Depress the locking tab on the buildout until the locking tab is free from the locked position rotate the buildout counterclockwise to the stop position and separate the buildout block by pulling it toward you Refer to the appropriate figure in Figure 4 19 for the specific buildout...

Page 208: ...r an example of a FiberReach dual homing application refer to Figure 4 17 3 Place but do not fully install the 27G U OLIU circuit pack s into the shelf 24G U OLIU The 24G U OLIU is used in Releases 11 and 13 configurations for shelves acting as DDM 2000 OC 12 interconnections This allows an OC 3 shelf to be connected into an OC 12 ring without needing an OC 12 shelf 1 The 24G U OLIU circuit pack h...

Page 209: ... a function unit pair is occu pied by a 27G U or 27G2 U such as host nodes for a dual homed Fiber Reach application BBG6 STS 1E Circuit Pack The BBG6 circuit pack Releases 6 7 8 9 11 and 13 is used to provide bidirectional transport of one EC 1 signal through the DDM 2000 Multiplexer The BBG6 circuit pack has two option switches High Low speed switch where the STS 1E high speed mode inter faces wi...

Page 210: ... circuit packs are autobaud and require no switch settings NOTE The data rate baud rate on the BBG5 circuit pack must be set to be com patible with that of the PC The higher the rate used for communicating the faster the software can be downloaded A rate higher than 9600 baud is NOT recommended Locate the switch S3 Figure 4 7 on the BBG5 circuit pack It is the lower of the three switches mounted n...

Page 211: ...e baud rate as the BBG5 circuit pack The mes sage gives the user the choice to continue or not continue with the down load procedure If the user chooses to continue observe the following response CTRM ready Type Alt h for help Communications established 4 Connect the PC to the CIT connector on the front of the shelf user panel 5 Press the RETURN or ENTER key on the PC press twice for Releases 8 9 ...

Page 212: ...ng the circuit packs be careful to insert them straight to avoid damaging the LEDs When a circuit pack is installed its FAULT LED will light for several seconds then extinguish NOTE A wrist strap MUST be worn when handling circuit packs NOTE The UPD INIT pushbutton on the SYSCTL circuit pack is recessed and will require a pointed object like a ballpoint pen to press it NOTE The instructions for ci...

Page 213: ... end of the respective DS3 cables or have Craft Personnel place an internal loopback at the terminating equipment FT 2000 DACS IV 2000 6 Fully insert the BBF1B DS1 BBF3 DS1PM or BBF5 jumper circuit pack s into the shelf NOTE If a function group is equipped for DS1 protection a 177A retainer MUST be inserted in all vacant service slots OLIU Preparation Preparation Procedure For ED 8C724 30 Group 1 ...

Page 214: ...g with a clockwise twist locking motion 6 Replace but do not fully insert OLIUs in there respective shelf slot positions at this time NOTE All precautions should be observed when handling fiber optic cables When fiber cables are not connected to the equipment the protective fiber covers should be in place NOTE Optical fiber cables should have been placed in a protective tube and clearly labeled If...

Page 215: ...is used and the BBG19 U cables are installed before the opti cal fiber cables 8 Attach the fiber tray cover to the DDM 2000 OC 3 shelf Final Operations Procedure 1 Fully insert all circuit packs except OLIUs Verify that all circuit packs other than the OLIUs are installed 2 If there are any FAULT LEDs ON press the UPD INIT pushbutton on the SYSCTL circuit pack 3 If there are still FAULT LEDs ON ig...

Page 216: ...s and 177As MUST total eight per function group to accommodate protection switching For 21 and 22 type OLIUs minimum and maximum circuit pack quantities are determined by network topology 21 type OLIUs are not used with ring Releases 7 9 11 and 13 27G U OLIUs are used only with Releases 9 11 and 13 shelves configured as DDM 2000 FiberReach hosts A maximum of 3 BBF8 circuit packs can be used per fu...

Page 217: ...elect RT TBOS termination not last TBOS display number 4 TBOS backup function no TBOS link Remote TBOS enable enabled Far end com enabled DDM 2000 OC 3 RT Site CO RT select RT TBOS termination not last TBOS display number 8 TBOS backup function no TBOS link Remote TBOS enable enabled Far end com enabled HUB Remote Terminal RT Site DDM 2000 OC 3 DDM 2000 OC 3 DDM 2000 OC 3 OC 3 OC 3 TBOS intrabay m...

Page 218: ...BO Code Comcode Connector Type Label Color 0 dB A3070 106795354 ST None 5 dB A3070B 106795362 ST Blue 10 dB A3070D 106795370 ST Black 15 dB A3070F 106795362 ST Green 20 db A3070H 106795362 ST Red 0 dB A3080 106795404 FC PC None 5 dB A3080B 106795412 FC PC Blue 10 dB A3080D 106795420 FC PC Black 15 dB A3080F 106795438 FC PC Green 20 db A3080H 106795446 FC PC Red 0 dB A3060 106708951 SC None 5 dB A3...

Page 219: ...TY ABN NE FAULT 4 AUX CTL FAULT DS1 5 Lucent Lucent FAULT DS1 DS1 DS1 8 P X X X X X X X X X X Lucent Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT DS1 Lucent FAULT 6 B DS1 7 Lucent FAULT DS1 Lucent FAULT DS1 1 2 3 2 3 4 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LOW SPEED GROUP B GROUP C SYS CTL FE SEL UPD INIT USER PANEL CIT ACTY ACO FA FB Lucent Lucent X X X X...

Page 220: ...E ACTY ABN NE FAULT 4 AUX CTL FAULT DS1 5 Lucent Lucent FAULT DS1 DS1 DS1 8 P X X X X X X X X X X Lucent Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT DS1 Lucent FAULT 6 B DS1 7 Lucent FAULT DS1 Lucent FAULT DS1 1 2 3 2 3 4 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LOW SPEED GROUP B GROUP C SYS CTL FE SEL UPD INIT USER PANEL CIT ACTY ACO FA FB Lucent Lucent X X...

Page 221: ...TY ABN NE FAULT 4 AUX CTL FAULT DS1 5 Lucent Lucent FAULT DS1 DS1 DS1 8 P X X X X X X X X X X Lucent Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT DS1 Lucent FAULT 6 B DS1 7 Lucent FAULT DS1 Lucent FAULT DS1 1 2 3 2 3 4 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LOW SPEED GROUP B GROUP C SYS CTL FE SEL UPD INIT USER PANEL CIT ACTY ACO FA FB Lucent Lucent X X X X...

Page 222: ...1 DS1 DS1 X X X X X X X X X X FE ID FE ACTY ABN NE FAULT 4 AUX CTL FAULT DS1 5 Lucent Lucent FAULT DS1 DS1 DS1 8 P X X X X X X X X X X Lucent Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT Lucent FAULT DS1 Lucent FAULT 6 B DS1 7 Lucent FAULT DS1 Lucent FAULT DS1 1 2 3 2 3 4 X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LOW SPEED GROUP B GROUP C SYS CTL FE SEL UPD INIT USER PANEL...

Page 223: ...29 Powering Verification and Circuit Pack Installation 363 206 204 Figure 4 5 DDM 2000 OC 3 Shelf with HDSL Circuit Pack Configurations NOTE Power considerations limit the number of HDSL packs in each function group to three ...

Page 224: ...4 30 Issue 9 October 1998 Powering Verification and Circuit Pack Installation 363 206 204 Figure 4 6 DDM 2000 OC 3 Shelf with TMUX Circuit Pack Configuration ...

Page 225: ...t be properly set Refer to the option switch settings of Figure 4 5 on the following pages 2 All switches should be set per the customer s engineering records In the absence of engineering records refer to Table 4 2 Figure 4 7 BBG5 SYSCTL Option Switches Sheet 1 of 5 Component Side Connector Edge OFF 2 1 S4 S3 S2 S1 Latch ON S1 S2 or S3 8 7 6 5 4 3 S4 OFF ON 2 1 ...

Page 226: ... for NO TBOS 3 Switch section 6 is set for the shelf s location 4 Switch section 7 is set for communication to the RT If either CO or RT is disabled TBOS communication is disabled 5 Switch section 8 is not used at the present time and must be set to OFF to avoid alarm and fault light generation on the SYSCTL 6 Even if TBOS is not being used switch sections 1 2 3 4 5 and 7 of Switch 1 must be prope...

Page 227: ... OFF 62 OFF ON OFF ON ON 6 OFF ON OFF 72 ON OFF OFF ON ON 7 ON OFF OFF 82 OFF OFF OFF ON ON 8 OFF OFF OFF 93 ON ON ON OFF ON 103 OFF ON ON OFF ON 114 ON OFF ON OFF ON 124 OFF OFF ON OFF ON 134 ON ON OFF OFF ON 144 OFF ON OFF OFF ON 154 ON OFF OFF OFF ON 164 OFF OFF OFF OFF ON 174 ON ON ON ON OFF 184 OFF ON ON ON OFF 194 ON OFF ON ON OFF 204 OFF OFF ON ON OFF 214 ON ON OFF ON OFF 224 OFF ON OFF ON ...

Page 228: ...1 16 are will be supported in Release 7 1 rings and then only when interworking with OC 12 Switch sections 7 and 8 are used in conjunction with sections 1 2 and 3 to support the new site addresses 5 Site addresses 11 32 are will be supported in future releases Switch sections 7 and 8 are used in conjunction with sections 1 2 and 3 to support the new site addresses SYSCTL Switch 3 Notes 1 Switch se...

Page 229: ...minator for last if the shelf is the last shelf position on the telemetry daisy chain at the CO where the initial link is made 2 Set the TBOS terminator for not last if the shelf is not the last shelf on the telemetry daisy chain 3 Set all RT applications as not last Figure 4 7 BBG5 SYSCTL Option Switches Sheet 5 of 5 Switch 4 Settings TBOS Terminator Shelf Location Sec 1 Sec 2 Not Last OFF OFF La...

Page 230: ...1 sections 1 2 and 3 must be set to the OFF position Figure 4 8 BBG8 SYSCTL Option Switches Sheet 1 of 2 Switch 1 Settings Product Identification Sec 1 Sec 2 Sec 3 DDM 2000 SLC 2000 DDM 2000 FiberReach OFF OFF OFF MegaStar 2000 R1 OFF OFF ON MegaStar 2000 R2 OFF ON ON Component Side Connector Edge OFF 2 1 S1 S1 Latch ON S2 8 7 6 5 4 3 S2 OFF ON 2 1 3 ...

Page 231: ...t switch 2 section 1 to OFF and section 2 to OFF if the shelf is not the last shelf on the telemetry daisy chain 3 Set all RT applications as not last switch 2 section 1 to OFF and section 2 to OFF SYSCTL Switch 2 sections 3 and 8 Note 1 For DDM 2000 OC 3 applications switch 2 sections 3 through 8 must be set to the OFF position Figure 4 8 BBG8 SYSCTL Option Switches Sheet 2 of 2 Switch 2 Settings...

Page 232: ... the OHCTL circuit pack will light and an alarm will be generated 3 Switch S2 is unused in early releases but should be provisioned for section 1 set to ON and sections 2 3 and 4 to OFF for ease of future upgrading Any subsequent settings should adhere to specific release specifications Figure 4 9 BBG7 OHCTL Option Switches Sheet 1 of 3 Switch 1 Settings Network Element Sec 1 Sec 2 Sec 3 1 ON ON O...

Page 233: ... switches associated with OLIUs in the MAIN and FUNCTION UNITS slots at each end of the interconnected optical spans for linear hub configurations 5 In Release 7 switches S2 1 though S2 4 are used to control the identifica tion of the DCC for open systems interconnection OSI interworking For a given optical span the network elements that terminate on each side of the optical span must have their n...

Page 234: ... S2 1 MAIN ON OHCTL switch S2 S2 2 FN A OFF S2 3 FN B OFF S2 4 FN C OFF RT2 F N B MAIN BBG7 OHCTL Option switches for linear systems CO OHCTL switch S2 S2 3 FN B OFF S2 4 FN C OFF C O F N A F N B F N C MAIN 1 MAIN 2 S2 2 MAIN 2 OFF S2 1 MAIN 1 ON RT1 OHCTL switch S2 S2 3 FN B O F F S2 4 FN C O FF RT1 F N A F N B F N C MAIN 1 MAIN 2 S2 2 MAIN 2 O FF S2 1 MAIN 1 ON OHCTL switch S2 S2 3 FN B O FF S2 ...

Page 235: ...sed on the type of cable used and the cable length Figure 4 10 BBG4 and BBG19 DS3 Option Switches Cable Length ft Plug Settings Note 735A 1735006A 734A KS 19224 L2 0 to 125 0 to 125 0 to 75 LBO IN 125 to 245 225 to 450 75 to 150 LBO OUT LBO OUT LBO IN TP2 TP4 TP3 TP1 TP2 TP4 TP3 TP1 Component Side Connector Edge Latch ...

Page 236: ... 206 204 Powering Verification and Circuit Pack Installation BBG20 TMUX LBO Settings Figure 4 11 BBG20 TMUX LBO Option Switches Cable Length ft 735A 734D LBO Setting Cable Cable 0 to 65 0 to 120 LBO ON 65 to 250 120 to 450 LBO OFF ...

Page 237: ...Figure 4 12 BBF1B DS1 and BBF3 DS1PM Option Switches Switch 1 Settings LBO Selection Line Code Selection 26 Gauge 1249C Cable Length ft 22 Gauge 613C Cable Length ft Sec 1 Sec 2 Sec 3 Pulse Format Sec 4 Chan 1 Sec 5 Chan 2 Sec 6 Chan 3 Sec 7 Chan 4 30 to 90 30 to 133 OFF OFF OFF AMI ON ON ON ON 90 to 180 133 to 267 OFF OFF ON 180 to 270 267 to 400 OFF ON OFF B8ZS OFF OFF OFF OFF 270 to 360 400 to ...

Page 238: ...ng mode for external 4 The pulse format AMI or B8ZS and frame format superframe or extended superframe are set for the attributes of the external clock if external timing is selected In the absence of DS1 clock information set line code for AMI and frame format for superframe Figure 4 13 BBF2 TGS Option Switches Switch 1 Settings Line Code Selection Frame Selection Timing Mode Selection Pulse Form...

Page 239: ... loop timed and is not con nected to a DS1 clock J37 on backplane set the Timing Mode for Free Running Switch 1 Settings DS1 Line Coding Switch DS1 Frame Format Switch S1 1 S1 2 AMI ON SF ON B8ZS OFF ESF OFF Switch 1 Settings Timing Mode Switch Settings S1 3 S1 4 S1 5 DS1 Output Free Running ON ON OFF DS1 External MULT OUT Mode OFF ON OFF Loop Timing Main ON OFF OFF Loop Timing Main SYNC OUT Mode ...

Page 240: ...ync Out is to be derived from the received OC 3 line for network timing distribution set the Timing Mode for DS1 External SYNC OUT Mode 6 The pulse format AMI or B8ZS and frame format superframe or extended superframe are set for the attributes of the external clock if External timing is selected In the absence of DS1 clock information set DS1 line code for AMI and Frame Format for Superframe Note...

Page 241: ...it Pack Installation Issue 9 October 1998 4 47 Figure 4 15 HDSL DIP Switch Settings HDSL Options DIP Switch Settings HDSL Port 1 HDSL Port 2 S1 1 S1 2 S1 3 S1 4 HDSL Master OFF OFF START UP Slave ON ON HDSL Local OFF OFF MANAGEMENT Through ON ON ...

Page 242: ...4 Powering Verification and Circuit Pack Installation Figure 4 16 21G OLIU Option Switches Switch 1 Settings Output Power Selection 3 5 dBm HIGH 8 5 dBm LOW Connector Edge IN Component Side Latch I or III II S1 S1 POWER LOW POWER HIGH OUT ...

Page 243: ...a 2 b 2 or c 2 to Main 2 of FiberReach RT4 2 Failure to place the 27G U OLIUs in the correct function unit positions for example if the 27G Us were placed in function unit slot 2 of OC 3 RT1 and function unit slot 1 of OC 3 RT2 will result in failure of traffic flow between the FiberReach and the correct OC 3 nodes Figure 4 17 FiberReach Dual Homing Application MAIN 1 MAIN 2 IN OUT OUT IN MAIN 1 M...

Page 244: ...it Pack Installation Notes 1 The BBG6 STS 1E high speed mode is only available with Release 6 0 or higher linear systems Figure 4 18 BBG6 STS 1E Option Switches LBO IN Edge Connector LBO OUT Component Side II I o r III H IG H S P E E D M O D E L O W S P E E D M O D E S 1 ...

Page 245: ...Pack Installation Issue 9 October 1998 4 51 Figure 4 19 A ST Type Universal Buildout Figure 4 19 B FC PC Type Universal Buildout Figure 4 19 Universal Buildout Types Sheet 1 of 2 Buildout Block Lightguide Buildout Buildout Block Lightguide Buildout ...

Page 246: ...sue 9 October 1998 363 206 204 Powering Verification and Circuit Pack Installation Figure 4 19 C SC Type Universal Buildout Figure 4 19 Universal Buildout Types Sheet 2 of 2 Buildout Block Lightguide Buildout ...

Page 247: ...rminals 5 5 ASCII Terminal Setup 5 6 DDM 2000 OC 3 Command Notes 5 6 Login Procedure 5 7 LED Test 5 9 Description 5 9 Procedure With a Terminal 5 9 Procedure Without a Terminal 5 9 Local Equipment Test 5 9 Description 5 9 Preparation Procedure 5 10 Procedure 5 11 Local Wiring Cross Connect Test 5 11 Description 5 11 Preparation Procedure 5 11 Procedure 5 12 5 12 5 11 5 11 5 11 5 11 5 10 5 9 5 9 5 ...

Page 248: ...scription 5 12 Preparation 5 12 Fiber Verification Procedure and Optical Test 5 13 DS1 DS3 Verification Tests Optional 5 15 DS1 Verification Procedure 5 15 DS3 Verification Procedure 5 16 Final Operations 5 18 Procedure 5 18 5 18 5 18 5 16 5 15 5 15 5 13 5 12 5 12 5 12 ...

Page 249: ...tion tests which should be performed If problems are encountered refer to the Troubleshooting section of this manual For detailed troubleshooting refer to 363 206 202 DDM 2000 OC 3 Multiplexer User Service Manual The installation tests verify transmission through the shelf wiring to the cross connect or wiring to FT 2000 DACS IV 2000 fiber installation and end to end transmission as shown in Figur...

Page 250: ...ey must be set to auto to clear an in service port NOTE It is important that circuit packs not be installed or replaced when the SYSCTL is not in place and operating normally Replacing or installing cir cuit packs when the SYSCTL is not in place and operating normally can result in unpredictable provisioning of the replaced installed circuit pack NOTE All the installation tests can be performed wi...

Page 251: ... to battery backup ACO Alarm Cutoff Audible office alarms are silenced and parallel telemetry indications are cut off PWR ON Power On The shelf is receiving a 48 V source ABN Abnormal An abnormal condition initiated through craft interface terminal CIT command that is loopback forced manual switch NE ACTY Near End Activity One of the above conditions is present at this shelf FE ACTY Far End Activi...

Page 252: ...ded through the CIT LED Description ACO Alarm Cutoff Silences existing audible office alarms and parallel telemetry indications UPD INIT Update Initialize Used to initialize SYSCTL upon replacement or update shelf equipment list after circuit pack removal or signal removal FE SEL Far End Select Used to display the LEDs activated at a site in the network 7 Segment Display Identifies the site addres...

Page 253: ...cted to the electrostatic discharge ESD jack on the user panel for ESD protection 1 DSX 1 loopback cable 1 DSX 3 loopback cable or and BNC to BNC connector for wiring to equipment not DSX 3 1 ASCII Terminal or PC configured as a terminal Optical fiber cable recommended length is 2 feet find your OLIU type below OLIU Optical fiber cable See Table 5 2 1 per OLIU 22F Single mode with ST connector on ...

Page 254: ...up to 19 200 baud but it does not provide flow control Some terminals and PCs that can be set for higher data rates will not work properly at these rates with equipment like DDM 2000 OC 3 that does not provide flow control The system may appear to stop working when reports or long prompts are displayed If this happens set the DDM 2000 OC 3 and the terminal for a lower baud rate DDM 2000 OC 3 Comma...

Page 255: ...he bay 2 Enter a to prompt the DDM 2000 OC 3 to request a shelf address The DDM 2000 OC 3 will respond Enter a shelf number from 1 to 8 shelf default NOTE The default shelf is the one physically connected to the CIT If you press Ënter without entering a shelf number the default shelf will be selected 3 After entering a valid shelf number the user is presented with login NOTE There is a special log...

Page 256: ...NITIALIZE SYSTEM This com mand will configure the DDM 2000 OC 3 with its default parameters CAUTION After cross connections are entered use init sys all with extreme cau tion as it erases all cross connects Do not use this command on a system that is in service unless you intend to lose service 5 To change the TID which is the name of the shelf issue the command set ne SET NETWORK ELEMENT When pro...

Page 257: ...t CMPLD when the test has completed All LEDs on the shelf under test should light for 10 seconds then extinguish for 10 seconds Then the proper LEDs will light to indicate the shelf s current status Procedure Without a Terminal Press and hold the ACO pushbutton on the user panel While the pushbutton is pressed all LEDs on the shelf under test should light NOTE If the ACO pushbutton is pressed for ...

Page 258: ...lly insert the OLIUs into the shelf 3 Connect the OLIU OUT to the OLIU IN of each OLIU loopback using opti cal fiber cable Refer to Figure 5 1 NOTE The optical fiber cable required are listed under Tools Test Sets and Accessories 4 During the loopback test the far end communications must be disabled Issue the command set fecom and set the address dcc all and communications disabled far end communi...

Page 259: ...pleting the DSX cabling test isolate and correct any incorrect wir ing If any cabling is corrected repeat the DSX test until the test passes without failures NOTE If the shelf is not fully equipped move circuit packs around and repeat the test Test all circuit pack positions which have DSX cabling Preparation Procedure 1 Loop the DS1 signals at the DSX cross connect panel if applicable It is best ...

Page 260: ...are removed When EC 1 loopbacks are present INC STS AIS alarms may exist at the far end for low speed applications utilizing VT cross connects 3 If DS1 circuit packs without loopbacks at the DSX 1 were removed to speed up testing reinstall them 4 Press the UPD INIT pushbutton on the SYSCTL End To End System Test Description This test verifies proper fiber optic cabling and OLIU circuit packs On in...

Page 261: ...ed to enable far end communications NOTE An inconsistent DCC switch settings alarm will be present while the OLIUs are optically looped back on themselves 6 Enter the appropriate cross connects at each shelf to fit individual applica tions using the commands as described in the 363 206 202 DDM 2000 OC 3 Multiplexer User Service Manual 7 Verify that each shelf in the network has a unique Site NE Si...

Page 262: ... OLIU when provided at one end of the span At the other end verify that the appropriate OLIU FAULT LED is flashing indicating loss of signal NOTE Figures 5 3 and 5 4 show examples of multispan system configurations 6 Reconnect the fiber and repeat this procedure for the opposite direction of transmission 7 To obtain a map of the SONET network to verify fiber connections issue the command rtrv nmap...

Page 263: ...Press the UPD pushbutton on the SYSCTL to stop any flashing LEDs 3 Determine the transmission paths for each equipped function group Figure 5 3 shows typical transmission configurations for an add drop system arrangement Figure 5 4 shows typical configurations for a hubbing arrangement The actual add drop and hub connections should be similar to those shown 4 DDM 2000 OC 3 Release 6 can be placed ...

Page 264: ...1 transmission test from the CO shelf to the RT shelf and looped back to the CO shelf 4 If the test was not error free isolate the problem by checking DS1 circuit packs and associated wiring 5 Repeat this DS1 transmission test for each equipped DS1 6 Perform a remote login to the RT site using the toggle command 7 Release the loopbacks as follows a Issue the command rls lpbk t1 or rls lpbk ec1 b A...

Page 265: ... at the far end d At the direction prompt enter mux e At the duration prompt enter 1 NOTE This command will initiate a 1 minute DS3 transmission test from the CO shelf to the RT shelf and looped back to the CO shelf 6 If transmission is not error free isolate and correct the problem by checking DS3 circuit packs and associated cabling 7 Change the DS3 violation monitoring mode back to VMR at the C...

Page 266: ... the BBG6 trans mits an internal test signal at all times When EC 1 loopbacks are present INC STS AIS alarms may exist at the far end for low speed applications utilizing VT cross connects 2 Press the UPD pushbutton on the SYSCTL 3 Verify that the system is configured for normal operation and that no alarms are present other than the BBG6 alarms described previously If alarms are present refer to ...

Page 267: ...ode Connector Type Label Color 0 dB A3070 106795354 ST None 5 dB A3070B 106795362 ST Blue 10 dB A3070D 106795370 ST Black 15 dB A3070F 106795362 ST Green 20 db A3070H 106795362 ST Red 0 dB A3080 106795404 FC PC None 5 dB A3080B 106795412 FC PC Blue 10 dB A3080D 106795420 FC PC Black 15 dB A3080F 106795438 FC PC Green 20 db A3080H 106795446 FC PC Red 0 dB A3060 106708951 SC None 5 dB A3060B 1067089...

Page 268: ...de Jumper Type Code Comcode Connector Type Length Feet Single Mode FS1E E 2 105357727 ST ST 2 Single Mode LS1FP FP 10 106593825 FC PC FC PC 10 Single Mode LS1SC SC 2 106908247 SC SC 2 Multimode FL1E E 2 105351795 ST ST 2 Multimode LL1FC FC 10 107095549 FC PC FC PC 10 Multimode LL1SC SC 2 106908668 SC SC 2 ...

Page 269: ...5 21 Figure 5 1 Installation Test Connections Local Equipment Test DDM 2000 OLIU IN OLIU OUT test auto md dsx Local Wiring Cross Connect Test test auto md local OC 3 DDM 2000 DDM 2000 test auto md system End to End System Test DSX 1 DSX 3 DDM 2000 OLIU IN OLIU OUT ...

Page 270: ... LED Test Alarm Power Minor Minor Alarm Major Alarm Critical Alarm 48V B Fuse 48V A Fuse Fault LEDs FB FA OHCTL BBG5 BBG7 USER PANEL SYSCTL S1 1 S1 1 ACTY NE Pushbutton MJ MN Update Initialize CR 9 2 0 0 0 Pushbutton FAULT Lucent 9 2 0 0 0 FAULT Lucent Select ABN ON PWR ACO PMN Far End Display 7 Segment FE ID UPD INIT FE SEL ACTY Activity FE CIT ...

Page 271: ...A Add Drop DS1s or DS3 for and or B Function Groups A Add Drop DS1s or DS3 for and or B Function Groups A BBG4 or BBG2 A Fn B BBG4 or BBG2 Fn BBG4 or BBG2 A Fn B BBG4 or BBG2 Fn RT2 RT3 Site C Fn BBG4 or BBG2 OLIU MAIN B OLIU Site C Fn BBG4 or BBG2 Fn OLIU MAIN OLIU RT1 Site Site CO DS3s or DS1s C Fn BBG4 or BBG2 A Fn OLIU MAIN C B BBG4 or BBG2 Fn BBG4 or BBG2 Fn BBG4 or BBG2 A Fn OLIU MAIN ...

Page 272: ... Add Drop DS1s or DS3 for Function Groups A and or B and or C Function Group A OLIU Site RT HUB RT2 Site BBG4 or BBG2 A Fn B CO Site RT1 Site C Fn BBG4 or BBG2 OLIU MAIN B OLIU C Fn Fn OLIU MAIN DS3 for BBG4 or BBG2 Fn OLIU MAIN C B BBG4 or BBG2 Fn BBG4 or BBG2 Fn BBG4 or BBG2 A Fn OLIU MAIN Add Drop DS1s or DS3 for Function Groups A and or B and or C Add Drop DS1s or DS3 for Function Groups A and...

Page 273: ...DDM 2000 OC 3 Command Notes 6 5 Login Procedure 6 6 LED Test 6 8 Description 6 8 Procedure With a Terminal 6 8 Procedure Without a Terminal 6 8 Local Equipment and Cross Connect Test 6 8 Description 6 8 Preparation Procedure 6 9 Procedure for DS1 Testing 6 10 Procedure for DS3 Testing 6 11 Procedure for EC 1 Testing 6 11 Procedure for Removing Cross Connects 6 12 Fiber Installation and Test 6 12 6...

Page 274: ...on 6 13 Test Fiber Connections 6 15 Establishing Cross Connects and System Test 6 15 Description 6 15 Explanation of cross connects 6 16 Cross Connect Procedure 6 18 Protection Switch Test 6 19 Final Operations 6 20 Procedure 6 20 6 20 6 20 6 19 6 18 6 16 6 15 6 15 6 15 6 13 6 12 ...

Page 275: ...stallation tests which should be performed If problems are encountered refer to the Troubleshooting section at the end of this manual For detailed troubleshooting refer to 363 206 202 DDM 2000 OC 3 Multiplexer User Service Manual The installation tests verify transmission through the shelf wiring to the cross connect or DACS IV 2000 fiber installation and end to end transmission as shown in Figure...

Page 276: ...s unseated to clear alarms If cross connects exist they must be removed to clear a circuit pack If in service ports exist they must be set to auto to clear an in service port NOTE It is important that circuit packs not be installed or replaced when the SYSCTL is not in place and operating normally Replacing or installing cir cuit packs when the SYSCTL is not in place and operating normally can res...

Page 277: ...tions are cut off PWR ON Power On The shelf is receiving a 48 V DC source ABN Abnormal An abnormal condition initiated through craft interface terminal CIT command NE ACTY Near End Activity One of the above conditions is present at this shelf FE ACTY Far End Activity One of the above conditions is present at a far end shelf LED Description ACO Alarm Cutoff Silences existing audible office alarms a...

Page 278: ...d to the electrostatic discharge ESD jack on the user panel for ESD protection 1 DSX 1 loopback cable 1 DSX 3 loopback cable or and BNC to BNC connector for wiring to equipment not DSX 3 1 ASCII Terminal or PC configured as a terminal Optical fiber cables recommended length is 2 feet find your OLIU type below OLIU Optical fiber cable See Table 6 4 1 per OLIU 22F Single mode with ST connectors on e...

Page 279: ...up to 19 200 baud but it does not provide flow control Some terminals and PCs that can be set for higher data rates will not work properly at these rates with equipment like DDM 2000 OC 3 that does not provide flow control The system may appear to stop working when reports or long prompts are displayed If this happens set the DDM 2000 OC 3 and the terminal for a lower baud rate DDM 2000 OC 3 Comma...

Page 280: ...a shelf address The DDM 2000 OC 3 will respond Enter a shelf number from 1 to 8 shelf default NOTE The default shelf is the one physically connected to the CIT 3 After entering a valid shelf number the user is presented with login NOTE There is a special login and password already programmed into the system for use during the execution of these tests The login is LUC01 and the password is DDM 2000...

Page 281: ...ects 5 When initialization is completely finished repeat steps 2 and 3 to log back into the shelf 6 For Release 7 2 an AGNE alarm will exist upon completion of the initializa tion To extinguish this alarm set the AGNE to yes by using the set ne command 7 To change the TID which is the name of the shelf issue the command set ne SET NETWORK ELEMENT When prompted with TID enter the desired TID consis...

Page 282: ...when the test has completed All LEDs on the shelf under test should light for 10 seconds then extinguish for 10 seconds Then the proper LEDs will light to indicate the shelf s current status Procedure Without a Terminal Press and hold the ACO pushbutton on the user panel While the pushbutton is pressed all LEDs on the shelf under test should light NOTE If the ACO pushbutton is pressed for more tha...

Page 283: ...tions which have DSX cabling NOTE After completing this test isolate and correct any incorrect wiring or isolate and replace any failed units If any cabling is corrected or units replaced repeat the Local Equipment and Cross Connect tests until the tests pass without failures NOTE Refer to 363 206 202 DDM 2000 OC 3 Multiplexer User Service Manual for complete command descriptions NOTE Unterminated...

Page 284: ... be made at the DDM OC 3 Shelf 7 Enter DS1 or DS3 EC 1 cross connects according to the OC 3 shelf config uration Table 6 1 contains the cross connect map required to test DS1 service on function groups A B and C of this DDM 2000 OC 3 shelf 8 Enter DS1 cross connects as follows ent crs vt1 m 1 all a all cct twoway y NOTE The all command can be used for a range of address 9 Enter DS3 EC 1 cross conn...

Page 285: ...checking circuit packs and associated cabling 4 Move the physical DS3 loopback to the next DS3 channel at the DSX 1 panel or place a loopback at the terminating equipment Press UPD to clear the alarm caused by removing the loopback plug Verify that no alarms exist and continue testing the next channel Procedure for EC 1 Testing 1 Beginning with address a place a physical DS3 EC 1 loopback at ONLY ...

Page 286: ...s are entered for all remaining shelves in the ring 3 To delete all cross connects an initialize system command is used The init sys command is a privileged user command and thus the appropriate login is necessary Refer to the Login Procedure Section ear lier in this section Issue the command init sys all CAUTION Remember that the init sys all command should be used with extreme cau tion in an in ...

Page 287: ...2 one shelf and only one shelf in the network must be set as the Gateway Network Element GNE Using the set ne command set one shelf to be the GNE 6 For Release 7 2 one shelf and only one shelf in the network must be set as the Directory Services Network Element DSNE The shelf designated as the DSNE should not be set as an Alarm Gateway Network Element AGNE Using the set ne command set one shelf to...

Page 288: ...1 yes Site2NE1 main 1 yes Site3NE1 main 2 yes Site4NE1 no 4 If the map is not as shown adapted to your individual map with con nected through connecting to two different sites with your figure correct fibers in agreement with Figure 6 1 or your individual map 5 For Release 7 2 use the rtrv map network command to view the net work map which should display all shelves interconnected via fiber and th...

Page 289: ...1 and check for the following alarm other alarms may exist to verify proper fiber connection MINOR main 2 inc OC3 LOS b Locally verify main 2 is flashing indicating loss of incoming signal 3 Correct fiber connections if alarms are not as specified Reconnect the fiber at Site1NE1 Main 1 Out and observe that alarms discussed above are clear NOTE VT AIS alarms due to cross connections remaining from ...

Page 290: ... incoming fiber on OLIU M1 as a default The capacity of the ring is limited to the OC 3 line rate which is 84 DS1 services or 3 STS 1 s or a combination of the two A timeslot or channel must be reserved all the way around the ring for each service Drop cross connects are designated by a ring VT STS 1 channel and an associated DS1 DS3 EC 1 port Pass through cross connects are designated by using th...

Page 291: ...ge of addresses Ex m 1 all a all m 1 all represents main OLIUs STS Group All DS1 Ports a all represents function unit All DS1 Ports Pass through address at all nodes other than the entry exit nodes is as follows Ex m 3 7 4 m 3 7 4 Pass throughs must match NOTE Port cross connects do not have to match At one node a cross connect may be established as m 1 1 3 a 1 3 At another node the cross connect ...

Page 292: ...er a drop and continue DS1 cross connect as follows 1 At the first drop and continue node enter ent crs vt1 m 1 1 1 a 1 1 cct dc ring m1 y The parameter ring defines the direction of the continued sig nal Where the traffic must be continued on the ring transmit ting to the neighboring drop and continue node See Note Below Ring m1 is the ring that is received on the main 1 OLIU and is transmitted o...

Page 293: ... At the second drop and continue node enter ent crs sts1 m 1 a cct dc ring m2 y 8 Check each ring timeslot to be sure it has two end cross connect and all other nodes have pass throughs configured Use Office Records and Table 6 2 to verify this Protection Switch Test This test verifies rings protection switching upon fiber cut 1 At Site1NE1 verify that no alarms exist 2 Enter the command rtrv stat...

Page 294: ...DM 2000 OC 3 have been removed 2 Press the UPD pushbutton on the SYSCTL 3 Verify that the system is configured for normal operation and that no alarms are present 4 If alarms other than BBG6 alarms as previously described are present refer to the Troubleshooting section of this manual 5 Connect the office alarm cables if they have been disconnected ...

Page 295: ... m 2 3 2 b 3 2 m 2 3 3 b 3 3 m 2 3 4 b 3 4 m 3 3 1 c 3 1 m 3 3 2 c 3 2 m 3 3 3 c 3 3 m 3 3 4 c 3 4 m 1 4 1 a 4 1 m 1 4 2 a 4 2 m 1 4 3 a 4 3 m 1 4 4 a 4 4 m 2 4 1 b 4 1 m 2 4 2 b 4 2 m 2 4 3 b 4 3 m 2 4 4 b 4 4 m 3 4 1 c 4 1 m 3 4 2 c 4 2 m 3 4 3 c 4 3 m 3 4 4 c 4 4 m 1 5 1 a 5 1 m 1 5 2 a 5 2 m 1 5 3 a 5 3 m 1 5 4 a 5 4 m 2 5 1 b 5 1 m 2 5 2 b 5 2 m 2 5 3 b 5 3 m 2 5 4 b 5 4 m 3 5 1 c 5 1 m 3 5 2...

Page 296: ...Time Slot Path Terminal Terminal TID s of Pass Through Terminals Identifier TID Port Address Identifier TID Port Address M 1 1 1 M 1 1 2 M 1 1 3 M 1 1 4 M 1 2 1 M 1 2 2 M 1 2 3 M 1 2 4 M 1 3 1 M 1 3 2 M 1 3 3 M 1 3 4 M 1 4 1 M 1 4 2 M 1 4 3 M 1 4 4 M 1 5 1 M 1 5 2 M 1 5 3 M 1 5 4 M 1 6 1 M 1 6 2 M 1 6 3 M 1 6 4 M 1 7 1 M 1 7 2 M 1 7 3 M 1 7 4 ...

Page 297: ...rk Time Slot Path Terminal Terminal TID s of Pass Through Terminals Identifier TID Port Address Identifier TID Port Address M 2 1 1 M 2 1 2 M 2 1 3 M 2 1 4 M 2 2 1 M 2 2 2 M 2 2 3 M 2 2 4 M 2 3 1 M 2 3 2 M 2 3 3 M 2 3 4 M 2 4 1 M 2 4 2 M 2 4 3 M 2 4 4 M 2 5 1 M 2 5 2 M 2 5 3 M 2 5 4 M 2 6 1 M 2 6 2 M 2 6 3 M 2 6 4 M 2 7 1 M 2 7 2 M 2 7 3 M 2 7 4 ...

Page 298: ...t Path Terminal Terminal TID s of Pass Through Terminals Identifier TID Port Address Identifier TID Port Address M 3 1 1 M 3 1 2 M 3 1 3 M 3 1 4 M 3 2 1 M 3 2 2 M 3 2 3 M 3 2 4 M 3 3 1 M 3 3 2 M 3 3 3 M 3 3 4 M 3 4 1 M 3 4 2 M 3 4 3 M 3 4 4 M 3 5 1 M 3 5 2 M 3 5 3 M 3 5 4 M 3 6 1 M 3 6 2 M 3 6 3 M 3 6 4 M 3 7 1 M 3 7 2 M 3 7 3 M 3 7 4 ...

Page 299: ...ode Connector Type Label Color 0 dB A3070 106795354 ST None 5 dB A3070B 106795362 ST Blue 10 dB A3070D 106795370 ST Black 15 dB A3070F 106795362 ST Green 20 db A3070H 106795362 ST Red 0 dB A3080 106795404 FC PC None 5 dB A3080B 106795412 FC PC Blue 10 dB A3080D 106795420 FC PC Black 15 dB A3080F 106795438 FC PC Green 20 db A3080H 106795446 FC PC Red 0 dB A3060 106708951 SC None 5 dB A3060B 1067089...

Page 300: ...de Jumper Type Code Comcode Connector Type Length Feet Single Mode FS1E E 2 105357727 ST ST 2 Single Mode LS1FP FP 10 106593825 FC PC FC PC 10 Single Mode LS1SC SC 2 106908247 SC SC 2 Multimode FL1E E 2 105351795 ST ST 2 Multimode LL1FC FC 10 107095549 FC PC FC PC 10 Multimode LL1SC SC 2 106908668 SC SC 2 ...

Page 301: ...N OUT OUT IN MAIN 1 MAIN 2 IN OUT OUT IN Site1NE1 Site2NE1 Fiber Installation and System Test Local Equipment and Cross Connect Test DSX OLIU Multiplexing Direction Monitor Demultiplexing Direction Near End DSX Loop Internal Test Signal Fiber Loopback MAIN 2 MAIN 1 IN OUT OUT IN MAIN 2 MAIN 1 IN OUT OUT IN Site4NE1 Site3NE1 ...

Page 302: ... LED Test Alarm Power Minor Minor Alarm Major Alarm Critical Alarm 48V B Fuse 48V A Fuse Fault LEDs FB FA OHCTL BBG5 BBG7 USER PANEL SYSCTL S1 1 S1 1 ACTY NE Pushbutton MJ MN Update Initialize CR 9 2 0 0 0 Pushbutton FAULT Lucent 9 2 0 0 0 FAULT Lucent Select ABN ON PWR ACO PMN Far End Display 7 Segment FE ID UPD INIT FE SEL ACTY Activity FE CIT ...

Page 303: ...m 3 7 4 Site 7NE1 RT1 RT2 Site 7NE1 Site 7NE1 a 1 1 a 1 2 a 1 3 b 1 1 c 7 4 RT1 RT2 RT3 RT3 RT2 a 1 1 a 1 2 b 1 1 b 1 2 b 6 3 RT2 RT3 RT1 RT3 Site7NE1 RT2 Site7NE1 RT2 RT1 RT2 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 a 1 1 a 1 2 m 1 1 3 b 1 1 m 3 7 4 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 a 1 1 m 1 1 2 a 1 3 m 2 1 1 c 7 4 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 m 1 1 1 a 1 2 b 6 3 m 2 1 1 m 3 7 4 ...

Page 304: ...6 30 Issue 9 October 1998 363 206 204 Release 7 Installation Tests ...

Page 305: ...ompatible Terminals 7 5 ASCII Terminal Setup 7 5 DDM 2000 OC 3 Command Notes 7 5 Login Procedure 7 6 LED Test 7 8 Description 7 8 Procedure 7 8 Local Equipment Test 7 8 Description 7 8 Preparation Procedure 7 9 Procedure 7 9 Local Wiring Cross Connect Test 7 10 Description 7 10 Preparation Procedure 7 10 Procedure 7 10 End To End System Test 7 11 7 11 7 10 7 10 7 10 7 10 7 9 7 9 7 8 7 8 7 8 7 8 7 ...

Page 306: ... 11 Preparation 7 11 Fiber Verification Procedure and Optical Test 7 13 DS1 DS3 Verification Tests Optional 7 14 DS1 Verification Procedure 7 15 DS3 Verification Procedure 7 16 Final Operations 7 17 Procedure 7 17 7 17 7 17 7 16 7 15 7 14 7 13 7 11 7 11 ...

Page 307: ...tion tests which should be performed If problems are encountered refer to the Troubleshooting section of this manual For detailed troubleshooting refer to 363 206 280 DDM 2000 OC 3 Multiplexer User Service Manual The installation tests verify transmission through the shelf wiring to the cross connect or wiring to FT 2000 DACS IV 2000 fiber installation and end to end transmission as shown in Figur...

Page 308: ...ust be removed to clear a circuit pack If in service ports exist they must be set to auto to clear an in service port NOTE It is important that circuit packs not be installed or replaced when the SYSCTL is not in place and operating normally Replacing or installing cir cuit packs when the SYSCTL is not in place and operating normally can result in unpredictable provisioning of the replaced install...

Page 309: ...ormal An abnormal condition initiated through craft interface terminal CIT command that is loopback forced manual switch NE ACTY Near End Activity One of the above conditions is present at this shelf FE ACTY Far End Activity One of the above conditions is present at a far end shelf LED Description ACO Alarm Cutoff Silences existing audible office alarms and parallel telemetry indications UPD INIT ...

Page 310: ...ck cable 1 DSX 3 loopback cable or and BNC to BNC connector for wiring to equipment not DSX 3 1 ASCII Terminal or PC configured as a terminal Optical fiber cables recommended length is 2 feet find your OLIU type below OLIU Optical fiber cable See Table 7 2 1 per OLIU 22F Single mode with ST connectors on each end 1 per OLIU 21G Single mode with ST connectors on each end 1 per OLIU 21D Multimode wi...

Page 311: ...rly The ASCII terminal can be set for baud rates of 300 1200 2400 4800 9600 or 19 200 DDM 2000 OC 3 supports data rates up to 19 200 baud but it does not provide flow control Some terminals and PCs that can be set for higher data rates will not work properly at these rates with equipment like DDM 2000 OC 3 that does not provide flow control The system may appear to stop working when reports or lon...

Page 312: ... EIA 232D port on one of the DDM 2000 OC 3s in the bay NOTE If properly cabled connection to any EIA 232D in the bay will allow com munication to any shelf in the bay 2 Press the Return or Enter key twice to set the SYSCTL autobaud rate and prompt the DDM 2000 OC 3 to request a shelf address The DDM 2000 OC 3 will respond Enter a shelf number from 1 to 8 shelf default NOTE The default shelf is the...

Page 313: ...ate the session with the current shelf The session is terminated with the log LOGOUT command 4 Issue the command init sys all INITIALIZE SYSTEM This com mand will configure the DDM 2000 OC 3 with its default parameters CAUTION After cross connections are entered use init sys all with extreme cau tion as it erases all manual cross connects 5 When initialization completes repeat steps 2 and 3 to log...

Page 314: ...ircuit pack positions Procedure Issue the command test led The DDM 2000 OC 3 will respond with In Progress for the duration of the test and will issue a prompt CMPLD when the test has completed All LEDs on the shelf under test should light for 10 seconds then extinguish for 10 seconds Then the proper LEDs will light to indicate the shelf s current status Local Equipment Test Description This test ...

Page 315: ...iber cables required are listed under Tools Test Sets and Accessories NOTE When looping a 22G U OLIU back on itself a 10 dB LBO is required 4 During the loopback test the far end communications must be disabled Issue the command set fecom dcc all com disabled 5 After a few moments check that no alarms are present that is no FAULT LED lighted on any circuit packs If alarms are present press the UPD...

Page 316: ...to speed up the DSX cabling test This is done by unseating the undes ired low speed packs then pressing the UPD INIT pushbutton on the SYSCTL 2 Loop the DS3 EC 1 signals at the DSX cross connect panel if applicable 3 If cross connect panel is not used place a BNC to BNC connector at the end of the DS3 cables OR have Craft Personnel place an internal loopback at the terminating equipment FT 2000 DA...

Page 317: ...cts may have to be deleted and reentered to fit the individual application An EC 1 interface composed of DS1 services should be cross connected at the VT level as opposed to the STS 1 level Thus in the event of one VT or more failure the channel protection switch would occur An EC 1 interface composed of DS3 services should be cross connected at the STS 1 level Preparation 1 Verify that each shelf...

Page 318: ...TBOS Link is for shelves in a CO connected to TBOS It pre vents failure of a single shelf in a bay from causing a TBOS link fail ure The TBOS primary setting assigns a shelf as a backup for a group of shelves that share the same TBOS link The secondary setting provides a secondary backup Typically the shelf cabled to the TBOS is set for PRIMARY and the second shelf in the bay is set for secondary ...

Page 319: ...system configuration Refer to Figure 7 3 and Figure 7 4 2 Disconnect the optical loopback fibers from the OLIUs and connect the transmission fibers to their predetermined OLIU connectors NOTE For OLIUs with LBOs on the connectors for loopback purposes determine whether the LBO should be changed per the span length and change if necessary before connecting transmission fibers 3 After a few moments ...

Page 320: ...n commands directly thus the BBG6 STS 1E circuit pack must be tested with a MXRVO or DS3 circuit pack The BBG6 must be located at the far end where the loopback connections are made 1 If a problem is isolated to the path determine and correct the path problem and repeat the system test 2 If the path is trouble free but a problem still exists isolate and correct the circuit pack shelf or and cable ...

Page 321: ...te using the rlgn tid command 2 At the CO perform a DS1 loopback on all DS1 or EC 1 channels at the RT site as follows a Issue the command opr lpbk t1 or opr lpbk ec1 b At the address prompt enter fn all c At the execute prompt enter Y d Verify that loopbacks are present by entering rtrv alm 3 At the CO perform a DS1 test as follows a Issue the toggle command to return CIT communications to the CO...

Page 322: ...n ner as at the CO Step 1 4 Perform a DS3 or EC 1 loopback on all DS3 EC 1 groups at the RT by issu ing the following command a Issue the command opr lpbk t3 or opr lpbk ec1 b At the address prompt enter fn all c At the execute prompt enter Y d Verify that loopbacks are present by entering rtrv alm 5 At the CO perform a DS3 test as follows a Issue the toggle command to return CIT communications to...

Page 323: ... c At the execute prompt enter Y d Verify loopbacks are no longer present by entering rtrv alm 10 Remove all test signals from the DDM 2000 OC 3 11 Press the UPD pushbutton on the SYSCTL Final Operations Procedure 1 Verify that all test signals and loopbacks from the DDM 2000 OC 3 have been removed 2 Press the UPD pushbutton on the SYSCTL 3 Verify that the system is configured for normal operation...

Page 324: ...ode Connector Type Label Color 0 dB A3070 106795354 ST None 5 dB A3070B 106795362 ST Blue 10 dB A3070D 106795370 ST Black 15 dB A3070F 106795362 ST Green 20 db A3070H 106795362 ST Red 0 dB A3080 106795404 FC PC None 5 dB A3080B 106795412 FC PC Blue 10 dB A3080D 106795420 FC PC Black 15 dB A3080F 106795438 FC PC Green 20 db A3080H 106795446 FC PC Red 0 dB A3060 106708951 SC None 5 dB A3060B 1067089...

Page 325: ...de Jumper Type Code Comcode Connector Type Length Feet Single Mode FS1E E 2 105357727 ST ST 2 Single Mode LS1FP FP 10 106593825 FC PC FC PC 10 Single Mode LS1SC SC 2 106908247 SC SC 2 Multimode FL1E E 2 105351795 ST ST 2 Multimode LL1FC FC 10 107095549 FC PC FC PC 10 Multimode LL1SC SC 2 106908668 SC SC 2 ...

Page 326: ...ests Figure 7 1 Installation Test Connections Local Equipment Test DDM 2000 OLIU IN OLIU OUT test auto md dsx Local Wiring Cross Connect Test test auto md local OC 3 DDM 2000 DDM 2000 test auto md system End to End System Test DSX 1 DSX 3 DDM 2000 OLIU IN OLIU OUT ...

Page 327: ... LED Test Alarm Power Minor Minor Alarm Major Alarm Critical Alarm 48V B Fuse 48V A Fuse Fault LEDs FB FA OHCTL BBG5 BBG7 USER PANEL SYSCTL S1 1 S1 1 ACTY NE Pushbutton MJ MN Update Initialize CR 9 2 0 0 0 Pushbutton FAULT Lucent 9 2 0 0 0 FAULT Lucent Select ABN ON PWR ACO PMN Far End Display 7 Segment FE ID UPD INIT FE SEL ACTY Activity FE CIT ...

Page 328: ...1 1 3 m 2 1 1 m 3 7 4 Site 7NE1 RT1 RT2 Site 7NE1 Site 7NE1 a 1 1 a 1 2 a 1 3 b 1 1 c 7 4 RT1 RT2 RT3 RT3 RT2 a 1 1 a 1 2 b 1 1 b 1 2 b 6 3 RT2 RT3 RT1 RT3 Site7NE1 RT2 Site7NE1 RT2 RT1 RT2 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 a 1 1 a 1 2 m 1 1 3 b 1 1 m 3 7 4 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 a 1 1 m 1 1 2 a 1 3 m 2 1 1 c 7 4 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 m 1 1 1 a 1 2 b 6 3 m ...

Page 329: ...C C BBG4 or BBG2 Fn BBG4 or BBG2 A Fn Add Drop DS1s or DS3 for Function Group A Add Drop DS1s or DS3 for Function Groups A and or B and or C OLIU Site RT HUB RT2 Site BBG4 or BBG2 A Fn B CO Site RT1 Site C Fn BBG4 or BBG2 OLIU MAIN B OLIU C Fn Fn OLIU MAIN BBG4 or BBG2 Fn OLIU MAIN C B BBG4 or BBG2 Fn BBG4 or BBG2 Fn BBG4 or BBG2 A Fn OLIU MAIN OSI User Side Network Side Settings Site Name OLIU Sl...

Page 330: ...7 24 Issue 9 October 1998 363 206 204 Release 8 Installation Tests ...

Page 331: ...erminal Setup 8 5 DDM 2000 OC 3 Command Notes 8 6 Login Procedure 8 6 LED Test 8 8 Description 8 8 Procedure 8 8 Local Equipment and Cross Connect Test 8 9 Description 8 9 Preparation Procedure 8 10 Procedure for DS1 Testing 8 11 Procedure for DS3 Testing 8 11 Procedure for EC 1 Testing 8 12 Procedure for Removing Cross Connects 8 12 Fiber Installation and Test 8 13 Description 8 13 8 13 8 13 8 12...

Page 332: ...5 Test Fiber Connections 8 16 Establishing Cross Connects and System Test 8 17 Description 8 17 Explanation of Cross Connects 8 17 Cross Connect Procedure 8 20 Protection Switch Test 8 21 Final Operations 8 22 Procedure 8 22 8 22 8 22 8 21 8 20 8 17 8 17 8 17 8 16 8 15 ...

Page 333: ... Code for Information Interchange ASCII terminal and the suggested installation tests which should be performed If problems are encountered refer to the Troubleshooting section at the end of this manual For detailed troubleshooting refer to 363 206 280 DDM 2000 OC 3 Multiplexer User Service Manual The installation tests verify transmission through the shelf wiring to the cross connect or DACS IV 2...

Page 334: ...er radiation Do not view beam with optical instruments Avoid direct exposure to beam NOTE To add a circuit pack to the SYSCTL s equipment list the circuit pack needs only to be installed However to delete a circuit pack from the SYSCTL s equipment list an UPD must be performed after the pack is unseated to clear alarms If cross connects exist they must be removed to clear a circuit pack If in serv...

Page 335: ...signal ACTIVE Pack is carrying service LED Description CR Critical Potential loss of service to 96 or more DS0 cus tomers MJ Major Potential loss of service to fewer than 96 DS0 cus tomers MN Minor A non service affecting failure PMN Power Minor A switch from AC power to battery backup ACO Alarm Cutoff Audible office alarms are silenced and parallel telemetry indications are cut off PWR ON Power O...

Page 336: ...tifies the site address of the system status and alarms recently being displayed on the local user panel LEDs Also may display the software version number currently running in the SYSCTL Quantity Description 1 Wrist strap connected to the electrostatic discharge ESD jack on the user panel for ESD protection 1 DSX 1 loopback cable 1 DSX 3 loopback cable or and BNC to BNC connector for wiring to equ...

Page 337: ...ines default by 72 characters The number of display lines can be altered from 3 to 151 with the set link command ASCII Terminal Setup The DDM 2000 OC 3 provides a serial ASCII terminal interface through a 25 pin female connector mounted on the user panel The connector provides an EIA 232D interface for use with most common terminals provided that the following interface parameters are set properly...

Page 338: ...nators Question Mark Suspends the present input operation and displays appropriate help which requires a user response Backspace and Underbar _ Erases the previous character input At sign Erases the current line CANcel and DELete Terminates the current input line or currently run ning command Hyphen Separates identifiers in the command mode Colon Separates parameter blocks in a command Comma Separ...

Page 339: ... password must be entered in uppercase as shown After a successful login the DDM 2000 OC 3 will display the system header followed by the alarm and status report Lucent DDM 2000 OC 3 Release a b c October 1 1996 and later This will be in a banner and additional text describing the use restrictions and proprietary status will follow AT T DDM 2000 OC 3 Release a b c before October 1 1996 This will b...

Page 340: ...s between 3 and 150 9 To change the time delay for alarms to be displayed or cleared issue the command set attr alm SET ATTRIBUTE ALARM To eliminate any alarm delay or clear delay respond to the prompts with 0 10 To change the time and date displayed issue the command set date SET DATE Respond to the date and time prompts LED Test Description This test verifies proper operation of all the LEDs on ...

Page 341: ...nnects are allowed and can be entered as a group rather than individually Upon completion of this test all cross connections will be deleted and later reentered to fit individual ring applications To understand cross connects and the ring philosophy refer to the Description Section under Establishing Cross Connects and System Test of this section NOTE If the shelf is not fully equipped move circui...

Page 342: ...rsal LBOs needed and Table 8 4 for the lightguide jumpers 4 During the loopback test the far end communications must be disabled Issue the command set fecom and set the address dcc all and communications disabled far end communications 5 After a few moments check that no alarms are present that is no FAULT LED lighted on any circuit packs If alarms are present press the UPD INIT pushbutton on the ...

Page 343: ... removing the loopback plug Verify that no alarms exist and continue testing the next channel Procedure for DS3 Testing 1 Beginning with address a place a physical DS3 loopback at ONLY this address at the DSX 3 panel If more than one loopback is present incorrect wiring may not be apparent If DS3 cabling connects directly to DACS IV 2000 have Craft personnel put up an internal loopback or connect ...

Page 344: ...connects exist 6 The physical DS3 EC 1 loopback can remain until service is applied Ver ify that no Inc EC 1 LOS alarms exist and continue testing the next chan nel Procedure for Removing Cross Connects After all function groups are tested and verified as functioning properly the cross connect map needs to be deleted There are two ways to delete cross connects choose the appropriate method 1 To de...

Page 345: ...one node in the ring will be set for either free running or externally timed and the others will be looped timed Only one node may be free running More than one node can be externally timed if traceable to the same source clock and the remainder looped Check that external connections are com pleted if option is set for external 2 If TGS Circuit Pack option switch is changed an update must be done ...

Page 346: ...that are associated with that TBOS link are set for NORMAL All shelves in the RT are set for NO TBOS j TBOS Remote allows TBOS to be reported over the DCC In order for TBOS to be communicated from an RT TBOS Remote must be enabled at both the CO and RT shelves k Idle Channel Signal should be set to AIS default 4 Issue the set fecom dcc all com enabled command to enable far end communications in ea...

Page 347: ... nodes thus use an appropriate figure adapted to your ring configuration Use the following instructions adapted to the size of your ring to connect fibers Connect fibers as follows NOTE If the proper LBO is not known for each optical fiber span see DLP 514 of the 363 206 202 DDM 2000 OC 3 Multiplexer User Service Manual to determine the LBO needed NOTE After fiber connection is completed around th...

Page 348: ... Connected Comm Product TID Through Status Type Site1NE1 DDM OC3 Site2NE1 main 1 DDM OC3 Site4NE1 main 2 DDM OC3 4 Continue around the ring verifying that the Neighbor Map connected through indications at each node match the indicated fiber connections of Figure 8 1 or your individual map If not correct the fiber connections 5 A Network Map containing all nodes in the network should be obtainable ...

Page 349: ...ected 5 Continue around the ring until all fiber has been tested Establishing Cross Connects and System Test Description On initial installation turn up of Releases 9 and 11 systems there are no default cross connects thus all cross connects need to be entered In Releases 9 and 11 DS1 or DS3 services and EC 1 interfaces are provided and thus VT and STS 1 cross connects are applicable Due to the fl...

Page 350: ...p and continue cross connect in which a VT STS 1 signal is cross connected into an EC 1 port on a drop and continue node At the same time that this cross connect is made a second cross connect is made that continues a copy of that VT STS 1 signal on the same timeslot of the ring that it came into this node on transmitting it to the next node downstream on the ring NOTE A BBG6 STS 1E circuit pack i...

Page 351: ... main slot positions in a timeslot address m 1 2 2 the m refers to main of both OLIUs and the 1 corresponds to the first STS 1 which is dedicated with OC 1 1 the bottom IN OUT con nections of the 27G U OLIUs OC 1 pair Likewise in a timeslot address m 2 1 1 the 2 corresponds to the 2nd STS 1 which is associated with OC 1 2 the top IN OUT connections Since there are only two OC 1s in a 27G U OLIU a ...

Page 352: ... 3 Enter a DS3 pass through as follows ent crs sts1 m 1 m 1 cct twoway y NOTE Release 7 cross connects can be entered in groups using the all option 4 Enter an end DS1 cross connect as follows ent crs vt1 m 1 1 1 a 1 1 cct twoway y 5 Enter an end DS3 EC 1 cross connect as follows ent crs sts1 m 1 a cct twoway y 6 Enter a drop and continue DS1 cross connect as follows 1 At the first drop and contin...

Page 353: ...ing m1 is the ring that is received on the main 1 OLIU and is transmitted on the main 2 OLIU Ring m2 is the ring that is received on the main 2 OLIU and is transmitted on the main 1 OLIU NOTE For VT1 5 cross connections once the first VT drop and continue cross connection defines the ring direction all other VT drop and continue cross connections at that node are forced to use that ring rotation 2...

Page 354: ...t the receive or IN fiber 8 Verify that alarms clear If alarms do not clear refer to the Troubleshooting Section of this manual Continue with the next shelf Final Operations Procedure 1 Verify that all test signals and loopbacks from the DDM 2000 OC 3 have been removed 2 Press the UPD pushbutton on the SYSCTL 3 Verify that the system is configured for normal operation and that no alarms are presen...

Page 355: ... 3 1 m 2 3 2 b 3 2 m 2 3 3 b 3 3 m 2 3 4 b 3 4 m 3 3 1 c 3 1 m 3 3 2 c 3 2 m 3 3 3 c 3 3 m 3 3 4 c 3 4 m 1 4 1 a 4 1 m 1 4 2 a 4 2 m 1 4 3 a 4 3 m 1 4 4 a 4 4 m 2 4 1 b 4 1 m 2 4 2 b 4 2 m 2 4 3 b 4 3 m 2 4 4 b 4 4 m 3 4 1 c 4 1 m 3 4 2 c 4 2 m 3 4 3 c 4 3 m 3 4 4 c 4 4 m 1 5 1 a 5 1 m 1 5 2 a 5 2 m 1 5 3 a 5 3 m 1 5 4 a 5 4 m 2 5 1 b 5 1 m 2 5 2 b 5 2 m 2 5 3 b 5 3 m 2 5 4 b 5 4 m 3 5 1 c 5 1 m 3...

Page 356: ...ork Time Slot Path Terminal Terminal TID s of Pass Through Terminals Identifier TID Port Address Identifier TID Port Address M 1 1 1 M 1 1 2 M 1 1 3 M 1 1 4 M 1 2 1 M 1 2 2 M 1 2 3 M 1 2 4 M 1 3 1 M 1 3 2 M 1 3 3 M 1 3 4 M 1 4 1 M 1 4 2 M 1 4 3 M 1 4 4 M 1 5 1 M 1 5 2 M 1 5 3 M 1 5 4 M 1 6 1 M 1 6 2 M 1 6 3 M 1 6 4 M 1 7 1 M 1 7 2 M 1 7 3 M 1 7 4 ...

Page 357: ...etwork Time Slot Path Terminal Terminal TID s of Pass Through Terminals Identifier TID Port Address Identifier TID Port Address M 2 1 1 M 2 1 2 M 2 1 3 M 2 1 4 M 2 2 1 M 2 2 2 M 2 2 3 M 2 2 4 M 2 3 1 M 2 3 2 M 2 3 3 M 2 3 4 M 2 4 1 M 2 4 2 M 2 4 3 M 2 4 4 M 2 5 1 M 2 5 2 M 2 5 3 M 2 5 4 M 2 6 1 M 2 6 2 M 2 6 3 M 2 6 4 M 2 7 1 M 2 7 2 M 2 7 3 M 2 7 4 ...

Page 358: ... Slot Path Terminal Terminal TID s of Pass Through Terminals Identifier TID Port Address Identifier TID Port Address M 3 1 1 M 3 1 2 M 3 1 3 M 3 1 4 M 3 2 1 M 3 2 2 M 3 2 3 M 3 2 4 M 3 3 1 M 3 3 2 M 3 3 3 M 3 3 4 M 3 4 1 M 3 4 2 M 3 4 3 M 3 4 4 M 3 5 1 M 3 5 2 M 3 5 3 M 3 5 4 M 3 6 1 M 3 6 2 M 3 6 3 M 3 6 4 M 3 7 1 M 3 7 2 M 3 7 3 M 3 7 4 ...

Page 359: ...Comcode Connector Type Label Color 0 dB A3070 106795354 ST None 5 dB A3070B 106795362 ST Blue 10 dB A3070D 106795370 ST Black 15 dB A3070F 106795362 ST Green 20 db A3070H 106795362 ST Red 0 dB A3080 106795404 FC PC None 5 dB A3080B 106795412 FC PC Blue 10 dB A3080D 106795420 FC PC Black 15 dB A3080F 106795438 FC PC Green 20 db A3080H 106795446 FC PC Red 0 dB A3060 106708951 SC None 5 dB A3060B 106...

Page 360: ...tguide Jumper Type Code Comcode Connector Type Length Feet Single Mode FS1E E 2 105357727 ST ST 2 Single Mode LS1FP FP 10 106593825 FC PC FC PC 10 Single Mode LS1SC SC 2 106908247 SC SC 2 Multimode FL1E E 2 105351795 ST ST 2 Multimode LL1FC FC 10 107095549 FC PC FC PC 10 Multimode LL1SC SC 2 106908668 SC SC 2 ...

Page 361: ... 2 IN OUT OUT IN MAIN 1 MAIN 2 IN OUT OUT IN Site1NE1 Site2NE1 Fiber Installation and System Test Local Equipment and Cross Connect Test DSX OLIU Multiplexing Direction Monitor Demultiplexing Direction Near End DSX Loop Internal Test Signal Fiber Loopback MAIN 2 MAIN 1 IN OUT OUT IN MAIN 2 MAIN 1 IN OUT OUT IN Site4NE1 Site3NE1 ...

Page 362: ...8 30 Issue 9 October 1998 363 206 204 Releases 9 and 11 Installation Tests Figure 8 2 DDM 2000 User Panel ...

Page 363: ...eleases 9 and 11 Installation Tests Issue 9 October 1998 8 31 Figure 8 3 27G U OLIU 27G U S1 1 Fault Lucent Active OLIU 2 IN OUT 1 2 IN OUT 1 OC 1 2 Associated with the 2nd STS 1 OC 1 1 Associated with the 1st STS 1 ...

Page 364: ...1 1 m 3 7 4 Site 7NE1 RT1 RT2 Site 7NE1 Site 7NE1 a 1 1 a 1 2 a 1 3 b 1 1 c 7 4 RT1 RT2 RT3 RT3 RT2 a 1 1 a 1 2 b 1 1 b 1 2 b 6 3 RT2 RT3 RT1 RT3 Site7NE1 RT2 Site7NE1 RT2 RT1 RT2 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 a 1 1 a 1 2 m 1 1 3 b 1 1 m 3 7 4 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 a 1 1 m 1 1 2 a 1 3 m 2 1 1 c 7 4 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 m 1 1 1 a 1 2 b 6 3 m 2 1 1 m 3 ...

Page 365: ...minal Setup 9 5 DDM 2000 OC 3 Command Notes 9 5 Login Procedure 9 6 LED Test 9 8 Description 9 8 Procedure 9 8 Local Equipment and Cross Connect Test 9 8 Description 9 8 Preparation Procedure 9 9 Procedure for DS1 Testing 9 10 Procedure for DS3 Testing 9 11 Procedure for EC 1 Testing 9 11 Procedure for Removing Cross Connects 9 12 Fiber Installation and Test 9 12 Description 9 12 9 12 9 12 9 12 9 ...

Page 366: ...4 Test Fiber Connections 9 16 Establishing Cross Connects and System Test 9 17 Description 9 17 Explanation of Cross Connects 9 17 Cross Connect Procedure 9 20 Protection Switch Test 9 21 Final Operations 9 22 Procedure 9 22 9 22 9 22 9 21 9 20 9 17 9 17 9 17 9 16 9 14 ...

Page 367: ...provides instructions on the use of an American Standard Code for Information Interchange ASCII terminal and the suggested installation tests which should be performed If problems are encountered refer to the Troubleshooting section at the end of this manual For detailed troubleshooting refer to 363 206 285 DDM 2000 OC 3 Multiplexer User Service Manual The installation tests verify transmission th...

Page 368: ...ircuit pack from the SYSCTL s equipment list an UPD must be performed after the pack is unseated to clear alarms If cross connects exist they must be removed to clear a circuit pack If in service ports exist they must be set to auto to clear an in service port NOTE It is important that circuit packs not be installed or replaced when the SYSCTL is not in place and operating normally Replacing or in...

Page 369: ...elemetry indications are cut off PWR ON Power On The shelf is receiving a 48 V DC source ABN Abnormal An abnormal condition initiated through craft interface terminal CIT command NE ACTY Near End Activity One of the above conditions is present at this shelf LED Description ACO Alarm Cutoff Silences existing audible office alarms UPD INIT Update Initialize Used to initialize SYSCTL upon replacement...

Page 370: ... 19 200 baud and should be compatible with most ASCII terminals Quantity Description 1 Wrist strap connected to the electrostatic discharge ESD jack on the user panel for ESD protection 1 DSX 1 loopback cable 1 DSX 3 loopback cable or and BNC to BNC connector for wiring to equipment not DSX 3 1 ASCII Terminal or PC configured as a terminal Optical fiber cables recommended length is 2 feet find the...

Page 371: ... can be set for higher data rates will not work properly at these rates with equipment like DDM 2000 OC 3 that does not provide flow control The system may appear to stop working when reports or long prompts are displayed If this happens set the terminal for a lower baud rate DDM 2000 OC 3 Command Notes All DDM 2000 OC 3 commands will be issued through the ASCII terminal Commands can be entered in...

Page 372: ... DDM 2000 OC 3 to request a shelf address The DDM 2000 OC 3 will respond Enter a shelf number from 1 to 8 shelf default NOTE The default shelf is the one physically connected to the CIT To determine what shelves can be entered enter a 3 After entering a valid shelf number and pressing the return or Enter key the user is presented with login NOTE If the Return or Enter key is pressed without enteri...

Page 373: ... another shelf in the bay the user will first have to termi nate the session with the current shelf The session is terminated with the log LOGOUT command 4 Issue the command init sys all INITIALIZE SYSTEM This com mand will configure the DDM 2000 OC 3 with its default parameters NOTE After cross connections are entered use init sys all with extreme caution as it erases all cross connects 5 When in...

Page 374: ...light to indicate the shelf s current status Local Equipment and Cross Connect Test Description This test verifies proper operation of the circuit packs and the circuit pack positions which are equipped in the DDM 2000 OC 3 shelf It verifies proper cabling from the DDM 2000 OC 3 to the DSX cross connect panel or connecting equipment The shelf must successfully pass this test before testing any oth...

Page 375: ...ion Procedure 1 The Free Running timing configuration is required for the DSX 1 test The timing parameters are set on the TGS pack Refer to Section 4 of this man ual for option switch settings Set timing to Free Running 2 Fully insert the OLIUs into the shelf 3 Connect the OLIU OUT to the OLIU IN of each OLIU using optical fiber jumper cables Refer to Figure 9 1 NOTE The optical fiber cables requi...

Page 376: ... DS1 cross connects as follows ent crs vt1 m 1 all a all cct twoway y NOTE The all command can be used for a range of address 9 Enter DS3 EC 1 cross connects as follows ent crs sts1 m 1 a y 10 Assure the appropriate cross connect map is in place in the shelf by enter ing the command rtrv crs vt1 Procedure for DS1 Testing 1 Beginning with address a 1 1 place a physical DS1 loopback at ONLY this add...

Page 377: ... UPD to clear the alarm caused by removing the loopback plug Verify that no alarms exist and continue testing the next channel Procedure for EC 1 Testing 1 Beginning with address a place a physical DS3 EC 1 loopback at ONLY this address at the DSX 3 panel If more than one loopback is present incorrect wiring may not be apparent If DS3 EC 1 cabling connects directly to DACS IV 2000 have Craft perso...

Page 378: ...mmand is a privileged user command and thus the appropriate login is necessary Refer to the Login Procedure Section ear lier in this section Issue the command init sys all CAUTION Remember that the init sys all command should be used with extreme cau tion in an in service system as it deletes all cross connects Remove the fiber loopbacks from the OLIU circuit packs Incoming OC 3 LOS alarms will ex...

Page 379: ...each shelf for the following parameters a Each shelf must have a unique TID Target Identifier b The Alarm Group must be the same default 255 for each shelf for complete alarm reporting throughout the network c Shelf numbers must be unique when shelves are located within the same bay d Set Central Office shelves to CO and Remote Terminal shelves to RT NOTE If it is desired to insert miscellaneous d...

Page 380: ... disabled Procedure for Installation Refer to Figure 9 1 to understand the method of connecting ring fibers Your ring will differ from Figure 9 1 if you have more or fewer than three shelves thus use an appropriate figure adapted to your ring configuration Use the following instructions adapted to the size of your ring to connect fibers Connect fibers as follows NOTE If the proper LBO is not known...

Page 381: ...t Site M1 IN Second Site M2 OUT Second Site M1 OUT Third Site M2 IN Second Site M1 IN Third Site M2 OUT Third Site M1 OUT Fourth Site M2 IN Third Site M1 IN Fourth Site M2 OUT Fourth Site M1 OUT First Site M2 IN Fourth Site M1 IN First Site M2 OUT rtrv map network COMPLD Network Map for DDM4 TID Product Type Level 2 IS NSAP DDM4 DDM OC3 39840F 80 000000 0000 0000 0001 08006A1AE231 00 DDM3 39840F 8...

Page 382: ...your individual map If not correct the fiber connections 9 A Network Map containing all nodes in the network should be obtainable from any node in the ring Test Fiber Connections Alarms associated with fiber disconnects shall be tested The following test should be performed at each site Refer to Figure 9 1 1 At the first site disconnect OLIU Main 1 Out Use the rtrv alm com mand to check for the fo...

Page 383: ...on turn up of Release 13 systems there are no default cross connects thus all cross connects need to be entered In Release 13 DS1 or DS3 services and EC 1 interfaces are provided and thus VT and STS 1 cross connects are applicable Due to the flexibility and complexity of cross connects it is strongly recommended to document the cross connects of each site and have a compilation located at each sit...

Page 384: ...t of the ring that it came into this node on transmitting it to the next node downstream on the ring NOTE A BBG6 STS1E circuit pack is required in the function unit slots to make a drop and continue cross connect NOTE The drop and continue nodes on a ring system must be setup in pairs otherwise there will be a loss of service when the ring path is switched An EC 1 interface composed of DS1 service...

Page 385: ...t address m 2 1 1 the 2 corresponds to the 2nd STS 1 which is associated with OC 1 2 the top IN OUT connections Since there are only two OC 1s in a 27G U OLIU a timeslot address beginning with m 3 is not allowed Refer to Figure 9 3 NOTE For 27G U circuit packs in function unit slot positions in a timeslot address a 1 2 2 the a corresponds to the OLIU in either of the function unit a positions and ...

Page 386: ...st drop and continue node enter ent crs vt1 m 1 1 1 a 1 1 cct dc ring m1 y NOTE The parameter ring defines the direction of the continued signal Where the traffic must be continued on the ring transmitting to the neighboring drop and continue node See Note Below NOTE Ring m1 is the ring that is received on the main 1 OLIU and is transmitted on the main 2 OLIU Ring m2 is the ring that is received o...

Page 387: ...p and continue node enter ent crs sts1 m 1 a cct dc ring m2 y 8 Check each ring timeslot to be sure it has two end cross connections and all other nodes have pass throughs configured Use Office Records and Table 9 2 to verify this Protection Switch Test This test verifies rings protection switching upon fiber cut 1 At the first site verify that no alarms exist 2 Enter the command rtrv state path 3...

Page 388: ... m 1 2 4 a 2 4 m 2 2 1 b 2 1 m 2 2 2 b 2 2 m 2 2 3 b 2 3 m 2 2 4 b 2 4 m 3 2 1 c 2 1 m 3 2 2 c 2 2 m 3 2 3 c 2 3 m 3 2 4 c 2 4 m 1 3 1 a 3 1 m 1 3 2 a 3 2 m 1 3 3 a 3 3 m 1 3 4 a 3 4 m 2 3 1 b 3 1 m 2 3 2 b 3 2 m 2 3 3 b 3 3 m 2 3 4 b 3 4 m 3 3 1 c 3 1 m 3 3 2 c 3 2 m 3 3 3 c 3 3 m 3 3 4 c 3 4 m 1 4 1 a 4 1 m 1 4 2 a 4 2 m 1 4 3 a 4 3 m 1 4 4 a 4 4 m 2 4 1 b 4 1 m 2 4 2 b 4 2 m 2 4 3 b 4 3 m 2 4 4...

Page 389: ...rk Time Slot Path Terminal Terminal TID s of Pass Through Terminals Identifier TID Port Address Identifier TID Port Address M 1 1 1 M 1 1 2 M 1 1 3 M 1 1 4 M 1 2 1 M 1 2 2 M 1 2 3 M 1 2 4 M 1 3 1 M 1 3 2 M 1 3 3 M 1 3 4 M 1 4 1 M 1 4 2 M 1 4 3 M 1 4 4 M 1 5 1 M 1 5 2 M 1 5 3 M 1 5 4 M 1 6 1 M 1 6 2 M 1 6 3 M 1 6 4 M 1 7 1 M 1 7 2 M 1 7 3 M 1 7 4 ...

Page 390: ...twork Time Slot Path Terminal Terminal TID s of Pass Through Terminals Identifier TID Port Address Identifier TID Port Address M 2 1 1 M 2 1 2 M 2 1 3 M 2 1 4 M 2 2 1 M 2 2 2 M 2 2 3 M 2 2 4 M 2 3 1 M 2 3 2 M 2 3 3 M 2 3 4 M 2 4 1 M 2 4 2 M 2 4 3 M 2 4 4 M 2 5 1 M 2 5 2 M 2 5 3 M 2 5 4 M 2 6 1 M 2 6 2 M 2 6 3 M 2 6 4 M 2 7 1 M 2 7 2 M 2 7 3 M 2 7 4 ...

Page 391: ...Slot Path Terminal Terminal TID s of Pass Through Terminals Identifier TID Port Address Identifier TID Port Address M 3 1 1 M 3 1 2 M 3 1 3 M 3 1 4 M 3 2 1 M 3 2 2 M 3 2 3 M 3 2 4 M 3 3 1 M 3 3 2 M 3 3 3 M 3 3 4 M 3 4 1 M 3 4 2 M 3 4 3 M 3 4 4 M 3 5 1 M 3 5 2 M 3 5 3 M 3 5 4 M 3 6 1 M 3 6 2 M 3 6 3 M 3 6 4 M 3 7 1 M 3 7 2 M 3 7 3 M 3 7 4 ...

Page 392: ...omcode Connector Type Label Color 0 dB A3070 106795354 ST None 5 dB A3070B 106795362 ST Blue 10 dB A3070D 106795370 ST Black 15 dB A3070F 106795362 ST Green 20 db A3070H 106795362 ST Red 0 dB A3080 106795404 FC PC None 5 dB A3080B 106795412 FC PC Blue 10 dB A3080D 106795420 FC PC Black 15 dB A3080F 106795438 FC PC Green 20 db A3080H 106795446 FC PC Red 0 dB A3060 106708951 SC None 5 dB A3060B 1067...

Page 393: ...guide Jumper Type Code Comcode Connector Type Length Feet Single Mode FS1E E 2 105357727 ST ST 2 Single Mode LS1FP FP 10 106593825 FC PC FC PC 10 Single Mode LS1SC SC 2 106908247 SC SC 2 Multimode FL1E E 2 105351795 ST ST 2 Multimode LL1FC FC 10 107095549 FC PC FC PC 10 Multimode LL1SC SC 2 106908668 SC SC 2 ...

Page 394: ...2 IN OUT OUT IN MAIN 1 MAIN 2 IN OUT OUT IN Site1NE1 Site2NE1 Fiber Installation and System Test Local Equipment and Cross Connect Test DSX OLIU Multiplexing Direction Monitor Demultiplexing Direction Near End DSX Loop Internal Test Signal Fiber Loopback MAIN 2 MAIN 1 IN OUT OUT IN MAIN 2 MAIN 1 IN OUT OUT IN Site4NE1 Site3NE1 ...

Page 395: ...363 206 204 Release 13 TARP Installation Tests Issue 9 October 1998 9 29 Figure 9 2 DDM 2000 User Panel ...

Page 396: ... October 1998 363 206 204 Release 13 TARP Installation Tests Figure 9 3 27G U OLIU 27G U S1 1 Fault Lucent Active OLIU 2 IN OUT 1 2 IN OUT 1 OC 1 2 Associated with the 2nd STS 1 OC 1 1 Associated with the 1st STS 1 ...

Page 397: ... 1 m 3 7 4 Site 7NE1 RT1 RT2 Site 7NE1 Site 7NE1 a 1 1 a 1 2 a 1 3 b 1 1 c 7 4 RT1 RT2 RT3 RT3 RT2 a 1 1 a 1 2 b 1 1 b 1 2 b 6 3 RT2 RT3 RT1 RT3 Site7NE1 RT2 Site7NE1 RT2 RT1 RT2 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 a 1 1 a 1 2 m 1 1 3 b 1 1 m 3 7 4 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 a 1 1 m 1 1 2 a 1 3 m 2 1 1 c 7 4 m 1 1 1 m 1 1 2 m 1 1 3 m 2 1 1 m 3 7 4 m 1 1 1 a 1 2 b 6 3 m 2 1 1 m 3 7...

Page 398: ...9 32 Issue 9 October 1998 363 206 204 Release 13 TARP Installation Tests ...

Page 399: ...g and Alarm Test 10 5 Description 10 5 21 or 22 Type OLIU Releases 6 and 8 10 6 22 Type OLIU Releases 7 9 11 and 13 27G U OLIU Releases 9 11 and 13 24G U OLIU Release 13 10 6 Function Units BBG4 BBG4B DS3 BBG2 MXRVO all Releases BBG6 STS 1E Releases 6 through 13 BBG19 Releases 11 and 13 and BBG20 TMUX 10 7 Timing Generator BBF2 BBF2B TGS 10 7 Low Speed BBF1B DS1 all Releases BBF3 DS1PM Releases 6 ...

Page 400: ...TBOS Telemetry Test 10 11 Description 10 11 Procedure With a Terminal 10 11 Procedure Without a Terminal 10 11 Parallel and Miscellaneous Environmental Discrete Telemetry Test 10 12 Description 10 12 Procedure With a Terminal 10 13 Procedure Without a Terminal 10 14 End To End Procedure 10 15 Modem Connection Test 10 16 Description 10 16 Procedure 10 16 TL1 X 25 Connection Test 10 16 Procedure 10 ...

Page 401: ...hooting refer to the 363 206 202 Releases 6 and 7 363 206 280 Releases 8 9 and 11 or 363 206 285 Release 13 DDM 2000 OC 3 Multiplexer User Service Manual Test Equipment The following equipment is required NOTE All precautions should be observed when handling fiber WARNING Unterminated optical connectors may emit laser radiation Do not view beam with optical instruments Quantity Description 1 Wrist...

Page 402: ... test verifies proper operation wiring of the office alarms in a new equipment building system NEBS central office environment NOTE This test should be performed on all shelves NOTE The office alarms should be connected at this time if they are not already connected Table 9 3 lists the office alarms connections NOTE After completing the office alarm test the DDM 2000 OC 3 office alarms should be d...

Page 403: ...ing at 4 second intervals No alarm Critical CR alarm Major MJ alarm Minor MN alarm No alarm 2 Verify that both the audible and visual alarms are activated during this test 3 Repeat the office alarm test This time during each alarm cycle press the alarm cutoff ACO pushbutton and verify that the audible alarms are silenced Procedure Without a Terminal NOTE This procedure should be performed as descr...

Page 404: ...at a pair of function units 10 Activated office alarms CR visible CR audible 11 Press the ACO pushbutton on the user panel 12 Activated office alarms CR visible 13 Reseat the pair of function units 14 Activated office alarms MJ visible MJ audible 15 Reseat the second service low speed circuit pack 16 Activated office alarms MN visible MN audible 17 Reseat the first service low speed circuit pack 1...

Page 405: ...connector Depress the RESET button on the fan shelf and verify that the POWER FAULT LED extinguishes on the fan shelf and the MN and NE ACTY LEDs on the DDM 2000 OC 3 shelf user panel extinguish Automatic Protection Switching and Alarm Test Description This test does NOT simulate circuit pack failures This test will verify proper alarm reporting and LED indications when circuit packs are removed A...

Page 406: ...N and NE ACTY alarms should light 3 Unseat the second OLIU On the user panel the MN alarm should extin guish and the CR alarm should light 4 Reseat the first OLIU which was removed The ACTIVE LED on the reseated OLIU should light and the FAULT LED on the OLIU will light for several seconds then extinguish On the user panel the CR alarm should extinguish and the MN alarm should light 5 Reseat the s...

Page 407: ...user panel should light 2 Unseat the second FN On the user panel the MN alarm should extinguish and the CR alarm should light 3 Reseat the first FN which was removed The ACTIVE LED on the reseated FN should light and the FAULT LED on the FN will light for several seconds then extinguish On the user panel the CR alarm should extinguish and the MN alarm should light NOTE If BBG2s are reseated the FA...

Page 408: ...re should be performed on each low speed function group equipped with protection that is a low speed pack in position 8 1 Unseat one service positions 1 through 7 low speed circuit pack On the user panel the MN and NE ACTY alarms should light 2 Unseat a second service low speed circuit pack in the same function group On the user panel the MN alarm should extinguish and the MJ alarm should light 3 ...

Page 409: ...d 13 verify the state of VT paths by issuing the command rtrv state path RETRIEVE STATE PATH 4 For Releases 6 and 8 issue the command switch line SWITCH LINE At the address prompt enter main if testing OLIU switch ing in a main slot or a b or c if testing OLIU switching in a function slot The ACTIVE LEDs should be lighted on both of the OLIUs of a pair NOTE Both of the OLIUs of a pair will be acti...

Page 410: ...T Timing Generator BBF2 BBF2B TGS 1 Verify the status of the TGS circuit packs by issuing the command rtrv state RETRIEVE STATE 2 Issue the command switch sync SWITCH SYNCHRONIZATION Enter circuit pack at the sync function prompt Enter manual at the priority prompt The ACTIVE LED which is presently lighted will extinguish and the ACTIVE LED on the other TGS will light 3 Verify the status of the TG...

Page 411: ...y system or a TBOS simulator Perform this test on all shelves connected to a TBOS telemetry system Procedure With a Terminal NOTE This test can be terminated at any time with the CANcel or DELete key 1 Issue the command test tlm ser TEST TELEMETRY SERIAL 2 At the display prompt enter the shelf s display number which is set by switches on the SYSCTL circuit pack 3 At the prompt point enter even 4 A...

Page 412: ... at a central office CO shelf when provided NOTE When a system sets a parallel telemetry point it also sets its correspond ing system identification SID point The SID point that is set is the same as the DDM 2000 OC 3 s shelf number For the following tests it should be verified that the appropriate SID point is set Issue the command rtrv ne RETRIEVE NETWORK ELEMENT to check the shelf number NOTE F...

Page 413: ...ter to green wire in J2 3 Either a Alert the maintenance center to observe for a specific alarm bit or b Refer to Table 9 1 and connect the voltmeter positive lead to the alarm wire for a specific alarm bit and connect the negative lead as described above 0 volts will be measured 4 Issue the command test tlm par TEST TELEMETRY PARALLEL 5 At the prompt mode enter the mode identifier for the desired...

Page 414: ...the office alarm interface verify alarm telemetry wiring Refer to Table 9 1 for wiring connection information 9 Repeat the parallel telemetry test for each individual telemetry point Procedure Without a Terminal NOTE The proper SID setting should be verified for all telemetry points NOTE This procedure verifies the following parallel telemetry points can be set in the CO CR MJ MN ACO CLF INC and N...

Page 415: ...CO verify that the closure is removed 5 Repeat for each miscellaneous environmental input 6 At the RT turn off the AC power 7 At the RT verify that the AC power fail alarm appears in the alarm and sta tus report with the rtrv alm command 8 At the RT turn on the AC power 9 At the RT remove the fan fuses or fail the fan 10 At all the RTs downstream verify that the fan fail alarm appears in the alarm...

Page 416: ...e CIT 2 port J52 does not require the use of a null modem if it is con nected to a modem NOTE If you are unfamiliar with the use of a terminal refer to the Use of Termi nal in the Installation Test section of this manual NOTE If a successful login is established through a modem the modem connec tion has been verified The use of a terminal through a modem is the same as connecting a terminal to the...

Page 417: ...5 command generates X 25 Link Provisioning Communication and Event History Reports Information provided in these reports indicate whether or not the DDM 2000 shelf is communicating with the telemetry equipment There is also a set x25 command which provides a choice of packet size of the X 25 link A packet size of 128 or 256 may be set Refer to the rtrv x25 and set x25 commands in the Commands and ...

Page 418: ...Term Color ACO Control Output ACO Control Input Output Common Critical Alarm ACO O ACO I COM O CR J54 7 18 14 15 BR W R BR R O G R Major Alarm Minor Alarm Power Minor Alarm Near End Status MJ MN PMN NE 13 11 9 16 O R BL R S W R G Carrier Line Failure Status Incoming Status System Identifier Shelf 1 System Identifier Shelf 2 CLF INCM SID1 SID2 3 1 5 23 O W BL W G W O BK System Identifier Shelf 3 Sy...

Page 419: ...ental Discrete Telemetry Connections RT Remote Terminal All Releases Remote Terminal Additional Environmental Inputs Releases 8 9 11 and 13 only Name Desig Conn Name Desig Conn Term Color Minor Alarm Power Minor Alarm Fan Control Input Common MN PMNT IN FAN CTL TLMI C J62 Env Input 17 Input Common TLMI 17 TLMI C J61 4 18 23 9 W O R BR O BK S W Env Input 1 Env Input 2 Env Input 3 Env Input 4 TLMI 1...

Page 420: ... Input 3 Env Input 4 TLMI 1 TLMI 2 TLMI 3 TLMI 4 Env Input 1 Env Input 2 Env Input 3 Env Input 4 TLMI 1 TLMI 2 TLMI 3 TLMI 4 17 15 13 11 BR R G R O R BL R Env Output 5 Env Output 6 Env Output 7 Env Output 8 TLMO 5 TLMO 6 TLMO 7 TLMO 8 Env Output 5 Env Output 6 Env Output 7 Env Output 8 TLMO 5 TLMO 6 TLMO 7 TLMO 8 7 5 3 1 BR W G W O W BL W Env Output 9 Env Output 10 Env Output 11 Env Output 12 TLMO...

Page 421: ...le 10 4 Office Alarm Connections Name Desig Conn Term Color Minor Alarm Visible Minor Alarm Visible Return Minor Alarm Audible Minor Alarm Audible Return MNV MNVR MN MNR J56 1 2 3 4 BL W W BL O W W O Major Alarm Visible Major Alarm Visible Return Major Alarm Audible Major Alarm Audible Return MJV MJVR MJ MJR 5 6 7 8 G W W G BR W W BR Critical Alarm Visible Critical Alarm Visible Return Critical Al...

Page 422: ...ernal ground for fan control external minor and power minor alarm inputs and for miscellaneous environmental discrete outputs 1 4 Figure 10 1 Remote Terminal Miscellaneous Environmental Discrete Functions Releases 6 and 7 Env Output 3 Env Output 2 Env Output 1 Env Alarm Status Env Input 14 Env Input 2 Env Input 1 15 17 9 Water Fire etc High Temp High Inputs Open Door DDM 2000 Shelf Input Common Pu...

Page 423: ...cally wired to DDM 2000 OC 3 fan shelf in non NEBs environment noncabinet applications where a fan shelf is required Figure 10 2 Central Office Terminal Miscellaneous Environmental Discrete Functions Releases 6 and 7 Env Input 3 Env Input 2 Env Input 1 Env Conrol Env Alarm Status Site Site 6 Inputs to RT Outputs from RT J61 14 4 External Minor Alarm 2 3 1 11 13 Env Input 4 Input Common 21 22 24 19...

Page 424: ...s applications where the fan shelf is required Figure 10 3 Miscellaneous Environmental Discrete Functions Releases 8 9 11 and 13 1 2 3 4 5 6 7 8 9 15 16 21 1 2 3 4 1 2 3 4 5 6 7 8 9 2 3 4 1 10 External Minor Parallel Telemetry Alarm Status Points TBOS or TL1 X 25 Misc Control Inputs Misc Alarm Status Outputs From Discrete Telemetry Equipment From DDM 2000 Fan Shelf Fan Shelf Alarm Common Central O...

Page 425: ...tents 11 Overview 11 1 Engineering and Installation Services 11 1 Basic Troubleshooting Techniques 11 2 Procedure 11 4 Additional Procedure With a Terminal 11 4 Technical Support 11 5 COACH Description 11 6 Required Product Changes 11 6 11 6 11 6 11 5 11 4 11 4 11 2 11 1 11 1 ...

Page 426: ...11 ii Issue 9 October 1998 363 206 204 ...

Page 427: ...ts highest priority and understands your obligation to maintain quality service for your customer Within the CTS organization the Engineering and Installation Services group provides a highly skilled force of support personnel to provide customers with quality engineering and installation services These engineering and installation specialists use state of the art technology equipment and procedur...

Page 428: ...nstallation services required for unusual or highly individualized applications These specialized services may include engineering consultations and data base preparation Your local Account Executive can provide more information about these services Basic Troubleshooting Techniques Description This procedure covers some basic troubleshooting techniques used to isolate and correct failures during t...

Page 429: ...d in the same function group NOTE STS 1E and DS1 circuit packs can only be installed in the same function group when the STS 1E circuit packs are set for the High Speed mode Release 6 0 or greater LINEAR only When the STS 1E circuit packs are set for the High Speed mode only STS 1E circuit packs are allowed in the shelf No OLIUs in the main or function unit slots NOTE A flashing FAULT LED indicate...

Page 430: ...iming and set the TGS for free running 7 If a problem still exists with the TGS try the failed unit in the other TGS slot If the TGS fails in both slots replace the TGS circuit pack If the TGS fails in only one slot replace the shelf 8 In each function group if one function unit DS3 STS 1E or MXRVO is installed its ACTIVE LED should be lighted If two function units are installed one should have it...

Page 431: ...363 206 285 DDM 2000 OC 3 Multiplexer User Service Manual Release 13 Technical Support Lucent Technologies is committed to providing total product coverage 24 hours a day troubleshooting installation or service problems over the phone and if necessary on site Regional Technical Assistance Center RTAC organizations are established to provide the customer with a single point of contact supporting al...

Page 432: ...to correct an existing or potential problem Product changes are issued in the form of Product Change Notifications PCNs The customer is notified about PCNs through the Design Change Management System DCMS which is an on line tool similar to COACH For more information regarding DCMS contact 1 314 891 4213 or 1 314 891 3660 Diagnostic Dictionary Contains previously encountered problems and their sol...

Page 433: ...DSX04R 202 TVTDAS 311 DSXI1T 217 RVTCSP 016 VT G Signals DSXI1R 216 RVTCSN 017 Service DSXI2T 215 RVTFMS 014 DSXI2R 214 RVTDAS 013 DSXI3T 213 DC52SP 118 DSXI3R 212 DC52SN 018 DSXI4T 211 TVTCPP 317 DSXI4R 210 TVTCPN 318 PSX01T 109 TVTFMP 312 PSX01R 108 TVTDAP 310 PSX02T 107 RVTCPP 319 VT G Signals PSX02R 106 RVTCPN 218 Protection PSX03T 105 RVTFMP 015 PSX03R 104 RVTDAP 012 PSX04T 103 DS1 Protection...

Page 434: ... 307 212 211 210 209 208 207 214 217 314 315 215 316 216 028 Intrashelf Processor Bus TRMCKP TRMCKN TRMCSP TRMCDN CSRTLM CSRTG1 CSRTG2 CSROL1 CSROL2 CSRHA1C SRHA2 CSRHB1 CSRHB2 CSRHC1 CSRHC2 CSRLA1 CSRLA2 CSRLA3 CSRLA4 CSRLA5 CSRLA6 CSRLA7 CSRLAP CSRLB1 CSRLB2 CSRLB3 CSRLB4 CSRLB5 CSRLB6 CSRLB7 CSRLBP CSRLC1 CSRLC2 CSRLC3 CSRLC4 248 247 148 147 128 121 021 120 020 119 019 118 018 117 017 116 115 0...

Page 435: ...C FXMTBS FRCVBS FCLAIM 329 331 330 332 Inrtrashelf Control Bus RRXD RTXD RDTR RS232N 049 048 047 222 Modem Interface RDTRC RXMTBS RRCVBS RCLAIM 229 231 230 232 Inrtrashelf Control Bus 327 326 127 126 125 124 123 122 224 027 025 026 024 022 235 134 133 132 131 130 032 031 030 201 101 Not Used CRLED MJLED MNLED PMNLED FEALED ABNLED ACOLED NEALED 321 320 319 318 221 220 219 218 User Panel LEDs ACON 3...

Page 436: ...rface TLMIC TLMI1 TLMI2 TLMI3 TLMI4 TLMI5 TLMI6 TLMI7 TLMI8 TLMI9 TLMI10 TLMI11 TLMI12 TLMI13 TLMI14 TLMI15 339 343 342 341 340 338 337 336 335 242 241 240 239 238 237 236 Telemetry Inputs PMNTIN 243 Power Monitor FANCTL 346 Fan Control 48VA2 48VA1 48VB2 48VB1 48VBT 200 300 001 100 301 Power Input GRDFLT GRD GRD GRD GRD GRD LATEGRD GRD 347 317 213 129 106 102 029 023 Ground Input TLMOC TLMO1 TLMO2...

Page 437: ...306 305 304 303 206 205 204 203 313 312 311 310 309 308 307 212 211 210 209 208 207 214 217 034 314 315 215 316 216 028 Intrashelf Processor Bus LSICKP LSICKN LSICDP LSICDN LSIRDP LSIRDN TRMCKP TRMCKN TRMCSP TRMCDN CSRTLM CSRTG1 CSRTG2 CSROL1 CSROL2 CSRHA1C SRHA2 CSRHB1 CSRHB2 CSRHC1 CSRHC2 CSRLA1 CSRLA2 CSRLA3 CSRLA4 CSRLA5 CSRLA6 CSRLA7 CSRLAP CSRLB1 CSRLB2 CSRLB3 CSRLB4 CSRLB5 CSRLB6 CSRLB7 CSR...

Page 438: ...330 332 Intrashelf Control Bus RRXD RTXD RDTR RS232N 049 048 047 222 Modem Interface RDTRC RXMTBS RRCVBS RCLAIM 229 231 230 232 Intrashelf Control Bus OHRCKM1 OHRXM1 OHTCKM1 OHTXM1 OHRCKM2 OHRXM2 OHTCKM2 OHTXM2 127 123 027 022 126 122 026 024 Overhead Interface CRLED MJLED MNLED PMNLED FEALED ABNLED ACOLED NEALED 321 320 319 318 221 220 219 218 User Panel LEDs RYCRA1 RYCRA2 RYCRV1 RYCRV2 RYMJA1 RY...

Page 439: ...rface TLMIC TLMI1 TLMI2 TLMI3 TLMI4 TLMI5 TLMI6 TLMI7 TLMI8 TLMI9 TLMI10 TLMI11 TLMI12 TLMI13 TLMI14 TLMI15 339 343 342 341 340 338 337 336 335 242 241 240 239 238 237 236 Telemetry Inputs PMNTIN 243 Power Monitor FANCTL 346 Fan Control 48VA2 48VA1 48VB2 48VB1 48VBT 200 300 001 100 301 Power Input GRDFLT GRD GRD GRD GRD GRD LATEGRD GRD 347 317 213 129 106 102 029 023 Ground Input TLMOC TLMO1 TLMO2...

Page 440: ...7 236 235 345 339 343 342 341 340 Discrete Telemetry Outputs PTCOM PTCR PTMJ PTMN PTPMN PTACOO PTACOI PTSID PTCLF PTINCM PTNE PTFE1 PTFE2 PTFE3 PTFE4 PTFE5 PTFE6 FRCMJ 014 115 114 113 112 111 007 110 109 108 015 013 012 011 010 009 008 028 Parallel Telemetry See NOte BELOW CSRTLM 128 Intrashelf Control Bus RTBPMP RTBPMN XTBPMP XTBPMN 334 234 333 233 Serial Telemetry TBOS Pass Through See NOTE belo...

Page 441: ...D2 TOHBC1 TOHBF1 TOHBC2 TOHBF2 TOHBD ROHCC1 ROHCF1 ROHCD1 ROHCC2 ROHCF2 ROHCD2 TOHCC1 TOHCF1 TOHCC2 TOHCF2 TOHCD 122 027 025 026 024 022 224 121 119 117 120 118 116 021 019 020 018 016 140 138 136 139 137 135 040 038 039 037 035 146 144 142 145 143 141 046 044 045 043 041 SONET Overhead Q3RTS Q3TCK Q3DTR Q3RID Q3TDA Q3RCK Q3CTS Q3DSR Q3DCD Q3RDA 332 331 330 329 323 232 231 230 229 223 TL1 Interfac...

Page 442: ...4 217 314 034 315 215 316 216 227 Intrashelf Processor Bus TLMO1 TLMO2 TLMO3 TLMO4 TLMO5 TLMO6 TLMO7 TLMO8 TLMO9 TLMO10 TLMI16 TLMI17 TLMI18 TLMI19 TLMI20 TLMI21 TLMOC TLMIC TLMI1 TLMI2 TLMI3 TLMI4 344 246 245 244 338 337 336 335 242 241 240 239 238 237 236 235 345 339 343 342 341 340 Discrete Telemetry Outputs PTCOM PTCR PTMJ PTMN PTPMN PTACOO PTACOI PTSID PTCLF PTINCM PTNE PTFE1 PTFE2 PTFE3 PTFE...

Page 443: ...123 126 124 122 027 025 026 024 022 224 121 119 117 120 118 116 021 019 020 018 016 140 138 136 139 137 135 040 038 039 037 035 146 144 142 145 143 141 046 044 045 043 041 SONET Overhead RQ2P RQ2N XQ2P XQ2N 106 105 006 005 LAN Interface Q3RTS Q3TCK Q3DTR Q3RID Q3TDA Q3RCK Q3CTS Q3DSR Q3DCD Q3RDA 332 331 330 329 323 232 231 230 229 223 TL1 Interface ROWCLK ROWDAT TOWCLK TOWDAT 103 104 003 004 Order...

Page 444: ...9 008 108 007 107 006 106 214 314 213 313 212 312 211 311 209 309 208 308 207 307 206 306 316 315 216 215 105 Timing BS1 3 IICSCL IICSDA BMPA9 BMPA10 BMPA11 CSR 003 5 204 304 303 203 103 104 Control DS1TIP DS1RNG DS1TIPO DS1RINGO 118 119 218 219 DS1 Interface LTCKSO LTCKPO LTCKSA LTCKPA LTCKPC LTCKSC 019 318 217 317 305 205 Loop Timing Reference XREFI XREFO 117 017 Cross Coupled Reference XSANI XS...

Page 445: ...17 014 013 118 018 VT G Signals Service TVTCPP TVTCPN TVTFMP TVTDAP RVTCPP RVTCPN RVTFMP RVTDAP DC52PP DC52PN 317 318 312 310 219 218 015 012 119 019 VT G Signals Protection PSXO1T PSXO1R PSXO2T PSXO2R PSXO3T PSXO3R PSXO4T PSXO4R PSXI1T PSXI1R PSXI2T PSXI2R PSXI3T PSXI3R PSXI4T PSXI4R 109 108 107 106 105 104 103 102 117 116 115 114 113 112 111 110 DS1 Protection LSICKP LSICKN LSICDP LSICDN LSIRDP ...

Page 446: ...TVTD5 TVTD6 TVTD7 TVTDP TVTCBP TVTCBN TVTFMB RVTD1 RVTD2 RVTD3 RVTD4 RVTCBP RVTCBN RVTFMB RVTD5 RVTD6 RVTD7 RVTDP RVTCAP DC52AP DC52AN DC52BP DC52BN 011 111 010 110 007 107 307 046 146 045 145 042 142 342 210 310 209 309 243 343 242 245 345 244 344 208 008 108 043 143 VT G Signals LSICKP LSICKN LSICDP LSICDN LSIRDP LSIRDN CSR BMPA11 BMPA10 BMPA9 BS1 BS2 BS3 IICSDA IICSCL 205 305 206 306 006 106 10...

Page 447: ...ction Name Pin No Function 5V 5V 5V 5V 5V 5V 009 109 044 144 211 246 Power GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD 102 202 302 013 113 213 313 121 235 335 047 147 247 347 148 248 Ground ESDGND 002 ESD ground GRD GRD GRD GRD GRD GRD GRD GRD GRD 221 321 029 129 021 229 329 035 135 Ground ...

Page 448: ...48VB1 48VB2 48VRT 300 200 100 001 301 Power ESDGRD 002 ESD Protection GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD 102 202 302 013 113 213 313 021 121 221 321 029 129 229 329 035 135 235 335 047 147 148 247 248 347 Ground LSICKP LSICKN LSICDP LSICDN LSIRDP LSIRDN CSR BMPA11 BMPA10 BMPA9 BS1 BS2 BS3 IICSDA IICSCL 205 305 206 306 006 106 104 103...

Page 449: ...P TVTCBN TVTFMB RVTD1 RVTD2 RVTD3 RVTD4 RVTCBP RVTCBN RVTFMB RVTD5 RVTD6 RVTD7 RVTDP RVTCAP RVTCAN RVTFMA DC52AP DC52AN DC52BP DC52BN 011 111 010 110 007 107 307 046 146 045 145 042 142 342 210 310 209 309 243 343 242 245 345 244 344 208 308 207 008 108 043 143 VT G Interface LSICKP LSICKN LSICDP LSICDN LSIRDP LSIRDN CSR BMPA11 BMPA10 BMPA9 BS1 BS2 BS3 IICSDA IICSCL ON OFF 205 305 206 306 006 106 ...

Page 450: ...nction Name Pin No Function 5V 5V 5V 5V 5V 5V 009 109 044 144 211 246 Power GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD 102 202 302 013 113 213 313 121 235 335 047 147 247 347 148 248 Ground ESDGND 002 ESD ground GRD GRD GRD GRD GRD GRD GRD GRD GRD 221 321 029 129 021 229 329 035 135 Ground ...

Page 451: ...031 131 030 130 231 331 230 330 037 137 036 136 034 134 237 337 236 336 234 334 023 123 022 122 223 323 222 322 019 119 018 118 219 319 218 318 015 STS 1 Signals RDC1SN RDC2SP RDC2SN RDC3SP RDC3SN RDC1PP RDC1PN RDC2PP RDC2PN RDC3PP RDC3PN 115 014 114 012 112 215 315 214 314 212 312 STS 1 Signals TOHCK TOHFR TOHDA ROHCK ROHFR ROHDA 040 140 240 139 239 339 SONET Overhead MCLKSP MCLKSN FSYNSP FSYNSN ...

Page 452: ...n Name Pin No Function 48VA1 48VA2 48VB1 48VB2 48VRTN 300 200 100 001 301 Power GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD 321 029 129 021 229 329 035 135 235 335 047 147 247 347 148 248 Ground ESDGND 002 ESD ground GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD 102 202 302 013 113 213 313 021 121 221 Ground ...

Page 453: ...226 326 031 131 030 130 231 331 230 330 037 137 036 136 034 134 237 337 236 336 234 334 023 123 022 122 223 323 222 322 019 119 018 118 219 319 218 318 STS 1 Signals RDC1SP RDC1SN RDC2SP RDC2SN RDC3SP RDC3SN RDC1PP RDC1PN RDC2PP RDC2PN RDC3PP RDC3PN RN1RIP RN1RIN RN2RIP RN2RIN RN3RIP RN3RIN RN1TOP RN1TON RN2TOP RN2TON RN3TOP RN3TON 015 115 014 114 012 112 215 315 214 314 212 312 238 338 228 328 22...

Page 454: ...N 024 124 224 324 341 241 025 125 225 325 Timing Signals ESDGRD 002 ESD Protection GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD 102 202 302 013 113 213 313 021 121 221 321 029 129 229 329 035 135 235 335 047 147 148 247 248 347 Ground LSICKP LSICKN LSICDP LSICDN LSIRDP LSIRDN CSR BMPA12 BMPA11 BMPA10 BMPA9 BS1 BS2 BS3 IICSDA IICSCL DLY 22FTP11...

Page 455: ...26 031 131 030 130 231 331 230 330 037 137 036 136 034 134 237 337 236 336 234 334 023 123 022 122 223 323 222 322 019 119 018 118 219 319 218 318 STS 1 Signals RDC1SP RDC1SN RDC2SP RDC2SN RDC3SP RDC3SN RDC1PP RDC1PN RDC2PP RDC2PN RDC3PP RDC3PN RJ11RIP RJ1RIN RJ1TOP RJ1TON RJ2RIP RJ2RIN RJ2TOP RJ2TON RN1RIP RN1RIN RN2RIP RN2RIN RN1TOP RN1TON RN2TOP RN2TON DCCRTSO2 DCCRTSI2 DCCRTSI1 DCCRTSO1 015 11...

Page 456: ... 100 001 301 Power MCLKSP MCLKSN FSYNSP FSYNSN LTCKS LTCKP MCLKPP MCLKPN FSYNPP FSYNPN 024 124 224 324 341 241 025 125 225 325 Timing Signals ESDGRD 002 ESD Protection GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD GRD 102 202 302 013 113 213 313 021 121 221 321 029 129 229 329 035 135 235 335 047 147 148 247 248 347 Ground LSICKP LSICKN LSICDP LSIC...

Page 457: ...dual fed The receiving equip ment monitors the incoming service and protection lines independently and selects traffic from one line the active line based on performance criteria and technician OS control In 1 1 both service and protection lines could be active at the same time 1xN 1x1 1xn protection switching pertains to circuit pack protection that provides a redun dant signal path through the D...

Page 458: ... Element A user designated Network Element in an alarm group through which members of the alarm group exchange information AIS Alarm Indication Signal A code transmitted downstream in a digital network that shows that an upstream failure has been detected and alarmed AMI Alternate Mark Inversion A line code that employs a ternary signal to convey binary digits in which successive binary ones are r...

Page 459: ...occurs automatically in response to an automatically detected fault condition AUXCTL Auxiliary Control The name of the slot to the left of the SYSCTL slot on the DDM 2000 OC 3 shelf Currently the OHCTL fills this slot Available Time In performance monitoring the 1 second intervals B B3ZS Bipolar 3 Zero Substitution A line coding method that replaces a string of three zeros with a sequence of symbo...

Page 460: ...raft Interface Terminal The connector on the front of a shelf which is used to gain access to the condition of the shelf and system and through which system parameters and values can be changed CCITT International Telephone and Telegraph Consultative Committee An interna tional advisory committee under United Nations sponsorship that has composed and recommended for adoption worldwide standards fo...

Page 461: ...r the STS 1 rates eliminating the need for manual DSXs DACS IV 2000 Digital Access and Cross Connect System that provides electronic DS3 STS 1 or DS1 VT1 5 cross connect capability eliminating the need for manual DSXs DCC Data Communications Channel The embedded overhead communications channel in the SONET line It is used for end to end communications and mainte nance It carries alarm control and ...

Page 462: ...of these signals DEMUX Demultiplexer The electronics that accomplishes demultiplexing the DEMUX direction is from the fiber toward the DSX Digital Multiplexer Equipment that combines by time division multiplexing several digital signals into a single composite digital signal DPLL Digital Phase Locked Loop DRI Dual Ring Interworking DS1 Digital Signal Level 1 1 544 M bs This level contains24 DS0 24...

Page 463: ...a data source originates data for transmission a data sink accepts transmitted data or both E EC 1 EC n Electrical Carrier The basic logical building block signal with a rate of 51 840 Mb s for an EC 1 signal and a rate of n times 51 840 Mb s for an EC n signal An EC 1 signal can be built in two ways A DS1 can be mapped into a VT1 5 and 28 VT1 5s multiplexed into an EC 1 VT1 5 based EC 1 or a DS3 ...

Page 464: ...work other than the one the user is at or working on Also called remote FE ACTY Far End Activity An LED on the user panel FEBE Far End Block Error An indication returned to the near end transmitting node that an errored block has been detected at the far end FE ID Far End Identification The 7 segment display on the faceplate of the SYSCTL circuit pack FEPROM Flash EPROM A technology that combines ...

Page 465: ... OC 12 Multiplexer or in such slots in the FiberReach G GNE Gateway Network Element A network element that funnels information between several network elements and their supporting operations systems Can also be a DSNE Beginning with Release 7 2 the GNE is whichever terminal is being used as an X 25 port There can be more than one DNE in a network Prior to Release 7 2 Releases 7 1 and 6 x the DNE ...

Page 466: ...rshelf interworking ISO International Standards Organization A standards organization that creates writes compiles and distributes standards for mant systems and interfaces that must be used in international technology and business communities See OSI ITU International Telecommunications Union An international advisory committee under United Nations sponsorship that has composed and recommended fo...

Page 467: ...arantees the proper signal level and shape at the DSX panel See also optical LBO LCN Local Communications Network LED Light Emitting Diode A semiconductor device Used on a circuit pack or shelf faceplate to show failure red or service state It is also used to show the alarm and status condition of the system Local See NE Near End LOF Loss of Frame A failure to synchronize to an incoming signal Lin...

Page 468: ...ignals from two lightwave terminals of differ ent vendors This applies to high speed optical interfaces MD Mediation Device MJ Major Alarm MML huMan Machine Language defined by CCITT MN Minor Alarm MSDT Multi Services Distant Terminal MTBF Mean Time Between Failures MTBMA Mean Time Between Maintenance Activities Muldem An older term for function group now seldom used Multiplexing The process of co...

Page 469: ...appears NE Network Element The basic building block of a telecommunications equipment within a telecommunication network that meets SONET standards Typical internal attributes of a network element include one or more high and low speed trans mission ports built in intelligence synchronization and timing capability access interfaces for use by technicians and or operation systems In addition a netw...

Page 470: ...subnetwork communication using the OSI protocol O OAM P Operations Administration Maintenance and Provisioning OC OC n Optical Carrier The optical signal that results from an optical conversion of an electrical STS signal that is OC 1 from STS 1 and OC n from STS n OC 1 Optical Carrier Level 1 Signal 51 84 Mb s OC 3 Optical Carrier Level 3 Signal 155 Mb s OC 3c STS 3c Optical Carrier Level 3 conca...

Page 471: ...ptical LBO An optical attenuator that is inserted into a fiber optic line to decrease the optical power OOL Out of Lock OS Operations System A central computer based system used to provide opera tions administration and maintenance functions OSI Open Systems Interconnection Referring to the OSI reference model a logical structure for network operations standardized by the international standards o...

Page 472: ...to the process of detecting degrading conditions not severe enough to ini tiate protection switching or alarming but indicative of an impending signal failure or signal degrade defect for example performance monitoring POH Path Overhead POTS Plain Old Telephone Service Protection Line As defined by the SONET standard the protection line is the pair of fibers one transmit and one receive that carry...

Page 473: ... Ring A configuration of nodes comprised of network elements connected in a circular fashion Under normal conditions each node is interconnected with two neighbors and includes capacity for transmission in either direction between adjacent nodes Path switched rings use a head end bridge and tail end switch both transmitters are always transmitting and the receiver selects one or the other signal t...

Page 474: ... a service or working line See Protec tion Line SES Severely Errored Seconds This performance monitoring parameter is a second in which a signal failure occurs or more than a preset amount of coding violations dependent on the type of signal occurs SF Super Frame format for DS1 signal Shelf ID A switch settable parameter with values of from 1 to 8 Used to log into a selected shelf in a bay using t...

Page 475: ...l building block signal with a rate of 51 840 Mb s STS 3c Synchronous Transport Level 3 concatenated Signal See OC 3c Subnetwork A subnetwork consists of a CO or Gateway Network Element DDM 2000 and all remote DDM 2000s connected via SONET DCC that are enabled Synchronization Messaging SONET synchronization messaging is used to output DS1 AIS when clock trace ability is lost SYSCTL The system cont...

Page 476: ... Compensated Voltage Controlled Crystal Oscillator A highly sta ble and accurate clock source used in the DDM 2000 TGS circuit pack TGS The timing generator circuit pack generates clock signals for distribution to the transmit circuits It operates in the free running loop timing phase lock and hold over modes TID Target Identifier The Bellcore name for a system shelf TL1 Transaction Language 1 A B...

Page 477: ... line carrying traffic in one direction and the other line carrying traffic in the other direc tion The K1 and K2 bytes in the SONET line overhead are used to convey to the far end which line the near end receiver has chosen so that an active indication may be made at the far end UPD INIT A pushbutton on the user panel V VF Voice Frequency VLSI Very Large Scale Integration Refers to very complex s...

Page 478: ... 108 bytes that carries one or more VTs of the same size Seven VT groups 756 bytes are byte interleaved within the VT organized STS 1 synchronous payload envelope Z Zero Code Suppression A technique used to reduce the number of consecutive zeros in a line codes signal B3ZS for DS3 signals and B8ZS for DS1 signals ...

Page 479: ...L 21 active alarm 5 8 6 7 7 7 8 7 9 7 add drop 1 2 4 12 4 14 5 15 5 23 7 14 7 22 GL 2 ADM GL 2 AGNE 1 3 4 17 4 18 6 7 6 13 7 7 7 12 8 8 8 13 GL 2 AIS 5 10 5 12 5 14 5 18 6 11 6 12 6 15 7 11 7 12 8 12 8 13 8 14 8 17 9 11 9 12 9 13 9 17 GL 2 GL 19 5 5 9 12 9 13 9 17 GL 2 GL 19 xxxix 4 4 4 5 4 12 7 11 7 12 8 12 8 13 8 14 8 17 9 11 xxxix 4 4 4 12 5 10 5 12 5 14 5 18 6 11 6 12 6 15 5 5 6 4 7 4 8 4 9 4 ...

Page 480: ... 12 3 13 4 4 4 5 4 9 4 22 4 41 10 7 BBG19 U 4 20 4 21 BBG2 xxxix 4 4 4 9 4 10 4 19 4 22 10 7 10 10 BBG20 xxxix 4 4 4 9 4 22 4 42 10 7 BBG4 xxxix 4 5 4 9 4 19 4 22 4 41 10 7 10 10 BBG4 4B 4 4 BBG4B xxxix 4 5 4 9 4 19 4 22 10 7 BBG5 xxxix 1 2 1 3 4 1 4 7 4 16 4 17 4 18 4 22 4 31 4 32 4 33 4 34 4 35 11 8 11 9 11 10 BBG6 xxxix 4 5 4 10 4 15 4 19 4 22 4 50 5 10 5 12 5 14 5 15 5 18 6 16 6 20 7 11 7 14 7...

Page 481: ... 5 8 5 10 5 11 5 12 5 13 5 14 5 15 5 18 6 1 6 2 6 7 6 8 6 9 6 10 6 11 6 12 6 15 6 16 6 17 6 18 6 19 6 21 6 29 7 1 7 2 7 7 7 10 7 11 7 12 7 14 7 15 8 1 8 2 8 8 8 9 8 10 8 11 8 12 8 13 8 17 8 18 8 19 8 20 8 21 8 23 8 32 9 1 9 2 9 7 9 8 9 9 9 10 9 11 9 12 9 17 9 18 9 19 9 20 9 21 9 22 9 31 GL 5 GL 7 CS O GL 5 CSA GL 5 CTS l li liii 11 1 11 5 GL 5 CV GL 5 CVFE GL 5 GL 20 11 4 GL 4 GL 9 GL 15 GL 19 4 4...

Page 482: ...8 13 GL 7 GL 9 DSX 1 8 2 8 2 9 2 10 2 12 3 11 3 25 4 9 4 10 4 15 4 19 5 1 5 11 5 12 6 8 6 9 7 1 7 10 7 11 8 9 9 8 9 9 GL 3 GL 5 GL 6 GL 7 GL 11 DSX 1 1 7 1 8 2 9 2 10 3 12 5 1 5 5 5 11 5 12 6 1 6 4 6 9 6 10 6 11 6 15 6 21 7 1 7 4 7 10 7 11 8 1 8 4 8 10 8 11 8 17 8 23 9 1 9 4 9 9 9 10 9 17 9 22 GL 6 DSX 3 xlvii 1 7 1 8 2 11 2 34 2 36 4 9 5 1 5 5 5 11 6 1 6 4 6 11 7 1 7 4 7 10 8 1 8 4 8 11 8 12 9 1 ...

Page 483: ...4 6 25 6 26 7 4 7 18 7 19 8 4 8 27 8 28 9 4 9 26 9 27 FDDI GL 8 FE 3 31 10 13 10 18 11 9 11 12 GL 7 GL 17 FE ACTY 5 3 6 3 7 3 8 3 GL 8 FE ID 4 16 GL 8 FE SE 9 3 FE SEL 1 4 5 4 6 3 7 3 8 4 GL 8 FEBE GL 8 FECOM 8 15 9 14 FEPROM GL 8 FERF 6 15 8 16 GL 8 fiber optic 2 12 2 13 2 14 fiber optic cable 2 12 3 13 4 20 5 12 FiberReach xlii xliii xlix 1 2 1 3 4 4 4 5 4 14 4 15 4 22 4 36 4 37 4 49 8 2 8 15 9 ...

Page 484: ...installation kit 2 5 2 6 2 25 3 5 3 9 International Telephone and Telegraph Con sultative Committee GL 4 interworking 1 2 1 3 5 13 6 14 GL 6 GL 10 IR GL 10 IS GL 10 IS 3 1 3 GL 10 ISDN GL 10 ISO GL 10 GL 15 ITU GL 4 GL 10 J jitter GL 11 jumper 1 8 2 21 3 2 5 19 5 20 6 9 6 10 6 25 6 26 7 18 7 19 8 10 8 28 9 9 9 26 9 27 L LAN 1 3 2 26 2 38 11 17 GL 11 LAPD GL 11 laser xxxvi 2 13 5 2 5 10 5 13 6 2 6 ...

Page 485: ...5 2 46 3 21 3 30 3 31 3 32 3 33 5 3 5 12 5 14 6 3 7 3 7 10 7 14 9 3 10 3 10 4 10 5 10 6 10 7 10 8 10 9 10 13 10 14 10 15 10 18 10 19 10 20 10 21 11 9 11 12 GL 12 modem 2 20 2 22 2 30 2 31 2 38 2 65 3 8 3 17 3 18 3 22 3 26 3 27 3 28 10 16 monitoring 1 4 2 24 3 19 4 4 4 5 5 16 5 17 7 16 7 17 GL 3 GL 5 GL 8 GL 13 GL 16 GL 18 GL 19 GL 20 MS DOS 1 7 1 8 4 1 4 17 MSDT GL 12 GL 12 10 3 10 4 10 8 10 10 10...

Page 486: ...13 xxxv 1 1 1 2 1 3 2 18 2 20 2 22 2 23 2 26 2 38 2 43 2 63 3 8 3 15 3 17 3 18 3 19 3 26 3 27 3 28 3 31 4 1 4 3 4 4 4 5 4 6 4 7 4 16 4 17 4 18 4 28 9 1 9 2 9 8 9 13 9 15 9 16 9 17 9 18 10 1 10 6 10 11 10 12 10 17 10 18 11 2 11 5 11 10 11 13 11 15 11 17 Release 13 0 xli 4 5 Release 2 1 2 Release 3 1 2 Release 5 1 2 Release 6 1 2 1 3 1 9 4 6 4 18 4 25 4 39 5 1 5 12 5 15 5 23 5 24 11 3 Release 6 or 8...

Page 487: ...k t3 5 17 7 16 optical fiber xxxvi 1 7 1 8 2 2 2 7 2 12 2 13 2 14 3 2 3 9 3 13 4 20 4 21 5 5 5 10 5 11 5 12 5 14 6 4 6 9 6 13 7 4 7 9 7 10 7 13 8 4 8 10 8 15 9 4 9 9 9 14 10 15 Optical LBO GL 15 optical line interface unit 1 4 4 11 4 12 10 5 GL 14 order wire 2 31 2 38 2 47 2 64 3 8 3 23 3 26 OS GL 15 OSI 4 8 4 39 5 13 7 12 7 13 GL 7 GL 10 GL 14 GL 15 OSP GL 15 out of service 5 1 6 1 7 1 8 1 9 1 10...

Page 488: ...P NEIGHBOR 2 26 RETRIEVE MAP NETWORK 2 26 RETRIEVE NETWORK ELEMENT 10 12 RETRIEVE NETWORK MAP 11 5 RETRIEVE STATE 10 9 10 10 10 11 11 5 RETRIEVE STATE EQUIPMENT 10 10 RETRIEVE STATE PATH 10 9 Revertive GL 14 GL 17 ring 1 2 1 3 1 4 2 44 4 4 4 12 4 14 4 22 4 39 6 9 6 12 6 13 6 14 6 15 6 16 6 17 6 18 6 19 6 22 6 23 6 24 8 9 8 12 8 13 8 15 8 16 8 17 8 18 8 20 8 21 8 24 8 25 8 26 9 8 9 12 9 13 9 14 9 1...

Page 489: ... SLC power shelf 10 19 SLC 2000 xliv SNC xlviii 2 26 software version 5 4 5 9 6 3 7 3 8 4 9 3 SONET xliii xlviii 1 4 2 26 5 14 6 14 7 13 8 15 9 15 11 14 11 15 11 17 11 22 11 23 11 25 11 27 11 28 11 29 11 30 GL 5 GL 9 GL 13 GL 14 GL 15 GL 16 GL 18 GL 19 GL 21 SPE GL 18 SPE STS 1 GL 19 SRD GL 18 ST 2 13 2 49 5 5 5 19 5 20 6 4 6 10 6 25 6 26 7 4 7 18 7 19 8 4 8 10 8 27 8 28 9 4 9 9 9 26 9 27 standard...

Page 490: ...t pad 10 17 test set 1 5 1 8 2 3 2 65 5 5 5 10 6 4 6 9 9 4 9 9 TEST TELEMETRY SERIAL 10 11 test alm 10 3 test auto md dsx 5 12 7 10 md local 5 11 7 9 md optics 5 14 7 14 TEST AUTO TURNUP 5 11 5 12 5 14 7 9 7 10 7 14 test iaolan 2 26 test led 5 9 6 8 7 8 8 8 9 8 TEST TELEMETRY PARALLEL 10 13 test tlm par 10 13 test tlm ser 10 11 test trmsn t1 5 16 6 10 7 15 8 11 9 10 test trmsn t3 5 17 6 11 7 16 8 ...

Page 491: ... 18 8 21 9 18 9 20 9 21 11 5 GL 5 GL 7 GL 21 VT G 1 4 6 17 8 18 9 18 11 7 11 19 11 20 11 23 GL 13 GL 21 W warning xxxvi xxxvii xxxix Wrist strap 10 1 wrist strap xxxvii xxxviii 1 7 2 3 3 3 5 5 6 4 7 4 8 4 9 4 10 5 X X 25 2 23 2 38 2 44 2 64 3 8 3 19 3 26 10 16 10 17 GL 9 GL 16 GL 19 Z Zero Code Suppression GL 21 10 17 9 13 10 15 11 3 11 4 GL 21 7 11 7 13 8 4 8 10 8 13 9 3 9 10 5 14 6 3 6 10 6 13 7...

Page 492: ...IN 14 Issue 9 October 1998 ...

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