Broadband System Operation And Maintenance Manual

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Soneplex

Broadband System

Operation and Maintenance

Manual (V5.3)

ADCP-61-471

Issue 4

June 2000

1037961 Rev A

Summary of content (342 pages)

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ADCP-61-471 Issue 4 June 2000 Soneplex® Broadband System Operation and Maintenance Manual (V5.
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ADCP-61-471 • Issue 4 • June 2000 • Preface COPYRIGHT  2000, ADC Telecommunications, Inc. All Rights Reserved Printed in the U.S.A. REVISION HISTORY ISSUE DATE REASON FOR CHANGE 1st Edition, Issue 1 10/1995 Original. 1st Edition, Issue 2 03/1996 Added Version 5.1 software update and corrected typographical errors.
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ADCP-61-471 • Issue 4 • June 2000 • Preface LIST OF CHANGES The technical changes incorporated into this issue are listed below. SECTION IDENTIFIER DESCRIPTION OF CHANGE — Cover/Title page Removed list of contents. FM Related Publications Added new publications. FM List of Acronyms and Abbreviations 1 TAD-101 — Various Old Sections 1, 3, 4, and 5 Added new acronyms and abbreviations. Turned specifications into a TAD.
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ADCP-61-471 • Issue 4 • June 2000 • Preface Page iv  2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Preface TABLE OF CONTENTS Content Page FRONT MATTER ABOUT THIS MANUAL ...................................................................... ix RELATED PUBLICATIONS .................................................................... ix ADMONISHMENTS..........................................................................x GENERAL SAFETY PRECAUTIONS................................................................x FCC COMPLIANCE STATEMENT ..............................
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ADCP-61-471 • Issue 4 • June 2000 • Preface TABLE OF CONTENTS Content Page SECTION 2 OPERATION AND MAINTENANCE (continued) ALARMS PROCEDURES .............................................................. NTP-006 APU INSTALLATION AND TESTING ....................................................... DLP-503 ASSIGNMENT RECORDS.............................................................. DLP-523 CHASSIS INSPECTION ............................................................... DLP-501 CIRCUIT ID DISPLAY .....
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ADCP-61-471 • Issue 4 • June 2000 • Preface TABLE OF CONTENTS Content Page SECTION 2 OPERATION AND MAINTENANCE (continued) LOOPBACK PROCESS DESCRIPTION ..................................................... TAD-102 LOOPBACK STATUS/COMMANDS ....................................................... DLP-541 MAINTENANCE PHILOSOPHY .......................................................... TAD-100 MAINTENANCE PROCEDURES.......................................................... NTP-005 MENU SECURITY EDITING .....
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ADCP-61-471 • Issue 4 • June 2000 • Preface TABLE OF CONTENTS Content Page SECTION 2 OPERATION AND MAINTENANCE (continued) SHELF STATUS DISPLAY ............................................................. DLP-545 SPECIFICATIONS................................................................... TAD-101 STREAKER INSTALLATION AND TESTING .................................................. DLP-571 SYSTEM COMPONENTS INSPECTION .....................................................
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ADCP-61-471 • Issue 4 • June 2000 • Preface ABOUT THIS MANUAL This manual describes how to operate and maintain the ADC Soneplex Broadband system (V5), which is a DS1-based multiplexer with an interface that is compatible with DS3 networks. It is specifically designed for use as a hub to distribute DS1 HiCap circuits for local access. For a complete description of the Soneplex Broadband system, refer to Soneplex Description, Design, and Application manual, listed under Related Publications in this section.
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ADCP-61-471 • Issue 4 • June 2000 • Preface ADMONISHMENTS Important safety admonishments are used throughout this manual to warn of possible hazards to persons or equipment. An admonishment identifies a possible hazard and then explains what may happen if the hazard is not avoided. The admonishments — in the form of Dangers, Warnings, and Cautions — must be followed at all times.
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ADCP-61-471 • Issue 4 • June 2000 • Preface FCC COMPLIANCE STATEMENT Class A The Soneplex Broadband system has been certified to comply with the requirements for class A computing devices per part 15 of the FCC regulations. Warning: This equipment generates, uses, and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual, may cause interference to radio communications.
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ADCP-61-471 • Issue 4 • June 2000 • Preface TA-NWT-001210 Generic Requirements for High Bit Rate Digital Subscriber Lines (HDSL), Issue 1, October 1991. TR-TSY-000827 OTGR: Generic Operations Interfaces: Non-OSI Communications Architecture, Sections 11.1 and 11.3 (Issue 1).
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ADCP-61-471 • Issue 4 • June 2000 • Preface DFMS DLP DLX DS1 DS2 DS3 DS3 MUX DSX DTE ESD ESF EV EXT EXZ FCC FE FEND GND HDSL HEMI HiCap HLXC HLXR HRX HS HSP HSW IS IXL KBPS KFT LAPB LE LEC LEC LED LIU LMPTST LOP LOS LOSW LS MBPS MJ MN Digital Facility Maintenance System Detailed Level Procedure (TOP term) DS1 Loop Extender module (BB system only) Digital Signal - Level 1 Digital Signal - Level 2 Digital Signal - Level 3 DS3 Multiplexer module Digital Signal Cross-Connect Data Terminal Equipment Electrosta
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ADCP-61-471 • Issue 4 • June 2000 • Preface MON MPU MUX MXP MXW NE NE NEND NID NMA NRZ NTP OAM&P ODS2 OOF OOS OR OSS OTGR PC PCB PIC PID PM PRM PVC PWR QFLC QLX R RAI RCV RDI REPC REPR RFI RLX RLXIOR RMT RRP RTAU RX SEF SF SLM Page xiv  2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Preface SNR SONET SPX St STAT STK SVC T TAD TAP TASC TAU TBOS TID TL1 TOP TSGR TX VC VOM WW XCVR XMT Signal-to-Noise Ratio Synchronous Optical Network Soneplex Status Status Streaker module Switched Virtual Circuit Tip Trouble Analysis Data (TOP term) Trouble Analysis Procedure (TOP term) Telecommunications Alarm Surveillance and Control Test Access Unit Telemetry Byte Oriented Serial Target Identifier Transaction Language 1 Task Oriented Process Transport Systems Gener
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INTRODUCTION
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ADCP-61-471 • Issue 4 • June 2000 • Section 1: Introduction SECTION 1: INTRODUCTION Content 1 GENERAL......................................................................... 1-1 2 USING THE CRAFT INTERFACE .......................................................... 1-1 3 EDITING FIELDS .................................................................... 1-3 4 1 Page 3.1 Cursor ..................................................................... 1-3 3.2 Arrow Keys ..............................
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Page 1-2  2000, ADC Telecommunications, Inc. QLX CONFIG. HLX CONFIG. HLX UNIT CONFIGURATION ODS2 STATUS QLX STATUS HLX STATUS ALARM HISTORY CLEAR ALARM HISTORY RLX ALARM LEVELS DLX ALARM LEVELS HLX ALARM LEVELS QLX ALARM LEVELS ODS2 ALARM LEVELS DS3 MUX ALARM LEVELS THESE SCREENS ARE UNUSED IN THE SONEPLEX BROADBAND CHASSIS (V5) AT THIS TIME. RLX CONFIG. DLX CONFIG. RLX STATUS ALARM LEVELS MPU ALARM LEVELS LOOPBACK CONFIGURATION DLX STATUS ALARM/EVENT NOTIF.
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ADCP-61-471 • Issue 4 • June 2000 • Section 1: Introduction A logon is required to gain access to the Craft Interface. The logon remains active until either the operator logs off or a user-selectable period of keyboard inactivity is exceeded. The default time-out period is 30 minutes. Passwords are used to limit access to the system. When you enter your assigned User Name, the Soneplex Broadband system will request a password. When you enter your assigned password, the Main Menu appears.
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ADCP-61-471 • Issue 4 • June 2000 • Section 1: Introduction 3.4 Space Bar Pressing the space bar when the cursor is in a toggle field changes the item at the cursor. If the item is selected from a list of options, pressing the space bar brings up the next choice. 3.5 “R” Key If you press the “R” key by itself when you are in a toggle field, the selection will revert to its previous value. 3.
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ADCP-61-471 • Issue 4 • June 2000 • Section 1: Introduction 3.9 Data Entry Table 1-2 shows the different field types in the Craft Interface, and how to enter data in them. A "toggle" field type means the user can press the space bar and "R" key to view and select different options that are described. An "input" field type means the user must type an entry in the field according to the parameters described. A "fixed" field is locked, and cannot be changed by the user. Table 1-2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 1: Introduction 2. Locate the specified director level, detail level, or trouble-clearing procedure. All procedures are in numerical order, regardless of type. The TOP procedures in this manual are of the following four types: • Non Trouble Clearing Procedure (NTP): A director level procedure that lists normal work items to be performed that are not trouble clearing procedures.
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OPERATION AND MAINTENANCE
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance SECTION 2: OPERATION AND MAINTENANCE Content 1 Page GENERAL............................................................... 2-1 ALPHABETICAL TASK LIST ........................................................ 2-1 TASK INDEX LIST ........................................................... IXL-001 1 GENERAL This section provides procedures to install and maintain a Soneplex Broadband system.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance ALPHABETICAL TASK LIST (continued) DS3 MUX ALARM LEVEL SETTING ............................................................ DLP-560 DS3 MUX APS TEST...................................................................... DLP-512 DS3 MUX CONFIGURATION................................................................. DLP-529 DS3 MUX FORCED SWITCH TEST .............................................................
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance ALPHABETICAL TASK LIST (continued) RESET/LED TEST COMMANDS .............................................................. DLP-538 RLX ALARM LEVEL SETTING ............................................................... DLP-518 RLX (OR RLXIOR) AND REMOTE SYSTEM END-TO-END TEST PROCEDURES................................ NTP-011 RLX CONFIGURATION ....................................................................
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance 2-4 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance IXL-001 Page 1 of 4 TASK INDEX LIST Find Your Job in the List Below Then Go To MODULE INSTALLATION AND TESTING PROCEDURES .............................................. NTP-002 System Components Inspection....................................................... DLP-500 Chassis Inspection ............................................................... DLP-501 –48 VDC Power Supply Test .................................................
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance IXL-001 Page 2 of 4 TASK INDEX LIST, continued Find Your Job in the List Below Then Go To SYSTEM OR CIRCUIT PROVISIONING, continued................................................... NTP-004 User Account Editing .............................................................. DLP-535 DS3 MUX Configuration ............................................................ DLP-529 ODS2 Module Configuration....................................
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance IXL-001 Page 3 of 4 TASK INDEX LIST, continued Find Your Job in the List Below Then Go To MAINTENANCE PROCEDURES, continued ....................................................... NTP-005 Shelf Status Display .............................................................. Specifications................................................................... RTAU Operation .................................................................
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance IXL-001 Page 4 of 4 TASK INDEX LIST, continued Find Your Job in the List Below Then Go To DLX AND REMOTE SYSTEM END-TO-END TEST PROCEDURES ......................................... NTP-010 Local Craft Interface Connection ....................................................... DLP-504 Craft Interface System Logon ......................................................... DLP-526 Alarm History Clearance Command ......................
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-002 Page 1 of 3 MODULE INSTALLATION AND TESTING PROCEDURES Summary: This procedure provides instructions for installing the various modules in the installed chassis and verifying operation. Installation includes inspecting the chassis for proper installation, checking the power supply, inserting the modules into the chassis, and testing various functions.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-002 Page 2 of 3 Do Items Below in the Order Listed For Details Go To 5. Familiarize yourself with the Soneplex Broadband chassis, module locations, and wiring points. DLP-501 6. Verify that –48 VDC is present at the power supply terminal block located on the chassis backplane. DLP-508 7.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-002 Page 3 of 3 Do Items Below in the Order Listed For Details Go To Note: For information about installing and testing the Remote Test Access Unit (RTAU), which is used with MPU Software Version 5.3, refer to the Soneplex RTAU (Remote Test Access Unit) Installation Instructions manual, listed under Related Publications at the beginning of this manual. 18. Install and test the Streaker (STK) module (if present). DLP-571 19.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-003 Page 1 of 2 ODS2 MODULE AND REMOTE SYSTEM END-TO-END TEST PROCEDURES Summary: This procedure tells how to connect a Craft Interface device to the Soneplex equipment and configure ODS2 modules. It also tells how to connect test equipment, and how to perform an end-to-end test of a Soneplex system with ODS2 modules. Protection switching tests are also provided in case protect modules are employed in the system.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-003 Page 2 of 2 Do Items Below in the Order Listed For Details Go To 5. Momentarily press the LMPTST switch on the APU front panel and verify that all indicators light. 6. Connect terminal equipment to Craft port on the front of the MPU. DLP-504 7. Log on to the Craft Interface. DLP-526 8. Clear Alarm History. DLP-527 9. Enter Target Identifier and set date and time now or during provisioning (the turn-up process).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-004 Page 1 of 2 SYSTEM OR CIRCUIT PROVISIONING PROCEDURES Summary: This procedure tells how to provision (turn-up) a new Soneplex system or circuit using the Craft Interface. The procedure assumes the equipment in the Soneplex chassis and the equipment at the other end of the circuit has been installed, and has passed all local and end-toend tests.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-004 Page 2 of 2 Do Items Below For Details Go To 14. If equipped, assign performance monitoring thresholds for each HDSL facility in the system. DLP-557 15. Set alarm/event notification level. DLP-552 16. Set MPU alarm levels. DLP-559 17. Set DS3 MUX alarm levels. DLP-560 18. If equipped, set ODS2 alarm levels. DLP-561 19. If equipped, set HLX alarm levels. DLP-562 20. If equipped, set DLX alarm levels.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-005 Page 1 of 2 MAINTENANCE PROCEDURES Summary: The following procedures can be used for maintenance for a Soneplex Broadband system. These procedures use the Craft Interface. They do not have to be performed in any particular order except logging on and logging off.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-005 Page 2 of 2 Do Items Below As Required For Details Go To Note: For information about installing, testing, and operating the Remote Test Access Unit (RTAU), which is used with MPU Software Version 5.3, refer to the Soneplex RTAU (Remote Test Access Unit) Installation Instructions manual, listed under Related Publications at the beginning of this manual.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-006 Page 1 of 1 ALARMS PROCEDURES Summary: The following procedures can be used to display alarms and locate trouble in a Soneplex system using the Craft Interface device. They may be performed in any order. Do Items Below As Required Active Alarms Display Alarm History Clearance Command Alarm History Display Alarm Summary Display 2-18 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-007 Page 1 of 1 MPU VERSION 5.3 SOFTWARE INSTALLATION AND TESTING PROCEDURES Summary: This procedure is used to install MPU Version 5.3 software on an MPU. To perform this procedure, a host computer with VT-100 emulation and XMODEM file transfer capability is required. The application software requires 12 to 17 minutes to transfer depending on the type of host computer and the communication program used. MPU Version 5.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-008 Page 1 of 1 MPU CONFIGURATION DATA SAVE AND TRANSFER PROCEDURES Summary: This procedure is used to save the configuration data from an installed MPU and then transfer it to another MPU. A host computer containing software that can emulate a VT-100 terminal and perform XMODEM file transfers is required. Do Items Below in the Order Listed For Details Go To Note: Any configuration database from an MPU with Version 3.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-009 Page 1 of 2 HLXC AND REMOTE SYSTEM END-TO-END TEST PROCEDURES Summary: This procedure provides instructions for performing end-to-end tests between a central office Version C, D, E, or G HLXC module and a remote Version E or Version D HLXR module. Performing an end-to-end test includes connecting the cross-connect jumper wires, verifying that the HDSL loops synchronize, and then sending a test signal between the two systems.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-009 Page 2 of 2 Do Items Below in The Order Listed For Details Go To 4. Momentarily press the LMPTST switch on the APU front panel and verify that all indicators light. 5. Connect terminal equipment to Craft port on the front of the MPU. DLP-504 6. Log on to the Craft Interface. DLP-526 7. Clear Alarm History. DLP-527 8. Enter Target Identifier and set date and time now or during provisioning (the turn-up process).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-010 Page 1 of 2 DLX AND REMOTE SYSTEM END-TO-END TEST PROCEDURES Summary: This procedure provides instructions for performing end-to-end tests between the DLX modules and the remote system. Performing an end-to-end test includes connecting the cross-connect jumper wires, and then sending a test signal between the chassis and the network equipment.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-010 Page 2 of 2 Do Items Below in The Order Listed For Details Go To 7. Clear Alarm History. DLP-527 8. Enter Target Identifier and set date and time now or during provisioning (the turn-up process). DLP-528 9. Configure DS3 MUX as required. DLP-529 10. Configure DLX modules as required. DLP-532 11. Connect the test equipment at both ends of the system and perform an end-to-end test. DLP-522 12.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-011 Page 1 of 2 RLX (OR RLXIOR) AND REMOTE SYSTEM END-TO-END TEST PROCEDURES Summary: This procedure provides instructions for performing end-to-end tests between the Version A or Version B RLX modules, or RLXIOR modules, and the remote system. Performing an end-to-end test includes connecting the cross-connect jumper wires, and then sending a test signal between the two systems.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance NTP-011 Page 2 of 2 Do Items Below in The Order Listed For Details Go To 7. Clear Alarm History. DLP-527 8. Enter Target Identifier and set date and time now or during provisioning (the turn-up process). DLP-528 9. Configure DS3 MUX as required. DLP-529 10. Configure RLX or RLXIOR modules as required. DLP-534 or DLP-533 11. Check RLX voltage to repeater. DLP-567 12.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-500 Page 1 of 1 SYSTEM COMPONENTS INSPECTION Summary: This procedure provides instructions for opening the shipping cartons, verifying that the correct components and quantities were received, and checking for damages. Caution: Modules can be damaged by electrostatic discharge (ESD). Before handling any modules, ESD protection must always be used.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-501 Page 1 of 2 CHASSIS INSPECTION Summary: This procedure provides instructions for identifying the Soneplex Broadband chassis and module locations. The chassis front and locations for modules are shown in Figure 501-1. The chassis backplane is shown in Figure 501-2. 1. See Figure 501-1 to identify module locations at the front of the chassis. A working DS3 MUX module, an APU, and an MPU are always required.
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-48 A SHIELD GND R1 7-2 L2 R1 7-4 R T1 L1 R T T1 R1 L2 T T1 T1 R1 R T T R 7-1 7-3 L1 FRAME GND RTN B RTN A -48 B L2 L1 L2 L1 6-4 R1 T1 R T R1 T1 R T 6-3 L2 L1 L2 L1 CR VIS CR AUD MJ VIS MJ AUD MN VIS MN AUD RMT ACO 6-2 R1 T1 R T R1 T1 R T 6-1 L2 L1 L2 L1 5-4 R1 T1 R T R1 T1 R T 5-3 L2 L1 L2 L1 ALARM NO -------| |---- C -----|/|----- NC 5-2 R1 T1 R T R1 T1 R T 5-1 L2 L1 L2 L1 4-4 R1 T1 R T R1 T1 R T 4-3 -1-2
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-502 Page 1 of 2 MPU INSTALLATION AND TESTING Summary: This procedure provides instructions on unpacking and installing a new MPU in a non-provisioned chassis, and then verifying that it is functioning properly. Caution: Modules can be damaged by electrostatic discharge (ESD). Before handling any modules, ESD protection must always be used. An ESD grounding post is located on the chassis for connecting the ESD wrist band.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-502 Page 2 of 2 7. If there is power at both of the connections (A and B), remove and replace the MPU with a new one. 8. If STATUS indicator is red, this indicates an MPU hardware failure. Remove and replace the MPU with a new one. Stop! You have completed this procedure.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-503 Page 1 of 1 APU INSTALLATION AND TESTING Summary: This procedure provides guidelines for installing and testing the APU. Caution: Modules can be damaged by electrostatic discharge (ESD). Before handling any modules, ESD protection must always be used. An ESD grounding post is located on the chassis for connecting the ESD wrist band.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-504 Page 1 of 2 LOCAL CRAFT INTERFACE CONNECTION Summary: This procedure provides instructions for accessing the Craft Interface. It can be accessed locally from a VT-100 compatible terminal or a host computer connected to either the front or rear of the Soneplex Broadband chassis. 1. Locate the port that will be used to connect the control terminal or host computer to the Craft Interface.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-504 Page 2 of 2 Table 504-1. MPU Craft Port Wiring PIN NAME SOURCE CIRCUIT CCITT CIRCUIT EIA FUNCTION 1 FG – 101 AA Frame Ground 2 TD DTE 103 BA Transmitted Data 3 RD DCE 104 BB Received Data 7 SG – 102 AB Signal Ground Cable uses Type DB-25 Male connector. Overall shielding, common for all leads. Use 26 AWG or larger wire, stranded pairs. M P U STATUS C R A F T RESET 1749-B Figure 504-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-505 Page 1 of 2 DS3 MUX INSTALLATION AND TESTING Summary: This procedure describes how to install working and protect D1 DS3 MUX modules in the Soneplex Broadband chassis, as well as how to troubleshoot the installation. Caution: Modules can be damaged by electrostatic discharge (ESD). Before handling any modules, ESD protection must always be used.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-505 Page 2 of 2 9. Repeat Steps 3 through 5, then Stop! You have completed this procedure.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-506 Page 1 of 5 ODS2 MODULE INSTALLATION AND TESTING Summary: This procedure describes how to install working and protect ODS2 modules in the Soneplex Broadband chassis, as well as how to troubleshoot the installation. The working ODS2 module must be installed before the protect ODS2 module.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-506 Page 2 of 5 1. The fibers should have been placed in the rack when the chassis was installed. Route the fibers through the fiber management baffle into the top of the chassis to the ODS2 module locations. Protective covers must be in place on the fiber connectors to prevent dust and damage to the connections. The fibers should be tagged to identify the circuit and the transmission direction. 2. Select the ODS2 module.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-506 Page 3 of 5 12. Is the OPT FAIL indicator lighted red? • If Yes, check the patch cord connection. If indicator remains lighted, replace the ODS2 module and go to Step 4. • If No, go to Step 13. 13. Pull the ODS2 module out far enough to remove fiber optic patch cord. Connect transmit fiber to the rear connector. See Figure 506-2. Connect receive fiber to the front connector. Route fiber out the top of the chassis.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-506 Page 4 of 5 22. Repeat Steps 5 through 17 for the protection ODS2 module, then go to Step 23. 23. Repeat the entire procedure for each ODS2 module to be installed. Stop! You have completed this procedure.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-506 Page 5 of 5 RECEIVE CONNECTOR TRANSMIT CONNECTOR 2170-A Figure 506-2. ODS2 Transmit and Receive Connector Locations 2-41 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-507 Page 1 of 2 FIBER OPTIC CONNECTOR AND ADAPTER CLEANING AND MATING INSTRUCTIONS Summary: The performance of an optical fiber system is largely dependent on the fiber connector cleaning procedures performed before installation. This procedure provides instructions for cleaning and mating optical fibers. 1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-507 Page 2 of 2 9. On FC connectors, push the connector into the adapter and screw the threaded cap clockwise onto the adapter to complete the connection. 10. Connect SC connector by aligning the housing key with the slot in the adapter. Push the connector into the adapter until a click is heard/felt indicating that the latching system is engaged.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-508 Page 1 of 1 –48 VDC POWER SUPPLY TEST Summary: This procedure provides instructions for testing the voltage at the power terminal block located on the Soneplex Broadband chassis backplane. The multimeter should indicate between –42.5 VDC and –56.5 VDC. 1. Obtain a multimeter capable of measuring 40 to 60 volts DC. 2. Are fuses installed at the fuse and alarm panel? • If No, continue to Step 3. • If Yes, continue to Step 4.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-509 Page 1 of 1 RLX AND RLXIOR STATUS DISPLAY Summary: This procedure provides instructions for displaying the status of the RLX or RLXIOR modules installed in the selected chassis. Note: The RLXIOR is displayed as “RLX” in the Craft Interface menus and screens. Note: Press CONTROL-A for help information about moving around and editing fields. 1. Use the arrow keys to select Display RLX Status from the Display Status menu.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-510 Page 1 of 2 ODS2 DISTRIBUTION SYSTEM AND QFLC/QLX CHASSIS END-TO-END TESTS Summary: This procedure provides instructions for performing end-to-end system tests on the equipment in a Soneplex ODS2 distribution system to an QFLC or QLX chassis. Two telephone technicians may be required to perform this test, one at the near end and one at the far end of the system.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-510 Page 2 of 2 9. At the chassis location, insert a test signal into the DS1 to be tested using the DS3 test set with DS1 option. 10. Verify that all alarm indicators on the chassis are off and the DS1 test set at the QFLC or QLX DS1 output is receiving error-free data for the DS1 test signal selected. 11. Repeat Steps 9 and 10 for all DS1 circuits to be tested on the ODS2 module selected. 12.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-511 Page 1 of 1 DS3 MUX FORCED SWITCH TEST Summary: This procedure provides instructions for testing the forced-switch capability of the DS3 MUX in the Soneplex Broadband system. An end-to-end data path test is also performed using only the working DS3 MUX. The forced-switch occurs first to bring the Protect DS3 MUX online, then the end-to-end data path test is repeated.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-512 Page 1 of 2 DS3 MUX APS TEST Summary: This procedure provides instructions for verifying that the APS (Automatic Protection Switching) feature of the DS3 MUX module is working. Both working (online) and protect (offline) DS3 MUX modules are tested. Caution: Modules can be damaged by electrostatic discharge (ESD). Before handling any modules, ESD protection must always be used.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-512 Page 2 of 2 11. Perform the end-to-end test and verify error-free data. Reference: DLP-510 ODS2 Distribution System and QFLC/QLX Chassis End-to-End Tests Reference: DLP-520 HLXC and HLXR End-to-End Tests Reference: DLP-522 DLX- or RLX-Equipped Circuit End-to-End Tests 12. Insert partially removed DS3 MUX back into the chassis until it is properly seated. 13.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-513 Page 1 of 2 ODS2 MODULE FORCED SWITCH TEST THROUGH THE CRAFT INTERFACE Summary: This procedure provides instructions for verifying that the force-to-protect feature of the ODS2 module is working. Both working (online) and protect (offline) ODS2 modules are tested. Warning: Do not insert module edge connectors into the chassis connectors before connecting the optical fiber to the module.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-513 Page 2 of 2 7. Hold ENABLED button down and momentarily press LMPTST/APS on the offline ODS2 module. 8. Verify that the ODS2 module that was offline is now online (its ONLINE indicator is green) and ODS2 module that was online is now offline (its ONLINE indicator is extinguished). 9. Verify that the APS indicator on the online ODS2 module is red indicating a forced switch and APS disabled. 10.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-514 Page 1 of 2 ODS2 MODULE APS TEST Summary: This procedure provides instructions for verifying that the APS (Automatic Protection Switching) feature of the ODS2 module is working. Both working (online) and protect (offline) ODS2 modules are tested. Warning: Verify that module is completely disconnected from the chassis connectors before removing the optical fiber from the module.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-514 Page 2 of 2 7. Verify that the STATUS indicator on the online ODS2 module is green, and that its ONLINE indicator is green. 8. If the online ODS2 module APS indicator is red, hold the ENABLED button down and momentarily press LMPTST/APS to extinguish the APS indicator and enable APS. 9.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-515 Page 1 of 1 HDSL-EQUIPPED CIRCUIT CROSS-CONNECTS Summary: This procedure provides instructions for making any necessary cross-connects on HDSL loops, and then re-install the HLXC modules. Danger: To avoid electric shock, be careful when working near HDSL loop connections or telecommunications circuits. An electrical potential of ±130 volts exists on HDSL loop connections and telecommunications circuits.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-516 Page 1 of 6 HLXC INSTALLATION AND TESTING Summary: This procedure provides instructions for installing the Version C, D, E, or G HLXC module, which mounts in the half-height slots located in the middle of the chassis. A typical HDSL Loop Extension (HLX) system consists of an HLXC module installed in the chassis and an HLXR module installed at a remote location.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-516 Page 2 of 6 5. Align the edges of the printed circuit card with the card guides in the chassis. Use the injector at the bottom of the front panel to press the HLXC module into the chassis. If there is excessive resistance to insertion, remove the module and check for improper alignment or obstructions. 6.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-516 Page 3 of 6 FUNCTION POSITION 6 LOOP POWER ON (ENABLED) OFF (DISABLED) 5 UNUSED 4 LOOP 2 SWITCH 6 5 4 3 2 1 ON 3,2,1 CONFIGURATION SWITCHES (COMPONENT SIDE VIEW) LINE LENGTH 0 - 133 FT 133 - 266 FT 266 - 399 FT 399 - 533 FT 533 - 655 FT ON (ENABLED) OFF (DISABLED) 3 OFF OFF OFF OFF ON 2 OFF OFF ON ON OFF 1 OFF ON OFF ON OFF DEFAULT SWITCH SETTINGS : 6, 5, 4 - ON, 3, 2, 1 - OFF 6 5 4 3 2 1 ON 5170-C
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-516 Page 4 of 6 1 to 28 HLXC UNITS HSW HSP MXW MXP 1-1 1-3 TAU 2-1 2-3 3-1 3-3 4-1 4-3 5-1 5-3 6-1 6-3 7-1 7-3 APU CR MJ MN ACO PWR RTAU HSKP RMT ALM STATUS STATUS LPBK LPBK ENABLE ENABLE DISP RMT LMPTST DS3 FAIL APU DS3 FAIL ONLINE ONLINE DS3 FAIL DS3 FAIL DS3 FAIL DS3 FAIL STATUS APS LOCKOUT FORCE APS LOCKOUT FORCE LMPTST/ LMPTST/ APS APS RESET RESET RESET 1-2 1-4 2-2 2-4 3-2
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-516 Page 5 of 6 INITIAL START-UP TEST AND STAND ALONE OPERATION Note: When an HRX is installed, the HLXC indicators only verify the loop segment between the HLXC and the HRX. After the HLXC is installed in the chassis, its STATUS indicator will initially turn red to indicate the start of self-test diagnostics. While the self-test is in progress, all indicators will briefly turn yellow.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-516 Page 6 of 6 H L X STAT 2X LPBK HDSL L1 L2 LOS BER CONT SNR LOSW BER STAT STAT RMT/ HSKP RMT/ HSKP DS1 H L X H L X RMT/ HSKP LPBK DS1 HDSL L1 LOSW BER L2 LOS BER CONT SNR LOSW BER LOSW BER LPBK DS1 H D S L1 L L2 LOS BER CONT SNR LOSW BER LOSW BER 2X I- V- I- V- I+ V+ I+ V+ V+ V– 6770-A Versions C and D HLXC 11395-A Version E HLXC 12391-A Version G HLXC Figure 516-4.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-517 Page 1 of 1 RTAU INSTALLATION AND TESTING Summary: This procedure provides instructions for installing the Remote Test Access Unit (RTAU) in the chassis and verifying that it is functioning properly. The RTAU requires no provisioning or periodic maintenance. Caution: Modules can be damaged by electrostatic discharge (ESD). Before handling any modules, ESD protection must always be used.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-518 Page 1 of 2 RLX ALARM LEVEL SETTING Summary: This procedure provides instructions for assigning RLX alarm levels to each field. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-518 Page 2 of 2 7. Move to the DS1 Facility Alarms toggle fields. Select CRITICAL, MAJOR, MINOR, EVENT, or NOT RPTD for each field that you wish to change. Reference: TAP-101 Alarm Troubleshooting 8. Assign the selections by pressing Enter or Return. Stop! You have completed this procedure.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-519 Page 1 of 3 MPU REPLACEMENT AND TESTING Summary This procedure provides instructions for installing a previously configured MPU in a chassis (whether provisioned or not) and verifying that the MPU is functioning. When an MPU from a provisioned chassis is moved to another chassis, the chassis unit (module) configurations may not match the MPU unit configurations.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-519 Page 2 of 3 1. To save the replacement MPU’s current configuration data, upload configuration data to the host computer. Contact the Technical Assistance Center at ADC Telecommunications, described in the General Information section of this manual, for more information. Reference: DLP-554 Configuration Data Upload Command 2. Locate the mounting slot designated for the MPU as shown in Figure 519-1. 3.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-519 Page 3 of 3 10. Re-enter the MPU configuration data manually or follow this procedure: Reference: DLP-555 Configuration Data Download Command Stop! You have completed this procedure. HIGH SPEED UNITS HSW HSP MXW MXP LOW SPEED UNITS TAU 1-1 1-3 2-1 2-3 3-1 3-3 4-1 4-3 5-1 5-3 6-1 6-3 7-1 7-3 APU A P U M P U 1-2 1-4 2-2 2-4 3-2 3-4 4-2 4-4 5-2 5-4 6-2 6-4 7-2 7-4 MPU 8025-A Figure 519-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-520 Page 1 of 2 HLXC AND HLXR END-TO-END TESTS Summary: This procedure provides instructions for using a DS3 test set (with DS1 option) to verify that error-free data is received from the HLXC module at the HLXR module. Caution: Modules can be damaged by electrostatic discharge (ESD). Before handling any modules, ESD protection must always be used.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-520 Page 2 of 2 DSX-3 CROSS-CONNECT DS3 TEST SET SONEPLEX BROADBAND CHASSIS MON DS1 TEST SET RX TX OUT TX DS3 RX IN TX SONEPLEX BROADBAND CHASSIS RX HLXR L1 DS1 TEST SET OUT RX HLXC NET L2 TX IN 6187-D Figure 520-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-521 Page 1 of 2 DLX INSTALLATION AND TESTING Summary: This procedure provides instructions for mounting DLX modules in the half-height slots located in the middle of the chassis. A typical DLX installation consists of a DLX installed in a chassis and a channel bank at the other end. There is no protection for this signal. Caution: Modules can be damaged by electrostatic discharge (ESD).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-521 Page 2 of 2 1 to 28 DLX UNITS HSW HSP MXW MXP 1-1 1-3 TAU 2-1 2-3 3-1 3-3 4-1 4-3 5-1 5-3 6-1 6-3 7-1 7-3 APU CR MJ MN ACO PWR RTAU HSKP RMT ALM STATUS STATUS LPBK LPBK ENABLE ENABLE DISP RMT LMPTST DS3 FAIL APU DS3 FAIL ONLINE ONLINE DS3 FAIL DS3 FAIL DS3 FAIL DS3 FAIL STATUS APS LOCKOUT APS FORCE LOCKOUT FORCE LMPTST/ LMPTST/ APS APS RESET RESET RESET 1-2 1-4 2-2 2-4 3-2
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-522 Page 1 of 2 DLX- OR RLX-EQUIPPED CIRCUIT END-TO-END TESTS Summary: This procedure provides instructions for performing end-to-end system tests on Soneplex circuits equipped with DLX or RLX plug-ins. Two telephone technicians may be required to perform this test, one at the near end and one at the far end of the system. The installation must be complete and the equipment operating properly before performing this test.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-522 Page 2 of 2 10. At the far end of the circuit, insert a DS1 test signal into the DS1 input using the DS1 test set. 11. Verify that all alarm indicators on the chassis are off and the DS3 test set with DS1 option is receiving error-free data in the DS1 signal selected for test. 12. Repeat Steps 10 and 11 for all DS1 circuits to be tested. Stop! You have completed this procedure.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-523 Page 1 of 2 ASSIGNMENT RECORDS Summary: This procedure provides instructions for recording circuit and facility names, along with the associated group-slot numbers. Each circuit in the Soneplex Broadband system is identified by signal type and location. Signal types are either T1, T2, or T3. Each circuit or system is also assigned a slot number when installed. 1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-523 Page 2 of 2 GROUP-SLOT SYSTEM (CIRCUIT) NAME HSW/HSP MXW/MXP 1-1 1-2 1-3 1-4 2-1 2-2 2-3 2-4 3-1 3-2 3-3 3-4 4-1 4-2 4-3 4-4 5-1 5-2 5-3 5-4 6-1 6-2 6-3 6-4 7-1 7-2 7-3 7-4 Figure 523-2. Assignment Record Form 2-75 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-524 Page 1 of 5 RLXIOR INSTALLATION AND TESTING Summary: This procedure provides instructions for installing the Repeater Loop Extender Intelligent Office Repeater (RLXIOR) module in the chassis. A typical deployment consists of an RLXIOR module installed in a chassis that is connected to a repeater or a series of line repeaters.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-524 Page 2 of 5 R I LO XR STAT LPBK NET LINE LOS BER LOS BER IV- 11680-A I+ V+ Figure 524-1. Repeater Loop Extender Intelligent Office Repeater (RLXIOR) Module (With Configuration Switches Shown) 2-77 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-524 Page 3 of 5 ±130 BLOCK CODE FF SPARE SPAN VOLTAGE –130V 7F 11657-B Figure 524-2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-524 Page 4 of 5 4. Observe the front panel LED indicators as shown in Figure 524-4. Following insertion of the RLXIOR module into the chassis (assuming power is available), the STATUS LED turns red indicating the start of self-test diagnostics. All LEDs then turn yellow and remain yellow until self-test diagnostics are completed.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-524 Page 5 of 5 5. If the LED indicators respond as described, proceed to Step 6; otherwise, refer to the following to isolate the problem: STATUS is red — The RLXIOR module has failed self-test diagnostics. Remove and reinsert the module, then wait while it again performs self-test diagnostics.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-525 Page 1 of 6 RLX INSTALLATION AND TESTING Summary: This procedure provides instructions for installing Version A RLX or Version B RLX (B1 RLX and B2 RLX+) modules in the chassis and verifying that each unit is functioning. A typical installation consists of an RLX module installed in a chassis that is connected to a repeater or a series of line repeaters. There is no protection for this signal.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-525 Page 2 of 6 Note: The Version B RLX switches can be enabled or disabled by the MPU if the jumpers are in place. But the switches' jumper settings themselves (FFhex or 7Fhex for the Channel Blocking Idle switch; –130V or ±130V for the Line Power switch) cannot be overridden by the MPU.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-525 Page 3 of 6 8. Repeat entire procedure for each RLX module. Stop! You have completed this procedure. SA2 1 2 SA3 3 OPEN 1 2 SA3-1 3 OPEN SPAN POWER CLOSED = ON OPEN = OFF SA2 2 3 OPEN DSX LINE EQUALIZATION OPEN, OPEN, OPEN CLOSED, OPEN, OPEN OPEN, CLOSED, OPEN CLOSED, CLOSED, OPEN OPEN. OPEN, CLOSED NOT USED TRANSMIT LINE BUILDOUT CLOSED, CLOSED = 22.5 DB = 15 DB CLOSED, OPEN = 7.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-525 Page 4 of 6 CHANNEL BLOCKING IDLE CODE LINE POWER OR FF –130V 7F 7428-B Figure 525-2. Placement of B1 RLX Jumpers CHANNEL BLOCKING IDLE CODE LINE POWER OR FF OR 7F ±130V –130V 7035-A Figure 525-3. Placement of B2 RLX+ Jumpers 2-84 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-525 Page 5 of 6 1 to 28 RLX UNITS HSW HSP MXW MXP 1-1 1-3 TAU 2-1 2-3 3-1 3-3 4-1 4-3 5-1 5-3 6-1 6-3 7-1 7-3 APU CR MJ MN ACO PWR RTAU HSKP RMT ALM STATUS STATUS LPBK LPBK ENABLE ENABLE DISP RMT LMPTST DS3 FAIL APU DS3 FAIL ONLINE ONLINE DS3 FAIL DS3 FAIL DS3 FAIL DS3 FAIL STATUS APS LOCKOUT APS FORCE LOCKOUT FORCE LMPTST/ LMPTST/ APS APS RESET RESET RESET 1-2 1-4 2-2 2-4 3-2
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-525 Page 6 of 6 INITIAL START-UP TEST AND STAND ALONE OPERATION Following insertion into the mounting shelf, the STATUS LED will initially turn red to indicate the start of self-test diagnostics. While self-test diagnostics are in progress, all LEDs will turn yellow and then remain on until self-test diagnostics are completed.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-526 Page 1 of 2 CRAFT INTERFACE SYSTEM LOGON Summary: This procedure provides instructions for logon to the Craft Interface system. Logging on consists of connecting the control terminal or host computer to the Soneplex Broadband chassis, entering the communication rate, user name and password, then setting the serial port configuration. 1. Connect chassis to control terminal or host computer.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-526 Page 2 of 2 Welcome to ADC: SONEPLEX Shelf Interface Version 5.1.2 (C) Copyright 1997 ADC Telecommunications, Inc. Enter User Name: 10454-A Figure 526-1. Craft Interface Logon Screen Welcome to ADC: SONEPLEX Shelf Interface Version 5.1.2 (C) Copyright 1997 ADC Telecommunications, Inc. SONEPLEX MAIN MENU 1. 2. 3. 4. 5. 6. 7.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-527 Page 1 of 1 ALARM HISTORY CLEARANCE COMMAND Summary: This procedure provides instructions for clearing alarm history and all active alarms for the entire system. 1. Use the arrow keys to select Clear Alarm History from the Alarms menu. 2. At the Clear Alarm History selection prompt, press Enter or Return. The system displays the following message (also shown in Figure 527-1): Deleting all ALARM HISTORY. . .
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-528 Page 1 of 2 SYSTEM TID/DATE/TIME SETTING Summary: This procedure provides instructions for setting the Craft Interface system internal time and date clock; and entering the Target Identifier (TID). Time and date must be set when the system is first installed or if there is a change in time. Also, each Soneplex Broadband chassis requires a unique identification name or number, called the TID.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-528 Page 2 of 2 5. Move the cursor to the Time field. Enter 00 to 23 for the hour and press the right arrow key. Enter 00 to 59 for the minutes. The Time field is updated each time the screen is refreshed. 6. Assign the selections by pressing Enter or Return. Stop! You have completed this procedure. SYSTEM TID/DATE/TIME TID: ADC Date: 06/05/04 Time: 00:11 Press CONTROL-A For Assistance 6121-B Figure 528-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-529 Page 1 of 4 DS3 MUX CONFIGURATION Summary: This procedure provides instructions for equipping each DS3 MUX as required, set its service state, and set its protect status. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-529 Page 2 of 4 4. Starting at the top of Table 529-2 and working your way to the bottom, configure the DS3 MUX fields. 5. Assign the selections by pressing Enter or Return. Stop! You have completed this procedure. Table 529-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-529 Page 3 of 4 UNIT CONFIGURATION 1. 2. 3. 4. 5. 6. MUX Configuration ODS2 Configuration QLX Configuration HLX Configuration DLX Configuration RLX Configuration Display/Edit All MUX Configuration Parameters Press CONTROL-A For Assistance 8105-B Figure 529-3.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-529 Page 4 of 4 Table 529-2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-530 Page 1 of 3 ODS2 MODULE CONFIGURATION Summary: This procedure provides instructions for establishing initial ODS2 configurations, viewing, and/or editing existing ODS2 configurations for each ODS2 module in the Soneplex Broadband system.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-530 Page 2 of 3 ODS2 CONFIGURATION Group: 3 Unit Equip State : EQUIPPED T2 Service State : IS Unit Service State: IS BER Alarm Thresh: 1E-8 Unit Protect State: UNPROTECTED BER Switch Thresh: 1E-6 T1 Service Line PARAMETERS Provision State Code Circuit ID ========= ======= ==== ==================== T1 #1: YES OOS AMI T1 #2: YES OOS AMI T1 #3: YES OOS AMI T1 #4: YES OOS AMI T1 PARAMETERS Remote Pulse Remote Remote PPS Equalization
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-530 Page 3 of 3 Table 530-1. ODS2 Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT T2 Service State Toggle Leave this field at OOS at this time to avoid undesirable reporting of alarms. OOS Select IS after completing the remaining configurations.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-531 Page 1 of 7 HLX CONFIGURATION Summary: This procedure provides instructions for using this menu to view or edit the configuration for each HLX module in the chassis. This menu can also be used to equip, provision, assign thresholds, and assign service state.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-531 Page 2 of 7 HLX CONFIGURATION 1. HLX Unit Configuration 2. Loopback Configuration Press CONTROL-A For Assistance 6661-A Figure 531-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-531 Page 3 of 7 Table 531-1. HLXC Configuration Fields FIELD TYPE OPTIONS DESCRIPTION DEFAULT Group Toggle 1, 2, 3, 4, 5, 6, or 7 Specifies the module’s group number designated on the chassis. 1 Slot Toggle 1, 2, 3, or 4 Specifies the module’s slot number within the group number designated on the chassis. 1 Circuit Identifier Input Enter up to 20 characters. This represents the customer’s circuit ID.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-531 Page 4 of 7 Table 531-1. HLXC Configuration Fields, continued FIELD HLXR T1 Line Code HLXR LBO Setting* Loop Power Setting* TYPE Toggle Toggle Toggle OPTIONS DESCRIPTION DEFAULT AMI Alternate Mark Inversion AMI B8ZS Bipolar Eight-Zero Substitution AUTO Specifies that the T1 line code transmitted by the HLXR will match the line code received by the HLXR.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-531 Page 5 of 7 Table 531-1. HLXC Configuration Fields, continued FIELD Half AIS Feature HDSL Service State TYPE Toggle Toggle OPTIONS DESCRIPTION DEFAULT ENABLED DISABLED This selection activates the Half AIS mode. An Alarm Indication Signal (all 1s) is generated on the outgoing DS1 path only when both HDSL loops are in a LOSW (Loss of Synch Word) state.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-531 Page 6 of 7 Table 531-1. HLXC Configuration Fields, continued FIELD Network Keep Alive TYPE Toggle OPTIONS DESCRIPTION DEFAULT D2 HLXR only: AIS If the system detects a LOS (Loss of Signal) from AIS the customer, an AIS or customer disconnect indication (DS1 Idle Code) is sent to the network. An AIS is sent if UNFRAMED is selected in the T1 Framing Format field.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-531 Page 7 of 7 Table 531-1. HLXC Configuration Fields, continued FIELD Unit Service State T1 Service State User Notes TYPE Toggle Toggle Input OPTIONS DESCRIPTION DEFAULT OOS IS (In-Service) Places the unit in service and allows equipment alarm reporting by the MPU. Must be set to IS for reporting of equipment alarms. OOS (Out-OfService) Removes unit from service and stops equipment alarm reporting by the MPU.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-532 Page 1 of 3 DLX CONFIGURATION Summary: This procedure provides instructions for establishing initial configuration of DLX module(s) or view and/or edit the configurations for each DLX module in the Soneplex Broadband system. Equip, provision, assign thresholds as required, and assign service state.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-532 Page 2 of 3 DLX CONFIGURATION Group: 5 Slot: 1 Unit Equip State: EQUIPPED Unit Service State: IS T1 Provision: YES T1 Service State: OOS T1 Line Code: AMI Pulse Equalization: 0-133 FT. T1 BER Threshold: 1E-7 Loopback Timeout Period: 0 minutes Circuit ID: Press CONTROL-A For Assistance 6126-C Figure 532-1. DLX Configuration Screen Table 532-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-532 Page 3 of 3 Table 533-1. DLX Configuration Fields, continued FIELD TYPE T1 Provision Toggle OPTIONS DESCRIPTION YES Brings up T1 default settings and allows configuration changes. NO Prevents configuration settings. DEFAULT NO T1 Service State Toggle Leave this field at OOS at this time to avoid undesirable reporting of alarms. Place the circuit InService after complete the remaining configurations.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-533 Page 1 of 5 RLXIOR CONFIGURATION Summary: This procedure provides instructions for configuring the RLXIOR module. The RLXIOR configuration process assumes that the MPU is installed and the Craft Interface is operating. Configure each RLXIOR module in the Soneplex Broadband/Loop Extender system. Equip, provision, assign thresholds as required, and assign service state.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-533 Page 2 of 5 RLX CONFIGURATION Group: 1 Unit Equip State : Unit Service State: T1 Provision : T1 Service State : Line Code : Framing Format : Network DS1 Source: BER Threshold : Span Power Setting: DS0 Channel (B = blocked) Slot: 1 EQUIPPED OOS YES OOS AMI AUTO NRZ 1E-7 ENABLED Circuit ID: Pulse Equalization : LBO Setting : Programmable Loopback : NID Loopback : Loopback Activation Code : Loopback Deactivate Code : Lpbk Tim
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-533 Page 3 of 5 Table 533-1. RLXIOR Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT* Unit Service State Toggle Leave this field at OOS at this time to avoid undesirable reporting of alarms. Set this field to IS after completing the configuration of the remaining fields. T1 Provision Toggle YES Brings up T1 default settings and allows configuration changes. NO No configuration changes allowed.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-533 Page 4 of 5 Table 533-1. RLXIOR Configuration Fields, continued FIELD Span Power Setting** Pulse Equalization** LBO Setting** Programmable Loopback NID Loopback** TYPE Toggle Toggle Toggle Toggle Toggle OPTIONS DESCRIPTION DEFAULT* UNIT SWITCH Stops span power on the RLXIOR. ENABLED ENABLED Enables span power using the on-board switch settings (–130V or ±130V). The default switch setting is –130V.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-533 Page 5 of 5 Table 533-1. RLXIOR Configuration Fields, continued FIELD Loopback Activation Code TYPE Input OPTIONS 16 binary characters (0’s and 1’s) must be entered. DESCRIPTION DEFAULT* 1101 0011 1101 0011 These codes can be set to any 16-bit binary value except: all 0s, all 1s, or a value that is already used in another 16-bit code. The Loopback Activation Code signal is sent inband.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-534 Page 1 of 6 RLX CONFIGURATION Summary: This procedure provides instructions for establishing initial configuration of Version A RLX and Version B RLX (B1 RLX and B2 RLX+) modules, viewing, and/or editing the configurations for each RLX module in the Soneplex Broadband system.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-534 Page 2 of 6 RLX CONFIGURATION Group: 1 Unit Equip State : Unit Service State: T1 Provision : T1 Service State : Line Code : Framing Format : Network DS1 Source: BER Threshold : Span Power Setting: DS0 Channel (B = blocked) Slot: 1 EQUIPPED OOS YES OOS AUTO AUTO NRZ 1E-7 UNIT SWITCH Circuit ID: Pulse Equalization : LBO Setting : Programmable Loopback : NID Loopback : Loopback Activation Code : Loopback Deactivate Code : Lpb
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-534 Page 3 of 6 Table 534-1. RLX Configuration Fields, continued FIELD Unit Service State TYPE Toggle OPTIONS IS (In-Service) DESCRIPTION DEFAULT OOS Places the unit in service and allows equipment alarm reporting by the MPU. Must be set to IS for reporting of equipment alarms. OOS (Out-Of-Service) Removes unit from service and stops equipment alarm reporting by the MPU.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-534 Page 4 of 6 Table 534-1. RLX Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT 10-7 BER Threshold Toggle Range of 10-3 to 10-9 Span Power Setting* Toggle UNIT SWITCH† Version A only: UNIT Defaults to the span power hardware configuration (DIP SWITCH) setting on the SWITCH Version A RLX only. ENABLED Allows span power on the Version B RLX.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-534 Page 5 of 6 Table 534-1. RLX Configuration Fields, continued FIELD NID Loopback*† TYPE Toggle OPTIONS UNIT SWITCH DESCRIPTION Selects NID setting (either enabled [default] or disabled) on the Version A RLX. When the Version A is provisioned to function like an NID, it supports inband and out-ofband loopback codes.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-534 Page 6 of 6 Table 534-1. RLX Configuration Fields, continued FIELD DS0 Channel T1 Service State TYPE Toggle Toggle OPTIONS DESCRIPTION DEFAULT “B” (for DS0 Channel blocking) or blank (for normal operation) for each of the 24 DS0 channels. Version A: blocking a channel causes all 1s Blank pattern to be transmitted in both directions on the channel.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-535 Page 1 of 2 USER ACCOUNT EDITING Summary: This procedure provides instructions to system administrators for editing user account names and passwords, and for establishing privilege levels to regulate user access to various menus. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-535 Page 2 of 2 6. Use the arrow keys to move the cursor to the Privilege Level field. Use the space bar to select the privilege level. The lowest security level is 1, and the highest level is 5. • Users assigned Level 5 have access to all menu selections; Level 5 is assigned to the system administrator. • Level 3 is often assigned to the operating technician; these users have access to Levels 1, 2, and 3.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-536 Page 1 of 2 MENU SECURITY EDITING Summary: This procedure provides instructions to system administrators for assigning or changing access user privilege levels to the Craft Interface menus. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-536 Page 2 of 2 EDIT MENU SECURITY Menu or Command Privilege ========================== ========= Clear Alarm History : 2 Set MPU Alarm Levels : 2 Set MUX Alarm Levels : 2 Set ODS2 Alarm Levels : 2 Set QLX Alarm Levels : 2 Set HLX Alarm Levels : 2 Set RLX Alarm Levels : 2 Set DLX Alarm Levels : 2 MUX Configuration : 2 ODS2 Configuration : 2 QLX Configuration : 2 HLX Configuration : 2 RLX Configuration : 2 DLX Configuration : 2 Ed
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-537 Page 1 of 2 FORCE/APS COMMANDS Summary: This procedure provides instructions for using manual (forced switching) and automatic protection switching commands with the DS3 MUX and ODS2 modules. Executing one of the Force commands forces the working or protect module online. Executing the Enable APS or Disable APS command enables or disables Automatic Protection Switching (APS).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-537 Page 2 of 2 FORCE / APS COMMANDS MUX (MXW/MXP) : DS2 DS2 DS2 DS2 DS2 DS2 DS2 : : : : : : : Group Group Group Group Group Group Group 1 2 3 4 5 6 7 Online Unit =========== APS / Lockout Status ==================== WORKING ENABLED Command ======================== / UNLOCKED Press CONTROL-A For Assistance 6663-B Figure 537-1. Force/APS Commands Screen 2-125 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-538 Page 1 of 2 RESET/LED TEST COMMANDS Summary: This procedure provides instructions for performing a software reset and reinitialization, or to test the indicators on selected modules. Resets and LED Tests cannot be performed at the same time.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-538 Page 2 of 2 4. Assign the selections by pressing Enter or Return. If Reset is selected, a pop-up appears as shown below: Are You Sure? (y/n) Press Y for yes or N for no. Stop! You have completed this procedure.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-539 Page 1 of 1 ACO (ALARM CUT-OFF) COMMAND Summary: This procedure provides instructions for silencing currently active audible alarms. Any new alarms will cause the audible alarm relay to be activated again and the ACO state canceled. 1. Use the arrow keys to select System Maintenance from the Main Menu. Press Enter or Return. 2. Use the arrow keys to select Execute ACO (Alarm Cut-Off) from the System Maintenance Menu. 3.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-540 Page 1 of 1 INVENTORY DISPLAY Summary: This procedure provides instructions for displaying inventory information for the modules installed in the Soneplex Broadband chassis and modules installed at the remote locations. The inventory displayed is current at the time the request is made. A valid inventory display may not be available for up to a minute after the initial MPU startup.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 1 of 16 LOOPBACK STATUS/COMMANDS Summary: This procedure provides instructions for displaying the currently active loopbacks for all circuits in the system, and for enabling/disabling loopbacks. Caution: Do not perform a DS3 loopback when the Soneplex Broadband chassis is connected to a DS3 CAM unit in the Soneplex CCAS system.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 2 of 16 Note: The ACT CUST and ACT NET options create customer and network loopbacks on the HLXC and HLXR cards. The SEND LPBK option does not apply to loopbacks on the local HLXC or HLXR cards. Instead, the SEND LPBK option sends a request out to the DS3 MUX and into the network to request that a loopback be established on the associated DS1 facility at the other end of the network connection.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 3 of 16 • the HRX1 and the HRX2 (two repeaters) • the HXR2 and the HLXR (two repeaters) For example, if an HDSL loop failure occurs on both loops between the HRX and the HLXR (one repeater), the REMOTE column will show “N/A”.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 4 of 16 SYSTEM MAINTENANCE 1. 2. 3. 4. 5. 6. 7. 8. Force/APS Commands Reset/LED Test Commands Execute ACO (Alarm Cut-Off) Loopback Status/Commands Display Inventory Display Circuit IDs Upload/Download Commands Test Access Unit Commands Press CONTROL-A For Assistance 5323-A Figure 541-1. System Maintenance Menu Loopback Status/Commands 1. High Speed Loopback Status/Commands 2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 5 of 16 DS3 MUX LOOPBACK SELECTION FIELD High Speed Loopback Status/Commands Unit Location - LOCAL =========== COMMANDS: Loopback : STATUS: Unit Type: DS3MUX +---------+ | | ----------------->|-------->|-----------------> | | NETWORK DS3 | | DEMUX | | <-----------------|<--------|<----------------|fac term| +---------+ Press CONTROL-A For Assistance 6665-C Note: Do not perform a DS3 loopback when the Soneplex Broa
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 6 of 16 Table 541-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 7 of 16 High Speed Loopback Status/Commands Unit Location COMMANDS: Loopback : LOCAL =========== ACT NET STATUS: Unit Type: DS3MUX +---------+ | | ----------------->|----+ |-----------------> | | | NETWORK DS3 | | | DEMUX | | | <-----------------|<---+ |<----------------|fac term| +---------+ Press CONTROL-A For Assistance 6666-C Note: Do not perform a DS3 loopback when the Soneplex Broadband chassis is connected
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 8 of 16 Low Speed Loopback Status/Commands Group: 4 Unit Location - LOCAL ========== DS1#: 1 REPEATER ========== COMMANDS: Loopback: REMOTE ========== N/A STATUS: Unit Type: HLXC NONE HLXR +---------+ +---------+ | | AIS | | -------------->|--+ +->|---------------------------->|---------|-------------> NETWORK | | | | | CUSTOMER DS1 | | | HDSL | | DS1 | | | | | <--------------|<-+ +--|<--------------------------
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 9 of 16 Low Speed Loopback Status/Commands Group: 4 Unit Location - LOCAL ========== COMMANDS: Loopback: DS1#: 1 REPEATER ========== N/A REMOTE ========== STATUS: Unit Type: HLXC NONE HLXR +---------+ +---------+ | | | | -------------->|-------->|---------------------------->|--+ +->|-------------> NETWORK | | | | | | CUSTOMER DS1 | | HDSL | | | | DS1 | | | | | | <--------------|<--------|<-----------------------
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 10 of 16 Low Speed Loopback Status/Commands Group: 4 Unit Location - LOCAL ========== DS1#: 1 REPEATER ========== REMOTE ========== COMMANDS: Loopback: STATUS: Unit Type: HLXC HRX HLXR +---------+ +---------+ +---------+ | | | | | | -------------->|-------->|-------->|--+ +->|-------->|---------|-------------> NETWORK | | | | | | | | CUSTOMER DS1 | | HDSL | | | | HDSL | | DS1 | | | | | | | | <--------------|<-----
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 11 of 16 Low Speed Loopback Status/Commands Group: 1 Location - LOCAL ========== COMMANDS: Loopback: REPEATER1 ========== DS1#: 4 REPEATER2 ========== REMOTE ========== STATUS: Unit Type: HLXC HRX1 HRX2 HLXR +--------+ +--------+ +--------+ +--------+ | | | | | | | | -------->|------->|------>|--+ +->|------>|--------|------>|------->|-----> NETWORK | | | | | | | | | | CUST DS1 | | HDSL | | | | HDSL | | HDSL | | DS1
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 12 of 16 Low Speed Loopback Status/Commands Group: 2 Unit Location - LOCAL ======== DS1#: 1 REPEATER ========= COMMANDS: Loopback: REMOTE ======== N/A STATUS: Unit Type: ODS2 NONE +---------+ | | ---------------> | --+ +-> |-------------------------> NETWORK | | | DS1 | | | | | | <--------------- | <-+ +-- |<------------------------|net cust | +---------+ QLX +---------+ | | |-------->|---------------> | | CUSTOM
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 13 of 16 Low Speed Loopback Status/Commands Group: 2 Unit Location - LOCAL ======== DS1#: 1 REPEATER ========= COMMANDS: Loopback: REMOTE ======== N/A STATUS: Unit Type: ODS2 NONE QLX +---------+ +---------+ LPBK RQ> | | | | ---------------->|-------->|------------------------->|-------->|---------------> NETWORK | | | | CUSTOMER DS1 | | OPTICAL DS2 | | DS1 | | | | <----------------|<--------|<--------------------
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 14 of 16 Low Speed Loopback Status/Commands Group: 5 Unit Location - LOCAL ======== COMMANDS: Loopback: DS1#: 1 REPEATER ========= REMOTE ======== N/A N/A STATUS: Unit Type: DLX NONE NONE +---------+ | |AIS ---------------> | --+ +-> |----------------------------------------------------> NETWORK | | | CUSTOMER DS1 | | | DS1 | | | <--------------- | <-+ +-- |<--------------------------------------------------|net
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 15 of 16 Low Speed Loopback Status/Commands Group: 1 Unit Location - LOCAL ========== DS1#: 1 REPEATER ========== COMMANDS: Loopback: REMOTE ========== N/A N/A STATUS: Unit Type: RLX NONE NONE +---------+ | | -------------->|--+ +->|-----------------------------------------------------> NETWORK | | | CUSTOMER DS1 | | | DS1 | | | AIS <--------------|<-+ +--|<----------------------------------------------------|n
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-541 Page 16 of 16 Low Speed Loopback Status/Commands Group: 5 Unit Location - COMMANDS: Loopback: LOCAL ======== DS1#: 1 REPEATER ========= N/A REMOTE ======== N/A STATUS: Unit Type: RLX NONE NONE +---------+ LPBK RQ> | |AIS ---------------->|--+ +->|----------------------------------------------------> NETWORK | | | CUSTOMER DS1 | | | DS1 | | | <----------------|<-+ +--|<--------------------------------------------------
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-542 Page 1 of 4 ACTIVE ALARMS DISPLAY Summary: This procedure provides instructions for displaying only the currently active alarms for all circuits in the system. Note: Press CONTROL-A for help information about moving around and editing fields. Note: Pressing the “R” key clears the screen and displays only the current alarm status. 1. Use the arrow keys to select Alarms from the Main Menu. Press Enter or Return. 2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-542 Page 2 of 4 ACTIVE ALARMS Legend: Access ID=Identifier[-]Shelf-Grp-Slot[-Site(1=Lcl,2=Rmt) | -Loop(1=Lp 1,2=Lp 2)] Access ID ---------------T2-1-3-1 T2-1-3-1 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 Page 1 of Locn ---NEND NEND NEND NEND NEND NEND FEND FEND FEND NEND NEND NEND NEND FEND
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-542 Page 3 of 4 CRP1 RRP1 CRP2 RRP2 NEND FEND XCVR XCVR XCVR XCVR LOOP 1 LOOP 1 LOOP 1 HRX1 HLXC HRX2 HLXR LOOP 2 LOOP 2 LOOP 2 XCVR XCVR XCVR XCVR CRP1 RRP1 CRP2 RRP2 NEND FEND TO NETWORK/MUX TO CUSTOMER KEY NEND means "at the HLXC, looking toward the customer (HLXR)." FEND means "at the HLXR, looking toward the network (HLXC).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-542 Page 4 of 4 LOCAL REMOTE (SITE = -1) (SITE = -2) NEND OPTICAL DS2 DS1 ODS2 OPTICAL DS2 DS1 DS1 QLX OR QFLC DS1 NEND TO NETWORK TO CUSTOMER KEY NEND means "PM information collected directly from incoming T1 signals, both at local and remote sites". 10456-A Figure 542-5.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-543 Page 1 of 1 ALARM SUMMARY DISPLAY Summary: Use this command to display a summary of the current alarms for the Soneplex Broadband chassis selected. Note: Press CONTROL-A for help information about moving around and editing fields. Note: Pressing the “R” key clears the screen and displays only the current alarm status. 1. Use the arrow keys to select Alarms from the Main Menu. Press Enter or Return. 2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-544 Page 1 of 4 ALARM HISTORY DISPLAY Summary: This procedure provides instructions for displaying both active and cleared alarms stored in the alarm history. Each alarm declaration or alarm clearing creates a separate message in the history buffer. (However, Event level alarms do not show a clearing message.) Note: Press CONTROL-A for help information about moving around and editing fields. 1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-544 Page 2 of 4 ALARM HISTORY Legend: Access ID=Identifier[-]Shelf-Grp-Slot[-Site(1=Lcl,2=Rmt) | -Loop(1=Lp 1,2=Lp 2)] Date Time -------- -------01/03/95 22:37:00 01/03/95 22:37:00 01/03/95 22:36:57 01/03/95 22:36:57 01/03/95 22:36:52 01/03/95 22:36:52 01/03/95 22:36:48 01/03/95 22:36:48 01/03/95 22:36:48 01/03/95 22:36:48 01/03/95 22:36:36 01/03/95 22:36:36 01/03/95 22:36:34 01/03/95 22:36:34 01/03/95 22:36:32 01/03/95 22:36:25
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-544 Page 3 of 4 CRP1 RRP1 CRP2 RRP2 NEND FEND XCVR XCVR XCVR LOOP 1 XCVR LOOP 1 LOOP 1 HLXC HRX1 HLXR HRX2 LOOP 2 LOOP 2 LOOP 2 XCVR XCVR XCVR XCVR CRP1 RRP1 CRP2 RRP2 NEND FEND TO NETWORK/MUX TO CUSTOMER KEY NEND means "at the HLXC, looking toward the customer (HLXR)." FEND means "at the HLXR, looking toward the network (HLXC).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-544 Page 4 of 4 LOCAL REMOTE (SITE = -1) (SITE = -2) NEND OPTICAL DS2 DS1 ODS2 OPTICAL DS2 DS1 DS1 QLX OR QFLC DS1 NEND TO NETWORK TO CUSTOMER KEY NEND means "PM information collected directly from incoming T1 signals, both at local and remote sites". 10456-A Figure 544-5.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-545 Page 1 of 2 SHELF STATUS DISPLAY Summary: This procedure provides instructions for viewing the status of all the modules installed in the selected Soneplex Broadband chassis. Note: Press CONTROL-A for help information about moving around and editing fields. 1. Use the arrow keys to select Display Status from the Main Menu. Press Enter or Return. 2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-545 Page 2 of 2 HELP SCREEN - press any key to return to MENU On MENU: Unit Type: M - MUX + - MUX-PLUS X - MUX-ENHANCED O - ODS2 H - HLX R - RLX D - DLX Q - QLX Control-P Control-T Control-R Control-A Control-D - Equip E U P State: - Equipped - Unequipped - Protected TAU Unit Type T - TAU R - RTAU Jump to previous menu Jump to Main Menu Refresh this current menu Display this help screen Terminate user session (logout) 1485
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-546 Page 1 of 2 DS3 MUX STATUS DISPLAY Summary: This procedure provides instructions for displaying the status of the working and protect Soneplex DS3 MUX modules installed in the chassis. Note: Press CONTROL-A for help information about moving around and editing fields. 1. Use the arrow keys to select Display Status from the Main Menu. Press Enter or Return. 2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-546 Page 2 of 2 DS3MUX STATUS Working Protect ------- ------Unit Online : YES NO Board Fail : NO NO Mate Comm Fail : NO NO RX DS3 Lpbk : NO NO DS3 RX Status : OK OK DS3 Framing Format: M13 APS Status : ENABLED APS Lockout : NO Splitter Present : YES TAU Present : YES Group : - 1 Slot : 1 2 3 4 ======= RX DS1 Lpbk : N N N N - 2 1 2 3 4 ======= N N N N - 3 1 2 3 4 ======= N N N N - 4 1 2 3 4 ======= N N N N - 5 1 2 3 4 =======
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-547 Page 1 of 1 ODS2 MODULE STATUS DISPLAY Summary: Use this command to display the status of the working and protect Soneplex ODS2 modules installed in the selected chassis. Note: Press CONTROL-A for help information about moving around and editing fields. 1. Use the arrow keys to select Display Status from the Main Menu. Press Enter or Return. 2. Use the arrow keys to select Display ODS2 Status from the Display Status menu.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-548 Page 1 of 5 HLX AND HRX STATUS DISPLAY Summary: This procedure provides instructions for displaying the status of the HLX modules installed in the central office chassis, the associated HLX modules at the remote end of the circuit, and the HRX modules. Note: Press CONTROL-A for help information about moving around and editing fields. 1. Use the arrow keys to select Display HLX Status from the Display Status menu.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-548 Page 2 of 5 Table 548-2. HLX and HRX Status Field Displays STATUS FIELD: MODULE DISPLAY DESCRIPTION DS1 Loopback ACTIVE, INACTIVE A loopback is active or has been deactivated at the HLXC, HRX, or HLXR. DS1 LOS YES, NO A loss of signal has occurred at the HLXC, HRX, or HLXR. DS1 Line Code AMI, B8ZS, AUTO, N/A See DLP-531 for descriptions of related HLX configuration fields.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-548 Page 3 of 5 HLX/HRX STATUS Group: 1 DS1 Loopback DS1 LOS DS1 Line Code DS1 Frame Format Loop Reversal HSKP1/HSKP2 PWR1/PWR2 HDSL ============= HDSL LP STAT: T/R Reversal: SNR Exceeded: BER Exceeded: Pulse Attn : SNR margin : : : : : : : : Slot: 2 HLXC =========== INACTIVE YES AMI N/A N/A N/A N/A HLXC LP1 LP2 === === NRM NRM N/A N/A NO NO NO NO +0 +0 +26 +26 CRP1 LP1 LP2 === === N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-548 Page 4 of 5 HLX/HRX STATUS Group: 1 HLXC =========== INACTIVE YES AUTO-AMI AUTO-ESF N/A N/A N/A DS1 Loopback : DS1 LOS : DS1 Line Code : DS1 Frame Format: Loop Reversal : HSKP1/HSKP2 : PWR1/PWR2 : HDSL ============== HDSL IP STAT: T/R Reversal: SNR Exceeded: BER Exceeded: Pulse Attn : SNR margin : Slot: 4 HLXC LP1 LP2 ==== ==== NRM NRM N/A N/A NO NO NO NO +0 +0 +23 +23 Circuit ID: HRX1 =========== INACTIVE N/A N/A N/A N
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-548 Page 5 of 5 CRP1 RRP1 CRP2 RRP2 NEND FEND XCVR XCVR XCVR XCVR LOOP 1 LOOP 1 LOOP 1 HRX1 HLXC HRX2 HLXR LOOP 2 LOOP 2 LOOP 2 XCVR XCVR XCVR XCVR CRP1 RRP1 CRP2 RRP2 FEND NEND TO NETWORK TO CUSTOMER KEY NEND means "at the HLXC, looking toward the customer (HLXR)." FEND means "at the HLXR, looking toward the network (HLXC).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-549 Page 1 of 3 SERIAL PORT CONFIGURATION Summary: This procedure provides instructions for changing serial port configurations on the chassis to match the communications device parameters. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-549 Page 2 of 3 Note: The Craft port defaults to 9600 Baud. When AUTO is selected, pressing Enter or Return before logon will determine the communication speed (1200 – 19200 bps) for the session. 7. Move the cursor to the Craft Port Parity toggle field. Use the space bar to select EVEN, ODD, or NONE. 8. Move the cursor to the Craft Port Data Bits toggle field. Use the space bar to select 8 or 7. 9.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-549 Page 3 of 3 18. If you made changes to port configurations, log off and then log back on to the system to implement the changes. Reference: Reference: DLP-564 DLP-526 Craft Interface System Logoff Craft Interface System Logon Stop! You have completed this procedure.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-550 Page 1 of 2 SHELF HOUSEKEEPING ALARM LABELS Summary: Use this selection to assign names to the housekeeping input alarm contacts. When a housekeeping alarm (door ajar, water on floor, fire alarm, etc.) occurs, the assigned name is displayed in the condition column of the Alarm History and Active Alarms screens. These conditions are also displayed in the related TL1 autonomous message.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-550 Page 2 of 2 SHELF HOUSEKEEPING LABELS # = 1 2 3 4 5 6 7 8 Condition Label ================ HSKP1 HSKP2 HSKP3 HSKP4 HSKP5 HSKP6 HSKP7 HSKP8 Press CONTROL-A For Assistance 6143-A Figure 550-1. Shelf Housekeeping Labels Screen 2-169 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-551 Page 1 of 3 MPU SOFTWARE DOWNLOAD COMMAND Summary: This procedure is used to download the MPU software into an MPU module. This involves the transfer of two files. It requires 12 to 17 minutes to transfer both files, depending on the type of host computer and the communication program used. Caution: You must use a Version 5.X module with the Version 5.3 software. Caution: Perform a configuration upload first.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-551 Page 2 of 3 8. Enter "v50_dlp" source file name from the host computer and start the file transfer process. 9. Enter the Version 5.3 MPU software source file name (mpu_5xxx.bin) from the host computer. Then start the file transfer process. 10. During the download, observe the indicators on the MPU and APU modules. During the download, the MPU Status LED continually flashes green/yellow, and all APU indicators flash. 11.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-551 Page 3 of 3 SYSTEM MAINTENANCE 1. 2. 3. 4. 5. 6. 7. 8. Force/APS Commands Reset/LED Test Commands Execute ACO (Alarm Cut-Off) Loopback Status/Commands Display Inventory Display Circuit IDs Upload/Download Commands Test Access Unit Commands Press CONTROL-A For Assistance 5323-A Figure 551-1. System Maintenance Menu UPLOAD/DOWNLOAD COMMANDS 1. Execute Configuration Data Upload 2. Execute Configuration Data Download 3.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-552 Page 1 of 2 ALARM/EVENT NOTIFICATION LEVEL SETTING Summary: This procedure provides instructions for filtering the alarm notification pop-up, based on the criticality of the alarm or event. When this feature is used, a beep is also heard each time the notification pop-up appears. Even with this feature disabled, all alarms and events are logged in the alarm database.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-552 Page 2 of 2 SET ALARM/EVENT NOTIFICATION LEVEL Level: MAJOR Press CONTROL-A For Assistance 6144-A Figure 552-1. Alarm/Event Notification Level 2-174 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-553 Page 1 of 1 DLX STATUS DISPLAY Summary: This procedure provides instructions for displaying the status of the DLX modules installed in the selected chassis. Note: Press CONTROL-A for help information about moving around and editing fields. 1. Use the arrow keys to select Display Status from the Main Menu. Press Enter or Return. 2. Use the arrow keys to select Display DLX Status from the Display Status menu.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-554 Page 1 of 2 CONFIGURATION DATA UPLOAD COMMAND Summary: This procedure provides instructions for copying the current MPU configuration data to an external device (host computer) for transfer to another MPU. A host computer containing software that can emulate a VT-100 terminal and perform XMODEM file transfers is required. Use this command to save the current MPU configuration data before installing a new (i.e.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-554 Page 2 of 2 SYSTEM MAINTENANCE 1. 2. 3. 4. 5. 6. 7. 8. Force/APS Commands Reset/LED Test Commands Execute ACO (Alarm Cut-Off) Loopback Status/Commands Display Inventory Display Circuit IDs Upload/Download Commands Test Access Unit Commands Press CONTROL-A For Assistance 5323-A Figure 554-1. System Maintenance Menu UPLOAD/DOWNLOAD COMMANDS 1. Execute Configuration Data Upload 2. Execute Configuration Data Download 3.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-555 Page 1 of 2 CONFIGURATION DATA DOWNLOAD COMMAND Summary: This procedure provides instructions for transferring MPU configuration data that was saved on an external device (host computer) back to an MPU. A host computer containing software that can emulate a VT-100 terminal and perform XMODEM file transfers is required. This procedure is used to transfer any saved MPU configuration data to a newly installed MPU.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-555 Page 2 of 2 7. After a download is finished, a message appears to indicate whether the download was successful or unsuccessful. • • If successful, the MPU will reboot automatically to ensure that the configuration database takes effect. Stop! You have completed this procedure. If unsuccessful, repeat Steps 3 through 6. SYSTEM MAINTENANCE 1. 2. 3. 4. 5. 6. 7. 8.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-556 Page 1 of 3 DS1 PM CONFIGURATION Summary: This procedure provides instructions for assigning thresholds for each DS1 in the Soneplex Broadband system. You can also view or edit the DS1 Performance Monitoring configuration for each DS1 in the Soneplex Broadband system from this screen. Not all modules support Performance Monitoring.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-556 Page 2 of 3 6. Move to the Mon Type Alarms toggle fields. The following selections are possible: • Critical occur. Allows notification of all Critical, Major, Minor, and Event alarms as they • Major Allows notification of all Major, Minor, and Event alarms as they occur. • Minor Allows notification of all Minor and Event alarms as they occur. • Event Allows notification of all events as they occur.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-556 Page 3 of 3 Table 556-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-557 Page 1 of 3 HDSL PM CONFIGURATION Summary: This procedure provides instructions for assigning thresholds for each HDSL facility in the Soneplex Broadband system. You can also view or edit the HDSL Performance Monitoring configuration for each HDSL facility in the Soneplex Broadband system from this screen.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-557 Page 2 of 3 6. Move to the Mon Type Alarms toggle fields. The following selections are possible: • Critical – Allows notification of all Critical alarms as they occur. • Major – Allows notification of all Major and Critical alarms as they occur. • Minor – Allows notification of all Minor, Major, and Critical alarms as they occur. • Event – Allows notification of all alarms and events as they occur.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-557 Page 3 of 3 Table 557-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-558 Page 1 of 3 X.25 PORT CONFIGURATION Summary: Use this procedure to set several parameters that must be set before using the X.25 interface. Table 558-1, Table 558-2, and Table 558-3 outline the X.25 interface parameters and detailed technical specifications that are supported by the Soneplex Broadband system.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-558 Page 2 of 3 4. Repeat Step 3 for each field that you wish to change. 5. Assign the selections by pressing Enter or Return. 6. Momentarily press RESET on the MPU front panel, or perform a soft reset, in order to reinitialize the X.25 configurations. Reference: DLP-519 MPU Replacement and Testing Reference: DLP-538 Reset/LED Test Commands Stop! You have completed this procedure. Table 558-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-558 Page 3 of 3 Table 558-3. Network Layer X.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-559 Page 1 of 2 MPU ALARM LEVEL SETTING Summary: This procedure provides instructions for setting MPU Alarm Levels. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option. An “input” field type means the user must type an entry in the field according to the parameters described.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-559 Page 2 of 2 MPU ALARM LEVELS Equipment/Shelf Alarms =============================================== CGA : CRITICAL GRP MISMATCH: MINOR APU FAIL : MAJOR POWER : MAJOR External Alarms =============================================== HSKP1 : MINOR HSKP5 : MINOR HSKP2 : MINOR HSKP6 : MINOR HSKP3 : MINOR HSKP7 : MINOR HSKP4 : MINOR HSKP8 : MINOR Press CONTROL-A For Assistance 6149-C Figure 559-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-560 Page 1 of 2 DS3 MUX ALARM LEVEL SETTING Summary: This procedure provides instructions for setting DS3 MUX Alarm Levels. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option. An “input” field type means the user must type an entry in the field according to the parameters described.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-560 Page 2 of 2 DS3MUX ALARM LEVELS Equipment Alarms =========================== BOARD FAIL : MAJOR COMM FAIL : MAJOR PROTECT COMM FAIL: MINOR MUX Facility Alarms =========================== FORCE TO WORKING : MINOR FORCE TO PROTECT : MINOR APS LIMIT : MINOR DS3 LOS : MAJOR DS3 LOF : MAJOR DS3 AIS : MAJOR DS3 YELLOW : MINOR DS3 IDLE : MINOR DS3 LOOPED BACK : MINOR Press CONTROL-A For Assistance 6682-B Figure 560-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-561 Page 1 of 3 ODS2 MODULE ALARM LEVEL SETTING Summary: This procedure provides instructions for setting ODS2 Alarm Levels. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option. An “input” field type means the user must type an entry in the field according to the parameters described.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-561 Page 2 of 3 7. Move to the DS1 Facility Alarms toggle fields. Select CRITICAL, MAJOR, MINOR, EVENT, or NOT RPTD for each field that you wish to change. Reference: TAP-101 Alarm Troubleshooting Note: Default values are listed in Table 561-1. 8. Assign the selections by pressing Enter or Return. Stop! You have completed this procedure..
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-561 Page 3 of 3 Table 561-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-562 Page 1 of 3 HLX ALARM LEVEL SETTING Summary: This procedure provides instructions for setting HLX Alarm Levels. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option. An “input” field type means the user must type an entry in the field according to the parameters described.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-562 Page 2 of 3 8. Move to the HDSL Facility Alarms toggle fields. Select CRITICAL, MAJOR, MINOR, EVENT, or NOT RPTD for each field that you wish to change. Reference: TAP-101 Alarm Troubleshooting 9. Assign the selections by pressing Enter or Return. Stop! You have completed this procedure.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-562 Page 3 of 3 Table 562-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-563 Page 1 of 2 DLX ALARM LEVEL SETTING Summary: This procedure provides instructions for setting DLX Alarm Levels. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option. An “input” field type means the user must type an entry in the field according to the parameters described.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-563 Page 2 of 2 7. Move to the DS1 Facility Alarms toggle fields. Select CRITICAL, MAJOR, MINOR, EVENT, or NOT RPTD for each field that you wish to change. Reference: TAP-101 Alarm Troubleshooting 8. Assign the selections by pressing Enter or Return. Stop! You have completed this procedure.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-564 Page 1 of 1 CRAFT INTERFACE SYSTEM LOGOFF Summary: This procedure provides instructions for logging off the Craft Interface system. 1. Press CONTROL-D to log off. Note: You will be logged off automatically if a period of keyboard inactivity exceeds a threshold (default is 30 minutes). You can change this threshold at the Serial Port Configuration menu. The change will take effect the next time you log on the Craft Interface.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-565 Page 1 of 3 PERFORMANCE MONITORING REPORTS RETRIEVAL Summary: This procedure provides instructions for retrieving DS1 and HDSL 15-Minute PM, Daily PM, and Summary PM reports. Performance Monitoring reports are based on the data contained in the MPU memory. 1. Log on to the Craft Interface. Reference: DLP-526 Craft Interface System Logon 2. Use the arrow keys to select Performance Monitoring from the Main Menu.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-565 Page 2 of 3 PERFORMANCE MONITORING 1. PM Configuration 2. PM Reports Press CONTROL-A For Assistance 9448-A Figure 565-1. Performance Monitoring Menu PERFORMANCE MONITORING REPORTS 1. DS1 PM Reports 2. HDSL PM Reports Press CONTROL-A For Assistance 10389-A Figure 565-2. Performance Monitoring Reports Menu 2-203 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-565 Page 3 of 3 DS1 PERFORMANCE MONITORING REPORTS Group: 6 Circuit: 1 Site: LOCAL Circuit ID: Report Type: 15-MINUTE Modify Fields Above To Select Desired Report, Then Press RETURN 10391-A Figure 565-3. Sample DS1 Performance Monitoring Reports Selection Screen 2-204 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-566 Page 1 of 1 CIRCUIT ID DISPLAY Summary: This procedure provides instructions for displaying the Access ID (AID), Circuit ID, and the Unit Type for each module installed in the Soneplex Broadband chassis. Note: Press CONTROL-A for help information about moving around and editing fields. 1. Use the arrow keys to select System Maintenance from the Main Menu. Press Enter or Return. 2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-567 Page 1 of 2 RLX (OR RXLIOR) TO REPEATER VOLTAGE AND CURRENT TEST Summary: This procedure provides instructions for measuring DC voltage and DC current being supplied by the RLX or RLXIOR module to the T1 span repeater. The V+, V–, I+, and I– jacks provide monitor access to the voltage and current supplied to the repeater through the DS1 span.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-567 Page 2 of 2 R L X R I L O X R STAT STAT STAT LPBK LPBK LPBK R L X + ENBL NET LOS BER NET LOS BER NET LOS BER LINE LOSW BER LINE LOS BER LINE LOS BER I- V- I- V- I- V- I+ V+ I+ V+ I+ V+ RESET 14864-A Version A2 RLX Version B RLX 11784-A RLXIOR Figure 567-1. RLX Module Front Panel Layouts 2-207 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-568 Page 1 of 2 VERSION C HLXC VOLTAGE TO HLXR TEST Summary: This procedure provides instructions for measuring DC voltage and DC current being supplied by the Version C HLXC to the HLXR. The V+, V–, I+, and I– jacks provide monitor access to the voltage and current supplied to the HLXR through the HDSL span. These measurements are taken at the HLXC’s test jacks across a 10 Ohm resistor. Measure DC Voltage 1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-568 Page 2 of 2 H L X STAT RMT/ HSKP LPBK DS1 HDSL L1 L2 LOS BER CONT SNR LOSW BER LOSW BER I- V- I+ V+ 6769-A Figure 568-1. Version C HLXC Module Front Panel 2-209 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-569 Page 1 of 1 RLX-EQUIPPED CIRCUIT CROSS-CONNECTS Summary: RLX modules can be configured to supply span power over the DS1 pairs to power the repeater modules. To remove current from the pairs before making cross-connects, partially withdraw each RLX module from the chassis so that electrical contact with the rear connector is broken. Make necessary cross-connects, then re-install the RLX modules.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 1 of 18 RTAU OPERATION Summary: This procedure provides instructions for operating the Remote Test Access Unit (RTAU). The RTAU can be used to drop or insert DS1 signals either toward the network (DS3 interface) or the customer interface (i.e., the DS1 distribution modules) for monitoring or intrusive testing.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 2 of 18 RTAU STATUS B8ZS AMI LINE CODE INTRUSIVE TEST BIPOLAR ACCESS D S 1 RX TX 12693-A Figure 570-1. RTAU Front Panel SYSTEM MAINTENANCE 1. 2. 3. 4. 5. 6. 7. 8. Force/APS Commands Reset/LED Test Commands Execute ACO (Alarm Cut-Off) Loopback Status/Commands Display Inventory Display Circuit IDs Upload/Download Commands Test Access Unit Commands Press CONTROL-A For Assistance 5323-A Figure 570-2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 3 of 18 4. Use the arrow or number keys to select Test Access Unit Commands. Press Enter or Return. The RTAU Configuration screen appears, as shown in Figure 570-3. RTAU CONFIGURATION 1. RTAU Unit Configuration 2. User Pattern Definition Press CONTROL-A For Assistance 14868-A Figure 570-3. RTAU Configuration Menu Note: The User Pattern Definition screen is not available for the MPU 5.3 release. 5.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 4 of 18 7. To start a test, set the Measurement field to START. The RTAU waits for pattern sync or frame sync (for framed patterns) before beginning measurement (see Figure 570-15). After syncing, the test begins and the Measurement display changes to RUNNING. 8. As a test progresses, the results are displayed on the RTAU Config screen, in the 'Error Counts' and 'Elapsed Time' columns. 9.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 5 of 18 TEST ACCESS UNIT STATUS/COMMANDS Group: Status Drop Direction ============== : NONE Command : 1 DS1#: 2 Insert Direction ================ NONE TAU Present Status: NO Press CONTROL-A For Assistance 14851-A Figure 570-5. Test Access Unit Status/Commands Screen 2-215 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 6 of 18 Table 570-1. RTAU Configuration Fields FIELD TYPE OPTIONS DESCRIPTION DEFAULT EQUIPMENT SETUP FIELDS Current User Line Code Test Circuit Toggle OVERVIEW: The Current User field can only be set to NONE or CRAFT from the Craft menu. If the Current User field is set to NONE, the Mode field is automatically set to DISABLE.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 7 of 18 Table 570-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 8 of 18 Table 570-1. RTAU Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT EQUIPMENT SETUP FIELDS, continued Mode, continued Toggle SPLTFL SPLTFL indicates a split in both the A and B paths and connects an SPD to the line incoming from the F direction and a TSG to the line outgoing in the F direction similar to SPLTF mode. The signal in the E direction is looped back.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 9 of 18 Table 570-1. RTAU Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT SIGNAL GENERATOR SETUP FIELDS, continued Pattern Type, continued Toggle 2^15-1 215-1 is a 32,767-bit, pseudo-random pattern that generates a maximum of 14 sequential 0’s and 15 sequential 1’s. The pattern provides a maximum number of 0’s allowed for framed, non-B8ZS testing.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 10 of 18 Table 570-1. RTAU Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT SIGNAL GENERATOR SETUP FIELDS, continued Pattern Type, continued Toggle 1 in 8 Containing strings of 7 sequential 0’s. It is used to determine the ability of a circuit to handle payload signals having minimum 1’s density.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 11 of 18 Table 570-1. RTAU Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT SIGNAL GENERATOR SETUP FIELDS, continued Loop Code Toggle OVERVIEW: The Mode field must be set to a SPLT option before the Loop Code field can be configured. Loop codes will be transmitted until the RTAU detects a change in the signal being received.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 12 of 18 Table 570-1. RTAU Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT BIT ERROR SETUP FIELDS OVERVIEW: Bit errors can be injected by the RTAU using the Bit Error Set Up fields. These sections are display-only fields that are only displayed when the line code setting is INTERNAL.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 13 of 18 Table 570-1. RTAU Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT BIT ERROR SETUP FIELDS, continued Elapsed Time – ES Display only None Six-digit counter or blank. Blank Elapsed Time – EFS Display only None Six-digit counter or blank. Blank Test Timeout in Minutes Input 0 to 1440 Timeout counter for test access.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 14 of 18 DS3 MUX MPU or SCU RTAU BIPOLAR ACCESS RTAU FRONT PANEL RX PATTERN GEN DETECTOR DS3 EQUIPMENT DS1 TEST SET TX LINE CARD CONTROLLER (OPTIONAL) A B DS1 FACILITY 14869-A MONITOR SPLIT Figure 570-6.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 15 of 18 EQUIPMENT (E) [NETWORK] FACILITY (F) [CUSTOMER] EQUIPMENT (E) [NETWORK] CIRCUIT UNDER TEST CIRCUIT UNDER TEST SPLTB SPLTA SIGNAL PRESENCE DETECTOR SIGNAL PRESENCE DETECTOR TEST SIGNAL GENERATOR TEST SIGNAL GENERATOR DS3 MUX A B RTAU FACILITY (F) [CUSTOMER] DS3 MUX A B RTAU 11866-B Figure 570-8.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 16 of 18 INTEROFFICE FACILITY OFFICE A A END RTAU A F OFFICE Z E E A Z END F INSERT: NETWORK DROP: NETWORK LOOPBACK B B CPE CPE QRS SPLTE A = "A" TRANSMISSION PATH B = "B" TRANSMISSION PATH E = EQUIPMENT (NETWORK) F = FACILITY (CUSTOMER) = SIGNAL PRESENCE DETECTOR 11868-B = TEST SIGNAL GENERATOR OR UNFRAMED (QRS) = TERMINATED SIGNAL Figure 570-10.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 17 of 18 INTEROFFICE FACILITY OFFICE A A END RTAU F INSERT: NETWORK OFFICE Z E A B E DROP: CUSTOMER DROP: NETWORK INSERT: CUSTOMER INSERT: NETWORK Z END RTAU A F INSERT: CUSTOMER B CPE CPE QRS QRS SPLTF SPLTE A = "A" TRANSMISSION PATH B = "B" TRANSMISSION PATH E = EQUIPMENT (NETWORK) F = FACILITY (CUSTOMER) = SIGNAL PRESENCE DETECTOR = TEST SIGNAL GENERATOR OR UNFRAMED (QRS) = TERMINATED SIGNAL 11
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-570 Page 18 of 18 EQUIPMENT (E) [NETWORK] DS3 MUX FACILITY (F) [CUSTOMER] EQUIPMENT (E) [NETWORK] A A B B CIRCUIT UNDER TEST CIRCUIT UNDER TEST LOOPF LOOPE SIGNAL PRESENCE DETECTOR SIGNAL PRESENCE DETECTOR QRS DS3 MUX FACILITY (F) [CUSTOMER] QRS RTAU RTAU 11872-B Figure 570-14.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-571 Page 1 of 2 STREAKER INSTALLATION AND TESTING Summary: This procedure provides instructions for installation and testing of the Streaker module. Note: For a detailed description of Streaker (STK) module use, refer to Soneplex Streaker Module Installation Instructions, listed under Related Publications at the beginning of this manual.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-571 Page 2 of 2 I S T K I O D S I O 1 1 1 1 TT I O I 8V O OM → BA → –4 I OM DS BATTERY HOLDERS O O 4 MP VOLTAGE SWITCH D S 5858-B Figure 571-1. Streaker Module S T K L IN I N E OUT D S X IN OUT T R T1 R1 T1 R1 T R IN LINE OUT OUT DSX IN -48 LMP GRD TEST 5852-D Figure 571-2. STK Front Panel 2-230 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-572 Page 1 of 1 VERSION D (OR LATER) HLXC VOLTAGE TO HLXR TEST Summary: This procedure provides instructions for measuring DC voltage and DC current being supplied by the Version D (or later) HLXC to the Version D (or later) HLXR. The V+, V–, I+, and I– jacks provide monitor access to the voltage and current supplied to the HDSL Repeater (HRX) (if present) and HLXR through the HDSL span.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-573 Page 1 of 6 HLX LOOPBACK CONFIGURATION Summary: This procedure provides instructions for viewing or editing the loopback configuration for HLXC modules. Note: A “toggle” field type means the user can press the space bar to view and select the next option that is described; or the user can press the “R” key to view and select the previous option.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-573 Page 2 of 6 HLX CONFIGURATION 1. HLX Unit Configuration 2. Loopback Configuration Press CONTROL-A For Assistance 6765-A Figure 573-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-573 Page 3 of 6 HLX LOOPBACK CONFIGURATION Group: 6 Slot: 1 Circuit ID: HLXC Activation Code HLXC Programmable Lpbk : : 1101001111010011 DISABLED HLXR NID Loopback HLXR Activation Code HLXR Programmable Lpbk : : : UNIT SWITCH 1100011101000010 DISABLED HRX Activation Code HRX Programmable Lpbk : : 1100011101000001 DISABLED Common Deactivate Code : Lpbk Timeout Disable Code: Lpbk Timeout Period : 1001001110010011 11010
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-573 Page 4 of 6 Table 573-1. HLX Loopback Configuration Fields FIELD TYPE OPTIONS DESCRIPTION DEFAULT Group Toggle 1, 2, 3, 4, 5, 6, or 7 Specifies the module’s group number designated on the chassis. Blank Slot Toggle 1, 2, 3, or 4 Specifies the module’s slot number designated on the chassis. Blank Circuit ID Input Up to 20 characters. This represents the customer’s circuit ID.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-573 Page 5 of 6 Table 573-1. HLX Loopback Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT HLXR NID Loopback Toggle UNIT SWITCH Version E HLXR only: Selects NID setting (enabled) for the HLXR. MPU V5.1: UNIT SWITCH Version D or earlier HLXR: Selects NID setting (either enabled [default] or disabled) on the HLXR. MPU V5.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-573 Page 6 of 6 Table 573-1. HLX Loopback Configuration Fields, continued FIELD TYPE OPTIONS DESCRIPTION DEFAULT Second HRX in system only: HRX2 Activation Code (“Activation Code” is equivalent to “Programmable Code.”) Input 16 binary characters (0’s and 1’s) must be entered. 16-bit codes can be programmed to any 16-bit binary value except: all 0s, all 1s, or a value that is already used in another 16-bit code.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-574 Page 1 of 1 TAU INSTALLATION AND TESTING Summary: This procedure provides instructions for installing the Test Access Unit (TAU) in the chassis and verifying that it is functioning properly. The TAU requires no provisioning or periodic maintenance. Caution: Modules can be damaged by electrostatic discharge (ESD). Before handling any modules, ESD protection must always be used.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-575 Page 1 of 5 TAU OPERATION Summary: This procedure provides instructions for Summary: This procedure provides instructions for operating the Test Access Unit (TAU). The TAU can be used to drop or insert DS1 signals either toward the network (DS3 interface) or the customer interface (i.e., the DS1 distribution modules) for monitoring or intrusive testing.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-575 Page 2 of 5 5. Determine the Group number (1, 2, 3, 4, 5, 6, or 7) for the DS1 signal you wish to drop/monitor. At the Group prompt, select the group number. 6. Determine the DS1 number (1 through 4) for the DS1 signal you wish to drop/monitor. At the DS1# prompt, select the DS1 signal. 7. Use the arrow keys to move to the Drop Direction Command toggle field. Select ‘blank field’, NONE, CUSTOMER, or NETWORK.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-575 Page 3 of 5 TAU STATUS B8ZS LINE CODE INTRUSIVE TEST D S 1 RX TX 5842-B Figure 575-1. TAU Module Front Panel TEST ACCESS UNIT STATUS/COMMANDS Group: 1 Status : DS1#: 1 Drop Direction ============== Insert Direction ================ NONE NONE Command : TAU Present Status: YES Press CONTROL-A For Assistance 6188-B Figure 575-2. Test Access Unit Status/Commands Screen 2-241 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-575 Page 4 of 5 DS1s DS3 NETWORK DS3MUX DS1s DS3 : : CUSTOMER (LOW SPEED MODULES) : : NETWORK : : CUSTOMER (LOW SPEED MODULES) : : TAU TAU RX RX TX TX 6177-A 6178-A Figure 575-3a. Drop: None/Insert: Network DS1s DS3 NETWORK Figure 575-3b.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-575 Page 5 of 5 DS1s DS3 NETWORK DS3MUX DS1s DS3 : : CUSTOMER (LOW SPEED MODULES) : : NETWORK DS3MUX : : CUSTOMER (LOW SPEED MODULES) : : TAU TAU RX RX TX TX 6174-A 6173-A Figure 575-3e. Drop: Network / Insert: Customer DS1s DS3 NETWORK Figure 575-3f.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-576 Page 1 of 2 TBOS CHASSIS DAISY-CHAINING Summary: This procedure provides instructions for daisy-chaining one TBOS link to several chassis configured for compressed TBOS. Up to four chassis can be connected in this manner. 1) Assign a different address in the range 0 through 7 to each of the compressed displays available on the link.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance DLP-576 Page 2 of 2 BERG JUMPER JD 13 LAST CHASSIS IN CHAIN ALL OTHER CHASSIS (NO STRAP) 10387-A Note: The default setting is “strapped”. Figure 576-1. Berg Jumper Configuration on MPU for TBOS Linking PORT 4 PORT 1 +–+– RX TX CHASSIS #1 .. . PORT 4 PORT 1 +–+– RX TX CHASSIS #4 10392-A Figure 576-2. Daisy-Chaining Chassis for TBOS Linking 2-245 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance 2-246 © 2000, ADC Telecommunications, Inc.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-100 Page 1 of 2 MAINTENANCE PHILOSOPHY Summary: Soneplex maintenance philosophy is built on the collection of system information through inspection of the Soneplex modules themselves, and through software interfaces. Central office (near-end) alarms are displayed on the modules in the chassis. Remote (far-end) alarms are displayed on the corresponding near-end modules by pressing the DISP RMT switch on the APU.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-100 Page 2 of 2 All personnel handling modules should take the following precautions. 1. Keep materials that tend to generate static electricity such as plastics, nylon clothing, and Styrofoam containers away from all modules. 2. Read all caution and warning labels on bags and shipping cartons before opening any package. 3.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-101 Page 1 of 9 SPECIFICATIONS Summary: This TAD shows technical specifications for the Soneplex Broadband system with MPU Version 5 software in Table 101-1 (System Specifications), Table 101-2 (DS3 MUX Power), Table 101-3 (DLX Power), Table 101-4 (C1 HLXC Power), Table 101-5 (Version D and E HLXC Power), Table 101-6 (ODS2 Power), Table 101-7 (A2 RLX Power), and Table 101-8 (Version B RLX / RLXIOR Power). Table 101-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-101 Page 2 of 9 Table 101-1. Soneplex Broadband System (V5) Specifications, continued PARAMETER SPECIFICATION REMARKS DS3 Interface (DS3 MUX) DS3 Input Level +5.7 dBm to –7.3 dBm DS3 Transmit Power Level –1.8 to +5.7 dBm Format Bipolar, Return to Zero Impedance 75 ohms (nominal) Line Code B3ZS Line Rate 44.736 Mbps ± 20 ppm Maximum Span 450 ft.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-101 Page 3 of 9 Table 101-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-101 Page 4 of 9 Table 101-1. Soneplex Broadband System (V5) Specifications, continued PARAMETER SPECIFICATION REMARKS Version D and later HLXRs; HLXR 3192 DS1 Interface: Input / Output Signals Frequency HDSL Interface: Format Per ANSI T1-403 1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-101 Page 5 of 9 Table 101-1. Soneplex Broadband System (V5) Specifications, continued PARAMETER SPECIFICATION REMARKS A2 RLX Module Frame Format SF, ESF, SLC96, and unframed Frequency 1.544 Mbps ± 200 bps (130 ppm) Input Signal Level 0 dB to –33 dB Line Code AMI or B8ZS Output Line Buildout Settings 0.0, 7.5, 15.0, and 22.5 dB Output Signal Range Up to 3,000 feet (914.4 meters) Up to 6,000 feet (1,828.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-101 Page 6 of 9 Table 101-1. Soneplex Broadband System (V5) Specifications, continued PARAMETER SPECIFICATION REMARKS RTAU Module DS1 Jack Access Jack Type Electrical Interface Impedance Line Code Line Rate Bantam Bipolar 100 ohms nominal ± 5% AMI or B8ZS 1.544 Mbps ± 130 ppm max. Controlled by front panel switch Interface Connections Alarm Optical DS2 DS3 Input HDSL/DS1 0.045 inch wire wrap post FC or SC 75 ohm BNC 0.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-101 Page 7 of 9 Table 101-2. DS3 MUX Power Characteristics MAX. POWER CONSUMPTION/DISSIPATION MAX. CURRENT DRAIN (AT –48 VDC) 8 watts 166 mA Note: Two DS3 MUXs (one working and one protect) are used per chassis in Broadband (V5) applications. Table 101-3. Broadband (V5) Power Characteristics with DLX NO. OF DLXS IN CHASSIS MAX. POWER CONSUMPTION/DISSIPATION MAX.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-101 Page 8 of 9 Table 101-5. Broadband Power Characteristics Version D and later HLXCs HLXR CONFIGURATION # OF HRXS IN SYSTEM # OF HLXCS IN CHASSIS MAX. POWER CONSUMPTION MAX. POWER DISSIPATION MAX. CURRENT DRAIN (AT –48 VDC) Span Power ON; DS1 simplex disabled; D2A, D4, D4A, D4B, Version E HLXRs 0 1 10.5 watts 6.5 watts 219 mA 28 322 watts 210 watts 6.7 amps 1 21.5 watts 8.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-101 Page 9 of 9 Table 101-6. Broadband (V5) Power Characteristics with ODS2 Modules NO. OF ODS2S IN CHASSIS MAX. POWER CONSUMPTION/DISSIPATION MAX. CURRENT DRAIN (AT –48 VDC) 1 4 watts 83 mA 14 84 watts 1.8 amps Note: Power characteristics for fully configured chassis include common equipment: APU (7.5 watts), MPU (5 watts), and two DS3 MUX modules (8 watts each), for a total of 28 watts. Table 101-7.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-102 Page 1 of 5 LOOPBACK PROCESS DESCRIPTION Summary: The HDSL loopback process is similar to other T1 intelligent repeater methods. For Version D and later HLX modules, the HLXC loopback is like an intelligent office repeater loopback. The HLXR loopback and HRX loopback are like an intelligent inline T1 repeater loopback. The HDSL loopback operation is described by the diagram in Figure 102-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-102 Page 2 of 5 The inband control code sequences will be recognized either in DS1 framed format (SF or ESF framing) or in unframed format. Table 102-1 contains a summary of loopback time-out and control codes. Notice that in the Default Code column, the inband codes are shown left bit transmitted first and the ESF data link codes are shown with the right bit transmitted first. Table 102-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-102 Page 3 of 5 Disarmed State The normal operation mode is the disarmed state. Although each HDSL unit is transparent to the data flow, each monitors the inband data flow and the ESF data link for the arming sequence. The CPE smartjack loopup inband control code sequence arms the loopback capability of all HDSL units at the same time. Each HDSL unit arms when the arm sequence code has been received for five seconds.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-102 Page 4 of 5 Transition from Armed to Loopup State A specific HDSL unit moves from the armed state into the loopup state when commanded by an inband control code sequence. There is a unique 16-bit activation control code sequence for each HDSL unit as shown previously in Table 102-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-102 Page 5 of 5 Loopup State The selected HDSL unit provides continuous loopup of the DS1 signal in the loopup state. At the same time, the data flow is monitored for the inband deactivation sequence, the inband disarming sequence, and the ESF data link disarming sequence. A loopup time-out event forces a return to the armed state. No other control code sequences are detected in the loopup state.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-103 Page 1 of 3 PERFORMANCE MONITORING REPORTING LOCATIONS Summary: Performance Monitoring (PM) information for both DS1 and HDSL is found on the MPU’s main menu under Performance Monitoring. The following information is designed to show where the PM information is being reported from (that is, Near End [NEND] and Far End [FEND] PM report locations). Refer to Figure 103-1 for a drawing of the Soneplex HDSL system.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-103 Page 2 of 3 G= DS1 errors at HLXR are reported as T1-1-X-X-2 NEND PM and alarms. Report measures the actual DS1 performance as received on transmission from CSU H. - OR DS1 errors at HLXR are reported as T1-1-X-X-2 FEND PM and alarms from CSU H via the PRM in the FDL (Facility Data Link). H= External CSU at H will inject PRM back to G reporting DS1 Far End Alarms.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-103 Page 3 of 3 Soneplex Optical DS2 (QLX) System QLX CSU A1 NETWORK QLX B1 G1 DS1 DS1 CSU H1 DS2 14862-A Figure 103-3. Location of Critical Alarm Points on Soneplex QLX System A1= External CSU that will inject PRM (Performance Report Messages) back to B1 reporting all DS1 Far End Alarms. This is due to corrupted data received at A1 and reported back to B1 via the PRM in the FDL (Facility Data Link).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 1 of 11 TBOS INTERFACE DESCRIPTION Summary: This section provides information for operating the Soneplex Broadband system using a Telemetry Byte Oriented Serial (TBOS) remote interface. The TBOS interface provides a reliable means of communicating transmission alarm information between an Alarm Processing telemetry Remote (APR) unit and the Soneplex Broadband system.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 2 of 11 Table 104-2 (TBOS Abbreviations and Acronyms) and Table 104-3 (Expanded Scan Displays 2 Through 8 Definitions ) list the definitions of the abbreviations used in the TBOS displays shown in Figure 104-1 (Expanded Scan Display 1), Figure 104-2 (Expanded Scan Displays 2 through 8), Figure 104-3 (Command Display 1), and Figure 104-4 (Command Displays 2 through 8).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 3 of 11 Table 104-1. DS1 Signal Routing DS1 SIGNAL GROUPSLOT NUMBER DS1 SIGNAL GROUPSLOT NUMBER DS1 SIGNAL GROUPSLOT NUMBER DS1 SIGNAL GROUPSLOT NUMBER 1 1-1 8 2-4 15 4-3 22 6-2 2 1-2 9 3-1 16 4-4 23 6-3 3 1-3 10 3-2 17 5-1 24 6-4 4 1-4 11 3-3 18 5-2 25 7-1 5 2-1 12 3-4 19 5-3 26 7-2 6 2-2 13 4-1 20 5-4 27 7-3 7 2-3 14 4-2 21 6-1 28 7-4 Table 104-2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 4 of 11 Table 104-3. Expanded Scan Displays 2 Through 8 Definitions DISPLAY 1 Lx EQPT Fail MODULE TYPE QLX HLXC/RLX Lx1 EQPT Fail RMT QLX HLXC/RLX Lx1 Link ALM QLX HLXC 1 Lx RMT Link ALM Module Fail, MPU COMM Fail, Laser Degrade, DS1 TX LOS or (SISTER COMM Fail and not SISTER MPU COMM Fail).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 5 of 11 CRITICAL ALARM MAJOR ALARM 1 HSKP 1 ALARM MINOR ALARM 2 HSKP 2 ALARM 9 HSW EQPT FAIL HSKP 3 ALARM HSP EQPT FAIL MXW EQPT FAIL HS CUS LPBK 35 42 6 HSKP 6 ALARM 7 HSKP 7 ALARM HSKP 8 ALARM 13 14 15 16 20 21 22 23 24 28 29 30 31 32 HS UNPROT HS DS3A CUS LPBK MXW OFFLINE HS APS DIS HS NET LPBK 37 38 39 40 45 46 47 48 HS DS3B CUS LPBK 44 MX UNPROT 51 HS LBO OUT MX LBO OUT 5
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 6 of 11 L1 EQPT FAIL L2 EQPT FAIL 1 L1 LINK ALM L3 EQPT FAIL 2 L2 LINK ALM 9 D1 SIG FAIL L3 LINK ALM D2 SIG FAIL L1 RMT HSKP A 25 26 33 D1 WKG LOC LPBK 34 D2 WKG LOC LPBK 41 D1 PROT LOC LPBK 43 50 44 51 52 D4 AMI 59 60 47 54 48 D4 PROT REM LPBK 55 L1 APS DIS 62 40 D4 WKG REM LPBK D3 PROT REM LPBK L1 UNPROT 61 39 46 53 32 D4 OOS D3 WKG REM LPBK D2 PROT REM LPBK L1 OFFLINE 31 38 45 24
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 7 of 11 HS EQ HS UNEQ 1 SW TO HSW HS IS 2 SW TO HSP 9 HS APS ENAB HS CUS LPBK OFF MX UNEQ SW TO MXW HS B NET LPBK OFF 15 16 19 20 21 22 23 24 30 31 32 HS A CUS LPBK OFF HS B CUS LPBK ON 28 MX OSS MX NET LPBK ON MX APS DIS ACO HS B NET LPBK ON HS B CUS LPBK OFF 29 MX TX LBO IN 36 MX NET LPBK OFF MX TX LBO OUT 37 MX CUS LPBK ON MX PROT 38 MX CUS LPBK OFF MX UNPROT 39 MXW RESET 40 MXP RES
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 8 of 11 L1 EQ ON L1 EQ OFF 1 D1 IS L2 EQ ON 2 D1 OOS 9 D1 LCL LPBK ON D2 IS D1 LCL LPBK OFF D1 RMT LPBK ON 26 33 L1 RESET 34 L2 RESET 41 L1 APS ENAB 35 42 36 L4 RESET 23 30 31 38 SW TO LSP 24 D4 RMT LPBK OFF D4 AMI 37 16 D4 LCL LPBK OFF D4 RMT LPBK ON D3 B8ZS SW TI LSW 15 22 29 8 D4 OOS D4 LCL LPBK ON D3 RMT LPBK OFF D3 AMI 7 14 21 28 L4 EQ OFF D4 IS D3 CLC LPBK OFF D3 RMT LPBK ON
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 9 of 11 Table 104-4.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 10 of 11 CRITICAL ALARM MAJOR ALARM 1 HSW FAC ALM MINOR ALARM 2 HSP FAC ALM 9 D1-3 L/R ALARM 10 17 18 25 D5-3 L/R ALARM D7-3 L/R ALARM 34 D7-4 L/R ALARM 41 HSKP 2-3 RMT ALM HSKP 1-1 RMT ALM 42 HSKP 2-4 RMT ALM 49 HSKP 4-3 RMT ALM 43 50 44 51 52 HSKP 5-2 RMT ALM 59 60 39 46 53 47 54 61 48 HSKP 4-2 RMT ALM 55 HSKP 6-1 RMT ALM 62 40 HSKP 2-2 RMT ALM HSKP 4-1 RMT ALM HSKP 5-4 RMT ALM 32 D7-
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-104 Page 11 of 11 HSKP 6-2 RMT ALM HSKP 6-3 RMT ALM 1 L1-2 LCL ALARM HSKP 6-4 RMT ALM 2 L1-3 LCL ALARM 9 L3-2 LCL ALARM L1-4 LCL ALARM L3-3 LCL ALARM L5-2 LCL ALARM 25 26 33 L2-2 RMT ALARM 34 L2-3 RMT ALARM 41 L4-2 RMT ALARM 36 43 50 44 L5-1 RMT ALARM 51 L6-4 RMT ALARM 58 52 L7-1 RMT ALARM 59 60 61 L4-1 RMT ALARM L5-4 RMT ALARM L7-3 RMT ALARM 48 L6-1 RMT ALARM 55 L7-4 RMT ALARM 62 40 47 54 Figure 1
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-105 Page 1 of 8 TRANSACTION LANGUAGE 1 (TL1) INTERFACE DESCRIPTION Summary: This TAD describes the commands used to operate the Soneplex Loop Extender through a terminal using Transaction Language 1 (TL1). All operations are performed at a local and/or remote terminal using an EIA-232 interface.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-105 Page 2 of 8 The routing block contains a target identifier parameter with parameter name Target Identification (TID). The TID may be any valid simple or compound TL1 identifier or text string, and is limited to 20 ASCII characters. A valid text string or the TID is defined as letters, numbers, and hyphens within double quotes. TIDs are configurable items that can be defined using TL1 provisioning driven messages.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-105 Page 3 of 8 It should be noted that if no data block parameters are required for a command, the colon separating the correlation block from the data block may be omitted. Trailing commas in the data block (that is, commas used as position place holders that have no parameter values following them) may also be omitted. This action selects default values and can only be used after the last required parameter.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-105 Page 4 of 8 The text block contains additional information that is specific to the input command. No parameter grouping is allowed in output. No null defaults unless specified in response syntax description. The end of output is a single character. A semicolon (;) is used for normal end of output.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-105 Page 5 of 8 Autonomous Message Syntax Autonomous messages are used to report alarms, events, and reports. The format is the same as the full response except the identification of output is replaced by: ^^ cr lf 1. Alarm Codes (ALMCDE): • *C — Critical alarm • ** — Major alarm • *^ — Minor alarm • AA — Automatic message 2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-105 Page 6 of 8 Table 105-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-105 Page 7 of 8 Table 105-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-105 Page 8 of 8 Table 105-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-106 Page 1 of 2 ACCESS IDENTIFIER Summary: Circuits displayed in the Craft Interface are identified by the Access Identifier (AID). Figure 106-1 shows an example of a circuit with descriptions of each part of the AID. The DS3 signal is demultiplexed by the DS3 MUX into 28 DS1 signals and seven DS2 signals. See Table 106-1 for DS1 signal routing details. See Table 106-2 for DS2 signal routing details.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAD-106 Page 2 of 2 Table 106-1. DS1 Signal Routing DS1 SIGNAL GROUPSLOT NUMBER DS1 SIGNAL GROUPSLOT NUMBER DS1 SIGNAL GROUPSLOT NUMBER DS1 SIGNAL GROUPSLOT NUMBER 1 2 3 4 5 6 7 1-1 1-2 1-3 1-4 2-1 2-2 2-3 8 9 10 11 12 13 14 2-4 3-1 3-2 3-3 3-4 4-1 4-2 15 16 17 18 19 20 21 4-3 4-4 5-1 5-2 5-3 5-4 6-1 22 23 24 25 26 27 28 6-2 6-3 6-4 7-1 7-2 7-3 7-4 Table 106-2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 1 of 13 ALARM TROUBLESHOOTING Summary: This TAP describes the various alarm screens in the Craft Interface. An accurate diagnosis of the Active Alarms or Alarm History screens allows you to determine where the trouble is and dispatch the appropriate technician to isolate and repair the problem. 1. Log on to the Craft Interface. The Main Menu will then be displayed on your screen.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 2 of 13 Identifier • “EQPT-XXXY” identifies modules within the chassis where XXX represents the type of module (MPU, LIU, MXW, MXP, or EXT), and “#” represents the number of the Soneplex chassis in the system (always “1”). • “HDSL” identifies trouble on the HDSL loop. A “1” in the last column of the AID indicates trouble on HDSL Loop 1. A “2” in the last column of the AID indicates trouble on HDSL Loop 2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 3 of 13 The Circuit ID column displays the circuit identifier or facility name of the circuit in trouble. Reference: DLP-532 DLX Configuration Reference: DLP-531 HLX Configuration Reference: DLP-530 ODS2 Module Configuration Reference: DLP-533 RLXIOR Configuration Reference: DLP-534 RLX Configuration The Condition column displays the alarm condition present on the circuit.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 4 of 13 ACTIVE ALARMS Legend: Access ID=Identifier[-]Shelf-Grp-Slot[-Site(1=Lcl,2=Rmt) | -Loop(1=Lp 1,2=Lp 2)] Access ID ---------------T2-1-3-1 T2-1-3-1 T1-7-1-1 T1-7-1-2 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-1 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 HDSL-1-7-1-2 Page 1 of Locn ---NEND NEND FEND FEND NEND NEND FEND FEND FEND NEND NEND NEND NEND FEND FEND F
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 5 of 13 ALARM HISTORY Legend: Access ID=Identifier[-]Shelf-Grp-Slot[-Site(1=Lcl,2=Rmt) | -Loop(1=Lp 1,2=Lp 2)] Date Time -------- -------01/03/95 22:37:00 01/03/95 22:37:00 01/03/95 22:36:57 01/03/95 22:36:57 01/03/95 22:36:52 01/03/95 22:36:52 01/03/95 22:36:48 01/03/95 22:36:48 01/03/95 22:36:48 01/03/95 22:36:48 01/03/95 22:36:36 01/03/95 22:36:36 01/03/95 22:36:34 01/03/95 22:36:34 01/03/95 22:36:32 01/03/95 22:36:25
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 6 of 13 CIRCUIT AID Shelf Number Group Number: 1, 2, 3, 4, 5, 6, or 7 Site or Loop Number: 1 (Local or HDSL Loop 1) or 2 (Remote or HDSL Loop 2) T1-1-7-2-1 Circuit Identifier: (T1, T2, T3 or HDSL) Slot Number: 1, 2, 3, or 4 EQUIPMENT AID Equipment Type (LIU, MPU, MXP, MXW, TAU or EXT) and Shelf Number Group Number: 1, 2, 3, 4, 5, 6, or 7 EQPT-LIU1-7-2-1 Identifier for Equipment AID Site or Loop Number: 1 (Local o
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 7 of 13 Table 101-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 8 of 13 Table 101-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 9 of 13 Table 101-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 10 of 13 Table 101-1.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 11 of 13 REPR NEND LOOP 1 REPC XCVR HLXC FEND LOOP 1 XCVR HRX LOOP 2 XCVR HLXR LOOP 2 XCVR FEND NEND REPR TO NETWORK REPC TO CUSTOMER KEY NEND means "at the HLXC, looking toward the customer (HLXR)." FEND means "at the HLXR, looking toward the network (HLXC)." REPC means "at the HRX, looking toward the customer (HLXR)." REPR means "at the HRX, looking toward the network (HLXC).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 12 of 13 LOCAL REMOTE (SITE = -1) (SITE = -2) NEND T1 DS1 DLX DS1 DSX T1 DS1 DS1 NEND TO NETWORK TO CUSTOMER KEY NEND means "PM information collected directly from incoming T1 signals, both at local and remote sites". 10455-A Figure 101-9.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-101 Page 13 of 13 LOCAL REMOTE (SITE = -1) (SITE = -2) NEND DS1 FEND DS1 T1 Span Repeater RLX T1 DS1 FEND DS1 NEND TO NETWORK TO CUSTOMER KEY NEND means "PM information collected directly from incoming T1 signals, both at local and remote sites". FEND means "ESF PM information collected at the opposite end of spans from the affected circuit and returned to the system via ESF datalink".
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 1 of 11 PERFORMANCE MONITORING REPORTS DESCRIPTION The Craft Interface provides 15-Minute Performance Monitoring (PM), Daily PM, and Summary PM reports when you select Performance Monitoring at the Main Menu. Performance Monitoring reports are based on the data stored in the MPU memory. Note: Parameters that do not apply to a given module have a hyphen (-) replacing the numeric value in all PM reports.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 2 of 11 Note: In the DS1 Performance Reports screens, Figure 102-1 (DS1 15-Minute), Figure 102-2 (DS1 Daily), Figure 102-3 (DS1 Summary), NE (Near End) and FE (Far End) apply to the entire time period (e.g., 00:15), not just the statistics that appear on their respective lines. In addition, the headings shown over each column apply respectively to each statistic in the column.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 3 of 11 Table 102-1. DS1 Mon Type Descriptions MON TYPE MEANING LOCATION DESCRIPTION CVL Code Violation Line NEND Count of Bipolar Violations (BPV) and excessive zeros (EXZ) in the DS1 signal. Note: The maximum rate of indications across HDSL loops that the far end can report is 166.7 BPV per second (10,000 per minute).
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 4 of 11 Table 102-1. DS1 Mon Type Descriptions, continued MON TYPE MEANING LOCATION DESCRIPTION UASP Unavailable Second Path NEND A count of second(s) in which the DS1 signal is not available. A signal becomes unavailable upon the completion of ten consecutive SESPs. A signal becomes available again at the completion of ten consecutive seconds with no SESPs.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 5 of 11 Table 102-2. HDSL Mon Type Descriptions MON TYPE MEANING LOCATION DESCRIPTION FCP Failure Count Path NEND, FEND, REPC, REPR, CRP, RRP* Count of Loss Of Sync Word (LOSW) failures on the HDSL loop. CVP Code Violation Path NEND, FEND, REPC, REPR, CRP, RRP Count of CRC errors on the HDSL loop.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 6 of 11 DS1 PERFORMANCE MONITORING REPORTS Group: 6 Circuit: 1 Site: LOCAL Circuit ID: Report Type: 15-MINUTE FCP SESL ESP SASP FCP-FE ESP-FE CSSP-FE CVL LOSS SESP AISSP ESL-FE SESP-FE SEFSP-FE PERIOD STATUS ESL CVP UASP CVP-FE UASP-FE ======== =========== ======= ======= ======= ======= ======== ======= ======== 00:15 NE: NA 0 0 0 0 0 0 0 FE: NA 0 0 0 0 0 0 0 0 0 0 0 0 00:00 Page NE: NA FE: NA 1 of 1 0 0 0 0 0
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 7 of 11 DS1 PERFORMANCE MONITORING REPORTS Group: 6 Circuit: 1 Site: LOCAL Circuit ID: Report Type: SUMMARY FCP SESL ESP SASP FCP-FE ESP-FE CSSP-FE CVL LOSS SESP AISSP ESL-FE SESP-FE SEFSP-FE PERIOD STATUS ESL CVP UASP CVP-FE UASP-FE ======== =========== ======= ======= ======= ======= ======== ======= ======== 00:15 NE: NA 0 0 0 0 0 0 0 FE: NA 0 0 0 0 0 0 0 0 0 0 0 0 00:00 NE: NA FE: NA 0 0 0 0 0 0 0 0 0 0 0 0
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 8 of 11 HDSL PERFORMANCE MONITORING REPORTS Group: 1 Circuit: 2 Circuit ID: Loop: 1 Report Type: DAILY PERIOD LOCN STAT FCP CVP ESP SESP SEFSP PA-H SNR-L ======== ==== ===== ======== ======= ======= ======= ======== ======= ======== 06/01/98 NEND COMPL 0 0 0 0 0 0 17 FEND COMPL 0 0 0 0 0 0 17 REPR COMPL 0 0 0 0 0 0 17 REPC COMPL 0 0 0 0 0 0 17 Page 2 of 9 Press CONTROL-A for Assistance 11391-A Figure 102-5.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 9 of 11 LOCAL (SITE = -1) DS1 A FEND REMOTE (SITE = -2) LOOP 1 NEND LOOP 1 HLXC DS1 HRX LOOP 2 DS1 NEND HLXR LOOP 2 FEND 2 DS1 TO NETWORK TO CUSTOMER KEY NEND means "PM information collected directly from incoming T1 signals, both at local and remote sites.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 10 of 11 LOCAL REMOTE (SITE = -1) (SITE = -2) NEND T1 DS1 DLX DS1 DSX T1 DS1 DS1 NEND TO NETWORK TO CUSTOMER KEY NEND means "PM information collected directly from incoming T1 signals, both at local and remote sites". 10455-A Figure 102-9.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-102 Page 11 of 11 LOCAL REMOTE (SITE = -1) (SITE = -2) NEND DS1 FEND DS1 T1 Span Repeater RLX T1 DS1 FEND DS1 NEND TO NETWORK TO CUSTOMER KEY NEND means "PM information collected directly from incoming T1 signals, both at local and remote sites". FEND means "ESF PM information collected at the opposite end of spans from the affected circuit and returned to the system via ESF datalink".
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-103 Page 1 of 1 LOCAL CRAFT INTERFACE CONNECTION TROUBLESHOOTING This TAP describes how to troubleshoot local Craft Interface connections. 1. Verify that you have the correct cable and connectors for the port you intend to use: • • A straight-through RS-232 25-pin D-sub female connectorized cable is required to connect to the MPU.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-104 Page 1 of 3 DUAL REPEATER INCOMPATIBILITY DIAGNOSIS Summary: This TAP describes how to diagnose dual repeater software (MPU V5.2) incompatibilities for HLXCs, HLXRs, and HRXs; and also describes how they are reported. Except where noted, system configurations are assumed to include two HRXs, and the HLXCs and HLXRs are assumed to be compatible with MPU V5.2.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-104 Page 2 of 3 HRX2 An incompatible HRX2 is a Version A HRX that has another HRX between it and the HLXC. This is diagnosed by the HRX1. As a result, systems with two incompatible HRXs cannot be diagnosed. The HLXC will set the alarm bit for the incompatible HRX2 and report “OLD-HRX-IN” in the serial number of field of the HRX2 inventory.
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ADCP-61-471 • Issue 4 • June 2000 • Section 2: Operation and Maintenance TAP-104 Page 3 of 3 Table 104-1.
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GENERAL INFORMATION
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ADCP-61-471 • Issue 4 • June 2000 • Section 3: General Information SECTION 3: GENERAL INFORMATION Content 1 Page 1 WARRANTY/SOFTWARE ............................................................... 3-1 2 REPAIR/ADVANCE REPLACEMENT POLICY................................................... 3-1 3 REPAIR CHARGES ................................................................... 3-2 4 REPLACEMENT/SPARE PRODUCTS........................................................ 3-2 5 RETURNED MATERIAL .........
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ADCP-61-471 • Issue 4 • June 2000 • Section 3: General Information 3 REPAIR CHARGES If the defect and the necessary repairs are covered by warranty, Buyer’s only obligation is the payment of all transportation and associated costs in returning the defective Product to the location designated by ADC. ADC, at its option, will either repair or replace the Product at no charge and return the Product to Buyer with transportation costs paid by ADC, only when ADC contracted carriers are used.
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ADCP-61-471 • Issue 4 • June 2000 • Section 3: General Information 6 CUSTOMER INFORMATION AND ASSISTANCE For customers wanting information on ADC products or help in using them, ADC offers the services listed below. To obtain any of these services by telephone, first dial the central ADC telephone number, then dial the extension provided below. The central number for calls originating in the U.S.A. or Canada is 1-800-366-3891. For calls originating outside the U.S.A.
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www.adc.