ADTRAN 3192 HTU-C Installation And Maintenance Manual
ADTRAN 3192 HTU-C Installation And Maintenance Manual

ADTRAN 3192 HTU-C Installation And Maintenance Manual

High-bit-rate digital subscriber line transceiver unit for the central office
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Contents
1. GENERAL .............................................................................. 1
2. INSTALLATION ................................................................... 2
3. CONNECTIONS .................................................................... 5
4. HDSL SYSTEM TESTING ................................................... 6
5. CONTROL PORT OPERATION .......................................... 7
6. HDSL DEPLOYMENT GUIDELINES ............................... 16
7. TROUBLESHOOTING PROCEDURES ............................ 17
8. MAINTENANCE ................................................................. 17
9. PRODUCT SPECIFICATIONS ........................................... 17
10. WARRANTY AND CU¨|OMER SERVICE ..................... 17
Appendix A. HDSL Loopbacks .............................................. A-1
Figures
ADTRAN 3192 HTU-C ......................................... 1
HTU-C Switch Arrangement ................................. 4
HTU-C Edge Connector Wiring ............................ 5
HTU-C Span Powering Diagram ........................... 5
HTU-C Bantam Jack Arrangement ........................ 6
HDSL Loopbacks ................................................... 6
RS-232 (DB-9) Pin Assignments ........................... 7
Introductory Menu Screen .................................... 10
HDSL Main Menu Screen .................................... 10
Current System Status Screen .............................. 11
Performance History Screen ................................. 12
Loopback Options Screen .................................... 13
Self-Test Options Screen ...................................... 13
Provisioning Screen .............................................. 14
Troubleshooting Display ...................................... 14
Set Time/Date/Circuit ID ..................................... 15
HDSL Deployment Guidelines ............................ 16
Tables
Table 1.
SW1 Option Settings ................................................. 2
Table 2.
Rotary Switch (SW2) Option Settings ...................... 3
Table 3.
Switch 3 (SW3) Option Settings ............................... 3
Table 4.
Telecommunications Codes ....................................... 3
Table 5.
Front Panel Indicators ................................................ 4
Table 6.
Power Consumption Worksheet ................................ 5
Table 7.
Screen Abbreviations ................................................. 7
Table 8.
HDSL Loss Values .................................................. 16
Table 9.
Loop Insertion Loss Data ........................................ 16
Table 10. Troubleshooting Guide ............................................ 17
Table 11. HDSL 3192 HTU-C Specifications ......................... 18
Table A-1. HDSL Loopback Control Codes ........................... A-1
Table A-2. Inband Addressable Loopback Codes ................... A-2
61245004L6-5D
3192 HTU-C
High-bit-rate Digital Subscriber Line
Transceiver Unit for the Central Office
Installation and Maintenance
Trademarks: Any brand names and product names included in this document are
Section 61245004L6-5, Issue 4
trademarks, registered trademarks, or trade names of their respective holders.
C
L
O
S

Figure 1. ADTRAN 3192 HTU-C

1. GENERAL

The ADTRAN 3192 HDSL Transceiver Unit for the
Central Office (HTU-C), P/N 1245004L6, is the Central
Office (CO) unit used to deploy an HDSL T1 circuit
using 4-wire metallic facilities. The unit occupies one slot
in a CI Wescom 3192 Office Repeater Bay.
DSX-1 signals are provided to and received from the
network while 2B1Q HDSL signals are provided to the
local loop. The ADTRAN HTU-C works in conjunction
with the ADTRAN HDSL Transceiver Unit for the
Remote end (HTU-R) and HDSL Range Extender (HRE)
to provide a DS1 service up to 36,000 feet on the local
loop.
This HTU-C works with multiple list versions of the
HTU-R and HRE as listed below:
Part Number
Description
1244021L1 ............ Low Voltage HTU-R T400 CP
1244022L1 ............ Low Voltage HTU-R SA
1244041L2 ............ Low Voltage T400 HRE
1244042L1 ............ Low Voltage 819A HRE
1244044L1 ............ Low Voltage 439 HRE
1245021L1 ............ Low Voltage HTU-R T200 CP
1245022L1 ............ Low Voltage HTU-R SA
1245026L1 ............ Low Voltage HTU-R CI
1245026L4 ............ Low Voltage HTU-R
1245026L5 ............ Low Voltage HTU-R w/PRM
1245045L1 ............ Low Voltage 239 T1 HRE
Section 61245004L6-5D
Issue 4, April 2001
CLEI Code #T1L4SNSC _ _
1

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Summary of Contents for ADTRAN 3192 HTU-C

  • Page 1: Table Of Contents

    1245021L1 .... Low Voltage HTU-R T200 CP Table 10. Troubleshooting Guide ..........17 1245022L1 .... Low Voltage HTU-R SA Table 11. HDSL 3192 HTU-C Specifications ......18 1245026L1 .... Low Voltage HTU-R CI Table A-1. HDSL Loopback Control Codes ......A-1 Table A-2.
  • Page 2: Installation

    Position Description derive its internal logic and span powering voltages from the -48 Vdc office supply. The 3192 HTU-C can AIS ....Upon Customer Loss of Signal (DS1) at the span power HREs and HTU-Rs as listed above. When terminating end of the HDSL circuit, AIS is generated from the HTU-R toward the network.
  • Page 3 EN ..Enabled Electrical Code Compliance Table 4 shows Telecommunications Codes for the 3192 HTU-C. The 3192 HTU-C complies with the requirements covered under UL 1459 third edition and is intended to be installed in an enclosure with an Installation Code (IC) of “B” or “E.”...
  • Page 4: Figure 2. Htu-C Switch Arrangement

    Table 5 defines these LEDs. in Figure 2. The default setting is Auto. Shelf Population (based on power requirements) Table 6 can be used to determine the maximum allowable shelf population using the 3192 HTU-C. DSX-1 DSX-1 P3 AUTO/UNF Figure 2. HTU-C Switch Arrangement Table 5.
  • Page 5: Connections

    R TX DSX (In from DSX) 3. CONNECTIONS R1 RX DSX (Out to DSX) The 3192 HTU-C occupies one card slot in a CI Wescom 3192 Office Repeater Bay. Power and alarm R1 HDSL Loop 2 signals are provided to the card through the backplane of the shelf.
  • Page 6: Hdsl System Testing

    The loopback condition imposed in both cases is a logic level loopback at the point within the HTU-C The ADTRAN HDSL system provides the ability to where the DSX-1 signal passes into the HDSL monitor the status and performance of the DSX-1 modulators.
  • Page 7: Control Port Operation

    5. CONTROL PORT OPERATION The terminal interface operates at data rates from 1.2 kbps to 19.2 kbps. The asynchronous data format The HTU-C provides a faceplate-mounted DB-9 is fixed at 8 data bits, no parity, and 1 stop bit. The connector that supplies an RS-232 interface for supported terminal type is VT100 or compatible.
  • Page 8 2B1Q signal than the insertion loss measured at a single frequency. 7. Troubleshooting Adtran HDSL can operate on cables with an excess of 30 dB LOSS. 8. Set Time/Date/Circuit ID The first number is for the current 15-minute period and the second is the current 24-hour period (Loop 1 and Loop 2 numbers are displayed).
  • Page 9 Generally, a noise margin of 0 or higher will support a bit error rate (BER) of better than 10 . ADTRAN has defined the following as guidelines that correspond to the operation of the HTU-C faceplate LEDs labeled LP1 and LP2.
  • Page 10: Figure 8. Introductory Menu Screen

    AT HTU-R Press “M” to view Main Menu. Figure 8. Introductory Menu Screen CIRCUIT ID: Circuit XXXXX 02/01/99 11:19:06 ADTRAN HDSL MAIN MENU 1) CURRENT SYSTEM STATUS 2) PERFORMANCE HISTORY 3) ADTRAN INFORMATION 4) LOOPBACK OPTIONS 5) SELF-TEST 6) PROVISIONING...
  • Page 11: Figure 10. Current System Status Screen

    CIRCUIT ID: Circuit XXXXX 02/01/99 11:14:38 LOOP #1 <NETWORK> LOOP #2 CURRENT SYSTEM STATUS LOOP #1 <CUSTOMER>LOOP #2 -------- HTU-C ---------- -------- HTU-R ---------- 02 dB 02 dB <-- LOSS --> 32 dB 32 dB <-- SYNC --> 000/00000 000/00000 <-- ES 15M/24H -->...
  • Page 12: Figure 11. Performance History Screen

    CIRCUIT ID: Circuit XXXXX 02/01/99 11:16:06 24 HOUR REGISTERS PERFORMANCE HISTORY 15 MINUTE REGISTERS --ES-SES-- --ES-SES-----ES-SES-- 00001 00000 <--CURRENT--> 000 000 01/31 ----- ----- <-- --> 11:15 000 000 07:15 --- --- 01/30 ----- ----- 11:00 001 000 07:00 --- --- 01/29 ----- ----- 10:45 --- --- 06:45 --- ---...
  • Page 13: Figure 12. Loopback Options Screen

    CIRCUIT ID: Circuit XXXXX 02/01/99 11:17:30 LOOPBACK OPTIONS _____ _____ _____ |HTU-C| |HRE 1| |HTU-R| --->|-----|<============>|-----|<============>|-----|<--- NET | | CUST <---|-----|<============>|-----|<============>|-----|---> |_____| |_____| |_____| 1) LOOPBACK TO NETWORK AT HTU-C = INACTIVE 2) LOOPBACK TO CUSTOMER AT HTU-C = INACTIVE 3) LOOPBACK TO NETWORK AT HTU-R = INACTIVE 4) LOOPBACK TO CUSTOMER AT HTU-R = INACTIVE...
  • Page 14: Figure 14. Provisioning Screen

    CIRCUIT ID: 1245004L6 CIRCUIT A 01/29/99 00:00:14 PROVISIONING ___________________________________________________ PROVISIONS SETTINGS ————————————————————— * DSX-1 LINE BUILDOUT 0-133 FEET DS1 OUTPUT LEVEL 0 dB * DSX-1/DS1 LINE CODE B8ZS DSX-1 FRAMING UNFRAMED DS1 FRAMING * LOOPBACK TIMEOUT NONE * CUSTOMER LOSS RESPONSE * LATCHING LOOPBACK MODE * HTU-C SHELF ALARM DISABLED...
  • Page 15: Figure 16. Set Time/Date/Circuit Id

    CIRCUIT ID: Circuit XXXXX 02/01/99 11:12:52 SET TIME/DATE/CIRCUIT ID 1) SET TIME 2) SET DATE 3) SET CIRCUIT ID Choose an option by pressing the corresponding number. Press “M” to return to Main Menu. Figure 16. Set Time/Date/Circuit ID 61245004L6-5D Section 61245004L6-5, Issue 4...
  • Page 16: Hdsl Deployment Guidelines

    6. HDSL DEPLOYMENT GUIDELINES Loop loss per Kft for other wire is summarized in Table 8. The ADTRAN HDSL system is designed to provide DS1 based services over loops designed to comply Table 8. HDSL Loss Values (200 kHz cable loss in dB/Kft at 135 Ω) with carrier service area (CSA) guidelines.
  • Page 17: Troubleshooting Procedures

    Table 10 is a troubleshooting guide for the 3192 HTU-C. 10. WARRANTY AND CUSTOMER SERVICE ADTRAN will replace or repair this product within 10 years from the date of shipment if it does not meet its Table 10. Troubleshooting Guide...
  • Page 18 DSX-1 Channelization ..........Channels 1-12 on HDSL Loop 1, Channels 13-24 on HDSL Loop 2 Power Tested with the ADTRAN Low-Voltage HRE (P/N 1244041L2) and the ADTRAN Low Voltage HTU-R (1245021L1). Total Power ..............-48 Vdc @ 200 mA with HTU-R...
  • Page 19: Appendix Ahdsl Loopbacks

    Appendix A HDSL LOOPBACKS The overwrite method produces periodic control HDSL MAINTENANCE MODES sequences. However, once per frame, the framing bit This appendix describes operation of the HDSL overwrites one of the bits in the control sequence. system with regard to detection of in-band and ESF The unit can detect the loopback activation or facility data link loopback codes.
  • Page 20 Table A-2. Inband Addressable Loopback Codes Code and Function Response Arm ..........11000 (also known as a 2-in-5 pattern) The HTU-R will loop up towards the network. No AIS or errors will be sent as a result of this loopback. The HTU-C and HRE will arm. Disarm ...........

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