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61222004L2-5A

Section 61222004L2-5, Issue 1

   1

Section 61222004L2-5A

Issue 1, July 2001

CLEI Code: T1L3X6AA_ _

3192 H2TU-C Transceiver Unit Central Office (HDSL2)

Installation and Maintenance

Trademarks:  Any brand names and product names included in this document are
trademarks, registered trademarks, or trade names of their respective holders.

Figure 1.  ADTRAN 3192 H2TU-C

CONTENTS

1. GENERAL ............................................................................... 1
2. INSTALLATION ..................................................................... 2
3. CONNECTIONS ...................................................................... 5
4. HDSL2 SYSTEM TESTING ................................................... 5
5. CONTROL PORT OPERATION ............................................ 7
6. HDSL2 DEPLOYMENT GUIDELINES .............................. 17
7. TROUBLESHOOTING PROCEDURES ............................. 18
8. MAINTENANCE .................................................................. 18
9. PRODUCT SPECIFICATIONS ............................................ 18
10. WARRANTY AND CUSTOMER SERVICE ...................... 18
Appendix A. HDSL2 MAINTENANCE MODES .................... A-1

FIGURES

Figure 1.

ADTRAN 3192 H2TU-C ........................................... 1

Figure 2.

Option Switches ......................................................... 4

Figure 3.

H2TU-C Edge Connector Wiring .............................. 5

Figure 4.

H2TU-C Span Powering Diagram ............................. 5

Figure 5.

H2TU-C Bantam Jack Arrangement ......................... 6

Figure 6.

HDSL2 Loopbacks ..................................................... 6

Figure 7.

RS-232 (DB-9) Pin Assignment ................................ 7

Figure 8.

HDSL2 Main Menu ................................................... 8

Figure 9.

HDSL2 Unit Information Screen ............................... 9

Figure 10. Provisioning Screen ................................................. 10
Figure 11. Span Status Screen ................................................... 10
Figure 12. Detailed Status Screen ............................................. 11
Figure 13. Loopback and Test Commands Screen ................... 11
Figure 14. 24 Hour Performance History

Path Data Screen ...................................................... 12

Figure 15. 15 Minute Performance History

Line Data Screen ...................................................... 12

Figure 16. Performance Data Definitions Screen,

Loop Related ............................................................ 13

Figure 17. Performance Data Definitions Screen,

Path Related ............................................................. 13

Figure 18. Circuit ID, Time/Date Screen .................................. 14
Figure 19. Terminals Modes Screen ......................................... 14
Figure 20. Alarm History Screen .............................................. 15
Figure 21. Event History Screen ............................................... 16
Figure 22. HDSL2 Deployment Guidelines .............................. 17
Figure A-1. HDSL2 Loopback Points ....................................... A-1
Figure A-2. HDSL2 Element State Diagram ............................ A-1

TABLES

Table 1.

Faceplate Indicators .................................................... 2

Table 2.

SW2 Option Settings .................................................. 3

Table 3.

Rotary Switch (SW1) Option Settings ....................... 4

Table 4.

Compliance Codes ...................................................... 4

Table 5.

Screen Abbreviations .................................................. 7

Table 6.

HDSL2 Loss Values ................................................. 17

Table 7.

Loop Insertion Loss Data ......................................... 17

Table 8.

Troubleshooting Guide ............................................. 18

Table 9.

3192 H2TU-C Specifications ................................... 19

Table A-1.  HDSL2 Loopback Control Codes .......................... A-3

1. GENERAL

The ADTRAN 3192 HDSL2 Transceiver Unit for the
Central Office (H2TU-C), P/N 1222004L2, is the
Central Office (CO) unit used to deploy an HDSL2 T1
circuit using 2-wire metallic facilities.  The unit
occupies one slot in a CI Wescom

®

 3192 Office

Repeater Bay.  The unit is illustrated in 

Figure 1

.

DSX-1 signals are provided to and received from the
network while HDSL2 signals are provided to the local
loop.  The ADTRAN H2TU-C works in conjunction
with the ADTRAN H2TU-R to provide a DS1 service
up to 12,000 feet on the local loop.

This H2TU-C works with multiple list versions of the
HDSL2 Unit for the Remote end (H2TU-R) some of
which are listed as follows:

Part Number

Description

1221026LX ................................. T200 H2TU-R

1221026L6#L .............................. T200 H2TU-R MON,

Local Power

1222026LX ................................. 2nd Gen T200 H2TU-R

1222004L2

Summary of Contents for 3192 H2TU-C

Page 1: ...Screen Loop Related 13 Figure 17 Performance Data Definitions Screen Path Related 13 Figure 18 Circuit ID Time Date Screen 14 Figure 19 Terminals Modes Screen 14 Figure 20 Alarm History Screen 15 Fig...

Page 2: ...has four faceplate LEDs which indicate operational status Table 1 defines these LEDs Configuration is performed by manually selecting the appropriate option switch or switches One six position DIP sw...

Page 3: ...to match the H2TU C 2 The ADTRAN H2TU R 1221026L6 supports AIS CI per the definition in ANSI T1 403 CORE 1997 The H2TU R will generate an AIS CI signal toward the network upon receiving unframed all o...

Page 4: ...liance Codes Table 4 shows the Compliance Codes for the 3192 H2TU C The 3192 H2TU C complies with the requirements covered under UL 60950 Third Edition and is intended to be installed in an enclosure...

Page 5: ...C D E F H J K L R1 RX DSX Out to DSX R TX DSX In from DSX GND 48V R HDSL2 Loop Fuse Alarm to Alarm Module T TX DSX In from DSX RCV LOS to Alarm Module T1 RX DSX Out to DSX Frame Ground T HDSL2 Loop T...

Page 6: ...1 H2TU R H2TU C Loopbacks The H2TU C responds to two different loopback activation processes First loopbacks may be activated using the craft interface The Loopback Options Screen which provides for...

Page 7: ...s mode enables all screen highlighting and cursor placement Print screen and log file commands are not available in this mode The default Terminal Mode is Real Time Update NOTE If you are using a pers...

Page 8: ...erminal Once the speed has been determined an HDSL2 Main Menu is presented as illustrated in Figure 8 The Main Menu provides access to detailed performance and configuration information Selecting the...

Page 9: ...address Figure 9 HDSL2 Unit Information Screen CIRCUIT ID 01 01 00 03 35 35 Press ESC to return to previous menu ADTRAN 901 Explorer Boulevard Huntsville Alabama 35806 2807 For Information or Technica...

Page 10: ...dware setting The Span Status Screen illustrated in Figure 11 provides quick access to status information for each HDSL2 receiver in the circuit Figure 10 Provisioning Screen CIRCUIT ID 01 01 00 00 02...

Page 11: ...nd H2TU R A Loop down ALL units command is available in lieu of the Self Test option when any loopback is active Figure 12 Detailed Status Screen CIRCUIT ID 01 01 00 00 05 18 Press ESC to return to pr...

Page 12: ...24 Hour Performance History Path Data Screen CIRCUIT ID 01 01 00 00 06 35 Press ESC to return to previous menu Menu 24 Hour H2TUC DSX 1 Performance Data 1 Definitions ES P SES P UAS P CV P 2 Reset Da...

Page 13: ...V EXZ 1544 or LOS 1 UAS L Unavailable Seconds 10 cont SES Ls CV L Code Violation Count BPV EXZ count NOTE Reverse video indicates invalid data due to a terminal restart or power cycle a data register...

Page 14: ...pdating of HDSL2 circuit conditions and provisioning options as changes occur While in Real Time Update mode the unit is anticipating baud poll responses from the terminal CIRCUIT ID 01 01 00 00 40 53...

Page 15: ...e most current circuit conditions and provisioning options The Alarm History Screen illustrated in Figure 20 provides the user with a detailed alarm history and events log for the HDSL2 and T1 spans T...

Page 16: ...strated in Figure 21 provides a log history of HDSL2 circuit events The following is a summary list of possible events Circuit ID Change DS1 Transmit Level Option Change DSX DS1 Alarm Type Active Inac...

Page 17: ...2 45 2 629 19 PIC 1 551 1 587 1 634 19 Pulp 1 817 1 856 1 909 Table 7 Loop Insertion Loss Data Frequency Hz Maximum Loss dB 3 000 12 0 10 000 15 0 50 000 25 5 100 000 30 0 150 000 32 75 200 000 35 25...

Page 18: ...ve unit to ADTRAN See Warranty and Customer Service section of this Practice 9 PRODUCT SPECIFICATIONS Product specifications are detailed in Table 9 10 WARRANTY AND CUSTOMER SERVICE ADTRAN will replac...

Page 19: ...7 399 feet ABAM 400 533 feet ABAM 534 655 feet ABAM DSX 1 Line Code AMI B8ZS DSX 1 Format SF ESF Unframed Power Tested with the ADTRAN H2R P N 1221045L1 and the ADTRAN H2TU R 1222026L6 Total Power wor...

Page 20: ...20 Section 61222004L2 5 Issue 1 61222004L2 5A...

Page 21: ...he DSX 1 signal toward the network Appendix A HDSL2 Loopbacks H2TU R Loopback A regenerative loopback of the DS1 signal toward the network This loopback is in addition to a separate Smartjack loopback...

Page 22: ...isarmed State is the normal mode of operation Each HDSL2 element is transparent to the data flow However the in band data flow and the ESF data link are monitored for the arming sequence The in band c...

Page 23: ...to exceed 16 repetitions to allow detection and loop down of up Table A 1 HDSL2 Loopback Control Codes Name Arming In band Arming ESF Activation H2TU C Activation H2TU R Deactivation all HDSL2 element...

Page 24: ...DS1 signal However the data flow is monitored for the in band deactivation sequence the in band disarming sequence and the ESF data link disarming sequence Also a loop up time out value causes automat...

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