ADTRAN T200 H2TU-R Installation And Maintenance Manual
ADTRAN T200 H2TU-R Installation And Maintenance Manual

ADTRAN T200 H2TU-R Installation And Maintenance Manual

2-wire hdsl (hdsl2) remote unit
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CONTENTS
1. GENERAL ............................................................................... 1
2. INSTALLATION .................................................................... 2
3. CONNECTIONS ..................................................................... 4
4. HDSL2 SYSTEM TESTING .................................................. 4
5. CONTROL PORT OPERATION ........................................... 6
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 Loopbacks ............................................... A-1
FIGURES
Figure 1. ADTRAN T200 H2TU-R ............................................ 1
Figure 2. H2TU-R Bridge Diagram ............................................ 4
Figure 3. HDSL2 Loopbacks ...................................................... 5
Figure 4. RS-232 (DB-9) Pin Assignments ................................ 6
Figure 5. HDSL2 Main Menu ..................................................... 7
Figure 6. HDSL2 Unit Information Screen ................................ 7
Figure 7. Provisioning Screen ..................................................... 8
Figure 8. Span Status Screen ...................................................... 8
Figure 9. Detailed Status Screen ................................................. 9
(Continued) ................................................................ 12
Figure 16. Set Circuit ID, Time/Date Screen .............................. 13
Figure 17. Terminal Modes Menu Screen ................................... 14
Figure 18. T1 Alarm History Screen ........................................... 15
Figure 19. Event History Screen ................................................. 15
Figure 20. Virtual Terminal Control Screen ................................ 16
Figure 21. Deployment Guidelines ............................................. 17
TABLES
Table 1. Compliance Codes ......................................................... 2
Table 2. Faceplate Indicators ....................................................... 3
Table 3. Faceplate Loopback Pushbuttons .................................. 3
Table 4. Card Edge Pin Assignments .......................................... 4
Table 5. Screen Abbreviations ..................................................... 6
Table 6. HDSL2 Loss Values .................................................... 17
Table 7. Loop Insertion Loss Data ............................................. 17
Table 8. Troubleshooting Guide ................................................ 18
Table 9. ADTRAN T200 Low Voltage H2TU-R
Specifications ............................................................... 19
Table A-1. HDSL2 Loopback Control Codes .......................... A-2
Table A-2. In-Band Addressable Loopback Codes ................. A-3
61222026L1-5A
T200 H2TU-R
2-Wire HDSL (HDSL2) Remote Unit
Installation and Maintenance
61222026L1-5, Issue 1
Trademarks: Any brand names and product names included in this document are
trademarks, registered trademarks, or trade names of their respective holders.
CLEI Code: T1L3WVTA_ _

Figure 1. ADTRAN T200 H2TU-R

1. GENERAL

The ADTRAN 2-Wire T200 HDSL2 Transceiver Unit
for the Remote end (H2TU-R), ADTRAN P/N
1222026L1, is a network terminating unit used to
deploy an HDSL2 T1 circuit using 2-wire metallic
facilities. The H2TU-R is a T200 mechanics card
which will fit T200 or T400 mechanics enclosures.
The H2TU-R can be housed in the ADTRAN
standalone metal enclosure (P/N 1242034L3) or the
T200 Dual-Mount Enclosure (P/N 1245034L1). Refer
to the appropriate ADTRAN practice for more
information. The T200 H2TU-R card can also plug
into the ADTRAN HR12 HDSL remote shelf (P/N
1242007LX), or the ADTRAN HR4 HDSL remote
shelf (P/N 1242008L1). In all applications the
H2TU-R must be installed in NEBS compliant and UL
listed enclosures to insure full compliance with this
unit.
Revision History
This is the initial release of this document. Future
revisions to this document will be explained in this
subsection.
Section 61222026L1-5A
Issue 1, July 2001
1222026L1
DSL
DS1
ALM
ESF/SF
(YEL)(GRN)
B8ZS/AMI
(YEL) (GRN)
LLB/RLB
(YEL) (GRN)
LOC
L
B
K
REM
TX
B
R
G
RX
1

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Summary of Contents for ADTRAN T200 H2TU-R

  • Page 1: Table Of Contents

    T200 Dual-Mount Enclosure (P/N 1245034L1). Refer to the appropriate ADTRAN practice for more TABLES information. The T200 H2TU-R card can also plug Table 1. Compliance Codes ............2 Table 2. Faceplate Indicators ............3 into the ADTRAN HR12 HDSL remote shelf (P/N Table 3.
  • Page 2: Installation

    After unpacking the unit, inspect it for damage. 1221003LX ..DDM+ H2TU-C If damage is discovered, file a claim with the carrier, 1221004LX ..3192 H2TU-C then contact ADTRAN. See Warranty and Customer Service. 1221006L1 ... T200 H2TU-C 1181111L1 ... Total Access 3000 H2TU-C The settings on the H2TU-C are encoded and 1222001LX ..
  • Page 3 Faceplate Indicators Faceplate Pushbuttons There are six faceplate mounted status indicators, Two loopback (LBK) pushbuttons are accessible from described in Table 2. the faceplate. The REM loopback button controls a customer loopback at the H2TU-C. The LOC loopback button controls a bidirectional loopback at the H2TU-R.
  • Page 4: Connections

    H2TUR Voltage Installation/Maintenance • 61245034L1-5, T200 Dual-Mount Installation/ Maintenance ADTRAN’s T200 Dual-Mount housing (P/N INTERFACE 1245034L1) is required when using the T200 H2TU-R for HDSL Loop Support System (H-LSS ) protection circuits. Figure 2. H2TU-R Bridge Diagram 61222026L1-5, Issue 1...
  • Page 5: Figure 3. Hdsl2 Loopbacks

    Customer Loopbacks NOTE In addition to the loopbacks in the direction of the For the BRG jacks, the Tx and Rx indications network, the H2TU-R may also be looped back in the relate to the direction of the DS1 signal to/from direction of the customer using the terminal control the H2TU-R, respectively.
  • Page 6: Control Port Operation

    “1” from the Performance History screen menu. 1. HDSL2 Unit Information The screens illustrated in Figure 5 through Figure 20 2. Provisioning apply to an HDSL2 circuit deployed with ADTRAN’s 3. Span Status HDSL2 technology. The circuit includes an H2TU-C 4. Loopbacks and Test and an H2TU-R.
  • Page 7: Figure 5. Hdsl2 Main Menu

    The HDSL2 Unit Information Screen, illustrated in Figure 6, provides detailed product information on each component in the HDSL2 circuit. This screen also displays contact information for ADTRAN Technical Support, Internet site and address. CIRCUIT ID: 01/01/00 00:03:05 Adtran HDSL2 Main Menu...
  • Page 8: Figure 7. Provisioning Screen

    The Provisioning Screen, illustrated in Figure 7, The Span Status Screen, illustrated in Figure 8, displays the current provisioning settings for the provides quick access to status information for each HDSL2 receiver in the circuit. The Legend selection HDSL2 circuit. To change a particular option setting, select the appropriate number and a new menu will provides a description of the messages that are used on appear with a list of the available settings.
  • Page 9: Figure 9. Detailed Status Screen

    The Detailed Status selection from the Span Status Figure 10 illustrates the Loopback and Test Menu, illustrated in Figure 9, displays the HDSL2 Commands Screen, which provides the user with the and T1 status for each receiver point. From this ability to evoke or terminate all available HDSL2 screen, all registers can be zeroed (which requires loopbacks.
  • Page 10: Figure 11. 15-Minute Performance History Path Data Screen

    The Performance History Screens, illustrated in At each 24-hour interval, the performance data is Figure 11, Figure 12, and Figure 13 display the transferred into the 24-hour performance data historical HDSL2 and T1 performance data in several registers. This unit stores up to 31 days of 24-hour different registers.
  • Page 11: Figure 12. 60-Minute Performance History Line Data Screen

    CIRCUIT ID: 01/01/00 00:07:07 Press ESC to return to previous menu Menu 60 Minute H2TUC DSX-1 Performance Data Definitions ES-L SES-L UAS-L PDVS-L B8ZS-L CV-L Reset Data 0001 0001 0000 0002 0427 00000 15 Min Data 01/01 00:00 1800 1800 1800 0000 0000...
  • Page 12: Figure 14. Performance History Data Definitions Screen

    Abbreviations used in the Performance History Screens are defined in the Data Definitions, see Figure 14 and Figure 15. CIRCUIT ID: 01/01/00 00:05:46 Press ESC to return to previous menu Performance Data Definitions H2TUC, H2TUR, and H2R LOOP Related: HDSL2 Framing ES-L Errored Seconds CRC>=1 or LOSW>=1...
  • Page 13: Figure 16. Set Circuit Id, Time/Date Screen

    Figure 16 illustrates the Circuit ID and Time/Date Screen. The Circuit ID can be any alphanumeric string up to 25 characters in length. The time should be entered using military time (for example, enter 3:15 p.m. as “151500”). The date should be entered as MMDDYY (for example, enter January 02, 2000, as “010200”).
  • Page 14: Figure 17. Terminal Modes Menu Screen

    This unit includes two terminal emulation modes. The The second terminal emulation mode is the Real Time desired terminal mode can be selected from the Update Mode (VT100). This mode provides real time Terminal Modes Screen, illustrated in Figure 17. updating of HDSL2 circuit conditions and Additionally, pressing “CTRL”...
  • Page 15: Figure 18. T1 Alarm History Screen

    The Alarm History Screen, illustrated in Figure 18, The Event History Screen, illustrated in Figure 19, provides the user with a detailed alarm history and provides a log history of HDSL2 circuit events. events log for the HDSL2, T1 spans, and the system alarm history.
  • Page 16: Figure 20. Virtual Terminal Control Screen

    The Virual Terminal Control Screen, illustrated in Figure 20, allows the user to log into the H2TU-C from the H2TU-R. CIRCUIT ID: 01/01/00 00:10:41 Press ESC to return to previous menu Virtual Terminal Session: Inactive Virtual Host: Virtual Terminal Control Selection: Figure 20.
  • Page 17: Hdsl2 Deployment Guidelines

    6. HDSL2 DEPLOYMENT GUIDELINES The ADTRAN HDSL2 system is designed to provide DS1-based services over loops designed to comply INVALID CABLE LENGTHS with Carrier Service Area (CSA) guidelines. CSA deployment guidelines are given below. TOTAL BRIDGED 1. All loops are non-loaded only.
  • Page 18: Troubleshooting Procedures

    Repair and Return Address ADTRAN, Inc. 10. WARRANTY AND CUSTOMER SERVICE CAPS ADTRAN will replace or repair this product within 10 901 Explorer Boulevard years from the date of shipment if it does not meet its Huntsville, Alabama 35806-2807 published specifications or fails while in service.
  • Page 19 Table 9. ADTRAN T200 Low Voltage H2TU-R Specifications Loop Interface Modulation Type ........16-TC PAM Mode ............Full Duplex, Partially Overlapped, Echo Canceling Number of Pairs ........One Bit Rate ............. 1.552 mbps Baud Rate ..........517.333 k baud Service Range .......... Defined by Carrier Service Area Guidelines Loop Loss ..........
  • Page 20 61222026L1-5, Issue 1 61222026L1-5A...
  • Page 21: Appendix Ahdsl2 Loopbacks

    Appendix A HDSL2 Loopbacks The unit can detect the loopback activation or HDSL2 MAINTENANCE MODES deactivation code sequence only if an error rate of This Appendix describes operation of the HDSL2 or better is present. system with regard to detection of in-band and ESF facility data link loopback codes.
  • Page 22 Table A-1. HDSL2 Loopback Control Codes A-2, A-3 Type Source Code Name Abbreviated (N) ... 3in7 (1110000) ..........Loopback data from network toward network in the H2TU-R. (N) ... 4in7 (1111000) ..........Loopback data from network toward network in the H2TU-C. (C) ....
  • Page 23 Table A-2. In-Band Addressable Loopback Codes (All codes listed below must be sent for a minimum of 5 seconds in order for them to be detected and acted upon.) Function Code and Response Arm ..........11000 (also known as a 2-in-5 pattern) The H2TU-R will loop up toward the network.
  • Page 24 Section 61222026L1-5, Issue 2 61221026L1-5A...

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