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61223404L2-5A

Issue 1, December 2003

    11

The 

Performance History

 screens (

Figure 13

 and 

Figure 14

) are used to select and display the historical 

HDSL4 and T1 performance data in several different 
registers. At each 15-minute interval, the performance 
information is transferred to the 15-minute performance 
data register. 

This unit stores performance data in 15-minute incre-
ments for the previous 24-hour period. At each 24-hour 
interval, the performance data is transferred into the 24-
hour performance data registers. This unit stores up to 
31 days of 24-hour interval data. 

Figure 13.  15-Minute Performance Data Screen

Figure 14.  24-Hour Performance Data Screen

CIRCUIT ID:ABC123                                                 11/03/03 09:29:45
                        Press ESC to return to previous menu                       

           Menu                 15 Minute H4TUC DSX-1 Performance Data

     1.  Definitions              ES-L  SES-L LOSS-L CV-L
     2.  Reset Data               000   000   000    00000
     3.  15 Min Data        14:15 000   000   000    00000
     4.  60 Min Data        14:00 000   000   000    00000
     5.  24 Hr Data         13:45 000   000   000    00000
     6.  Line Data          13:30 000   000   000    00000
     7.  Path Data          13:15 000   000   000    00000
     8.  H4TUC DSX-1        13:00 000   000   000    00000
     9.  H4TUR LOOP         12:45 000   000   000    00000
    10.  H4TUR LOOP         12:30 000   000   000    00000
    11.  H4TUR DS1
    12.  H4R #1 NETW
    13.  H4R #1 CUST          
    14.  H4R #2 NETW          ___       ___       ___                 ___
    15.  H4R #2 CUST         | C |     |#1 |     |#2 |               | R |
                         -8->|   |-----|   |-----|   |---------------|   |--->
                             |   |9  12|   |13 14|   |15           10|   |
                         <---|   |-----|   |-----|   |---------------|   |<-11
                             |___|     |___|     |___|               |___|
                             Selection:

CIRCUIT ID:ABC123                                                 11/03/03 09:29:45
                        Press ESC to return to previous menu                       

           Menu                  24 Hour H4TUC LOOP Performance Data
                                      LOOP 1            LOOP 2
     1.  Definitions             ES-L  SES-L UAS-L ES-L  SES-L UAS-L
     2.  Reset Data              00000 00000 00000 00000 00000 00000
     3.  15 Min Data       10/17 ----- ----- ----- ----- ----- -----
     4.  60 Min Data       10/16 ----- ----- ----- ----- ----- -----
     5.  24 Hr Data        10/15 ----- ----- ----- ----- ----- -----
     6.  Line Data         10/14 ----- ----- ----- ----- ----- -----
     7.  Path Data         10/13 ----- ----- ----- ----- ----- -----
     8.  H4TUC DSX-1       10/12 ----- ----- ----- ----- ----- -----
     9.  H4TUC LOOP        10/11 ----- ----- ----- ----- ----- -----
    10.  H4TUR LOOP
    11.  H4TUR DS1
    12.  H4R #1 CUST
    13.  H4R #1 CUS                                         
    14.  H4R #2 NETW          ___       ___       ___                 ___
    15.  H4R #2 CUST         | C |     |#1 |     |#2 |               | R |
                         -8->|   |-----|   |-----|   |---------------|   |--->
                             |   |9  12|   |13 14|   |15           10|   |
                         <---|   |-----|   |-----|   |---------------|   |<-11
                             |___|     |___|     |___|               |___|
                             Selection:

Содержание 3192 H4TU-C

Страница 1: ...to deploy an HDSL4 T1 circuit using 4 wire metallic facilities The unit occupies one slot in a 3192 chassis Figure 1 illus trates the 3192 H4TU C P N 1223404L2 Revision History This is the first relea...

Страница 2: ...g systems NOTE For implementation of TScan please contact your local ADTRAN sales representative Compliance Table 2 shows the compliance codes for the 3192 H4TU C The 3192 H4TU C is to be installed in...

Страница 3: ...is firmly positioned against the backplane of the chassis When the 3192 H4TU C first powers up it runs the power up self tests Once the power up self test is complete the status LEDs will reflect the...

Страница 4: ...ersion FFFC mode sets the H2TU C to ESF and the H2TU R to SF This mode should be used to force SF DS1 from customer to ESF DSX 1 to network conversion in the absence of network provided ESF framing 2...

Страница 5: ...owering Diagram H4TU C Alarm Outputs Each H4TU C has a built in fuse for the 48 VDC power feed If this fuse blows a shelf alarm will be activated and all front panel indicators will be off A blown fus...

Страница 6: ...ure 5 depicts all of the loopback locations possible with ADTRAN HDSL4 equipment In addition to network side loopbacks the ADTRAN 3192 H4TU C provides customer side loopbacks initiated by using either...

Страница 7: ...ing on the personal computer If using a portable personal computer with terminal emulation capability communication between the computer and the HDSL4 unit may be periodically disrupted if power savin...

Страница 8: ...Information 2 Provisioning 3 Span Status 4 Loopbacks and Test 5 Performance History 6 Scratch Pad Ckt ID Time Date 7 Terminal Modes 8 Alarm History 9 Event History 10 System PM Screen Report 11 Clear...

Страница 9: ...ach HDSL4 receiver in the circuit Figure 9 Provisioning Menu Circuit ID 11 03 03 09 29 45 Press ESC to return to previous menu Provisioning 1 DSX 1 Line Buildout 0 133 ft 2 DSX 1 DS1 Line Code B8ZS 3...

Страница 10: ...rn to previous menu Detailed Status Screen LOOP 1 LOOP 2 MARGIN ATTEN MARGIN ATTEN Interface CUR MIN MAX CUR MAX CUR MIN MAX CUR MAX H4TUC 17 00 17 00 00 17 00 17 00 00 H4R1 NETW 17 00 17 00 00 17 13...

Страница 11: ...LOSS L CV L 2 Reset Data 000 000 000 00000 3 15 Min Data 14 15 000 000 000 00000 4 60 Min Data 14 00 000 000 000 00000 5 24 Hr Data 13 45 000 000 000 00000 6 Line Data 13 30 000 000 000 00000 7 Path D...

Страница 12: ...PDVS L Pulse Density Violation Secs EXZ 1 7 zeros if B8ZS 15 if AMI B8ZS L B8ZS Seconds B8ZS coded signal received CV L Code Violation Count BPV EXZ count NOTE Reverse video indicates invalid data du...

Страница 13: ...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 in the MMDDYY format For example en...

Страница 14: ...D LOS LOF 01 01 00 00 00 05 01 01 00 00 00 05 Alarm 001 DSX 1 YELLOW RAI OK 000 BLUE AIS OK 000 H4TU R RED LOS LOF 06 01 03 23 46 22 06 01 03 23 46 22 Alarm 001 DS1 YELLOW RAI OK 000 BLUE AIS OK 000 1...

Страница 15: ...03 03 09 29 45 Press ESC to return to previous menu Num Description of Event Date Time 1 H4TU C Powered Up 01 25 02 11 52 00 Page Number 1 1 Number of Events 1 P Previous Page H Home R Reset Events N...

Страница 16: ...u 1 HDSL4 Unit Information 2 Provisioning 3 Span Status 4 Loopbacks and Test 5 Performance History 6 Scratch Pad Ckt ID Time Date 7 Terminal Modes 8 Alarm History 9 Event History 10 System PM Screen R...

Страница 17: ...d RX in pairs are not swapped If signal from DSX OK verify cross connect wiring at DSX panel is turned over OUT to IN and IN to OUT If DSX wiring OK connect test set REC to the DSX MON network side eq...

Страница 18: ...Select option 1 from this screen to begin a user initiated session with the remote unit When the remote session is completed Press CTRL X to terminate the session Figure 26 Virtual Terminal Session Sc...

Страница 19: ...than the recommended maximum loss may result in compro mised reliability of that loop Follow the guidelines in in this section to ensure that the circuit meets basic requirements 1 All loops are nonlo...

Страница 20: ...spans do not require any restriction due to DC resistance NOTE A circuit that otherwise meets attenuation and other requirements for cable reach will encounter span powering problems if resis tance v...

Страница 21: ...y across the graph labeled 300 to 1100 ohms This line represents the upper limit for two H4Rs plus H4TU R span powering b Find the first segment resistance on the vertical axis c Find the second segme...

Страница 22: ...ird segment resistance line on the graph This line is depicted in bold in Figure 29 This line is the upper span power limit b Find the 600 ohms first segment resistance point on the vertical axis c Fi...

Страница 23: ...e Warranty information can be found at www adtran com warranty U S and Canada customers can also receive a copy of the warranty via ADTRAN s toll free faxback server at 877 457 5007 Request document 4...

Страница 24: ...Line Build Out DSX 1 Line Code 0 dB default 7 5 dB 15 dB 0 133 ft ABAM default 133 266 ft ABAM 266 399 ft ABAM 399 533 ft ABAM 533 655 ft ABAM B8ZS default AMI Power Tested with the ADTRAN H4TU R P N...

Страница 25: ...d Storage Temperature 40 C to 70 C 40 C to 85 C Compliance UL 60950 GR 1089 CORE GR 63 CORE ANSI T1 418 2002 ANSI T1 102 DS1 Interface Part Number 3192 HDSL4 Transceiver Unit for the Central Office 12...

Страница 26: ...26 Issue 1 December 2003 61223404L2 5A...

Страница 27: ...sequences are transmitted over the DS1 link by either the insert or overwrite method The HDSL4 elements respond to either method The insert method produces periodic control sequences that are not ove...

Страница 28: ...rd customer in HTU C Loopback data from customer toward customer in HTU R Loopback data from customer toward customer in first HRE Loopback data from customer toward customer in second HRE Wescom N C...

Страница 29: ...cted When the pattern is removed the unit will remain in loopback If the pattern is reinstated the injection of 231 logic errors will continue every 20 seconds Loop Down w o Disarm 9393 or 1001 0011 1...

Страница 30: ...of 10 logic errors will continue every 20 seconds as long as the C741 pattern is detected When the pattern is removed the unit will remain in loopback If the pattern is reinstated the injection of 10...

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