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Wide Bank 28 DS3 - Release 2.4

19

T3 Circuit Configuration

T3 Configuration Parameters

Keyword

Description

aid

Access ID. Required for ED-T3 command.
  • ALL

AISC=

Specifies conditions on the input (receive) side of a connection under which AIS will be 
generated on the output (transmit) side of a connection. Hard-coded to 
LOS&AISNAS&LOF.

AIST=

Indicates the type of the AIS signal to be generated/transmitted, and the AIS signal 
mode expected on input should a failure condition exist. Hard-coded to 

ONES

.

CKTID=

The circuit identification parameter contains the Common Language Circuit ID or other 
alias of the channel being provisioned. This is an ASCII string limited to 32 characters.

CMDMDE=

Indicates command execution mode. Hard-coded to 

FRCD

, meaning that commands 

may override existing parameter settings in order to execute. 

FMT=

Indicates DS3 digital signal format. Values are:
  • CBIT

  • M23

IDLE=

Indicates DS3 idle signal is used or not used. Hard-coded to 

N

.

LBO=

Indicates line build out setting. Values are:
 •

1

 – short connections (less than 50')

 • 2 – long connections (50' or longer)

LINECDE=

Indicates DS3 line code. Hard coded to 

B3ZS

.

MCOND=

Specifies conditions to be monitored on the input side of the connection. Hard-coded to: 
LOS&RAI&AISNAS&LOF&T-BERL&RTCLK&IMPROPRMVL&INT
&PWR&INTERR&CONTEQPT&BPV

OMODE=

Specifies what will be transmitted from the DS3 output port. Values are:
 •

NORM

 – normal

 • AIS – Alarm Indication Signal

TMG=

Timing Source. Applies only to T3 modifier. Values are:
•

INT

 – Internal Stratum 4E clock

• EXT – External Clock (44.736 Mbps)
• LINE – Slave to DS3 Line

TMGLOCK=

Timing Lock. Applies only to T3 modifier. Indicates whether provisioned timing source 
is to be locked to disable automatic source switching. Values are:
• Y  –  yes
•

N

 – no

XBIT=

Indicates how the X-bits are handled for this particular channel. Hard-coded to 

PASS

, 

meaning it will pass the X-bits with no modification.

XBITRCV=

Indicates the usage of the outgoing X-bits. Hard-coded to 

ALM1

, meaning all the X-

bits equal to 1 for indicating incoming remove alarm.

XPOL=

Indicates the value/polarity to which the outgoing X-bits are forced. Hard-coded to 

ALM1

, meaning the Wide Bank will set X-bits to one for indicating alarm.

Summary of Contents for Wide Bank 28 DS3

Page 1: ...Wide Bank 28 DS3 TL1 JOB AID Fan Faceplate Option FFO Document 002 0138 0100 Product Release 2 4 March 2003 TITLE PAGE ...

Page 2: ...e into any medium electronic mechanical magnetic optical chemical manual or otherwise any part of this manual or software supplied with the Wide Bank for any purpose other than the purchaser s personal use without the express written permission of Carrier Access Corporation Wide Bank and the Carrier Access Logo are registered trademarks of Carrier Access Corporation All other brand or product name...

Page 3: ...it Configuration 18 n T3 Protection and Revertive Configuration 20 n T1 Circuit Configuration 22 n E1 Circuit Configuration 24 n T1 E1 Protection and Revertive Configuration 26 n T1 E1 Auto In Service Detection LOS Inhibit 30 Circuit Testing n Diagnostics 32 n Loopbacks 34 Performance Monitoring n PM Reports 38 Trouble Retrieval n Retrieve Condition 40 n Retrieve Alarms 41 n Retrieve Logs 42 n Ala...

Page 4: ...ecause of the independent clocking and framing capabilities for each of the T1 or E1 connections the Wide Bank 28 DS3 can provide asynchronous T1 or E1 to DS3 multiplexing functions Capacity and Protection The Wide Bank 28 DS3 unit s modular design provides up to seven active quad DS1 QDSX cards or seven active triple port E1 cards One spare circuit card DS1 or E1 provides software controlled prot...

Page 5: ... and the MSO Relay card By separating these sections a customer can replace the failed DS1 or E1 electronic circuits on the MSO Electronics card while the MSO Relay card automatically maintains the four DS1 or three E1 circuits by switching them to the spare card Once new MSO Electronics are inserted and pass self test the circuits on the spare card are automatically switched back to the home circ...

Page 6: ...h command l Access Identifier aid is usually required The aid will be enclosed in brackets only if it is optional Refer to the accompanying tables in each command for permissible values and the default value if omitted l List and Range notations using single and double ampersands and are supported for T1 and E1 aids in most commands List example for DS1s 1 3 5 RTRV T1 tid DS1 1 DS1 3 DS1 5 ctag Ra...

Page 7: ...acility is available l If necessary enter or edit the facility parameters and place the facility in service l Retrieve the facility to verify parameters and present state l Retrieve the facility condition to verify normal operation see Retrieve Condition on page 40 l Retrieve the facility alarms to verify normal operation see Retrieve Alarms on page 41 Configure the next facility l Repeat the abov...

Page 8: ...1 Card Slot 3 DS1 05 DS1 06 DS1 07 DS1 08 Quad DS1 Card Slot 4 DS1 09 DS1 10 DS1 11 DS1 12 Quad DS1 Card Slot 5 DS1 13 DS1 14 DS1 15 DS1 16 Quad DS1 Card Slot 6 DS1 17 DS1 18 DS1 19 DS1 20 Quad DS1 Card Slot 7 DS1 21 DS1 22 DS1 23 DS1 24 Quad DS1 Spare Slot DS3 Controller Card Slot B Secondary Wide Bank 28 DS3 DS3 A DS3 B Used only for DS3 Network Protection A B C D A B C D A B C D A B C D A B C D...

Page 9: ...ard Slot 7 Quad DS1 Spare Slot DS3 A DS3 Controller Card Slot B Secondary Wide Bank 28 DS3 DS3 B DS1 CARD 1 DS1 CARD MS0 1 DS1 CARD 2 DS1 CARD MS0 2 DS1 CARD 3 DS1 CARD MS0 3 DS1 CARD 4 DS1 CARD MS0 4 DS1 CARD 5 DS1 CARD MS0 5 DS1 CARD 6 DS1 CARD MS0 6 DS1 CARD 7 DS1 CARD MS0 7 DS1 CARD SPARE E1 CARD MSO SPARE FAN A EXT48V A POWER 5V A FAN B EXT48V B POWER 5V B Fans only with Fan Faceplate Option ...

Page 10: ... 06 E1 07 Triple E1 Card Slot 4 E1 09 E1 10 E1 11 Triple E1 Card Slot 5 E1 13 E1 14 E1 15 Triple E1 Card Slot 6 E1 17 E1 18 E1 19 Triple E1 Card Slot 7 E1 21 E1 22 E1 23 Triple E1 Spare Slot DS3 Controller Card Slot A Primary DS3 Controller Card Slot B Secondary Wide Bank 28 DS3 DS3 A DS3 B Used only for DS3 Network Protection A B C A B C A B C A B C A B C A B C A B C A B C Three E1 Protection Gro...

Page 11: ...riple E1 Card Slot 7 Triple E1 Spare Slot DS3 A DS3 Controller Card Slot B Secondary Wide Bank 28 DS3 DS3 B E1 CARD 1 E1 CARD MS0 1 E1 CARD 2 E1 CARD MS0 2 E1 CARD 3 E1 CARD MS0 3 E1 CARD 4 E1 CARD MS0 4 E1 CARD 5 E1 CARD MS0 5 E1 CARD 6 E1 CARD MS0 6 E1 CARD 7 E1 CARD MS0 7 E1 CARD SPARE E1 CARD MSO SPARE FAN A EXT48V A POWER 5V A FAN B EXT48V B POWER 5V B Fans only with Fan Faceplate Option FFO ...

Page 12: ...in the Wide Bank automatically retrieves the current equipment configuration RTRV EQPT to display the installed cards and their present status as shown below Response tid 2001 12 18 15 13 21 M ctag COMPLD tid 2001 12 18 15 13 21 A 1 REPT EQPT DS3 A ACTIVE 2 40 0 DS3 B STANDBY 2 40 0 DS1 CARD 1 ACTIVE DS1 CARD 2 ACTIVE DS1 CARD 3 ACTIVE DS1 CARD 4 ACTIVE DS1 CARD 5 ACTIVE DS1 CARD 6 ACTIVE DS1 CARD...

Page 13: ...user session when the specified period of inactivity is exceeded If two or more users have active sessions and one user session times out the other users will receive a CANC message In the following example STEVE is the user that timed out Response tid 2001 12 04 11 40 32 A atag CANC STEVE Session Timeout STEVE Keyword Description uid User ID new pid New Private ID password An ASCII string up to 1...

Page 14: ...ed with the new session timeout period Setting the tmout parameter to zero will turn off session inactivity timeouts so that sessions will never time out This command does not affect TL1 sessions using the TL1 RS 232 port or any CLI sessions using TCP IP or RS 232 SET ATTR SECUDFLT tid ctag TMOUT tmout Example SET ATTR SECUDFLT tid ctag TMOUT 15 Keyword Description tmout Timeout period in minutes ...

Page 15: ...sponse shows the default DS3 configuration values see T3 Circuit Configuration on page 18 Response tid 2001 12 4 11 43 56 M ctag COMPLD AISC LOS AISNAS LOF AIST ONES CKTID DS3 CMDMDE FRCD FMT M23 IDLE N LBO 1 LINECDE B3ZS MCOND LOS RAI AISNAS LOF T ERL RTCLK IMPROPRMVL IRR CONTEQPT BPV OMODE NORM XBIT PASS XBITRCV ALM1 XPOL ALM1 TMG INT TMGLOCK N Keyword Description aid Access ID optional If omitt...

Page 16: ...ng response shows the default DS1 configuration values see T1 Circuit Configuration on page 22 tid 2001 12 04 11 51 58 M ctag COMPLD DS1 02 AISF Y CMDMDE FRCD DLCID DS1 2 FLMDE BOTH FMT UNFR IDLE AIS LBO 1 LINECDE B8ZS OMODE NORM RVRTFLAG UNLCKD IS EQ NALMNR Keyword Description aid Access ID depends on facility type For T1 facility use DS1 1 to DS1 28 or ALL For E1 facility use E1 01 to E1 27 or A...

Page 17: ...rvice and unequipped OOS EQ Out of service disabled and equipped OOS RLY Out of service with relay card only transceiver electronics card is removed OOS UEQ Out of service and unequipped SST Keyword Description T1 and E1 facilities may have the following Secondary State SST values NALMNR The automatic in service feature is turned on and an LOS alarm is being suppressed on this DS1 NALMCD The autom...

Page 18: ... COMPLD DS3 A ACTIVE 2 40 0 DS3 B STANDBY 2 40 0 DS1 CARD 1 ACTIVE DS1 CARD 2 ACTIVE DS1 CARD 3 ACTIVE DS1 CARD 4 ACTIVE DS1 CARD 5 ACTIVE DS1 CARD 6 ACTIVE DS1 CARD 7 ACTIVE DS1 CARD SPARE ACTIVE 2 Set System ID SET SID tid ctag sid Example Change System Equipment ID from tid to MUX 1 SET SID tid ctag MUX 1 Response tid 2002 01 05 11 23 48 M ctag COMPLD The first response following the SET SID co...

Page 19: ...e will restart at 2001 01 01 01 00 00 1 Retrieve Time of Day RTRV TOD tid ctag Example RTRV TOD tid ctag Response tid 2001 01 01 11 51 46 M ctag COMPLD 2001 01 01 11 51 46 2 Edit Time of Day ED DAT tid ctag yy mm dd hh mm ss Example Set date to 2001 December 5 and time to 11 20 00 a m ED DAT tid ctag 01 12 05 11 20 00 Response tid 2001 12 05 11 20 00 M ctag COMPLD Keyword Description yy mm dd Date...

Page 20: ...he response may include current alarms and inhibits Response tid 2001 12 4 11 43 56 M ctag COMPLD AISC LOS AISNAS LOF AIST ONES CKTID DS3 CMDMDE FRCD FMT M23 IDLE N LBO 1 LINECDE B3ZS MCOND LOS RAI AISNAS LOF T ERL RTCLK IMPROPRMVL IRR CONTEQPT BPV OMODE NORM XBIT PASS XBITRCV ALM1 XPOL ALM1 TMG INT TMGLOCK N 2 Edit T3 Configuration ED T3 tid aid ctag CKTID cktid FMT fmt LBO lbo OMODE omode TMG tm...

Page 21: ... setting Values are 1 short connections less than 50 2 long connections 50 or longer LINECDE Indicates DS3 line code Hard coded to B3ZS MCOND Specifies conditions to be monitored on the input side of the connection Hard coded to LOS RAI AISNAS LOF T BERL RTCLK IMPROPRMVL INT PWR INTERR CONTEQPT BPV OMODE Specifies what will be transmitted from the DS3 output port Values are NORM normal AIS Alarm I...

Page 22: ...T tid ALL ctag Example RTRV EQPT tid ALL ctag Response tid 2001 08 04 05 08 45 T3 Equipment Status Values Equipment Status Description DS3 A DS3 B Active Controller card is installed and in active mode DS3 circuit is active Standby Controller is installed and in standby mode Not Present Controller is not installed Not Ready Controller is present but is not communicating with the active card for un...

Page 23: ...ed but status unknown CAUTION THESE COMMANDS MAY AFFECT SERVICE BEFORE SWITCHING CONTROLLERS IT IS ADVISABLE TO PERFORM A RTRV ALM T3 TO VERIFY THAT THERE ARE NO EXISTING DS3 ALARMS ON THE OTHER CONTROLLER NOTE If you switch DS3 controllers your current TL1 session will be terminated When you start another TL1 session you will be logging into the newly active controller SW TOPROTN T3 tid ALL ctag ...

Page 24: ...mode Example Set DS1 8 Line Code to AMI ED T1 tid DS1 08 ctag LINECDE AMI 4 To Enter T1 Configuration and Put In Service ENT T1 tid aid ctag DLCID dlcid LBO lbo LINECDE linecde OMODE omode Example Create DS1 8 with Line Code set to AMI and place in service ENT T1 tid DS1 08 ctag LINECDE AMI If PST Your choice is IS EQ IS RLY IS UEQ Edit a parameter while in service ED T1 tid aid ctag t1_parameters...

Page 25: ...ault locate mode Hard coded to BOTH FMT Indicates DS1 digital signal format Hard coded to UNFR IDLE Indicates the signal inserted for idle DS1 Hard coded to AIS LBO Indicates the line buildout setting Values are 1 6 1 DSX 0 110 2 DSX 110 220 3 DSX 220 330 4 DSX 330 440 5 DSX 440 550 6 DSX 550 660 LINECDE Indicates DS1 line code Values are AMI Alternate mark inversion B8ZS Bipolar with 8 zero subst...

Page 26: ...3 Circuit ID to WB6 E1 03 ED E1 tid E1 03 ctag DLCID WB6 E1 03 4 To Enter E1 Configuration and Put In Service ENT E1 tid aid ctag DLCID dlcid OMODE omode Example Create E1 3 with Circuit ID set to WB6 E1 03 and place in service ENT E1 tid E1 03 ctag DLCID WB6 E1 03 If PST Your choice is IS EQ IS RLY IS UEQ Edit a parameter while in service ED E1 tid aid ctag DLCID dlcid OMODE omode Place a facilit...

Page 27: ...system identifier This is a string of ASCII characters and has a maximum length of 32 characters FLMDE Indicates the fault locate mode Hard coded to BOTH FMT Indicates E1 digital signal format Hard coded to UNFR IDLE Indicates the signal inserted for idle E1 Hard coded to AIS LINECDE Indicates E1 line code E1 is always HDB3 high density bipolar 3 OMODE Specifies what will be transmitted from the E...

Page 28: ...iguration This will show the status of the DS1 E1 spare card and whether the unit can provide circuit protection RTRV EQPT tid ALL ctag Example RTRV EQPT tid ALL ctag Response tid 2001 08 04 05 08 45 M ctag COMPLD DS3 A ACTIVE 2 40 0 DS3 B STANDBY 2 40 0 DS1 CARD 1 ACTIVE DS1 CARD 2 ACTIVE DS1 CARD 3 ACTIVE DS1 CARD 4 ACTIVE DS1 CARD 5 ACTIVE DS1 CARD 6 ACTIVE DS1 CARD 7 ACTIVE DS1 CARD SPARE ACTI...

Page 29: ... is missing Multiple MSO card removals prevent switching circuits to Spare MSO Relay Only Spare Not Present DS1 E1 MSO relay card is installed but electronics card is missing Circuits cannot be switched because Spare card is not installed Wrong Card for Mode System mode is set to DS1 when E1 card is installed or vice versa Status applies to both MSO and non MSO card types DS1 E1 Card Spare Active ...

Page 30: ...ALL ctag if these do not appear T1 IHNSWPR E1 IHNSWPR Inhibit DS1 E1 automatic protection switching ALW SWTOWKG T1 tid ALL ctag ALW SWTOWKG E1 tid ALL ctag Note The above commands will also reset a revertive lockout and allow any circuits locked onto the spare card to switch back to their home card if the home circuit is healthy T1 INHAUTORSTEQPT E1 INHAUTORSTEQPT Allow DS1 E1 revertive switching ...

Page 31: ...TRV ALM E1 TO VERIFY THAT NO ALARMS EXIST ON THE DESTINATION CIRCUIT NOTE The Wide Bank 28 DS3 uses the circuits on the T1 E1 spare card to protect the circuits on up to seven working cards The working circuits are arranged in protection groups see diagrams for T3 T1 Configuration AIDs on page 6 and T3 E1 Configuration AIDs on page 8 Only one circuit in a protection group can be switched to the pr...

Page 32: ...tomatic in service detection can be reapplied to that channel by simply placing it out of service and then back in service NOTE To quickly provision Automatic in service detection when turning up a new Wide Bank first turn on Automatic in service detection and then place all aid ALL E1s or T1s out of service and then back in service 1 Retrieve Current Automatic In Service Detection State RTRV ARC ...

Page 33: ...tection to T1 channels by placing T1s out of service and then back in service 1 RMV T1 tid aid ctag 2 ENT T1 tid aid ctag Apply automatic in service detection to E1 channels by placing E1s out of service and then back in service 1 RMV E1 tid aid ctag 2 ENT E1 tid aid ctag Change automatic in service detection delay time for T1 channels where delay is the number of hours 1 to 168 1 week ENT T1 tid ...

Page 34: ...g RMV T1 tid aid ctag RMV E1 tid aid ctag Example RMV T3 tid ALL ctag Example RMV T1 tid DS1 03 ctag 2 Perform Diagnostic Test DGN T3 tid aid ctag DGN T1 tid aid ctag DGN E1 tid aid ctag DGN ENV tid aid ctag DGN ALL tid ALL ctag Example DGN T1 tid DS1 03 ctag Response tid 2002 01 18 11 51 58 M ctag COMPLD DS1 03 Pass Each diagnostic result is reported as Pass Fail or Not Present unequipped 3 Place...

Page 35: ... T1 E1 Self Test Perform Self Test Send AIS Relays Trans ceiver Selector M13 Framer Trans ceiver Relays LS Card HS Card Toward DS3 DS1 E1 DS3 Send AIS Toward DS1 E1 Perform Self Test Send AIS Relays Trans ceiver Selector M13 Framer Trans ceiver Relays LS Card HS Card Toward DS1 E1 DS1 E1 DS3 Send AIS Toward DS3 AIS only on Tested Circuit ...

Page 36: ...Loopup T1 E1 NIU Loopup Example Command Allow loop code detection on DS3 ALW LPBK T3 tid ALL ctag Allow loop code detection on DS1 1 ALW LPBK T1 tid DS1 1 ctag Inhibit loop code detection on all DS1 facilities INH LPBK T1 tid ALL ctag Inhibit loop code detection on all facilities INH LPBK ALL tid ALL ctag Facility AID T3 ALL T1 DS1 1 to DS1 28 or ALL E1 E1 01 to E1 27 or ALL see T3 E1 Configuratio...

Page 37: ...equest on network side of DS1 1 CONN LPBK T1 tid DS1 1 ctag A 2 Disconnect loopback on DS1 1 DISC LPBK T1 tid DS1 1 ctag Facility AID LPSIG Looping Signal T3 ALL A C Activate a line loopback at the far end network element R C Release a line loopback at the far end network element T1 DS1 1 to DS1 28 or ALL A 1 Send CSU loopup request on line side R 1 Send CSU loopdown request on line side A 2 Send ...

Page 38: ...g EQUIPMENT Operate DS1 1 4 line loopback RLS LPBK T1 tid DS1 1 DS1 04 ctag LINE Release DS1 1 loopback RLS LPBK T1 tid DS1 1 ctag Release all DS1 loopbacks RLS LPBK T1 tid ALL ctag Release all loopbacks RLS LPBK ALL tid ALL ctag Facility AID LPBKTYPE Loopback Type T3 ALL Note refers to the Active Controller EQUIPMENT LINE PAYLOAD T1 DS 01 to DS 28 EQUIPMENT LINE METALLIC Note Metallic loopbacks c...

Page 39: ...rd HS Card Toward DS3 DS1 E1 DS3 Send AIS Toward DS1 E1 Loopback Relays Trans ceiver ASIC M13 Framer Trans ceiver Relays LS Card HS Card Toward DS3 DS1 E1 DS3 Send AIS Toward DS1 E1 Send AIS Relays Trans sceiver ASIC M13 Framer Trans ceiver Relays LS Card HS Card Toward DS1 E1 DS1 E1 DS3 Loopback Toward DS3 Loopback Relays Trans sceiver ASIC M13 Framer Trans ceiver Relays LS Card HS Card Toward DS...

Page 40: ...type monlev locn tmper mondat montm Example Retrieve PM report for DS1 5 at 15 minute intervals RTRV PM T1 tid DS1 05 15 MIN 3 Retrieve PM Schedule RTRV PMSCHED T3 tid aid ctag RTRV PMSCHED T1 tid aid ctag RTRV PMSCHED E1 tid aid ctag RTRV PMSCHED ALL tid aid ctag 4 Schedule PM Reports SCHED PMREPT T3 tid ALL ctag repinvl reptstatm numrept monlev locn mper tmofst SCHED PMREPT T1 tid ALL ctag repin...

Page 41: ...ed the number will continue to decrement If the numrept value is omitted from the command the Wide Bank will report every reporting interval indefinitely until another schedule command is issued null report all intervals 0 no reports integer number of reports reptinvl Reporting Interval optional Specifies how often reports are to be generated and sent 15 MIN 1 HR 1 DAY reptstatm Reporting Start Ti...

Page 42: ...RV COND T1 tid DS1 03 ctag Retrieve All T1 facilities Note Expect a delay while information is being prepared RTRV COND T1 tid ctag Retrieve EQPT facility RTRV COND EQPT tid ctag Retrieve ENV facility RTRV COND ENV tid ctag Retrieve ALL facilities Note expect a delay while information is being prepared RTRV COND ALL tid ctag Facility AID EQPT ALL ENV ALL T3 DS3 A DS3 B or ALL T1 DS1 1 to DS1 28 or...

Page 43: ...s RTRV ALM T3 tid MJ Retrieve T1 3 alarms RTRV ALM T1 tid DS1 03 Retrieve EQPT alarms RTRV ALM EQPT Facility AID EQPT ALL ENV ALL T3 DS3 A DS3 B or ALL T1 DS1 1 to DS1 28 or ALL E1 E1 01 to E1 27 or ALL see T3 E1 Configuration AIDs on page 8 ALL ALL Keyword Description ntfcncde Severity or class of alarm event or condition optional If omitted the default is ALL Values are CR Critical Alarm MJ Majo...

Page 44: ... security and event logs for the Wide Bank 28 DS3 RTRV LOG tid ALL ctag lognm Example Command Retrieve Security Log RTRV LOG tid ALL ctag SECURITY Retrieve Event Log RTRV LOG tid ALL ctag EVT Keyword Description lognm Name of Log Values are SECURITY Log where Security Events are Logged EVT Event Log ...

Page 45: ... LOS Loss of Signal CR SA LOF Loss of Frame CR NSA SYNCPRI DS3 Loss of Designated Clock DS3 A B aiddet STANDBY REPT ALM EQPT MN NSA CONTEQPT Control Equipment Failure MN NSA INT Internal Hardware Fault or Failure MN NSA IMPROPRMVL Improper Removal MN NSA TRMT Transmitter Failure REPT ALM T3 MN SA LOS Loss of Signal MN SA LOF Loss of Frame MN NSA SYNCPRI DS3 Loss of Designated Clock DS3 A B FAR END...

Page 46: ...iolation Errored seconds path p parity T LOSS L Threshold Violation Loss of signal seconds line T SESL Threshold Violation Severely errored seconds line T SESCP P Threshold Violation Severely errored seconds path Not Reported ACTLPBK Loopback send code is Active PROTNA Protection unit is not available LPBKEQPT Equipment loopback LPBKLINE Line loopback LPBKPAYLOAD Payload loopback INHAUTORSTEQPT Re...

Page 47: ...Loopback send code is Active INHLPBK Loopdetect Off INHSWPR Facility protection not enabled INHSWWKG Equipment protection not enabled LPBKEQPT Equipment loopback LPBKLINE Line loopback LPBKMETALLIC Metallic loopback PROTNA Protection unit is not available DS1 CARD 1 7 REPT ALM EQPT MJ SA IMPROPRMVL Improper Removal DS1 CARD SPARE REPT ALM EQPT MN NSA IMPROPRMVL Improper Removal DS1 CARD MSO 1 7 RE...

Page 48: ...K Loopback send code is Active INHLPBK Loopdetect Off INHSWPR Facility protection not enabled INHSWWKG Equipment protection not enabled LPBKEQPT Equipment loopback LPBKLINE Line loopback LPBKMETALLIC Metallic loopback PROTNA Protection unit is not available E1 CARD 1 7 REPT ALM EQPT MJ SA IMPROPRMVL Improper Removal E1 CARD SPARE REPT ALM EQPT MN NSA IMPROPRMVL Improper Removal E1 CARD MSO 1 7 REP...

Page 49: ...R 48 Power 48V Fail or Low FAN A B REPT ALM ENV MJ CLFAN Cooling Fan Fail FAN A FAN B REPT ALM ENV MJ CLFAN Fan Faceplate Not Present POWER 5V A B REPT ALM EQPT MN NSA PWR Power 5V Fail SECURITY REPT ALM SECU MJ NSA LOGBUFR90 SECULOG TL1 Security Log 90 Full MJ NSA LOGBUFROVFL SECULOG TL1 Security Log Full TEMP A B REPT ALM ENV MN HITEMP High Temp Unit Identifier uid SECU MN NSA INTRUSION Access I...

Page 50: ...48 Wide Bank 28 DS3 Release 2 4 Alarm and Event Message Parameters ...

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