not supported for 5E10 and later.
70.
This step dumps the VTOCs for all of the odd MHDs on the ROP. Save the ROP output for future reference
and/or analysis.
AMA and no5sodd partition sizes may be compared to known partition sizes for the desired VTOC to verify
the contents of the dump.
Enter the following message for each odd MHD in the office:
DUMP:MHD=
x
:VTOC;
Where:
x
= the member number of an odd numbered MHD.
Response:
DUMP MHD x VTOC STARTED
< contents of VTOC printed on ROP >
DUMP MHD x VTOC COMPLETED
Where:
x
= the member number of the MHD whose VTOC was dumped.
71.
The following steps perform an off-line pump of the module processor (MP) in each SM in the office. This
verifies the ability to pump each SM and verifies the correctness of the SM ODDs. If an MCTSI is out of
service (OOS) in any SM, it must be restored to service before continuing with the next step.
Determine the status of the MCTSIs by either of the following methods:
Using MCC page 1190,x (where x = member number of an SM), verify that both MCTSIs in all SMs are either
active (ACT) or standby (STBY),
or
enter the following message:
OP:SYSSTAT;
Response:
OP SYSSTAT SUMMARY LAST RECORD
SYS: INHIBITS-RC MISC
AM: INHIBITS-MTCE-SW
w xSM y,z: INHIBITS-MTCE......
<repeated for each SM>
Where:
w = SM configuration - B (Basic), S (Standard), or L (Loaded).
x = SM type - L (LSM), H (HSM), R (RSM), O (ORM), or T (TRM).
y = SM member number.
z = active MCTSI (0 or 1) in SM y.
NOTE:
If the status printed for an SM includes
MATE_OOD
, then one of its MCTSIs is OOS and must be
restored.
CAUTION:
Do not continue with the next step until all MCTSIs are either active (ACT) or standby (STBY),
and all SMs have duplex CLINKs.
72.
This step switches and forces MCTSI 0 active in all SMs.
Enter the following message:
ORD:CPI=1&&
#
,CMD=SW-0;
235-105-210
October 1999
Copyright © 1999
Page 23
Summary of Contents for 5ESS-2000
Page 96: ...235 105 210 October 1999 Copyright 1999 Page 2 ...
Page 184: ...235 105 210 October 1999 Copyright 1999 Page 3 ...
Page 300: ...13 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 55 ...
Page 339: ...7 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 13 ...
Page 342: ...235 105 210 October 1999 Copyright 1999 Page 2 ...
Page 359: ...235 105 210 October 1999 Copyright 1999 Page 5 ...
Page 609: ...2 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 12 ...
Page 676: ...235 105 210 October 1999 Copyright 1999 Page 9 ...
Page 792: ...3 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 9 ...
Page 799: ...Figure 11 36 3 1 Cleaning Points 235 105 210 October 1999 Copyright 1999 Page 7 ...
Page 801: ...235 105 210 October 1999 Copyright 1999 Page 9 ...
Page 839: ...2 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 16 ...
Page 999: ...2 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 13 ...
Page 1008: ...Figure 11 55 1 CTSNS DIP Switch Settings 235 105 210 October 1999 Copyright 1999 Page 2 ...
Page 1011: ...235 105 210 October 1999 Copyright 1999 Page 5 ...
Page 1053: ...235 105 210 October 1999 Copyright 1999 Page 15 ...
Page 1289: ...Figure 15 17 2 AMATPS Data Link 235 105 210 October 1999 Copyright 1999 Page 2 ...
Page 1292: ...235 105 210 October 1999 Copyright 1999 Page 5 ...
Page 1303: ...9 STOP YOU HAVE COMPLETED THIS PROCEDURE 235 105 210 October 1999 Copyright 1999 Page 2 ...
Page 1360: ...Figure 15 47 2 Typical SCANS III Link Diagram 235 105 210 October 1999 Copyright 1999 Page 2 ...
Page 1372: ...235 105 210 October 1999 Copyright 1999 Page 2 ...
Page 1374: ...235 105 210 October 1999 Copyright 1999 Page 4 ...
Page 1421: ...Table 1 1 O M Checklist 235 105 210 October 1999 Copyright 1999 Page 3 ...