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DEFINITY Enterprise Communications Server Release 6
Maintenance for R6vs/si
555-230-127
Issue 1
August 1997
Maintenance Object Repair Procedures
Page 10-1176STBY-SPE (Standby SPE)
10
2024 ABORT The Standby SPE Maintenance/Tape Processor did not respond to an Active
SPE request to release the Standby SPE Processor to perform a function; OR
the Standby SPE Processor was released but did not carry out the requested
function and/or did not reply to the request; OR the Standby SPE Processor
was released but cannot run because the Standby SPE Memory is defective.
The communication path between the Active SPE and the Standby SPE
Maintenance/Tape Processor may have failed, or the Standby SPE
Maintenance/Tape Processor may have failed, or the Standby SPE Processor
may have failed.
1. Check for Active SPE Maintenance/Tape Processor errors and alarms.
Refer to PR-MAINT (Maintenance/Tape Processor) Maintenance
documentation and follow the prescribed procedures.
2. Check for carrier A Duplication Interface circuit pack errors and alarms.
Refer to DUPINT (Duplication Interface Circuit Pack) Maintenance
documentation and follow the prescribed procedures.
3. Check for Standby SPE Maintenance/Tape Processor errors and alarms.
Refer to PR-MAINT (Maintenance/Tape Processor) Maintenance
documentation and follow the prescribed procedures.
4. Check for Standby SPE Processor errors and alarms. Refer to PROCR
(80286 Processor Circuit Pack) Maintenance documentation and follow
the prescribed procedures.
5. Check for Standby SPE Memory errors and alarms. Refer to MEM-BD
(Memory circuit pack) Maintenance documentation and follow the
prescribed procedures.
2024
(cont’d.)
ABORT 6. Check the Inter-Carrier Cable to see if it is loose or disconnected. If so,
follow the repair procedures for reconnecting the Inter-Cabinet Cable
described in Chapter 6, ‘‘
Reliability Systems: A Maintenance Aid’’.
7. If all problems found in Steps 1, 2, 3, 4, 5, and 6 have now been repaired,
proceed with Step 11. If no problems were found in Steps 1, 2, 3, 4, 5, and
6, proceed with Step 8.
8. Issue the display errors command and check to see if Error Type 80 is
logged against STBY-SPE. If so, the problem is the carrier A Duplication
Interface circuit pack. Replace the carrier A Duplication Interface circuit
pack as described in Chapter 6, ‘‘
Reliability Systems: A Maintenance Aid’’
and proceed with Steps 11, 12, and 13.
9. Issue the display errors command and check to see if an Error Type 81 is
logged against STBY-SPE. If so, the problem is the Standby SPE
Processor circuit pack. Replace the Standby SPE Processor circuit pack
as described in Chapter 6, ‘‘
Reliability Systems: A Maintenance Aid’’ and
proceed with Steps 11, 12, and 13.
Table 10-410. Test Result Error Codes Associated with the Standby SPE — Continued
Error
Code
Test
Result Description/ Recommendation
Continued on next page