Maintenance Object Repair Procedures
555-233-123
10-1550 Issue 4 May 2002
2024
(cont’d.)
ABORT ■ If none of the three red LEDs is on AND if this is the second
attempt to clear the problem, replace the Standby SPE
Memory circuit pack as described in Chapter 6, ‘‘Reliability
Systems: A Maintenance Aid’’ and proceed with Steps 11,
12, and 13.
■ If none of the three red LEDs is on AND if this is the third
attempt to clear the problem, 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.
■ If none of the three red LEDs is on AND if this is the fourth
attempt to clear the problem, replace the carrier B
Duplication Interface circuit pack as described in Chapter 6,
‘‘Reliability Systems: A Maintenance Aid’’ and proceed with
Steps 11, 12, and 13.
■ If none of the three LEDs is on AND if this is the fifth attempt
to clear the problem, escalate the problem.
2024
(cont’d.)
ABORT 11. Issue refresh spe-standby to put the Standby SPE into
Standby Mode. This command may have to be issued multiple
times. If refresh spe-standby successfully completes 5 times
without the Standby SPE becoming labeled “standby” on the
status system form, wait 20 minutes. This does not include
cases where the command completes with the terminal
message line errors “Refresh not successful; use ‘display
errors’ to check for STBY-SPE errors” or “Cannot interrupt
Standby SPE while entering maintenance mode; please try
later.” Issue refresh spe-standby once more. If the Standby
SPE is not labeled “standby” on the status system form after
this attempt, use busyout spe-standby and release
spe-standby to put the standby into standby mode.
12. Repeat the command.
13. Issue the test spe-standby long command.
Table 10-578. Test Result Error Codes Associated with the Standby SPE — Continued
Error
Code
Tes t
Result Description/Recommendation
Continued on next page
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