Nortel DMS-100 Series Maintenance Manual page 473

0. We also know from our line to DS0 associated that line 0 signaling
information should be in timeslot (chnl) 0 and that line 1 signaling information
should be in chnl 2 location. Reference Table 1). Both lines are reporting
onhook, which is expected for an IDLE equipped line. Note: Be very careful
here in that the port number entered ranges from 0 to 19 and is entered as a
HEX value (port 19 would be entered as 13).
LTCUP> smss
A/bdata, Ddldata, Tsw, Psport, Rtstat, psW, Cmb, Mtc, aLms, *
UP:SMSS> a
Chnl blk, Image, port Map, Bits, sAn, Digit, Outg, Uneq scan, *
UP:SMSS> b 0
Chnl 00 on hook
Chnl 01 on hook
Chnl 02 on hook
Chnl 03 on hook
Chnl 04 on hook
Chnl 05 on hook
Chnl 06 on hook
Chnl 07 on hook
Chnl 08 unequiped
Chnl 09 on hook
Chnl 0A unequiped
Chnl 0B on hook
Chnl blk, Image, port Map, Bits, sAn, Digit, Outg, Uneq scan, *
UP:SMSS>
Now we check to see what the SMS is expecting to see from the SLC-96. For
an IDLE line, we are scanning for an offhook signaling pattern. Note: The port
number ranges from 0 to 19 and the port number ranges from 0 to 23. Both
values are entered as the HEX equivalent values.
Chnl blk, Image, port Map, Bits, sAn, Digit, Outg, Uneq scan, *
UP:SMSS c 0 0
mode: scan off-hook
timer blk not attached
Chnl blk, Image, port Map, Bits, sAn, Digit, Outg, Uneq scan, *
UP:SMSS c 0 2
Chnl 0C on hook
Chnl 0D unequipped
Chnl 0E on hook
Chnl 0F unequipped
Chnl 10 on hook
Chnl 11 on hook
Chnl 12 on hook
Chnl 13 unequipped
Chnl 14 on hook
Chnl 15 on hook
Chnl 16 on hook
Chnl 17 on hook
flash option: false
XPMTLC0001SMS XPM_PARTITION MICA
Appendix A --9