297-9051-547

DMS-100 Family
MMP
Card Replacement Procedures
Volume 1 of 7
MMP13 and up Standard 02.01 April 2000
DMS-100 Family
MMP
Card Replacement Procedures
Volume 1 of 7
Publication number: 297-9051-547
Product release: MMP13 and up
Document release: Standard 02.01
Date: April 2000
Copyright 1999-2000 Nortel Networks,
All Rights Reserved
Printed in the United Kingdom
NORTEL NETWORKS CONFIDENTIAL: The information contained herein is the property of Nortel Networks and is
strictly condential. Except as expressly authorized in writing by Nortel Networks, the holder shall keep all information contained
herein condential, shall disclose the information only to its employees with a need to know, and shall protect the information, in
whole or in part, from disclosure and dissemination to third parties with the same degree of care it uses to protect its own
condential information, but with no less than reasonable care. Except as expressly authorized in writing by Nortel Networks, the
holder is granted no rights to use the information contained herein.
Information is subject to change without notice. Nortel Networks reserves the right to make changes in design or components as
progress in engineering and manufacturing may warrant. Changes or modication to the DMS-100 without the express consent of
Nortel Networks may void its warranty and void the users authority to operate the equipment.
Nortel Networks, the Nortel Networks logo, the Globemark, How the World Shares Ideas, Unied Networks, DMS, DMS-100, MAP,
Nortel, Northern Telecom, NT, SuperNode, and TOPS are trademarks of Nortel Networks.
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
iii
Contents
Card Replacement Procedures
Volume 1 of 7
NTP Summary Contents vii
About this document xxvii
How to check the version and issue of this document xxvii
References in this document xxvii
What precautionary messages mean xxviii
How commands, parameters, and responses are represented xxix
Input prompt (>) xxix
Commands and fixed parameters xxix
Variables xxix
Responses xxix
1 SuperNode computing module card replacement
procedures 1-1
Introduction 1-1
Application 1-1
Common procedures 1-1
Action 1-2
Recording card replacement activities 1-2
SuperNode CM shelf layouts 1-3
NT9X20 in a SuperNode CM 1-5
System cards in a SuperNode CM 1-22
2 SuperNode SE computing module and system load module
card replacement procedures 2-1
Introduction 2-1
Application 2-1
Common procedures 2-1
Action 2-2
Recording card replacement activities 2-2
SuperNode SE CM/SLM shelf layouts 2-3
NT9X44 in a SuperNode SE CM/SLM 2-5
NT9X46 in a SuperNode SE CM/SLM 2-27
NT9X62 in a SuperNode SE CM/SLM 2-45
iv Contents
297-9051-547 Standard 02.01 April 2000
Power converter cards in a SuperNode SE CM/SLM 2-67
Replace system cards in a SuperNode SE CM/SLM 2-85
3 Digital carrier module card replacement procedures 3-1
Introduction 3-1
Application 3-1
Common procedures 3-1
Action 3-1
Recording card replacement activities 3-2
DCM shelf layouts 3-3
Control complex cards in a digital carrier module 3-8
NT2X35 in a digital carrier module 3-13
NT2X36 in a digital carrier module 3-27
NT3X65 in a digital echo suppressor 3-37
Power converter cards in a digital carrier module 3-47
4 Enhanced link peripheral processor card replacement
procedures 4-1
Introduction 4-1
Application 4-1
Common procedures 4-1
Action 4-1
Recording card replacement activities 4-2
ELPP shelf layouts 4-3
Common fill paddle boards in an ELPP LIS 4-9
HLIU cards in an ELPP LIS 4-17
HSLR cards in an ELPP LIS 4-27
MLIU cards in an LPP LIS 4-36
NT9X13 in an ELPP LIM unit 4-46
System and power cards in an ELPP LIM unit 4-58
5 SuperNode SE enhanced network card replacement
procedures 5-1
Introduction 5-1
Application 5-1
Common procedures 5-1
Action 5-2
Recording card replacement activities 5-2
SuperNode SE ENET shelf designs 5-3
Crosspoint and interface cards in a SuperNode SE 16k ENET 5-7
Crosspoint and interface cards in a SuperNode SE 32k ENET 5-31
Power converter cards in a SuperNode SE 16k ENET 5-53
System cards in a SuperNode SE 16k ENET 5-77
System cards in a SuperNode SE 32k ENET 5-100
6 File processor card replacement procedures 6-1
Introduction 6-1
Application 6-1
Common procedures 6-1
Contents v
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Action 6-1
Recording card replacement activities 6-2
SuperNode Multicomputing Base shelf layouts 6-3
NT9X89 in a storage device shelf in a file processor 6-6
NT9X90 in a storage device shelf in a file processor 6-18
NT9X91 in a storage device shelf in a file processor 6-33
System cards in a file processor 6-43
7 Frame supervisory panel and modular supervisory panel
card replacement procedures 7-1
Introduction 7-1
Application 7-1
Common procedures 7-1
Action 7-1
Recording card replacement activities 7-2
FSP cards in a 42-in. (106.7-cm) SuperNode cabinet 7-3
NT0X36 in a cabinetized input/output equipment frame 7-8
NT0X36 in a cabinetized trunk module equipment frame 7-29
NT0X36 in an input/output equipment frame 7-53
NT0X36 in an international cabinet auxiliary module 7-74
NT0X91 in a CPCE frame 7-98
NT0X91 in a digital carrier equipment frame 7-112
NT0X91 in a line module equipment frame 7-123
NT0X91 in an MS6E 7-133
NT0X91 in an MS7E, ST7E, or ST6E 7-147
NT0X91 in a network equipment frame 7-159
NT0X91 in a trunk module equipment frame 7-172
NT6X36 in LCE-type frames and CLCE 7-192
NTRX41 in MSP in streamline B cabinets 7-197
8 Input/output device card replacement procedures 8-1
Introduction 8-1
Application 8-1
Common procedures 8-1
Action 8-1
Recording card replacement activities 8-2
IOD shelf layouts 8-3
Disk drive and magnetic tape controller cards in an IOC 8-10
NT1X67 in an IOC 8-21
NT1X78 in an IOE DDU shelf 8-28
NT1X89 in an IOC shelf 8-37
NT2X70 in an IOC 8-44
NTFX30 in an ISM 8-61
NTFX31 in an ISM 8-77
NTFX32AA in an ISM 8-92
System cards in an IOC 8-97
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
vii
NTP Summary Contents
Card Replacement Procedures
Volume 1 of 7
About this document Vol. 1, xxvii
How to check the version and issue of this document Vol. 1, xxvii
References in this document Vol. 1, xxvii
What precautionary messages mean Vol. 1, xxviii
How commands, parameters, and responses are represented Vol. 1, xxix
Input prompt (>) Vol. 1, xxix
Commands and fixed parameters Vol. 1, xxix
Variables Vol. 1, xxix
Responses Vol. 1, xxix
1 SuperNode computing module card replacement
procedures Vol. 1, 1-1
Introduction Vol. 1, 1-1
Application Vol. 1, 1-1
Common procedures Vol. 1, 1-1
Action Vol. 1, 1-2
Recording card replacement activities Vol. 1, 1-2
SuperNode CM shelf layouts Vol. 1, 1-3
NT9X20 in a SuperNode CM Vol. 1, 1-5
System cards in a SuperNode CM Vol. 1, 1-22
2 SuperNode SE computing module and system load module
card replacement procedures Vol. 1, 2-1
Introduction Vol. 1, 2-1
Application Vol. 1, 2-1
Common procedures Vol. 1, 2-1
Action Vol. 1, 2-2
Recording card replacement activities Vol. 1, 2-2
SuperNode SE CM/SLM shelf layouts Vol. 1, 2-3
NT9X44 in a SuperNode SE CM/SLM Vol. 1, 2-5
NT9X46 in a SuperNode SE CM/SLM Vol. 1, 2-27
NT9X62 in a SuperNode SE CM/SLM Vol. 1, 2-45
Power converter cards in a SuperNode SE CM/SLM Vol. 1, 2-67
Replace system cards in a SuperNode SE CM/SLM Vol. 1, 2-85
viii NTP Summary Contents
297-9051-547 Standard 02.01 April 2000
3 Digital carrier module card replacement
procedures Vol. 1, 3-1
Introduction Vol. 1, 3-1
Application Vol. 1, 3-1
Common procedures Vol. 1, 3-1
Action Vol. 1, 3-1
Recording card replacement activities Vol. 1, 3-2
DCM shelf layouts Vol. 1, 3-3
Control complex cards in a digital carrier module Vol. 1, 3-8
NT2X35 in a digital carrier module Vol. 1, 3-13
NT2X36 in a digital carrier module Vol. 1, 3-27
NT3X65 in a digital echo suppressor Vol. 1, 3-37
Power converter cards in a digital carrier module Vol. 1, 3-47
4 Enhanced link peripheral processor card replacement
procedures Vol. 1, 4-1
Introduction Vol. 1, 4-1
Application Vol. 1, 4-1
Common procedures Vol. 1, 4-1
Action Vol. 1, 4-1
Recording card replacement activities Vol. 1, 4-2
ELPP shelf layouts Vol. 1, 4-3
Common fill paddle boards in an ELPP LIS Vol. 1, 4-9
HLIU cards in an ELPP LIS Vol. 1, 4-17
HSLR cards in an ELPP LIS Vol. 1, 4-27
MLIU cards in an LPP LIS Vol. 1, 4-36
NT9X13 in an ELPP LIM unit Vol. 1, 4-46
System and power cards in an ELPP LIM unit Vol. 1, 4-58
5 SuperNode SE enhanced network card replacement
procedures Vol. 1, 5-1
Introduction Vol. 1, 5-1
Application Vol. 1, 5-1
Common procedures Vol. 1, 5-1
Action Vol. 1, 5-2
Recording card replacement activities Vol. 1, 5-2
SuperNode SE ENET shelf designs Vol. 1, 5-3
Crosspoint and interface cards in a SuperNode SE 16k ENET Vol. 1, 5-7
Crosspoint and interface cards in a SuperNode SE 32k ENET Vol. 1, 5-31
Power converter cards in a SuperNode SE 16k ENET Vol. 1, 5-53
System cards in a SuperNode SE 16k ENET Vol. 1, 5-77
System cards in a SuperNode SE 32k ENET Vol. 1, 5-100
6 File processor card replacement procedures Vol. 1, 6-1
Introduction Vol. 1, 6-1
Application Vol. 1, 6-1
Common procedures Vol. 1, 6-1
Action Vol. 1, 6-1
Recording card replacement activities Vol. 1, 6-2
NTP Summary Contents ix
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
SuperNode Multicomputing Base shelf layouts Vol. 1, 6-3
NT9X89 in a storage device shelf in a file processor Vol. 1, 6-6
NT9X90 in a storage device shelf in a file processor Vol. 1, 6-18
NT9X91 in a storage device shelf in a file processor Vol. 1, 6-33
System cards in a file processor Vol. 1, 6-43
7 Frame supervisory panel and modular supervisory panel
card replacement procedures Vol. 1, 7-1
Introduction Vol. 1, 7-1
Application Vol. 1, 7-1
Common procedures Vol. 1, 7-1
Action Vol. 1, 7-1
Recording card replacement activities Vol. 1, 7-2
FSP cards in a 42-in. (106.7-cm) SuperNode cabinet Vol. 1, 7-3
NT0X36 in a cabinetized input/output equipment frame Vol. 1, 7-8
NT0X36 in a cabinetized trunk module equipment frame Vol. 1, 7-29
NT0X36 in an input/output equipment frame Vol. 1, 7-53
NT0X36 in an international cabinet auxiliary module Vol. 1, 7-74
NT0X91 in a CPCE frame Vol. 1, 7-98
NT0X91 in a digital carrier equipment frame Vol. 1, 7-112
NT0X91 in a line module equipment frame Vol. 1, 7-123
NT0X91 in an MS6E Vol. 1, 7-133
NT0X91 in an MS7E, ST7E, or ST6E Vol. 1, 7-147
NT0X91 in a network equipment frame Vol. 1, 7-159
NT0X91 in a trunk module equipment frame Vol. 1, 7-172
NT6X36 in LCE-type frames and CLCE Vol. 1, 7-192
NTRX41 in MSP in streamline B cabinets Vol. 1, 7-197
8 Input/output device card replacement
procedures Vol. 1, 8-1
Introduction Vol. 1, 8-1
Application Vol. 1, 8-1
Common procedures Vol. 1, 8-1
Action Vol. 1, 8-1
Recording card replacement activities Vol. 1, 8-2
IOD shelf layouts Vol. 1, 8-3
Disk drive and magnetic tape controller cards in an IOC Vol. 1, 8-10
NT1X67 in an IOC Vol. 1, 8-21
NT1X78 in an IOE DDU shelf Vol. 1, 8-28
NT1X89 in an IOC shelf Vol. 1, 8-37
NT2X70 in an IOC Vol. 1, 8-44
NTFX30 in an ISM Vol. 1, 8-61
NTFX31 in an ISM Vol. 1, 8-77
NTFX32AA in an ISM Vol. 1, 8-92
System cards in an IOC Vol. 1, 8-97
x NTP Summary Contents
297-9051-547 Standard 02.01 April 2000
Card Replacement Procedures
Volume 2 of 7
1 Line concentrating module card replacement
procedures Vol. 2, 1-1
Introduction Vol. 2, 1-1
Application Vol. 2, 1-1
Common procedures Vol. 2, 1-1
Action Vol. 2, 1-1
Recording card replacement activities Vol. 2, 1-2
LCM shelf layouts Vol. 2, 1-3
Bus interface cards in an LCD Vol. 2, 1-13
Control complex cards in LCM-type PMs Vol. 2, 1-31
Line cards in an LCE line drawer Vol. 2, 1-39
NT6X30 in LCE-type frames Vol. 2, 1-47
NTBX71 in an LCME Vol. 2, 1-62
Power cards in an LCE line drawer Vol. 2, 1-73
Power cards in LCM-type PMs Vol. 2, 1-79
2 Line module card replacement procedures Vol. 2, 2-1
Introduction Vol. 2, 2-1
Application Vol. 2, 2-1
Common procedures Vol. 2, 2-1
Action Vol. 2, 2-1
Recording card replacement activities Vol. 2, 2-2
LM shelf layouts Vol. 2, 2-3
Control complex cards in a line module controller Vol. 2, 2-9
Interface and power converter cards in an LM line drawer Vol. 2, 2-16
Line cards in an LM line drawer Vol. 2, 2-24
NT2X05 in a line module controller Vol. 2, 2-30
NT2X70 in a line module controller Vol. 2, 2-36
3 SuperNode SE LIS or ENI card replacement
procedures Vol. 2, 3-1
Introduction Vol. 2, 3-1
Application Vol. 2, 3-1
Common procedures Vol. 2, 3-1
Action Vol. 2, 3-1
Recording card replacement activities Vol. 2, 3-2
SuperNode SE link interface shelf layouts Vol. 2, 3-3
Common fill cards in a SuperNode SE LIS or ENI shelf Vol. 2, 3-6
EIU cards in a SuperNode SE LIS Vol. 2, 3-13
FRIU cards in a SuperNode SE LIS Vol. 2, 3-24
LIU7 cards in a SuperNode SE LIS or ENI shelf Vol. 2, 3-38
NIU cards in a SuperNode SE LIS Vol. 2, 3-49
NT9X30 in a SuperNode SE LIS Vol. 2, 3-64
XLIU cards in a SuperNode SE LIS Vol. 2, 3-91
NTP Summary Contents xi
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
4 Link peripheral processor card replacement
procedures Vol. 2, 4-1
Introduction Vol. 2, 4-1
Application Vol. 2, 4-1
Common procedures Vol. 2, 4-1
Action Vol. 2, 4-1
Recording card replacement activities Vol. 2, 4-2
LPP shelf layouts Vol. 2, 4-3
APU cards in an LPP LIS Vol. 2, 4-9
Common fill paddle boards in an LPP LIS Vol. 2, 4-36
EIU cards in an LPP LIS Vol. 2, 4-47
FRIU cards in an LPP LIS Vol. 2, 4-57
LIU7 cards in an LPP LIS Vol. 2, 4-71
NIU processor and controller cards in an LPP LIS Vol. 2, 4-82
NT9X13 in an LPP LIM unit Vol. 2, 4-89
NT9X30 in an LPP LIS Vol. 2, 4-100
NT9X74 in an LPP LIS Vol. 2, 4-126
NTDX16 in an LPP LIS Vol. 2, 4-140
NTEX28 in an NIU in an LPP LIS Vol. 2, 4-145
System and power cards in an LPP LIM unit Vol. 2, 4-155
VPU cards in an LPP LIS Vol. 2, 4-168
XLIU cards in an LPP LIS Vol. 2, 4-178
5 SuperNode message switch card replacement
procedures Vol. 2, 5-1
Introduction Vol. 2, 5-1
Application Vol. 2, 5-1
Common procedures Vol. 2, 5-1
Action Vol. 2, 5-2
Recording card replacement activities Vol. 2, 5-2
SuperNode MS shelf layouts Vol. 2, 5-3
Interface cards in a SuperNode MS Vol. 2, 5-5
Manually busying LIM-to-MS SR128 links Vol. 2, 5-26
Returning LIM-to-MS SR128 links to service Vol. 2, 5-33
System cards in a SuperNode MS Vol. 2, 5-39
6 SuperNode SE message switch card replacement
procedures Vol. 2, 6-1
Introduction Vol. 2, 6-1
Application Vol. 2, 6-1
Common procedures Vol. 2, 6-1
Action Vol. 2, 6-2
Recording card replacement activities Vol. 2, 6-2
SuperNode SE message switch shelf layouts Vol. 2, 6-3
Interface paddle boards in a SuperNode SE MS Vol. 2, 6-5
System cards in a SuperNode SE MS Vol. 2, 6-25
xii NTP Summary Contents
297-9051-547 Standard 02.01 April 2000
7 Message switch and buffer card replacement
procedures Vol. 2, 7-1
Introduction Vol. 2, 7-1
Application Vol. 2, 7-1
Common procedures Vol. 2, 7-1
Action Vol. 2, 7-1
Recording card replacement activities Vol. 2, 7-2
MSB shelf layouts Vol. 2, 7-3
Control complex cards in an MSB Vol. 2, 7-12
NT2X70 in an MSB Vol. 2, 7-20
NT2X70 in an ST7G or STCM Vol. 2, 7-40
NT6X40 in an MSB Vol. 2, 7-57
NT6X68 in an MSB Vol. 2, 7-64
Processor and memory cards in an MSB Vol. 2, 7-71
Signaling terminal cards in an MSB Vol. 2, 7-79
8 SuperNode network card replacement
procedures Vol. 2, 8-1
Introduction Vol. 2, 8-1
Application Vol. 2, 8-1
Common procedures Vol. 2, 8-1
Action Vol. 2, 8-2
Recording card replacement activities Vol. 2, 8-2
Network shelf layouts Vol. 2, 8-3
Crosspoint and interface cards in a 64k or 128k ENET Vol. 2, 8-15
Power converter cards in JNET shelves Vol. 2, 8-40
System cards in a 64k or 128k ENET Vol. 2, 8-49
System, interface, and crosspoint cards in JNET shelves Vol. 2, 8-72
9 Office alarm unit card replacement procedures Vol. 2, 9-1
Introduction Vol. 2, 9-1
Application Vol. 2, 9-1
Common procedures Vol. 2, 9-1
Action Vol. 2, 9-1
Recording card replacement activities Vol. 2, 9-2
OAU shelf layouts Vol. 2, 9-3
Control and circuit cards in the office alarm unit Vol. 2, 9-7
Power converter cards in the office alarm unit Vol. 2, 9-14
Card Replacement Procedures
Volume 3 of 7
1 Remote line module card replacement
procedures Vol. 3, 1-1
Introduction Vol. 3, 1-1
Application Vol. 3, 1-1
Common procedures Vol. 3, 1-1
NTP Summary Contents xiii
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Action Vol. 3, 1-1
Recording card replacement activities Vol. 3, 1-2
RLM shelf layouts Vol. 3, 1-3
Control complex cards in a remote line controller Vol. 3, 1-9
Line cards in an RLM line drawer Vol. 3, 1-16
NT2X05 in a remote line controller Vol. 3, 1-22
NT2X70 in a remote line controller Vol. 3, 1-28
2 Remote oscillator shelf card replacement
procedures Vol. 3, 2-1
Introduction Vol. 3, 2-1
Application Vol. 3, 2-1
Common procedures Vol. 3, 2-1
Action Vol. 3, 2-1
Recording card replacement activities Vol. 3, 2-2
Remote oscillator shelf layouts Vol. 3, 2-3
NT1X78 in a remote oscillator shelf Vol. 3, 2-5
NT3X16 in a remote oscillator shelf Vol. 3, 2-14
3 Single shelf link peripheral processor card replacement
procedures Vol. 3, 3-1
Introduction Vol. 3, 3-1
Application Vol. 3, 3-1
Common procedures Vol. 3, 3-1
Action Vol. 3, 3-1
Recording card replacement activities Vol. 3, 3-2
SSLPP shelf layouts Vol. 3, 3-3
Common fill cards in an SSLPP Vol. 3, 3-7
EIU cards in an SSLPP Vol. 3, 3-17
FRIU cards in an SSLPP Vol. 3, 3-29
LIU7 cards in an SSLPP Vol. 3, 3-44
NIU cards in an SSLPP Vol. 3, 3-57
Power converter cards in an SSLPP Vol. 3, 3-74
XLIU cards in an SSLPP Vol. 3, 3-106
4 SuperNode system load module card replacement
procedures Vol. 3, 4-1
Introduction Vol. 3, 4-1
Application Vol. 3, 4-1
Common procedures Vol. 3, 4-1
Action Vol. 3, 4-2
Recording card replacement activities Vol. 3, 4-2
SuperNode SLM shelf layouts Vol. 3, 4-3
NT9X44 in a SuperNode SLM Vol. 3, 4-5
SPM NTLX60AA FIL with DSP RM DMS-Spectrum Peripheral
Module Vol. 3, 4-26
SPM NTLX60AA FIL with VSP RM DMS-Spectrum Peripheral
Module Vol. 3, 4-37
SPM NTLX61AA SIM card DMS-Spectrum Peripheral Module Vol. 3, 4-47
xiv NTP Summary Contents
297-9051-547 Standard 02.01 April 2000
SPM NTLX63AA CEM card DMS-Spectrum Peripheral
Module Vol. 3, 4-55
SPM NTLX65BA DSP RM DMS-Spectrum Peripheral Module Vol. 3, 4-74
SPM NTLX66BA VSP RM DMS-Spectrum Peripheral Module Vol. 3, 4-87
SPM NTLX71AA OC3 card DMS-Spectrum Peripheral Module Vol. 3, 4-99
SPM NTLX72AA DLC RM Spectrum Peripheral Module Vol. 3, 4-120
SPM NTLX73AA ATM RM Spectrum Peripheral Module Vol. 3, 4-133
SPM NTLX82AA CEM card DMS-Spectrum Peripheral
Module Vol. 3, 4-145
System cards in a SuperNode SLM Vol. 3, 4-165
5 Trunk module card replacement procedures Vol. 3, 5-1
Introduction Vol. 3, 5-1
Application Vol. 3, 5-1
Common procedures Vol. 3, 5-1
Action Vol. 3, 5-1
Recording card replacement activities Vol. 3, 5-2
TM shelf layouts Vol. 3, 5-3
Control complex cards in trunk and service modules Vol. 3, 5-27
Enhanced digital test unit or digital test unit cards in trunk and service
modules Vol. 3, 5-37
Metallic test unit cards in trunk and service modules Vol. 3, 5-44
Power converter cards in trunk and service modules Vol. 3, 5-64
Single-card PMs in trunk and service modules Vol. 3, 5-79
Trunk, maintenance, and service cards in trunk and service
modules Vol. 3, 5-88
6 XPM card replacement procedures Vol. 3, 6-1
Introduction Vol. 3, 6-1
Application Vol. 3, 6-1
Common procedures Vol. 3, 6-1
Action Vol. 3, 6-1
Recording card replacement activities Vol. 3, 6-2
XPM shelf layouts Vol. 3, 6-3
Back plane cards in an XPM Vol. 3, 6-19
Control complex cards in an XPM Vol. 3, 6-31
Manually busying Series II PM and CPM C-side links Vol. 3, 6-42
NT2X70 in an XPM Vol. 3, 6-49
NT6X40 in an XPM Vol. 3, 6-71
NT6X48 in LGC, PLGC, LTC, PLTC Vol. 3, 6-84
NT6X48 in MSB7 Vol. 3, 6-94
NT6X60 in an SRU Vol. 3, 6-102
NT6X78 in an XPM Vol. 3, 6-106
NT7X03 in an XPM Vol. 3, 6-113
NTBX02 in an XPM Vol. 3, 6-122
P-side interface cards in an XPM Vol. 3, 6-131
Processor and memory cards in a GPP Vol. 3, 6-154
Processor and memory cards in an XPM Vol. 3, 6-161
Removing and replacing a card Vol. 3, 6-179
Returning a card for repair or replacement Vol. 3, 6-183
NTP Summary Contents xv
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
7 Card replacement common procedures Vol. 3, 7-1
Introduction Vol. 3, 7-1
Application Vol. 3, 7-1
Action Vol. 3, 7-1
Activating CCS7 links Vol. 3, 7-2
Activity switch with memory match Vol. 3, 7-9
Cleaning fiber-optic components and assemblies Vol. 3, 7-17
Correcting a load mismatch Vol. 3, 7-25
Deactivating CCS7 links Vol. 3, 7-40
Failure to switch clock mastership Vol. 3, 7-48
Loading a PM Vol. 3, 7-57
Manually busying LIM-to-MS DS30 links Vol. 3, 7-69
Memory extension in the SuperNode CM Vol. 3, 7-75
Memory extension in the SuperNode SE CM Vol. 3, 7-93
Moving an XSG to a spare XLIU Vol. 3, 7-111
Replacing a card Vol. 3, 7-119
Replacing a line card Vol. 3, 7-125
Reseating cards in equipment shelves Vol. 3, 7-132
Returning LIM-to-MS DS30 links to service Vol. 3, 7-137
Switching the clock source Vol. 3, 7-142
Unseating cards in equipment shelves Vol. 3, 7-149
Verifying load compatibility of SuperNode cards Vol. 3, 7-153
Card Replacement Procedures
Volume 4 of 7
1 XPM card replacement procedures Vol. 4, 1-1
NT0X10 in an IOPAC RMM Vol. 4, 1-2
NT0X10 in an OPM RMM Vol. 4, 1-6
NT0X10 in an RLCM-EDC RMM Vol. 4, 1-10
NT0X10 in an RLCM RMM Vol. 4, 1-14
NT0X10 in an RSC RMM Vol. 4, 1-18
NT0X10 in an RSC-S (DS-1) Model A RMM Vol. 4, 1-25
NT0X10 in an RSC-S (DS-1) Model B RMM Vol. 4, 1-31
NT0X10 in an RSC-S (PCM-30) Model A RMM Vol. 4, 1-37
NT0X10 in an RSC-S (PCM-30) Model B RMM Vol. 4, 1-43
NT0X91 in an IOPAC FSP Vol. 4, 1-49
NT0X91 in an RLCM Vol. 4, 1-61
NT0X91 in an RSC Vol. 4, 1-74
NT0X91AA in an OPM Vol. 4, 1-90
NT0X91AE in an OPM Vol. 4, 1-96
NT0X91AE in an RLCE Vol. 4, 1-105
NT2X06 in an IOPAC RMM Vol. 4, 1-114
NT2X06 in an OPM RMM Vol. 4, 1-121
NT2X06 in an RLCM RMM Vol. 4, 1-129
NT2X06 in an RSC RMM Vol. 4, 1-136
NT2X06 in an RSC-S (DS-1) Model A RMM Vol. 4, 1-144
NT2X06 in an RSC-S (DS-1) Model B RMM Vol. 4, 1-153
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297-9051-547 Standard 02.01 April 2000
NT2X06 in an RSC-S (PCM-30) Model A RMM Vol. 4, 1-162
NT2X09 in an IOPAC RMM Vol. 4, 1-171
NT2X09 in an OPM RMM Vol. 4, 1-178
NT2X09 in an RLCM RMM Vol. 4, 1-186
NT2X09 in an RSC RMM Vol. 4, 1-194
NT2X09 in an RSC-S (DS-1) Model A RMM Vol. 4, 1-202
NT2X09 in an RSC-S (DS-1) Model B RMM Vol. 4, 1-211
NT2X09 in an RSC-S (PCM-30) Model A RMM Vol. 4, 1-220
NT2X10 in an OPM RMM Vol. 4, 1-229
NT2X10 in an RLCM RMM Vol. 4, 1-233
NT2X10 in an RSC RMM Vol. 4, 1-237
NT2X10 in an RSC-S (DS-1) Model A RMM Vol. 4, 1-244
NT2X10 in an RSC-S (DS-1) Model B RMM Vol. 4, 1-251
NT2X10 in an RSC-S (PCM-30) Model A RMM Vol. 4, 1-258
NT2X11 in an OPAC RMM Vol. 4, 1-265
NT2X11 in an OPM RMM Vol. 4, 1-270
NT2X11 in an RLCM-EDC RMM Vol. 4, 1-274
NT2X11 in an RLCM RMM Vol. 4, 1-278
NT2X11 in an RSC RMM Vol. 4, 1-282
NT2X11 in an RSC-S (DS-1) Model A RMM Vol. 4, 1-289
NT2X11 in an RSC-S (DS-1) Model B RMM Vol. 4, 1-298
NT2X11 in an RSC-S (PCM-30) Model A RMM Vol. 4, 1-307
NT2X48 in an IOPAC RMM Vol. 4, 1-316
NT2X48 in an OPM RMM Vol. 4, 1-321
NT2X48 in an RLCM RMM Vol. 4, 1-326
NT2X55 in an RSC RMM Vol. 4, 1-331
NT2X57 in an IOPAC RMM Vol. 4, 1-338
NT2X57 in an OPM RMM Vol. 4, 1-342
NT2X57 in an RLCM-EDC RMM Vol. 4, 1-346
NT2X57 in an RLCM RMM Vol. 4, 1-350
NT2X57 in an RSC RMM Vol. 4, 1-355
NT2X57 in an RSC-S (DS-1) Model A RMM Vol. 4, 1-362
NT2X57 in an RSC-S (DS-1) Model B RMM Vol. 4, 1-369
NT2X57 in an RSC-S (PCM-30) Model A RMM Vol. 4, 1-376
NT2X59 in an IOPAC RMM Vol. 4, 1-383
NT2X59 in an OPM RMM Vol. 4, 1-387
NT2X59 in an RLCM-EDC RMM Vol. 4, 1-394
NT2X59 in an RLCM RMM Vol. 4, 1-401
NT2X59 in an RSC RMM Vol. 4, 1-406
NT2X59 in an RSC-S (DS-1) Model A RMM Vol. 4, 1-413
NT2X59 in an RSC-S (DS-1) Model B RMM Vol. 4, 1-420
NT2X59 in an RSC-S (PCM-30) Model A RMM Vol. 4, 1-427
NT2X70 in an IOPAC HIE Vol. 4, 1-434
NT2X70 in an OPM HIE Vol. 4, 1-441
NT2X70 in an RLCM-EDC HIE Vol. 4, 1-455
NT2X70 in an RLCM HIE Vol. 4, 1-464
NT2X70 in an RSC Vol. 4, 1-478
NT2X70 in an SMA Vol. 4, 1-497
NT2X70 in an SMA-MVI-20 Vol. 4, 1-505
NT2X70 in an SMS Vol. 4, 1-513
NT2X70 in an SMS-R Vol. 4, 1-524
NTP Summary Contents xvii
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X70 in an SMU Vol. 4, 1-533
NT2X90 in an IOPAC RMM Vol. 4, 1-540
NT2X90 in an OPAC RMM Vol. 4, 1-545
NT2X90 in an OPM RMM Vol. 4, 1-550
NT2X90 in an RLCM-EDC RMM Vol. 4, 1-558
NT2X90 in an RLCM RMM Vol. 4, 1-564
NT2X90 in an RSC RMM Vol. 4, 1-569
NT2X90 in an RSC-S (DS-1) Model A RMM Vol. 4, 1-576
NT2X90 in an RSC-S (DS-1) Model B RMM Vol. 4, 1-583
NT3X04 in an RSC RMM Vol. 4, 1-590
NT3X09 in an IOPAC RMM Vol. 4, 1-597
NT3X09 in an OPAC RMM Vol. 4, 1-603
NT3X09 in an OPM RMM Vol. 4, 1-608
NT3X09 in an RLCM-EDC RMM Vol. 4, 1-614
NT3X09 in an RLCM RMM Vol. 4, 1-619
NT3X09 in an RSC RMM Vol. 4, 1-624
NT3X09 in an RSC-S (DS-1) Model A RMM Vol. 4, 1-631
NT3X09 in an RSC-S (DS-1) Model B RMM Vol. 4, 1-641
NT3X09 in an RSC-S (PCM-30) Model B RMM Vol. 4, 1-651
NT3X82 in an RSC RMM Vol. 4, 1-660
NT3X83 in an RSC RMM Vol. 4, 1-667
NT4X97 in an IOPAC RMM Vol. 4, 1-675
NT4X97 in an RSC-S (PCM-30) Model A RMM Vol. 4, 1-680
NT4X97 in an RSC-S (PCM-30) Model B RMM Vol. 4, 1-687
NT4X98 in an IOPAC RMM Vol. 4, 1-694
NT4X98 in an RSC-S (PCM-30) Model B RMM Vol. 4, 1-701
NT6X17 in an IOPAC ILCM Vol. 4, 1-710
NT6X17 in an OPM Vol. 4, 1-714
NT6X17 in an RLCM Vol. 4, 1-718
NT6X17 in an RSC LCM Vol. 4, 1-722
NT6X17 in an RSC-S (DS-1) Model A LCME Vol. 4, 1-730
NT6X17 in an RSC-S (DS-1) Model B LCME Vol. 4, 1-738
NT6X17 in a STAR or RLD Vol. 4, 1-746
NT6X18 in an IOPAC ILCM Vol. 4, 1-750
NT6X18 in an OPAC LCM Vol. 4, 1-754
NT6X18 in an OPM Vol. 4, 1-758
NT6X18 in an RLCM Vol. 4, 1-762
NT6X18 in an RSC LCM Vol. 4, 1-766
NT6X18 in an RSC-S (DS-1) Model A LCME Vol. 4, 1-774
NT6X18 in an RSC-S (DS-1) Model B LCME Vol. 4, 1-782
NT6X18 in a STAR or RLD Vol. 4, 1-790
NT6X19 in an IOPAC ILCM Vol. 4, 1-794
NT6X19 in an OPM Vol. 4, 1-798
NT6X19 in an RLCM Vol. 4, 1-802
NT6X19 in an RSC LCM Vol. 4, 1-806
NT6X19 in an RSC-S (DS-1) Model A LCME Vol. 4, 1-814
NT6X19 in an RSC-S (DS-1) Model B LCME Vol. 4, 1-822
NT6X19 in a STAR or RLD Vol. 4, 1-830
NT6X20 in an IOPAC ILCM Vol. 4, 1-834
NT6X20 in an OPM Vol. 4, 1-838
NT6X20 in an RLCM Vol. 4, 1-842
xviii NTP Summary Contents
297-9051-547 Standard 02.01 April 2000
NT6X20 in an RSC LCM Vol. 4, 1-846
NT6X20 in an RSC-S (DS-1) Model A LCME Vol. 4, 1-854
NT6X20 in an RSC-S (DS-1) Model B LCME Vol. 4, 1-862
NT6X20 in a STAR or RLD Vol. 4, 1-870
NT6X21 in an IOPAC ILCM Vol. 4, 1-874
NT6X21 in an OPM Vol. 4, 1-878
NT6X21 in an RLCM Vol. 4, 1-882
NT6X21 in an RLCM-EDC LCM Vol. 4, 1-886
NT6X21 in an RSC-S (DS-1) Model A LCME Vol. 4, 1-890
NT6X21 in an RSC-S (DS-1) Model B LCME Vol. 4, 1-900
NT6X21 in an RSC-S (PCM-30) Model A LCME Vol. 4, 1-909
NT6X21 in an RSC-S (PCM-30) Model B LCME Vol. 4, 1-918
NT6X21 in a STAR or RLD Vol. 4, 1-927
NT6X27 in an IOPAC HIE Vol. 4, 1-931
NT6X27 in an OPM HIE Vol. 4, 1-938
NT6X27 in an RLCM HIE Vol. 4, 1-945
NT6X30 in an RSC LCM Vol. 4, 1-952
NT6X30 in an RSC-S (DS-1) Model A LCME Vol. 4, 1-967
NT6X30 in an RSC-S (DS-1) Model B LCME Vol. 4, 1-981
NT6X30 in an RSC-S (PCM-30) Model A LCME Vol. 4, 1-995
NT6X30 in an RSC-S (PCM-30) Model B LCME Vol. 4, 1-1009
NT6X36 in an IOPAC FSP Vol. 4, 1-1023
NT6X36 in an OPM Vol. 4, 1-1028
NT6X36 in an RLCM-EDC FSP Vol. 4, 1-1033
NT6X36 in an RLCM FSP Vol. 4, 1-1038
NT6X36 in an RSC-S FSP for CRSC or CEXT Vol. 4, 1-1043
Card Replacement Procedures
Volume 5 of 7
1 XPM card replacement procedures (continued) Vol. 5, 1-1
NT6X40 in an SMA Vol. 5, 1-2
NT6X40 in an SMA-MVI-20 Vol. 5, 1-14
NT6X40 in an SMA2 Vol. 5, 1-26
NT6X40 in an SMS Vol. 5, 1-38
NT6X40 in a SMU Vol. 5, 1-51
NT6X41 in an SMA Vol. 5, 1-64
NT6X41 in an SMA-MVI-20 Vol. 5, 1-71
NT6X41 in an SMS Vol. 5, 1-78
NT6X41 in an SMS-R Vol. 5, 1-87
NT6X41 in an SMU Vol. 5, 1-95
NT6X42 in an SMA Vol. 5, 1-101
NT6X42 in an SMA-MVI-20 Vol. 5, 1-107
NT6X42 in an SMS Vol. 5, 1-114
NT6X42 in an SMS-R Vol. 5, 1-122
NT6X44 in an RSC Vol. 5, 1-130
NT6X44 in an SMA Vol. 5, 1-138
NT6X44 in an SMA-MVI-20 Vol. 5, 1-144
NTP Summary Contents xix
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT6X44 in an SMS Vol. 5, 1-150
NT6X44 in an SMS-R Vol. 5, 1-158
NT6X45 in an IOPAC HIE Vol. 5, 1-166
NT6X45 in an OPAC HIE Vol. 5, 1-172
NT6X45 in an OPM HIE Vol. 5, 1-178
NT6X45 in an RLCM HIE Vol. 5, 1-184
NT6X47 in an IOPAC HIE Vol. 5, 1-190
NT6X47 in an OPM HIE Vol. 5, 1-196
NT6X47 in an RLCM HIE Vol. 5, 1-202
NT6X48 in an RSC Vol. 5, 1-208
NT6X50 in an OPAC HIE Vol. 5, 1-216
NT6X50 in an OPM HIE Vol. 5, 1-223
NT6X50 in an RLCM-EDC HIE Vol. 5, 1-230
NT6X50 in an RLCM HIE Vol. 5, 1-237
NT6X50 in an RSC Vol. 5, 1-244
NT6X50 in an SMA Vol. 5, 1-259
NT6X50 in an SMA-MVI-20 Vol. 5, 1-275
NT6X51 in an IOPAC ILCM Vol. 5, 1-291
NT6X51 in an OPAC LCM Vol. 5, 1-298
NT6X51 in an OPM Vol. 5, 1-305
NT6X51 in an RLCM Vol. 5, 1-312
NT6X51 in an RLCM-EDC Vol. 5, 1-319
NT6X51 in an RSC-S (DS-1) Model A LCM Vol. 5, 1-324
NT6X51 in an RSC-S (DS-1) Model B LCME Vol. 5, 1-332
NT6X51 in an RSC-S (PCM-30) Model A LCM Vol. 5, 1-339
NT6X51 in an RSC-S (PCM-30) Model B LCM Vol. 5, 1-347
NT6X52 in an IOPAC ILCM Vol. 5, 1-355
NT6X52 in an OPAC LCM Vol. 5, 1-361
NT6X52 in an OPM Vol. 5, 1-367
NT6X52 in an RLCM Vol. 5, 1-373
NT6X52 in an RLCM-EDC Vol. 5, 1-379
NT6X52 in an RSC LCM Vol. 5, 1-384
NT6X52 in an RSC-S (DS-1) Model A LCME Vol. 5, 1-392
NT6X52 in an RSC-S (DS-1) Model B LCME Vol. 5, 1-401
NT6X52 in an RSC-S (PCM-30) Model A LCME Vol. 5, 1-410
NT6X53 in an IOPAC ILCM Vol. 5, 1-418
NT6X53 in an OPAC LCM Vol. 5, 1-425
NT6X53 in an OPM Vol. 5, 1-432
NT6X53 in an RLCM Vol. 5, 1-444
NT6X53 in an RLCM-EDC Vol. 5, 1-453
NT6X53 in an RSC LCM Vol. 5, 1-460
NT6X53 in an RSC-S (DS-1) Model A LCM(E) Vol. 5, 1-469
NT6X53 in an RSC-S (DS-1) Model B LCM(E) Vol. 5, 1-478
NT6X53 in a STAR Vol. 5, 1-487
NT6X54 in an IOPAC ILCM Vol. 5, 1-493
NT6X54 in an OPAC LCM Vol. 5, 1-500
NT6X54 in an OPM Vol. 5, 1-509
NT6X54 in an RLCM Vol. 5, 1-518
NT6X54 in an RLCM-EDC Vol. 5, 1-527
NT6X54 in an RSC Vol. 5, 1-533
NT6X54 in an RSC-S (DS-1) Model A LCM(E) Vol. 5, 1-542
xx NTP Summary Contents
297-9051-547 Standard 02.01 April 2000
NT6X54 in an RSC-S (DS-1) Model B LCM(E) Vol. 5, 1-549
NT6X54 in a STAR Vol. 5, 1-556
NT6X60 in an IOPAC HIE Vol. 5, 1-565
NT6X60 in an OPAC HIE Vol. 5, 1-572
NT6X60 in an OPM HIE Vol. 5, 1-579
NT6X60 in an RLCM HIE Vol. 5, 1-587
NT6X69 in an RSC-M Vol. 5, 1-595
NT6X69 in an RSC RCC/RCC2 Vol. 5, 1-605
NT6X69 in an RSC-S (DS-1) Model A RCC2 Vol. 5, 1-613
NT6X69 in an RSC-S (DS-1) Model B RCC2 Vol. 5, 1-622
NT6X69 in an RSC-S (PCM-30) Model A RCO2 Vol. 5, 1-630
NT6X69 in an RSC-S (PCM-30) Model B RCO2 Vol. 5, 1-639
NT6X69 in an SMA Vol. 5, 1-648
NT6X69 in an SMA-MVI-20 Vol. 5, 1-654
NT6X69 in an SMS Vol. 5, 1-661
NT6X69 in an SMS-R Vol. 5, 1-670
NT6X69 in an SMU Vol. 5, 1-678
NT6X71 in an IOPAC ILCM Vol. 5, 1-684
NT6X71 in an OPM Vol. 5, 1-688
NT6X71 in an RLCM Vol. 5, 1-692
NT6X71 in an RSC LCM Vol. 5, 1-696
NT6X71 in an RSC-S (DS-1) Model A LCME Vol. 5, 1-705
NT6X71 in an RSC-S (DS-1) Model B LCME Vol. 5, 1-713
NT6X71 in a STAR or RLD Vol. 5, 1-721
NT6X72 in an RSC Vol. 5, 1-725
NT6X73 in an IOPAC HIE Vol. 5, 1-734
NT6X73 in an OPAC HIE Vol. 5, 1-738
NT6X73 in an OPM HIE Vol. 5, 1-742
NT6X73 in an RLCM-EDC HIE Vol. 5, 1-746
NT6X73 in an RLCM HIE Vol. 5, 1-751
NT6X74 in an IOPAC RMM Vol. 5, 1-755
NT6X74 in an OPM RMM Vol. 5, 1-761
NT6X74 in an RLCM-EDC RMM Vol. 5, 1-768
NT6X74 in an RLCM RMM Vol. 5, 1-775
NT6X74 in an RSC RMM Vol. 5, 1-782
NT6X74 in an RSC-S (DS-1) Model A RMM Vol. 5, 1-790
NT6X74 in an RSC-S (DS-1) Model B RMM Vol. 5, 1-799
NT6X74 in an RSC-S (PCM-30) Model A RMM Vol. 5, 1-808
NT6X75 in an IOPAC HIE Vol. 5, 1-817
NT6X75 in an OPAC HIE Vol. 5, 1-824
NT6X75 in an OPM HIE Vol. 5, 1-831
NT6X75 in an RLCM HIE Vol. 5, 1-838
NT6X76 in an RSC LCME Vol. 5, 1-845
NT6X76 in an RSC-S (DS-1) Model A LCME Vol. 5, 1-853
NT6X76 in an RSC-S (DS-1) Model B LCME Vol. 5, 1-861
NT6X76 in a STAR or RLD Vol. 5, 1-869
NT6X78 in an RSC-M Vol. 5, 1-876
NT6X78 in an RSC RCC/RCC2 Vol. 5, 1-883
NT6X78 in an RSC-S (DS-1) Model A RCC2 Vol. 5, 1-891
NT6X78 in an RSC-S (DS-1) Model B RCC2 Vol. 5, 1-898
NT6X78 in an RSC-S (PCM-30) Model A RCO2 Vol. 5, 1-905
NTP Summary Contents xxi
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT6X78 in an RSC-S (PCM-30) Model B RCO2 Vol. 5, 1-912
NT6X78 in an SMA Vol. 5, 1-919
NT6X78 in an SMA-MVI-20 Vol. 5, 1-925
NT6X78 in an SMA2 Vol. 5, 1-932
NT6X78 in an SMS Vol. 5, 1-939
NT6X78 in an SMU Vol. 5, 1-946
NT6X80 in an SMA Vol. 5, 1-951
NT6X80 in an SMA-MVI-20 Vol. 5, 1-957
NT6X80 in an SMS Vol. 5, 1-964
NT6X80 in an SMS-R Vol. 5, 1-972
NT6X80 in an SMU Vol. 5, 1-981
Card Replacement Procedures
Volume 6 of 7
1 XPM card replacement procedures (continued) Vol. 6, 1-1
NT6X85 in an SMS Vol. 6, 1-2
NT6X85 in an SMS-R Vol. 6, 1-13
NT6X85 in an SMU Vol. 6, 1-24
NT6X86 in an SMS Vol. 6, 1-30
NT6X86 in an SMS-R Vol. 6, 1-39
NT6X87 in an RSC LCME Vol. 6, 1-48
NT6X87 in an RSC-S (DS-1) Model B LCME Vol. 6, 1-56
NT6X92 in an RSC-M Vol. 6, 1-64
NT6X92 in an RSC RCC/RCC2 Vol. 6, 1-71
NT6X92 in an RSC-S (DS-1) Model A RCC2 Vol. 6, 1-79
NT6X92 in an RSC-S (DS-1) Model B RCC2 Vol. 6, 1-87
NT6X92 in an RSC-S (PCM-30) Model A RCO2 Vol. 6, 1-95
NT6X92 in an RSC-S (PCM-30) Model B RCO2 Vol. 6, 1-104
NT6X92 in an SMA Vol. 6, 1-112
NT6X92 in an SMA-MVI-20 Vol. 6, 1-118
NT6X92 in an SMA2 Vol. 6, 1-125
NT6X92 in an SMS Vol. 6, 1-132
NT6X92 in an SMU Vol. 6, 1-140
NT6X99 in an IOPAC ILCM Vol. 6, 1-146
NT6X99 in an OPAC LCM Vol. 6, 1-150
NT6X99 in an OPM Vol. 6, 1-154
NT6X99 in an RLCM Vol. 6, 1-158
NT6X99 in an RSC LCM Vol. 6, 1-162
NT6X99 in an RSC-S (DS-1) Model A LCME Vol. 6, 1-170
NT6X99 in an RSC-S (DS-1) Model B LCME Vol. 6, 1-178
NT6X99 in a STAR or RLD Vol. 6, 1-186
NT7X05 in an RSC RCC/RCC2 Vol. 6, 1-190
NT7X05 in an RSC-S (DS-1) Model A RCC2 Vol. 6, 1-198
NT7X05 in an RSC-S (DS-1) Model B RCC2 Vol. 6, 1-207
NT7X05 in an RSC-S (PCM-30) Model A RCO2 Vol. 6, 1-216
NT7X05 in an RSC-S (PCM-30) Model B RCO2 Vol. 6, 1-225
NT7X05 in an SMS Vol. 6, 1-234
xxii NTP Summary Contents
297-9051-547 Standard 02.01 April 2000
NT7X05 in an SMS-R Vol. 6, 1-243
NT7X05 in an SMU Vol. 6, 1-252
NT8X02 in an OPAC BCU Vol. 6, 1-261
NT8X02 in an OPM BCU Vol. 6, 1-265
NT8X18 in an SMS-R Vol. 6, 1-270
NTAX74 in an RSC-S (DS-1) Model A RCC2 Vol. 6, 1-281
NTAX74 in an RSC-S (DS-1) Model B RCC2 Vol. 6, 1-292
NTAX74 in an RSC-S (PCM-30) Model A RCO2 Vol. 6, 1-303
NTAX74 in an RSC-S (PCM-30) Model B RCO2 Vol. 6, 1-315
NTAX74 in an SMA Vol. 6, 1-327
NTAX74 in an SMA-MVI-20 Vol. 6, 1-337
NTAX74 in an SMA2 Vol. 6, 1-347
NTAX78 in an SMA Vol. 6, 1-355
NTAX78 in an SMA-MVI-20 Vol. 6, 1-362
NTAX78 in an SMU Vol. 6, 1-369
NTBX01 in an RSC RCC2 Vol. 6, 1-374
NTBX01 in an RSC-S (DS-1) Model A RCC2 Vol. 6, 1-381
NTBX01 in an RSC-S (DS-1) Model B RCC2 Vol. 6, 1-390
NTBX01 in an RSC-S (PCM-30) Model A RCO2 Vol. 6, 1-399
NTBX01 in an RSC-S (PCM-30) Model B RCO2 Vol. 6, 1-408
NTBX01 in an SMA Vol. 6, 1-417
NTBX01 in an SMA-MVI-20 Vol. 6, 1-423
NTBX01 in an SMA2 Vol. 6, 1-430
NTBX01 in an SMU Vol. 6, 1-437
NTBX02 in an RSC RCC2 Vol. 6, 1-443
NTBX02 in an RSC-S (DS-1) Model A RCC2 Vol. 6, 1-456
NTBX02 in an RSC-S (DS-1) Model B RCC2 Vol. 6, 1-469
NTBX02 in an RSC-S (PCM-30) Model A RCO2 Vol. 6, 1-482
NTBX02 in an RSC-S (PCM-30) Model B RCO2 Vol. 6, 1-495
NTBX02 in an SMA Vol. 6, 1-508
NTBX02 in an SMA-MVI-20 Vol. 6, 1-515
NTBX02 in an SMA2 Vol. 6, 1-523
NTBX02 in an SMU Vol. 6, 1-529
NTBX26 in an RSC LCME Vol. 6, 1-538
NTBX26 in an RSC-S (DS-1) Model A LCME Vol. 6, 1-546
NTBX26 in an RSC-S (DS-1) Model B LCME Vol. 6, 1-554
NTBX27 in an RSC LCME Vol. 6, 1-562
NTBX27 in an RSC-S (DS-1) Model A LCME Vol. 6, 1-570
NTBX27 in an RSC-S (DS-1) Model B LCME Vol. 6, 1-578
NTBX27 in a STAR or RLD Vol. 6, 1-586
NTBX34 in an RSC LCME Vol. 6, 1-593
NTBX34 in an RSC-S (DS-1) Model A LCME Vol. 6, 1-601
NTBX34 in an RSC-S (DS-1) Model B LCME Vol. 6, 1-611
NTBX34 in an RSC-S (PCM-30) Model A LCME Vol. 6, 1-621
NTBX35 in an RSC LCME Vol. 6, 1-630
NTBX35 in an RSC-S (DS-1) Model A LCME Vol. 6, 1-638
NTBX35 in an RSC-S (DS-1) Model B LCME Vol. 6, 1-648
NTBX35 in an RSC-S (PCM-30) Model A LCME Vol. 6, 1-658
NTBX36 in an RSC LCME Vol. 6, 1-667
NTBX36 in an RSC-S (DS-1) Model A LCME Vol. 6, 1-677
NTBX36 in an RSC-S (DS-1) Model B LCME Vol. 6, 1-687
NTP Summary Contents xxiii
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTBX72 in an RSC LCME Vol. 6, 1-697
NTBX72 in an RSC-S (DS-1) Model A LCME Vol. 6, 1-706
NTBX72 in an RSC-S (DS-1) Model B LCME Vol. 6, 1-715
NTBX72 in an RSC-S (PCM-30) Model A LCME Vol. 6, 1-724
NTEX17 in an RLCM Vol. 6, 1-733
NTEX17 in an RSC LCM Vol. 6, 1-743
NTEX17 in an RSC-S (DS-1) Model A LCME Vol. 6, 1-753
NTEX17 in an RSC-S (DS-1) Model B LCM Vol. 6, 1-763
NTEX17 in a STAR Vol. 6, 1-773
NTEX54 in an RLCM Vol. 6, 1-783
NTEX54 in an RSC LCM Vol. 6, 1-800
NTEX54 in an RSC-S (DS-1) Model A LCME Vol. 6, 1-817
NTEX54 in an RSC-S (DS-1) Model B LCM Vol. 6, 1-834
NTEX54 in a STAR Vol. 6, 1-851
NTMX45 in an IOPAC HIE Vol. 6, 1-868
NTMX45 in an OPAC HIE Vol. 6, 1-878
NTMX45 in an OPM HIE Vol. 6, 1-888
NTMX45 in an RLCM HIE Vol. 6, 1-898
NTMX71 in an RSC Vol. 6, 1-908
NTMX71 in an SMA Vol. 6, 1-916
NTMX71 in an SMA-MVI-20 Vol. 6, 1-924
NTMX71 in an SMS Vol. 6, 1-932
NTMX71 in an SMU Vol. 6, 1-940
NTMX72 in an RSC-M Vol. 6, 1-949
NTMX72 in an RSC RCC2 Vol. 6, 1-957
NTMX72 in an RSC-S (DS-1) Model A RCC2 Vol. 6, 1-966
NTMX72 in an RSC-S (DS-1) Model B RCC2 Vol. 6, 1-975
NTMX72 in an RSC-S (PCM-30) Model A RCO2 Vol. 6, 1-984
NTMX72 in an RSC-S (PCM-30) Model B RCO2 Vol. 6, 1-993
NTMX72 in an SMA2 Vol. 6, 1-1002
Card Replacement Procedures
Volume 7 of 7
1 XPM card replacement procedures (continued) Vol. 7, 1-1
NTMX73 in an RSC-M Vol. 7, 1-2
NTMX73 in an RSC RCC2 Vol. 7, 1-9
NTMX73 in an RSC-S (DS-1) Model A RCC2 Vol. 7, 1-17
NTMX73 in an RSC-S (DS-1) Model B RCC2 Vol. 7, 1-26
NTMX73 in an RSC-S (PCM-30) Model A RCO2 Vol. 7, 1-36
NTMX73 in an RSC-S (PCM-30) Model B RCO2 Vol. 7, 1-45
NTMX73 in an SMA2 Vol. 7, 1-54
NTMX74 in an RSC-M Vol. 7, 1-60
NTMX74 in an RSC RCC2 Vol. 7, 1-69
NTMX74 in an RSC-S (DS-1) Model A RCC2 Vol. 7, 1-77
NTMX74 in an RSC-S (DS-1) Model B RCC2 Vol. 7, 1-86
NTMX74 in an RSC-S (PCM-30) Model A RCO2 Vol. 7, 1-95
NTMX74 in an RSC-S (PCM-30) Model B RCO2 Vol. 7, 1-104
xxiv NTP Summary Contents
297-9051-547 Standard 02.01 April 2000
NTMX75 in an RSC-M Vol. 7, 1-113
NTMX75 in an RSC RCC2 Vol. 7, 1-120
NTMX75 in an RSC-S (DS-1) Model A RCC2 Vol. 7, 1-128
NTMX75 in an RSC-S (DS-1) Model B RCC2 Vol. 7, 1-136
NTMX75 in an RSC-S (PCM-30) Model A RCO2 Vol. 7, 1-144
NTMX75 in an RSC-S (PCM-30) Model B RCO2 Vol. 7, 1-153
NTMX75 in an SMA2 Vol. 7, 1-162
NTMX76 in an RSC-M Vol. 7, 1-168
NTMX76 in an RSC RCC2 Vol. 7, 1-175
NTMX76 in an RSC-S (DS-1) Model A RCC2 Vol. 7, 1-182
NTMX76 in an RSC-S (DS-1) Model B RCC2 Vol. 7, 1-188
NTMX76 in an RSC-S (PCM-30) Model A RCO2 Vol. 7, 1-195
NTMX76 in an RSC-S (PCM-30) Model B RCO2 Vol. 7, 1-205
NTMX76 in an SMA2 Vol. 7, 1-214
NTMX77 in an RSC Vol. 7, 1-221
NTMX77 in an RSC-M Vol. 7, 1-234
NTMX77 in an RSC-S (DS-1) Model A RCC2 Vol. 7, 1-241
NTMX77 in an RSC-S (DS-1) Model B RCC2 Vol. 7, 1-254
NTMX77 in an RSC-S (PCM-30) Model A RCO2 Vol. 7, 1-267
NTMX77 in an RSC-S (PCM-30) Model B RCO2 Vol. 7, 1-280
NTMX77 in an SMS Vol. 7, 1-293
NTMX77 in an SMS-R Vol. 7, 1-306
NTMX77 in an SMU Vol. 7, 1-318
NTMX79 in an RSC EXT Vol. 7, 1-333
NTMX79 in an RSC-M Vol. 7, 1-343
NTMX79 in an RSC-S (DS-1) Model A EXT Vol. 7, 1-349
NTMX79 in an RSC-S (DS-1) Model B EXT Vol. 7, 1-359
NTMX79 in an RSC-S (PCM-30) Model A EXT Vol. 7, 1-370
NTMX79 in an RSC-S (PCM-30) Model B EXT Vol. 7, 1-380
NTMX79 in an SMA2 Vol. 7, 1-390
NTMX81 in an RSC RCC2 Vol. 7, 1-397
NTMX81 in an RSC-S (DS-1) Model A RCC2 Vol. 7, 1-409
NTMX81 in an RSC-S (DS-1) Model B RCC2 Vol. 7, 1-421
NTMX81 in an SMA2 Vol. 7, 1-435
NTMX81 in a STAR Vol. 7, 1-451
NTMX82 in an RSC-M Vol. 7, 1-465
NTMX82 in an RSC-S (PCM-30) Model A RCO2 Vol. 7, 1-476
NTMX82 in an RSC-S (PCM-30) Model B RCO2 Vol. 7, 1-486
NTMX87 in an RSC-M Vol. 7, 1-496
NTMX87 in an RSC RCC2 Vol. 7, 1-508
NTMX87 in an RSC-S (DS-1) Model A RCC2 Vol. 7, 1-528
NTMX87 in an RSC-S (DS-1) Model B RCC2 Vol. 7, 1-548
NTMX87 in an RSC-S (PCM-30) Model A RCO2 Vol. 7, 1-571
NTMX87 in an RSC-S (PCM-30) Model B RCO2 Vol. 7, 1-592
NTMX87 in an SMA2 Vol. 7, 1-613
NTRX41 in an IOPAC MSP Vol. 7, 1-630
NTRX41 in an OPAC MSP Vol. 7, 1-635
NTRX41 in an RSC-M/MSP Vol. 7, 1-640
NTRX41 in an RSC MSP Vol. 7, 1-645
NTRX41 in an RSC-S (DS-1) Model B MSP Vol. 7, 1-650
NTRX41 in an SMA2 MSP Vol. 7, 1-655
NTP Summary Contents xxv
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTRX42 in an IOPAC MSP Vol. 7, 1-660
NTRX42 in an OPAC MSP Vol. 7, 1-677
NTRX42 in an RSC-M/MSP Vol. 7, 1-695
NTRX42 in an RSC MSP Vol. 7, 1-707
NTRX42 in an RSC-S (DS-1) Model B MSP Vol. 7, 1-726
NTRX42 in an RSC-S (PCM-30) Model B MSP Vol. 7, 1-746
NTRX42 in an SMA2 MSP Vol. 7, 1-766
NTRX43 in an IOPAC MSP Vol. 7, 1-777
NTRX43 in an OPAC MSP Vol. 7, 1-784
NTRX43 in an RSC-M/MSP Vol. 7, 1-791
NTRX43 in an RSC MSP Vol. 7, 1-799
NTRX43 in an RSC-S (DS-1) Model B MSP Vol. 7, 1-807
NTRX43 in an SMA2 MSP Vol. 7, 1-815
NTRX44 in an IOPAC MSP Vol. 7, 1-823
NTRX44 in an OPAC MSP Vol. 7, 1-835
NTRX44 in an RSC MSP Vol. 7, 1-847
NTRX44 in an RSC-S (DS-1) Model B MSP Vol. 7, 1-857
NTRX54 in an RSC-M/MSP Vol. 7, 1-867
NTRX54 in an RSC MSP Vol. 7, 1-874
NTRX54 in an RSC-S (DS-1) Model B MSP Vol. 7, 1-881
NTRX54 in an SMA2 MSP Vol. 7, 1-888
NTRX66 MSP Vol. 7, 1-895
NTTR46 in an RLD Vol. 7, 1-901
NTTR47 RLD Vol. 7, 1-907
NTTR60 in a STAR Vol. 7, 1-913
NTTR66 RLD Vol. 7, 1-920
NTTR67 RLD Vol. 7, 1-926
NTTR70 RLD Vol. 7, 1-932
NTTR71 RLD Vol. 7, 1-939
NTTR72 RLD Vol. 7, 1-944
NTTR73 in a STAR Vol. 7, 1-950
NTTR74 in a STAR Vol. 7, 1-954
NTTR75 in a STAR Vol. 7, 1-961
NTTR76 in a STAR Vol. 7, 1-969
NTTR77 in a STAR Vol. 7, 1-976
NTTR87 in a STAR Vol. 7, 1-983
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
xxvii
About this document
How to check the version and issue of this document
The version and issue of the document are indicated by numbers, for example,
01.01.
The rst two digits indicate the version. The version number increases each
time the document is updated to support a newsoftware release. For example,
the rst release of a document is 01.01. In the next software release cycle, the
rst release of the same document is 02.01.
The second two digits indicate the issue. The issue number increases each
time the document is revised but rereleased in the same software release cycle.
For example, the second release of a document in the same software release
cycle is 01.02.
To determine which version of this document applies to the software in your
ofce and howdocumentation for your product is organized, check the release
information in Product Documentation Directory, 297-8991-001.
References in this document
The following documents are referred to in this document:
1-Meg Modem Service Network Implementation Manual, 297-8063-200
Alarm Clearing and Performance Monitoring Procedures
Customer Data Schema Reference Manual, 297-9051-351
Digital Recorded Announcement Machine DRAM and EDRAM Guide,
297-1001-527
Product Documentation Direcotry, 297-8991-001
Routine Maintenance Procedures
Translations Guide, 297-9051-350
As of NA0011 (LEC and LET) and EUR010 (EUR) releases, any references
to the data schema section of the Translations Guide will be mapped to the
Customer Data Schema Reference Manual.
xxviii
297-9051-547 Standard 02.01 April 2000
What precautionary messages mean
The types of precautionary messages used in Nortel Networks documents
include attention boxes and danger, warning, and caution messages.
An attention box identies information that is necessary for the proper
performance of a procedure or task or the correct interpretation of information
or data. Danger, warning, and caution messages indicate possible risks.
Examples of the precautionary messages follow.
ATTENTION - Information needed to perform a task
DANGER - Possibility of personal injury
WARNING - Possibility of equipment damage
ATTENTION
If the unused DS-3 ports are not deprovisioned before a DS-1/VT
Mapper is installed, the DS-1 trafc will not be carried through the
DS-1/VT Mapper, even though the DS-1/VT Mapper is properly
provisioned.
DANGER
Risk of electrocution
Do not open the front panel of the inverter unless fuses F1,
F2, and F3 have been removed. The inverter contains
high-voltage lines. Until the fuses are removed, the
high-voltage lines are active, and you risk being
electrocuted.
WARNING
Damage to the backplane connector pins
Align the card before seating it, to avoid bending the
backplane connector pins. Use light thumb pressure to
align the card with the connectors. Next, use the levers on
the card to seat the card into the connectors.
xxix
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
CAUTION - Possibility of service interruption or degradation
How commands, parameters, and responses are represented
Commands, parameters, and responses in this document conform to the
following conventions.
Input prompt (>)
An input prompt (>) indicates that the information that follows is a command:
>BSY
Commands and xed parameters
Commands and xed parameters that are entered at a MAP terminal are shown
in uppercase letters:
>BSY CTRL
Variables
Variables are shown in lowercase letters:
>BSY CTRL ctrl_no
The letters or numbers that the variable represents must be entered. Each
variable is explained in a list that follows the command string.
Responses
Responses correspond to the MAP display and are shown in a different type:
FP 3 Busy CTRL 0: Command request has been submitted.
FP 3 Busy CTRL 0: Command passed.
CAUTION
Possible loss of service
Before continuing, conrm that you are removing the card
from the inactive unit of the peripheral module.
Subscriber service will be lost if you remove a card from
the active unit.
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
1-1
1 SuperNode computing module card
replacement procedures
Introduction
This chapter provides card replacement procedures for the SuperNode
computing module (CM). The rst section in this chapter provides designs
that show SuperNode CM shelf designs.
Card replacement procedures for the SuperNode SE CMappear in the chapter
SuperNode SE computing module and systemload module card replacement
procedures".
Card replacement procedures for the frame supervisory panel (FSP) and
modular supervisory panel (MSP) are in the chapter Frame supervisory panel
and maintenance supervisory panel card replacement procedures".
Each procedure contains the following sections:
Application
Common procedures
Action
Application
This section identies the CM card(s) covered by the replacement procedure.
Common procedures
This section lists common procedures included in the CM card replacement
procedure. A common procedure is a series of steps repeated within
maintenance procedures. Common procedures include procedures like the
steps for the removal and replacement of a card. Common procedures appear
in the common procedures chapter in this NTP.
Do not go to the common procedure unless the step-action procedure directs
you.
1-2 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
Recording card replacement activities
When you replace a card, record the following information in ofce records:
the serial number of the card replaced
the date you replaced the card
the reason you replaced the card
SuperNode computing module card replacement procedures 1-3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
SuperNode CM shelf layouts
Application
This procedure provides the following design diagrams:
two-plane combined core cabinet (DPCC)
SuperNode computing module (CM)
Dual-plane combined core cabinet
MS 1
Cooling unit
FSP
CM 0 CM 1
SLM 0 SLM 1
MS 0
1-4 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
SuperNode CM shelf layouts (end)
SuperNode computing module
Cards
33F
32F
31F
30F
29F
28F
27F
26F
25F
24F
23F
22F
21F
20F
19F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
36F
Paddle boards
32R
31R
30R
29R
28R
27R
26R
25R
24R
23R
22R
21R
20R
19R
18R
17R
16R
15R
14R
13R
12R
11R
10R
09R
08R
07R
Rear Front
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X12 CPU port card
NT9X12 CPU port card
NT9X10/NT9X13 CPU card
NT9X10/NT9X13 CPU card
NT9X12 CPU port card
NT9X12 CPU port card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X30 5V 20-A power converter card
NT9X30 +5V 86-A power converter card
NT9X14 Memory card
NT9X30 +5V 86-A power converter card
NT9X30 5V 20-A power converter card
NT9X21 CM-bus terminator PB
NT9X27AA CM-bus extender PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X22 CM subsystem clock PB
NT9X20 DS512 PB
NT9X20 DS512 PB
NT9X26 RTIF PB
NT9X26 RTIF PB
NT9X20 DS512 PB
NT9X20 DS512 PB
NT9X22 CM subsystem clock PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X27AA CM-bus extender PB
NT9X21 CM-bus terminator PB
SuperNode computing module card replacement procedures 1-5
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X20
in a SuperNode CM
Application
Use this procedure to replace a NT9X20 in a SuperNode computing module
(CM), as listed in the following table.
Refer to the Index if you cannot identify the following features for the card you
want to replace:
the product engineering code (PEC)
the PEC sufx
the provisioned shelf or frame
The Index provides a list of the cards, shelves, and frames in this card
replacement book.
Common procedures
This procedure refers to the following common procedures:
Verifying load compatibility of SuperNode cards
Activity switch with memory match
Switching the clock source
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT9X20 AA DS512 paddle board CM
NT9X20 BB DS512 interface
CM-MS EN-MS paddle
board
CM
1-6 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X20
in a SuperNode CM (continued)
Summary of replacing NT9X20 in a SuperNode CM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Card on
active
side?
Jam inactive
CPU and drop
synchronization
CM runs on
inactive CPU
clock?
Manually busy
associated MC
Power down
inactive CPU
Switch activity
Switch clock
source
Replace card
Power up
inactive CPU
Y
Y
N
N
1
2
3
Return MC to
service
Test inactive
CPU
Release jam
and synchronize
CM
End
1
2
3
SuperNode computing module card replacement procedures 1-7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X20
in a SuperNode CM (continued)
NT9X20 in a SuperNode CM
At the MAP terminal
1 Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx as the card you want to replace.
2 Performthe procedure Verifying load compatibility of SuperNode cards in this
document. Complete the procedure and return to this point.
3 To access the CM level of the MAP display, type
>MAPCI;MTC;CM
and press the Enter key.
Example of a MAP display:
4 Determine if the card that you replace associates with the active CPU or the
inactive CPU.
Note: The active CPU appears under the Act header on the MAP display.
In the example in step 3, the active CPU is CPU 1
5 Determine if the inactive CPU jammed.
Note: The word yes under the Jamheader indicates that the inactive CPU
jammed. A blank eld indicates that the CPU is not jammed.
If the card Do
associates with the inactive CPU step 5
associates with the active CPU step 12
If the inactive CPU Do
is not jammed step 6
is jammed step 8
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 1 . . yes . . mbsy .
1-8 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X20
in a SuperNode CM (continued)
At the CM reset terminal for the inactive CPU
6
To jam the inactive CPU, type
>\JAM
and press the Enter key.
RTIF response:
7 To conrm the command, type
>YES
and press the Enter key.
RTIF response:
At the MAP terminal
8 Determine if the CM is synchronized.
Note: A dot (.) or EccOn under the Sync header indicates that the CM is
synchronized. The word NO means that the CM is not synchronized.
9 To drop synchronization, type
>DPSYNC
DANGER
Loss of service
Make sure that you do not jam the active CPU. If you jam
the active CPU while the CM is not in sync, a cold restart
occurs. The word Active on the top of the display identies
the reset terminal for the active CPU.
If the CM Do
is synchronized step 9
is not synchronized step 13
Please confirm: (YES/NO)
JAM DONE
SuperNode computing module card replacement procedures 1-9
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X20
in a SuperNode CM (continued)
and press the Enter key.
10 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
At the CM reset terminal for the inactive CPU
11 Wait until A1 ashes on the reset terminal for the inactive CPU.
Note: Allow 5-min for A1 to begin to ash.
12 Perform the procedure Activity switch with memory match in this document.
Complete the procedure and return to this point.
If the response Do
is About to drop sync with CPU n active.
The inactive CPU is JAMMED.
Do you want to continue?
Please confirm ("YES", "Y", "NO", or "N"):
step 10
is other than listed here step 42
If A1 Do
flashes step 13
does not flash step 42
Maintenance action submitted.
Running in simplex mode with active CPU n.
1-10 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X20
in a SuperNode CM (continued)
At the MAP terminal
13
To determine if the CM runs on the clock of the inactive CPU, type
>INSYNC
and press the Enter key.
Example of a MAP response:
14 To run the CM on the clock of the active CPU, perform the procedure
Switching the clock source. This procedure is in this document. Complete
the procedure and return to this point.
15 To access the MC level of the MAP display, type
>MC
and press the Enter key.
Example of a MAP display:
WARNING
Loss of service
Make sure that the CMruns on the clock of the inactive CPU.
A cold restart or a system image reload can occur if you
power down the inactive side of the CM. Do not power down
the inactive side of the CMwhile the CMruns on the clock of
the inactive CPU.
If the CM Do
runs on the clock of the inactive
CPU
step 14
runs on the clock of the active
CPU
step 15
CPU pair is NOT insync, CPU 0 is active.
CM is running on active CPU clock.
Memory Error Correction is ENABLED.
The Inactive CPU is Jammed.
MC 0 MC 1
mbsy .
SuperNode computing module card replacement procedures 1-11
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X20
in a SuperNode CM (continued)
16 Determine the state of the message controller (MC) on the inactive CPU.
Note: The word mbsy under the MC header means that the MC is
manually busy.
17
To manually busy the MC, type
>BSY mc_number
and press the Enter key.
where
mc_number
is the number of the MC on the inactive side (0 or 1)
Example of a MAP response:
If the state of the MC Do
is mbsy step 18
is not mbsy step 17
WARNING
Loss of service
Make sure that you busy the MC that corresponds to the
inactive CPU. A warm restart occurs if you power down the
plane with the wrong MC busied.
If the MC Do
busied step 18
did not busy step 42
Maintenance action submitted.
MC busied OK.
1-12 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X20
in a SuperNode CM (continued)
At the CM shelf
18
Power down the inactive CPU as follows:
a Press down and release the power switch on the faceplate of the NT9X30
power converter on the inactive side of the CM shelf.
Note: For CPU 0, the power converter is in slots 4F through 6F. For
CPU 1, the power converter is in slots 36F through 38F.
b Press down and release the power switch on the faceplate of the NT9X31
power converter on the inactive side of the CM shelf.
Note: For CPU 0, the power converter is in slots 1F through 3F. For
CPU 1, the power converter is in slots 33F through 35F.
19 Locate the card on the shelf.
20
Open the locking levers on the card that you want to replace.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point to handle circuit cards. The wrist strap grounding point
is on a frame supervisory panel (FSP) or modular supervisory
panel (MSP). The wrist strap protects the cards against static
electricity damage.
DANGER
Do not hold card by levers only
If you hold a card only by the levers, you can break the
levers. When you pull the card half way out of the shelf,
carefully grasp the card from below. Provide support while
you continue to remove the card from the shelf. Make sure
you do not touch any wires or internal parts on the card.
SuperNode computing module card replacement procedures 1-13
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X20
in a SuperNode CM (continued)
21
Label each ber cable. Use Transmit for the top cable and Receive for the
bottom cable.
22 Disconnect the ber cables from the faceplate of the card as follows:
a Loosen the ber connections, with the locking levers open.
b Carefully push in and turn the ber cable connector counter clockwise
one half turn until the connector slides from its receptacle.
Note: Refer to the gure on the next page.
DANGER
Damage to ber cables
When you handle ber cables, make sure you do not crimp or
bend ber cables to a radius of less than 25 mm (1 in.).
1-14 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X20
in a SuperNode CM (continued)
23 While you grasp the locking levers, carefully pull the card toward you until the
card protrudes 2 in. (5.1 cm) from the equipment shelf.
Transmit
port 0
Receive
port 0
NT9X20AA
1
2
Receptacle
Fiber
cable
connector
SuperNode computing module card replacement procedures 1-15
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X20
in a SuperNode CM (continued)
24 Hold the card by the face plate with one hand while you support the card from
below with the other hand. Carefully pull the card toward you until the card
clears the shelf.
25 Place the card you removed in an electrostatic discharge (ESD) protective
container.
26 Make sure that the replacement card has the same PEC, including PEC
sufx, as the card you removed.
27 Insert the replacement card into the shelf.
a Open the locking levers on the card.
b Hold the card by the face plate with one hand while you support the card
from below with the other hand. Carefully slide the card into the shelf.
1-16 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X20
in a SuperNode CM (continued)
28
Reconnect the ber cables as follows:
a Tighten the cable connections, with the locking levers open.
b Carefully guide the cable connector into the receptacle notches of the
connector.
c Push in and turn the cable connector clockwise half a turn until the
connection is tight.
29 Seat and lock the card.
a Use your ngers or thumbs to push on the upper and lower edges of the
faceplate. Make sure that the card sits completely in the shelf.
b Close the locking levers to secure the card.
DANGER
Damage to ber cables
When you handle ber cables, do not crimp or bend ber
cables to a radius of less than 25 mm (1 in.).
SuperNode computing module card replacement procedures 1-17
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X20
in a SuperNode CM (continued)
30 Power up the inactive CPU as follows:
a Lift and release the power switch on the faceplate of the NT9X30 power
converter on the inactive side of the CM shelf.
Note: For CPU 0, the power converter is in slots 4F through 6F. For
CPU 1, the power converter is in slots 36F through 38F.
b Lift and release the power switch on the faceplate of the NT9X31 power
converter on the inactive side of the CM shelf.
Note: For CPU 0, the power converter is in slots 1F through 3F. For
CPU 1, the power converter is in slots 33F through 35F.
At the CM reset terminal for the inactive CPU
31
Wait for the switch to complete rmware tests.
Example of an RTIF response:
WARNING
Firmware tests must be completed
If rmware tests are not completed, the CPUs cannot
synchronize.
1-18 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X20
in a SuperNode CM (continued)
Note: When rmware testing is in progress, dots appear on the right side
of the PEC. The PEC is in the rmware testing status line of the RTIF
response. As you complete each rmware test, another dot appears until
rmware testing for the card is complete. When the rmware test
sequence stops, the dots do not appear. The display does not show
another rmware testing status line or the prompt Waiting for activity when
the rmware test sequence stops.
32 Determine if the rmware tests are complete.
Note: If the rmware tests are complete and the CPU powered up, the
display shows the message Waiting for activity.
At the MAP terminal
33 Your next step depends on the reason for performing this procedure.
If the inactive CPU Do
powered up step 33
did not power up step 42
If you Do
perform this procedure as a result of an MC Tbl
alarm
step 37
performthis procedure as a result of a PMCFlt alarm step 37
performthis procedure as a result of a PMCTbl alarm step 37
performthis procedure as a result of a NoTOD alarm step 37
perform this procedure as a result of an SBsyMC
alarm
step 37
perform this procedure as a result of an MBsyMC
alarm
step 37
perform this procedure as a result of a CBsyMC
alarm
step 37
performthis procedure for any reason other than list-
ed here
step 34
Shelf Slot
00 12 NT9X14DB...
00 13 NT9X14DB...
Waiting for activity...
SuperNode computing module card replacement procedures 1-19
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X20
in a SuperNode CM (continued)
34 To access the MC level of the MAP display, type
>MC
and press the Enter key.
35 To return the manual busy MC to service, type
>RTS mc_number
and press the Enter key.
where
mc_number
is the number of the manual-busy MC (0 or 1)
Example of a MAP response:
36 The next action depends on the reason for performing this procedure.
37 Return to the alarm clearing procedure that directed you to this procedure
and continue as directed.
38 To test the inactive CPU, type
>CM;TST
and press the Enter key.
Example of a MAP response:
If the RTS command Do
passed step 36
failed step 42
If you Do
perform this procedure as a re-
sult of a CMalarm clearing pro-
cedure
step 37
perform this procedure for any
reason other than listed here
step 38
Maintenance action submitted.
MC RTS OK.
1-20 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X20
in a SuperNode CM (continued)
39 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
At the CM reset terminal for the inactive CPU
40 To release the jam on the inactive CPU, type
>\RELEASE JAM
and press the Enter key.
RTIF response:
At the MAP terminal
41 To synchronize the CM, type
>SYNC
and press the Enter key.
Example of a MAP response:
If the TST command Do
passed step 40
is other than listed here step 42
The test(s) listed below will destroy
the software load in inactive CPU:
Static RAM test
Do you want to do the test(s) anyway?
Please confirm: (YES, Y, NO, or N):
Maintenance action submitted.
Test passed.
JAM RELEASE DONE
SuperNode computing module card replacement procedures 1-21
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X20
in a SuperNode CM (end)
42 For additional help, contact the next level of support.
43 The procedure is complete.
If the response Do
indicates the SYNC command
was successful
step 43
is other than listed here step 42
Maintenance action submitted.
Synchronization successful.
1-22 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode CM
Application
Use this procedure to replace the following cards in a SuperNode computing
module (CM).
If you cannot identify the product engineering code (PEC), PECsufx, or shelf
or frame for the card to replace, refer to the "Index". The "Index" provides a
list of the cards, shelves, and frames in this card replacement book.
(Sheet 1 of 2)
PEC Suffix Card name
Shelf or
frame
name
NT9X10 AA 33-MHz 88100 BRISC CPU card CM
NT9X10 BA, CA 60-MHz 88110 BRISC CPU card CM
NT9X10 DA 66-MHz 88110 BRISC CPU card CM
NT9X12 AB, AC,
AD
CPU port card CM
NT9X13 BB, BC,
BD
CPU processor card CM
NT9X13 DB, DC CPU 20-MHz card CM
NT9X13 GA DMS-core 33-MHz 68030 HPM-based
CPU card
CM
NT9X13 HB CPU (68030) 40-MHz card CM
NT9X13 JA CPU (68020) processor card CM
NT9X14 BB 6-Mbyte memory card CM
NT9X14 DB 24-Mbyte memory card CM
NT9X14 EA, FA 96-Mbyte memory card CM
NT9X21 AA CM bus terminator paddle board CM
NT9X21 AB Bus terminator paddle board CM
NT9X22 CA CM subsystem clock paddle board CM
NT9X26 AA, AB Remote terminal interface paddle board CM
SuperNode computing module card replacement procedures 1-23
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode CM (continued)
Common procedures
This procedure refers to the following common procedures:
Verifying load compatibility of SuperNode cards
Activity switch with memory match
Switching the clock source
Replacing a card
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
NT9X26 DA, DB,
DC, EA,
FA, GA
BRISC RTIF paddle board CM
NT9X27 AA, BA CM bus extender paddle board CM
NT9X30 AA, AB +5V 86-A power converter CM
NT9X31 AA, AB -5V 20-A power converter CM
(Sheet 2 of 2)
PEC Suffix Card name
Shelf or
frame
name
1-24 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode CM (continued)
Summary of replacing System cards in a SuperNode CM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Card on
active
side?
Jam inactive
CPU and drop
synchronization
CM running
on inactive
CPU clock?
Manually busy
associated MC
Power down
inactive CPU
Switch clock
source
Replace card
Power up
inactive CPU
SSC or
memory
card
replaced?
Test card
Y
Y
Y
N
N
N
2
3
3
Return MC to
service
Test inactive
CPU
Release jam
and
synchronize CM
End
Switch activity
1
2
4
Y
Series 70 or
above
3
N
Record card
changes
4
SuperNode computing module card replacement procedures 1-25
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode CM (continued)
Replacing System cards in a SuperNode CM
At your current location
1 Obtain a replacement card. Make sure that the replacement card and the
card to remove have the same product engineering code (PEC) and PEC
sufx.
2 Perform the procedure Verifying load compatibility of SuperNode cards.
Complete the procedure and return to this point.
DANGER
Possible invalid memory conguration
Do not leave empty slots between memory cards or
between the rst memory card and a dual-port message
controller card. Empty slots can cause an invalid memory
conguration.
DANGER
Possible invalid memory conguration
Contact your next level of support if you replace an
NT9X14DB card with an NT9X14EA card. This
replacement can cause an invalid memory conguration.
DANGER
Possible invalid memory conguration
The NT9X10DA processor card, the NT9X26GA RTIF
card, and the optional NT9X14FA memory card are
designed to be used together. The NT9X10DA CPU card
functions only with the NT9X26GA RTIF paddle board
and the optional NT9X14FA extended memory card. Do
not combine an NT9X14FA card with any other memory
card. This results in an invalid memory conguration. Do
not use the NT9X14FA memory card with any processor
other than the NT9X10DA processor card.
1-26 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode CM (continued)
At the MAP terminal
3 To access the CM level of the MAP display, type
>MAPCI;MTC;CM
and press the Enter key.
Example of a MAP display:
4 Determine if the card you replace associates with the active CPU or the
inactive CPU.
Note: The active CPUappears under the Act header on the MAP display.
In the example in step 3, the active CPU is CPU 1.
5 Determine if the inactive CPU has a jam.
Note: The word yes under the Jam header means that the inactive CPU
has a jam. The area remains blank if the CPU does not have a jam.
At the CM reset terminal for the inactive CPU
6
To jam the inactive CPU, type
>\JAM
and press the Enter key.
RTIF response:
If the card Do
associates with the inactive CPU step 5
associates with the active CPU step 12
If the inactive CPU Do
is not jammed step 6
is jammed step 8
DANGER
Loss of service
Make sure that you do not jam the active CPU. If you jam
the active CPU while the CM is not in sync, a cold restart
occurs. The word Active on the top banner of the display
identies the reset terminal for the active CPU.
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 1 . . yes . . mbsy .
SuperNode computing module card replacement procedures 1-27
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode CM (continued)
7 To conrm the command, type
>YES
and press the Enter key.
RTIF response:
At the MAP terminal
8 Determine if the CM is synchronized.
Note: A dot (.) or EccOn under the Sync header means that the CM is
synchronized. The word no means that the CM is not synchronized.
9 To drop synchronization, type
>DPSYNC
and press the Enter key.
10 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
If the CM Do
is synchronized step 9
is not synchronized step 13
If the response Do
is About to drop sync with CPU n active.
The inactive CPU is JAMMED.
Do you want to continue?
Please confirm ("YES", "Y", "NO", or "N"):
step 10
is other than listed here step 44
Please confirm: (YES/NO)
JAM DONE
Maintenance action submitted.
Running in simplex mode with active CPU n.
1-28 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode CM (continued)
At the CM reset terminal for the inactive CPU
11 Wait until A1 ashes on the reset terminal for the inactive CPU.
Note: Allow 5 min for A1 to begin to ash.
12 Performthe procedure Activity switch with memory match in this document.
Complete the procedure and return to this point.
At the MAP terminal
13
To determine if the CM runs on the clock of the inactive CPU, type
>INSYNC
and press the Enter key.
Example of a MAP response:
If A1 Do
flashes step 13
does not flash step 44
WARNING
Loss of service
Make sure that the CM runs on the clock of the active CPU.
A cold restart or a system image reload can occur if you
power down the inactive side of the CM. Do not power down
the inactive side of the CMwhile the CMruns on the clock of
the inactive CPU.
If the CM Do
runs on the clock of the inactive
CPU
step 14
runs on the clock of the active
CPU
step 15
CPU pair is NOT insync, CPU 0 is active.
CM is running on active CPU clock.
Memory Error Correction is ENABLED.
The Inactive CPU is Jammed.
SuperNode computing module card replacement procedures 1-29
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode CM (continued)
14 To run the CM on the clock of the active CPU, perform the procedure
Switching the clock source in this document. Complete the procedure and
return to this point.
15 To access the MC level of the MAP display, type
>MC
and press the Enter key.
Example of a MAP display:
16 Determine the state of the message controller (MC) on the inactive CPU.
Note: The word mbsy under the MCheader means that the MCis manual
busy.
17
To manually busy the MC that associates with the inactive CPU, type
>BSY mc_number
and press the Enter key.
where
mc_number
is the number of the MC on the inactive side (0 or 1)
Example of a MAP response:
If the state of the MC Do
is mbsy step 18
is not mbsy step 17
WARNING
Loss of service
Make sure that you busy the MC that corresponds to the
inactive CPU. A warm restart occurs if you power down the
surface with the wrong MC busy.
If the MC Do
busied step 18
MC 0 MC 1
mbsy .
Maintenance action submitted.
MC busied OK.
1-30 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode CM (continued)
18 The next action depends on the type of card you replace.
19 To access the Clock level of the MAP display, type
>CLOCK
and press the Enter key.
Example of a MAP display:
20 To determine the location of the NT9X22 card, type
>LOCATE ssc_number
and press the Enter key.
where
ssc_number
is the number of the subsystem clock (0 or 1)
Example of a MAP response:
did not busy step 44
If the card being replaced Do
is an NT9X22 step 19
is other than listed here step 21
If the MC Do
TOD
MC0 MC1
Link 0 . .
Link 1 . .
SSC f .
Site Flr RPos Bay_id Shf Description Slot EqPEC
HOST 00 A00 CMDC:00 18 SSC:00:0:0 16 9X22CA BACK
SuperNode computing module card replacement procedures 1-31
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode CM (continued)
At the CM shelf
21
Power down the inactive CPU as follows:
a Press down and release the power switch on the faceplate of the NT9X30
power converter on the inactive side of the CM shelf.
Note: For CPU 0, the power converter is in slots 1F through 3F. For
CPU 1, the power converter is in slots 33F through 35F.
b Press down and release the power switch on the faceplate of the NT9X31
power converter on the inactive side of the CM shelf.
Note: For CPU 0, the power converter is in slots 4F through 6F. For
CPU 1, the power converter is in slots 36F through 38F.
22 Perform the procedure Replacing a card in this document. Complete the
procedure and return to this point.
23 Power up the inactive CPU, as follows:
a Lift and release the power switch on the faceplate of the NT9X30 power
converter on the inactive side of the CM shelf.
Note: For CPU 0, the power converter is in slots 1F through 3F. For
CPU 1, the power converter is in slots 33F through 35F.
b Lift and release the power switch on the faceplate of the NT9X31 power
converter on the inactive side of the CM shelf.
Note: For CPU 0, the power converter is in slots 4F through 6F. For
CPU 1, the power converter is in slots 36F through 38F.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle cards.
The wrist strap protects the cards against static electricity
damage.
1-32 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode CM (continued)
At the CM reset terminal for the inactive CPU
24
Wait for the switch to complete rmware tests.
Example of an RTIF response:
Note: When rmware testing is in progress, dots appear on the right side
of the PEC. The PEC is in the rmware testing status line of the RTIF
response. As each rmware test is complete, another dot appears, until
rmware testing for the card is complete. If the dots do not appear and
another rmware testing status line does not appear, rmware tests do not
progress. If the dots do not appear and the prompt Waiting for activity does
not appear, rmware tests do not progress.
25 Determine if the rmware tests were completed.
Note: If the rmware tests are complete and CPU has powered up, the
display shows the Waiting for activity message.
26 The next action depends on the type of card you replace.
CAUTION
Firmware tests must be completed
If you do not complete the rmware tests, you can not
synchronize the CPUs.
If the inactive CPU Do
powered up step 26
did not power up step 44
If the card being replaced Do
is an NT9X14 step 29
is an NT9X22 step 27
is an NT9X26 step 31
is other than listed here step 32
Shelf Slot
00 12 NT9X14DB...
00 13 NT9X14DB...
Waiting for activity...
SuperNode computing module card replacement procedures 1-33
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode CM (continued)
At the MAP terminal
27 To test the subsystem clock, type
>TST SSC ssc_number
and press the Enter key.
where
ssc_number
is the number of the subsystem clock (0 or 1)
Example of a MAP response:
28 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
At the MAP terminal
29 To access the Memory level of the MAP display, type
>MEMORY
and press the Enter key.
Example of a MAP display:
30 To test the replacement card, type
>TST CARD card_number
and press the Enter key.
where
card_number
is the number of the replaced memory card (1 to 10).
If the TST command Do
passed step 32
failed step 44
A complete test will include temporary loss of two links.
Please confirm (YES, Y, NO, or N):
Maintenance action submitted.
SSC 0 test passed. No faults detected by hardware.
CM 0 Plane 0 | Plane 1
|
0987654321 P|P 1234567890
...... ......
1-34 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode CM (continued)
Example of a MAP response:
At the CM reset terminal for the inactive CPU
31 To determine the result of the last self-test, type
>\SELF TEST
and press the Enter key.
Example of a MAP response:
32 Your next step depends on the reason for the performance of this procedure.
If the TST command Do
passed step 32
failed step 44
If the self test Do
passed step 32
failed step 44
If you Do
perform this procedure as a result of an MC Tbl
alarm
step 46
performthis procedure as a result of a PMCFlt alarm step 46
performthis procedure as a result of a PMCTbl alarm step 46
performthis procedure as a result of a NoTOD alarm step 46
perform this procedure as a result of an SBsyMC
alarm
step 46
perform this procedure as a result of an MBsyMC
alarm
step 46
perform this procedure as a result of a CBsyMC
alarm
step 46
Maintenance action submitted.
Memory test OK.
SELF TEST RESULTS: ROM OK RAM OK 9X26 OK
SuperNode computing module card replacement procedures 1-35
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode CM (continued)
33 The next action depends on the series of your SuperNode CM hardware.
34 To record all the card changes in the history database for each card, type
>SWAPHW shelf_no slot_no side_no
and press the Enter key.
where
shelf_no
is the number of the shelf (0 or1)
slot_no
is the number of the slot (1 to 38)
side_no
is the side of the CM (front or back)
Example of a MAP response:
perform this procedure for any reason different from
those listed here
step 33
If Do
below Series 70 SuperNode CM
hardware
step 34
Series 70 or above step 36
If the response Do
is Card replacement has been record-
ed.
step 36
is Aborted. Card replacement has
NOT been recorded.
step 35
If you Do
recorded. Card replacement has been
conrm (YES", Y", NO" N") Y" or YES", Please
Do you wish to continue?
A00 DPCC 0 18 CM 0;0;0 19 9X13BC HOST 00
Site Flr RPOs Shf Description Slot EQPEC
equipped in that slot:
been changed, and that the displayed PEC code matches what is currently
replaced. Please verify that this accurately reects which circuit pack has
WARNING: You have indicated that the following circuit pack has been
1-36 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode CM (continued)
Note: The specied card joins the list of the cards that you replaced. The
actual updates to the mismatch history database do not occur until the next
manual SYNC attempt.
35 Enter the SWAPHWcommand as you did in step 34. If the command aborts
a second time, contact the next level of support.
36 To access the MC level of the MAP display, type
>MC
and press the Enter key.
37 To return the manual busy MC to service, type
>RTS mc_number
and press the Enter key.
where
mc_number
is the number of the manual-busy MC (0 or 1)
Example of a MAP response:
38 The next action depends on the reason for performing this procedure.
39 Test the inactive CPU by typing
>CM;TST
and pressing the Enter key.
Example of a MAP response:
is different from those listed here step 44
If Do
a CM alarm clearing procedure step 42
anything else step 39
If the response Do
Maintenance action submitted.
MC RTS OK.
The test(s) listed below will destroy
the software load in inactive CPU:
Static RAM test
Do you want to do the test(s) anyway?
Please confirm: (YES, Y, NO, or N):
SuperNode computing module card replacement procedures 1-37
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode CM (continued)
40 Conrm the command by typing
>YES
and pressing the Enter key.
Example of a MAP response:
41 Conrm the command by typing
>YES
and pressing the Enter key.
Example of a MAP response:
At the CM reset terminal for the inactive CPU
42 Release the jam on the inactive CPU by typing
>\RELEASE JAM
and pressing the Enter key.
RTIF response:
At the MAP terminal
43 Synchronize the CM by typing
>SYNC
and pressing the Enter key.
Example of a MAP response:
If the TST command Do
passed step 42
anything else step 44
The PCCAB DRAM test will take
up to 10 minutes to run.
Do you wish to run this test anyway?
>YES
Please confirm: (YES, Y, NO, or N):
Maintenance action submitted.
Test passed.
JAM RELEASE DONE
1-38 SuperNode computing module card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode CM (end)
44 For additional help, contact the next level of support.
45 The next action depends on the reason for performance of this procedure.
46 Return to the alarm clearing procedure that sent you to this procedure and
continue as directed.
47 You have completed the procedure.
If Do
the SYNC command was suc-
cessful
step 45
anything else step 44
If Do
a CM alarm clearing procedure step 46
anything else step 47
Maintenance action submitted.
Synchronization successful.
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
2-1
2 SuperNode SEcomputing module and
system load module card replacement
procedures
Introduction
This chapter provides card replacement procedures for the SuperNode SE
computing module (CM) and systemload module (SLM). The rst section in
the chapter provides diagrams of SuperNode SE CM/SLM shelf designs.
Card replacement procedures for the SuperNode CM are in the chapter
SuperNode computing module card replacement procedures".
Card replacement procedures for the SuperNode SLM are in the chapter
SuperNode system load module card replacement procedures".
Card replacement procedures for the frame supervisory panel (FSP) and
modular supervisory panel (MSP) are in the chapter Frame supervisory panel
and maintenance supervisory panel card replacement procedures".
Each procedure contains the following sections:
Application
Common procedures
Action
Application
This section identies the CMand SLMcard(s) discussed in the replacement
procedure.
Common procedures
This section lists common procedures for the replacement of a CM or SLM
card. Acommon procedure is a series of steps that repeats within maintenance
procedures. For example, a card removal and replacement procedure is a
common procedure. Common procedures are in the common procedures
chapter in this NTP.
2-2 SuperNode SE computing module and system load module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Do not use common procedures unless the step-action procedure directs you.
Action
This section contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
Recording card replacement activities
When you replace a card, record the following information in ofce records:
the serial number of the card that you replaced
the date of the card replacement
the reason that you replaced the card
SuperNode SE computing module and system load module card replacement procedures 2-3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
SuperNode SE CM/SLM shelf layouts
Application
This procedure provides the following design diagrams:
single core cabinet (SCC)
SuperNode SE computing module/system load module (CM/SLM)
Figure Single core cabinet
MS
LIS
MS 0 MS 1
Cooling unit
FSP
ENI
CM/SLM
CM/SLM 0 CM/SLM 1
2-4 SuperNode SE computing module and system load module card replacement procedures
297-9051-547 Standard 02.01 April 2000
SuperNode SE CM/SLM shelf layouts (end)
Figure SuperNode SE CM/SLM
NT9X19 Filler faceplate
Paddle boards
Cards
33F
24F
23F
22F
21F
20F
19F
18F
17F
16F
07F
04F
01F
32R
31R
30R
29R
28R
27R
26R
25R
24R
23R
22R
21R
20R
19R
18R
17R
16R
15R
14R
13R
12R
11R
10R
09R
08R
07R
R
e
a
r
F
r
o
n
t
36F
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X46 Parallel port I/F PB
NT9X21 Bus terminator PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X46 Parallel port I/F PB
NT9X62 Subrate DS512 PB
NT9X26 RTIF
NT9X26 RTIF
NT9X62 Dual-link SR512 I/F PB
NT9X46 Parallel CM port I/F PB
NT9X21 Bus terminator PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X46 Parallel port I/F PB
NT9X12 CPU port card
NT9X86 Dual-port message controller card
NT9X13 CPU card
NT9X13 CPU card
NT9X86 Dual-port message controller card
NT9X12 Single-port message card
NT9X14 Memory card
NTDX15 Power converter card
NT9X91 Power converter card
NT9X44 System load module assembly
NT9X91 Power converter card
NTDX15 Power converter card
NT9X44 System load module assembly
15F
14F
13F
12F
NT9X14 Memory card
28F
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
27F
26F
25F
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
NT9X14 Memory card
SuperNode SE computing module and system load module card replacement procedures 2-5
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X44
in a SuperNode SE CM/SLM
Application
Use this procedure to replace an NT9X44 in a SuperNode SE system load
module (SLM).
Refer to the Index", if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Sparing and eld returns can cause SLM IIIs to have a combination of the
current Connor and the newTandberg drives. The SLMIIIs are in SuperNode
and SuperNode SE switches. You can easily identify the drives with the new
Tandberg drive that has a tape door.
Use the recommended tape cartridge as follows:
DC600 for SLM I tape drive
DC6250 for SLM IA and II tape drives
DC6525 for SLM III tape drive
Common procedures
This procedure refers to the following common procedures:
Activity switch with memory match
Switching the clock source
PEC Suffix Card name Shelf or frame name
NT9X44 AC System load module IA
assembly
CM/SLM
NT9X44 AD System load module III
assembly
CM/SLM
2-6 SuperNode SE computing module and system load module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X44
in a SuperNode SE CM/SLM (continued)
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
SuperNode SE computing module and system load module card replacement procedures 2-7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X44
in a SuperNode SE CM/SLM (continued)
Summary of Replacing a NT9X44 in a SuperNode SE CM/SLM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Jam inactive
CPU and drop
synchronization
CM runs on
inactive clock
of CPU?
Switch activity
Switch clock
source
Y
Y
N
N
1
Y
Change primary
autoload device 3
Busy SLM
Busy
associated
PMC port
Replace card
Power down
SLM side
Card on
active
side?
Primary
autoload device
on inact side?
N
2
4
Return PMC
port to service
Test SLM
Return SLM to
service
Release jam and
synchronize CM
End
Turn on SLM
side
1
2
3
Offline SLM
4
2-8 SuperNode SE computing module and system load module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X44
in a SuperNode SE CM/SLM (continued)
Replacing a NT9X44 in a SuperNode SE CM/SLM
At your current location
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx, as the card that you replace.
2 Make sure that you have a backup SLM tape.
Note: The backup tape must contain copies of all of the disk les on the
SLM that you will replace.
At the MAP terminal
3 To access the CM level of the MAP display, type
>MAPCI;MTC;CM
and press the Enter key.
Example of a MAP display:
4 Determine if the computing module (CM) plane that contains the SLM you
want to replace also contains the inactive CPU.
Note: The active CPU is the CPU shown under the Act header on the
MAP display. In the example in step 3, the active CPU is CPU 1.
CAUTION
Loss of data recording services
This procedure removes the SLM from service. Make sure
that another device assumes the data recording services of the
SLM that you remove from service, before you attempt this
procedure. Make sure that the other device has the data
storage capacity to assume the recording.
If you Do
have a backup SLM tape step 3
do not have a backup SLM tape step 84
If the CM plane contains the Do
inactive CPU step 5
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 1 . . yes . . . .
SuperNode SE computing module and system load module card replacement procedures 2-9
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X44
in a SuperNode SE CM/SLM (continued)
5 Determine if the inactive CPU is jammed.
Note: The word yes under the Jamheader indicates that the inactive CPU
is jammed. A blank eld indicates that the CPU is not jammed.
At the CM reset terminal for the inactive CPU
6
To jam the inactive CPU, type
>\JAM
and press the Enter key.
RTIF response:
7 To conrm the command, type
>YES
and press the Enter key.
RTIF response:
active CPU step 12
If the inactive CPU is Do
not jammed step 6
jammed step 8
DANGER
Loss of service
Make sure that you do not jamthe active CPU. A cold restart
occurs when you jam the active CPU while the CM is not in
sync. The word Active on the top banner of the display
identies the reset terminal for the active CPU.
If the CM plane contains the Do
Please confirm: (YES/NO)
JAM DONE
2-10 SuperNode SE computing module and system load module card replacement procedures
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NT9X44
in a SuperNode SE CM/SLM (continued)
At the MAP terminal
8 Determine if the CM is synchronized.
Note: A dot (.) or EccOn under the Sync header indicates that the CM is
synchronized. The word no indicates that the CM is not synchronized.
9 To drop synchronization, type
>DPSYNC
and press the Enter key.
10 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
At the CM reset terminal for the inactive CPU
11 Wait until A1 ashes on the reset terminal for the inactive CPU.
Note: Allow approximately 5 min for A1 to start to ash.
12 Performthe procedure Activity switch with memory match in this document.
Complete the procedure and return to this point.
If the CM is Do
synchronized step 9
not synchronized step 13
If the response is Do
About to drop sync with CPU n active.
The inactive CPU is JAMMED.
Do you want to continue?
Please confirm ("YES", "Y", "NO", or "N"):
step 10
other than listed here step 84
If A1 Do
flashes step 13
does not flash step 84
Maintenance action submitted.
Running in simplex mode with active CPU n.
SuperNode SE computing module and system load module card replacement procedures 2-11
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X44
in a SuperNode SE CM/SLM (continued)
At the MAP terminal
13
To determine if the CM runs on the clock of the inactive CPU, type
>INSYNC
and press the Enter key.
Example of a MAP response:
14 To run the CM on the clock of the active CPU, perform the procedure
Switching the clock source in this document. Complete the procedure and
return to this point.
15 To access the CMMNT level of the MAP display, type
>CMMNT
and press the Enter key.
Example of a MAP display:
WARNING
Loss of service
Make sure that the CM runs on the clock of the active CPU.
A cold restart or a system image reload can occur if you
power down the inactive side of the CM. Do not power down
the inactive side of the CMwhile the CMruns on the clock of
the inactive CPU.
If the CMruns on the clock of the Do
inactive CPU step 14
active CPU step 15
CPU pair is NOT insync, CPU 0 is active.
CM is running on active CPU clock.
Memory Error Correction is ENABLED.
The Inactive CPU is Jammed.
2-12 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
16 Determine if the primary autoload device is on the same side of the switch as
the active CPU or the inactive CPU.
Note: The primary autoload device appears on the right of the Primary
header. In the example in step 15, the primary autoload device is the disk
of SLM 0.
17 To change the primary autoload device to a device on the same side of the
switch as the active CPU, type
>AUTOLD SLM slm_number device_type
and press the Enter key.
where
slm_number
is the number of the active CPU (0 or 1)
device_type
is the type of SLM device (DISK or TAPE)
Example of a MAP response:
If the primary autoload device is
on the same side of the switch
as the
Do
active CPU step 23
inactive CPU step 17
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 0 . . yes . . . .
Traps: Per minute = 0 Total = 5
AutoLdev: Primary = SLM 0 DISK Secondary = SLM 1
DISK
Image Restartable = No image test since last restart
Next image restart type = WARM
Last CM REXTST executed
System memory in kbytes as of 14:39:07
Memory (kbytes): Used = 105984 Avail = 12800 Total =
118784
New autoload route has been set.
SuperNode SE computing module and system load module card replacement procedures 2-13
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NT9X44
in a SuperNode SE CM/SLM (continued)
18 To access the DIRP level of the MAP display, type
>IOD;DIRP
and press the Enter key.
19 To determine if there are any active les for each subsystem on the SLM to
be made busy, type
>query ssys
and press the Enter key.
where
ssys
is the active subsystem (AMA, OM, or JF)
20 To close any active les for each subsystem on the SLM to be made busy,
type
>close ssys [active]
and press the Enter key.
where
ssys
is the active subsystem (AMA, OM, or JF)
21 Demount the volume by typing
>DMNT ssys vol_name [paralel]
and pressing the Enter key.
where
ssys
is the subsystem (AMA, OM, or JF)
vol_name
is the name of the volume to be demounted
[paralel]
indicates that the volume is a parallel volume
Example of a MAP response:
22 Conrm the demount by typing
>YES
and pressing the Enter key.
Example of a MAP response:
UPDATING VOLUME INFORMATION FOR
vol_name: vol_no IN pool_type POOL
pool_no, pool_name
PLEASE CONFIRM (YES OR NO):.
2-14 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
23 To access the SLM that corresponds to the inactive CPU, type
>IOD;SLM slm_number
and press the Enter key.
where
slm_number
is the number of the inactive CPU (0 or 1)
Example of a MAP display:
Note: Dots on the right of the SLM Stat header indicate that the
associated SLMs are in service.
24 To manually busy the SLM, type
>BSY
and press the Enter key.
Example of a MAP response:
Example of a MAP display:
Note: The letter M on the right of the SLM Stat header indicates that the
associated SLM is manual busy.
REGULAR VOLUME vol_name WILL BE
TAKEN OUT OF DIRP AS SOON AS
POSSIBLE..
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: . XFER: . DVI : . DPPP: . DPPU: .
NOP : . SLM : . NX25: . MLP : . SCAI: .
SLM 0 1
Stat . .
SLM 0 device TAPE DISK
status . .
drive idle on line
user SYSTEM
SLM 0 busy passed.
SLM 0 1
Stat M .
SuperNode SE computing module and system load module card replacement procedures 2-15
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X44
in a SuperNode SE CM/SLM (continued)
25 To ofine the SLM, type
>OFFL
and press the Enter key.
Note: Wait for the light on the faceplate of the SLM to turn off before you
continue this procedure.
Example of a MAP response:
26 To access the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
Example of a MAP display:
27 To manually busy the port that corresponds to the inactive CPU, type
>BSY 0 PORT port_number
and press the Enter key.
where
port_number
is the number of the inactive CPU (0 or 1)
Example input
>BSY 0 PORT 0
Example of a MAP response:
SLM 0 now offline. Do not remove SLM card
until disk drive is spun down! This will be
indicated when the SLM card light turns off.
PMC 0
.
PORT0: .
PORT1: .
Maintenance action submitted.
Passed.
2-16 SuperNode SE computing module and system load module card replacement procedures
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NT9X44
in a SuperNode SE CM/SLM (continued)
At the CM/SLM shelf
28
Power down the inactive SLM side. To switch off the NT9X91 power
converter, press down and release the power switch. The power switch is on
the faceplate of the converter.
Note: For CPU 0, NT9X91 the power converter is in slots 1F to 3F. For
CPU 1, the NT9X91 power converter is in slots 36F to 38F.
29 Pull open the locking levers on the SLM until the levers are horizontal.
30 Grasp the locking levers. Pull the SLM toward you. Perform this procedure
until the locking latch does not allow the SLM to clear the shelf. The locking
latch is at the back of the SLM assembly.
DANGER
Equipment damage and possible loss of service
Make sure that you do not switch off the NTDX15 power
converter. If you switch off the NTDX15 power converter,
the associated CPU plane powers down. The SLM does not
power down. The NT9X91 power converter powers the
SLM.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle circuit
cards. The wrist strap protects the cards against static
electricity damage.
SuperNode SE computing module and system load module card replacement procedures 2-17
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X44
in a SuperNode SE CM/SLM (continued)
31 Close the locking levers.
32 Grasp the carrying handle. Use your thumb to press the locking latch while
you slide the SLM from the shelf.
33 Place the SLM you removed in an electrostatic discharge (ESD) protective
container.
34 Lift the replacement SLM by the carrying handle.
35 Pull open the locking levers until the levers are horizontal.
36 Use your free hand to align the SLMwith the slots in the shelf. Carefully slide
the SLM into the shelf until the locking latch at the back of the SLM locks.
Note: You do not need to use excessive force to slide the SLM into the
shelf.
37 Slide the SLM completely into the shelf.
38 Use your ngers or thumbs to push on the upper and lower edges of the
faceplate. Make sure that the SLM sits completely in the shelf.
39 Close the locking levers.
2-18 SuperNode SE computing module and system load module card replacement procedures
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NT9X44
in a SuperNode SE CM/SLM (continued)
40 Turn on the inactive SLM side. To switch on the NT9X91 SLM power
converter, lift and release the power switch. The power switch is on the
faceplate of the converter.
Note: For CPU 0, the NT9X91 power converter is in slots 1F to 3F. For
CPU 1, the NT9X91 power converter is in slots 36F to 38F.
41 Insert a scratch tape into the SLM. Use the tape cartridge specied in the
application section at the beginning of this procedure.
Note: Insert a tape cartridge with the metal plate to the left. The tape
access opening faces towards the top.
42 To lock the tape in place, press down on the locking lever.
Go to step 44.
43 To open the drive door, push on the Tandberg drive door button. Insert a
scratch tape with the read and write tape facing the bottomof the drive. Close
the drive door.
At the MAP terminal
44 To access the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
45 To return the manual busy PMC port to service, type
>RTS 0 PORT port_number
and press the Enter key.
where
port_number
is the number of the inactive CPU (0 or 1)
Example of a MAP response:
46 To access the MAP level for the SLM that you replaced, type
>IOD;SLM slm_number
If the SLM has a Do
Connor tape drive step 41
Tandberg tape drive step 43
If the RTS command Do
passed step 46
failed step 84
Maintenance action submitted.
Passed.
SuperNode SE computing module and system load module card replacement procedures 2-19
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X44
in a SuperNode SE CM/SLM (continued)
and press the Enter key.
where
slm_number
is the number of the SLM (0 or 1) that you replaced
47 To manually busy the SLM, type
>BSY
and press the Enter key.
48 To spin up the SLM disk, type
>SPIN UP
and press the Enter key.
Note: Wait for the light on the faceplate of the SLM to turn on before you
continue this procedure.
Example of a MAP response:
49 To test the replacement SLM, type
>TST ALL
and press the Enter key.
MAP response:
50 To conrm the command, type
>YES
and press the Enter key.
If the BSY command Do
passed step 48
failed step 84
If the response indicates Do
the TST command passed step 53
the TST command failed, and the systemgenerated a
card list
step 51
Disk of SLM 0 is ready.
The tape test will write on the tape media.
It is recommended to insert a scratch tape,
otherwise data on the current tape may be
destroyed. Are you ready to continue?
Please confirm (YES, Y, NO, or N):
2-20 SuperNode SE computing module and system load module card replacement procedures
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NT9X44
in a SuperNode SE CM/SLM (continued)
51 Record the location, description, slot number, PEC and the PEC sufx, of the
cards on the list.
52 To replace each card on the list, perform the correct card replacement
procedure in this document. Replace all the cards on the list and return to
this point.
At the CM reset terminal for the inactive CPU
53 To release the jam on the inactive CPU, type
>\RELEASE JAM
and press the Enter key.
RTIF response:
At the MAP terminal
54 To synchronize the CM, type
>CM;SYNC
and press the Enter key.
Example of a MAP response:
55 To access the disk administration utility, type
>DISKADM disk_name
and press the Enter key.
where
disk_name
is the name of the disk in the SLMthat you replaced (S00D for SLM0,
or S01D for SLM 1)
Example of a MAP response:
other than listed here step 84
If the response Do
indicates the SYNC command
was successful
step 55
other than listed here step 84
If the response indicates Do
JAM RELEASE DONE
Maintenance action submitted.
Synchronization successful.
SuperNode SE computing module and system load module card replacement procedures 2-21
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X44
in a SuperNode SE CM/SLM (continued)
56 To format the disk, type
>FORMATDISK disk_name
and press the Enter key.
where
disk_name
is the name of the disk in the SLMreplaced (S00D for SLM0, or S01D
for SLM 1)
Example of a MAP response:
57 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
Formatting of disk has started.This may take 10 to 30 minutes.Formatting of
disk has nished.
58 To obtain a list of all the volumes required on the SLM disk, consult ofce
records or operating company personnel.
59 To create a volume, type
>CREATEVOL volume_name volume_size STD
and press the Enter key.
where
Start up command sequence is in progress.
This may take a few minutes.
Administration of device S00D on CM is now active.
DISKADM; CM
***** WARNING *****
Formatting of S00D
will destroy the contents of the disk.
The formatting will:
allocate 3 spare or alternate sectors per track,
allocate 16 spare or alternate tracks per disk,
use the G defect list,
assign S00D as the name for the disk.
perform quick format,
exclude force option.
Do you want to continue?
Please confirm (YES, Y, NO, or N):
2-22 SuperNode SE computing module and system load module card replacement procedures
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NT9X44
in a SuperNode SE CM/SLM (continued)
volume_name
is the name of the volume (maximum of eight characters)
volume_size
is the size of the volume in megabytes
Example input:
>CREATEVOL VOL1 20 STD
Example of a MAP response:
60 To conrm the command, type
>YES
and press the Enter key.
MAP response:
61 Repeat steps 59 and 60 for each volume on the list that you obtained in step
58.
62 To quit the disk administration utility, type
>QUIT
and press the Enter key.
63 To access the replacement SLM, type
>IOD;SLM slm_number
and press the Enter key.
where
slm_number
is the number of the replacement SLM (0 or 1)
64 To return the SLM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
STD volume VOL1 will be created on S00D.
Volume size: 20 megabytes
File Directory size: 128 files
Volume Free Space Map size: 64 segments
Do you want to continue?
Please confirm (YES, Y, NO, or N):
Creation of the volume is completed.
SuperNode SE computing module and system load module card replacement procedures 2-23
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NT9X44
in a SuperNode SE CM/SLM (continued)
65 Obtain the backup tape for the SLM that you replaced.
At the CM/SLM shelf
66 Remove the scratch tape and insert the backup tape into the SLM.
Note: Insert a tape cartridge with the metal plate to the left. The tape
access opening faces upwards.
67 To lock the tape in place, press down on the locking lever.
Go to step 70.
68 To open the drive door, push on the Tandberg drive door button. To release
the tape cartridge, continue to push on the button. To withdraw the scratch
tape, pull the scratch tape straight out of the drive unit.
69 Insert the backup tape with the read and write tape that faces the bottom of
the drive. To close the door, push on the drive door to close the door.
Note: A diagram on the inside of the Tandberg drive door indicates the
position of the tape.
At the MAP terminal
70 To access the disk utility, type
>DISKUT
and press the Enter key.
MAP response:
71 To mount the backup tape cartridge, type
>INSERTTAPE tape_device_name
and press the Enter key.
where
If the RTS command Do
passed step 65
failed step 84
If the SLM has a Do
Connor tape drive step 66
Tandberg tape drive step 68
SLM 0 return to service passed.
Disk utility is now active.
DISKUT:
2-24 SuperNode SE computing module and system load module card replacement procedures
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NT9X44
in a SuperNode SE CM/SLM (continued)
tape_device_name
is the name of the tape device that contains the backupSLM tape
(S00T for SLM 0, or S01T for SLM 1)
Example of a MAP response:
72 To list the les stored on the back-up SLM tape, type
>LISTFL tape_device_name
and press the Enter key.
where
tape_device_name
is the name of the tape device containing the back-upSLMtape (S00T
for SLM0 or S01T for SLM1)
73 The next action depends on the name of the disk volume on tape.
74 To copy the backup les to the disk in the SLM that you replaced, type
>RESTORE STDVOL disk_volume_name tape_device_name
tape_file_name
and press the Enter key.
where
disk_volume_name
is the name of the disk (S00D or S01D), and the name of the volume
on the disk where you will restore the backup les
tape_device_name
is the name of the tape device (S00T or S01T) thatcontains the backup
SLM tape
tape_le_name
is the name of the tape le that contains the backup les
Example input
>RESTORE STDVOL ROOTDIR.S00DPMLOADS S00T S00DPMLOADS
75 Repeat step 74 for each disk volume that you created. Go to step 78.
76 To copy the backup les to the disk in the SLM that you replaced, type
>RESTORE STDVOL disk_volume_name tape_device_name
tape_file_name
and press the Enter key.
where
If the disk volume name is Do
the same on the backup tape and the SLM disk step 74
not the same on the backup tape and the SLM disk step 76
The INSERT operation may take
up to 5 minutes to tension the tape.
SuperNode SE computing module and system load module card replacement procedures 2-25
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NT9X44
in a SuperNode SE CM/SLM (continued)
disk_volume_name
is the name of the disk (S00D or S01D), and the name of the volume
on the disk where you will restore the backup les
tape_device_name
is the name of the tape device (S00T or S01T) that contains the
backup SLM tape
tape_le_name
is the name of the tape le that contains the backup les
Example input
>RESTORE STDVOL S00DPMLOADS S00T PMLOADS
77 Repeat step 76 for each disk volume that you created.
78 To demount the tape cartridge, type
>EJECTTAPE tape_device_name
and press the Enter key.
where
tape_device_name
is the name of the tape device (S00T or S01T) thatcontains the backup
SLM tape
Example of a MAP response:
79 To quit the disk utility, type
>QUIT
and press the Enter key.
80 Determine if an ITOC alarm is present under the IOD header of the alarm
banner.
81 Perform the correct ITOC alarm clearing procedure in Alarm and
Performance Monitoring Procedures. Complete the procedure and return to
this point.
82 Your next step depends on the reason that you perform this procedure.
If an ITOC alarm is Do
present step 81
not present step 82
If you perform this procedure as
a result of
Do
another maintenance procedure step 83
The eject operation may take up to 5 minutes
to position the tape to the beginning.
2-26 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (end)
83 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
84 For additional help, contact the next level of support.
85 The procedure is complete.
other than listed here step 85
If you perform this procedure as
a result of
Do
SuperNode SE computing module and system load module card replacement procedures 2-27
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X46
in a SuperNode SE CM/SLM
Application
Use this procedure to replace an NT9X46 in a SuperNode SE (SNSE)
computing module (CM) or system load module (SLM), as listed in the
following table.
Refer to the Index", if you cannot identify the following features for the card
you want to replace:
the product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Activity switch with memory match
Replacing a card
Switching the clock source
Verifying load compatibility of SuperNode cards
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT9X46 AA Parallel port interface
paddle board
CM/SLM
2-28 SuperNode SE computing module and system load module card replacement procedures
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NT9X46
in a SuperNode SE CM/SLM (continued)
Summary of Replacing anNT9X46 in a SuperNode SE CM/SLM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Jam inactive
CPU and drop
synchronization
CM on clock
of inactive
CPU?
Switch activity
Switch clock
source
Y
Y
N
N
1
Y
Change primary
autoload device 3
Busy SLM
Busy
associated
PMC port
Power down
CM side
Power down
SLM side
Card on
active
side?
Primary
autoload device
on inact side?
N
2
5
Return MC and
PMC port to
service
Test SLM
Return SLM to
service
Release jam and
synchronize CM
End
Power up
CM/SLM side
Replace card
Card in CM
subsystem?
Y
N
1
2
3
Offline SLM
4
5
Busy
associated MC
4
5
SuperNode SE computing module and system load module card replacement procedures 2-29
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NT9X46
in a SuperNode SE CM/SLM (continued)
Replacing anNT9X46 in a SuperNode SE CM/SLM
At your current location
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx as the card that you will replace.
2 Performthe procedure Verifying load compatibility of SuperNode cards in this
document. Complete the procedure and return to this point.
At the MAP terminal
3 To access the CM level of the MAP display, type
>MAPCI;MTC;CM
and press the Enter key.
Example of a MAP display:
4 Determine if the SLM assembly that you replaced associates with the active
CPU or the inactive CPU.
Note: The active CPUappears under the Act header on the MAP display.
In the example in step 3, the active CPU is CPU 1.
WARNING
Possible loss of data recording services
This procedure manually busies the SLM on the same plane
as the card that you will replace. Make sure that the SLMon
the opposite plane from the card you replace assumes data
recording services, before you attempt this procedure.
If the SLM assembly Do
associates with the inactive CPU step 5
associates with the active CPU step 12
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 1 . . yes . . . .
2-30 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
5 Determine if the inactive CPU is jammed.
Note: The word yes under the Jamheader indicates that the inactive CPU
is jammed. A blank eld indicates that the CPU is not jammed.
At the CM reset terminal for the inactive CPU
6
To jam the inactive CPU, type
>\JAM
and press the Enter key.
RTIF response:
7 To conrm the command, type
>YES
and press the Enter key.
RTIF response:
At the MAP terminal
8 Determine if the CM is synchronized.
Note: A dot (.) or EccOn under the Sync header indicates that the CM is
synchronized. The word no indicates that the CM is not synchronized.
If the inactive CPU Do
is not jammed step 8
is jammed step 6
DANGER
Loss of service
Make sure that you do not jamthe active CPU. A cold restart
occurs when you jam the active CPU while the CM is not in
sync. The word Active on the top banner of the display
identies the reset terminal for the active CPU.
If the CM Do
is synchronized step 9
Please confirm: (YES/NO)
JAM DONE
SuperNode SE computing module and system load module card replacement procedures 2-31
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NT9X46
in a SuperNode SE CM/SLM (continued)
9 To drop synchronization, type
>DPSYNC
and press the Enter key.
10 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
At the CM reset terminal for the inactive CPU
11 Wait until A1 ashes on the reset terminal for the inactive CPU.
Note: Allow approximately 5 min for A1 to start to ash.
12 Perform the procedure Activity switch with memory match in this document.
Complete the procedure and return to this point.
is not synchronized step 13
If the response Do
is About to drop sync with CPU n active.
The inactive CPU is JAMMED.
Do you want to continue? Please confirm ("YES",
"Y", "NO", or "N"):
step 10
is other than listed here step 61
If A1 Do
flashes step 13
does not flash step 61
If the CM Do
Maintenance action submitted.
Running in simplex mode with active CPU n.
2-32 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
At the MAP terminal
13
To determine if the CM runs on the inactive clock of the CPU, type
>INSYNC
and press the Enter key.
Example of a MAP response:
14 To run the CM on the active clock of the CPU, perform the procedure
Switching the clock source in this document. Complete the procedure and
return to this point.
15 To access the CMMNT level of the MAP display, type
>CMMNT
and press the Enter key.
Example of a MAP display:
WARNING
Loss of service
Make sure that the CM runs on the active clock of the CPU.
Do not power down the inactive side of the CMwhile the CM
runs on the clock of the inactive CPU. A cold restart or
system image reload can occur which results in loss of
service.
If the CM Do
runs on the inactive clock of the
CPU
step 14
runs on the active clock of the
CPU
step 15
CPU pair is NOT insync, CPU 0 is active.
CM is running on active CPU clock.
Memory Error Correction is ENABLED.
The Inactive CPU is Jammed.
SuperNode SE computing module and system load module card replacement procedures 2-33
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in a SuperNode SE CM/SLM (continued)
16 Determine if the primary autoload device is on the side of the switch with the
active CPU or the inactive CPU.
Note: The primary autoload device appears on the right side of the
Primary header. In the example in step 15, the primary autoload device is
the disk of SLM 0.
17 To change the primary autoload device to a device on the same side of the
switch as the active CPU, type
>AUTOLD SLM slm_number device_type
and press the Enter key.
where
slm_number
is the number of the active CPU (0 or 1)
device_type
is the type of SLM device (DISK or TAPE)
Example of a MAP response:
18 To access the SLM that corresponds to the inactive CPU, type
>IOD;SLM slm_number
and press the Enter key.
If the primary autoload device Do
is on the side of the switch with the active CPU step 18
is on the side of the switch with the inactive CPU step 17
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 0 . . yes . . . .
Traps: Per minute = 0 Total = 5
AutoLdev: Primary = SLM 0 DISK Secondary = SLM 1
DISK
Image Restartable = No image test since last restart
Next image restart type = WARM
Last CM REXTST executed
System memory in kbytes as of 14:39:07
Memory (kbytes): Used = 105984 Avail = 12800 Total =
118784
New autoload route has been set.
2-34 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
where
slm_number
is the number of the inactive CPU (0 or 1)
Example of a MAP display:
Note: Dots on the right side of the SLM Stat header indicate that the
associated SLMs are in service.
19 To manually busy the SLM, type
>BSY
and press the Enter key.
Example of a MAP response:
Example of a MAP display:
Note: The letter M on the right of the SLM Stat header indicates that the
associated SLM is manual busy.
20 To access the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
Example of a MAP display:
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: . XFER: . DVI : . DPPP: . DPPU: .
NOP : . SLM : . NX25: . MLP : . SCAI: .
SLM 0 1
Stat . .
SLM 0 device TAPE DISK
status . .
drive idle on line
user SYSTEM
SLM 0 busy passed.
SLM 0 1
Stat M .
SuperNode SE computing module and system load module card replacement procedures 2-35
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in a SuperNode SE CM/SLM (continued)
21 To manually busy the port that corresponds to the inactive CPU, type
>BSY 0 PORT port_number
and press the Enter key.
where
port_number
is the number of the inactive CPU (0 or 1)
Example input
>BSY 0 PORT 0
Example of a MAP response:
22 To spin down the SLM disk, type
>SPIN DOWN
and press the Enter key.
Note: The light on the faceplate of the SLMstarts to blink. After 1 min, the
light turns off. Wait for the light to turn off before you continue this
procedure.
Example of a MAP response:
23 To ofine the SLM, type
>OFFL
and press the Enter key.
Example of a MAP response:
PMC 0
.
PORT0: .
PORT1: .
Maintenance action submitted.
Passed.
Disk of SLM 0 is not ready.
SLM 0 now offline. Do not remove SLM card
until disk drive is spun down! This will be
indicated when the SLM card light turns off.
2-36 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
24 The next action depends on if the card that you replaced is part of the CM
subsystem or the SLM subsystem.
25 To access the MC level of the MAP display, type
>MC
and press the Enter key.
Example of a MAP display:
Note: In the example, dots under the MC headers indicate that the
associated MCs are in service.
26 Determine the state of the message controller (MC) on the inactive CPU.
Note: The term mbsy under the MC header indicates that the MC is
manual busy.
27
To manually busy the MC that corresponds to the inactive CPU, type
>BSY mc_number
and press the Enter key.
where
If the card Do
is part of the CM subsystem (card is in slot 17R or
22R)
step 25
is part of the SLM subsystem (card is in slot 7R or
28R)
step 32
If the state of the MC Do
is mbsy step 28
is not mbsy step 27
WARNING
Possible loss of service
Make sure that you do not manually busy the MC that
corresponds to the active CPU. Do not power down the
inactive CPU plane with the MC that associates with the
active busied CPU. This action will cause a warm restart.
MC 0 MC 1
. .
SuperNode SE computing module and system load module card replacement procedures 2-37
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X46
in a SuperNode SE CM/SLM (continued)
mc_number
is the number of the inactive CPU (0 or 1)
Example of a MAP response:
At the CM/SLM shelf
28
To power down the inactive CPU plane, press down and release the power
switch on the faceplate of the NTDX15 power converter.
Note: For CPU 0, the NTDX15 power converter is in slots 4F to 6F. For
CPU 1, the NTDX15 power converter is in slots 33F to 35F.
29 Perform the procedure Replacing a card in this document. Complete the
procedure and return to this point.
30 To power up the inactive CPU plane, lift and release the power switch on the
faceplate of the NTDX15 power converter.
Note: For CPU 0, the NTDX15 power converter is in slots 4F to 6F. For
CPU 1, the power converter is in slots 33F to 35F.
31 Go to step 37.
If the MC Do
busied step 28
did not busy step 61
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle circuit
cards. The wrist strap protects the cards against static
electricity damage.
Maintenance action submitted.
MC busied OK.
2-38 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
At the CM/SLM shelf
32
Power down the inactive SLM side. To switch off the NT9X91 power
converter, press down and release the power switch on the faceplate of the
converter.
Note: For CPU 0, NT9X91 the power converter is in slots 1F to 3F. For
CPU 1, the NT9X91 power converter is in slots 36F to 38F.
33
Remove the interconnect cable fromthe NT9X46 cards on the inactive plane
as follows:
a For plane 0:
i Disconnect the cable from the card in slot 17R.
ii Disconnect the cable from the card in slot 07R.
b For plane 1:
i Disconnect the cable from the card in slot 22R.
ii Disconnect the cable from the card in slot 28R.
34 Perform the procedure Replacing a card in this document. Complete the
procedure and return to this point.
35 Connect the interconnect cable to the NT9X46 cards on the inactive plane as
follows:
a For plane 0:
i Connect the cable to the card in slot 07R.
ii Connect the cable to the card in slot 17R.
b For plane 1:
DANGER
Equipment damage and possible loss of service
Make sure that you do not switch off the NTDX15 power
converter. If you switch off the NTDX15 power converter,
the associated CPU plane powers down. The SLM does not
power down. The NT9X91 power converter powers the
SLM.
WARNING
Equipment damage and possible loss of service
Make sure that you remove the interconnect cable from the
NT9X46 card on the inactive side only. Make sure that you
disconnect the cable in the correct sequence.
SuperNode SE computing module and system load module card replacement procedures 2-39
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X46
in a SuperNode SE CM/SLM (continued)
i Connect the cable to the card in slot 28R.
ii Connect the cable to the card in slot 22R.
36 To power up the inactive SLM side, lift and release the power switch on the
faceplate of the NT9X91 power converter.
Note: For plane 0, the power converter is in slots 1F to 3F. For plane 1,
the power converter is in slots 36F to 38F.
At the CM reset terminal for the inactive CPU
37
Wait for the switch to complete rmware tests.
Example of an RTIF response:
Note: When rmware testing is in progress, dots appear on the right of the
PEC in the rmware testing status line of the RTIF response. As each
rmware test is complete, another dot appears until rmware testing for the
card is complete. If the dots do not continue to appear and another
rmware testing status line does not appear, rmware tests stop. If the
dots do not continue to appear and the prompt Waiting for activity does not
appear, rmware tests stop.
38 Determine if the rmware tests completed.
Note: If the rmware tests completed and the CPU powered up, the
Waiting for activity message appears.
WARNING
You must complete the rmware tests
If you do not complete the rmware tests, the CPUs cannot
synchronize.
If the inactive CPU Do
powered up step 39
did not turn on step 61
Testing Memory:
Shelf Slot PEC Module Status
00 15 NT9X14EA ......
00 16 NT9X14EA ......
Waiting for activity...
2-40 SuperNode SE computing module and system load module card replacement procedures
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NT9X46
in a SuperNode SE CM/SLM (continued)
At the MAP terminal
39 To make sure that you are at the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
40 To return the manual busy PMC port to service, type
>RTS 0 PORT port_number
and press the Enter key.
where
port_number
is the number of the inactive CPU (0 or 1)
Example of a MAP response:
41 To access the SLM that associates with the card that you replaced, type
>IOD;SLM slm_number
and press the Enter key.
where
slm_number
is the number of the SLM (0 or 1)
42 To manually busy the SLM, type
>BSY
and press the Enter key.
43 To spin up the SLM disk, type
>SPIN UP
and press the Enter key.
Note: Wait for the light on the faceplate of the SLM to turn on before you
continue this procedure.
If the RTS command Do
passed step 41
failed step 61
If the BSY command Do
passed step 43
failed step 61
Maintenance action submitted.
Passed.
SuperNode SE computing module and system load module card replacement procedures 2-41
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X46
in a SuperNode SE CM/SLM (continued)
Example of a MAP response:
44 To test the SLM, type
>TST
and press the Enter key.
Example of a MAP response:
45 Record the location, description, slot number, PEC and the PEC sufx of the
cards on the list.
46 To replace each card on the list, perform the correct card replacement
procedure in this document. Complete the procedure and return to this point.
47 To return the SLM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
48 The next action depends on if the card that you replaced is part of the CM
subsystem or the SLM subsystem.
If the TST command Do
passed step 47
failed, and the system generated
a card list
step 45
is other than listed here step 61
If the RTS command Do
passed step 48
failed step 61
If the card Do
is part of the CM subsystem (card is in slot 17R or
22R)
step 49
Disk of SLM 0 is ready.
Minimum SLM 0 tests passed.
SLM 0 return to service passed.
2-42 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
49 Your next step depends on the reason that you perform this procedure.
At the MAP terminal
50 To access the MC level of the MAP display, type
>CM;MC
and press the Enter key.
51 To return the manual busy MC to service, type
>RTS mc_number
and press the Enter key.
where
mc_number
is the number of the manual busy MC (0 or 1)
Example of a MAP response:
is part of the SLM subsystem (card is in slot 7R or
28R)
step 57
If you Do
perform this procedure as a result of a MC Tbl alarm step 53
performthis procedure as a result of a PMCFlt alarm step 53
performthis procedure as a result of a NoTOD alarm step 53
perform this procedure as a result of a SBsyMC
alarm
step 53
perform this procedure as a result of a MBsyMC
alarm
step 53
perform this procedure as a result of a CBsyMC
alarm
step 53
performthis procedure for any reason other than list-
ed here
step 50
If the RTS command Do
passed step 52
If the card Do
Maintenance action submitted.
MC RTS ok.
SuperNode SE computing module and system load module card replacement procedures 2-43
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X46
in a SuperNode SE CM/SLM (continued)
52 The next action depends on the reason that you performed this procedure.
53 Return to the alarm clearing procedure that directed you to this procedure
and continue as directed.
54 To access the CM level of the MAP display, type
>CM
and press the Enter key.
55 To test the inactive CPU, type
>TST
and press the Enter key.
Example of a MAP response:
56 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
failed step 61
If you Do
perform this procedure as a re-
sult of a CMalarm clearing pro-
cedure
step 53
perform this procedure for any
reason other than listed here
step 54
If the TST command Do
passed step 57
If the RTS command Do
The test(s) listed below will destroy
the software load in inactive CPU:
Static RAM test
Do you want to do the test(s) anyway?
Please confirm: (YES, Y, NO, or N):
Maintenance action submitted.
Test passed.
2-44 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (end)
At the CM reset terminal for the inactive CPU
57 To release the jam on the inactive CPU, type
>\RELEASE JAM
and press the Enter key.
RTIF response:
At the MAP terminal
58 To synchronize the CM, type
>SYNC
and press the Enter key.
Example of a MAP response:
59 The next action depends on the reason that you perform this procedure.
60 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
61 For additional help, contact the next level of support.
62 The procedure is complete.
is other than listed here step 61
If the response Do
indicates the SYNC command was successful step 59
is other than listed here step 61
If you Do
perform this procedure as a result of another mainte-
nance procedure
step 60
performthis procedure for any reason other than list-
ed here
step 62
If the TST command Do
JAM RELEASE DONE
Maintenance action submitted.
Synchronization successful.
SuperNode SE computing module and system load module card replacement procedures 2-45
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X62
in a SuperNode SE CM/SLM
Application
Use this procedure to replace an NT9X62 in a SuperNode SE (SNSE)
computing module (CM) or system load module (SLM).
Refer to the Index", if you cannot identify the following features for the card
you want to replace:
the product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Activity switch with memory match
Switching the clock source
Verifying load compatibility of SuperNode cards
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT9X62 AA Two-port subrate
DS512 paddle board
CM/SLM
NT9X62 BA Four-port subrate
DS512 paddle board
CM/SLM
2-46 SuperNode SE computing module and system load module card replacement procedures
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NT9X62
in a SuperNode SE CM/SLM (continued)
Summary of Replacing an NT9X62 in a SuperNode SE CM/SLM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Jam inactive
CPU and drop
synchronization
CM runs on
an inactive
CPU clock?
Switch activity
Switch clock
source
Y
Y
N
N
1
Y
Change primary
autoload device 3
Busy SLM
Busy
associated
PMC port
Offline SLM
Busy
associated MC
Card on
active
side?
Primary
autoload device
on inact side?
N
2
4
Return MC and
PMC port to
service
Test SLM
Return SLM to
service
Release jam and
synchronize CM
End
Power up CM
side
1
2
3
Replace card
Power down
CM side
5
4
5
SuperNode SE computing module and system load module card replacement procedures 2-47
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X62
in a SuperNode SE CM/SLM (continued)
Replacing NT9X62 in a SuperNode SE CM/SLM
At your current location
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and the PEC sufx as the card that you will replace.
2 Performthe procedure Verifying load compatibility of SuperNode cards in this
document. Complete the procedure and return to this point.
At the MAP terminal
3 To access the CM level of the MAP display, type
>MAPCI;MTC;CM
and press the Enter key.
Example of a MAP display:
4 Determine if the SLM assembly that you replace associates with the active
CPU or the inactive CPU.
Note: The active CPUappears under the Act header on the MAP display.
In the example in step 3, the active CPU is CPU 1.
5 Determine if the inactive CPU is jammed.
Note: The word yes under the Jamheader indicates that the inactive CPU
is jammed. A blank eld indicates that the CPU is not jammed.
WARNING
Possible loss of data recording services
This procedure manually busies the SLM on the same plane
as the card that you replace. Make sure that the SLM on the
opposite plane assumes data recording services of the SLM
that you remove from service, before you attempt this
procedure.
If the SLM assembly Do
associates with the inactive CPU step 5
associates with the active CPU step 12
If the inactive CPU Do
is not jammed step 6
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 1 . . yes . . . .
2-48 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
At the CM reset terminal for the inactive CPU
6
To jam the inactive CPU, type
>\JAM
and press the Enter key.
RTIF response:
7 To conrm the command, type
>YES
and press the Enter key.
RTIF response:
At the MAP terminal
8 Determine if the CM is synchronized.
Note: A dot (.) or EccOn under the Sync header indicates that the CM is
synchronized. The word no indicates that the CM is not synchronized.
9 To drop synchronization, type
>DPSYNC
is jammed step 8
DANGER
Loss of service
Make sure that you do not jamthe active CPU. A cold restart
occurs when you jam the active CPU while the CM is not in
sync. The word Active on the top banner of the display
identies the reset terminal for the active CPU.
If the CM Do
is synchronized step 9
is not synchronized step 13
If the inactive CPU Do
Please confirm: (YES/NO)
JAM DONE
SuperNode SE computing module and system load module card replacement procedures 2-49
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NT9X62
in a SuperNode SE CM/SLM (continued)
and press the Enter key.
10 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
At the CM reset terminal for the inactive CPU
11 Wait until A1 ashes on the reset terminal for the inactive CPU.
Note: Allow approximately 5 min for A1 to start to ash.
12 Perform the procedure Activity switch with memory match in this document.
Complete the procedure and return to this point.
If the response Do
is About to drop sync with CPU
n active.
The inactive CPU is JAMMED.
Do you want to continue?
Please confirm ("YES", "Y",
"NO", or "N")
step 10
is other than listed here step 62
If A1 Do
flashes step 13
does not flash step 62
Maintenance action submitted.
Running in simplex mode with active CPU n.
2-50 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
At the MAP terminal
13
To determine if the CM runs on the inactive clock of the CPU, type
>INSYNC
and press the Enter key.
Example of a MAP response:
14 To run the CM on the active clock of the CPU, perform the procedure
Switching the clock source in this document. Complete the procedure and
return to this point.
15 To access the CMMNT level of the MAP display, type
>CMMNT
and press the Enter key.
Example of a MAP display:
WARNING
Loss of service
Make sure that the CM runs on the active clock of the CPU.
Do not power down the the inactive side of the CMwhile the
CMruns on the inactive CPU clock. A cold restart or system
image reload can occur which results in loss of service.
If the CM Do
runs on the incative clock of the
CPU
step 14
runs on the active clock of the
CPU
step 15
CPU pair is NOT insync, CPU 0 is active.
CM is running on active CPU clock.
Memory Error Correction is ENABLED.
The Inactive CPU is Jammed.
SuperNode SE computing module and system load module card replacement procedures 2-51
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
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in a SuperNode SE CM/SLM (continued)
16 Determine if the primary autoload device is on the same side of the switch as
the active CPU or the inactive CPU.
Note: The primary autoload device appears on the right of the Primary
header. In the example in step 15, the primary autoload device is the disk
of SLM 0.
17 To change the primary autoload device to a device on the same side of the
switch as the active CPU, type
>AUTOLD SLM slm_number device_type
and press the Enter key.
where
slm_number
is the number of the active CPU (0 or 1)
device_type
is the type of SLM device (DISK or TAPE)
Example of a MAP response:
If the primary autoload device Do
is on the same side of the switch
as the active CPU
step 18
is on the side of the same side of
the switch as the inactive CPU
step 17
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 0 . . yes . . . .
Traps: Per minute = 0 Total = 5
AutoLdev: Primary = SLM 0 DISK Secondary = SLM 1
DISK
Image Restartable = No image test since last restart
Next image restart type = WARM
Last CM REXTST executed
System memory in kbytes as of 14:39:07
Memory (kbytes): Used = 105984 Avail = 12800 Total =
118784
New autoload route has been set.
2-52 SuperNode SE computing module and system load module card replacement procedures
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in a SuperNode SE CM/SLM (continued)
18 To access the SLM that corresponds to the inactive CPU, type
>IOD;SLM slm_number
and press the Enter key.
where
slm_number
is the number of the inactive CPU (0 or 1)
Example of a MAP display:
Note: Dots on the right of the SLM Stat header indicate that the
associated SLMs are in service.
19 To manually busy the SLM, type
>BSY
and press the Enter key.
Example of a MAP response:
Example of a MAP display:
Note: The letter M on the right of the SLM Stat header indicates that the
associated SLM is manual busy.
20 To access the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
Example of a MAP display:
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: . XFER: . DVI : . DPPP: . DPPU: .
NOP : . SLM : . NX25: . MLP : . SCAI: .
SLM 0 1
Stat . .
SLM 0 device TAPE DISK
status . .
drive idle on line
user SYSTEM
SLM 0 busy passed.
SLM 0 1
Stat M .
SuperNode SE computing module and system load module card replacement procedures 2-53
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in a SuperNode SE CM/SLM (continued)
21 To manually busy the port that corresponds to the inactive CPU, type
>BSY 0 PORT port_number
and press the Enter key.
where
port_number
is the number of the inactive CPU (0 or 1)
Example input
>BSY 0 PORT 0
Example of a MAP response:
22 To ofine the SLM, type
>OFFL
and press the Enter key.
Note: Wait for the light on the faceplate of the SLM to turn off before you
continue this procedure.
Example of a MAP response:
23 To access the MC level of the MAP display, type
>MC
and press the Enter key.
Example of a MAP display:
Note: In the preceding example, dots under the MC headers indicate that
the associated MCs are in service.
PMC 0
.
PORT0: .
PORT1: .
Maintenance action submitted.
Passed.
SLM 0 now offline. Do not remove SLM card
until disk drive is spun down! This will be
indicated when the SLM card light turns off.
MC 0 MC 1
. .
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in a SuperNode SE CM/SLM (continued)
24 Determine the state of the message controller (MC) on the inactive CPU.
Note: The term mbsy under the MC header indicates that the MC is
manual busy.
25
To manually busy the MC that corresponds to the inactive CPU, type
>BSY mc_ number
and press the Enter key.
where
mc_number
is the number of the inactive CPU (0 or 1)
Example of a MAP response:
If the state of the MC Do
is mbsy step 26
is not mbsy step 25
WARNING
Possible loss of service
Make sure that you do not manually busy the MC that
corresponds to the active CPU. Do not power down the
inactive CPU plane with the MC that associates with the
active busied CPU. This action causes a warm restart.
If the MC Do
busied step 26
did not busy step 62
Maintenance action submitted.
MC busied OK.
SuperNode SE computing module and system load module card replacement procedures 2-55
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NT9X62
in a SuperNode SE CM/SLM (continued)
At the CM/SLM shelf
26
To power down the inactive CPU plane, press down and release the power
switch on the faceplate of the NTDX15 power converter.
Note: For CPU 0, the NTDX15 power converter is in slots 4F to 6F. For
CPU 1, the NTDX15 power converter is in slots 33F to 35F.
27 Locate the card on the shelf.
28
Open the locking levers on the card that you will replace.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle circuit
cards. The wrist strap protects the cards against static
electricity damage.
DANGER
Do not hold card by levers only
If you hold a card only by the levers, you can break the
levers. When you pull the card half way out of the shelf,
carefully grasp the card below for more support. While you
continue to remove the card from the shelf, make sure that
you do not touch any wires or internal parts on the card.
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in a SuperNode SE CM/SLM (continued)
29
Label each ber cable. Use Transmit for the top cable and Receive for the
bottom cable.
30 Disconnect the ber cables from the faceplate of the card, as follows:
a Loosen the ber connections with the locking levers open.
b Carefully push in and turn the ber cable connector counterclockwise
halfway until the connector slides out of the receptacle.
Note: Refer to the following diagram.
DANGER
Damage to ber cables
When you handle ber cables, make sure you do not crimp or
bend ber cables to a radius of less than 25 mm (1 in.).
SuperNode SE computing module and system load module card replacement procedures 2-57
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NT9X62
in a SuperNode SE CM/SLM (continued)
31 While you grasp the locking levers, carefully pull the card toward you until the
card protrudes approximately 2 in. (5.1 cm) from the equipment shelf.
Transmit
port 0
Receive
port 0
NT9X62
AA
1
2
3
4
5
6
8
Receptacle
Transmit
port 1
Receive
port 1
Transmit
port 2
Receive
port 2
7
Transmit
port 3
Receive
port 3
12
Fiber
cable
connector
2-58 SuperNode SE computing module and system load module card replacement procedures
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NT9X62
in a SuperNode SE CM/SLM (continued)
32 Hold the card by the faceplate with one hand while you support the bottom
edge with the other hand. Carefully pull the card toward you until the card is
clear of the shelf.
33 Place the card that you removed in an electrostatic discharge (ESD)
protective container.
34 Make sure that the replacement card has the same PEC and PEC sufx as
the card that you just removed.
35 Insert the replacement card into the shelf, as follows.
a Open the locking levers on the card.
b Hold the card by the faceplate with one hand while you support the
bottom edge with the other hand. Carefully slide the card into the shelf.
SuperNode SE computing module and system load module card replacement procedures 2-59
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NT9X62
in a SuperNode SE CM/SLM (continued)
36
Connect the ber cables, as follows:
a Tighten the cable connections with the locking levers open.
b Carefully guide the cable connector into the receptacle notches.
c Push in and turn the cable connector clockwise halfway until the
connection is secure.
37 Seat and lock the card.
a Use your ngers or thumbs to push on the upper and lower edges of the
faceplate. Make sure that the card sits completely in the shelf.
b Close the locking levers to secure the card.
DANGER
Damage to ber cable
When you handle ber cables, make sure that you do not
crimp or bend ber cables to a radius of less than 25 mm (1
in.).
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NT9X62
in a SuperNode SE CM/SLM (continued)
38 To power up the inactive CPU plane, lift and release the power switch located
on the faceplate of the NTDX15 power converter.
Note: For CPU 0, the NTDX15 power converter is in slots 4F to 6F. For
CPU 1, the power converter is in slots 33F to 35F.
At the CM reset terminal for the inactive CPU
39
Wait for the switch to complete rmware tests.
Example of an RTIF response:
Note: When rmware testing is in progress, dots appear on the right side
of the PEC in the rmware testing status line of the RTIF response. As
each rmware test is complete, another dot appears until rmware testing
for the card is complete. If the dots do not continue to appear and another
rmware testing status line does not appear, rmware tests stop. If the
WARNING
You must complete the rmware tests
If you do not complete the rmware tests, the CPUs cannot
synchronize.
Testing Memory:
Shelf Slot PEC Module Status
00 15 NT9X14EA ......
00 16 NT9X14EA ......
Waiting for activity...
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NT9X62
in a SuperNode SE CM/SLM (continued)
dots do not appear and the prompt Waiting for activity does not appear,
rmware tests stop.
40 Determine if the rmware tests completed.
Note: If the rmware tests completed and the CPU powered up, the
Waiting for activity message appears.
At the MAP terminal
41 To access the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
42 To return the manual busy PMC port to service, type
>RTS 0 PORT port_number
and press the Enter key.
where
port_number
is the number of the inactive CPU (0 or 1)
Example of a MAP response:
43 To access the SLM that associates with the card that you replaced, type
>IOD;SLM slm_number
and press the Enter key.
where
slm_number
is the number of the SLM (0 or 1)
44 To manually busy the SLM, type
>BSY
and press the Enter key.
If the inactive CPU Do
powered up step 41
did not power up step 62
If the RTS command Do
passed step 43
failed step 62
Maintenance action submitted.
Passed.
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in a SuperNode SE CM/SLM (continued)
Example of a MAP response:
45 To spin up the SLM disk, type
>SPIN UP
and press the Enter key.
Note: Wait for the light on the faceplate of the SLM to turn on before you
continue this procedure.
Example of a MAP response:
46 To test the SLM, type
>TST
and press the Enter key.
Example of a MAP response:
47 Record the location, description, slot number, PEC and PEC sufx of the rst
card on the list.
48 To replace each card on the list, perform the appropriate card replacement
procedure in this document. Complete the procedure and return to this point.
49 To return the SLM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
If the BSY command Do
passed step 45
failed step 62
If the TST command Do
passed step 49
failed, and the system generated
a card list
step 47
is other than listed here step 62
SLM 0 busy passed.
Disk of SLM 0 is ready.
Minimum SLM 0 tests passed.
SuperNode SE computing module and system load module card replacement procedures 2-63
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NT9X62
in a SuperNode SE CM/SLM (continued)
50 Your next step depends on the reason that you perform this procedure.
At the MAP terminal
51 To access the MC level of the MAP display, type
>CM;MC
and press the Enter key.
52 To return the manual busy MC to service, type
>RTS mc_number
and press the Enter key.
where
mc_number
is the number of the manual busy MC (0 or 1)
Example of a MAP response:
If the RTS command Do
passed step 50
failed step 62
If you Do
perform this procedure as a result of
a MC Tbl alarm
step 54
perform this procedure as a result of
a PMCFlt alarm
step 54
perform this procedure as a result of
a NoTOD alarm
step 54
perform this procedure as a result of
a SBsyMC alarm
step 54
perform this procedure as a result of
a MBsyMC alarm
step 54
perform this procedure as a result of
a CBsyMC alarm
step 54
perform this procedure for any rea-
son other than listed here
step 51
SLM 0 return to service passed.
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in a SuperNode SE CM/SLM (continued)
53 The next action depends on the reason that you perform this procedure.
54 Return to the alarm clearing procedure that directed you to this procedure
and continue as directed.
55 To access the CM level of the MAP display, type
>CM
and press the Enter key.
56 To test the inactive CPU, type
>TST
and press the Enter key.
Example of a MAP response:
57 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
If the RTS command Do
passed step 53
failed step 62
If you Do
performthe procedure as a result
of a CM alarm clearing proce-
dure
step 54
perform the procedure for any
reason other than listed here
step 55
Maintenance action submitted.
MC RTS ok.
The test(s) listed below will destroy
the software load in inactive CPU:
Static RAM test
Do you want to do the test(s) anyway?
Please confirm: (YES, Y, NO, or N):
SuperNode SE computing module and system load module card replacement procedures 2-65
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NT9X62
in a SuperNode SE CM/SLM (continued)
At the CM reset terminal for the inactive CPU
58 To release the jam on the inactive CPU, type
>\RELEASE JAM
and press the Enter key.
RTIF response:
At the MAP terminal
59 To synchronize the CM, type
>SYNC
and press the Enter key.
Example of a MAP response:
60 The next action depends on the reason that you perform this procedure.
If the TST command Do
passed step 58
is other than listed here step 62
If the response Do
indicates the SYNC command was
successful
step 60
indicates the command was other
than listed here
step 62
If you Do
perform this procedure as a result
of another maintenance procedure
step 61
perform this procedure for any
reason other than listed here
step 63
Maintenance action submitted.
Test passed.
JAM RELEASE DONE
Maintenance action submitted.
Synchronization successful.
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in a SuperNode SE CM/SLM (end)
61 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
62 For additional help, contact the next level of support.
63 The procedure is complete.
SuperNode SE computing module and system load module card replacement procedures 2-67
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE CM/SLM
Application
Use this procedure to replace the following cards in a SuperNode SE (SNSE)
computing module (CM) or system load module (SLM).
Refer to the Index", if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Activity switch with memory match
Replacing a card
Switching the clock source
Verifying load compatibility of SuperNode cards
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT9X91 AA Storage device power
converter
CM/SLM
NTDX15 AA, AB Global power converter
5V
CM/SLM
2-68 SuperNode SE computing module and system load module card replacement procedures
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Power converter cards
in a SuperNode SE CM/SLM (continued)
Summary of replacing Power converter cards in a SuperNode SE CM/SLM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Jam inactive
CPU and drop
synchronization
CM runs on
inactive clock
of CPU?
Switch activity
Switch clock
source
Y
Y
N
N
1
Y
Change primary
autoload device 3
Busy SLM
Busy
associated
PMC port
Offline SLM
Busy
associated MC
Card on
active
side?
Primary
autoload device
on inact side?
N
2
Return MC and
PMC port to
service
Test SLM
Return SLM to
service
Release jam and
synchronize CM
End
Power up
CM/SLM side
Replace card
1
2
3
Power down
CM side
Power down
SLM side
5
Card in CM
subsystem?
Y
N
4
5
4
5
SuperNode SE computing module and system load module card replacement procedures 2-69
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE CM/SLM (continued)
Replacing Power converter cards in a SuperNode SE CM/SLM
At your current location
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx as the card that you will replace.
2 Performthe procedure Verifying load compatibility of SuperNode cards in this
document. Complete the procedure and return to this point.
At the MAP terminal
3 To access the CM level of the MAP display, type
>MAPCI;MTC;CM
and press the Enter key.
Example of a MAP display:
4 Determine if the SLM assembly that you will replace associates with the
active CPU or the inactive CPU.
Note: The active CPU appears under the Act header on the MAP display.
In the example in step 3, the active CPU is CPU 1.
WARNING
Possible loss of data recording services
This procedure manually busies the SLM on the same plane
as the card you will replace. Make sure that the SLM on the
opposite plane from the card you replace assumes data
recording services, before you attempt this procedure.
If the SLM assembly Do
associates with the inactive CPU step 5
associates with the active CPU step 12
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 1 . . yes . . . .
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Power converter cards
in a SuperNode SE CM/SLM (continued)
5 Determine if the inactive CPU is jammed.
Note: The word yes under the Jamheader indicates that the inactive CPU
is jammed. A blank eld indicates that the CPU is not jammed.
At the CM reset terminal for the inactive CPU
6
To jam the inactive CPU, type
>\JAM
and press the Enter key.
RTIF response:
7 To conrm the command, type
>YES
and press the Enter key.
RTIF response:
At the MAP terminal
8 Determine if the CM is synchronized.
Note: A dot (.) or EccOn under the Sync header indicates that the CM is
synchronized. The word no indicates that the CM is not synchronized.
If the inactive CPU Do
is not jammed step 8
is jammed step 6
DANGER
Loss of service
Make sure that you do not jamthe active CPU. A cold restart
occurs when you jam the active CPU while the CM is not in
sync. The word Active on the top banner of the display
identies the reset terminal for the active CPU.
If the CM Do
is synchronized step 9
Please confirm: (YES/NO)
JAM DONE
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Power converter cards
in a SuperNode SE CM/SLM (continued)
9 To drop synchronization, type
>DPSYNC
and press the Enter key.
10 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
At the CM reset terminal for the inactive CPU
11 Wait until A1 ashes on the reset terminal for the inactive CPU.
Note: Allow approximately 5 min for A1 to start to ash.
12 Performthe procedure Activity switch with memory match in this document.
Complete the procedure and return to this point.
is not synchronized step 13
If the response Do
is About to drop sync with CPU n active.
The inactive CPU is JAMMED.
Do you want to continue?
is Please confirm ("YES", "Y", "NO", or "N"):
step 10
is other than listed here step 58
If A1 Do
flashes step 13
does not flash step 58
If the CM Do
Maintenance action submitted.
Running in simplex mode with active CPU n.
2-72 SuperNode SE computing module and system load module card replacement procedures
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Power converter cards
in a SuperNode SE CM/SLM (continued)
At the MAP terminal
13
To determine if the CM runs on the inactive clock of the CPU, type
>INSYNC
and press the Enter key.
Example of a MAP response:
14 To run the CM on the active clock of the CPU, perform the procedure
Switching the clock source in this document. Complete the procedure and
return to this point.
15 To access the CMMNT level of the MAP display, type
>CMMNT
and press the Enter key.
Example of a MAP display:
WARNING
Loss of service
Make sure that the CM runs on the active clock of the CPU.
Do not power down the inactive side of the CMwhile the CM
runs on the clock of the inactive CPU. A cold restart or
system image reload can occur which results in loss of
service.
If the CM Do
runs on the inactive clock of the
CPU
step 14
runs on the active clock of the
CPU
step 15
CPU pair is NOT insync, CPU 0 is active.
CM is running on active CPU clock.
Memory Error Correction is ENABLED.
The Inactive CPU is Jammed.
SuperNode SE computing module and system load module card replacement procedures 2-73
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE CM/SLM (continued)
16 Determine if the primary autoload device is on the same side of the switch as
the active CPU or the inactive CPU.
Note: The primary autoload device appears on the right of the Primary
header. In the example in step 15, the primary autoload device is the disk
of SLM 0.
17 To change the primary autoload device to a device on the same side of the
switch as the active CPU, type
>AUTOLD SLM slm_number device_type
and press the Enter key.
where
slm_number
is the number of the active CPU (0 or 1)
device_type
is the type of SLM device (DISK or TAPE)
Example of a MAP response:
18 To access the SLM that corresponds to the inactive CPU, type
>IOD;SLM slm_number
and press the Enter key.
If the primary autoload device Do
is on the same side of the switch as the active CPU step 18
is on the same side of the switch as the inactive CPU step 17
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 0 . . yes . . . .
Traps: Per minute = 0 Total = 5
AutoLdev: Primary = SLM 0 DISK Secondary = SLM 1
DISK
Image Restartable = No image test since last restart
Next image restart type = WARM
Last CM REXTST executed
System memory in kbytes as of 14:39:07
Memory (kbytes): Used = 105984 Avail = 12800 Total =
118784
New autoload route has been set.
2-74 SuperNode SE computing module and system load module card replacement procedures
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Power converter cards
in a SuperNode SE CM/SLM (continued)
where
slm_number
is the number of the inactive CPU (0 or 1)
Example of a MAP display:
Note: Dots on the right of the SLM Stat header indicate that the
associated SLMs are in service.
19 To manually busy the SLM, type
>BSY
and press the Enter key.
Example of a MAP response:
Example of a MAP display:
Note: The letter M on the right of the SLM Stat header indicates that the
associated SLM is manual busy.
20 To access the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
Example of a MAP display:
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: . XFER: . DVI : . DPPP: . DPPU: .
NOP : . SLM : . NX25: . MLP : . SCAI: .
SLM 0 1
Stat . .
SLM 0 device TAPE DISK
status . .
drive idle on line
user SYSTEM
SLM 0 busy passed.
SLM 0 1
Stat M .
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Power converter cards
in a SuperNode SE CM/SLM (continued)
21 To manually busy the port that corresponds to the inactive CPU, type
>BSY 0 PORT port_number
and press the Enter key.
where
port_number
is the number of the inactive CPU (0 or 1)
Example input
>BSY 0 PORT 0
Example of a MAP response:
22 To ofine the SLM, type
>OFFL
and press the Enter key.
Note: Wait for the light on the faceplate of the SLM to turn off before you
continue this procedure.
Example of a MAP response:
23 The next action depends on if the card that you replaced is part of the CM
subsystem or the SLM subsystem.
24 To access the message controller (MC) level of the MAP display, type
>MC
and press the Enter key.
If the card Do
is part of the CM subsystem
(NT9X91)
step 24
is part of the SLM subsystem
(NTDX15)
step 31
PMC 0
.
PORT0: .
PORT1: .
Maintenance action submitted.
Passed.
SLM 0 now offline. Do not remove SLM card
until disk drive is spun down! This will be
indicated when the SLM card light turns off.
2-76 SuperNode SE computing module and system load module card replacement procedures
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Power converter cards
in a SuperNode SE CM/SLM (continued)
Example of a MAP display:
Note: In the example, dots under the MC headers indicate that the
associated MCs are in service.
25 Determine the state of the MC on the inactive CPU.
Note: The termmbsy under the MC header means that the MC is manual
busy.
26
To manually busy the MC that corresponds to the inactive CPU, type
>BSY mc_ number
and press the Enter key.
where
mc_number
is the number of the inactive CPU (0 or 1)
Example of a MAP response:
If the state of the MC Do
is mbsy step 27
is not mbsy step 26
WARNING
Possible loss of service
Make sure that you do not manually busy the MC that
corresponds to the active CPU. Do not power down the
inactive CPU plane with the MC that associates with the
active busied CPU. This action will cause a warm restart.
If the MC Do
busied step 27
did not busy step 58
MC 0 MC 1
. .
Maintenance action submitted.
MC busied OK.
SuperNode SE computing module and system load module card replacement procedures 2-77
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE CM/SLM (continued)
At the CM/SLM shelf
27
To power down the inactive CPU plane, press down and release the power
switch on the faceplate of the NTDX15 power converter.
Note: For CPU 0, the NTDX15 power converter is in slots 4F to 6F. For
CPU 1, the NTDX15 power converter is in slots 33F to 35F.
28 Perform the procedure Replacing a card in this document. Complete the
procedure and return to this point.
29 To power up the inactive CPU plane, lift and release the power switch located
on the faceplate of the NTDX15 power converter.
Note: For CPU 0, the NTDX15 power converter is in slots 4F to 6F. For
CPU 1, the power converter is in slots 33F to 35F.
30 Go to step 34.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle circuit
cards. The wrist strap protects the cards against static
electricity damage.
2-78 SuperNode SE computing module and system load module card replacement procedures
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Power converter cards
in a SuperNode SE CM/SLM (continued)
At the CM/SLM shelf
31
Power down the inactive SLMside. Press down and release the power switch
located on the faceplate of the converter to switch off the NT9X91 power
converter.
Note: For CPU 0, NT9X91 the power converter is in slots 1F to 3F. For
CPU 1, the NT9X91 power converter is in slots 36F to 38F.
32 Perform the procedure Replacing a card in this document. Complete the
procedure and return to this point.
33 Lift and release the power switch on the faceplate of the NT9X91 power
converter to power up the inactive SLM side.
Note: For plane 0, the power converter is in slots 1F to 3F. For plane 1,
the power converter is in slots 36F to 38F.
At the CM reset terminal for the inactive CPU
34
Wait for the switch to complete rmware tests.
Example of an RTIF response:
DANGER
Equipment damage and possible loss of service
Make sure that you do not switch off the NTDX15 power
converter. If you switch off the NTDX15 power converter,
the associated CPU plane powers down. The SLM does not
power down. The NT9X91 power converter powers the
SLM.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle circuit
cards. The wrist strap protects the cards against static
electricity damage.
WARNING
You must complete the rmware tests
If you do not complete the rmware tests, the CPUs cannot
synchronize.
SuperNode SE computing module and system load module card replacement procedures 2-79
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE CM/SLM (continued)
Note: When rmware testing is in progress, dots appear on the right of the
PEC in the rmware testing status line of the RTIF response. As each
rmware test is complete, another dot appears until rmware testing for the
card is complete. If the dots do not continue to appear and another
rmware testing status line does not appear, rmware tests stop. If the
dots do not appear and the prompt Waiting for activity does not appear,
rmware tests stop.
35 Determine if the rmware tests completed.
Note: If the rmware tests completed and the CPU powered up, the
Waiting for activity message appears.
At the MAP terminal
36 To access the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
37 To return the manual busy PMC port to service, type
>RTS 0 PORT port_number
and press the Enter key.
where
port_number
is the number of the inactive CPU (0 or 1)
Example of a MAP response:
If the inactive CPU Do
powered up step 36
did not power up step 58
If the RTS command Do
passed step 38
failed step 58
Testing Memory:
Shelf Slot PEC Module Status
00 15 NT9X14EA ......
00 16 NT9X14EA ......
Waiting for activity...
Maintenance action submitted.
Passed.
2-80 SuperNode SE computing module and system load module card replacement procedures
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Power converter cards
in a SuperNode SE CM/SLM (continued)
38 To access the SLM that associates with the card that you replaced, type
>IOD;SLM slm_number
and press the Enter key.
where
slm_number
is the number of the SLM (0 or 1)
39 To manually busy the SLM, type
>BSY
and press the Enter key.
Example of a MAP response:
40 To spin up the SLM disk, type
>SPIN UP
and press the Enter key.
Note: Wait for the light on the faceplate of the SLM to turn on before you
continue this procedure.
Example of a MAP response:
41 To test the SLM, type
>TST
and press the Enter key.
Example of a MAP response:
If the BSY command Do
passed step 40
failed step 58
If the TST command Do
passed step 44
failed, and the system generated a card list step 42
is other than listed here step 58
SLM 0 busy passed.
Disk of SLM 0 is ready.
Minimum SLM 0 tests passed.
SuperNode SE computing module and system load module card replacement procedures 2-81
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE CM/SLM (continued)
42 Record the location, description, slot number, PEC and PEC sufx of the rst
card on the list.
43 To replace each card on the list, perform the appropriate card replacement
procedure in this document. Complete the procedure and return to this point.
44 To return the SLM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
45 The next action depends on if the card that you replaced is part of the CM
subsystem or the SLM subsystem.
46 Your next step depends on the reason that you perform this procedure.
If the RTS command Do
passed step 45
failed step 58
If the card Do
is part of the CM subsystem (NT9X91) step 46
is part of the SLM subsystem (NTDX15) step 54
If you Do
perform this procedure as a result of a MC Tbl alarm step 50
performthis procedure as a result of a PMCFlt alarm step 50
performthis procedure as a result of a NoTOD alarm step 50
perform this procedure as a result of a SBsyMC
alarm
step 50
perform this procedure as a result of a MBsyMC
alarm
step 50
perform this procedure as a result of a CBsyMC
alarm
step 50
performthis procedure for any reason other than list-
ed here
step 47
SLM 0 return to service passed.
2-82 SuperNode SE computing module and system load module card replacement procedures
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Power converter cards
in a SuperNode SE CM/SLM (continued)
At the MAP terminal
47 To access the MC level of the MAP display, type
>CM;MC
and press the Enter key.
48 To return the manual busy MC to service, type
>RTS mc_number
and press the Enter key.
where
mc_number
is the number of the manual busy MC (0 or 1)
Example of a MAP response:
49 The next action depends on the reason that you perform this procedure.
50 Return to the alarm clearing procedure that directed you this procedure and
continue as directed.
51 To access the CM level of the MAP display, type
>CM
and press the Enter key.
52 To test the inactive CPU, type
>TST
and press the Enter key.
Example of a MAP response:
If the RTS command Do
passed step 49
failed step 58
If you Do
perform this procedure as a result of a CM alarm
clearing procedure
step 50
performed this procedure for any reason other than
listed here
step 51
Maintenance action submitted.
MC RTS ok.
SuperNode SE computing module and system load module card replacement procedures 2-83
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE CM/SLM (continued)
53 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
At the CM reset terminal for the inactive CPU
54 To release the jam on the inactive CPU, type
>\RELEASE JAM
and press the Enter key.
RTIF response:
At the MAP terminal
55 To synchronize the CM, type
>SYNC
and press the Enter key.
Example of a MAP response:
If the TST command Do
passed step 54
is other than listed here step 58
If the response Do
indicates the SYNC command was successful step 56
The test(s) listed below will destroy
the software load in inactive CPU:
Static RAM test
Do you want to do the test(s) anyway?
Please confirm: (YES, Y, NO, or N):
Maintenance action submitted.
Test passed.
JAM RELEASE DONE
Maintenance action submitted.
Synchronization successful.
2-84 SuperNode SE computing module and system load module card replacement procedures
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Power converter cards
in a SuperNode SE CM/SLM (end)
56 The next action depends on the reason that you perform this procedure.
57 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
58 For additional help, contact the next level of support.
59 The procedure is complete.
is other than listed here step 58
If you Do
perform this procedure for another maintenance pro-
cedure
step 57
performthis procedure for any reason other than list-
ed here
step 59
If the response Do
SuperNode SE computing module and system load module card replacement procedures 2-85
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM
Application
Use this procedure to replace the following cards in a Supernode SE
computing module (CM) or system load module (SLM).
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
PEC Suffix Card Name Shelf or frame name
NT9X10 AA 33-MHz 88100 BRISC
CPU card
CM/SLM
NT9X10 BA, CA 60-MHz 88100 BRISC
CPU card
CM/SLM
NT9X12 AA, AB,
AC, AD
CPU port card CM/SLM
NT9X13 MA, MB Supernode SE core
processor card
CM/SLM
NT9X14 DB 24-Mbyte memory card CM/SLM
NT9X14 EA 96-Mbyte memory card CM/SLM
NT9X21 AA CM-bus terminator paddle
board
CM/SLM
NT9X21 AB Bus terminator paddle
board
CM/SLM
NT9X26 AB, CA Remote terminal interface
paddle (RTIF) board
CM/SLM
NT9X26 DA, DB,
DC, EA,
FA
BRISC RTIF paddle board CM/SLM
NT9X86 AA/AB Dual-port message
controller card
CM/SLM
2-86 SuperNode SE computing module and system load module card replacement procedures
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Replace system cards
in a SuperNode SE CM/SLM (continued)
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Activity switch with memory match
Replacing a card
Switching the clock source
Verifying load compatibility of SuperNode cards
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
SuperNode SE computing module and system load module card replacement procedures 2-87
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
Summary of Replace system cards in a SuperNode SE CM/SLM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Jam inactive
CPU and drop
synchronization
CM runs on
inactive clock
of CPU?
Switch activity
Switch clock
source
Y
Y
N
N
1
Y
Change primary
autoload device 3
Busy SLM
Busy
associated
PMC port
Offline SLM
Busy
associated MC
Card on
active
side?
Primary
autoload device
on inact side?
N
2
4
Return MC and
PMC port to
service
Test SLM
Return SLM to
service
Release jam and
synchronize CM
Restore image
volumes
Power up CM
side
End
1
2
3
Power down
CM side
Replace card
5
5
4
2-88 SuperNode SE computing module and system load module card replacement procedures
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Replace system cards
in a SuperNode SE CM/SLM (continued)
Replace system cards in a SuperNode SE CM/SLM
At your current location
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx as the card that you will replace.
2 Performthe procedure Verifying load compatibility of SuperNode cards in this
document. Complete the procedure and return to this point.
DANGER
Possible loss of data recording services
This procedure manually busies the SLM on the same plane
as the card that you replace. Make sure that the SLM on the
opposite plane from the card you replace assumes data
recording services, before you attempt this procedure.
DANGER
Possible incorrect memory conguration
Replacement of an NT9X14DB with an NT9X14EA can
result in a memory conguration that is not supported. If you
replace an NT9X14DB with an NT9X14EA, contact the next
level of support.
DANGER
Possible incorrect memory conguration
Do not leave empty slots between memory cards or between
the rst memory card and a two-port message controller card.
The empty slots result in a memory conguration that is not
supported.
DANGER
Possible incorrect memory conguration
Do not mix NT9X14DB and NT9X14EAcards. Mixed cards
result in a memory conguration that is not supported. Keep
NT9X14EAcards together. Place the NT9X14EAcards next
to the CPU card.
SuperNode SE computing module and system load module card replacement procedures 2-89
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
At the MAP terminal
3 To access the CM level of the MAP display, type
>MAPCI;MTC;CM
and press the Enter key.
Example of a MAP display:
4 Determine if the SLM assembly that you replace associates with the active
CPU or the inactive CPU.
Note: The active CPU appears under the Act header on the MAP display.
In the example in step 3, the active CPU is CPU 1.
5 Determine if the inactive CPU is jammed.
Note: The word yes under the Jamheader indicates that the inactive CPU
is jammed. A blank eld indicates that the CPU is not jammed.
At the CM reset terminal (RTIF) for the inactive CPU
6
To jam the inactive CPU, type
>\JAM
and press the Enter key.
RTIF response:
If the SLM assembly Do
associates with the inactive CPU step 5
associates with the active CPU step 12
If the inactive CPU Do
is not jammed step 6
is jammed step 8
DANGER
Loss of service
Make sure that you do not jamthe active CPU. A cold restart
occurs when you jam the active CPU while the CPU is not in
sync. The word Active on the top banner of the display
identies the reset terminal for the active CPU.
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 1 . . yes . . . .
2-90 SuperNode SE computing module and system load module card replacement procedures
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Replace system cards
in a SuperNode SE CM/SLM (continued)
7 To conrm the command, type
>YES
and press the Enter key.
RTIF response:
At the MAP terminal
8 Determine if the CM is synchronized
Note: A dot (.) or EccOn under the Sync header indicates that the CM is
synchronized. The word no indicates that the CM is not synchronized.
9 To drop synchronization, type
>DPSYNC
and press the Enter key.
10 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
If the CM Do
is synchronized step 9
is not synchronized step 13
If the response Do
is About to drop sync with CPU 1 active.
The inactive CPU is JAMMED.
Do you want to continue?
Please confirm ("YES", "Y", "NO", or "N"):
step 10
is other than listed here step 70
Please confirm: (YES/NO)
JAM DONE
Maintenance action submitted.
Running in simplex mode with active CPU 1.
SuperNode SE computing module and system load module card replacement procedures 2-91
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
At the CM reset terminal (RTIF) for the inactive CPU
11 Wait until A1 ashes on the reset terminal for the inactive CPU.
Note: Allow approximately 5 min for A1 to start to ash.
12 Performthe procedure Activity switch with memory match in this document.
Complete the procedure and return to this point.
At the MAP terminal
13
Determine if the CM runs on the inactive clock of the CPU, type
>INSYNC
and press the Enter key.
Example of a MAP response:
If A1 Do
flashes step 13
does not flash step 70
WARNING
Loss of service
Make sure that the CM runs on the active clock of the CPU.
Do not power down the inactive side of the CMwhile the CM
runs on the clock of the inactive CPU. A cold restart or
system image reload can occur which results in loss of
service.
If the CM Do
runs on the clock of the inactive
CPU
step 14
runs on the clock of the active
CPU
step 15
CPU pair is NOT insync, CPU 0 is active.
CM is running on active CPU clock.
Memory Error Correction is ENABLED.
The Inactive CPU is Jammed.
2-92 SuperNode SE computing module and system load module card replacement procedures
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Replace system cards
in a SuperNode SE CM/SLM (continued)
14 To run the CM on the clock of the active CPU, perform the procedure Switch
the clock source in this document. Complete the procedure and return to this
point.
15 To access the CMMNT level of the MAP display, type
>CMMNT
and press the Enter key.
Example of a MAP display:
16 Determine if the primary autoload device is on the side of the switch with the
active CPU or the inactive CPU.
Note: The primary autoload device appears on the right of the Primary
header. In the example in step 15, the primary autoload device is the disk
of SLM 0.
17 To change the primary autoload device to a device on the same side of the
switch as the active CPU, type
>AUTOLD SLM slm_number device_type
and press the Enter key.
where
slm_number
is the number of the active CPU (0 or 1)
device_type
is the type of SLM device (DISK or TAPE)
If the primary autoload device Do
is on the same side of the switch as the active CPU step 18
is on the same side of the switch as the inactive CPU step 17
CM Sync Act CPU0 CPU1 Jam Memory CMMnt MC PMC
0 no cpu 0 . . yes . . . .
Traps: Per minute = 0 Total = 5
AutoLdev: Primary = SLM 0 DISK Secondary = SLM 1 DISK
Image Restartable = No image test since last restart
Next image restart type = WARM
Last CM REXTST executed
System memory in kbytes as of 14:39:07
Memory (kbytes): Used = 105984 Avail = 12800 Total =
118784
SuperNode SE computing module and system load module card replacement procedures 2-93
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
Example of a MAP response:
18 To access the SLM that corresponds to the inactive CPU, type
>IOD;SLM slm_number
and press the Enter key.
where
slm_number
is the number of the inactive CPU (0 or 1)
Example of a MAP display:
Note: Dots on the right of the SLM Stat header indicate that the
associated SLMs are in service.
19 To manually busy the SLM, type
>BSY
and press the Enter key.
Example of a MAP response:
Example of a MAP display:
If the SLM Stat header Do
has dots step 19
is other than listed here step 70
New autoload route has been set.
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: . XFER: . DVI : . DPPP: . DPPU: .
NOP : . SLM : . NX25: . MLP : . SCAI: .
SLM 0 1
Stat . .
SLM 0 primary device TAPE DISK
status . .
drive idle on line
user SYSTEM
SLM 0 busy passed.
SLM 0 1
Stat M .
2-94 SuperNode SE computing module and system load module card replacement procedures
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Replace system cards
in a SuperNode SE CM/SLM (continued)
Note: The letter M on the right of the SLM Stat header indicates that the
associated SLM is manual busy.
20 To access the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
Example of a MAP display:
21 To manually busy the port that corresponds to the inactive CPU, type
>BSY 0 PORT port_number
and press the Enter key.
where
port_number
is the number of the inactive CPU (0 or 1)
Example input
>BSY 0 PORT 0
Example of a MAP response:
22 To ofine the SLM, type
>OFFL
and press the Enter key.
Note: Wait for the light on the faceplate of the SLM to turn off before you
continue this procedure.
Example of a MAP response:
If the SLM Do
busied step 22
did not busy step 70
PMC 0
.
PORT0: .
PORT1: .
Maintenance action submitted.
Passed.
SuperNode SE computing module and system load module card replacement procedures 2-95
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
23 To access the MC level of the MAP display, type
>MC
and press the Enter key.
Example of a MAP display:
Note: In the example, dots under the MC headers indicate that the
associated MCs are in service.
24 Determine the state of the message controller (MC) on the inactive CPU.
Note: The term mbsy under the MC header indicates that the MC is
manual busy.
25
To manually busy the MC that corresponds to the inactive CPU, type
>BSY mc_ number
and press the Enter key.
where
If the SLM Do
offlined step 23
did not offline step 70
If the state of the MC Do
is mbsy step 26
is not mbsy step 25
WARNING
Possible loss of service
Make sure that you do not manually busy the MC that
corresponds to the active CPU. Do not power down the
inactive CPU plane with the MC that associates with the
active busied CPU. This action will cause a warm restart.
SLM 0 now offline. Do not remove SLM card
until disk drive is spun down! This will be
indicated when the SLM card light turns off.
CM 0
MC 0 MC 1
. .
2-96 SuperNode SE computing module and system load module card replacement procedures
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Replace system cards
in a SuperNode SE CM/SLM (continued)
mc_number
is the number of the inactive CPU (0 or 1)
Example of a MAP response:
At the CM/SLM shelf
26
To power down the inactive CPU plane, press down and release the power
switch on the faceplate of the NTDX15 power converter.
Note: For CPU 0, the NTDX15 power converter is in slots 4F to 6F. For
CPU 1, the NTDX15 power converter is in slots 33F to 35F.
27 Perform the procedure Replacing a card in this document. Complete the
procedure and return to this point.
28 To power up the inactive CPU, lift and release the power switch on the
faceplate of the NTDX15 power converter.
Note: For CPU 0, the NTDX15 power converter is in slots 4F to 6F. For
CPU 1, the power converter is in slots 33F to 35F.
If the MC Do
busied step 26
did not busy step 70
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle circuit
cards. The wrist strap protects the cards against static
electricity damage.
Maintenance action submitted.
MC busied OK.
SuperNode SE computing module and system load module card replacement procedures 2-97
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
At the CM reset terminal (RTIF) for the inactive CPU
29
Wait for the switch to complete rmware tests.
Example of an RTIF response:
Note: When rmware testing is in progress, dots appear on the right of the
PEC in the rmware testing status line of the RTIF response. As each
rmware test is complete, another dot appears until rmware testing for the
card is complete. If the dots do not continue to appear and another
rmware testing status line does not appear, rmware tests stop. If the
dots do not appear and the prompt Waiting for activity does not appear,
rmware tests stop.
30 Determine if the rmware tests completed.
Note: If the rmware tests completed and CPU powered up, the Waiting
for activity message appears.
At the MAP terminal
31 To access the PMC level of the MAP display, type
>CM;PMC
and press the Enter key.
32 To return the manual busy PMC port to service, type
>RTS 0 PORT port_number
and press the Enter key.
where
WARNING
You must complete the rmware tests
If you do not complete the rmware tests, the CPUs cannot
synchronize.
If the inactive CPU Do
powered up step 31
did not turn on step 70
Testing Memory:
Shelf Slot PEC Module Status
00 15 NT9X14EA ...
00 16 NT9X14EA ...
Waiting for activity...
2-98 SuperNode SE computing module and system load module card replacement procedures
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Replace system cards
in a SuperNode SE CM/SLM (continued)
port_number
is the number of the inactive CPU (0 or 1)
Example of a MAP response:
33 To access the SLM that associates with the card that you replaced, type
>IOD;SLM slm_number
and press the Enter key.
where
slm_number
is the number of the SLM (0 or 1)
34 To return the SLM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
35 The next action depends on the type of card that you replaced.
36 To access the Memory level of the MAP display, type
>CM;MEMORY
and press the Enter key.
Example of a MAP display:
If the RTS command Do
passed step 33
failed step 70
If the RTS command Do
passed step 35
failed step 70
If the card that you replaced Do
is an NT9X14 step 36
is an NT9X26 step 38
is other than listed here step 39
Maintenance action submitted.
Passed.
SLM 0 return to service passed.
SuperNode SE computing module and system load module card replacement procedures 2-99
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
37 To test the card that you replaced, type
>TST CARD card_number
and press the Enter key.
where
card_number
is the number of the memory card that you replaced(0 to 5)
Example of a MAP response:
At the CM reset terminal (RTIF) for the inactive CPU
38 To determine the result of the last self test, type
>\SELF TEST
and press the Enter key.
Example of a MAP response:
39 Your next step depends on the reason that you perform this procedure.
If the TST command Do
passed step 39
failed step 70
If the self test Do
passed step 39
failed step 70
If you Do
perform this procedure as a result of a MC Tbl alarm step 43
performthis procedure as a result of a PMCFlt alarm step 43
CM 0 Plane 0 | Plane 1
|
54321 P|P 12345
..... .....
Maintenance action submitted.
Memory test OK.
SELF TEST RESULTS: ROM OK RAM OK 9X26 OK
2-100 SuperNode SE computing module and system load module card replacement procedures
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Replace system cards
in a SuperNode SE CM/SLM (continued)
At the MAP terminal
40 To access the MC level of the MAP display, type
>CM;MC
and press the Enter key.
41 To return the manual busy MC to service, type
>RTS mc_ number
and press the Enter key.
where
mc_number
is the number of the manual busy MC (0 or 1)
Example of a MAP response:
performthis procedure as a result of a PMCTbl alarm step 43
performthis procedure as a result of a NoTOD alarm step 43
perform this procedure as a result of a SBsyMC
alarm
step 43
perform this procedure as a result of a MBsyMC
alarm
step 43
perform this procedure as a result of a CBsyMC
alarm
step 43
performthis procedure for any reason other than list-
ed here
step 40
If the RTS command Do
passed step 42
failed step 70
If you Do
Maintenance action submitted.
MC RTS ok.
SuperNode SE computing module and system load module card replacement procedures 2-101
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
42 The next step depends on the type of switch and the software load.
43 To record all the card changes in the history database for each card, type
>SWAPHW shelf_no slot_no side_no
and press the Enter key.
where
shelf_no
is the number of the shelf (0 or1)
slot_no
is the number of the slot (1 to 38)
side_no
is the side of the CM (front or back)
Example of a MAP response:
If the switch Do
is a SuperNode SE Series 20 or 60 with software re-
lease BASE06
step 43
is other than listed here step 45
If the response Do
is Card replacement has been record-
ed.
step 45
is Aborted. Card replacement has
NOT been recorded.
step 44
is other than listed here step 70
WARNING: You have indicated that the following circuit
pack has been replaced. Please verify that this
accurately reflects which circuit pack has been changed,
and that the displayed PEC code matches what is currently
equipped in that slot:
Site Flr RPOs Shf Description Slot EQPEC
HOST 00 A00 DPCC 0 18 CM 0;0;0 19 9X13BC
Do you wish to continue?
Please confirm (YES", Y", NO" N") Y" or YES",
Card replacement has been recorded.
2-102 SuperNode SE computing module and system load module card replacement procedures
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Replace system cards
in a SuperNode SE CM/SLM (continued)
Note: The specied card joins the list of the cards that you replaced. The
actual updates to the mismatch history database do not occur until the next
manual SYNC attempt.
44 Enter the SWAPHW command as you did in step 43.
45 Determine the reason for the return of the circuit card.
46 To retrieve the mismatch logs that associate with the mismatches, type
>LOGUTIL
and press the Enter key.
47 Collect or print all MM and MFC logs.
48 To retrieve the MMINFOlogs that associate with the memory fault correctable
mismatches, type
>MMINFO DECODE ALL
and press the Enter key.
49 Print out all MMINFO logs.
50 Obtain associated failure logs.
51 Write the PEC and serial number of the returned card on the rst page of the
log printout.
Note: If a minimumof two cards on a card list are returned, you only need
one set of logs. If the failures are not the same, use separate logs as
required for each card. On the return label of cards that do not have logs
attached, indicate the card PEC code and serial number that the logs
accompany.
Example: Logs returned with card NT9X13BC, serial number bnt123455mm
If the fault Do
is memory fault correctable mismatches step 46
is mismatches other than memory fault correctable step 46
is REx test failures: manual or auto step 50
is manual test failures step 50
is other failures step 50
If software Do
is BCS33 or earlier step 50
is BCS34 or later step 48
If the fault Do
is a memory fault correctable mismatches step 52
SuperNode SE computing module and system load module card replacement procedures 2-103
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
52 Complete one return label (form 24-115) for each card that returns. Make
sure that you include the following information:
NT PEC
serial number
release number
return authorization number from customer service
BCS software release used at the time of replacement
name of your company
ofce identier code
your name
site name
53 Enter the following in the failure description section of the label:
reason for failure(failure caused by a memory fault correctable (MFC)
``nn" faults in dd" days (example: 5 MFC in 4 days)
the slot and CPU number(example: slot 23, CPU 1)
that the logs are retrieved with the cards(example: logs are attached)
for software release Base 06, include associated MFC logs
if you removed other cards at the same time as the returned
card(example: NT9X13BC, slot 20, CPU 1, #bnt12345mmm
NT9x14DB, slot 14, CPU 0, #dgh744ggg)
Go to step 62.
54 Complete one return label (form 24-115) for each card returns. Make sure
that you include the following information:
NT PEC
serial number
release number
return authorization number from customer service
BCS software release used at the time of replacement
name of your company
ofce identier code
is mismatches other than memory fault correctable step 54
is REX failures: manual or auto step 56
is manual test failures step 58
is other than listed here step 60
If the fault Do
2-104 SuperNode SE computing module and system load module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Replace system cards
in a SuperNode SE CM/SLM (continued)
your name
site name
55 Enter the following in the failure description section of the label:
reason for failure(example: failure occurred during manual/auto Rex)
the slot and CPU number(example: slot 23, CPU 1)
that the logs are retrieved with the cards(example: logs are attached)
if the card is on the recommended card list and in what order(example:
rst on card list or did not appear on card list
if you remove other cards at the same time as the returned card(example:
NT9X13BC, slot 20, CPU 1, #bnt12345mmm #2 on card list
NT9x14DB, slot 14, CPU 0, #dgh744ggg, not on card list)
Go to step 62.
56 Complete one return label (form 24-115) to return for each card. Make sure
that you include the following information:
NT PEC
serial number
release number
return authorization number from customer service
BCS software release used at the time of replacement
name of your company
ofce identier code
your name
site name
57 Enter the following in the failure description section of the label:
failure due to memory fault correctable (MFC) ``nn" faults in dd" days
(example: 5 MFC in 4 days)
the slot and CPU number(example: slot 23, CPU 1)
that the logs are retrieved with the cards(example: logs are attached)
if you removed other cards at the same time as the returned
card(example: NT9X13BC, slot 20, CPU 1, #bnt12345mmm
NT9x14DB, slot 14, CPU 0, #dgh744ggg)
Go to step 62.
58 Complete one return label (form24-115) for each card that will return. Make
sure that you include the following information:
NT PEC
serial number
release number
return authorization number from customer service
SuperNode SE computing module and system load module card replacement procedures 2-105
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (continued)
BCS software release used at the time of replacement
name of your company
ofce identier code
your name
site name
59 Enter the following in the failure description section of the label:
reason for failure. Provide a short summary of occurrences and
conditions.(example: Manual tests failed. Card reported in card list)
the slot and CPU number(example: slot 23, CPU 1)
that the logs are retrieved with the cards(example: logs are attached)
Note: Include any available past logs. Past logs can indicate the
possible fault.
if the card is on the recommended card list and in what order(example:
rst on card list or did not appear on card list
if you removed other cards at the same time as the returned
card(example: NT9X13BC, slot 20, CPU 1, #bnt12345mmm, #2 on card
list NT9x14DB, slot 14, CPU 0, #dgh744ggg, not on card list)
Go to step 62.
60 Complete one return label (form 24-115) for each card that you remove.
Make sure that you include the following information:
NT PEC
serial number
release number
return authorization number from customer service
BCS software release used at the time of replacement
name of your company
ofce identier code
your name
site name
61 Enter the following in the failure description section of the label:
reason for failure. Provide a short summary of occurrences and
conditions.(example: Cannot sync. manual tests failed. Rotated cards.
Able to sync with this card removed)
the slot and CPU number(example: slot 23, CPU 1)
that the logs are retrieved with the cards(example: attached logs)
Note: Include any available past logs. Past logs can indicate the
possible fault).
2-106 SuperNode SE computing module and system load module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Replace system cards
in a SuperNode SE CM/SLM (continued)
if the card is on the recommended card list and in what order(example:
rst on card list or did not appear on card list
if you removed other cards at the same time as the returned
card(example: NT9X13BC, slot 20, CPU 1, #bnt12345mmm, #2 on card
list NT9x14DB, slot 14, CPU 0, #dgh744ggg, not on card list)
62 When you complete this procedure, return the cards and associated
documentation. To return the cards and associated documentation, refer to
the procedure Returning a card or assembly.
63 Your next step depends on the reason that you perform this procedure.
64 Return to the alarm clearing procedure that directed you this procedure and
continue as directed.
65 To access the CM level of the MAP display, type
>CM
and press the Enter key.
66 To test the inactive CPU, type
>TST
and press the Enter key.
Example of a MAP response:
67 To conrm the command, type
>YES
and press the Enter key.
If you Do
perform this procedure as a result of the CM alarm
clearing procedure
step 64
performthis procedure for any reason other than list-
ed here
step 65
If the TST command Do
passed step 68
is other than listed here step 70
The test(s) listed below will destroy
the software load in inactive CPU:
Static RAM test
Do you want to do the test(s) anyway?
Please confirm: (YES, Y, NO, or N):
SuperNode SE computing module and system load module card replacement procedures 2-107
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Replace system cards
in a SuperNode SE CM/SLM (end)
At the CM reset terminal (RTIF) for the inactive CPU
68 To release the jam on the inactive CPU, type
>\RELEASE JAM
and press the Enter key.
RTIF response:
At the MAP terminal
69 To synchronize the CM, type
>SYNC
and press the Enter key.
Example of a MAP response:
70 For additional help, contact the next level of support.
71 The procedure is complete.
If the response Do
indicates the SYNC command
was successful
step 71
is other than listed here step 70
JAM RELEASE DONE
Maintenance action submitted.
Synchronization successful.
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
3-1
3 Digital carrier module card
replacement procedures
Introduction
This chapter provides card replacement procedures for the digital carrier
module (DCM) and the digital echo suppressor (DES). The rst section in the
chapter provides diagrams of DCM and DES shelf designs.
Each procedure contains the following sections:
Application
Common procedures
Action
Card replacement procedures for the frame supervisory panel (FSP) and
modular supervisory panel (MSP) are in the chapter Frame supervisory panel
and maintenance supervisory panel card replacement procedures".
Application
This section identies the DCM or DES card(s) discussed in the replacement
procedure.
Common procedures
This section lists common procedures in the DCM or DES card replacement
procedure. A common procedure is a series of steps that you repeat within
maintenance procedures. The procedure for the removal and replacement of a
card. Common procedures are in the common procedures chapter in this NTP.
Do not go to the common procedures unless the step-action procedure directs
you.
Action
This procedure provides a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
3-2 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Recording card replacement activities
When you replace a card, record the following information in ofce records:
the serial number of the card that you replaced
the date that you replaced the card
the reason that you replaced the card
Digital carrier module card replacement procedures 3-3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
DCM shelf layouts
Application
This module provides a frame design diagramfor the digital carrier equipment
(DCE) frame. The module also provides shelf diagrams for the following:
digital carrier module (DCM), with two power converters
DCM, with one power converter
digital echo suppressor (DES)
Note: The frame and shelf designs on the following pages are common.
The shelves in your ofce can have differences.
3-4 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
DCM shelf layouts (continued)
DCE frame
FSP
DCM
DCM
DCM
DCM
DCM
Legend:
DCM Digital carrier module
FSP Frame supervisory panel
Digital carrier module card replacement procedures 3-5
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
DCM shelf layouts (continued)
DCM, with two power converters
Cards
21F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
05F
01F
Rear Front
NT0X50 Filler faceplate
07F
06F
03F
04F
NT2X06 Power converter card
NT0X50 Filler faceplate
NT0X50 Filler faceplate
NT0X50 Filler faceplate
NT2X32 DCM processor card
NT2X33 Control card
NT2X24 PP message processor card
NT0X50 Filler faceplate
NT2X36 Network interface card
NT2X37 DCM tone card
NT2X38 DCM signaling card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X07 Power converter card
3-6 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
DCM shelf layouts (continued)
DCM, with one power converter
Cards
20F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
Rear Front
NT0X50 Filler faceplate
NT0X50 Filler faceplate
NT0X50 Filler faceplate
NT0X50 Filler faceplate
NT2X32 DCM processor card
NT2X33 Control card
NT2X24 PP message processor card
NT0X50 Filler faceplate
NT2X36 Network interface card
NT2X37 DCM tone card
NT2X38 DCM signaling card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT0X50 Filler faceplate
NT2X70 Power converter card
06F
05F
02F
03F
Digital carrier module card replacement procedures 3-7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
DCM shelf layouts (end)
Digital echo suppressor (DES)
Cards
20F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
Rear Front
NT0X50 Filler faceplate
NT0X50 Filler faceplate
NT0X50 Filler faceplate
NT0X50 Filler faceplate
NT2X32 DCM processor card
NT2X33 Control card
NT2X24 PP message processor card
NT0X50 Filler faceplate
NT2X36 Network interface card
NT2X37 DCM tone card
NT2X38 DCM signaling card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT2X35 DCM interface card
NT0X50 Filler faceplate
NT2X70 Power converter card
06F
05F
02F
03F
3-8 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Control complex cards
in a digital carrier module
Application
Use this procedure to replace the following cards in the shelves or frames
listed.
Refer to the Index", if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Replacing a card
Loading a PM
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT2X32 AA Master processor card Digital carrier module (DCM),
Digital echo supressor (DES)
NT2X33 Control card DCM, DES
NT2X34 Message supervision
card
DCM, DES
NT2X37 Tone card DCM, DES
NT2X38 Signaling timing card DCM, DES
Digital carrier module card replacement procedures 3-9
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Control complex cards
in a digital carrier module (continued)
Summary of replacing Control complex cards in a digital carrier module
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the PM
Manually busy
the PM
Replace the
card
Load the PM
Return the PM
to service
End
3-10 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Control complex cards
in a digital carrier module (continued)
Replacing Control complex cards in a digital carrier module
At the MAP terminal
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx, as the card that you remove.
2 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
3 To post the PM associated with the card that you replace, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (DCM, DES)
pm_no
is the PM number (0 to 511)
Example of a MAP display:
CAUTION
Loss of service
This procedure includes directions to manually busy a DCM
or DES. If you manually busy a DCM or DES, service
degradation can occur. Perform this procedure only if you
need to restore out-of-service components. In other events,
perform this procedure during periods of low trafc.
SysB ManB OffL CBsy ISTb
PM 6 1 0 0 23 24
InSv
SysB ManB OffL CBsy ISTb
PM 6 1 0 0 23
DCM 1 0 0 0 1
DCM 0 InSv
InSv
24
4
Digital carrier module card replacement procedures 3-11
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Control complex cards
in a digital carrier module (continued)
4 Determine the state of the PM unit that associates with the card you want to
replace.
5 A maintenance ag (Mtce) can appear. The ag indicates that
system-initiated maintenance tasks are in progress. Wait until the ag
disappears from the status line before you proceed to the next step.
6 To manually busy the PM, type
>BSY
and press the Enter key.
Example of a MAP response:
At the shelf
7
To replace the card, use the procedure Replacing a card in this document.
Complete the procedure and return to this point.
Note: If the card you replace has switches, make sure that the switches
on the replacement card have the same settings.
If the state of the PM unit Do
is ISTb, InSv, SysB, or CBsy step 5
is ManB step 7
is OffL step 13
If the BSY command Do
passed step 7
failed step 15
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
OK.
DCM 0 Bsy
3-12 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Control complex cards
in a digital carrier module (end)
8 The next action depends on your reason that you perform this procedure.
9 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
At the MAP terminal
10 To load the PM, type
>LOADPM
and press the Enter key.
11 Perform the procedure Loading a PM in this document. Complete the
procedure and return to this point.
12 To return the PM to service, type
>RTS
and press the Enter key.
13 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
14 A minor problem is present, but the PM can process trafc. For additional
help, contact the next level of support.
15 For additional help, contact the next level of support.
16 The procedure is complete.
If a maintenance procedure Do
directed you to this procedure step 9
did not direct you to this proce-
dure
step 10
If the LOADPM command Do
failed step 11
passed step 12
If the RTS command Do
passed step 16
passed, but the PMis ISTb as a
result of a command protocol vi-
olation
step 14
failed step 15
Digital carrier module card replacement procedures 3-13
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X35
in a digital carrier module
Application
Use this procedure to replace an NT2X35 card in a digital carrier module
(DCM), as listed in the following table.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Replace a card
Loading a PM
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT2X35 AA DCM interface card DCM
3-14 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X35
in a digital carrier module (continued)
Summary of replacing an NT2X35 in a digital carrier module
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Display P-side
links
Load LM or
RLM
N
Links to LM or
RLM?
Links to timing
carrier?
Y
N
Y
Replace card
End
1
Carrier is
active link?
Standby link in
service?
N
Y
Y
Contact next
level of support
N
MS Clock
alarm?
Synchronize
office
Switch timing
carrier
Manually busy
carrier associated
with card
Manually busy
LM or RLM
Replace card
2
Y
Timing
carrier?
Return
trunking carrier
to service
Y
Return timing
carrier to
service
N
Return circuits
to service
Busy circuits on
link associated
with card
Busy link
associated with
card
N
3
4
2
1
4
3
Digital carrier module card replacement procedures 3-15
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X35
in a digital carrier module (continued)
Replacing an NT2X35 in a digital carrier module
At the MAP terminal
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx as the card that you remove.
2 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
3 To post the DCM for the card that you replace, type
>POST DCM pm_no
and press the Enter key.
where
pm_no
is the PM number (0 to 511)
Example of a MAP display:
WARNING
Loss of service
This procedure includes directions to manually busy a DCM
DS1 trunk, a timing carrier, or a P-side node. Service
degradation or service power failure can occur if you
manually busy any of these components. Perform this
procedure only if you need to restore out-of-service
components. In other events, perform this procedure during
periods of low trafc.
WARNING
Loss of service
If you insert a defective NT2X35 card, the system can take
the DCM out of service. Test the replacement card before
you insert the card or use a tested spare.
SysB ManB OffL CBsy ISTb InSv
PM 6 1 0 0 23 24
3-16 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X35
in a digital carrier module (continued)
4 To display a list of P-side links, type
>TRNSL P
and press the Enter key.
Example #1 of a MAP response:
Example #2 of a MAP response:
5 Record the following information for links to P-side nodes:
link number for carrier links
carrier class for carrier links
link number
node type
node site name
frame number
unit number
Note 1: Links correspond to NT2X35 cards as follows: link 0 = slot 3, link
1 = slot 4, link 2 = slot 5, link 3 = slot 6, and link 4 = slot 7. Links are carriers
of a class or links to P-side nodes (line modules or remote line modules).
Note 2: Link number and carrier class identify the carrier links. In
example #1 in step 4, link 0 is a carrier of class - timing. Note that example
#1 shows that the DCM does not connect to a P-side node. P-side node
links are identied by link number, node type, node site name, frame
SysB ManB OffL CBsy ISTb InSv
PM 6 1 0 0 23 24
DCM 1 0 0 0 1 4
DCM 0 ISTb
No P-side node.
LINK 0: Carrier of Class - Timing
LINK 1: Carrier of Class - Trunk
LINK 2: Carrier of Class - Trunk
LINK 3: Carrier of Class - Trunk
LINK 4: Carrier of Class - Trunk
LINK 0: LM REM1 00 0 0;CAP:MS;STATUS:MBsy ;MsgCond:CLS
LINK 1: LM REM1 00 0 1;CAP:MS;STATUS:OK ;MsgCond:OPN
LINK 2: LM REM1 00 0 2;CAP: S;STATUS:OK
LINK 3: Carrier of Class - Trunk
LINK 4: Carrier of Class - Trunk
Digital carrier module card replacement procedures 3-17
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X35
in a digital carrier module (continued)
number, and unit number. In example #2 in step 4, link 0 is a message link
to a line module (LM), site name REM1, frame 00, and unit 0.
6 To post the LM that associates with the link, type
>POST pm_type site frame_no unit_no
and press the Enter key.
where
pm_type
is the type of PM (LM, RLM)
site
is the LM site name (alphanumeric)
frame_no
is the number of the frame (0 to 511)
unit_no
is the number of the unit (0 to 9)
Example of a MAP display:
7 To manually busy the PM, type
>BSY
and press the Enter key.
Example of a MAP display:
If the link Do
is an LM or remote line module
(RLM)
step 6
is a carrier of class - timing step 8
is a carrier of class - trunk step 21
SysB ManB OffL CBsy ISTb InSv
PM 0 0 2 0 4 71
LM 0 0 0 0 2 2
LM REM1 00 0 ISTb TSTFAIL LINKS
RGen : 0 InSv 1 InSv
POST:
If the PM Do
is InSv, ISTb, SysB, or CBsy step 7
is ManB or Offl step 28
3-18 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X35
in a digital carrier module (continued)
Go to step 28.
8 To access the CARRIER level of the MAP display, type
>TRKS;CARRIER
and press the Enter key.
Example of a MAP display:
9 To post the timing carriers, type
>POST TIMING
and press the Enter key.
Example of a MAP display:
10 Determine if the carrier that associates with the card you are working on is
the active or the standby link. Determine the service state of both links.
Note: The PM type in column 4 identies the link. The PM number in
column 5 and the circuit number in column 6 identify the link. In the
SysB ManB OffL CBsy ISTb InSv
PM 0 1 2 0 3 71
LM 0 1 0 0 1 2
LM REM1 00 0 ManB
RGen : 0 Standby 1 InSv
bsy
OK.
CLASS ML OS ALARM SYSB MANB UNEQ OFFL CBSY PBSY INSV
TRUNKS 4 0 4 0 0 0 3 0 0 186
REMOTE 0 0 1 0 1 0 0 0 2 6
TIMING 0 0 0 0 0 0 0 0 0 2
CARRIER:
CLASS ML OS ALARM SYSB MANB UNEQ OFFL CBSY PBSY INSV
TRUNKS 4 0 4 0 0 0 3 0 0 186
REMOTE 0 0 1 0 1 0 0 0 2 6
TIMING 0 0 0 0 0 0 0 0 0 2
NO CLASS SITE PM CKT D ALARM SLIP STATE TLINK MODE
0 TIMING HOST DCM 0 0 C 0 INSV 0 ACTIVE
1 TIMING HOST DCM 1 0 C 0 INSV 1 STANDBY
POSTED BY CONDITION : TIMING
CARRIER:
POST:
Digital carrier module card replacement procedures 3-19
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X35
in a digital carrier module (continued)
example in step 9, link 0 for DCM0 is the active time link. The service state
appears under the STATE header on the MAP display.
11 To access the CLOCK level of the MAP display, type
>MS;CLOCK
and press the Enter key.
Example of a MAP display:
12 Determine if a CLOCK alarm under the MS alarm banner is present.
13 To synchronize the ofce, type
>SYNC
and press the Enter key.
Example of a MAP response:
If the carrier Do
supports the active link, and the
standby link is in service (INSV
or ISTB)
step 11
supports the active link, and the
standby link is not in service
step 41
supports the standby link (one or
both links are standby)
step 19
Message Switch Clock Shelf 0 Inter-MS Link 0 1
MS 0 . Master . . .
MS 1 . Slave . . .
Shelf 0 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2
Card 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6
Chain
MS 0 . . . . . - - - - - - - - - . . . . . . . . . . . .
MS 1 . . . . . - - - - - - - - - . . . . . . . . . . . .
Card 02 Alm Stat %Adj Src | Car Stat Sp PM CCT
MS 0 . . Syn +11.3 Lk0 | Lk0 Lck 0 DTC 000 00
MS 1 . . Syn -11.9 Ms0 | Lk1 Smp 0 DTC 001 00
Links Slipping: 6 out of 200
MS:
CLOCK:
If a CLOCK alarm Do
is present step 13
is not present step 14
3-20 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X35
in a digital carrier module (continued)
14 To switch the timing carrier, type
>SWCARR
and press the Enter key.
Example of a MAP response:
15 To make sure that you can safely switch active timing carriers, consult with
operating company personnel or with the next level of support. When you
have permission, continue this procedure.
16 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
17 To access the CARRIER level of the MAP display, type
>TRKS;CARRIER
and press the Enter key.
18 To post the timing carriers, type
>POST TIMING
and press the Enter key.
19 To manually busy the carrier that associates with the card you replace, type
>BSY list_no
and press the Enter key.
where
list_no
is the list number (0 to 4) for the link
Example of a MAP response:
Request to TEST INSV MS: 0 shelf: 0 card: 2 submitted.
Request to TEST INSV MS: 0 shelf: 0 card: 2 passed.
Request to TEST INSV MS: 1 shelf: 0 card: 2 submitted.
Request to TEST INSV MS: 1 shelf: 0 card: 2 passed.
Request to Synchronize Clock 0: Submitted
Request to Synchronize Clock 0: Passed
Clock synchronization started ...
Inactive link is not in SYNC and may cause carrier slips
Do you wish to continue ?
Please confirm ("YES", "Y", "NO", or "N"):
Request to Switch Timing Links: Submitted
Request to Switch Timing Links: Passed
Digital carrier module card replacement procedures 3-21
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X35
in a digital carrier module (continued)
20 To conrm the command, type
>YES
and press the Enter key.
Note: For all maintenance commands at the CARRIER level, the list
number in the far-left column under the N header refers to links.
21 To access the TTP level of the MAP display, type
>TRKS;TTP
and press the Enter key.
22 To post the link that associates with the card you replace, type
>POST D DCM pm_no link_no
and press the Enter key.
where
pm_no
is the PM number (0 to 999)
link_no
is the number of the link (0 to 19) that associates with the card you
replace
23 To manually busy all circuits on the link, type
>BSY ALL
and press the Enter key.
Note: Make sure that all circuits are manual busy before you proceed.
24 To access the CARRIER level of the MAP display, type
>CARRIER
and press the Enter key.
If the BSY command Do
passed step 28
failed step 43
If Do
a set of circuits is posted step 23
the response is NO CKT, SET
IS EMPTY
step 24
DCM 1 CCT 0 is a TIMING link.
Do you want to busy this carrier ?
Please confirm ("YES", "Y", "NO", or "N"):
3-22 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X35
in a digital carrier module (continued)
Example of a MAP display:
25 To post the carriers for the PM, type
>POST DCM pm_no
and press the Enter key.
where
pm_no
is the PM number (0 to 511)
Example of a MAP display:
26 Determine the state of the carrier that associates with the card you replace.
27 To manually busy the link, type
>BSY list_no
and press the Enter key.
where
list_no
is the list number (0 to 4) for the link
CLASS ML OS ALARM SYSB MANB UNEQ OFFL CBSY PBSY INSV
TRUNKS 4 2 9 2 28 0 0 15 0 41
REMOTE 0 0 0 0 12 0 0 2 0 3
TIMING 0 1 1 0 1 0 0 0 0 1
CARRIER:
CLASS ML OS ALARM SYSB MANB UNEQ OFFL CBSY PBSY INSV
TRUNKS 4 0 4 0 0 0 3 0 0 186
REMOTE 0 0 0 0 0 0 0 0 0 9
TIMING 0 0 0 0 0 0 0 0 0 2
DS1
N CLASS SITE DCM CK D ALRM SLIP FRME BER ES SES STATE
0 REMOTE HOST 0 0 C 0 0 0 0 0 INSV
1 REMOTE HOST 0 1 C 0 0 0 0 0 INSV
2 REMOTE HOST 0 2 C 0 0 0 0 0 INSV
3 TRUNKS HOST 0 3 C 0 0 0 0 0 INSV
4 TRUNKS HOST 0 4 C 0 0 0 0 0 INSV
SIZE OF POSTED SET : 5
CARRIER:
POST:
If the link Do
is INSV, ISTB, or SYSB step 27
is MANB step 28
is OFFL step 40
Digital carrier module card replacement procedures 3-23
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X35
in a digital carrier module (continued)
Note: For all maintenance commands at the CARRIER level, the list
number in the far-left column under the N header refers to links.
At the shelf
28
To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Note: If the card that you replace has switches, make sure that the
switches on the replacement card have the same settings.
29 The next action depends on the reason that you perform this procedure.
30 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
At the MAP terminal
31 The next action depends on the type of link supported by the card that you
replaced.
If the BSY command Do
passed step 28
failed step 43
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If a maintenance procedure Do
directed you to this procedure step 30
did not direct you to this
procedure
step 31
If the link Do
is to a line module (LMor RLM) step 32
is a carrier of class - timing step 35
is a carrier of class - trunk step 36
3-24 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X35
in a digital carrier module (continued)
32 To load the PM, type
>LOADPM
and press the Enter key.
Example of a MAP response:
33 To load the PM unit, use the procedure Loading a PM in this document.
Complete the procedure and return to this point.
34 To return the PM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
35 To return the timing carrier to service, type
>RTS list_no
and press the Enter key.
where
list_no
is the list number (0 to 4) for the carrier
Example of a MAP response:
If the LOADPM command Do
passed step 44
failed step 33
If RTS command Do
passed step 44
failed step 43
If the RTS command Do
passed step 44
LM REM1 00 0 LoadPM PASSED
Load ESA passed
rts
OK.
InSvce Tests Initiated
OK.
OK.
Digital carrier module card replacement procedures 3-25
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X35
in a digital carrier module (continued)
36 To return the trunking carrier to service, type
>RTS list_no
and press the Enter key.
where
list_no
is the list number (0 to 4) for the carrier
Example of a MAP response:
37 To access the TTP level of the MAP display, type
>TTP
and press the Enter key.
38 To post the link that associates with the card you replace, type
>POST D DCM pm_no link_no
and press the Enter key.
where
pm_no
is the PM number (0 to 999)
link_no
is the number of the link (0 to 19) that associates with the cardyou
replace
39 To return all circuits to service, type
>RTS ALL
and press the Enter key.
failed step 43
If the RTS command Do
passed step 37
failed step 43
If Do
a set of circuits is posted step 39
the response is NO CKT, SET
IS EMPTY
step 44
If the RTS command Do
OK.
3-26 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X35
in a digital carrier module (end)
40 To determine why the component is ofine, consult operating company
personnel. Continue this procedure as directed by ofce personnel.
41 To determine if you can remove the active timing link fromservice, consult the
next level of support. Continue this procedure as directed by your next level
of support.
42 A minor problem is present, but the DCM can process trafc. For additional
help, contact the next level of support.
43 For additional help, contact the next level of support.
44 The procedure is complete.
Digital carrier module card replacement procedures 3-27
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X36
in a digital carrier module
Application
Use this procedure to replace the NT2X36 card in a digital carrier module
(DCM), as listed in the following table.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames this card
replacement book documents.
Common procedures
This common procedure refers to the following common procedures:
Replacing a card
Loading a PM
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT2X36 AA Network interface card DCM
3-28 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X36
in a digital carrier module (continued)
Summary of replacing an NT2X36 in a digital carrier module
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the DCM
Manually busy
the DCM
Manually busy
network links
Replace the
card
Return the
network links
to service
Return the
DCM to
service
End
Digital carrier module card replacement procedures 3-29
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X36
in a digital carrier module (continued)
Replacing an NT2X36 in a digital carrier module
At the MAP terminal
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx as the card that you remove.
2 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
3 To post the PM that associates with the card you replace, type
>POST DCM pm_no
and press the Enter key.
where
pm_no
is the PM number (0 to 511)
Example of a MAP display:
WARNING
Loss of service
This procedure includes directions to manually busy a DCM.
Service degradation can occur if you manually busy a DCM.
Perform this procedure only if you need to restore
out-of-service components. In other events, perform this
procedure during periods of low trafc.
PM 6 1 0 0 23 24
InSv SysB ManB OffL CBsy ISTb
DCM 0 InSv
4 DCM 1 0 0 0 1
24 PM 6 1 0 0 23
InSv SysB ManB OffL CBsy ISTb
3-30 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X36
in a digital carrier module (continued)
4 Determine the state of the PM unit that associates with the card you want to
replace.
5 A maintenance ag (Mtce) can appear. A Mtce ag indicates that
system-initiated maintenance tasks are in progress. Wait until the ag
disappears from the status line before you proceed to the next step.
6 To manually busy the DCM, type
>BSY
and press the Enter key.
Example of a MAP response:
7 To display a list of C-side links, type
>TRNSL C
and press the Enter key.
Example #1 of a MAP response:
Example #2 of a MAP response:
If the state of the PM unit Do
is ISTb, InSv, SysB, or CBsy step 5
is ManB step 7
is OffL step 31
If the BSY command Do
passed step 7
failed step 33
OK.DCM 0 Bsy
S;STATUS:OK ,P LINK 3: NET 1 1 13;CAP:
0 1 13;CAP: S;STATUS:OK ,P LINK 3: NET
LINK 2: NET 1 1 9;CAP: S;STATUS:OK ,P
,P LINK 2: NET 0 1 9;CAP: S;STATUS:OK
S;STATUS:OK ,P LINK 1: NET 1 1 5;CAP:
NET 0 1 5;CAP: S;STATUS:OK ,P LINK 1:
0: NET 1 1 1;CAP:MS;STATUS:OK ,P;MsgCond:OPN LINK
LINK 0: NET 0 1 1;CAP:MS;STATUS:OK ,P;MsgCond:OPN
Digital carrier module card replacement procedures 3-31
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X36
in a digital carrier module (continued)
8 Record the JNET plane, pair, and link for each C-side link.
Note 1: The NT2X36 network interface card supports eight C-side links
for each card - four links to each network plane.
Note 2: The network plane, pair, and link are in columns 4, 5, and 6 of the
response to a TRNSL command at the PM level. Example #1 in step 7
demonstrates this response. For example, C-side link 3 at the bottom of
the display is on network plane 1, pair 1, link 13.
9 To access the NET level of the MAP display, type
>NET
and press the Enter key.
Example of a MAP display:
10 To access the LINKS level of the MAP display, type
>LINKS pair_no
and press the Enter key.
where
pair_no
is the number of the pair (0 to 31) that connects to the C-side links
Example of a MAP display:
;CAP: S;STATUS:OK ,C LINK 3: ENET 1 0 28 07
18 07 ;CAP: S;STATUS:OK ,C LINK 3: ENET 0 0
ENET 1 0 28 06 ;CAP: S;STATUS:OK ,C LINK 2:
LINK 2: ENET 0 0 18 06 ;CAP: S;STATUS:OK ,C
,C LINK 1: ENET 1 0 28 05 ;CAP: S;STATUS:OK
S;STATUS:OK ,C LINK 1: ENET 0 0 18 05 ;CAP:
,C ;MsgCond:OPN LINK 0: ENET 1 0 28 04 ;CAP:MS;STATUS:OK
;MsgCond:OPN LINK 0: ENET 0 0 18 04 ;CAP:MS;STATUS:OK ,C
If the network Do
is a junctored network (JNET) step 8
is a enhanced network (ENET) step 13
1 ...
0 L..
01234 56789 01234 56789 01234 56789 01 Plane
Net 11111 11111 22222 22222 33
3-32 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X36
in a digital carrier module (continued)
11 To manually busy one of the links you recorded in step 8, type
>BSY plane_no link_no
and press the Enter key.
where
plane_no
is the number of the plane for the link (0 or 1)
link_no
is the link number (0 to 63)
Example of a MAP response:
12 Repeat step 11 for all C-side links.
Go to step 19.
13 Record the ENET plane, shelf, card, and link for each C-side link.
Note 1: The NT2X36 network interface card supports eight C-side links
for each card - four links to each network plane.
Note 2: The network plane, shelf, card, and link are in columns 4, 5, 6, and
7 of the response to a TRNSL command at the PMlevel. In example #2 in
step 7 demonstrates this response. For example, C-side link 3 at the
bottom of the display is on network plane 1, shelf 0, card 28, link 07.
14 To access the NET level of the MAP display, type
>NET
and press the Enter key.
Example of a MAP display:
Net 11111 11111 22222 22222 33
Plane 01234 56789 01234 56789 01234 56789 01
0 L..
1 ...
Net 1 Links 11 1111 1111 2222 2222 2233
Plane 0123 4567 8901 2345 6789 0123 4567 8901
0 .... .... ..P. .... .P.. .P.. .P.. .P..
1 .... .... ..P. .... .P.. .P.. .P.. .P..
Links 3333 3333 4444 4444 4455 5555 5555 6666
Plane 2345 6789 0123 4567 8901 2345 6789 0123
0 .P.. .P.. .P.. .P.. ..P. ..-. ..-. ..-.
1 .P.. .P.. .P.. .P.. ..P. ..-. ..-. ..-.
BSY 0 30OK
Plane 1 CSLink . F - - -ENET:
. F - - - Plane 0 CSLink
ENET System Matrix Shelf 0 1 2 3
Digital carrier module card replacement procedures 3-33
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X36
in a digital carrier module (continued)
15 To access the SHELF level of the MAP display, type
>SHELF shelf_no
and press the Enter key.
where
shelf_no
is the number of the shelf (0 to 7) that connects to the C-side links
Example of a MAP display:
16 To access the CARD level of the MAP display, type
>CARD card_no
and press the Enter key.
where
card_no
is the number of the card (1 to 38) that connects to the C-side links
Example of a MAP display:
17 To manually busy the link that you recorded in step 13, type
>BSY plane_no LINK link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
ENET System Matrix Shelf 0 1 2 3
Plane 0 CSLink . F - - -
Plane 1 CSLink . F - - -
SHELF 00 Slot 1111111 11122222 22222333 333333
123456 78 90123456 78901234 56789012 345678
Plane 0 . . IF ....---- -------- ----.... . .
Plane 1 . . IF ....---- -------- ----.... . .
ENET System Matrix Shelf 0 1 2 3
Plane 0 CSLink . F - - -
Plane 1 CSLink . F - - -
SHELF 00 Slot 1111111 11122222 22222333 333333
123456 78 90123456 78901234 56789012 345678
Plane 0 . . IF ....---- -------- ----.... . .
Plane 1 . . IF ....---- -------- ----.... . .
CARD 32 Front: Back: DS-512 Links
Xpt I/F 0 1 2 3
Plane 0 . . . . . -
Plane 1 . . . . . -
3-34 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X36
in a digital carrier module (continued)
link_no
is the link number (0 to 63)
Example of a MAP response:
18 Repeat step 17 for each link that you recorded in step 13. Go to step 19.
At the shelf
19
To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Note: If the card that you replace has switches, make sure that the
switches on the replacement card have the same settings.
20 The next action depends on the reason that you perform this procedure.
21 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
At the MAP terminal
22 The next action depends on the type of network in the ofce.
Request to MAN BUSY ENET Plane:0 Shelf:00 Slot:32 Link:01
Slot:32 Link:01 passed. Request to MAN BUSY ENET Plane:0 Shelf:00
submitted.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If a maintenance procedure Do
directed you to this procedure step 21
did not direct you to this proce-
dure
step 22
If you Do
are working on a JNET step 23
are working on an ENET step 25
Digital carrier module card replacement procedures 3-35
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X36
in a digital carrier module (continued)
23 To return to service one of the network links that associates with the PMunit,
type
>RTS plane_no link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
link_no
is the link number (0 to 63)
24 Repeat step 23 for all C-side links to the DCM.
Go to step 26.
25 To return the link to service, type
>RTS plane_no LINK link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
link_no
is the link number (0 to 63)
Example of a MAP response:
26 Repeat step 25 for all C-side links to the DCM. Complete the procedure and
go to step 27.
If the link Do
returned to service and more manual busy links are
present
step 24
returned to service and more manual busy links are
not present
step 27
did not return to service step 33
Link:01 passed. Request to RTS ENET Plane:0 Shelf:00 Slot:32
submitted. Request to RTS ENET Plane:0 Shelf:00 Slot:32 Link:01
If the link Do
returned to service step 26
did not return to service step 33
3-36 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X36
in a digital carrier module (end)
27 To access the PM level of the MAP display, type
>PM
and press the Enter key.
28 To load the DCM, type
>LOADPM
and press the Enter key.
29 Perform the procedure Loading a PM in this document. Complete the
procedure and return to this point.
30 To return the DCM to service, type
>RTS
and press the Enter key.
31 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
32 A minor problem is present, but the DCM can process trafc. For additional
help, contact the next level of support.
33 For additional help, contact the next level of support.
34 The procedure is complete.
If the LOADPM command Do
failed step 29
passed step 30
If the RTS command Do
passed step 34
passed, but the DCM is ISTb as a result of a com-
mand protocol violation
step 32
failed step 33
Digital carrier module card replacement procedures 3-37
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT3X65
in a digital echo suppressor
Application
Use this procedure to replace a NT3X65 card in a digital carrier module
(DCM) digital echo suppressor (DES), as the following table shows.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames this card
replacement book.
Common procedures
This procedure refers to Replacing a card.
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT3X65 AA Digital echo suppressor
tone CPU
DCM digital echo suppressor
3-38 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT3X65
in a digital echo suppressor (continued)
Summary of replacing an NT3X65 in a digital echo suppressor
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the DCM
Manually busy
network links
for the card
Replace the
card
Return the
network links
to service
End
Digital carrier module card replacement procedures 3-39
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT3X65
in a digital echo suppressor (continued)
Replacing NT3X65 in a digital echo suppressor
At the MAP terminal
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx as the card you remove.
2 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
3 To post the PM that associates with the card you replace, type
>POST DCM pm_no
and press the Enter key.
where
pm_no
is the PM number (0 to 511)
Example of a MAP display:
4 To display a list of C-side links,type
>TRNSL C
CAUTION
Potential loss of service
This procedure includes directions to manually busy network
links. Service degradation can occur if you manually busy a
network link. Perform this procedure only if you need to
restore out-of-service components. In other events, perform
this procedure during periods of low trafc.
SysB ManB OffL CBsy ISTb InSv
PM 6 1 0 0 23 24
SysB ManB OffL CBsy ISTb InSv
PM 6 1 0 0 23 24
0 0 0 0 1 4 DCM 1
DCM 0 InSv
3-40 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT3X65
in a digital echo suppressor (continued)
and press the Enter key.
Example #1 of a MAP response:
Example #2 of a MAP response:
5 Identify the links that associate with the card that you replace.
Note: Links correspond to NT3X65 cards as follows: link 0 = slot 3, link 1
= slot 4, link 2 = slot 5, link 3 = slot 6, link 4 = slot 7, and link 5 = slot 8.
6 The next step depends on the type of network in your ofce.
7 Record the JNET plane, pair, and link number for both links that associate
with the card you replace.
Note: The network plane, pair, and link are in columns 4, 5, and 6 of the
response to a TRNSL command at the PM level. Example #1 in step 4
demonstrates this response. For example, C-side link 3 at the bottom of
the display is on network plane 1, pair 1, link 13.
8 To access the NET level of the MAP display, type
>NET
and press the Enter key.
Example of a MAP display:
LINK 0: NET 0 1 1;CAP:MS;STATUS:OK ,P;MsgCond:OPN
LINK 0: NET 1 1 1;CAP:MS;STATUS:OK ,P;MsgCond:OPN
LINK 1: NET 0 1 5;CAP: S;STATUS:OK ,P
LINK 1: NET 1 1 5;CAP: S;STATUS:OK ,P
LINK 2: NET 0 1 9;CAP: S;STATUS:OK ,P
LINK 2: NET 1 1 9;CAP: S;STATUS:OK ,P
LINK 3: NET 0 1 13;CAP: S;STATUS:OK ,P
LINK 3: NET 1 1 13;CAP: S;STATUS:OK
LINK 0: ENET 0 0 18 04 ;CAP:MS;STATUS:OK ,C ;MsgCond:OPN
LINK 0: ENET 1 0 28 04 ;CAP:MS;STATUS:OK ,C ;MsgCond:OPN
LINK 1: ENET 0 0 18 05 ;CAP: S;STATUS:OK ,C
LINK 1: ENET 1 0 28 05 ;CAP: S;STATUS:OK ,C
LINK 2: ENET 0 0 18 06 ;CAP: S;STATUS:OK ,C
LINK 2: ENET 1 0 28 06 ;CAP: S;STATUS:OK ,C
LINK 3: ENET 0 0 18 07 ;CAP: S;STATUS:OK ,C
LINK 3: ENET 1 0 28 07 ;CAP: S;STATUS:OK
If the network Do
is a junctor network (JNET) step 7
is an enhanced network (ENET) step 12
Digital carrier module card replacement procedures 3-41
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT3X65
in a digital echo suppressor (continued)
9 To access the LINKS level of the MAP display, type
>LINKS pair_no
and press the Enter key.
where
pair_no
is the number of the pair (0 to 31) that connects to the C-side links
Example of a MAP display:
10 To manually busy one of the links that you recorded in step 7, type
>BSY plane_no link_no
and press the Enter key.
where
plane_no
is the number of the plane for the link (0 or 1)
link_no
is the link number (0 to 63)
Example of a MAP response:
11 Repeat step 10 for the other C-side links.
Complete the procedure and go to step 18.
Net 11111 11111 22222 22222 33
Plane 01234 56789 01234 56789 01234 56789 01
0 L..
1 ...
Net 11111 11111 22222 22222 33
PlNet ane 01234 56789 01234 56789 01234 56789 01
0 L..
1 ...
Net 1 Links 11 1111 1111 2222 2222 2233
Plane 0123 4567 8901 2345 6789 0123 4567 8901
0 .... .... ..P. .... .P.. .P.. .P.. .P..
1 .... .... ..P. .... .P.. .P.. .P.. .P..
Links 3333 3333 4444 4444 4455 5555 5555 6666
Plane 2345 6789 0123 4567 8901 2345 6789 0123
0 .P.. .P.. .P.. .P.. ..P. ..-. ..-. ..-.
1 .P.. .P.. .P.. .P.. ..P. ..-. ..-. ..-.
BSY 0 30OK
3-42 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT3X65
in a digital echo suppressor (continued)
12 Record the ENET plane, shelf, card, and link number for both links that
associate with the card you replace.
Note 1: The NT2X36 network interface card supports eight C-side links
for each card - four links to each network plane.
Note 2: The network plane, shelf, card, and link are in columns 4, 5, 6, and
7 of the response to a TRNSL command at the PM level. Example #2 in
step 4 demonstrates this response. For example, C-side link 3 at the
bottom of the display is on network plane 1, shelf 0, card 28, link 07.
13 To access the NET level of the MAP display, type
>NET
and press the Enter key.
Example of a MAP display:
14 To access the SHELF level of the MAP display, type
>SHELF shelf_no
and press the Enter key.
where
shelf_no
is the number of the shelf (0 to 7) that connects to the C-side links
Example of a MAP display:
15 To access the CARD level of the MAP display, type
>CARD card_no
and press the Enter key.
where
card_no
is the number of the card (1 to 38) that connects to the C-side links
Example of a MAP display:
ENET System Matrix Shelf 0 1 2 3 .
Plane 0 CSLink
F - - -
Plane 1 CSLink . F - - -
ENET:
ENET System Matrix Shelf 0 1 2 3
Plane 0 CSLink . F - - -
Plane 1 CSLink . F - - -
SHELF 00 Slot 1111111 11122222 22222333 333333
123456 78 90123456 78901234 56789012 345678
Plane 0 . . IF ....---- -------- ----.... . .
Plane 1 . . IF ....---- -------- ----.... . .
Digital carrier module card replacement procedures 3-43
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT3X65
in a digital echo suppressor (continued)
16 To manually busy the link that you recorded in step 12, type
>BSY plane_no LINK link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
link_no
is the link number (0 to 63)
Example of a MAP response:
17 Repeat step 16 for the other link that associates with the card you replace.
Go to step 18.
ENET System Matrix Shelf 0 1 2 3
Plane 0 CSLink . F - - -
Plane 1 CSLink . F - - -
SHELF 00 Slot 1111111 11122222 22222333 333333
123456 78 90123456 78901234 56789012 345678
Plane 0 . . IF ....---- -------- ----.... . .
Plane 1 . . IF ....---- -------- ----.... . .
CARD 32 Front: Back: DS-512 Links
Xpt I/F 0 1 2 3
Plane 0 . . . . . -
Plane 1 . . . . . -
Request to MAN BUSY ENET Plane:0 Shelf:00 Slot:32 Link:01
submitted.
Request to MAN BUSY ENET Plane:0 Shelf:00
Slot:32 Link:01 passed.
3-44 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT3X65
in a digital echo suppressor (continued)
At the shelf
18
To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Note: If the card you replace has switches, make sure that the switches
on the replacement card have the same settings.
19 The next action depends on the reason that you perform this procedure.
20 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
At the MAP terminal
21 The next action depends on the type of network in the ofce.
22 To return to service one of the JNET links that associates with the PM unit,
type
>RTS plane_no link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If a maintenance procedure Do
directed you to this procedure step 20
did not direct you to this proce-
dure
step 21
If you Do
are working on a JNET step 22
are working on an ENET step 24
Digital carrier module card replacement procedures 3-45
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT3X65
in a digital echo suppressor (continued)
link_no
is the link number (0 to 63)
23 Repeat step 22 for the other link.
Go to step 29.
24 Return to service one of the ENET links that associates with the PMunit, type
>RTS plane_no LINK link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
link_no
is the link number (0 to 63)
Example of a MAP response:
25 Repeat step 24 for the other link. Complete the procedure and go to step 29.
26 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
If the link Do
returned to service and one more manual-busy link is
present
step 23
returned to service and more manual busy links are
not present
step 29
did not return to service step 28
If the link Do
returned to service and one more manual-busy link is
present
step 25
returned to service and more manual-busy links are
not present
step 29
did not return to service step 28
Request to RTS ENET Plane:0 Shelf:00 Slot:32 Link:01
submitted.
Request to RTS ENET Plane:0 Shelf:00 Slot:32
Link:01 passed.
3-46 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT3X65
in a digital echo suppressor (end)
27 A minor problem is present, but the DCM can process trafc. For additional
help, contact the next level of support.
28 For additional help, contact the next level of support.
29 The procedure is complete.
Digital carrier module card replacement procedures 3-47
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a digital carrier module
Application
Use this procedure to replace the following cards in the shelves or frames
listed.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Replacing a card
Loading a PM
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT2X06 AA Power converter card Digital carrier module (DCM),
Digital echo suppressor
(DES)
NT2X07 AA Power converter card DCM, DES
NT2X70 AA, AB,
AC, AD
-48V power converter
card
DCM, DES
3-48 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a digital carrier module (continued)
Summary of replacing Power converter cards in a digital carrier module
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the PM
Manually busy
the PM
Power down
the shelf
Replace the
card
Power up the
shelf
Load the PM
Return the PM
to service
End
Digital carrier module card replacement procedures 3-49
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a digital carrier module (continued)
Replacing Power converter cards in a digital carrier module
At the MAP terminal
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx, as the card that you remove.
2 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
3 To post the PM that associates with the card you replace, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (DCM, DES)
pm_no
is the PM number (0 to 511)
Example of a MAP display:
WARNING
Loss of service
This procedure includes directions to manually busy a DCM
or DES. Service power failure can occur if you manually
busy a DCM or DES. Perform this procedure only if you
need to restore out-of-service components. In other events,
perform this procedure during periods of low trafc.
InSv
PM 6 1 0 0 23 24
SysB ManB OffL CBsy ISTb
InSv
24
4
DCM 0 InSv
DCM 1 0 0 0 1
PM 6 1 0 0 23
SysB ManB OffL CBsy ISTb
3-50 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a digital carrier module (continued)
4 Determine the state of the PM unit that associates with the card you want to
replace.
5 A maintenance ag (Mtce) can appear. A Mtce ag indicates that
system-initiated maintenance tasks are in progress. Wait until the ag
disappears from the status line before you proceed to the next step.
6 To manually busy the PM, type
>BSY
and press the Enter key.
Example of a MAP response:
At the shelf
7
For the power converter you replace, pull down and set the handle of the
POWER switch to the OFF position.
8 The next action depends on the power conguration of the shelf.
If the state of the PM unit Do
is ISTb, InSv, SysB, or CBsy step 5
is ManB step 7
is OffL step 23
If the BSY command Do
passed step 7
failed step 25
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If the shelf Do
has a single NT2X70 step 10
OK.DCM 0 Bsy
Digital carrier module card replacement procedures 3-51
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a digital carrier module (continued)
9 For the mate power converter, pull down and set the handle of the POWER
switch to the OFF position.
10 To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Note 1: Make sure that the handle of the POWER switch on the
replacement power converter is in the OFF position.
Note 2: If the card you replace has switches, make sure that the switches
on the replacement card have the same settings.
11 The next action depends on the reason that you perform this procedure.
12 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
13 The next action depends on the power converter version and the type of
supervisory panel.
14 Power up the converter.
a Pull up and set the handle of the POWER switch to the RESET position
and hold the POWER switch.
b Set the handle of the converter circuit breaker on the FSP or MSP up until
the handle clicks into place.
c Release the handle of the POWER switch.
d Go to step 20.
has an NT2X06 and an NT2X07 step 9
If a maintenance procedure Do
directed you to this procedure step 12
did not direct to this procedure step 13
If you Do
replace an NT2X70AE card and the FSP or MSP has
circuit breakers
step 14
replace an NT2X70AE card and the FSP or MSP
does not have circuit breakers
step 15
do not replace an NT2X70AE card and the FSP or
MSP has circuit breakers
step 16
do not replace an NT2X70AE card and the FSP or
MSP does not have circuit breakers
step 17
If the shelf Do
3-52 Digital carrier module card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a digital carrier module (continued)
15 Power up the converter, as follows.
a Pull up and set the handle of the POWER switch to the RESET position.
Hold the switch until the CONVERTER FAIL LED goes off.
b Release the handle of the POWER switch.
c Go to step 20.
16 Power up the converter, as follows.
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter.
c Set the handle of the converter circuit breaker on the FSP or MSP up until
the handle clicks into place.
d Release the RESET button.
e Go to step 20.
17 Power up the converter.
a Pull up and set the handle of the POWER switch to the ON position.
b Press the RESET button on the power converter until the CONVERTER
FAIL LED goes off.
c Release the RESET button.
18 The next action depends on the number of power converters on the shelf.
19 Repeat steps 13 to 18 for the other power converter on the shelf.
At the MAP terminal
20 To load the PM, type
>LOADPM
and press the Enter key.
21 Perform the procedure Loading a PM in this document. Complete the
procedure and return to this point.
If Do
one power converter is present step 20
two power converters are present, and you powered
up both power converters
step 20
two power converters are present, and you powered
up only one of the power converters
step 19
If the LOADPM command Do
failed step 21
passed step 22
Digital carrier module card replacement procedures 3-53
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a digital carrier module (end)
22 To return the PM to service, type
>RTS
and press the Enter key.
23 To determine why the component is ofine, consult operating company
personnel. Continue this procedure as directed by operating company
personnel.
24 A minor problem is present, but the PM can process trafc. For additional
help, contact the next level of support.
25 For additional help, contact the next level of support.
26 The procedure is complete.
If the RTS command Do
passed step 26
passed, but the PMis ISTb as a result of a command
protocol violation
step 24
failed step 25
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
4-1
4 Enhanced link peripheral processor
card replacement procedures
Introduction
This chapter contains card replacement procedures for the enhanced link
peripheral processor (ELPP). The rst section in the chapter provides
diagrams that show ELPP shelf designs.
Card replacement procedures for the frame supervisory panel (FSP) and
modular supervisory panel (MSP) appear in the chapter Frame supervisory
panel and modular supervisory panel card replacement procedures."
Each procedure contains the following sections:
Application
Common procedures
Action
Application
This section identies the ELPP cards that this procedure covers.
Common procedures
This section lists common procedures that you use during the ELPP card
replacement procedure. A common procedure is a series of steps that repeat
in maintenance procedures. An example of a common procedure is the
removal and replacement of a card. Common procedures appear in the
common procedures chapter in this NTP.
Do not go to common procedures unless the step-action procedure instructs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
4-2 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
Recording card replacement activities
Record the following information in ofce records when you replace a card.
the serial number of the card you replaced
the date you replaced the card
the reason you replaced the card
Enhanced link peripheral processor card replacement procedures 4-3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
ELPP shelf layouts
Application
This section shows frame layouts for the enhanced link peripheral processor
(ELPP), as follows:
triple F-bus conguration in an ELPP cabinet
a link interface module (LIM) with LMS units 0 and 1
a link interface shelf (LIS) with common ll cards
a LIS with a dual link interface unit (DLIU)
A DLIU is a set of high-speed link (HSL) termination hardware. Each set
consists of:
a high-speed link interface unit (HLIU)
a high-speed link router (HSLR)
Note: The diagrams that follow show standard frame and shelf layouts.
Minor differences can occur in different ofces.
4-4 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
ELPP shelf layouts (continued)
Figure Enhanced link peripheral processor
LIM
FSP
Cooling unit
LIS 1
LIS 2
LIS 3
Legend:
FSP Frame supervisory panel
LIM Link interface module
LIS Link interface shelf
LMS Local message switch
LMS 0 LMS 1
Enhanced link peripheral processor card replacement procedures 4-5
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
ELPP shelf layouts (continued)
Figure Triple F-bus conguration in an ELPP cabinet
Intrashelf F-bus Intershelf F-bus
LIS 1
LIS 2
LIS 3
LMS 0 LMS 1
Triple rate adapter
cards (NT9X73)
F-bus
repeater
(NT9X74)
F-bus 0 F-bus 1
Legend:
F-bus
repeater
(NT9X74)
Triple rate adapter
cards (NT9X73)
4-6 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
ELPP shelf layouts (continued)
Figure Link interface module with LMS 0 and LMS 1 (triple F-bus conguration)
NT9X49 P-bus terminator
Cards
33F
32F
31F
30F
29F
28F
27F
26F
25F
24F
23F
22F
21F
20F
19F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
36F
Paddle boards
32R
31R
30R
29R
28R
27R
26R
25R
24R
23R
22R
21R
20R
19R
18R
17R
16R
15R
14R
13R
12R
11R
10R
09R
08R
07R
Rear Front
NT9X19 Filler
NT9X19 Filler
NT9X62
NT9X62
NT9X79 F-bus extension PB
NT9X79 F-bus extension PB
NT9X79 F-bus extension PB
NT9X19 Filler
NT9X19 Filler
NT9X19 Filler
NT9X26 RTIF PB
NT9X19 Filler
NT9X19 Filler
NT9X19 Filler
NT9X19 Filler
NT9X26 RTIF PB
NT9X19 Filler
NT9X19 Filler
NT9X19 Filler
NT9X79 F-bus extension PB
NT9X79 F-bus extension PB
NT9X79 F-bus extension PB
NT9X62
NT9X62
NT9X19 Filler
NT9X19 Filler
NT
NT9X31 Power (5 V)
NT9X30 Power (+5 V)
NT9X31 Power (5 V)
NT9X30 Power (+5 V)
NT9X49 P-bus terminator
NT9X19 Filler
NT9X17 4 port interface card
NT9X17 4 port interface card
NT9X73 F-bus rate adapter card
NT9X73 F-bus rate adapter card
NT9X73 F-bus rate adapter card
NT9X19 Filler
NT9X15 Mapper card
NT9X19
NT9X13 LMS processor card
NT9X53 Clock card
NT9X52 T-bus access card
NT9X52 T-bus access card
NT9X53 Clock card
NT9X13 LMS processor card
NT9X19 Filler
NT9X15 Mapper card
NT9X19 Filler
NT9X73 F-bus rate adapter card
NT9X73 F-bus rate adapter card
NT9X73 F-bus rate adapter card
NT9X17 4 port interface card
NT9X17 4 port interface card
NT9X19 Filler
Enhanced link peripheral processor card replacement procedures 4-7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
ELPP shelf layouts (continued)
Figure Link interface shelf with common ll cards
Note 1: Slots for ASUs are outlined in gray.
Cards
33F
32F
31F
30F
29F
28F
27F
26F
25F
24F
23F
22F
21F
20F
19F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
36F
Paddle boards
32R
31R
30R
29R
28R
27R
26R
25R
24R
23R
22R
21R
20R
19R
18R
17R
16R
15R
14R
13R
12R
11R
10R
09R
08R
07R
Rear Front
NT9X74 F-bus repeater card
NT9X19 Filler faceplate
NT9X30 Power converter card
NT9X74 F-bus repeater card
NT9X30 Power converter card
NT9X19 Filler faceplate
NT9X79 F-bus extender PB
NTEX20 F-bus terminator PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NTEX20 F-bus terminator PB
NT9X79 F-bus extender PB
4-8 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
ELPP shelf layouts (end)
Note 2: Instead of NT9X30 card, you can use an NT9X16 power converter
card. If you do that, you also must use NT9X16 card instead of NT9X19
card.
Link interface shelf with a DLIU
Note: The DLIU set, which consists of three HLIU cards and one HSLR
card, must start in slot number 8, 12, 16, 20, 24, or 28.
NT9X19BA Filler faceplate NT9X19AA Filler faceplate
NTEX22CA Integrated processor and F-bus card
Front cards Rear paddle boards
HSLR
NT9X78AA DS-1 interface PB NT9X76AA High speed signaling terminal card
NTEX22CA Integrated processor and F-bus card HLIU
Top view of LIS shelf
Slot 8
Slot 9 Slot 9
Slot 10
Slot 11 Slot 11
Enhanced link peripheral processor card replacement procedures 4-9
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Common ll paddle boards
in an ELPP LIS
Application
Use this procedure to replace the following cards in a link interface shelf (LIS)
in an enhanced link peripheral processor (ELPP).
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card you want to replace, refer to the Index"
for a list of the cards, shelves, and frames documented in this card replacement
book.
Note 1: Alink interface module (LIM) is also referred to as a local message
switch (LMS) in some documentation. LIM unit 0 corresponds to LMS 0;
LIM unit 1 corresponds to LMS 1. In MAP commands, responses, and
displays, the term LIM unit is used to designate an LMS.
Note 2: The ELPP is referred to as a LIM when the entire ELPP is meant,
paralleling how the LISs in the ELPP are closely associated with the LIM.
MAP displays and data schema tables also refer to the ELPP as a LIM.
Common procedures
Replacing a card is referenced in this procedure.
Do not go to the common procedure unless directed to do so in the step-action
procedure.
Action
The following owchart is only a summary of the procedure. To replace the
card, use the instructions in the step-action procedure that follows the
owchart.
Common ll paddle boards for an ELPP LIS
PEC Suffix Card name Shelf or frame name
NT9X74 DA F-bus repeater LIS in an ELPP
NT9X79 BA F-bus termination
paddle board
LIS in an ELPP
NTEX20 AA, BA Intrashelf termination
paddle board
LIS in an ELPP
4-10 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
Common fill paddle boards
in an ELPP LIS (continued)
Summary of Replacing Common ll paddle boards in an ELPP LIS
This flowchart summarizes the
procedure.
Use the instructions in the
procedure that follows this
flowchart to perform the
procedure.
Manually busy
the F-bus
Replace the
card on the LIS
shelf
Return the
F-bus to
service
End
Check card
release
compatibility
Compatible?
Obtain a
compatible
card
N
Y
1
1
Enhanced link peripheral processor card replacement procedures 4-11
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Common fill paddle boards
in an ELPP LIS (continued)
Replacing Common ll paddle boards in an ELPP LIS
At your current location
1
Obtain a replacement card. Ensure that the replacement card has the same
PEC, including sufx, as the card being removed.
At the MAP terminal
2 Ensure that the replacement card is compatible with the software load by
typing
>CHECKREL LIS pec release
and pressing the Enter key.
where
pec
is the PEC and sufx of the new card
release
is the two-character code located on the faceplate of thereplacement
card
Example input:
>CHECKREL LIS NT9X74DA 2Z
Example of a MAP response:
CAUTION
Loss of service
This procedure provides instructions for removing an F-bus
from service, thereby removing redundancy from the ELPP.
Perform this procedure only if it is necessary to return the
F-buses to service. Otherwise, perform this procedure only
during periods of low trafc.
If the replacement card is Do
below baseline step 3
on or above baseline step 6
PEC BASELINE EXCEPT RELEASE COMPATIBLE
NT9X74DA 09 None 2Z YES
OK. Card release is above baseline.
4-12 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
Common fill paddle boards
in an ELPP LIS (continued)
3 From the MAP display, record the baseline release code (BASELINE) and
any exception release codes (EXCEPT).
4 Determine which release codes are compatible with the software load in the
switch. A compatible release code is one that is
greater than or equal to the baseline release code, and
not an exception release code
Note: The range of release codes in ascending order is 01 to 09, 0A to
0Z, and 10 to VZ.
5 Obtain a replacement card with a compatible release code.
6 Access the PM level of the MAP display by typing
>MAPCI;MTC;PM
and pressing the Enter key.
Example of a MAP display:
7 Post the LIM associated with the card you are replacing by typing
>POST LIM lim_no
and pressing the Enter key.
where
lim_no
is the number of the LIM (0 to 16)
Note: Refer to the table located at the end of this document to identify the
LIM unit associated with the card you are replacing.
Example of a MAP display:
8 Determine the state of the LIM.
Note: The state of the LIMis shown to the right of the LIMnumber on the
MAP display.
If you Do
can obtain a compatible replacement card step 2
cannot obtain a compatible replacement card step 21
If the state of the LIM is Do
Offl step 20
SysB ManB OffL CBsy ISTb InSv
0 0 28 0 0 18 PM
SysB ManB OffL CBsy ISTb
PM 0 0 28 0 0
LIM 0 0 1 0 0
0 InSv OOS OOS Taps
Enhanced link peripheral processor card replacement procedures 4-13
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Common fill paddle boards
in an ELPP LIS (continued)
9 Determine the state of the mate LIMunit. Refer to the table located at the end
of this document to identify the LIM associated with the card you are
replacing.
Note: The state of the LIM units is shown to the right of the LIM unit
number on the MAP display.
10 Access the LIS level of the MAP display by typing
>LIS lis_no
and pressing the Enter key.
where
lis_no
is the number of the LIS (1, 2, or 3)
Example of a MAP display:
anyother in-serviceor out-of-ser-
vice state
step 9
If the state of the mate LIM unit
is
Do
InSv step 10
anything else step 18
If the state of the LIM is Do
SysB ManB OffL CBsy ISTb InSv
PM 0 0 28 0 0 18
LIM 0 0 1 0 0 1
0 InSv
InSv .... .... .... FBus1:
FBus0: InSv .... .... ....
0 4 8 LIS2 Tap:
InSv . . . . Unit1:
Unit0: InSv . . . .
LIS1 LIS2 LIS3 Links
OOS OOS_Taps
LIM
4-14 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
Common fill paddle boards
in an ELPP LIS (continued)
11
Determine the states of the F-bus and the provisioned F-bus taps for the mate
LIM unit.
Note: The state of the F-buses is shown to the right of the F-bus numbers
on the MAP display. Refer to the table located at the end of this document
to identify the LIMand F-bus components associated with the card you are
replacing.
12 Manually busy the F-bus associated with the card to be replaced by typing
>BSY FBUS fbus_no
and pressing the Enter key.
where
fbus_no
is the number of the F-bus (0 or 1)
Note: Refer to the table located at the end of this document to identify the
F-bus components associated with the card you are replacing.
Example of a MAP response:
CAUTION
Potential loss of service
Ensure that the mate F-bus, and the F-bus taps on the mate
are in service before manually busying the F-bus associated
with the card to be replaced. Manually busying the F-bus
isolates nodes on the LIS if the mate resources are out of
service.
If the states are Do
in-service (state of the F-bus is InSv and all F-bus
taps are either . (dot) or - (dash).
step 12
any other state (state of the F-bus is not InSv and
one or more F-bus taps are not either . (dot) or -
(dash)
step 19
If Do
the command passes step 14
you must confirm the command step 13
LIM 0 LIS 1 FBus 0 Busy requires confirmation
confirm ("YES", "Y", "NO", or "N"): Please
Enhanced link peripheral processor card replacement procedures 4-15
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Common fill paddle boards
in an ELPP LIS (continued)
13 Conrm the command by typing
>YES
and pressing the Enter key.
Example of a MAP response:
At the shelf
14
Replace the card using the procedure Replacing a card in this document.
When you have completed the procedure, return to this point.
Note: If the card to be replaced has switches, ensure that the switches on
the replacement card have the same settings.
15 The next action depends on your reason for performing this procedure.
16 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
17 Return the F-bus to service by typing
>RTS FBUS fbus_no
and pressing the Enter key.
where
fbus_no
is the number of F-bus (0 or 1)
Example of a MAP response:
WARNING
Static electricity damage
Wear a wrist strap connected to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) while handling circuit cards. This
protects the cards against damage caused by static electricity.
If you were Do
sent to this procedure fromanother maintenance pro-
cedure
step 16
not sent to this procedure from another maintenance
procedure
step 17
LIM 0 LIS 2 FBus 0 Busy initiated.
passed. LIM 0 LIS 2 FBus 0 Busy
4-16 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
Common fill paddle boards
in an ELPP LIS (end)
18 Continuing with this procedure removes the entire LIM from service, thereby
isolating application specic units (ASU) on the LIS. Consult ofce personnel
or your next level of support to determine if you should continue with this
procedure, and proceed as directed.
19 Continuing with this procedure isolates one or more application specic units
(ASU) on the LIS. Consult ofce personnel or your next level of support to
determine if you should continue with this procedure, and proceed as
directed.
20 Consult ofce personnel to determine why the component is ofine. Continue
as directed by ofce personnel.
21 For further assistance, contact the personnel responsible for the next level of
support.
22 You have completed this procedure.
If the RTS command Do
passed step 22
failed step 21
Common ll paddle boards and associated LIM components
PEC Slot Associated LIM and F-buses
NT9X74 07F
NT9X79 07R LIM unit number:
Mate LIM unit number:
0
1
NTEX20 30R F-bus number:
Mate F-bus number:
0
1
NT9X74 32F
NT9X79 32R LIM unit number:
Mate LIM unit number:
1
0
NTEX20 08R F-bus number:
Mate F-bus number:
1
0
Note: A LIMunit is also referred to as an LMS. LIMunit 0 corresponds to
LMS 0; LIM unit 1 corresponds to LMS 1. In MAP commands, responses,
and displays, the term LIM unit is used to mean an LMS. The term LIM is
also used to include the ELPP where the entire ELPP cabinet is meant.
LIM 0 LIS 2 FBus 0 Return to Service initiated.
2 FBus 0 Return to Service passed. LIM 0 LIS
Enhanced link peripheral processor card replacement procedures 4-17
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HLIU cards in an ELPP LIS
Application
Use this procedure to replace the following cards in a high-speed link interface
unit (HLIU) in an enhanced link peripheral processor (ELPP) link interface
shelf (LIS).
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card you want to replace, refer to the Index
for a list of the cards, shelves, and frames documented in this card replacement
NTP.
Common procedures
The following common procedures are referenced:
Activating CCS7 links
Deactivating CCS7 links
Loading a PM
Replacing a card
Reseating cards in equipment shelves
Unseating cards in equipment shelves
Do not go to the common procedure unless directed to do so in the step-action
procedure.
Action
The following owchart is only a summary of the procedure. To replace the
card, use the instructions in the step-action procedure that follows the
owchart.
PEC Suffix Card name Shelf or frame name
NTEX22 CA Integrated processor
and F-bus interface card
HLIU in an ELPP LIS
NTEX76 AA High-speed signaling
terminal card
HLIU in an ELPP LIS
NTEX78 AA DS-1 interface paddle
board
HLIU in an ELPP LIS
4-18 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
HLIU cards in an ELPP LIS (continued)
Summary of Replacing HLIU cards in an ELPP LIS
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Deactivate any
link for the
HLIU
Manually busy
the HLIU
Manually busy
the F-bus taps
for the HLIU
Unseat and
reseat other
HLIU cards
Change the
card you are
working on
Return F-bus
taps to service
Load and return
the HLIU to
service
Reactivate any
link for the
HLIU
End
Check card
release
compatibility
Compatible?
Obtain a
compatible
card
N
Y
1
1
Enhanced link peripheral processor card replacement procedures 4-19
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HLIU cards in an ELPP LIS (continued)
Replacing HLIU cards in an ELPP LIS
At your current location
1
Obtain a replacement card. Ensure that the replacement card has the same
PEC, including sufx, as the card being removed.
At the MAP terminal
2 Ensure that the replacement card is compatible with the software load by
typing
>CHECKREL LIM pec release
and pressing the Enter key.
where
pec
is the PEC and sufx of the new card
release
is the two-character code located on the faceplate of thereplacement
card
Example input:
>CHECKREL LIM NTEX22CA 2Z
Example of a MAP response:
3 From the MAP display, record the baseline release code (BASELINE) and
any exception release codes (EXCEPT).
CAUTION
Loss of service
This procedure removes an HLIU from service and
temporarily interrupts messaging on the associated CCS7
link. Perform this procedure only if necessary to return the
HLIU to service. Otherwise, perform this procedure only
during periods of low trafc.
If the replacement card is Do
below baseline step 3
on or above baseline step 6
PEC BASELINE EXCEPT RELEASE COMPATIBLE
NTEX22CA 01 None 2Z YES
OK. Card release is above baseline.
4-20 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
HLIU cards in an ELPP LIS (continued)
4 Determine which release codes are compatible with the software load in the
switch. A compatible release code is one that is
greater than or equal to the baseline release code, and
not an exception release code
Note: The range of release codes in ascending order is 01 to 09, 0A to
0Z, and 10 to VZ.
5 Obtain a replacement card with a compatible release code.
6 Access the PM level of the MAP display by typing
>MAPCI;MTC;PM
and pressing the Enter key.
Example of a MAP display:
7 Post the HLIU that contains the card to be replaced by typing
>POST HLIU hliu_no
and pressing the Enter key.
where
hliu_no
is the number of the HLIU (0 to 511)
Example of a MAP display:
8 Determine the state of the HLIU.
9 Deactivate the CCS7 link (if there is one) associated with the HLIU using the
procedure Deactivating CCS7 links in this document. When you have
completed the procedure, return to this point.
If you Do
can obtain a compatible replacement card step 2
cannot obtain a compatible replacement card step 38
If the state of the HLIU is Do
SysB, SysB (NA), ISTb, or InSv step 9
ManB or ManB (NA) step 12
OffL step 37
SysB ManB OffL CBsy ISTb InSv
PM 1 0 2 0 3 6
SysB ManB OffL CBsy ISTb InSv
PM 1 0 2 0 3 6
HLIU 1 0 0 0 0 3
208 InSv Rsvd HLIU
Enhanced link peripheral processor card replacement procedures 4-21
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HLIU cards in an ELPP LIS (continued)
10 Manually busy the HLIU by typing
>BSY FORCE
and pressing the Enter key.
11 Conrm the command by typing
>YES
and pressing the Enter key.
12 Display information about the HLIU by typing
>QUERYPM
and pressing the Enter key.
Example of a MAP response:
13 Record the number of the link interface module (LIM), link interface shelf
(LIS), and the taps that are associated with the HLIU you are working on.
Note: The LIM number follows the word LIM on the second line of the
display. In the example in step 12, the LIM number is 2. The LIS number
follows the word shelf on the second line of the display. In the example in
step 12, the LIS number is 2. The tap number follows the word TAP on the
line below Msg Channels. In the example in step 12, the TAP number is 8.
14 Post the LIM by typing
>POST LIM lim_no
and pressing the Enter key.
where
lim_no
is the number of the LIM you recorded in step 13
Example of a MAP display:
If Do
you need to confirm the com-
mand
step 11
the command passed step 12
PM type: HLIU PM No.: 208 Status: InSv
LIM: 2 Shelf: 2 Slot:10 LIU FTA: 4247 1000
Default Load: HCA04BD
Running Load: HCA04BD
LMS States: ISTb ISTb
Auditing: Yes Yes
Msg Channels: Acc Acc
TAP 8: . .
Reserved HLIU forms part of CCS7 Linkset:SSP208_LS SLC:0
LIU is not allocated
4-22 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
HLIU cards in an ELPP LIS (continued)
15 Access the LIS level of the MAP display by typing
>LIS lis_no
and pressing the Enter key.
where
lis_no
is the number of the LIS you recorded in step 13
Example of a MAP display:
16 Manually busy the HLIU tap on F-bus 0 by typing
>BSY FBUS 0 tap_no
and pressing the Enter key.
where
tap_no
is the number of the HLIU tap recorded in step 13
17 Conrm the command by typing
>YES
and pressing the Enter key.
Example of a MAP response:
18 Manually busy the HLIU tap on F-bus 1 by typing
>BSY FBUS 1 tap_no
and pressing the Enter key.
SysB ManB OffL CBsy ISTb InSv
PM 1 0 2 0 3 6
LIM 0 0 0 0 1 0
Unit1: InSv . . . .
ISTb . . . . Unit0:
Links LIS1 LIS2 LIS3
OOS OOS_Taps
2 ISTb LIM
If Do
you need to confirm the command step 17
you do not need to confirm the command step 18
BBBB BBBB BBBB FBus1: ManB
.... .... FBus0: InSv ....
LIS2 Tap: 0 4 8
Confirmed ...LIM 2 LIS 2 FBus 0 Tap 8 Busy initiated.
2 LIS 2 FBus 0 Tap 8 Busy passed. LIM
Enhanced link peripheral processor card replacement procedures 4-23
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HLIU cards in an ELPP LIS (continued)
where
tap_no
is the number of the HLIU tap recorded in step 13
Example of a MAP response:
19 Conrm the command by typing
>YES
and pressing the Enter key.
Example of a MAP response:
At the shelf
20
Determine your next step based on the card you are replacing.
21 To begin changing an NTEX76 card, unseat and reseat cards in the HLIU
using the following sub-steps. To unseat a card, use the procedure Unseating
cards in equipment shelves in this document. To reseat a card, use the
procedure Reseating cards in equipment shelves in this document.a. Unseat
the NTEX76 high-speed signaling terminal card.b. Unseat the NTEX22 link
general processor card.c. Reseat the NTEX22 link general processor card.
DANGER
Static electricity damage
Wear a wrist strap connected to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) while handling circuit cards. This
protects the cards against damage caused by static electricity.
If you are replacing an Do
NTEX76 step 21
NTEX22 step 23
NTEX78 step 26
Please confirm ("YES", "Y", "NO", or "N"):
operation? Do you wish to proceed with this
HLIU 208
isolated: OUTAGE may occur if the following node is
SEVERE system a
LIM 2 FBus 1 Tap 8 Busy requires confirmation because
Confirmed ...LIM 2 LIS 2 FBus 1 Tap 8 Busy initiated.
2 LIS 2 FBus 1 Tap 8 Busy
passed.
LIM
4-24 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
HLIU cards in an ELPP LIS (continued)
22 Replace the NTEX76 card using the procedure Replacing a card in this
document. When you have completed the procedure, return to this point.
Go to step 27.
23 To begin changing an NTEX22 card, unseat the NTEX76 high-speed
signaling terminal card using the procedure Unseating cards in equipment
shelves in this document. When you have nished the procedure, return to
this point.
24 Replace the NTEX22 card using the procedure Replacing a card in this
document. When you have completed the procedure, return to this point.
Note: If the card to be replaced has switches, ensure that the switches on
the replacement card have the same settings.
25 Reseat the NTEX76 HLIU high-speed signaling terminal card using the
procedure Reseating cards in equipment shelves in this document. When
you have nished the procedure, return to this point.
Go to step 27.
26 Replace the card using the procedure Replacing a card in this document.
When you have completed the procedure, return to this point.
27 The next action depends on your reason for performing this procedure.
28 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
At the MAP terminal
29 Return the HLIU tap on F-bus 0 to service by typing
>RTS FBUS 0 tap_no
and pressing the Enter key.
where
tap_no
is the number of the HLIU tap you recorded in step 13
Example of a MAP response:
If you were Do
directed to this procedure from another maintenance
procedure
step 28
not directed to this procedure from another mainte-
nance procedure
step 29
If the RTS command Do
passed step 30
LIM 1 LIS 2 FBus 0 Tap 8 Return to Service initiated.
1 LIS 2 FBus 0 Tap 8 Return to Service passed. LIM
Enhanced link peripheral processor card replacement procedures 4-25
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HLIU cards in an ELPP LIS (continued)
30 Return the HLIU tap on F-bus 1 to service by typing
>RTS FBUS 1 tap_no
and pressing the Enter key.
where
tap_no
is the number of the HLIU tap you recorded in step 13
Example of a MAP response:
31 Quit from the F-bus level of the MAP display by typing
>QUIT
and pressing the Enter key.
32 Post the HLIU you are working on by typing
>POST HLIU hliu_no
and pressing the Enter key.
where
hliu_no
is the number of the HLIU (0 to 511)
33 Load the HLIU by typing
>LOADPM
and pressing the Enter key.
Example of a MAP response:
failed step 38
If the RTS command Do
passed step 31
failed step 38
If the LOADPM command Do
passed step 35
failed step 34
If the RTS command Do
LIM 1 LIS 2 FBus 1 Tap 8 Return to Service initiated.
1 LIS 2 FBus 1 Tap 8 Return to Service passed. LIM
HLIU 208 LOADPM Passed
4-26 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
HLIU cards in an ELPP LIS (end)
34 Load the PMusing the procedure Loading a PMin this document. When you
have completed the procedure, return to this point.
35 Return the HLIU to service by typing
>RTS
and pressing the Enter key.
Example of a MAP response:
36 Activate the CCS7 link (if there is one) associated with the HLIU using the
procedure Activating CCS7 links in this document. When you have
completed the procedure, return to this point.
Go to step 39.
37 Consult ofce personnel to determine why the component is ofine. Continue
as directed by ofce personnel.
38 For further assistance, contact the personnel responsible for the next level of
support.
39 You have completed this procedure.
If the RTS command Do
passed step 36
failed step 38
HLIU 100 RTS Passed
Enhanced link peripheral processor card replacement procedures 4-27
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HSLR cards in an ELPP LIS
Application
Use this procedure to replace the following cards in a high-speed link router
(HSLR) in an enhanced link peripheral processor (ELPP) link interface shelf
(LIS).
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card you want to replace, refer to the Index
for a list of the cards, shelves, and frames documented in this card replacement
NTP.
Common procedures
The following common procedures are referenced:
Activating CCS7 links
Deactivating CCS7 links
Loading a PM
Replacing a card
Action
The following owchart is only a summary of the procedure. To replace the
card, use the instructions in the step-action procedure that follows the
owchart.
PEC Suffix Card name Shelf or frame name
NTEX22 CA Integrated processor
and F-bus interface card
HSLR in an ELPP LIS
4-28 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
HSLR cards in an ELPP LIS (continued)
Summary of Replacing HSLR cards in an ELPP LIS
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Deactivate any
link for the
HSLR
Manually busy
the HSLR
Manually busy
the F-bus taps
for the HSLR
Change the
card you are
working on
Return F-bus
taps to service
Load and return
the HSLR to
service
Reactivate any
link for the
HSLR
End
Check card
release
compatibility
Compatible?
Obtain a
compatible
card
N
Y
1
1
Enhanced link peripheral processor card replacement procedures 4-29
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HSLR cards in an ELPP LIS (continued)
Replacing HSLR cards in an ELPP LIS
At your current location
1
Obtain a replacement card. Ensure that the replacement card has the same
PEC, including sufx, as the card being removed.
At the MAP terminal
2 Ensure that the replacement card is compatible with the software load by
typing
>CHECKREL LIM pec release
and pressing the Enter key.
where
pec
is the PEC and sufx of the new card
release
is the two-character code located on the faceplate of thereplacement
card
Example input:
>CHECKREL LIM NTEX22CA 2Z
Example of a MAP response:
3 From the MAP display, record the baseline release code (BASELINE) and
any exception release codes (EXCEPT).
CAUTION
Loss of service
This procedure removes an HSLR from service and
temporarily interrupts messaging on the associated CCS7
link. Perform this procedure only if necessary to return the
HSLR to service. Otherwise, perform this procedure only
during periods of low trafc.
If the replacement card is Do
below baseline step 3
on or above baseline step 6
PEC BASELINE EXCEPT RELEASE COMPATIBLE
NTEX22CA 01 None 2Z YES
OK. Card release is above baseline.
4-30 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
HSLR cards in an ELPP LIS (continued)
4 Determine which release codes are compatible with the software load in the
switch. A compatible release code is one that is
greater than or equal to the baseline release code, and
not an exception release code
Note: The range of release codes in ascending order is 01 to 09, 0A to
0Z, and 10 to VZ.
5 Obtain a replacement card with a compatible release code.
6 Access the PM level of the MAP display by typing
>MAPCI;MTC;PM
and pressing the Enter key.
Example of a MAP display:
7 Post the HSLR that contains the card to be replaced by typing
>POST HSLR hslr_no
and pressing the Enter key.
where
hslr_no
is the number of the HSLR (0 to 511)
Example of a MAP display:
8 Determine the state of the HSLR.
If you Do
can obtain a compatible replacement card step 2
cannot obtain a compatible replacement card step 32
If the state of the HSLR is Do
SysB, SysB (NA), ISTb, or
InSv
step 9
ManB or ManB (NA) step 12
OffL step 31
SysB ManB OffL CBsy ISTb InSv
PM 1 0 2 0 3 6
208 InSv Rsvd HSLR
HSLR 1 0 0 0 0 3
PM 1 0 2 0 3 6
SysB ManB OffL CBsy ISTb InSv
Enhanced link peripheral processor card replacement procedures 4-31
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HSLR cards in an ELPP LIS (continued)
9 Deactivate the CCS7 link (if there is one) associated with the HSLR using the
procedure Deactivating CCS7 links in this document. When you have
completed the procedure, return to this point.
10 Manually busy the HSLR by typing
>BSY FORCE
and pressing the Enter key.
11 Conrm the command by typing
>YES
and pressing the Enter key.
12 Display information about the HSLR by typing
>QUERYPM
and pressing the Enter key.
Example of a MAP response:
13 Record the number of the link interface module (LIM), link interface shelf
(LIS), and the taps that are associated with the HSLR you are working on.
Note: The LIM number follows the word LIM on the second line of the
display. In the example in step 12, the LIM number is 2. The LIS number
follows the word Shelf on the second line of the display. In the example in
step 12, the LIS number is 2. The tap number follows the word TAP on the
line below Msg Channels. In the example in step 12, the TAP number is 8.
14 Post the LIM by typing
>POST LIM lim_no
and pressing the Enter key.
where
lim_no
is the number of the LIM you recorded in step 13
If Do
you need to confirm the com-
mand
step 11
the command passed step 12
PM type: HSLR PM No.: 208 Status: InSv
LIM: 2 Shelf: 2 Slot:10 LIU FTA: 4247 1000
Default Load: HCA04BD
Running Load: HCA04BD
LMS States: ISTb ISTb
Auditing: Yes Yes
Msg Channels: Acc Acc
TAP 8: . .
Reserved HSLR forms part of CCS7 Linkset:SSP208_LS SLC:0
LIU is not allocated
4-32 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
HSLR cards in an ELPP LIS (continued)
Example of a MAP display:
15 Access the LIS level of the MAP display by typing
>LIS lis_no
and pressing the Enter key.
where
lis_no
is the number of the LIS you recorded in step 13
Example of a MAP display:
16 Manually busy the HSLR tap on F-bus 0 by typing
>BSY FBUS 0 tap_no
and pressing the Enter key.
where
tap_no
is the number of the HSLR tap recorded in step 13
17 Conrm the command by typing
>YES
and pressing the Enter key.
Example of a MAP response:
18 Manually busy the HSLR tap on F-bus 1 by typing
>BSY FBUS 1 tap_no
If Do
you need to confirm the command step 17
you do not need to confirm the command step 18
Unit1: InSv . . . .
ISTb . . . . Unit0:
Links LIS1 LIS2 LIS3
OOS OOS_Taps
2 ISTb LIM
LIM 0 0 0 0 1 0
PM 1 0 2 0 3 6
SysB ManB OffL CBsy ISTb InSv
FBus1: ManB BBBB BBBB BBBB
.... .... FBus0: InSv ....
LIS2 Tap: 0 4 8
Confirmed ...LIM 2 LIS 2 FBus 0 Tap 8 Busy initiated.
2 LIS 2 FBus 0 Tap 8 Busy passed. LIM
Enhanced link peripheral processor card replacement procedures 4-33
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HSLR cards in an ELPP LIS (continued)
and pressing the Enter key.
where
tap_no
is the number of the HSLR tap recorded in step 13
Example of a MAP response:
19 Conrm the command by typing
>YES
and pressing the Enter key.
Example of a MAP response:
At the shelf
20
Replace the NTEX22 card using the procedure Replacing a card in this
document. When you have completed the procedure, return to this point.
Note: If the card to be replaced has switches, ensure that the switches on
the replacement card have the same settings.
21 The next action depends on your reason for performing this procedure.
DANGER
Static electricity damage
Wear a wrist strap connected to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) while handling circuit cards. This
protects the cards against damage caused by static electricity.
If you were Do
directed to this procedure from another maintenance
procedure
step 22
not directed to this procedure from another mainte-
nance procedure
step 23
Please confirm ("YES", "Y", "NO", or "N"):
operation? Do you wish to proceed with this
HSLR 208
isolated: node is
SEVERE system OUTAGE may occur if the following a
LIM 2 FBus 1 Tap 8 Busy requires confirmation because
Confirmed ...LIM 2 LIS 2 FBus 1 Tap 8 Busy initiated.
2 LIS 2 FBus 1 Tap 8 Busy passed. LIM
4-34 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
HSLR cards in an ELPP LIS (continued)
22 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
At the MAP terminal
23 Return the HSLR tap on F-bus 0 to service by typing
>RTS FBUS 0 tap_no
and pressing the Enter key.
where
tap_no
is the number of the HSLR tap you recorded in step 13
Example of a MAP response:
24 Return the HSLR tap on F-bus 1 to service by typing
>RTS FBUS 1 tap_no
and pressing the Enter key.
where
tap_no
is the number of the HSLR tap you recorded in step 13
Example of a MAP response:
25 Quit from the F-bus level of the MAP display by typing
>QUIT
and pressing the Enter key.
26 Post the HSLR you are working on by typing
>POST HSLR hslr_no
and pressing the Enter key.
If the RTS command Do
passed step 24
failed step 32
If the RTS command Do
passed step 25
failed step 32
LIM 1 LIS 2 FBus 0 Tap 8 Return to Service initiated.
1 LIS 2 FBus 0 Tap 8 Return to Service passed. LIM
LIM 1 LIS 2 FBus 1 Tap 8 Return to Service initiated.
1 LIS 2 FBus 1 Tap 8 Return to Service passed. LIM
Enhanced link peripheral processor card replacement procedures 4-35
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
HSLR cards in an ELPP LIS (end)
where
hslr_no
is the number of the HSLR (0 to 511)
27 Load the HSLR by typing
>LOADPM
and pressing the Enter key.
Example of a MAP response:
28 Load the PMusing the procedure Loading a PMin this document. When you
have completed the procedure, return to this point.
29 Return the HSLR to service by typing
>RTS
and pressing the Enter key.
Example of a MAP response:
30 Activate the CCS7 link (if there is one) associated with the HSLR using the
procedure Activating CCS7 links in this document. When you have
completed the procedure, return to this point.
Go to step 33.
31 Consult ofce personnel to determine why the component is ofine. Continue
as directed by ofce personnel.
32 For further assistance, contact the personnel responsible for the next level of
support.
33 You have completed this procedure.
If the LOADPM command Do
passed step 29
failed step 28
If the RTS command Do
passed step 30
failed step 32
HSLR 208 LOADPM Passed
HSLR 100 RTS Passed
4-36 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
MLIU cards
in an LPP LIS
Application
Use this procedure to replace the following cards in a multiple link interface
unit (MLIU) in a link peripheral processor (LPP) link interface shelf (LIS).
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card you want to replace, refer to the
Index". The Index provides a list of the cards, shelves, and frames
documented in this card replacement NTP.
Common procedures
This procedure refers to the following common procedures:
Verifying load compatibility of SuperNode cards
Deactivating CCS7 links
Unseating cards in equipment shelves
Replacing a card
Reseating cards in equipment shelves
Loading a PM
Activating CCS7 links
Do not go to the common procedure unless directed to in the step-action
procedure.
Action
The following owchart is only a summary of the procedure. To replace the
card, use the instructions in the step-action procedure that follows the
owchart.
PEC Suffix Card name Shelf or frame name
NTEX22 CA Integrated processor
and F-bus interface card
MLIU in an LPP LIS
NTEX26 BA MLIU channel-bus
interface card
MLIU in an LPP LIS
Enhanced link peripheral processor card replacement procedures 4-37
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
MLIU cards
in an LPP LIS (continued)
Summary of replacing MLIU cards in an LPP LIS
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Deactivate all
links for the
MLIU
Manually busy
the MLIU
Manually busy
the F-bus taps
for the MLIU
Unseat and
reseat other
MLIU cards
Change the
card you are
working on
Return F-bus
taps to service
Load and
return the
MLIU to
service
Reactivate all
links for the
MLIU
End
4-38 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
MLIU cards
in an LPP LIS (continued)
Replacing MLIU cards in an LPP LIS
At your current location
1 Get a replacement card. Make sure that the replacement card has the same
PEC, including sufx, as the card being removed.
2 Make sure that the replacement card is compatible with the software load by
using the procedure Verifying load compatibility of SuperNode cards in this
document. Complete the procedure and return to this point.
At the MAP terminal
3 Access the PM level of the maintenance and administration position (MAP)
display by typing
>MAPCI;MTC;PM
Press the Enter key.
Example of a MAP display:
4 Post the MLIU that contains the card to replace by typing
>POST MLIU liu_no
Press the Enter key.
Where
liu_no
is the number of the MLIU (0 to 511)
Example of a MAP display:
CAUTION
Loss of service
This procedure removes an MLIU from service and
temporarily interrupts messaging on the associated CCS7
links. Perform this procedure only if necessary to return
the MLIU to service. Otherwise, perform this procedure
only during periods of low trafc.
SysB ManB OffL CBsy ISTb InSv
PM 1 0 2 0 3 6
SysB ManB OffL CBsy ISTb InSv
PM 1 0 2 0 3 6
MLIU 1 0 0 0 0 3
MLIU 208 InSv Rsvd
Enhanced link peripheral processor card replacement procedures 4-39
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
MLIU cards
in an LPP LIS (continued)
5 Determine the state of the MLIU.
6 Deactivate the CCS7 link (if there is one) associated with the MLIU using the
procedure Deactivating CCS7 links in this document. Complete the
procedure and return to this point.
7 Manually force bsy the MLIU by typing
>BSY FORCE
Press the Enter key.
8 Determine if it is safe to continue with this procedure.
9 Force bsy the MLIU by typing
>YES
Press the Enter key. Go to step 11.
Example of a MAP response:
If the state of the MLIU Do
is SysB, SysB (NA), ISTb,
or InSv
step 6
is ManB or ManB (NA) step 19
is OffL step 36
If Do
you need to confirm the command step 10
the command passed step 11
MAP response is
WARNING: MLIU 208 is |currently
being imaged.
Do you wish to abort
imaging to proceed with the BSY re-
quest?
Please confirm ("YES", "Y", "NO",
or "N"):
step 8
If it is safe Do
continue with BSY FORCE re-
quest
step 9
abort BSY FORCE request step 38
4-40 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
MLIU cards
in an LPP LIS (continued)
10 Conrm the command by typing
>YES
Press the Enter key.
11 Display information about the MLIU by typing
>QUERYPM
Press the Enter key.
Example of a MAP response:
12 Record the number of the link interface module (LIM) and the taps that are
associated with the MLIU you are working on.
Note: The LIM number follows the word LIM on the second line of the
display. In the preceding example, the LIM number is 0. The tap number
follows the word TAP on the line below Msg Channels. In the preceding
example, the TAP number is 8.
13 Post the LIM by typing
>POST LIM lim_no
Press the Enter key.
Where
lim_no
is the number of the LIM you recorded in step 12
Example of a MAP display:
Imaging will be aborted on MLIU 208.
PM type: MLIU PM No.: 208 Status: InSv
LIM: 2 Shelf: 2 Slot: 8 LIU FTA: 4247 1000
Default Load: MCA12AT
Running Load: MCA12AT
LMS States : ISTb ISTb
Auditing : Yes Yes
Msg Channels: Acc Acc
TAP 8 : . .
Reserved MLIU forms part of CCS7 Linkset: SSP208_LS SLC: 0
LIU is not allocated
SysB ManB OffL CBsy ISTb InSv
PM 1 0 2 0 3 6
LIM 0 0 0 0 1 0
LIM 2 ISTb
Links_OOS Taps_OOS
Unit0: ISTb 4 .
Unit1: InSv . .
Enhanced link peripheral processor card replacement procedures 4-41
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
MLIU cards
in an LPP LIS (continued)
14 Access the F-bus level of the MAP display by typing
>FBUS
Press the Enter key.
Example of a MAP display:
15 Manually busy the MLIU tap on F-bus 0 by typing
>BSY FBUS 0 tap_no
Press the Enter key.
Where
tap_no
is the number of the MLIU tap recorded in step 12
16 Conrm the command by typing
>YES
Press the Enter key.
Example of a MAP response:
17 Manually busy the MLIU tap on F-bus 1 by typing
>BSY FBUS 1 tap_no
Press the Enter key.
Where
tap_no
is the number of the MLIU tap recorded in step 12
Example of a MAP response:
Tap: 0 4 8 12 16 20 24 28 32
FBus0: InSv ...- ---- ---. .-.- ---- ---- ...- -..- -...
FBus1: InSv ...- ---- ---. .-.- ---- ---- ...- -..- -...
If you Do
need to confirm the command step 16
do not need to confirm the
command
step 17
Confirmed ...
IM 2 FBus 0 Tap 8 Busy initiated.
LIM 2 FBus 0 Tap 8 Busy passed.
LIM 2 FBus 1 Tap 8 Busy requires confirmation because a
SEVERE system OUTAGE may occur if the followingnode is
isolated:MLIU 208
Do you wish to proceed with this operation?
Please confirm ("YES", "Y", "NO", or "N"):
4-42 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
MLIU cards
in an LPP LIS (continued)
18 Conrm the command by typing
>YES
Press the Enter key.
Example of a MAP response:
At the shelf
19
Determine your next step based on the card you are replacing.
20 To change an NTEX76 card, unseat and reseat cards in the MLIU using the
following sub-steps. To unseat a card, use the procedure Unseating cards in
equipment shelves in this document. To reseat a card, use the procedure
Reseating cards in equipment shelves in this document.
a Unseat the NTEX76 ST signaling terminal card.
b Unseat the NTEX22 link general processor card.
c Reseat the NTEX22 link general processor card.
21 Replace the NTEX76 card using the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Note: If the card to replace has switches, make sure that the switches on
the replacement card have the same settings.
Go to step 26.
22 To change an NTEX22 card, unseat the NTEX76 STP signaling terminal card
using the procedure Unseating cards in equipment shelves in this document.
Complete the procedure and return to this point.
DANGER
Static electricity damage
Wear a wrist strap connected to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) while handling circuit cards. This
protects the cards against damage caused by static electricity.
If you are replacing an Do
NTEX76 step 20
NTEX22 step 22
any back plane card step 25
Confirmed ...
LIM 2 FBus 1 Tap 8 Busy initiated.
LIM 2 FBus 1 Tap 8 Busy passed.
Enhanced link peripheral processor card replacement procedures 4-43
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
MLIU cards
in an LPP LIS (continued)
23 Replace the NTEX22 card using the procedure Replacing a card in this
document. Complete the procedure,and return to this point.
Note: If the card to replace has switches, make sure that the switches on
the replacement card have the same settings.
24 Reseat the NTEX76 ST signaling terminal card using the procedure
Reseating cards in equipment shelves in this document. Complete the
procedure and return to this point.
Go to step 26.
25 Replace the card using the procedure Replacing a card in this document.
Complete the procedure and return to this point.
Note: If the card to replace has switches, make sure that the switches on
the replacement card have the same settings.
26 The next action depends on your reason for performing this procedure.
27 Return to the maintenance procedure that sent you to this procedure.
Continue as directed.
At the MAP terminal
28 Return the MLIU tap on F-bus 0 to service by typing
>RTS FBUS 0 tap_no
Press the Enter key.
Where
tap_no
is the number of the MLIU tap you recorded in step 12
Example of a MAP response:
LIM 1 FBus 0 Tap 8 Return to Service passed- local maintenance not
accessible.
29 Return the MLIU tap on F-bus 1 to service by typing
>RTS FBUS 1 tap_no
Press the Enter key.
If another maintenance proce-
dure
Do
directed you to this procedure step 27
did not direct you to this proce-
dure
step 28
If the RTS command Do
passed step 29
failed step 37
4-44 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
MLIU cards
in an LPP LIS (continued)
Where
tap_no
is the number of the MLIU tap you recorded in step 12
Example of a MAP response:
30 Quit from the F-bus level of the MAP display by typing
>QUIT
Press the Enter key.
31 Post the MLIU you are working on by typing
>POST MLIU liu_no
Press the Enter key.
Where
liu_no
is the number of the MLIU (0 to 511)
32 Load the MLIU by typing
>LOADPM
Press the Enter key.
Example of a MAP response:
33 Load the PM using the procedure Loading a PM in this document. Complete
the procedure, and return to this point.
34 Return the MLIU to service by typing
>RTS
Press the Enter key.
Example of a MAP response:
If the RTS command Do
passed step 30
failed step 37
If the LOADPM command Do
passed step 34
failed step 33
LIM 1 FBus 1 Tap 8 Return to Service initiated.
LIM 1 FBus 1 Tap 8 Return to Service passed.
MLIU 208 LOADPM Passed
Enhanced link peripheral processor card replacement procedures 4-45
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
MLIU cards
in an LPP LIS (end)
35 Activate the CCS7 link (if there is one) associated with the MLIU using the
procedure Activating CCS7 links in this document. Complete the procedure
and return to this point.
Go to step 39.
36 Contact operating company personnel to determine why the component is
ofine. Continue as directed.
37 For additional help, contact the next level of support.
38 Abort the BSY FORCE request by typing
>NO
Press the Enter key. The BSY request is aborted. Node imaging continues.
39 The procedure is complete.
If the RTS command Do
passed step 35
failed step 37
MLIU 100 RTS Passed
4-46 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X13
in an ELPP LIM unit
Application
Use this procedure to replace an NT9X13 in a link interface module (LIM) unit
of an enhanced link peripheral processor (ELPP).
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card you want to replace, refer to the Index
for a list of the cards, shelves, and frames documented in this card replacement
book.
Note 1: A link interface module (LIM) unit is also referred to as a local
message switch (LMS) in some documentation. LIMunit 0 corresponds to
LMS 0; LIMunit 1 corresponds to LMS 1. In MAP commands, responses,
and displays, the term LIM unit is used to designate an LMS.
Note 2: The ELPP is referred to as a link interface module (LIM) where the
entire ELPP is indicated, paralleling how the LISs in the ELPP are closely
associated with the LIM. MAP displays and data schema tables also refer
to the ELPP as a LIM.
Common procedures
The following common procedures are referenced:
Loading a PM
Replacing a card
Unseating cards in equipment shelves
Do not go to the common procedure unless directed to do so in the step-action
procedure.
Action
The following owchart is only a summary of the procedure. To replace the
card, use the instructions in the step-action procedure that follows the
owchart.
PEC Suffixes Card name Shelf/frame name
NT9X13 DE CPU 20-MHz card LIM unit of an ELPP
Enhanced link peripheral processor card replacement procedures 4-47
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X13
in an ELPP LIM unit (continued)
Summary of Replacing an NT9X13 in an ELPP LIM unit
This flowchart summarizes the
procedure.
Use the instructions in the
procedure that follows this
flowchart to perform the
procedure.
Manually busy
the F-buses
Manually busy
the LIM unit
Power down
the shelf side
Replace the
card
Power up the
shelf side
Load the LIM
unit
Return the LIM
unit to service
Return the
F-buses to
service
End
Check card
release
compatibility
Compatible?
Obtain a
compatible
card
N
Y
1
1
4-48 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X13
in an ELPP LIM unit (continued)
Replacing NT9X13 in an ELPP LIM unit
At your current location
1
Obtain a replacement card. Ensure that the replacement card has the same
PEC, including sufx, as the card being removed.
At the MAP terminal
2 Ensure that the replacement card is compatible with the software load by
typing
>CHECKREL LIM pec release
and pressing the Enter key.
where
pec
is the PEC and sufx of the new card
release
is the two-character code located on the faceplate of thereplacement
card
Example input:
>CHECKREL LIM NT9X13DE 2Z
Example of a MAP response:
CAUTION
Loss of service
This procedure provides instructions to remove a LIM unit
from service, thereby removing redundancy from the ELPP.
Perform this procedure only if necessary to return the LIM
unit to service. Otherwise, perform this procedure only
during periods of low trafc.
If the replacement card is Do
below baseline step 3
on or above baseline step 6
PEC BASELINE EXCEPT RELEASE COMPATIBLE
NT9X13DE 01 None 2Z Yes
OK. Card release is above baseline.
Enhanced link peripheral processor card replacement procedures 4-49
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X13
in an ELPP LIM unit (continued)
3 From the MAP display, record the baseline release code (BASELINE) and
any exception release codes (EXCEPT).
4 Determine which release codes are compatible with the software load in the
switch. A compatible release code is one that is
greater than or equal to the baseline release code, and
not an exception release code
Note: The range of release codes in ascending order is 01 to 09, 0A to
0Z, and 10 to VZ.
5 Obtain a replacement card with a compatible release code.
6 Access the PM level of the MAP display by typing
>MAPCI;MTC;PM
and pressing the Enter key.
Example of a MAP display:
7 Post the LIM that contains the card to be replaced by typing
>POST LIM lim_no
and pressing the Enter key.
where
lim_no
is the number of the LIM to be posted (0 to 16)
Example of a MAP display:
If you Do
can obtain a compatible replacement card step 2
cannot obtain a compatible replacement card step 31
SysB ManB OffL CBsy ISTb InSv
0 0 28 0 0 18 PM
InSv . . . . Unit1:
Unit0: InSv . . . .
LIS1 LIS2 LIS3 Links
OOS OOS_Taps
0 InSv LIM
LIM 0 0 1 0 0 1
PM 0 0 28 0 0 18
SysB ManB OffL CBsy ISTb InSv
4-50 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X13
in an ELPP LIM unit (continued)
8 Determine the state of the LIM.
Note: The state of the LIMis shown to the right of the LIMnumber on the
MAP display.
9 Determine the state of the LIM units. Refer to the table at the end of this
document to identify the LIM unit, the F-bus, and the mates associated with
the card you are replacing.
Note: The state of the LIM units is shown to the right of the LIM unit
number on the MAP display.
Note: Steps 10 through 13 must be repeated for each LIS on the LIMunit.
10 Access the LIS level of the MAP display by typing
>LIS lis_no
and pressing the Enter key.
where
lis_no
is the number of the LIS (1, 2, or 3)
Example of a MAP display:
If the state of the LIM is Do
Offl step 30
any other in-service or out-of-service state step 9
If the state of the mate LIM unit is Do
InSv step 10
ISTb, and the state of the LIM unit associated with
the card you are replacing is InSv or ISTb
step 10
ISTb, and the LIMunit associated with the card you
are replacing is out of service
step 10
any out-of-service state, and the state of the LIMunit
associated with the card you are replacing is InSv
or ISTb
step 28
any out-of-service state, and the LIMunit associated
with the card you are replacing is out of service
step 10
Enhanced link peripheral processor card replacement procedures 4-51
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X13
in an ELPP LIM unit (continued)
11
Determine the states of the F-bus and the F-bus taps for the mate LIM unit.
Note: The state of the F-buses is shown to the right of the F-bus numbers
on the MAP display. Refer to the table at the end of this document to
identify the LIM unit associated with the card you are replacing.
12 Manually busy the F-bus associated with the card to be replaced by typing
>BSY FBUS fbus_no
CAUTION
Potential loss of service
Ensure that the mate LIMunit, the mate F-bus, and the F-bus
taps on the mate are in service before manually busying the
LIM unit and F-bus associated with the card to be replaced.
Manually busying the F-bus and the LIM unit will isolate
nodes on the link interface shelves (LIS) if the mates are out
of service.
If the states of the mate
resources are
Do
in-service (state of the F-bus is
InSv and all F-bus taps are .
[dot])
step 10 for the next LIS
OR
step 12 (if steps 10 and 11 have
been repeated for each LIS)
any other state (state of the
F-bus is not InSv and one or
more F-bus taps are not . [dot])
step 29
SysB ManB OffL CBsy ISTb InSv
PM 0 0 28 0 0 18
LIM 0 0 1 0 0 1
InSv .... .... .... FBus1:
FBus0: InSv .... .... ....
0 4 8 LIS2 Tap:
InSv . . . . Unit1:
Unit0: InSv . . . .
LIS1 LIS2 LIS3 Links
OOS OOS_Taps
0 InSv LIM
4-52 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X13
in an ELPP LIM unit (continued)
and pressing the Enter key.
where
fbus_no
is the number of the F-bus (0 or 1)
Note: Refer to the table at the end of this document to identify the LIMunit
associated with the card you are replacing.
Example of a MAP display:
13 Conrm the command by typing
>YES
and pressing the Enter key.
Example of a MAP response:
If Do
the command passes step 12 for the next LIS
OR
step 14 (if step 12 has been re-
peated for each LIS)
you must confirm the command step 13
If Do
step 12 has been repeated for
each LIS
step 14
SysB ManB OffL CBsy ISTb InSv
PM 0 0 28 0 0 18
LIM 0 0 1 0 1 0
OOS OOS_Taps
LIS1 LIS2 LIS3
.
FBus1: InSv .... .... ....
BBBB FBus0: ManB BBBB BBBB
Tap: 0 4 8 LIS2
Unit1: InSv . . . .
Unit0: ISTb . . 12
Links
LIM 0 ISTb
LIM 0 LIS 2 FBus 0 Busy initiated.
passed. LIM 0 LIS 2 FBus 0 Busy
Enhanced link peripheral processor card replacement procedures 4-53
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X13
in an ELPP LIM unit (continued)
14 Quit the LIS level of the MAP display by typing
>QUIT
and pressing the Enter key.
15 Manually busy the LIMunit corresponding to the card to be replaced by typing
>BSY UNIT unit_no
and pressing the Enter key.
where
unit_no
is the number of the LIM unit (0 or 1)
Example of a MAP display:
At the shelf
16
Press down and release the power switch on the faceplate of the NT9X30
power converter (slot 04F) associated with the card to be replaced. Refer to
step 12 has not been repeated for
each LIS
step 12 for the next LIS
WARNING
Static electricity damage
Wear a wrist strap connected to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) while handling circuit cards. This
protects the cards against damage caused by static electricity.
If Do
SysB ManB OffL CBsy ISTb InSv
PM 0 0 28 0 17 13
LIM 0 0 1 0 1 0
OOSOOS_Taps
LIS3
.... .... FBus 1: InSv ....
FBus 0: ManB BBBB BBBB BBBB
LIS2 Tap: 0 4 8
Unit1: ISTb 2 . . .
Unit0: ManB 2 . 12 .
Links LIS1 LIS2
LIM 0 ISTb
4-54 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X13
in an ELPP LIM unit (continued)
the table at the end of this document to identify the power converter
associated with the LIM unit you are working on.
Note: The CONVERTER OFF LED is lit when the NT9X30 power
converter is powered down.
17
Unseat the NT9X13 associated with the LIM unit you are working on using
the procedure Unseating cards in equipment shelves in this document. When
you have completed the procedure, return to this point.
18 Press down and release the power switch on the faceplate of the NT9X30
power converter (slot 36F) associated with the card to be replaced. Refer to
the table at the end of this document to identify the power converter
associated with the LIM unit you are working on.
19 Replace the card using the procedure Replacing a card in this document.
When you have completed the procedure, return to this point.
20 Release the power switch on the faceplate of the NT9X30 power converter
associated with the card you have replaced.
Note: The CONVERTER OFF LED is not lit when the NT9X30 power
converter is powered up.
21 The next action depends on your reason for performing this procedure.
22 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
If the CONVERTER OFF LED is Do
lit step 19
not lit step 17
CAUTION
Possible loss of service
Unseating the NT9X13 card bypasses the safety interlock.
Ensure that the card to be removed is in the manual-busy
LIM unit.
If you were Do
sent to this procedure fromanother maintenance pro-
cedure
step 22
not sent to this procedure from another maintenance
procedure
step 23
Enhanced link peripheral processor card replacement procedures 4-55
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X13
in an ELPP LIM unit (continued)
At the MAP terminal
23 Load the LIM unit by typing
>LOADPM UNIT unit_no
and pressing the Enter key.
where
unit_no
is the number of the LIM unit (0 or 1)
Example of a MAP response:
24 Load the PMusing the procedure Loading a PMin this document. When you
have completed the procedure, return to this point.
25 Return the LIM unit to service by typing
>RTS UNIT unit_no
and pressing the Enter key.
where
unit_no
is the number of the LIM unit (0 or 1)
Example of a MAP response:
Note: Steps 26 and 27 must be repeated for each LIS on the LIM unit.
26 Access the LIS level of the MAP display by typing
>LIS lis_no
and pressing the Enter key.
where
If the LOADPM command Do
passed step 25
failed step 24
If the RTS command Do
passed step 26
failed step 31
LIM 0 UNIT 0 Load initiated.
LIM 0 UNIT 0 Load passed.
LIM 0 UNIT 0 Return to Service initiated.
Return to Service passed. LIM 0 UNIT 0
4-56 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X13
in an ELPP LIM unit (continued)
lis_no
is the number of the LIS (0, 1, or 2)
Example of a MAP display:
27 Return the F-bus to service by typing
>RTS FBUS fbus_no
and pressing the Enter key.
where
fbus_no
is the number of the F-bus that you busied (0 or 1)
Example of a MAP response:
28 Continuing with this procedure will remove both LIM units from service,
thereby isolating application specic units (ASU) on the link interface shelves
(LIS). Consult ofce personnel or your next level of support to determine if
you should continue with this procedure, and proceed as directed.
29 Continuing with this procedure may isolate one or more application specic
units (ASU) on the link interface shelves (LIS). Consult ofce personnel or
your next level of support to determine if you should continue with this
procedure, and proceed as directed.
30 Consult ofce personnel to determine why the component is ofine. Continue
as directed by ofce personnel.
If the RTS
command
Do
passed step 26 for the next LIS OR
step 32 (if step 26 has been repeated for each LIS)
failed step 31
InSv .... .... .... FBus1:
FBus0: ManB BBBB BBBB BBBB
0 4 8
LIS2 Tap:
InSv . . . . Unit1:
Unit0: ISTb . . . .
LIS1 LIS2 LIS3 Links
OOS OOS_Taps
0 ISTb LIM
LIM 0 0 1 0 0 1
PM 0 0 28 0 0 18
SysB ManB OffL CBsy ISTb InSv
LIM 0 FBus 0 Return to Service initiated.
Return to Service passed. LIM 0 FBus 0
Enhanced link peripheral processor card replacement procedures 4-57
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X13
in an ELPP LIM unit (end)
31 For further assistance, contact the personnel responsible for the next level of
support.
32 You have completed this procedure.
NT9X13 card and associated LIM components
PEC Slot Associated LIM hardware and F-buses
NT9X13 17F LIM unit number:
Mate LIM unit number:
F-bus number:
Mate F-bus number:
Location of NT9X30 (+5 V)
power converter:
0
1
0
1
slot 04F
NT9X13 22F LIM unit number:
Mate LIM unit number:
F-bus number:
Mate F-bus number:
Location of NT9X30 (+5 V)
power converter:
1
0
1
0
slot 36F
Note: A LIMunit is also referred to as an LMS. LIMunit 0 corresponds to
LMS 0; LIMunit 1 corresponds to LMS 1. In MAP commands, responses,
and displays, the term LIM unit is used to mean an LMS. The term LIM is
also used to refer to the ELPP if the entire ELPP cabinet is meant.
4-58 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System and power cards
in an ELPP LIM unit
Application
Use this procedure to replace the following cards in a link interface module
(LIM) unit of an enhanced link peripheral processor (ELPP).
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card you want to replace, refer to the Index
for a list of the cards, shelves, and frames documented in this card replacement
book.
System and power cards in an ELPP LIM unit
PEC Suffix Card name Shelf or frame name
NT9X15 AA Mapper card LIM unit of an ELPP
NT9X17 AD Message switch
four-port card
LIM unit of an ELPP
NT9X26 AA, BA, CA Remote terminal
interface paddle board
LIM unit of an ELPP
NT9X30 AA +5V 86-A power
converter card
LIM unit of an ELPP
NT9X30 AB Global +5V 86-A power
converter card
LIM unit of an ELPP
NT9X31 AB -5V power converter
card
LIM unit of an ELPP
NT9X49 CA Message switch P-bus
terminator card
LIM unit of an ELPP
NT9X52 AA Message switch T-bus
access card
LIM unit of an ELPP
NT9X53 AD Message switch system
clock card
LIM unit of an ELPP
NT9X62 BB Four-port sub-rate
DS512 paddleboard
LIM unit of an ELPP
NT9X73 BB LMS F-bus rate adapter
card
LIM unit of an ELPP
NT9X79 BB F-bus termination
paddle board
LIM unit of an ELPP
Enhanced link peripheral processor card replacement procedures 4-59
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System and power cards
in an ELPP LIM unit (continued)
Note 1: A link interface module (LIM) is also referred to as an LMS. LIM
unit 0 corresponds to LMS 0; LIM unit 1 corresponds to LMS 1. In MAP
commands, responses, and displays, the termLIMis used to mean an LMS.
Note 2: The ELPP is referred to as a LIM when the entire ELPP is meant,
paralleling how the LISs in the ELPP are closely associated with the LIM.
MAP displays and data schema tables also refer to the ELPP as a LIM.
Common procedures
The following common procedures are referenced:
Loading a PM
Manually busying LIM-to-MS SR128 links
Replacing a card
Reseating cards in equipment shelves
Returning LIM-to-MS SR128 links to service
Unseating cards in equipment shelves
Do not go to the common procedure unless directed to do so in the step-action
procedure.
Action
The following owchart is only a summary of the procedure. To replace the
card, use the instructions in the step-action procedure that follows the
owchart.
4-60 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System and power cards
in an ELPP LIM unit (continued)
Summary of Replacing System and power cards in an ELPP LIM unit
This flowchart summarizes the
procedure.
Use the instructions in the
procedure that follows this
flowchart to perform the
procedure.
Manually busy
all F-buses for
LIM unit
Replacing
LMS port
cards?
Manually busy
the LIM unit
Power down
the LIM unit
Replace the
card
Power up the
LIM unit
Replacing
LMS port
cards?
2
Load the LIM
unit
Return the LIM
unit to service
Return the
F-buses to
service
End
2
Y
N
Y
N
Manually busy
SR128 links on
the MS
Return SR128
links to service
Check that mate
LIM, F-buses,
and taps are InSv
2
Test the LIM
unit
Test the
F-buses
Check card
release
compatibility
Compatible?
Obtain a
compatible
card
N
Y
1
1
Enhanced link peripheral processor card replacement procedures 4-61
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System and power cards
in an ELPP LIM unit (continued)
Replacing System and power cards in an ELPP LIM unit
At your current location
1
Obtain a replacement card. Ensure that the replacement card has the same
PEC, including sufx, as the card being removed.
At the MAP terminal
2 Ensure that the replacement card is compatible with the software load by
typing
>CHECKREL LIM pec release
and pressing the Enter key.
where
pec
is the PEC and sufx of the new card
release
is the two-character code located on the faceplate of thereplacement
card
Example input:
>CHECKREL LIM NT9X15AA 2Z
Example of a MAP response:
CAUTION
Loss of service
This procedure provides instructions for removing a LIMunit
from service, thereby removing redundancy from the ELPP.
Perform this procedure only if necessary to return the LIM
unit to service. Otherwise, perform this procedure only
during periods of low trafc.
If the replacement card is Do
below baseline step 3
on or above baseline step 6
PEC BASELINE EXCEPT RELEASE COMPATIBLE
NT9X15AA 40 None 2Z *NO
Card release is below baseline.
Do not plug the card into the LIM.
4-62 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System and power cards
in an ELPP LIM unit (continued)
3 From the MAP display, record the baseline release code (BASELINE) and
any exception release codes (EXCEPT).
4 Determine which release codes are compatible with the software load in the
switch. A compatible release code is one that is
greater than or equal to the baseline release code, and
not an exception release code
Note: The range of release codes in ascending order is 01 to 09, 0A to
0Z, and 10 to VZ.
5 Obtain a replacement card with a compatible release code.
6 Access the PM level of the MAP display by typing
>MAPCI;MTC;PM
and pressing the Enter key.
Example of a MAP display:
7 Post the LIM unit that contains the card to be replaced by typing
>POST LIM lim_no
and pressing the Enter key.
where
lim_no
is the number of the LIM to be posted (0 to 16)
Example of a MAP display:
If you Do
can obtain a compatible replacement card step 2
cannot obtain a compatible replacement card step 40
SysB ManB OffL CBsy ISTb InSv
0 0 28 0 0 18 PM
InSv . . . . Unit1:
Unit0: InSv . . . .
LIS1 LIS2 LIS3 Links
OOS OOS_Taps
0 InSv LIM
LIM 0 0 1 0 0 1
PM 0 0 28 0 0 18
SysB ManB OffL CBsy ISTb InSv
Enhanced link peripheral processor card replacement procedures 4-63
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System and power cards
in an ELPP LIM unit (continued)
8 Determine the state of the LIM.
Note: The state of the LIMis shown to the right of the LIMnumber on the
MAP display.
9 Determine the state of the mate LIMunit. Refer to the table at the end of this
document to identify the LIM unit associated with the card you are replacing.
Note: The state of the LIM units is shown to the right of the LIM unit
number on the MAP display.
Note: Steps 10 and 11 must be repeated for each LIS on the LIM unit.
10 Access the LIS level of the MAP display by typing
>LIS lis_no
and pressing the Enter key.
where
lis_no
is the number of the LIS (1, 2, or 3)
Example of a MAP display:
If the state of the LIM is Do
Offl step 39
any other in-service or out-of-service state step 9
If the state of the mate LIM unit is Do
InSv step 10
ISTb, and the state of the LIM unit associated with
the card you are replacing is InSv or ISTb
step 10
ISTb, and the LIMunit associated with the card you
are replacing is out of service
step 10
any out-of-service state, and the state of the LIMunit
associated with the card you are replacing is InSv
or ISTb
step 37
any out-of-service state, and the LIMunit associated
with the card you are replacing is out of service
step 10
4-64 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System and power cards
in an ELPP LIM unit (continued)
11
Determine the states of the F-bus and the provisioned F-bus taps for the mate
LIM unit.
Note: The state of the F-buses is shown to the right of the F-bus numbers
on the MAP display. Refer to the table at the end of this document to
identify the LIM and F-bus components associated with the card you are
replacing.
Note: Step 12 must be repeated for each LIS on the LIM unit.
CAUTION
Potential loss of service
Ensure that the mate LIM unit, the mate F-buses, and the
F-bus taps on the mate are in service before manually
busying the LIMunit and F-buses associated with the card to
be replaced. Manually busying the F-buses and the LIMunit
isolates nodes on the link interface shelves (LIS) if the mate
resources are out of service.
If the states are Do
in-service (state of the F-bus is
InSv and all F-bus taps are .
[dot])
step 10 for the next LIS
OR
step 12 (if steps 10 and 11 have
been repeated for each LIS)
any other state (state of the
F-bus is not InSv and one or
more F-bus taps are not . [dot])
step 38
SysB ManB OffL CBsy ISTb InSv
PM 0 0 28 0 0 18
LIM 0 0 1 0 0 1
InSv .... .... .... FBus1:
FBus0: InSv .... .... ....
0 4 8 LIS2 Tap:
InSv . . . . Unit1:
Unit0: InSv . . . .
LIS1 LIS2 LIS3 Links
OOS OOS_Taps
0 InSv LIM
Enhanced link peripheral processor card replacement procedures 4-65
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System and power cards
in an ELPP LIM unit (continued)
12 Manually busy the F-bus on the LIS corresponding to the LIM that is
associated with the card to be replaced, by typing
>BSY FBUS fbus_no
and pressing the Enter key.
where
fbus_no
is the number of the F-bus (0 or 1)
Note: Refer to the table at the end of this document to identify the F-bus
components corresponding to the LIM associated with the card you are
replacing.
Example of a MAP response:
13 Conrm the command by typing
>YES
and pressing the Enter key.
Example of a MAP response:
14 Quit the LIS level of the MAP display by typing
>QUIT
and pressing the Enter key.
If Do
the command passes step 12 for the next LIS OR-
step 14 (if step 12 has been re-
peated for each LIS)
you must confirm the command step 13
If Do
step 12 has been repeated for
each LIS
step 14
step 12 has NOT been repeated
for each LIS
step 12 for the next LIS
LIM 0 LIS 2 FBus 0 Busy requires confirmation
confirm ("YES", "Y", "NO", or "N"): Please
LIM 0 LIS 1 FBus 0 Busy initiated.
passed. LIM 0 LIS 1 FBus 0 Busy
4-66 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System and power cards
in an ELPP LIM unit (continued)
15 The next step depends on the card you are replacing
16
Manually busy the SR128 links using the procedure Manually busying
LIM-to-MS SR128 links in this document. When you have completed the
procedure, return to this point.
17 Manually busy the LIM unit corresponding to the card to be replaced, by
typing
>BSY UNIT unit_no
and pressing the Enter key.
where
unit_no
is the number of the LIM unit (0 or 1)
Example of a MAP response:
If you are replacing Do
an NT9X17 or an NT9X62 (MS
port cards)
step 16
any other card step 17
CAUTION
Possible service impact
Manually busy only the SR128 links associated with a
specic NT9X17 or NT9X62 card in the LIM unit. The
remaining SR128 links associated with the LIM unit must
remain in service.
bsy unit 0
passed.
LIM 0 UNIT 0 Busy initiated.
LIM 0 UNIT 0 Busy
Enhanced link peripheral processor card replacement procedures 4-67
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System and power cards
in an ELPP LIM unit (continued)
At the shelf
18
Press down and release the power switch on the faceplate of the NT9X30 and
NT9X31 power converter associated with the card to be replaced. Refer to
the table at the end of this document to identify the power converter
associated with the LIM unit you are working on.
Note: The CONVERTER OFF LED is lit when the NT9X30 and NT9X31
power converter is powered down.
19
Unseat the NT9X13 associated with the LIM unit you are working on using
the procedure Unseating cards in equipment shelves in this document. When
you have completed the procedure, return to this point.
Note: Refer to the table at the end of this document to identify the
NT9X13 associated with the LIM unit you are working on.
20 Press down and release the power switch on the faceplate of the NT9X30 and
NT9X31 power converter associated with the card to be replaced. Refer to
the table at the end of this document to identify the power converter
associated with the LIM unit you are working on.
21 Replace the card using the procedure Replacing a card in this document.
When you have completed the procedure, return to this point.
Note 1: Ensure that the handle of the power switch on the replacement
power converter is also in the OFF position.
DANGER
Static electricity damage
Wear a wrist strap connected to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) while handling circuit cards. This
protects the cards against damage caused by static electricity.
If the CONVERTER OFF LED is Do
lit step 21
not lit step 19
CAUTION
Possible loss of service
Unseating the NT9X13 card bypasses the safety interlock.
Ensure that the card to be removed is in the manual-busy
LIM unit.
4-68 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System and power cards
in an ELPP LIM unit (continued)
Note 2: If the card to be replaced has switches, ensure that the switches
on the replacement card have the same settings.
22 The next step depends on the condition of the NT9X13 card associated with
the card you have replaced.
23 Reseat the NT9X13 associated with the card you are replacing using the
procedure Reseating cards in equipment shelves in this document. When
you have completed the procedure, return to this point.
24 Release the power switch on the faceplate of the NT9X30 and NT9X31 power
converter associated with the card you have replaced.
Note: The CONVERTER OFF LED is not lit when the NT9X30 and
NT9X31 power converter is powered up.
25 The next action depends on your reason for performing this procedure
26 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
At the MAP terminal
27 The next step depends on the card you are replacing.
28 Return the SR128 links to service using the procedure Returning LIM-to-MS
SR128 links to service in this document. When you have completed the
procedure, return to this point.
29 Load the LIM unit by typing
>LOADPM UNIT unit_no
and pressing the Enter key.
where
If the NT9X13 is Do
seated step 24
unseated step 23
If you were Do
sent to this procedure fromanother maintenance pro-
cedure
step 26
not sent to this procedure from another maintenance
procedure
step 27
If you are replacing Do
an NT9X17 or an NT9X62 (LMS port cards) step 28
any other card step 29
Enhanced link peripheral processor card replacement procedures 4-69
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System and power cards
in an ELPP LIM unit (continued)
unit_no
is the number of the LIM unit (0 or 1)
Example of a MAP response:
30 Load the PMusing the procedure Loading a PMin this document. When you
have completed the procedure, return to this point.
31 Perform an out-of-service (OOS) test on the LIM unit by typing
>TST UNIT unit_no
and pressing the Enter key.
where
unit_no
is the number of the LIM unit (0 or 1)
Example of a MAP response:
32 Return the LIM unit to service by typing
>RTS UNIT unit_no
and pressing the Enter key.
where
unit_no
is the number of the LIM unit (0 or 1)
Example of a MAP response:
If the LOADPM command Do
passed step 31
failed step 30
If the TST command Do
passed step 32
failed step 40
LIM 0 UNIT 0 Load initiated.
LIM 0 UNIT 0 Load passed.
LIM 0 UNIT 0 Test initiated.
LIM 0 UNIT 0 Test passed.
4-70 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System and power cards
in an ELPP LIM unit (continued)
33 Perform an in-service (InSv) test on the LIM unit by typing
>TST UNIT unit_no
and pressing the Enter key.
where
unit_no
is the number of the LIM unit (0 or 1)
Example of a MAP response:
Note: Steps 34, 35, and 36 must be repeated for each LIS on the LIMunit.
34 Access the LIS level of the MAP display by typing
>LIS lis_no
and pressing the Enter key.
where
lis_no
is the number of the LIS (0, 1, or 2)
Example of a MAP display:
If the RTS command Do
passed step 33
failed step 40
If the TST command Do
passed step 34
failed step 40
LIM 0 UNIT 0 Return to Service initiated.
Return to Service passed. LIM 0 UNIT 0
LIM 0 UNIT 0 Test initiated.
LIM 0 UNIT 0 Test passed.
Enhanced link peripheral processor card replacement procedures 4-71
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System and power cards
in an ELPP LIM unit (continued)
35 Return the F-bus to service by typing
>RTS FBUS fbus_no
and pressing the Enter key.
where
fbus_no
is the number of the F-bus that you busied (0 or 1)
Example of a MAP response:
36 Perform an InSv test on the F-bus for each LIS by typing
>TST FBUS fbus_no
and pressing the Enter key.
where
fbus_no
is the number of the F-bus (0 or 1)
Example of a MAP response:
If the RTS command Do
passed step 36 for the next LIS
OR
step 41 (if step 36 has been re-
peated for each LIS)
failed step 40
FBus1: InSv .... .... ....
BBBB FBus0: ManB BBBB BBBB
Tap: 0 4 8 LIS2
Unit1: InSv . . . .
. Unit0: ISTb . . 12
LIS1 LIS2 LIS3 Links
00S 00S_Taps
0 ISTb LIM
LIM 0 0 1 0 1 1
PM 0 0 28 0 0 18
SysB ManB OffL CBsy ISTb InSv
LIM 0 LIS 2 FBus 0 Return to Service initiated.LIM 0 L
2 FBus 0 Return to Service passed.
4-72 Enhanced link peripheral processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System and power cards
in an ELPP LIM unit (end)
37 Continuing with this procedure removes the entire LIMfromservice, isolating
application specic units (ASU) on the LIS. Consult ofce personnel or your
next level of support to determine if you should continue with this procedure,
and proceed as directed.
38 Continuing with this procedure isolates one or more application specic units
(ASU) on the LIS. Consult ofce personnel or your next level of support to
determine if you should continue with this procedure, and proceed as
directed.
39 Consult ofce personnel to determine why the component is ofine. Continue
as directed by ofce personnel.
40 For further assistance, contact the personnel responsible for the next level of
support.
41 You have completed this procedure.
If the TST command Do
passed step 36 for the next LIS
OR
step 41 (if step 36 has been re-
peated for each LIS)
failed step 40
System cards and associated LIM hardware (Sheet 1 of 3)
PEC Slot Associated LIM hardware and F-buses
NT9X15 15F LIM unit number
Mate LIM unit number:
0
1
NT9X26 17R F-bus number:
Mate F-bus number:
0
1
NT9X30 04F F-bus number:
Mate F-bus number:
0
1
NT9X31 01F
Note: A LIMunit is also referred to as an LMS. LIMunit 0 corresponds to
LMS 0; LIMunit 1 corresponds to LMS 1. In MAP commands, responses,
and displays, the term LIM unit is used to mean an LMS. The term LIM is
also used to mean the ELPP where the entire ELPP cabinet is meant.
LIM 0 UNIT 0 Test initiated.
LIM 0 UNIT 0 Test passed.
Enhanced link peripheral processor card replacement procedures 4-73
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X49 07F Location of NT9X13 slot 17F
NT9X52 19F Location of NT9X30
power converter
slot 04F
NT9X53 18F Location of NT9X30
power converter
slot 04F
NT9X73 13F-LIS1
12F-LIS2
11F-LIS3
Location of NT9X31
power converter
slot 01F
NT9X79 13R-LIS
112R-LI
S211R-L
IS3
Location of NT9X31
power converter
slot 01F
NT9X17 10F
9F
NT9X62 10R
9R
NT9X15 24F LIM unit number:
Mate LIM unit number:
1
0
NT9X26 22R F-bus number:
Mate F-bus number:
1
0
NT9X30 36F F-bus number:
Mate F-bus number
1
0
NT9X31 33F
NT9X49 32F Location of NT9X13 slot 22F
NT9X52 20F Location of NT9X30
power converter
slot 36F
NT9X53 21F Location of NT9X30
power converter
slot 36F
System cards and associated LIM hardware (Sheet 2 of 3)
PEC Slot Associated LIM hardware and F-buses
Note: A LIMunit is also referred to as an LMS. LIMunit 0 corresponds to
LMS 0; LIMunit 1 corresponds to LMS 1. In MAP commands, responses,
and displays, the term LIM unit is used to mean an LMS. The term LIM is
also used to mean the ELPP where the entire ELPP cabinet is meant.
NT9X73 26F-LIS1
27F-LIS2
28F-LIS3
Location of NT9X31
power converter
slot 38F
NT9X79 26R-LIS
127R-LI
S228R-L
IS3
Location of NT9X31
power converter
slot 38F
NT9X17 29F
30F
NT9X62 29R
30R
System cards and associated LIM hardware (Sheet 3 of 3)
PEC Slot Associated LIM hardware and F-buses
Note: A LIMunit is also referred to as an LMS. LIMunit 0 corresponds to
LMS 0; LIMunit 1 corresponds to LMS 1. In MAP commands, responses,
and displays, the term LIM unit is used to mean an LMS. The term LIM is
also used to mean the ELPP where the entire ELPP cabinet is meant.
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
5-1
5 SuperNode SE enhanced network
card replacement procedures
Introduction
This chapter provides card replacement procedures for the SuperNode SE
enhanced network (ENET). The rst section in the chapter provides diagrams
of SuperNode SE ENET shelf designs.
Card replacement procedures for the SuperNode ENET are in the chapter
SuperNode network card replacement procedures".
Card replacement procedures for the frame supervisory panel (FSP) and
modular supervisory panel (MSP) are in the chapter Frame supervisory panel
and maintenance supervisory panel card replacement procedures".
Each procedure contains the following sections:
Application
Common procedures
Action
Application
This section identies the ENET card(s) covered by the replacement
procedure.
Common procedures
This section lists common procedures in the ENET card replacement
procedure. A common procedure is a series of steps repeated within
maintenance procedures. Steps for the removal replacement of a card are
examples of common procedures. Common procedures are in the common
procedures chapter in this NTP.
Do not use common procedures unless the step-action procedure directs you.
5-2 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Action
This section contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
Recording card replacement activities
When you replace a card, record the following information in ofce records:
the serial number of the card replaced
the date that you replaced the card
the reason that you replaced the card
SuperNode SE enhanced network card replacement procedures 5-3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
SuperNode SE ENET shelf designs
Application
This procedure provides the following design gures:
single core cabinet (SCC, SuperNode SE 16k ENET)
SuperNode SE 32k ENET cabinet
SuperNode SE enhanced network and interface (ENI) shelf (16k ENET)
SuperNode SE ENET shelf, 32k ENET
Figure Single core cabinet
MS
LIS
MS 0 MS 1
Cooling unit
FSP
ENI
CM/SLM
CM/SLM 0 CM/SLM 1
5-4 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
SuperNode SE ENET shelf designs (continued)
Figure SuperNode SE 32k ENET cabinet
FSP
Cooling unit
ENET shelf
Plane 0
Shelf 0
Filler faceplates
ENET shelf
Plane 1
Shelf 1
Filler faceplates
SuperNode SE enhanced network card replacement procedures 5-5
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
SuperNode SE ENET shelf designs (continued)
Figure SuperNode SE ENI shelf with 16k ENET
Cards
33F
32F
31F
30F
29F
28F
27F
26F
25F
24F
23F
22F
21F
20F
19F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
36F
Paddle boards
32R
31R
30R
29R
28R
27R
26R
25R
24R
23R
22R
21R
20R
19R
18R
17R
16R
15R
14R
13R
12R
11R
10R
09R
08R
07R
Rear Front
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9X19 Filler faceplate
NT9X40
NT9X26 RTIF PB
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9Xnn*
NT9X19 Filler faceplate
NT9X40
NT9X26 RTIF PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X36 ENET message clock card
NT9X13 Processor card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X35 Crosspoint card
NT9X36 ENET message clock card
NT9X13 DMS SuperNode processor card
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X31 5V power converter card
NT9X30 +5V power converter card
NT9X31 5V power converter card
NT9X30 +5V power converter card
Note: nn* denotes one of
NT9X40 fiber interface PB,
NT9X41 DS30 PB, or
NT9X45 combined
DS30/DS512 PB
5-6 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
SuperNode SE ENET shelf designs (end)
Figure Shelf for SuperNode SE 32k ENET
Cards
33F
32F
31F
30F
29F
28F
27F
26F
25F
24F
23F
22F
21F
20F
19F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
36F
Paddle boards
32R
31R
30R
29R
28R
27R
26R
25R
24R
23R
22R
21R
20R
19R
18R
17R
16R
15R
14R
13R
12R
11R
10R
09R
08R
07R
Rear Front
NT9X35 H-bus terminating crosspoint card
NT9X35 H-bus terminating crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 16K x 16K crosspoint card
NT9X35 H-bus terminating crosspoint card
NT9X35 H-bus terminating crosspoint card
NT9X36 Clock and message card
NT9X31 Power converter card
NT9X30 Power converter card
NT9X13 CPU card
NT9X30 Power converter card
NT9X31 Power converter card
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X40/41/45 PM I/F PB
NT9X19 Filler faceplate
NT9X40 QUAD fibre MS I/F PB
NT9X26 RTIF PB
SuperNode SE enhanced network card replacement procedures 5-7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET
Application
Use this procedure to replace the following cards in a SuperNode SE (SNSE)
16k enhanced network (ENET).
Note: Use the procedure Systemcards in a Supernode SE 16k ENET in this
chapter to replace an NT9X40 in ENI shelf slots 11 or 21.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Verifying load compatibility of SuperNode cards
Replacing a card
Cleaning ber optic components and assemblies
Do not go to the common procedure unless the step-action procedure directs
you.
PEC Suffix Card name Shelf or frame name
NT9X35 FA DMSSuperNodeprocessor
card
Enhanced network and
interface (ENI)
NT9X40 BA, BB,
DA
ENET + quad fiber paddle
board
ENI, slots 13 to 19 and 23 to 29
NT9X41 BA 16-port DS30 paddle board ENI
NT9X45 BA Three-DS512 link and
16-DS30 port paddle board
ENI
5-8 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
Action
This procedure contains a summary owchart and a list of terms. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
SuperNode SE enhanced network card replacement procedures 5-9
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
Summary of Replacing Crosspoint and interface cards in a SuperNode SE 16k ENET
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Wait 30 min for
traffic to clear
Manually busy
and offline the
card
Replace the
card
Test the card
Return the
ENET plane to
service
Clear the deload
for the ENET
plane
Return the card
to service
Set deload for
the ENET
plane
Affected
ENET plane
SysB?
2
Y
N
End
Clear SysB
state
2
1
1
Determine if the
affected ENET
plane is SysB
5-10 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
Replacing Crosspoint and interface cards in a SuperNode SE 16k ENET
At your current location
1 Determine the type and location of the card that you replace.
2 To replace the card, performthe procedure Systemcards in a SuperNode SE
16k ENET in this chapter.
3
Obtain a replacement card. Make sure that the replacement card has the
same PEC and PEC sufx as the card you that you remove.
Note: For North American switches, NT9X40BA and NT9X40BB can
interchange and can be present with other switches at the same time.
International switches can contain only NT9X40BB.
4 To make sure the replacement card is compatible with the software load,
performthe procedure Verifying load compatibility of SuperNode cards. The
procedure Verifying load compatibility of SuperNode cards appears in this
document. Complete the procedure and return to this point.
At the MAP terminal
5 To access the NET;SYSTEM level of the MAP display, type
>MAPCI;MTC;NET;SYSTEM
and press the Enter key.
Example of a MAP display:
If the card Do
is an NT9X40 in slots 11 or 21 step 2
is other than listed here step 3
CAUTION
System can drop calls
This procedure can remove an ENET card or MS-ENET link
from service, which can cause the system to drop calls that
are in progress. Perform this procedure only when you need
to return an interface or crosspoint card to service. If you do
not need to return the interface or crosspoint card to service,
perform this procedure during periods of low trafc.
SuperNode SE enhanced network card replacement procedures 5-11
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
6 Determine the state of the ENET plane that contains the card that you
replace. The state appears under the Plane headers on the SYSTEM level
MAP display. In the MAP display example in step 5, plane 0 is in-service
trouble I and plane 1 is in service.
7 Wait for the system to complete the system-initiated testing. To evaluate the
state of the ENET plane, go to step 6.
8 You must clear the system busy state of the ENET plane before you attempt
to replace the card. Obtain copies of recent ENET log reports. Determine
from the log messages if ENET system cards or power converters require
replacement.
9 To replace the card (or cards), performthe correct procedure in this chapter.
Complete the card replacement and return to step 6.
10 To determine if deloaded crosspoint cards are in the other ENET plane, type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1) for the mate node
Example of a MAP response:
If the state of the ENET plane Do
is T (being tested) step 7
is S (system busy) step 8
is other than listed here step 10
If Do
any system cards or power
converters require replacement
step 9
system cards or power converters
do not require replacement
step 65
SYSTEM
Shelf Plane 0 Plane 1
00 I CSLink 1 closed .
5-12 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
Note: The letter Y under the slot number indicates a deloaded crosspoint
card.
11 To determine if the ENET plane has any deloaded crosspoint cards, type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card that
you replace
12 Record the plane number slot number for any deloaded crosspoint cards in
the ENET plane. Use this list to make sure that these cards are returned to
the deloaded state when you complete this procedure.
13 To set all crosspoint cards to a deloaded status for the ENET plane that
contains the card you replace, type
>DELOAD plane_no 0 SET
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
14 Wait 30 min to permit network trafc on the ENET plane to clear.
If the other ENET plane Do
has deloaded cards step 64
does not have deloaded cards step 11
If the ENET plane Do
has deloaded cards step 12
does not have deloaded cards step 13
Request to QUERY DELOAD ENET Plane:0 Shelf:00 submitted.
Request to QUERY DELOAD ENET Plane:0 Shelf:00 passed.
1111111 111
0123456 789
Plane:0 Shelf:00 .Y.---- ---
Request to SET DELOAD ENET Plane:0 Shelf:00 submitted.
Request to SET DELOAD ENET Plane:0 Shelf:00 passed.
SuperNode SE enhanced network card replacement procedures 5-13
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
15 The next action depends on the state of the ENET plane.
16 To manually busy the ENET plane, type
>BSY plane_no 0
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card you
replace
Example of a MAP response:
17 To conrm the command, type
>YES
and press the Enter key.
18 To ofine the ENET plane, type
>OFFL plane_no 0
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card you
replace
If the ENET plane Do
is O (offline) step 20
is M (manual busy) step 18
is other than listed here step 16
If the response Do
requests confirmation step 17
indicates the BSY command
passed
step 18
If the BSY command Do
passed step 18
failed step 66
Request to MAN BUSY ENET Plane:0 Shelf:00 submitted.
Request to MAN BUSY ENET Plane:0 Shelf:00 passed.
5-14 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
Example of a MAP response:
19 To conrm the command, type
>YES
and press the Enter key.
20 To locate the message switch (MS) chain head card that associates with the
ENET plane, type
>TRNSL plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
Note: In the example, the number of the chain head card is 5. The link
number is 0.
21 Record the number of the chain head card and the link number.
22 To access the MS SHELF level of the MAP display, type
>MS;SHELF
and press the Enter key.
Example of a MAP display:
If the OFFL command Do
passed step 26
failed step 66
WARNING: A power down of ENET plane:1 shelf:00 may affect LIU
components.
Please conrm (YES", Y", NO", or N"):
Request to TRNSL ENET Plane:0 Shelf:00 submitted.
Request to TRNSL ENET Plane:0 Shelf:00 passed.
ENET Plane:0 Shelf:00 : MS 0 and 1 Card:05 Link:00 Port:000
Message Switch Clock Shelf 0 Inter-MS Link 0 1
Shelf 0
Card 1 2 3 4 5 6 7 8 9 0 1 2 3
Chain |
MS 0 . . . . . - - . . . . . .
MS 1 . . . . . - - . . . . . .
MS 1 . M Free
MS 0 . Slave . . .
. . .
1 1 1 1
SuperNode SE enhanced network card replacement procedures 5-15
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
23 To post the chain head card, type
>CHAIN card_no
and press the Enter key.
where
card_no
is the card number that you recorded in step 21
Example of a MAP display:
Chain 05 Range Link 0 1
MS 0 . 05-05 DS512 . .
MS 1 . 05-05 DS512 . .
24 To manually busy the link on the chain on MS 0, type
>BSY 0 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 21
Example of a MAP response:
Request to MAN BUSY MS: 0 shelf: 0 chain:05 link 0 submitted.
Request to MAN BUSY MS: 0 shelf: 0 chain:05 link 0 passed.
25 To manually busy the link on the chain on MS 1, type
>BSY 1 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 21
26 To access the ENET SHELF level of the MAP display, type
>ENET;SHELF
and press the Enter key.
Example of a MAP display:
If the BSY command Do
passed step 25
failed step 66
If the BSY command Do
passed step 26
failed step 66
5-16 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
27 To access the CARD level for the card you replace, type
>CARD card_no
and press the Enter key.
where
card_no
is the number of the card you replace
Example of a MAP display:
28 To conrm the command, type
>YES
and press the Enter key.
29 To ofine all cards in the ENET shelf, type
>OFFL plane_no ALL
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card you
replace
Example of a MAP response:
ENET System Matrix Shelf 0
Plane 0 . . .
Plane 1 . Fault F
SHELF 00 Power LIU ENET-Plane 0 ENET-Plane 1 LIU Power
11 11111111 22 22222222 333 333333
Slot 123456 789 01 23456789 01 23456789 012 345678
. . .. ........ .. .....F.. . .
CARD Plane Front: Back:
Xpt NIL
12 0 . -
22 1 . -
Request to OFFLINE ENET Plane:0 Shelf:00 Slot:12 submitted.
Request to OFFLINE ENET Plane:0 Shelf:00 Slot:12 passed.
SuperNode SE enhanced network card replacement procedures 5-17
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
At the ENET shelf
30
The next action depends on the card you replace.
31 To replace the card, perform the procedure Replacing a card in this NTP.
Complete the procedure and go to step 44.
32 Locate the NT9X41 card and disconnect the DS30 connectors.
Note: The DS30 connectors appear in the diagram on the next page.
a Loosen the screws that retain the connector.
b Unplug the connectors.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If you Do
replace an NT9X35 step 31
replace an NT9X41 step 32
replace an NT9X40 or NT9X45 step 35
5-18 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
33 To replace the card, perform the procedure Replacing a card in this NTP.
Complete the procedure and return to this point.
34 Reconnect the DS30 connectors.
a Plug the connectors into the card.
NT9X41
BA
1
2
4
6
SuperNode SE enhanced network card replacement procedures 5-19
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
b Tighten the screws that retain the connector.
Go to step 44.
35
Make sure that you are at the correct ENET node and the interface card,
before you disconnect the ber cables. To identify the ENET node, check the
plane and shelf identication. To identify the interface card, check the slot.
36 Make sure that each cable has a label that contains the following information:
ENET shelf number
plane number
slot numbers
link number
signal type
The signal type can be transmit or receive. If this information is not present,
create a label and attach the label to the cable. This label provides the
information that you need to connect the ber cables to the card correctly.
Example of a label:
Label eld descriptions
ATTENTION
Make sure that you identify connector zone numbers correctly. To identify zone
numbers, refer to gure NT9X40BA/BB connector zone numbers for the
NT9X40 and gure NT9X45BA connector zone numbers for the NT9X45.
Figure NT9X40BA/BB connector zone numbers appears at the end of this
procedure. Figures Fiber connector detail and Fiber connector and receptacle
detail are diagrams of ber connector components for these cards.
ENCO 00 39
10R 04 17T
LTE 000 18
22R RX
5-20 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
37
Disconnect the transmit and receive connectors for each ber cable as
follows.
Note: When you disconnect the connectors, place dust caps on the ends
of the connectors.
a Grasp the sleeve with two ngers. Carefully push the sleeve toward the
frame.
DANGER
Avoid contamination of the ber tip surface
Make sure that you do not touch the tip of the ber. Dirt or
oil from the skin transferred to the ber tip surface degrades
ber performance.
DANGER
Fiber cable can become defective
Make sure that you handle ber cables carefully. Do not
crimp ber cables or bend ber cables to a radius of less than
3 cm (1.180 in.).
ENCO ENET plane (0 or 1)
00 cabinet number
39 ENET shelf by the base mounting position number
10R slot number and position (R for rear, or F for front)
04 zone number
17T link number and the signal type (T for transmit, R for receive)
LTE PM that the cable terminates on
000 PM frame number
18 PM shelf by the base mounting position number
22R slot number and position (R for rear, or F for front)
RX signal type at the PM end (RX for receive or TX for transmit)
SuperNode SE enhanced network card replacement procedures 5-21
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
b Turn the connector counterclockwise until the connector pin is in the
position shown in the following diagram.
c Carefully pull the connector away from the frame.
Note: Perform the procedure, Cleaning ber optic components and
assemblies in this NTP.
38 The next action depends on the card that you replace.
39 Disconnect the DS30 connectors, as follows:
a Loosen the screws that retain the connector.
b Unplug the connectors.
40 To replace the card, perform the procedure Replacing a card in this NTP.
Complete the procedure and return to this point.
41 Remove the dust caps on the transmit and receive connectors as you connect
the connectors to the new card.
Reconnect the transmit and receive connectors for each ber cable, as
follows.
a Align the connector pin and slot with the receptacle slot and pin, in the
sequence given, as shown.
If you Do
replace an NT9X45 step 39
replace an NT9X40 step 40
5-22 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
b Carefully slide the connector into the receptacle.
c Turn the connector clockwise to lock the connector in place.
d Release the connector. The following gure illustrates the nal connector
position.
SuperNode SE enhanced network card replacement procedures 5-23
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
42 The next action depends on the card you replace.
43 Reconnect the DS30 connectors, as follows.
a Plug the connectors into the card.
b Tighten the screws that retain the connector.
At the MAP terminal
44 To access the MS Chain card level of the MAP display, type
>MS;SHELF;CHAIN card_no
and press the Enter key.
where
card_no
is the card number that you recorded in step 21
45 To return the link on the chain on MS 0 to service, type
>RTS 0 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 21
Example of a MAP response:
If you Do
replace an NT9X45 step 43
replace an NT9X40 step 44
5-24 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
46 To return the link on the chain on MS 1 to service, type
>RTS 1 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 21
47 To access the NET;SYSTEM level of the MAP display, type
>NET;SYSTEM
and press the Enter key.
48 To manually busy the ENET plane that contains the replacement card, type
>BSY plane_no 0
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card
49 To conrm the command, type
>YES
If the RTS command Do
passed step 46
failed step 66
If the RTS command Do
passed step 47
failed step 66
If the respobse Do
requests confirmation step 49
indicates the BSY command
passed
step 50
Request to RTS MS: 0 shelf: 0 chain:05 link 0 submitted.
Request to RTS MS: 0 shelf: 0 chain:05 link 0 passed.
SuperNode SE enhanced network card replacement procedures 5-25
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
and press the Enter key.
50 To return the ENET plane to service, type
>RTS plane_no 0
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card
Example of a MAP response:
51 To access the SHELF level of the MAP display, type
>SHELF
and press the Enter key.
52 To manually busy all cards on the ENET shelf, type
>BSY plane_no ALL
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card
53 To return the card to service, type
>RTS plane_no
and press the Enter key.
If the BSY command Do
passed step 50
failed step 66
If the RTS command Do
passed step 51
failed step 66
If the BSY command Do
passed step 53
failed step 66
Request to RTS ENET Plane:0 Shelf:01 submitted.
Request to RTS ENET Plane:0 Shelf:01 passed.
5-26 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card
Example of a MAP response:
54 The replacement card is faulty. Obtain another replacement card.
55 To access the SYSTEM level of the MAP display, type
>SYSTEM
and press the Enter key.
Go to step 16
56 To access the NET;SYSTEM level of the MAP display, type
>SYSTEM
and press the Enter key.
57 To clear the deload condition on all crosspoint cards in the ENET plane, type
>DELOAD plane_no 0 CLEAR
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
58 The next action depends on if you recorded a card list in step 12.
59 To access the SHELF level of the MAP display, type
>SHELF 0
If the RTS command Do
passed step 56
failed step 66
If you Do
recorded a card list step 59
did not record a card list step 62
Request to RTS ENET Plane:0 Shelf:00 Slot:12 submitted.
Request to RTS ENET Plane:0 Shelf:00 Slot:12 passed.
Request to CLEAR DELOAD ENET Plane:0 Shelf:00 submitted.
Request to CLEAR DELOAD ENET Plane:0 Shelf:00 passed.
SuperNode SE enhanced network card replacement procedures 5-27
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
and press the Enter key.
60 To set the rst card on the list to the deloaded status, type
>DELOAD plane_no slot_no SET
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
slot_no
is the number of the slot the card occupies (slots 12 to 19 on plane 0
or slots 22 to 29 on plane 1)
61 Repeat step 60 for the next card on the list.
62 The next action depends on the reason that you perform this procedure.
63 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
64 This procedure instructs you to deload a node. Continue this procedure only
under special conditions because the mate node has deloaded cards.
Consult ofce personnel or the next level of support. Continue as directed.
65 To obtain help on how to identify the cause of the system busy condition,
contact the next level of support. Continue as directed.
66 For additional help, contact the next level of support.
67 The procedure is complete.
If all cards on the list Do
are not set to deloaded status step 61
are set to deloaded status step 62
If a maintenance procedure Do
directed you to this procedure step 63
did not direct you to this procedure step 67
5-28 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
NT9X40BA/BB connector zone numbers
The figure correlates the zone numbers (1 to 8) to the link numbers. The
zone numbers appear on the face of the card. The link numbers appear on
the MAP display for the NT9X40BA or NT9X40BB interface card. Note that
the diagram indicates fiber connections only. Observe carefully the zone
identification marks for transmit and receive.
Link 0
Transmit
Link 1
Link 2
Link 3
Link 0
Receive
Link 1
Link 2
Link 3
NT9X40
BA
0
1
0
2
0
3
0
4
0
5
0
6
0
7
0
8
Receptacle
Connector
SuperNode SE enhanced network card replacement procedures 5-29
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 16k ENET (continued)
NT9X45BA connector zone numbers
Transmit
Link 16
Receive
Link 16
NT9X45
BA
1
2
3
4
5
6
8
Receptacle
Transmit
Link 17
Receive
Link 17
Transmit
Link 18
Receive
Link 18
12
Connector
DS-30
DS-30
The figure correlates the zone numbers (1 to 12) to the link numbers. The
zone numbers appear on the face of the card. The link numbers appear on
the MAP display for the NT9X45BA interface card. Note that the diagram
indicates fiber connections only. Observe carefully the zone identification
marks for transmit and receive.
5-30 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 16k ENET (end)
Fiber connector detail
This gure shows the type of connector used to connect ber to an NT9X40
or NT9X45 paddle board.
Fiber connector and receptacle detail
This gure shows the different parts of the connector and receptacle.
Sheath
Label
Connector sleeve
Fiber tip
Connector
Connector pin
Connector slot
Receptacle pin
Receptacle
Receptacle slot
Connector pin
Connector slot
Connector
SuperNode SE enhanced network card replacement procedures 5-31
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET
Application
Use this procedure to replace the following cards in a SuperNode SE 32k
enhanced network (ENET) shelf.
To identify the product engineering code (PEC), sufx, the provisioned shelf
or frame of the removed card, refer to the Index. The Index contains a list of
cards, shelves, and frames in this card replacement book.
Note: To replace an NT9X40 in slot 8, refer to the System cards in a
Supernode SE 32k ENET procedure in this chapter.
Common procedures
This document contains references to the following:
Replacing a card
Verifying load compatibility of SuperNode cards
Cleaning ber optic components and assemblies
The instructions in this procedure will indicate when to refer to the common
procedures.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to reviewthe procedure. To replace the card, followthe instructions
in the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT9X35 BA, CA 128K ENET crosspoint
card
32k ENET
NT9X40 BA, BB,
DA
ENET quad fiber
interface paddle board
32k ENET, slots 10 to 16 and
25 to 32
NT9X41 BA International 16-port
DS-30 paddle board
32k ENET
NT9X45 BA Three DS-512 link and
16 DS-30 port paddle
board
32k ENET
5-32 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
Summary of Replacing Crosspoint and interface cards in a SuperNode SE 32k
ENET
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Set deload for
the plane and
shelf
Wait 30 min for
traffic to clear
Manually-busy
and offline the
plane and shelf
Manually-busy
the MS chain
head cards
Replace the
card
Return the MS
chain head
cards to service
Manually-busy
the plane and
shelf
Return the
plane and shelf
to service
Clear deload
for the plane
and shelf
End
SuperNode SE enhanced network card replacement procedures 5-33
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
Replacing Crosspoint and interface cards in a SuperNode SE 32k ENET
At your current location
1 Determine the type and location of the removed card.
2 To replace the card, refer to the Systemcards in a SuperNode SE 32k ENET
procedure in this chapter.
3
Obtain a replacement card. Ensure that the replacement card has the same
PEC, including sufx, as the removed card.
Note: For North American switches, NT9X40BA and NT9X40BB are
interchangeable and can coexist with the other switches. Only NT9X40BB
are available for international switches.
4 Make sure that the replacement card is compatible with the software load. To
verify the compatibility, refer to the Verifying the load compatibility of
SuperNode cards procedure in this NTP. When the procedure is complete,
return to this point.
At the MAP terminal
5 To access the NET;SYSTEM level of the MAP display, type
>MAPCI;MTC;NET;SYSTEM
and press the Enter key.
Example of a MAP display:
6 Determine the state of the plane that contains the card. An indication of the
state appears under the Plane headers on the SYSTEM level MAP display.
If the card Do
is an NT9X40 card in slot 8 step 2
is other than listed here step 3
WARNING
Calls may be dropped
This procedure removes an ENET card from service,
potentially dropping calls currently in progress. Performthis
procedure only if necessary to return an interface or
crosspoint card to service. Otherwise, perform this
procedure only during periods of low trafc.
SYSTEM
Shelf Plane 0 Plane
00 I CSLink 1 closed .
5-34 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
In the MAP display example shown in step 5, plane 0 is in-service trouble (I)
and plane 1 in service.
7 When the system initiated testing is complete, go to step 6 to evaluate the
state of the ENET plane again.
8 To determine if there are deloaded crosspoint cards in the other plane, type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1) of the mate node
Example of a MAP response:
Note: The letter Y under the slot number indicates a deloaded crosspoint
card.
9 To determine if there are deloaded crosspoint cards in the current plane, type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
If the state of the plane Do
is T , tested step 7
is other than listed here step 8
If the plane Do
has deloaded cards step 57
does not have deloaded cards step 9
If the plane Do
has deloaded cards step 10
does not have deloaded cards step 11
Request to QUERY DELOAD ENET Plane:0 Shelf:00 submitted.
Request to QUERY DELOAD ENET Plane:0 Shelf:00 passed.
1111111 11122222 22222333
90123456 78901234 56789012
Plane:0 Shelf:00 ..Y.---- -------- ----....
SuperNode SE enhanced network card replacement procedures 5-35
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
10 Record the plane number and slot number for any deloaded crosspoint cards
in the plane. Use this list to ensure that these cards return to the deloaded
state when this procedure is complete.
11 On the plane associated with the removed card, to set all crosspoint cards to
a deloaded status, type
>DELOAD plane_no 0 SET
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
12 Wait 30 min to allow network trafc on the node to clear.
13 The next action depends on the current state of the ENET plane.
14 To manually busy the current plane, type
>BSY plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
Request to MAN BUSY ENET Plane:0 Shelf:00 submitted.
Request to MAN BUSY ENET Plane:0 Shelf:00 passed.
15 To set the plane ofine, type
>OFFL plane_no 0
and press the Enter key.
If the ENET plane Do
is O,offline step 25
is M, manually-busy step 15
is other than listed here step 14
If the BSY command Do
passes step 15
fails step 58
Request to SET DELOAD ENET Plane:0 Shelf:00 submitted.
Request to SET DELOAD ENET Plane:0 Shelf:00 passed.
5-36 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
.
16 To locate the message switch (MS) chain head card associated with the
current ENET plane, type
>TRNSL plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
Note: In the example, the number of the chain head card is 16. The link
number is 0.
17 Record the number of the chain head card and the link number.
18 To access the MS;SHELF level of the MAP display, type
>MS;SHELF
and press the Enter key.
Example of a MAP display:
If the OFFL command Do
passes step 25
fails step 58
Request to OFFL ENET Plane:0 Shelf:00 submitted.
Request to OFFL ENET Plane:0 Shelf:00 passed
Request to TRNSL ENET Plane:0 Shelf:00 submitted.
Request to TRNSL ENET Plane:0 Shelf:00 passed.
ENET Plane:0 Shelf:00 : MS 0 and 1 Card:16 Link:00 Port:000
Message Switch Clock Shelf 0 Inter-MS Link 0 1
MS 0 M Slave C - -
MS 1 . M Free F - -
Shelf 0 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2
Card 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6
Chain | |
MS 0 . . . . . - - - - - - - - - - . . . . . . . . . F I
MS 1 . . . . . - - - - - - - - - - . . . . . . . . . F I
SuperNode SE enhanced network card replacement procedures 5-37
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
19 To post the chain head card, type
>CHAIN card_no
and press the Enter key.
where
card_no
is the card number recorded in step 17
Example of a MAP display:
20 To manually busy the link on the chain on MS 0, type
>BSY 0 LINK link_no
and press the Enter key.
where
link_no
is the link number recorded in step 17
Example of a MAP response:
.
21 To manually busy the link on the chain on MS 1, type
>BSY 1 LINK link_no
and press the Enter key.
where
link_no
is the link number recorded in step 17
If the BSY command Do
passes step 21
fails step 58
If the BSY command Do
passes step 22
fails step 58
Chain 16 Range Link 0 1
MS 0 . 16-17 DS512 . .
MS 1 . 16-17 DS512 . .
Request to MAN BUSY MS: 0 shelf: 0 chain:16 link 0
submitted.
Request to MAN BUSY MS: 0 shelf: 0 chain:16 link 0 passed
5-38 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
22 To access the ENET SHELF level of the MAP display, type
>NET;SHELF 0
and press the Enter key.
Example of a MAP display:
23 To manually busy all cards on the ENET shelf, type
>BSY plane_no ALL
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
24 To set all card on the ENET shelf ofine, type
>OFFL plane_no ALL
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
SHELF 01 Slot 1111111 11122222 22222333 333333
123456 78 90123456 78901234 56789012 345678
Plane 0 O O OO CCCCCCCC -------- CCCCCCCC O O
Plane 1 . . .. ........ -------- ........ . .
Request to MAN BUSY ENET Plane:0 Shelf:00 submitted.
Warning: Card replacement requires front and back bsy/rts
to prevent possible service degradation to peripherals.
Request to MAN BUSY ENET Plane:0 Shelf:01 passed.
Request to OFFLINE ENET Plane:0 Shelf:01 submitted.
Request to OFFLINE ENET Plane:0 Shelf:01 passed.
SuperNode SE enhanced network card replacement procedures 5-39
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
At the ENET shelf
25
The next action depends on the removed card.
26 To replace the card, refer to the the Replacing a card procedure in this NTP.
When the procedure is complete, go to step 38.
Note: Make sure that the switches on the replacement card have the
same settings as the removed card.
27 Locate the NT9X41 card and disconnect the DS30 connectors.
Note: The DS30 connectors appear in the gure on the next page.
a Loosen the connector retaining screws.
b Unplug the connectors.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If you Do
remove an NT9X35 step 26
remove an NT9X41 step 27
remove an NT9X40 or an
NT9X45
step c
5-40 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
28 To replace the card, refer to the Replacing a card procedure in this NTP.
When the procedure is complete, return to this point.
29 Reconnect the DS30 connectors.
a Plug the connectors into the card.
b Tighten the connector retaining screws.
Go to step 38.
NT9X41
BA
1
2
4
6
SuperNode SE enhanced network card replacement procedures 5-41
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
30
Make sure that the plane and shelf identication of the ENET node and the
slot of the interface card are correct. Proceed to disconnect the ber cables.
Check each cable for a label that contains all of the correct information. If the
information is not present, create a label and attach the label to the cable.
This label provides the necessary information for correctly reconnecting the
ber cables to the card. A label must include the following information:
the ENET shelf number
plane number
slot number
link number and signal type
transmit or receive
Example of a label:
Label eld descriptions
ENC0
ENET plane (0 or 1)
00
cabinet number
39
ENET shelf from the base mounting position number
10R
slot number and position (R for rear, or F for front)
04
zone number
17T
link number and the signal type (T for transmit, R for receive)
ATTENTION
Identify connector zone numbers correctly. To identify zone numbers refer to gure
NT9X40BA/BB connector zone numbers, at the end of this procedure, for the
NT9X40. Refer to gure NT9X45BA connector zone numebrs for the NT9X45 for
the zone numbers. Illustrations of ber connector components for these cards are
provided in gures Fiber connector detail and Fiber connector and receptacle detail.
ENCO 00 39
10R 04 17T
LTE 000 18
22R RX
5-42 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
LTE
PM where the cable terminated
000
PM frame number
18
PM shelf from the base mounting position number
22R
slot number and position (R for rear, or F for front)
RX
signal type at the PM end (RX for receive or TX for transmit)
31
Disconnect the transmit and receive connectors for each ber cable.
Note: Place dust caps on the ends of the connectors as you disconnect
them.
a Grasp the sleeve with two ngers and slowly push the sleeve toward the
frame.
DANGER
Do not contaminate the ber tip surface
Do not touch the tip of the ber. Dirt or oil from the skin
transferred to the ber tip surface degrades ber
performance.
DANGER
Damage to the ber cable
Exercise care in handling ber cables. Do not crimp ber
cables or bend ber cables to a radius of less than 3 cm
(1.180 in.).
SuperNode SE enhanced network card replacement procedures 5-43
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
b Turn the connector counter clockwise and the connector pin is in the
position shown at the right.
c Slowly pull the connector away from the frame.
Note: Perform the procedure, Cleaning ber optic components and
assemblies in this NTP.
32 The next action depends on the replaced card.
33 Disconnect the DS30 connectors.
a Loosen the connector retaining screws.
b Unplug the connectors.
34 To replace the card, refer to the Replacing a card procedure in this NTP.
When the procedure is complete, return to this point.
Note: Make sure that the switches on the replacement card have the
same settings as the removed card.
If you Do
replace an NT9X45 step 33
replace an NT9X40 step 34
5-44 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
35 Remove the dust caps on the transmit and receive connectors as you
reconnect them to the new card.
Reconnect the transmit and receive connectors for each ber cable.
a Align the connector pin and slot with the receptacle slot and pin.
b Slowly slide the connector into the receptacle.
c Turn the connector clockwise to lock the connector in place.
SuperNode SE enhanced network card replacement procedures 5-45
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
d Release the connector. The following gure shows the nal connector
position.
36 The next action depends on the removed card..
37 Reconnect the DS30 connectors.
a Plug the connectors into the card.
b Tighten the connector retaining screws.
At the MAP terminal
38 To access the Chain level of the MAP display, type
>MS;SHELF;CHAIN card_no
and press the Enter key.
where
card_no
is the card number recorded in step 17
39 To return the link on the chain on MS 0 to service, type
>RTS 0 LINK link_no
and press the Enter key.
where
link_no
is the link number recorded in step 17
Example of a MAP response:
If you Do
remove an NT9X45 card step 37
remove an NT9X40 card step 38
5-46 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
40 To return the link on the chain on MS 1 to service, type
>RTS 1 LINK link_no
and press the Enter key.
where
link_no
is the link number recorded in step 17
41 To access the NET;SYSTEM level of the MAP display, type
>NET;SYSTEM
and press the Enter key.
42 To manually busy the current plane, type
>BSY plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
43 To return the plane to service, type
>RTS plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
If the RTS command Do
passes step 40
fails step 58
If the RTS command Do
passes step 41
fails step 58
If the BSY command Do
passes step 43
fails step 58
Request to RTS MS: 0 shelf: 0 chain:16 submitted.
Request to RTS MS: 0 shelf: 0 chain:16 passed.
SuperNode SE enhanced network card replacement procedures 5-47
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
Example of a MAP response:
44 To access the ENET SHELF level of the MAP display, type
>SHELF 0
and press the Enter key.
45 To manually busy all cards in the ENET plane, type
>BSY plane_no ALL
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
46 To return all cards in the ENET plane to service, type
>RTS plane_no ALL
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
47 The replacement card has faults. Obtain another replacement card.
48 To access the ENET system level of the MAP display, type
>SYSTEM
and press the Enter key.
If the RTS command Do
passes step 44
fails step 58
If the RTS command Do
passes step 49
fails step 47
Request to RTS ENET Plane:0 Shelf:00 submitted.
Request to RTS ENET Plane:0 Shelf:00 passed.
There are no suspect cards
Request to RTS ENET Plane:0 Shelf:01 submitted.
Request to RTs ENET Plane:0 Shelf:01 passed.
5-48 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
Go to step 14.
49 To access the ENET system level of the MAP display, type
>SYSTEM
and press the Enter key.
50 To clear the deload condition on all crosspoint cards in the plane, type
>DELOAD plane_no 0 CLEAR
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
51 The next action depends on if the deloaded cards appear in the list fromstep
10.
52 To access the SHELF level of the MAP display, type
>SHELF 0
and press the Enter key.
53 To set the rst card on the list to deloaded state, type
>DELOAD plane_no slot_no SET
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
slot_no
is the slot number (9 to 32)
54 Repeat step 53 for the next card on the list.
If Do
cards are listed step 52
cards are not listed step 55
If all the cards on the list Do
are not set to the deloaded state step 54
are set to the deloaded state step 55
Request to CLEAR DELOAD ENET Plane:0 Shelf:00 submitted.
Request to CLEAR DELOAD ENET Plane:0 Shelf:00 passed.
SuperNode SE enhanced network card replacement procedures 5-49
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
55 The next action depends on the reason for this procedure.
56 Return to the maintenance procedure and continue as directed.
57 This procedure contains the instructions to deload a node. When the mate
node has deloaded cards, do not continue this procedure, except under
special conditions. Consult ofce personnel or your next level of support and
continue as directed.
58 For additional help, contact the personnel responsible for the next level of
support.
59 This procedure is complete.
If Do
a maintenance procedure directed you
to this procedure
step 56
you were not directed to this procedure
from a maintenance procedure
step 59
5-50 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
NT9X40BA/BB connector zone numbers
The figure correlates the zone numbers from1 to 8, that appear on the face of
the card to the link numbers that appear on the MAP display for the
NT9X40BA or NT9X40BB interface card. Note that only fiber connections are
shown. Notice the zone designations for transmit and receive.
Link 0
Transmit
Link 1
Link 2
Link 3
Link 0
Receive
Link 1
Link 2
Link 3
NT9X40
BA
0
1
0
2
0
3
0
4
0
5
0
6
0
7
0
8
Receptacle
Connector
SuperNode SE enhanced network card replacement procedures 5-51
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Crosspoint and interface cards
in a SuperNode SE 32k ENET (continued)
NT9X45BA connector zone numbers
Transmit
Link 16
Receive
Link 16
NT9X45
BA
1
2
3
4
5
6
8
Receptacle
Transmit
Link 17
Receive
Link 17
Transmit
Link 18
Receive
Link 18
12
Connector
DS-30
DS-30
The figure correlates the zone numbers from 1 to 12, that appear on the face
of the card to the link numbers that appear on the MAP display for the
NT9X45BA interface card. Note that only fiber connections are shown.
Notice the zone designations for transmit and receive.
5-52 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Crosspoint and interface cards
in a SuperNode SE 32k ENET (end)
Fiber connector detail
This gure shows the type of connector used for ber connections to an
NT9X40 or NT9X45 paddle board.
Fiber connector and receptacle detail
This gure shows the different parts of the connector and receptacle.
Sheath
Label
Connector sleeve
Fiber tip
Connector
Connector pin
Connector slot
Receptacle pin
Receptacle
Receptacle slot
Connector pin
Connector slot
Connector
SuperNode SE enhanced network card replacement procedures 5-53
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET
Application
Use this procedure to replace the following cards in a SuperNode SE (SNSE)
16k enhanced network (ENET).
Note: You can not replace NT9X30AA with NT9X30AB, nor can you
replace NT9X31AA with NT9X31AB.
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card to replace, refer to the Index. The Index
provides a list of the cards, shelves, and frames documented in this card
replacement book.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
Common procedures
This procedure refers to the following common procedures:
Activating CCS7 links
Deactivating CCS7 links
Loading a PM
Replacing a card
Verifying load compatibility of SuperNode cards
Do not go to the common procedure unless the step-action procedure directs
you.
PEC Suffix Card name Shelf or frame name
NT9X30 AA, AB + 5V 86-A power
converter card
Enhanced network and
interface (ENI)
NT9X31 AA, AB - 5V 20-A power
converter card
ENI
5-54 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a SuperNode SE 16k ENET (continued)
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
SuperNode SE enhanced network card replacement procedures 5-55
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
Summary of replacing Power converter cards in a SuperNode SE 16k ENET
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Wait 30 min for
traffic to clear
Manually busy
and offline ENET
plane
Deactivate
associated
CCS7 links
Manually busy
associated
LIU7
Return the
ENET node to
service
Clear deload for
ENET node
Load LIU7
Power up shelf
side
Set deload for
ENET node
Return F-bus
and taps to
service
Load ENET
node
Manually busy
associated
F-bus and taps
Power down
shelf side
Return LIU7 to
service
End
1
Replace card
1
5-56 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a SuperNode SE 16k ENET (continued)
Replacing Power converter cards in a SuperNode SE 16k ENET
At the MAP terminal
1
Obtain a replacement card. Make sure that the replacement card and the
card that you remove have the same PEC and PEC sufx.
2 To make sure that the replacement card is compatible with the software load,
performthe procedure Verifying load compatibility of SuperNode cards. The
procedure Verifying load compatibility of SuperNode cards appears in this
NTP. Complete the procedure and return to this point.
3 To access the NET;SYSTEM level of the MAP display, type
>MAPCI;MTC;NET;SYSTEM
and press the Enter key.
Example of a MAP display:
4 Check the state of the ENET plane that contains the card you replace. The
state appears under the Plane headers on the SYSTEM level MAP display.
In the MAP display example in step 3, plane 0 is in-service trouble (I). The
other plane is in service.
5 Wait for the system to complete system-initiated testing. Go to step 4 to
evaluate the state of the ENET plane.
WARNING
System can drop calls
This procedure removes an ENET shelf from service, which
can cause the system to drop calls now in progress. Perform
this procedure if you need to return system cards to service.
If you do not need to return system cards to service, perform
this procedure during periods of low trafc.
If the state of the ENET plane Do
is T (being tested) step 5
is other than listed here step 6
I CSLink 1 closed . 00
Shelf Plane 0 Plane 1
SYSTEM
SuperNode SE enhanced network card replacement procedures 5-57
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
6 To determine if deloaded crosspoint cards are in the other plane of the ENET,
type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1) for the mate node
Example of a MAP response:
Note: The letter Y under the slot number indicates a deloaded crosspoint
card.
7 To determine if deloaded crosspoint cards are in the ENET plane, type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card
8 Record the plane number and slot number for any deloaded crosspoint cards
in the node. Use the list to make sure that these cards are returned to the
deloaded state when you complete this procedure.
9 To set all crosspoint cards for the ENET plane that contains the card that you
replace to a deloaded state, type
>DELOAD plane_no 0 SET
and press the Enter key.
where
If the other ENET plane Do
has deloaded cards step 87
does not have deloaded cards step 7
If the ENET plane Do
has deloaded cards step 8
does not have deloaded cards step 9
Plane:0 Shelf:00 .Y.---- ---
789 0123456
1111111 111
passed. Request to QUERY DELOAD ENET Plane:0 Shelf:00
submitted. Request to QUERY DELOAD ENET Plane:0 Shelf:00
5-58 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a SuperNode SE 16k ENET (continued)
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
10 Wait 30 min to allow network trafc on the ENET plane to clear.
11 The next step depends on the state of the ENET plane that contains the card
you replace.
12 To manually busy the ENET plane, type
>BSY plane_no 0
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card
Example of a MAP response:
13 To conrm the command, type
>YES
and press the Enter key.
If the ENET plane Do
is O (offline) step 16
is M (manual busy) step 14
is other than listed here step 12
If the response Do
requests confirmation step 13
indicates the BSY command
passed
step 14
If the BSY command Do
passed step 14
failed step 90
submitted.
passed. Request to SET DELOAD ENET Plane:0 Shelf:00
Request to SET DELOAD ENET Plane:0 Shelf:00
submitted.
passed. Request to MAN BUSY ENET Plane:0 Shelf:00
Request to MAN BUSY ENET Plane:0 Shelf:00
SuperNode SE enhanced network card replacement procedures 5-59
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
14 To ofine the ENET plane, type
>OFFL plane_no 0
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card
Example of a MAP response:
15 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
16 To locate the message switch (MS) chain head card that associates with the
ENET plane, type
>TRNSL plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
If the response Do
requests confirmation step 15
indicates the OFFL the com-
mand passed
step 16
If the OFFL command Do
passed step 16
failed step 90
WARNING: A power down of ENET plane:1 shelf:00 may affect
LIU components.
Please confirm (YES", Y", NO", or N"):
Request to OFFLINE ENET Plane:1 Shelf:00 submitted.
Request to OFFLINE ENET Plane:1 Shelf:00 passed.
5-60 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a SuperNode SE 16k ENET (continued)
Note: In the example, the number of the chain head card is 5. The link
number is 0.
17 Record the number of the chain head card and the link number.
18 To access the MS;SHELF level of the MAP display, type
>MS;SHELF
and press the Enter key.
Example of a MAP display:
19 To post the chain head card, type
>CHAIN card_no
and press the Enter key.
where
card_no
is the card number you recorded in step 17
Example of a MAP display:
20 To manually busy the link on the chain on MS 0, type
>BSY 0 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 17
Example of a MAP response:
Shelf:00 : MS 0 and 1 Card:05 Link:00 Port:000 ENET Plane:0
to TRNSL ENET Plane:0 Shelf:00 passed. Request
Request to TRNSL ENET Plane:0 Shelf:00 submitted.
. - - . . . . . . MS 1 . . . .
. - - . . . . . . MS 0 . . . .
| Chain
1 2 3 4 5 6 7 8 9 0 1 2 3 Card
Shelf 0 1 1 1 1
MS 1 . M Free . . .
MS 0 . Slave . . .
Message Switch Clock Shelf 0 Inter-MS Link 0 1
Chain 05 Range Link 0 1
0 . 05-05 DS512 . .
1 . 05-05 DS512 . . MS
MS
SuperNode SE enhanced network card replacement procedures 5-61
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
21 To manually busy the link on the chain on MS 1, type
>BSY 1 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 17
22 To access the ENET SHELF level of the MAP display, type
>NET;SHELF
and press the Enter key.
Example of a MAP display:
23 To manually busy all crosspoint cards on the shelf side, type
>BSY plane_no ALL
and press the Enter key.
Example of a MAP response:
submitted.
0 passed. Request to MAN BUSY MS: 0 shelf: 0 chain:16 link
Request to MAN BUSY MS: 0 shelf: 0 chain:16 link 0
If the BSY command Do
passed step 21
failed step 90
If the BSY command Do
passed step 22
failed step 90
. .F SSSSSSSS .F ........ . .
789 01 23456789 01 23456789 012 345678
.
Slot 123456
11 11111111 22 22222222 333 333333
00 Power LIU ENET-Plane 0 ENET-Plane 1 LIU Power SHELF
Plane 1 CSLink . F
Fault F Plane 0 CSLink
ENET System Matrix Shelf 0
5-62 SuperNode SE enhanced network card replacement procedures
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Power converter cards
in a SuperNode SE 16k ENET (continued)
24 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
25 To ofine all crosspoint cards on the shelf side, type
>OFFL plane_no ALL
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
26 The next action depends if the ENET shelf has CCS7 link interface units
(LIU7).
27 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
If the ENET shelf Do
has LIU7 step 27
does not have LIU7 step 33
Please confirm ("YES", "Y", "NO", or "N"):
or CBSY. SBSY,
in ENET Plane:1 that are MBSY, INSV, OFFL,
This action will be performed on ALL XPT slots
WARNING:
Request to MAN BSY ALL ENET Plane:1 Shelf:00 submitted.
Request to MAN BSY ALL ENET Plane:1 Shelf:00 completed.
Request to MAN BSY ALL ENET Plane:1 Shelf:00 submitted.
Request to MAN BSY ALL ENET Plane:1 Shelf:00 completed.
PM 11 0 11 4 16 38
InSv SysB ManB OffL CBsy ISTb
SuperNode SE enhanced network card replacement procedures 5-63
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
28
To post one of the LIU7s on the shelf side, type
>POST LIU7 liu_no
and press the Enter key.
where
liu_no
is the number of the LIU7 (0 to 511)
Example of a MAP display:
29 To deactivate the CCS7 link associated with the LIU7, performthe procedure
Deactivating CCS7 links in this document. Complete the procedure and
return to this point.
30 Determine the state of the LIU7.
Note: The LIU7 state appears on the right of the LIU7 number, as shown
in the example MAP display in step 28.
31 To manually busy the LIU7, type
>BSY FORCE
WARNING
Loss of service
The following procedure removes an LIU7 from service.
Removal of an LIU7 can temporarily interrupt messaging on
the associated CCS7 link.
If the state of the LIU7 Do
is SysB, SysB (NA), ISTb,
or InSv
step 31
is ManB or ManB (NA) step 33
is OffL step 88
Rsvd step 90
LIU7 208 InSv Rsvd
3 LIU7 1 0 0 0 0
6 PM 1 0 2 0 3
InSv SysB ManB OffL CBsy ISTb
5-64 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a SuperNode SE 16k ENET (continued)
and press the Enter key.
32 To conrm the command, type
>YES
and press the Enter key.
33 To access the MS level of the MAP display, type
>MAPCI;MTC;MS
and press the Enter key.
34 Determine the state of the MS that controls the mate F-bus.
Note: F-bus 0 is the mate F-bus for a card in slot 32F, 32R, or 30R. MS 0
controls F-bus 0. F-bus 1 is the mate F-bus for a card in slot 7F, 7R, or 8R.
MS 1 controls F-bus 1.
35 To return the MS to service, performthe correct MS alarmclearing procedure
in Alarm and Performance Monitoring Procedures. Complete the procedure
and return to this point.
36 To access the SHELF level of the MAP display, type
>SHELF
and press the Enter key.
37 To access the F-bus level of the MAP display, type
>CARD 12
and press the Enter key.
Example of a MAP display:
If Do
the MAP display prompts you to
confirm the command
step 32
the command passed step 33
If the MS that controls mate
F-bus
Do
is in service or in-service trouble step 36
is other than listed here step 35
Message Switch Clock Shelf 0 Inter-MS Link 0 1
MS 0 . M Free . .
MS 1 . Slave . . .
SuperNode SE enhanced network card replacement procedures 5-65
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
Note 1: A dot (.) under the F-bus header indicates the F-bus is in service.
An S indicates the F-bus is system busy. An M indicates the F-bus is
manual busy. An I indicates the F-bus is in-service trouble. An Oindicates
the F-bus is ofine.
Note 2: Under the F-bus tap numbers, different characters indicate
different states. The letter C indicates that the F-bus is manual busy or the
MS or MS port that controls the F-bus tap is systemor manual busy. An S
indicates the F-bus tap is system busy. A dot indicates the F-bus tap is in
service. An M indicates the F-bus tap is manual busy. An I indicates the
F-bus tap is in-service trouble. A dash (-) indicates the F-bus tap is ofine.
38 Determine the state of the mate F-bus and the mate F-bus taps.
Note: F-bus 0 is the mate F-bus associated with a card in slot 30R, 32R,
or 32F. MS-0 controls F-bus 0. F-bus 1 is the mate associated with a card
in slot 7R, 8R, or 7F. MS 1 controls F-bus 1.
39
To manually busy the F-bus that associates with the card you replace, type
>BSY ms_no FBUS
If Do
the state of the F-bus is InSv and all F-bus taps are
. (dot)
step 39
the states are other than listed here step 89
WARNING
Potential loss of service
Make sure that the mate F-bus and F-bus taps are in service
before you manually busy the F-bus that associates with the
card you replace. If you manually busy the F-bus while the
mates are out of service, you isolate the node on the other
side of the shelf.
Shelf 0 1 1 1 1
Card 1 2 3 4 5 6 7 8 9 0 1 2 3
Chain |
MS 0 . . . . . . . . . . .
MS 1 . . . . . . . . . . .
Card 12 FBus Tap: 0 11 12 16 20
MS 0 . . . . .... .... ....
MS 1 . . . . .... .... ....
CARD:
5-66 SuperNode SE enhanced network card replacement procedures
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Power converter cards
in a SuperNode SE 16k ENET (continued)
and press the Enter key.
where
ms_no
is the number of the MS (0 or 1) that controls the F-bus
Note: F-bus 0 associates with a card in slot 1 or 4. MS 0 controls F-bus
0. F-bus 1 associates with a card in slot 33 or 36. MS 1 controls F-bus 1.
Example of a MAP response:
40 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
41 To manually busy the mate F-bus tap that associates with the card you
replace, type
>BSY ms_no TAP tap_no
and press the Enter key.
where
ms_no
is the number of the MS (0 or 1) that controls the mate F-bus
tap_no
is 0 if you replace a card in slots 1 or 4is 11 if you replace a card in
slots 33 or 36
Note: F-bus 0 is the mate F-bus for a card in slot 33 or 36. MS 0 controls
F-bus 0. F-bus 1 is the mate F-bus for a card in slot 1 or 4. MS 1 controls
F-bus 1.
Example of a MAP display:
If the response Do
indicates the BSY command
passed
step 41
requests confirmation step 40
("YES", "Y", "NO", or "N")
NIU 001 unit 1
NIU 001 unit 0
Please confirm
this bus... the following NIUs may be active on
confirmation because FBus requires
Request MAN BSY MS: 0 shelf 0 card:12 port 0
submitted
passed Request MAN BSY MS: 0 shelf 0 card:12 port 0FBus
Request MAN BSY MS: 0 shelf 0 card:12 port 0FBus
SuperNode SE enhanced network card replacement procedures 5-67
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
42 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
At the ENET shelf
43
Power down the NT9X31 card that associates with the ENET shelf side. To
power down the card, press down and release the power switch on the
faceplate of the card.
Note: The CONVERTER OFF LED turns on when the converter powers
down.
44 Power down the NT9X30 card that associates with the ENET shelf side you
are working on. To power down the card, press down and release the power
switch on the faceplate of the card.
Note: The CONVERTER OFF LED turns on when the converter powers
down.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If the CONVERTER OFF LED Do
is lit step 44
is not lit step 90
If the CONVERTER OFF LED Do
is lit step 45
is not lit step 90
Warning, P-side nodes may be isolated.
Please confirm (YES, Y, NO, or N):
submitted.
0 passed. Request to MAN BSY MS: 0 shelf: 0 card:12 tap:
Request to MAN BSY MS: 0 shelf: 0 card:12 tap: 0
5-68 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a SuperNode SE 16k ENET (continued)
45
To replace the card, perform the procedure Replacing a card in this NTP.
Complete the procedure and return to this point.
Note 1: Make sure that the handle of the PWR switch on the replacement
power converter is in the OFF position.
Note 2: If the card that you replace has switches, make sure that the
switches on the replacement card have the same settings.
46 To power up the NT9X30 card, press up and release the power switch on the
faceplate of the card.
Note: The CONVERTER OFF LED turns off when the converter powers
up.
47 To power up the NT9X31 card, press up and release the power switch on the
faceplate of the card.
Note: The CONVERTER OFF LED turns off when the converter powers
up.
At the MAP terminal
48 To make sure that you are at the MS;SHELF level of the MAP display, type
>MS;SHELF
and press the Enter key.
49 To post the chain head card that you posted in step 19, type
>CHAIN card_no
and press the Enter key.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If the CONVERTER OFF LED Do
is not lit step 47
is lit step 90
If the CONVERTER OFF LED Do
is not lit step 48
is lit step 90
SuperNode SE enhanced network card replacement procedures 5-69
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
where
card_no
is the card number that you recorded in step 17
50 To return the link on the chain on MS 0 to service, type
>RTS 0 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 17
Example of a MAP response:
51 To return the link on the chain on MS 1 to service, type
>RTS 1 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 17
52 To access the F-bus level of the MAP display, type
>CARD 12
and press the Enter key.
53 To return the manual busy F-bus to service, type
>RTS ms_no FBUS
and press the Enter key.
where
ms_no
is 0 if you replaced a card in slots 1 or 4is 1 if you replaced a card in
slots 33 or 36
If the RTS command Do
passed step 51
failed step 90
If the RTS command Do
passed step 52
failed step 90
submitted.
passed. Request to RTS MS: 0 shelf: 0 chain:16 link 0
Request to RTS MS: 0 shelf: 0 chain:16 link 0
5-70 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a SuperNode SE 16k ENET (continued)
54 To return the tap on the mate F-bus to service, type
>RTS ms_no TAP tap_no
and press the Enter key.
where
ms_no
is 0 if you replaced a card in slots 1 or 4is 1 if you replaced a card in
slots 33 or 36
tap_no
is 0 if you replaced a card in slots 1 or 4is 11 if you replaced a card in
slots 33 or 36
Example of a MAP response:
55 To access the NET;SYSTEM level of the MAP display, type
>NET;SYSTEM
and press the Enter key.
56 To manually busy the ENET node, type
>BSY plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
57 To conrm the command, type
>YES
and press the Enter key.
If the response Do
requests confirmation step 57
indicates that the BSYcommand
passed
step 58
If the BSY command Do
passed step 58
submitted.
passed. Request to RTS MS: 0 shelf: 0 card:12 tap: 0
Request to RTS MS: 0 shelf: 0 card:12 tap: 0
Request to MAN BUSY ENET Plane:1 Shelf:00 submitted.
Request to MAN BUSY ENET Plane:1 Shelf:00 passed.
SuperNode SE enhanced network card replacement procedures 5-71
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
58 The next action depends on the location of the load le.
59 To load the ENET node, type
>LOADEN plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
Go to step 66.
60 To access the CI level of the MAP display, type
>QUIT ALL
and press the Enter key.
61 To access the disk utility, type
>DISKUT
and press the Enter key.
Example of a MAP response:
62 To list the contents for the volume that contains the loadle, type
>LISTFILE vol_name
and press the Enter key.
where
vol_name
is the name of the volume that contains the ENET load le
Example of a MAP response:
failed step 90
If the load le Do
is as specified in tables PMLOADS and ENINV step 59
is different from the file specified in tables PM-
LOADS and ENINV
step 60
If the BSY command Do
WARNING
destroyed.
Please confirm ("YES" or "NO"):
Any software load in the ENET will be
Disk utility is now active.DISKUT:
5-72 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a SuperNode SE 16k ENET (continued)
63 To quit the disk utility, type
>QUIT
and press the Enter key.
64 To access the NET;SYSTEM level of the MAP display, type
>MAPCI;MTC;NET;SYSTEM
and press the Enter key.
65 To load the ENET node, type
>LOADEN plane_no 0 filename
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
lename
is the name of the load le
Example of a MAP response:
66 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
80 MTULI01 930427 0 O F 314 2006
392 1024 MPCX33AB 940426 0 O F 784
121227 1020 RBCS35CV_1025_CM 941025 0 I F 242454
1020 RBCS35CV_1025_MS 941025 0 I F 9494 4747
RAPC03AW_1101_CM 941101 0 I F Y 202934 101467 1020
TTMNA01 760104 0 O F 37 249 76
76 TDCMPA01 760104 0 O F 63 424
2048 MPC402BX 760104 0 O V 651 162
RAPC03AW_1101_MS 941101 0 I F Y 9494 4747 1020
44 EDRMAC07 760128 0 O F 277 3219
----------------- ---------------------------------------------------
FILE C N BLOCKS
DATE G C O E IN IN LEN
REC MODIFY CODE R E T P SIZE RECORDS
MAX FILE NAME LAST FILE O R I O FILE NUM OF
-------------- ------------------------------------------------------
} BYTES {NOTE: 1 BLOCK = 512
File information for volume S00DVOL1:
WARNING
destroyed.
Please confirm ("YES" or "NO"):
Any software load in the ENET will be
SuperNode SE enhanced network card replacement procedures 5-73
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
67 To return the ENET node to service, type
>RTS plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
68 To access the ENET SHELF level of the MAP display, type
>SHELF
and press the Enter key.
69 To manually busy all crosspoint cards on the shelf side, type
>BSY plane_no ALL
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
70 To conrm the command, type
>YES
and press the Enter key.
71 To return all crosspoint cards on the shelf side, type
>RTS plane_no ALL
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
If the RTS command Do
passed step 68
failed step 90
to LOADEN ENET Plane:0 Shelf:00 passed. Request
Request to LOADEN ENET Plane:0 Shelf:00 submitted.
Request to RTS ENET Plane:0 Shelf:00 submitted.
RTS ENET Plane:0 Shelf:00 passed.
cards. There are no suspect
Request to
5-74 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
Power converter cards
in a SuperNode SE 16k ENET (continued)
72 To access the ENET SYSTEM level of the MAP, type
>SYSTEM
and press the Enter key.
73 To clear the deload condition on all crosspoint cards in the node, type
>DELOAD plane_no 0 CLEAR
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
74 The next action depends if you recorded a list of deloaded cards in step 8.
75 To access the ENET SHELF level of the MAP display, type
>SHELF 0
and press the Enter key.
76 To set the rst card on the list to the deloaded state, type
>DELOAD plane_no slot_no SET
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1)
slot_no
is the number of the slot the card occupies (slots 12 to 19 on plane 0,
slots 22 to 29 on plane 1)
If you Do
recorded a card list step 75
did not record a card list step 78
If Do
more cards on the list are not de-
loaded
step 77
Request to RTS ENET Plane:1 Shelf:00 submitted.
to RTS ENET Plane:1 Shelf:00 passed. Request
submitted.
passed. Request to CLEAR DELOAD ENET Plane:0 Shelf:00
Request to CLEAR DELOAD ENET Plane:0 Shelf:00
SuperNode SE enhanced network card replacement procedures 5-75
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Power converter cards
in a SuperNode SE 16k ENET (continued)
77 Repeat step 76 for the next card on the list.
78 The next action depends if the ENET shelf has LIU7s.
79 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
80 To post the LIU7 on the shelf side, type
>POST LIU7 liu_no
and press the Enter key.
where
liu_no
is the number of the LIU7 (0 to 511)
81 To load the LIU7, type
>LOADPM
and press the Enter key.
Example of a MAP response:
82 To load the LIU7, performthe procedure Loading a PMin this NTP. Complete
the procedure and return to this point.
83 To return the LIU7 to service, type
>RTS
and press the Enter key.
Example of a MAP response:
all cards on the list are deloaded step 78
If the ENET shelf Do
has LIU7s step 79
does not have LIU7s step 91
If the LOADPM command Do
passed step 83
failed step 82
If Do
LIU7 208 LOADPM Passed
5-76 SuperNode SE enhanced network card replacement procedures
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Power converter cards
in a SuperNode SE 16k ENET (end)
84 To activate the CCS7 link associated with the LIU7, perform the procedure
Activating CCS7 links in this NTP. Complete the procedure and return to this
point.
85 The next action depends on the reason that you perform this procedure.
86 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
87 This procedure instructs you to deload and manually busy an ENET node.
Continue this procedure only under special conditions because the mate
ENET node has deloaded cards. Consult ofce personnel or the next level of
support. Continue as directed.
88 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
89 If you continue this procedure, you can isolate the LIU7 on the other side of
the shelf. To determine if you must continue this procedure, contact ofce
company personnel or the next level of support. Continue as directed.
90 For additional help, contact the next level of support.
91 The procedure is complete.
If the RTS command Do
passed step 84
failed step 90
If a maintenance procedure Do
directed you to this procedure step 86
did not direct you to this proce-
dure
step 91
LIU7 100 RTS Passed
SuperNode SE enhanced network card replacement procedures 5-77
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET
Application
Use this procedure to replace the following cards in a SuperNode SE (SNSE)
16k enhanced network (ENET).
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Replacing a card
Reseating cards in equipment shelves
Unseating cards in equipment shelves
Verifying load compatibility of SuperNode cards
Cleaning ber optic components and assemblies
Do not go to the common procedure unless the step-action procedure directs
you.
PEC Suffix Card name Shelf or frame name
NT9X13 FA, KA DMS SuperNode
processor card
Enhanced network and
interface (ENI)
NT9X26 AA, AB Remote terminal
interface paddle board
ENI
NT9X36 BA ENET message clock
card
ENI
NT9X40 BA, BB,
DA
ENET + quad fiber
paddle board
ENI slots 11 or 21
5-78 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 16k ENET (continued)
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
SuperNode SE enhanced network card replacement procedures 5-79
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
Summary of replacing System cards in a SuperNode SE 16k ENET
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Wait 30 min for
traffic to clear
Manually busy
and offline ENET
plane
Replace the
card
Return the
ENET plane
Clear the deload
for the ENET
plane
End
Manually busy
the ENET
plane
Load the
ENET plane
Set deload for
the plane
5-80 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 16k ENET (continued)
Replacing System cards in a SuperNode SE 16k ENET
At the MAP terminal
1
Obtain a replacement card. Make sure that the replacement card and the
card that you remove have the same PEC and PEC sufx.
2 To make sure that the replacement card is compatible with the software load,
performthe procedure Verifying load compatibility of SuperNode cards. The
procedure Verifying load compatibility of SuperNode cards appears in this
NTP. Complete the procedure and return to this point.
3 To access the NET;SYSTEM level of the MAP display, type
>MAPCI;MTC;NET;SYSTEM
and press the Enter key.
Example of a MAP display:
4 Determine the state of the plane that contains the card that you replace. The
state appears under the Plane headers on the SYSTEM level MAP display.
In the MAP display example in step 3, plane 0 is in-service trouble (I) and
plane 1 is in service.
5 Wait for the systemto complete system-initiated testing. To evaluate the state
of the node again, go to step 4.
6 To determine if deloaded crosspoint cards are in the other ENET plane, type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
WARNING
System can drop calls
This procedure removes an ENET shelf from service, which
can cause the system to drop calls now in progress. Perform
this procedure only if you need to return system cards to
service. If you do not need to return system cards to service,
perform this procedure during periods of low trafc.
If the status of the node Do
is T (being tested) step 5
is other than listed here step 6
SYSTEM
00 I CSLink 1 closed .
Shelf Plane 0 Plane 1
SuperNode SE enhanced network card replacement procedures 5-81
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
plane_no
is the ENET plane number (0 or 1) for the mate node
Example of a MAP response:
Note: The letter Y under the slot number indicates a deloaded crosspoint
card.
7 To determine if deloaded crosspoint cards are in the plane, type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card that
you replace
8 Record the plane number and slot number for any deloaded crosspoint cards
in the plane. Use this list to make sure that these cards are returned to the
deloaded state when you complete this procedure.
9 To set all crosspoint cards for the ENET plane that contains the card that you
will replace to a deloaded state, type
>DELOAD plane_no 0 SET
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
If the other ENET plane Do
has deloaded cards step 65
does not have deloaded cards step 7
If the ENET plane Do
has deloaded cards step 8
does not have deloaded cards step 9
Request to QUERY DELOAD ENET Plane:0 Shelf:00 submitted.
Request to QUERY DELOAD ENET Plane:0 Shelf:00 passed.
1111111 111
0123456 789
Plane:0 Shelf:00 .Y.---- ---
Request to SET DELOAD ENET Plane:0 Shelf:00 submitted.
Request to SET DELOAD ENET Plane:0 Shelf:00 passed.
5-82 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 16k ENET (continued)
10 Wait 30 min to permit network trafc on the node to clear.
11 The next step depends on the state of the ENET plane that contains the card
that you replace.
12 To manually busy the ENET plane, type
>BSY plane_no 0
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card you
replace
13 Continue procedure by
If the ENET plane Do
is O (offline) step 17
is M (manual busy) step 15
is other than listed here step 12
If the response is Do
WARNING: This action will abort ENET
dump.Please confirm("YES", "Y","NO, or "N"):
step 13
Note: The above Warning message is generated
when a BSY request and ENET imaging take
place at the same time. As card replacement
procedures are usually performed during
scheduled maintenance periods this conflict may
never occur.
Request to MAN BUSY ENET Plane:0 Shelf:00
Slot:25 submitted.
Request to MAN BUSY ENET Plane:0 Shelf:00
Slot:25 passed.
step 15
If Responding to the message Do
with YES, abort dump and con-
tinue with busy
step 14
with NO, abort busy, continue
with dump
step 67
SuperNode SE enhanced network card replacement procedures 5-83
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
14 To abort ENET dump and continue with BSY, type
>YES
and press the Enter key.
15 To ofine the ENET plane, type
>OFFL plane_no 0
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) that contains the card you
replace
Example of a MAP response:
16 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
17 To locate the message switch (MS) chain head card that associates with the
ENET plane, type
>TRNSL plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
If the OFFL command Do
passed step 17
failed step 66
WARNING: A power down of ENET plane:1 shelf:00 may affect
LIU components.
Please confirm (YES", Y", NO", or N"):
Request to OFFLINE ENET Plane:1 Shelf:00 submitted.
Request to OFFLINE ENET Plane:1 Shelf:00 passed.
Request to TRNSL ENET Plane:0 Shelf:00 submitted.
Request to TRNSL ENET Plane:0 Shelf:00 passed.
ENET Plane:0 Shelf:00 : MS 0 and 1 Card:05 Link:00 Port:000
5-84 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode SE 16k ENET (continued)
Note: In the example, the number of the chain head card is 5. The link
number is 0.
18 Record the number of the chain head card and the link number.
19 To access the MS;SHELF level of the MAP display, type
>MS;SHELF
and press the Enter key.
Example of a MAP display:
20 To post the chain head card, type
>CHAIN card_no
and press the Enter key.
where
card_no
is the card number that you recorded in step 18
Example of a MAP display:
21 To manually busy the link on the chain on MS 0, type
>BSY 0 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 18
Example of a MAP response:
If the BSY command Do
passed step 22
Message Switch Clock Shelf 0 Inter-MS Link 0 1
MS 0 . Slave . . .
MS 1 . M Free . . .
Shelf 0 1 1 1 1
Card 1 2 3 4 5 6 7 8 9 0 1 2 3
Chain |
MS 0 . . . . . - - . . . . . .
MS 1 . . . . . - - . . . . . .
Chain 05 Range Link 0 1
MS 0 . 05-05 DS512 . .
MS 1 . 05-05 DS512 . .
Request to MAN BUSY MS: 0 shelf: 0 chain:05 link 0 submitted
.Request to MAN BUSY MS: 0 shelf: 0 chain:05 link 0 passed.
SuperNode SE enhanced network card replacement procedures 5-85
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
22 To manually busy the link on the chain on MS 1, type
>BSY 1 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 18
23 To access the ENET SHELF level of the MAP display, type
>NET;SHELF
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP display:
24 To manually busy all crosspoint cards on the shelf side, type
>BSY plane_no ALL
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
failed step 66
If the BSY command Do
passed step 23
failed step 66
If the BSY command Do
ENET System Matrix Shelf 0
Plane 0 CSLink Fault F
Plane 1 CSLink . F
SHELF 00 Power LIU ENET-Plane 0 ENET-Plane 1 LIU Power
11 11111111 22 22222222 333 333333
Slot 123456 789 01 23456789 01 23456789 012 345678
. . .F SSSSSSSS .F ........ . .
5-86 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 16k ENET (continued)
25 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
26 To oine all crosspoint cards in the ENET shelf, type
>OFFL plane_no ALL
and press the Enter key.
where
plane_no
is the number of the ENET plane (0 or 1) containing the card you are
replacing
Example of a MAP response:
At the ENET shelf
27
The next action depends on the type of card that you replace.
WARNING
Static electricity damage
Wear a wrist strap connected to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If the card Do
is an NT9X13 step 28
is an NT9X40 step 30
WARNING: This action will be performed on ALL XPT slots
in ENET Plane:1 that are MBSY, INSV, OFFL,
SBSY, or CBSY.
Please confirm ("YES", "Y", "NO", or "N"):
Request to MAN BSY ALL ENET Plane:1 Shelf:00 submitted.
Request to MAN BSY ALL ENET Plane:1 Shelf:00 completed.
Request to OFFLINE ENET Plane:0 Shelf:00 submitted.
Request to OFFLINE ENET Plane:0 Shelf:00 passed.
SuperNode SE enhanced network card replacement procedures 5-87
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
28 To unseat the NT9X36 (messaging clock) card on the shelf side, perform the
procedure Unseating cards in equipment shelves. The procedure Unseating
cards in equipment shelves appears in this NTP. Complete the procedure.
Wait 20 s and return to this point.
29 To reseat the NT9X36 card, perform the procedure Reseating cards in
equipment shelves in this NTP. Complete the procedure. Wait 20 s and
return to this point.
Go to step 33.
30
Make sure that you are at the correct ENET node and interface card before
you disconnect the ber cables. To identify the ENET node, check the plane
and shelf identication. To identify the interface card, check the slot.
31 Make sure that each cable has a label that contains the following information:
ENET shelf number
plane number
slot number
link number
signal type
The signal type can be transmit or receive. If this information is not present,
create a label and attach the label to the cable. This label provides
information on how to connect the ber cables to the card.
Example of a label:
Label eld descriptions
is an NT9X26 or NT9X36 step 33
ATTENTION
Make sure that you identify connector zone numbers correctly. To identify zone
numbers, refer to gure NT9X40BA/BB connector zone numbers for the NT9X40.
Figures Fiber connector detail and Fiber connector and receptable detail are
diagrams of ber connector components for these cards. The gures are at the end of
this procedure.
If the card Do
ENCO 00 39
10R 04 17T
LTE 000 18
22R RX
5-88 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 16k ENET (continued)
32
Disconnect the transmit and receive connectors for each ber cable.
Note: When you disconnect the connectors, place dust caps on the ends
of the connectors.
a Grasp the sleeve with two ngers. Carefully push the sleeve toward the
frame.
DANGER
Avoid contamination of the ber tip surface
Make sure that you do not touch the tip of the ber. Dirt or
oil from the skin transferred to the ber tip surface degrades
ber performance.
DANGER
Fiber cable can become defective
Make sure that you handle ber cables carefully. Do not
crimp ber cables or bend ber cables to a radius of less than
3 cm (1.180 in.).
ENCO ENET plane (0 or 1)
00 cabinet number
39 ENET shelf by the base mounting position number
10R slot number and position (R for rear, or F for front)
04 zone number
17T link number and the signal type (T for transmit, R for receive)
LTE PM that the cable terminates on
000 PM frame number
18 PM shelf by the base mounting position number
22R slot number and position (R for rear, or F for front)
RX signal type at the PM end ( RX for receive or TX for transmit)
SuperNode SE enhanced network card replacement procedures 5-89
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
b Turn the connector counterclockwise until the connector pin is in the
position shown in the following diagram.
c Carefully pull the connector away from the frame.
Note: Perform the procedure, Cleaning ber optic components and
assemblies in this NTP.
5-90 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode SE 16k ENET (continued)
33 To replace the card, perform the procedure Replacing a card in this NTP.
Complete the procedure and return to this point.
Note: If the card that you replace has switches, make sure that the
switches on the replacement card have the same settings.
34 The next action depends on the type of card that you replace.
35 When you connect the connectors to the new card, remove the dust caps on
the transmit and receive connectors.
Connect the transmit and receive connectors for each ber cable.
a Align the connector pin and slot with the receptacle slot and pin, in the
sequence given, as shown in the following diagram.
b Carefully slide the connector into the receptacle.
c Turn the connector clockwise to lock the connector in place.
If the card Do
is an NT9X13 step c
is an NT9X40 step 35
is an NT9X26 or NT9X36 step b
SuperNode SE enhanced network card replacement procedures 5-91
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
d Release the connector. The following gure displays the nal connector
position.
36 To unseat the NT9X13 (processor) card on the shelf side, perform the
procedure Unseating cards from equipment shelves. The procedure
Unseating cards in equipment shelves appears in this NTP. Complete the
procedure. Wait 20 s and return to this point.
37 To reseat the NT9X13 card on the shelf side, perform the procedure
Reseating cards in equipment shelves. The procedure Reseating cards in
equipment shelves appears in this NTP. Complete the procedure and return
to this point.
Note: Wait a minimum of 30 s before you continue this procedure.
At the MAP terminal
38 To access the MS Chain card level of the MAP display, type
>MS;SHELF;CHAIN card_no
and press the Enter key.
where
5-92 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 16k ENET (continued)
card_no
is the card number that you recorded in step 18
39 To return the link on the chain on MS 0 to service, type
>RTS 0 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 18
Example of a MAP response:
40 To return the link on the chain on MS 1 to service, type
>RTS 1 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 18
41 To access the NET;SYSTEM level of the MAP display, type
>NET;SYSTEM
and press the Enter key.
42 To manually busy the ENET plane, type
>BSY plane_no 0
and press the Enter key.
where
If the RTS command Do
passed step 40
failed step 66
If the RTS command Do
passed step 41
failed step 66
Request to RTS MS: 0 shelf: 0 chain:05 link 0 submitted.
Request to RTS MS: 0 shelf: 0 chain:05 link 0 passed.
SuperNode SE enhanced network card replacement procedures 5-93
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
plane_no
is the ENET plane number (0 or 1)
43 To conrm the command, type
>YES
and press the Enter key.
44 The next action depends on the location of the load le.
45 To load the ENET node, type
>LOADEN plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
Go to step 52.
46 To access the CI level of the MAP display, type
>QUIT ALL
and press the Enter key.
If the response Do
requests confirmation step 43
indicates the BSY command
passed
step 44
If the BSY command Do
passed step 44
failed step 66
If the load le Do
is as specified in tables PMLOADS
and ENINV
step 45
is different from the file specified in
tables PMLOADS and ENINV
step 46
WARNING Any software load in the ENET will be destroyed.
Please confirm ("YES" or "NO"):
5-94 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 16k ENET (continued)
47 To access the disk utility, type
>DISKUT
and press the Enter key.
Example of a MAP response:
48 To list the contents for the volume that contains the load le, type
>LISTFL vol_name
and press the Enter key.
where
vol_name
is the name of the volume that contains the ENET load le
Example of a MAP response:
49 To quit the disk utility, type
>QUIT
and press the Enter key.
50 To access the NET;SYSTEM level of the MAP display, type
>MAPCI;MTC;NET;SYSTEM
and press the Enter key.
51 To load the ENET node, type
>LOADEN plane_no 0 filename
and press the Enter key.
Disk utility is now active.
DISKUT:
File information for volume S00DVOL1:
{NOTE: 1 BLOCK = 512 BYTES }
------------------------------------------------------------------
LAST FILE O R I O FILE NUM OF MAX FILE NAME
MODIFY CODE R E T P SIZE RECORDS REC
DATE G C O E IN IN LEN
C N BLOCKS FILE
------------------------------------------------------------------
760128 0 O F 277 3219 44 EDRMAC07
941101 0 I F Y 9494 4747 1020 RAPC03AW_1101_MS
760104 0 O V 651 162 2048 MPC402BX
760104 0 O F 63 424 76 TDCMPA01
760104 0 O F 37 249 76 TTMNA01
941101 0 I F Y 202934 101467 1020 RAPC03AW_1101_CM
941025 0 I F 9494 4747 1020 RBCS35CV_1025_MS
941025 0 I F 242454 121227 1020 RBCS35CV_1025_CM
940426 0 O F 784 392 1024 MPCX33AB
930427 0 O F 314 2006 80 MTULI01
SuperNode SE enhanced network card replacement procedures 5-95
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
where
plane_no
is the ENET plane number (0 or 1)
lename
is the name of the load le
Example of a MAP response:
52 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
53 To return the ENET plane to service, type
>RTS plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
54 To access the ENET SHELF level of the MAP, type
>SHELF 0
and press the Enter key.
55 To manually busy all crosspoint cards in the ENET shelf, type
>BSY plane_no ALL
and press the Enter key.
where
If the RTS command Do
passed step 54
failed step 66
WARNING Any software load in the ENET will be destroyed.
Please confirm ("YES" or "NO"):
Request to LOADEN ENET Plane:0 Shelf:00 submitted.
Request to LOADEN ENET Plane:0 Shelf:00 passed.
Request to RTS ENET Plane:0 Shelf:00 submitted.
Request to RTS ENET Plane:0 Shelf:00 passed.
There are no suspect cards.
5-96 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 16k ENET (continued)
plane_no
is the number of the ENET plane (0 or 1) containing the card you are
working on
56 To return all crosspoint cards on the shelf to service, type
>RTS plane_no ALL
and press the Enter key.
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
57 To access the ENET SYSTEM level of the MAP display, type
>SYSTEM
and press the Enter key.
58 To clear the deload condition on all crosspoint cards in the plane, type
>DELOAD plane_no 0 CLEAR
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
59 The next action depends if you recorded a list of deloaded cards in step 8.
60 To access the SHELF level of the MAP display, type
>SHELF 0
and press the Enter key.
If the BSY command Do
passed step 56
failed step 66
If you Do
recorded a card list step 60
did not record a card list step 63
Request to RTS ENET Plane:1 Shelf:00 submitted.
Request to RTS ENET Plane:1 Shelf:00 passed.
Request to CLEAR DELOAD ENET Plane:0 Shelf:00 submitted.
Request to CLEAR DELOAD ENET Plane:0 Shelf:00 passed.
SuperNode SE enhanced network card replacement procedures 5-97
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (continued)
61 Set the rst card on the list to the deloaded state , type
>DELOAD plane_no slot_no SET
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
slot_no
is the number of the slot the card occupies (slots 12 to 19 on plane 0
or slots 22 to 29 on plane 1
62 Repeat step 61 for the next card on the list.
63 The next action depends on the reason that you perform this procedure.
64 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
65 This procedure instructs you to deload a node. Continue this procedure only
under special conditions because the mate node has deloaded cards.
Consult ofce personnel or the next level of support. Continue as directed.
66 For additional help, contact the next level of support.
67 To abort BSY command and continue with dump, type
>NO
and press the Enter key BSY has been aborted, ENET dump is continuing.
68 The procedure is complete.
If all cards on the list Do
are not set to a deloaded state step 62
are set to a deloaded state step 63
If a maintenance procedure Do
directed you to this procedure step 64
did not direct you to this procedure step 68
5-98 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 16k ENET (continued)
NT9X40BA/BB connector zone numbers
The figure correlates the zone numbers (1 to 8) to the link numbers. The
zone numbers appear on the face of the card. The link numbers appear on
the MAP display for the NT9X40BA or NT9X40BB interface card. The figure
indicates the fiber connections only. Observe carefully the zone identification
marks for transmit and receive.
Link 0
Transmit
Link 1
Link 2
Link 3
Link 0
Receive
Link 1
Link 2
Link 3
NT9X40
BA
0
1
0
2
0
3
0
4
0
5
0
6
0
7
0
8
Receptacle
Connector
SuperNode SE enhanced network card replacement procedures 5-99
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 16k ENET (end)
Fiber connector detail
This gure shows the type of connector used to connect bers to an NT9X40
or NT9X45 paddle board.
Fiber connector and receptacle detail
This gure shows the different parts of the connector and receptacle.
Sheath
Label
Connector sleeve
Fiber tip
Connector
Connector pin
Connector slot
Receptacle pin
Receptacle
Receptacle slot
Connector pin
Connector slot
Connector
5-100 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode SE 32k ENET
Application
Use this procedure to replace the following cards in a SuperNode SE 32k
enhanced network shelf (ENET).
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
PEC Suffix Card name Shelf or frame name
NT9X13 FA, KA DMS SuperNode
processor card
32k ENET
NT9X26 AA, AB Reset terminal interface
(RTIF) paddle board
32k ENET
NT9X30 AA, AB +5V 86-A power
converter card
32k ENET
NT9X31 AA, AB -5V 20-A power
converter for
DMS-100E card
32k ENET
NT9X36 BA ENET messaging clock
card
32k ENET
NT9X40 BA, BB,
DA
ENET + quad fiber
paddle board
32k ENET, slot 8
SuperNode SE enhanced network card replacement procedures 5-101
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
Common procedures
This procedure refers to the following common procedures:
Replacing a card
Verifying load compatibility of SuperNode cards
Cleaning ber optic components and assemblies
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
5-102 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 32k ENET (continued)
Summary of Replacing System cards in a SuperNode SE 32k ENET
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Set deload for
the plane and
shelf
Wait 30 min for
traffic to clear
Manually busy
and offline the
plane and shelf
Manually busy
the MS chain
links
Return the MS
chain links to
service
Manually busy
the plane and
shelf
Return the
plane and shelf
to service
Clear deload
for the plane
and shelf
End Load the plane
and shelf
Replace the
card
SuperNode SE enhanced network card replacement procedures 5-103
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
Replacing System cards in a SuperNode SE 32k ENET
At your current location
1
Obtain a replacement card. Make sure that the replacement card and the
card that you remove have the same PEC and PEC sufx.
2 To make sure that the replacement card is compatible with the software load,
performthe procedure Verifying load compatibility of SuperNode cards. The
procedure Verifying load compatibility of SuperNode cards appears in this
document. Complete the procedure and return to this point.
At the MAP terminal
3 To access the NET;SYSTEM level of the MAP display, type
>MAPCI;MTC;NET;SYSTEM
and press the Enter key.
Example of a MAP display:
4 Check the state of the ENET plane that contains the card you replace. The
state appears under the Plane headers on the SYSTEM level MAP display.
CAUTION
System can drop calls
This procedure removes an ENET shelf from service, which
can cause the system to drop calls now in progress. Perform
this procedure only if you need to return system and power
converter cards to service. If you do not need to return the
cards to service, perform this procedure during periods of
low trafc.
WARNING
System can drop calls
This procedure removes an ENET shelf from service, which
can cause the system to drop calls now in progress. Perform
this procedure only if you need to return system and power
converter cards to service. If you do not need to return the
cards to service, perform this procedure during periods of
low trafc.
SYSTEM
Shelf Plane 0 Plane 1
00 I CSLink 1 closed .
5-104 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 32k ENET (continued)
In the example shown in step 3, plane 0 is in-service trouble (I) and plane 1
is in service.
5 Wait until the system completes system-initiated testing. To evaluate the
state of the plane again, go to step 4.
6 To determine if deloaded crosspoint cards are in the other plane, type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1) for the mate node
Example of a MAP response:
Note: The letter Y under the slot number indicates a deloaded crosspoint
card.
7 To determine if deloaded crosspoint cards are in the plane, type
>DELOAD plane_no 0 QUERY
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
If the state of the plane Do
is T (being tested) step 5
is other than listed here step 6
If the plane Do
has deloaded cards step 66
does not have deloaded cards step 7
If the plane Do
has deloaded cards step 8
does not have deloaded cards step 9
Request to QUERY DELOAD ENET Plane:0 Shelf:00 submitted.
Request to QUERY DELOAD ENET Plane:0 Shelf:00 passed.
1111111 11122222 22222333
90123456 78901234 56789012
Plane:0 Shelf:00 ..Y.---- -------- ----....
SuperNode SE enhanced network card replacement procedures 5-105
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
8 Record the slot number for any deloaded crosspoint cards in the plane. Use
this list to make sure that these cards are returned to the deloaded state when
you complete this procedure.
9 To set all crosspoint cards for the plane that associates with the card that you
will replace to a deloaded state, type
>DELOAD plane_no 0 SET
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
10 Wait 30 min to allow network trafc on the plane to clear.
11 The next step depends on the state of the ENET plane that contains the card
you replace.
12 To manually busy the ENET plane that contains the card you replace, type
>BSY plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
If the ENET plane Do
is O (offline) step 14
is M (manual busy) step 13
is other than listed here step 12
If the BSY command Do
passed step 13
failed step 57
Request to SET DELOAD ENET Plane:0 Shelf:00 submitted.
Request to SET DELOAD ENET Plane:0 Shelf:00 passed.
Request to MAN BUSY ENET Plane:0 Shelf:00 submitted.
Request to MAN BUSY ENET Plane:0 Shelf:00 passed.
5-106 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 32k ENET (continued)
13 To ofine the ENET plane, type
>OFFL plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
14 To locate the message switch (MS) chain head card that associates with the
ENET plane, type
>TRNSL plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
Note: In the example, the number of the chain head card on the MS is 16.
The link number is 0.
15 Record the number of the chain head card and the link number.
16 To access the MS;SHELF level of the MAP display, type
>MS;SHELF
and press the Enter key.
Example of a MAP display:
If the OFFL command Do
passed step 14
failed step 57
Request to OFFL ENET Plane:0 Shelf:00 submitted.
Request to OFFL ENET Plane:0 Shelf:00 passed.
Request to TRNSL ENET Plane:0 Shelf:00 submitted.
Request to TRNSL ENET Plane:0 Shelf:00 passed.
ENET Plane:0 Shelf:00 : MS 0 and 1 Card:16 Link:00 Port:000
SuperNode SE enhanced network card replacement procedures 5-107
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
17 To access the Chain level of the MAP display, type
>CHAIN card_no
and press the Enter key.
where
card_no
is the card number that you recorded in step 15
Example of a MAP display:
18 To manually busy the link on the chain on MS 0, type
>BSY 0 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 15
Example of a MAP response:
19 To manually busy the link on the chain on MS 1, type
>BSY 1 LINK link_no
and press the Enter key.
where
Message Switch Clock Shelf 0 Inter-MS Link 0 1
MS 0 M Slave C - -
MS 1 . M Free F - -
Shelf 0 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2
Card 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6
Chain | |
MS 0 . . . . . - - - - - - - - - - . . . . . . . . . F I
MS 1 . . . . . - - - - - - - - - - . . . . . . . . . F I
If the BSY command Do
passed step 19
failed step 67
Chain 05 Range Link 0 1
MS 0 . 16-17 DS512 . .
MS 1 . 16-17 DS512 . .
Request to MAN BUSY MS: 0 shelf: 0 chain:16 link 0
submitted.
Request to MAN BUSY MS: 0 shelf: 0 chain:16 link 0 passed.
5-108 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 32k ENET (continued)
link_no
is the link number that you recorded in step 15
20 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
21 To access the ENET SHELF level of the MAP display, type
>NET;SHELF 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP display:
22 To busy all crosspoint cards on the shelf, type
>BSY plane_no ALL
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
If the BSY command Do
passed step 21
failed step 67
Request to MAN BUSY MS: 1 shelf: 0 chain:16 link 0
submitted.
Request to MAN BUSY MS: 1 shelf: 0 chain:16 link 1 passed.
SHELF 01 Slot 1111111 11122222 22222333 333333
123456 78 90123456 78901234 56789012 345678
Plane 0 O O OO CCCCCCCC -------- CCCCCCCC O O
Plane 1 . . .. ........ -------- ........ . .
WARNING: This action will be performed on ALL XPT slots
in ENET Plane:1 that are MBSY, INSV, OFFL,
SBSY, or CBSY.
Please confirm ("YES", "Y", "NO", or "N"):
SuperNode SE enhanced network card replacement procedures 5-109
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
23 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
24 To ofine all crosspoint cards on the shelf, type
>OFFL plane_no ALL
and press the Enter key.
Example of a MAP response:
At the ENET shelf
25
The next action depends on the ENET card that you replace.
If the BSY command Do
passed step 21
failed step 67
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If you Do
replace an NT9X30 or NT9X31 step 28
replace an NT9X13 step 26
replace an NT9X40 step 30
replace an NT9X26 or NT9X36 step b
Request to MAN BSY ALL ENET Plane:1 Shelf:00 submitted.
Request to MAN BSY ALL ENET Plane:1 Shelf:00 completed.
Request to OFFLINE ALL ENET Plane:1 Shelf:00 submitted.
Request to OFFLINE ALL ENET Plane:1 Shelf:00 completed.
5-110 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode SE 32k ENET (continued)
26 To unseat the NT9X36 (messaging clock) card on the shelf, perform the
procedure Unseating cards in equipment shelves. The procedure Unseating
cards in equipment shelves appears in this NTP. Complete the procedure.
Wait 20 s and return to this point.
27 To reseat the NT9X36 card, perform the procedure Reseating cards in
equipment shelves in this NTP. Complete the procedure. Wait 20 s and
return to this point.
Go to step 33.
28 Power down the NT9X31 card that associates with the ENET shelf. To power
down the card, press down and release the power switch on the faceplate of
the card.
Note: The CONVERTER OFF LED turns on when the converter powers
down.
29 Power down the NT9X30 card that associates with the ENET shelf. To power
down the card, press down and release the power switch on the faceplate of
the card.
Note: The CONVERTER OFF LED turns on when the converter powers
down.
30
Make sure that you are at the correct ENET node and interface card, before
you disconnect the ber cables. To identify the ENET node, check the plane
and shelf identication. To identify the interface card, check the slot.
If the CONVERTER OFF LED Do
is lit step 29
is not lit step 67
If the CONVERTER OFF LED Do
is lit step 33
is not lit step 67
ATTENTION
Make sure that you identify connector zone numbers correctly. To identify zone
numbers, refer to gure NT9X40BA/BB connector zone nu,ber for the NT9X40.
Figures Fiber connector detail and Fiber connector receptacle detail are diagrams
of ber connector components for these cards. These gures are at the end of this
chapter.
SuperNode SE enhanced network card replacement procedures 5-111
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
31 Make sure that each cable has a label that contains the following information:
ENET shelf number
plane number
slot number
link number
signal type
The signal type can be transmit or receive. If this information is not present,
create a label and attach the label to the cable. This label provides
information on how to connect the ber cables to the card.
Example of a label:
Label eld descriptions
32
DANGER
Avoid contamination of the ber tip surface
Make sure that you do not touch the tip of the ber. Dirt or
oil from the skin transferred to the ber tip surface degrades
ber performance.
ENCO 00 39
10R 04 17T
LTE 000 18
22R RX
ENCO ENET plane (0 or 1)
00 cabinet number
39 ENET shelf by the base mounting position number
10R slot number and position (R for rear, or F for front)
04 zone number
17T link number and the signal type (T for transmit, R for receive)
LTE PM that the cable terminates on
000 PM frame number
18 PM shelf by the base mounting position number
22R slot number and position (R for rear, or F for front)
RX signal type at the PM end ( RX for receive or TX for transmit)
5-112 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode SE 32k ENET (continued)
Disconnect the transmit and receive connectors for each ber cable.
Note: When you disconnect the connectors, place dust caps on the ends
of the connectors.
a Grasp the sleeve with two ngers. Carefully push the sleeve toward the
frame.
b Turn the connector counterclockwise until the connector pin is in the
position shown in the following diagram.
c Carefully pull the connector away from the frame.
DANGER
Fiber cable can become damaged
Make sure that you handle ber cables carefully. Do not
crimp ber cables or bend ber cables to a radius of less than
3 cm (1.180 in.).
SuperNode SE enhanced network card replacement procedures 5-113
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
Note: Perform the procedure, Cleaning ber optic components and
assemblies in this NTP.
33 To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Note 1: If you replace the power converter card, make sure that the PWR
switch on the replacement power converter is in the OFF position.
Note 2: If the card that you replace has switches, make sure that the
switches on the replacement card have the same settings.
34 The next action depends on the card that you replace.
35 To power up the NT9X30 card, press up and release the power switch on the
faceplate of the card.
Note: The CONVERTER OFF LED turns off when the converter powers
up.
If you Do
replace a NT9X30 or NT9X31 step 35
replace a NT9X26 or NT9X36 step 38
replace a NT9X40 step 37
replace a NT9X13 step 40
If the CONVERTER OFF LED Do
is not lit step 36
is lit step 67
5-114 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode SE 32k ENET (continued)
36 To power up the NT9X31 card, press up and release the power switch on the
faceplate of the card.
Note: The CONVERTER OFF LED turns off when the converter powers
up.
37 When you connect the connectors to the new card, remove the dust caps on
the transmit and receive connectors.
Connect the transmit and receive connectors for each ber cable.
a Align the connector pin and slot with the receptacle slot and pin, in the
sequence given, as shown in the following diagram.
b Carefully slide the connector into the receptacle.
c Turn the connector clockwise to lock the connector in place.
If the CONVERTER OFF LED Do
is not lit step 40
is lit step 67
SuperNode SE enhanced network card replacement procedures 5-115
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
d Release the connector. The following gure displays the nal connector
position.
38 To unseat the NT9X13 (processor) card on the shelf side, perform the
procedure Unseating cards in equipment shelves. The procedure Unseating
cards in equipment shelves appears in this NTP. Complete the procedure
and return to this point.
39 To reseat the NT9X13 card on the shelf side, perform the procedure
Reseating cards in equipment shelves. The procedure Reseating cards in
equipment shelves appears in this NTP. Complete the procedure and return
to this point.
At the MAP terminal
40 To access the Chain level of the MAP display, type
>MS;SHELF;CHAIN card_no
and press the Enter key.
where
card_no
is the card number that you recorded in step 15
41 To return the link on the chain on MS 0 to service, type
>RTS 0 LINK link_no
5-116 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 32k ENET (continued)
and press the Enter key.
where
link_no
is the link number that you recorded in step 15
Example of a MAP response:
42 To return the link on the chain on MS 1 to service, type
>RTS 1 LINK link_no
and press the Enter key.
where
link_no
is the link number that you recorded in step 15
43 To access the NET;SYSTEM level of the MAP display, type
>NET;SYSTEM
and press the Enter key.
44 To manually busy the ENET plane, type
>BSY plane_no
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
If the RTS command Do
passed step 42
failed step 67
If the RTS command Do
passed step 43
failed step 67
If the BSY command Do
passed step 45
failed step 67
Request to RTS MS: 0 shelf: 0 chain:16 link 0 submitted.
Request to RTS MS: 0 shelf: 0 chain:16 link 0 passed.
SuperNode SE enhanced network card replacement procedures 5-117
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
45 The next action depends on the location of the load le.
46 To load the plane, type
>LOADEN plane_no 0
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
Go to step 53.
47 To access the CI level of the MAP display, type
>QUIT ALL
and press the Enter key.
48 To access the disk utility, type
>DISKUT
and press the Enter key.
Example of a MAP response:
49 To list the contents for the volume that contains the loadle, type
>LISTFILE vol_name
and press the Enter key.
where
vol_name
is the name of the volume that contains the loadle
Example of a MAP response:
If the load le Do
is the same as specified in tables
PMLOADS and ENINV
step 46
is different from the file
specified in tables PMLOADS
and ENINV
step 47
WARNING Any software load in the ENET will be destroyed.
Please confirm ("YES" or "NO"):
Disk utility is now active.
DISKUT:
5-118 SuperNode SE enhanced network card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a SuperNode SE 32k ENET (continued)
50 To quit the disk utility, type
>QUIT
and press the Enter key.
51 To return to the NET;SYSTEM level of the MAP display, type
>MAPCI;MTC;NET;SYSTEM
and press the Enter key.
52 To load the plane, type
>LOADEN plane_no 0 filename
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
lename
is the name of the load le
Example of a MAP response:
53 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
File information for volume S00DVOL1:
{NOTE: 1 BLOCK = 512 BYTES }
-----------------------------------------------------------------
LAST FILE O R I O FILE NUM OF MAX FILE NAME
MODIFY CODE R E T P SIZE RECORDS REC
DATE G C O E IN IN LEN
C N BLOCKS FILE
-----------------------------------------------------------------
760128 0 O F 277 3219 44 EDRMAC07
941101 0 I F Y 9494 4747 1020 RAPC03AW_1101_MS
760104 0 O V 651 162 2048 MPC402BX
760104 0 O F 63 424 76 TDCMPA01
760104 0 O F 37 249 76 TTMNA01
941101 0 I F Y 202934 101467 1020 RAPC03AW_1101_CM
941025 0 I F 9494 4747 1020 RBCS35CV_1025_MS
941025 0 I F 242454 121227 1020 RBCS35CV_1025_CM
940426 0 O F 784 392 1024 MPCX33AB
930427 0 O F 314 2006 80 MTULI01
WARNING Any software load in the ENET will be destroyed.
Please confirm ("YES" or "NO"):
Request to LOADEN ENET Plane:0 Shelf:00 submitted.
Request to LOADEN ENET Plane:0 Shelf:00 passed.
SuperNode SE enhanced network card replacement procedures 5-119
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
54 To return the ENET plane to service, type
>RTS plane_no
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
55 To access the ENET SHELF level of the MAP, type
>SHELF 0
and press the Enter key.
56 To busy all crosspoint cards on the shelf, type
>BSY plane_no ALL
and press the Enter key.
plane_no
is the ENET plane number (0 or 1)
57 To return all crosspoint cards on the shelf to service, type
>RTS plane_no ALL
and press the Enter key.
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
58 To access the ENET SYSTEM level of the MAP display, type
>SYSTEM
and press the Enter key.
59 To clear the deload condition on all crosspoint cards in the plane, type
>DELOAD plane_no 0 CLEAR
If the RTS command Do
passed step 55
failed step 67
Request to RTS ENET Plane:0 Shelf:00 submitted.
Request to RTS ENET Plane:0 Shelf:00 passed.
There are no suspect cards.
Request to RTS ALL ENET Plane:1 Shelf:00 submitted.
Request to RTS ALL ENET Plane:1 Shelf:00 completed.
5-120 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 32k ENET (continued)
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
Example of a MAP response:
60 The next action depends if you recorded a list of deloaded cards in step 8.
61 To access the SHELF level of the MAP display, type
>SHELF 0
and press the Enter key.
62 To set the rst card on the list to the deloaded state, type
>DELOAD plane_no slot_no SET
and press the Enter key.
where
plane_no
is the ENET plane number (0 or 1)
slot_no
is the slot number (8 to 32)
63 Repeat step 62 for the next card on the list.
64 The next action depends on the reason that you perform this procedure.
65 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
If you Do
recorded a card list step 61
did not record a card list step 64
If all the cards on the list Do
are deloaded step 63
are not deloaded step 64
If a maintenance procedure Do
directed you to this procedure step 65
did not direct you to this
procedure
step 68
Request to CLEAR DELOAD ENET Plane:0 Shelf:00 submitted.
Request to CLEAR DELOAD ENET Plane:0 Shelf:00 passed.
SuperNode SE enhanced network card replacement procedures 5-121
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (continued)
66 This procedure instructs you to deload and manually busy a node. Continue
this procedure only under special conditions because the mate node has
deloaded cards. Consult ofce personnel or the next level of support.
Continue as directed.
67 For additional help, contact the next level of support.
68 The procedure is complete.
5-122 SuperNode SE enhanced network card replacement procedures
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System cards
in a SuperNode SE 32k ENET (continued)
NT9X40BA/BB connector zone numbers
The figure correlates the zone numbers (1 to 8) to the link numbers. The
zone numbers appear on the face of the card. The link numbers appear on
the MAP display for the NT9X40BA or NT9X40BB interface card. Note that
the figure indicates fiber connections only. Observe carefully the zone
identification marks for transmit and receive.
Link 0
Transmit
Link 1
Link 2
Link 3
Link 0
Receive
Link 1
Link 2
Link 3
NT9X40
BA
0
1
0
2
0
3
0
4
0
5
0
6
0
7
0
8
Receptacle
Connector
SuperNode SE enhanced network card replacement procedures 5-123
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a SuperNode SE 32k ENET (end)
Fiber connector detail
The preceding gure displays the type of connector used to connect bers to
an NT9X40 or NT9X45 paddle board.
Fiber connector and receptacle detail
This gure shows the different parts of the connector and receptacle.
Sheath
Label
Connector sleeve
Fiber tip
Connector
Connector pin
Connector slot
Receptacle pin
Receptacle
Receptacle slot
Connector pin
Connector slot
Connector
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
6-1
6 File processor card replacement
procedures
Introduction
This chapter provides card replacement procedures for the le processor (FP).
The rst section in the chapter provides illustrations of FP shelf designs.
Card replacement procedures for the frame supervisory panel (FSP) and
modular supervisory panel (MSP) are in the chapter Frame supervisory panel
and maintenance supervisory panel card replacement procedures".
Each procedure contains the following sections:
Application
Common procedures
Action
Application
This section identies the FP card(s) the replacement procedure covers.
Common procedures
This section lists common procedures in the FP card replacement procedure.
A common procedure is a series of steps that you repeat within maintenance
procedures. The procedure for the removal and replacement of a card is an
example of a common procedure. Common procedures are in the common
procedures chapter in this NTP.
Do not go to the common procedures unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
6-2 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
Recording card replacement activities
When you replace a card, record the following information in ofce records:
the serial number of the card you replaced
the date you replaced the card
the reason you replaced the card
File processor card replacement procedures 6-3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
SuperNode Multicomputing Base shelf layouts
Application
This procedure contains the following design diagrams:
application processor cabinet (APC)
le processor (FP) shelf
FP storage device shelf
Figure 1Application processor cabinet with FP
FSP
FP
Storage
devices
Storage
devices
Storage
devices
Cooling unit
6-4 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
SuperNode Multicomputing Base shelf layouts (continued)
Figure 2File processor shelf
NT9X19BA Filler faceplate
Paddle boards
Cards
33F
32F
31F
30F
29F
28F
27F
26F
25F
24F
23F
22F
21F
20F
19F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
32R
31R
30R
29R
28R
27R
26R
25R
24R
23R
22R
21R
20R
19R
18R
17R
16R
15R
14R
13R
12R
11R
10R
09R
08R
07R
R
e
a
r
F
r
o
n
t
36F
NT9X21AB Bus terminator
NT9X19BA Filler faceplate
NT9X19BA Filler faceplate
NT9X19BA Filler faceplate
NT9X62AA 2-port subrate DS512
NT9X26AA Remote terminal I/F
NT9X26AA Remote terminal I/F
NT9X62AA 2-port subrate DS512
NT9X19BA Filler faceplate
NT9X19BA Filler faceplate
NT9X19BA Filler faceplate
NT9X21AB Bus terminator
NT9X21AB Bus terminator
NT9X19BA Filler faceplate
NT9X88AA SCSI I/F processor
NT9X88AA SCSI I/F processor
NT9X62AA 2-port subrate DS512
NT9X26AA Remote terminal I/F
NT9X26AA Remote terminal I/F
NT9X62AA 2-port subrate DS512
NT9X88AA SCSI I/F processor
NT9X88AA SCSI I/F processor
NT9X19BA Filler faceplate
NT9X21AB Bus terminator
NT9X19BA Filler faceplate
NT9X19AA Filler faceplate
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X86AA Dual-port message controller
NT9X13LA AP/FP 68030 HPM-based CPU
NT9X13LA AP/FP 68030 HPM-based CPU
NT9X86AA Dual-port message controller
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X87AA Dual-access buffer memory
NT9X86AA Dual-port message controller
NT9X13LA AP/FP 68030 HPM-based CPU
NT9X13LA AP/FP 68030 HPM-based CPU
NT9X86AA Dual-port message controller
NT9X87AA Dual-access buffer memory
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NT9X14DB 24-Mbyte memory
NTDX15AA Power converter
NTDX15AA Power converter
NT9X19AA Filler faceplate
NTDX15AA Power converter
NTDX15AA Power converter
File processor card replacement procedures 6-5
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
SuperNode Multicomputing Base shelf layouts (end)
Figure 3File processor storage device shelf
Cards
33F
32F
31F
30F
29F
28F
27F
26F
25F
24F
23F
22F
21F
20F
19F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
36F
Paddle boards
32R
31R
30R
29R
28R
27R
26R
25R
24R
23R
22R
21R
20R
19R
18R
17R
16R
15R
14R
13R
12R
11R
10R
09R
08R
07R
Rear Front
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X89 SDIP
NT9X89 SDIP
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X89 SCSI device I/F PB
NT9X89 SCSI device I/F PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X89 SCSI device I/F PB
NT9X89 SCSI device I/F PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X89 SCSI device I/F PB
NT9X89 SCSI device I/F PB
NT9X19 Filler faceplate
NT9X19 Filler faceplate
NT9X90 Storage device assembly
NTDX91 Power converter card
NT9X19AA Filler faceplate
NTDX91 Power converter card
NTDX91 Power converter card
NTDX91 Power converter card
NT9X90 Storage device assembly
NT9X90 Storage device assembly
NT9X90 Storage device assembly
6-6 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X89
in a storage device shelf in a le processor
Application
Use this procedure to replace a NT9X89 in a storage device shelf for a
SuperNode Multicomputing Base (SMB) le processor (FP). The following
table lists the SMB FP.
Refer to the Index" if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Verifying load compatibility of SuperNode cards
Replacing a card
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT9X89 AA, BA SCSI device interface
paddle board
FP storage device
File processor card replacement procedures 6-7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X89
in a storage device shelf in a file processor (continued)
Replacing a NT9X89in a storage device shelf in a le processor
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Connected to
disabled SCSI
bus?
Enable SCSI
bus on inactive
plane
Manually busy
controller on
inactive plane
Disk drive
in shadow
set?
Manually busy
storage device
Stop shadow
set member
Offline storage
device
Replace card
Test and return
to service
SCSI bus
Y
N
1
1
Y
2
N
2
3
Manually busy
storage device
Storage
device is
disk drive?
Y
2
Storage
device is
disk drive?
Y
Disk drive
in shadow
set?
Start shadow
set member
Y
4
N
4
N
N
Return storage
device to
service
End
4
3
6-8 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X89
in a storage device shelf in a file processor (continued)
Replacing a NT9X89 in a storage device shelf in a le processor
At your Current Location
1 Obtain a replacement card. Make sure the replacement card and the card
you remove have the same PEC and PEC sufx.
2 Performthe procedure Verifying load compatibility of SuperNode cards in this
document. You must perform this procedure to make sure that the
replacement card is compatible with the software load. Complete the
procedure and return to this point.
At the MAP terminal
3 To post the FP that contains the card you replace, type
>MAPCI;MTC;PM;POST FP fp_no
and press the Enter key.
where
fp_no
is the number of the FP (0 to 99) that contains the card you will replace
Example of a MAP display:
4 To access the Devices level of the MAP display, type
>DEVICES
and press the Enter key.
Example of a MAP display:
SysB ManB OffL CBsy ISTb
PM 0 0 14 0 5 11
FP 0 0 2 0 5 4
InSv
FP 20: FP20_QPI0 Plane Devices
ISTb
NoSync 1SysB
FP 3: FP3_SR256 Plane Devices
ISTb NoSync .
CTRL0 CTRL1 DEVICE
DABM . . 0 1 2 3 4 5
SCSI 0 .(EN) .(DIS) - . - . - -
SCSI 1 .(EN) .(DIS) - . - . - -
File processor card replacement procedures 6-9
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X89
in a storage device shelf in a file processor (continued)
5 Determine if the NT9X89 card you replace connects to an enabled (EN) or
disabled (DIS) SCSI bus.
Note: The EN indicates the SCSI bus is enabled. The DIS indicates the
SCSI bus is disabled. CTRL0 (controller 0) corresponds to plane 0 and
CTRL1 corresponds to plane 1. The MAP display in step 4 indicates that
both SCSI buses on plane 0 are enabled. The MAP display also indicates
that both SCSI buses on plane 1 are disabled.
6 To switch enable the SCSI bus that associates with the NT9X89 card you
replace, type
>SWEN scsi_no
and press the Enter key.
where
scsi_no
is the number of the enabled SCSI bus (0 or 1)
Example of a MAP response:
7 To manually busy the disabled SCSI bus, type
>BSY SCSI scsi_no
and press the Enter key.
where
scsi_no
is the number of the disabled SCSI bus (0 or 1)
Example of a MAP response:
If the SCSI bus Do
is enabled step 6
is disabled step 7
If the SWEN command Do
passed step 7
failed step 33
FP 1 SwEn SCSI 0: Command request has been submitted.
FP 1 SwEn SCSI 0: Command passed.
6-10 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X89
in a storage device shelf in a file processor (continued)
8 To query the SCSI components of the FP, type
>QUERYFP SCSI scsi_no
and press the Enter key.
where
scsi_no
is the number of the disabled SCSI bus (0 or 1)
Example of a MAP response:
9 Record the following information for the NT9X89 card (SDIP) you replace:
SCSI number
device number
quadrant location
shelf number
slot number
Note: The SCSI number appears under the SCSI header in the MAP
response example in step 8. The device number appears under the Dev
header. The quadrant number appears under the Quad header. The shelf
number appears under the Shelf header. The slot number appears under
the Slot header.
10 To query the device that associates with the NT9X89 card that you replace,
type
>QUERYFP DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number (0 or 1) you recorded in step 9
If the BSY command Do
passed step 8
failed step 33
FP 1 Busy SCSI 0: Command request has been submitted.
Busy SCSI 0: Command passed. FP 1
Card Firmware Ctrl SCSI Dev Quad Shelf Slot Status
---- -------- ---- ---- --- ---- ----- ---- ------
SIP SXFW35CV 0 0 - 0 0 11 InSv
SDIP 910822 0 0 0 0 3 8 SysB
SIP SXFW35CV 1 0 - 1 0 16 InSv
SDIP 910822 1 0 0 0 3 9 InSv
File processor card replacement procedures 6-11
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X89
in a storage device shelf in a file processor (continued)
dev_no
is the device number you recorded in step 9
Example of a MAP response:
11 Record the following information for the storage device that associates with
the NT9X89 card (SDIP) you replace:
device name
device type
Note: The device name appears under the Dev Name header of the MAP
response that the system generated in step 10. The device type appears
under the Type header.
12 Determine if the disk drive is a member of a shadow set.
Note: Shadow sets are datalled in table SHADOW.
13 Determine the name of the shadow set.
14 To access the shadow utility for the FP on which the disk drive resides, type
>SHADOWUT FP fp_no
and press the Enter key
where
fp_no
is the number of the FP (0 to 99) that contains the disk drive
Example of a MAP response:
If the device type Do
is dk step 12
is ct step 17
If the disk drive Do
is a member of a shadow set step 13
is not a member of a shadow set step 17
Dev Name SCSI Dev Type Quad Shelf Slot Status
--- ---- ---- ----- ---- ------
DK00 0 0 dk 0 3 8 InSv
-------- ----
SHADOWUT; FP22
active Disk shadowing utility is now
FP22 is now node of reference
6-12 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X89
in a storage device shelf in a file processor (continued)
15 To stop the shadow set member, type
>STM ss_name device_name
and press the Enter key.
where
ss_name
is the name of the shadow set (SS00 or SS01)
device_name
is the device name you recorded in step 11
Example input:
>STM SS00 DK02
Example of a MAP response:
16 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
Go to step 18.
17 To manually busy the storage device, type
>BSY DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 9
dev_no
is the device number you recorded in step 9
Example input:
>BSY DEV 0 1
*******************************************************
**
*** WARNING: ***
*** If this is the last in-service member then File ***
*** Processing will no longer be available on the ***
*** shadow set: SS00 ***
*******************************************************
**
Do you wish to proceed?
Please confirm ("Yes", "Y", "No", or "N"):
Ok, Shadow Set Member stopped.
complete. Approximately 1 minute to
File processor card replacement procedures 6-13
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X89
in a storage device shelf in a file processor (continued)
Example of a MAP response:
18 To ofine the device, type
>OFFL DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 9
dev_no
is the device number you recorded in step 9
Example input:
>OFFL DEV 0 1
Example of a MAP response:
At the storage device shelf
19 Locate the NT9X89 card that you must replace.
20 Determine the state of the LEDs on the card.
If the BSY command Do
passed step 18
failed step 33
If the OFFL command Do
passed step 19
failed step 33
If Do
no LEDs are lit step 21
one or both LEDs are lit step 33
FP 1 Busy DEV 0 1:
1 Busy DEV 0 1: Command passed.
Command request has been submitted.
FP
FP 1 Offline DEV 0 1: Command request has been
submitted.
FP 1 Offline DEV 0 1: Command passed.
6-14 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X89
in a storage device shelf in a file processor (continued)
21 Loosen the two screws that secure the connector to the back of the card.
22 To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
23 Tighten the screws that secure the connector at the back of the card.
At the MAP terminal
24 To test the SCSI bus you busied in step 7, type
>TST SCSI scsi_no
and press the Enter key.
where
scsi_no
is the number of the disabled SCSI bus (0 or 1)
Example of a MAP response:
25 To return the SCSI bus to service, type
>RTS SCSI scsi_no
and press the Enter key.
where
scsi_no
is the number of the disabled SCSI bus (0 or 1)
Example of a MAP response:
26 To manually busy the storage device you ofined in step 18, type
>BSY DEV scsi_no dev_no
If the TST command Do
passed step 25
failed step 33
If the RTS command Do
passed step 26
failed step 33
FP 1 Test DEV 0 1: Command request has been submitted.
1 Test DEV 0 1: Command passed. FP
FP 1 RTS DEV 0 1: Command request has been submitted.
RTS DEV 0 1: Command passed. FP 1
File processor card replacement procedures 6-15
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X89
in a storage device shelf in a file processor (continued)
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 9
dev_no
is the device number you recorded in step 9
Example input:
>BSY DEV 0 1
Example of a MAP response:
27 Determine the type of storage device you busied in step 17.
28 Determine if the disk drive is a member of a shadow set.
29 To start the shadow set member, type
>SM ss_name device_name FORCE
and press the Enter key.
where
ss_name
is the name of the shadow set (SS00 or SS01)
device_name
is the name of the shadow set member you stopped in step 15
If the BSY command Do
passed step 27
failed step 33
If the device type Do
is dk step 28
is ct step 32
If the disk drive Do
is a member of a shadow set step 29
is not a member of a shadow set step 32
FP 1 Busy DEV 0 1: Command request has been submitted.
1 Busy DEV 0 1:
Command passed.
FP
6-16 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X89
in a storage device shelf in a file processor (continued)
Example input:
>SM SS00 DK02 FORCE
Example of a MAP response:
30 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
31 To quit the shadow utility, type
>QUIT
and press the Enter key.
Go to step 34.
32 To return the device to service, type
>RTS DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 9
dev_no
is the device number you recorded in step 9
If the SM command Do
passed step 31
failed step 33
The member will be started with the following
parameter settings:
Node name : FP2
Shadow set name: SS00
Device name : DK02
Transfer length: Optimal
Interval : 0
Synchronization: Default
Force : NO
Do you want to continue?
Please confirm ("YES", "Y", "NO", or "N"):
OK, Shadow Set Member start initiated.
File processor card replacement procedures 6-17
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X89
in a storage device shelf in a file processor (end)
Example of a MAP response:
33 For additional help, contact the next level of support.
34 The procedure is complete.
If the RTS command Do
passed step 34
failed step 33
FP 1 RTS DEV 0 1: Command request has been submitted.
RTS DEV 0 1: Command passed. FP 1
6-18 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X90
in a storage device shelf in a le processor
Application
Use this procedure to replace an NT9X90 in a storage device shelf for a
SuperNode Multicomputing Base (SMB) le processor (FP). The following
table lists the SMB FP.
Refer to the Index" if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedure:
Verifying load compatibility of SuperNode cards
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT9X90 AA Storage device
assembly (600-Mbyte
disk)
FP storage device
NT9X90 AB Storage device
assembly (2.1-Gbyte
disk)
FP storage device
NT9X90 BA Storage device
assembly (1.2-Gbyte
DAT)
FP storage device
File processor card replacement procedures 6-19
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X90
in a storage device shelf in a file processor (continued)
Summary of Replacing a NT9X90 in a storage device shelf in a le processor
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Disk drive
in shadow
set?
Manually busy
storage device
Stop shadow
set member
Offline storage
device
Replace card
Y
2
N
1
Storage
device is
disk drive?
Y
1
Manually busy
storage device
Storage
device is
disk drive?
Y
Disk drive
in shadow
set?
Start shadow
set member
Y
5
N
4
N
Return storage
device to
service
End
3
Test disk drive
Create disk
volumes again
Restore files in
disk volumes
Test storage
device
N
2
5
4
3
6-20 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X90
in a storage device shelf in a file processor (continued)
Replacing a NT9X90 in a storage device shelf in a le processor
At your current location
1 Obtain a replacement card. Make sure that the replacement card and the
card you remove have the same PEC and PEC sufx.
2 Performthe procedure Verifying load compatibility of SuperNode cards in this
document. You must perform this procedure to make sure that the
replacement card is compatible with the software load. Complete the
procedure and return to this point.
At the MAP terminal
3 To post the FP that contains the card you will replace, type
>MAPCI;MTC;PM;POST FP fp_no
and press the Enter key.
where
fp_no
is the number of the FP (0 to 99) that contains the card you will replace
Example of a MAP display:
4 To access the Devices level of the MAP display, type
>DEVICES
and press the Enter key.
Example of a MAP display:
5 To query the device components for the FP, type
>QUERYFP DEV ALL ALL
and press the Enter key.
SysB ManB OffL CBsy ISTb InSv
PM 0 0 14 0 5 11
FP 0 0 2 0 5 4
NoSync 1SysB
FP 20: FP20_QPI0 Plane DevicesISTb
FP 3: FP3_SR256 Plane Devices
ISTb NoSync .
CTRL0 CTRL1 DEVICE
DABM . . 0 1 2 3 4 5
SCSI 0 .(EN) .(DIS) - . - . - -
SCSI 1 .(EN) .(DIS) - . - . - -
File processor card replacement procedures 6-21
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X90
in a storage device shelf in a file processor (continued)
Example of a MAP response:
6 In the MAP display the systemgenerated in step 5, identify the device you will
replace. Record the following information for the device:
SCSI number
device number
device type
quadrant location
shelf number
slot number
Note: The SCSI number appears under the SCSI header on the MAP
display. The device number appears under the Dev header. The device
type appears under the Type header. The quadrant location appears
under the Quad header. The shelf number appears under the Shelf
header. The slot number appears under the Slot header.
7 The next action depends on why you perform this procedure.
If the device Do
is dk step 7
is ct step 16
If Do
the procedure Recovering disks
in a shadow set after loss of both
disks directed you to this proce-
dure
step 18
other than listed here step 8
Dev Name SCSI Dev Type Quad Shelf Slot Status
-------- ---- --- ---- ---- ----- ---- ------
DK00 0 0 dk 0 2 8 InSv
CT01 0 1 ct 2 2 20 InSv
DK02 0 2 dk 0 3 8 InSv
DK03 0 3 dk 2 3 20 InSv
DK10 1 0 dk 1 2 14 SysB
CT11 1 1 ct 3 2 26 InSv
DK12 1 2 dk 1 3 14 InSv
DK13 1 3 dk 3 3 26 InSv
6-22 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X90
in a storage device shelf in a file processor (continued)
8 Determine if the disk drive is a member of a shadow set.
Note: Datall shadow sets in table SHADOW.
9 Determine the name of the shadow set.
Note: When you display and record the shadow set name, the SCP
recovery procedure directs you to this procedure. The SCP recovery
procedure is Recovering disks in a shadow set after loss of one disk.
10 To access the shadow utility for the FP that contains the disk drive, type
>SHADOWUT FP fp_no
and press the Enter key.
where
fp_no
is the number of the FP (0 to 99) that contains the disk drive
11 To display information on the shadow set, type
>DIS ss_name
and press the Enter key.
where
ss_name
is the name of the shadow set (SS00 or SS01)
Example of a MAP response:
If the disk drive Do
is a member of a shadow set step 9
is not a member of a shadow set step 16
Information about shadow set #0:
Node name: FP2
Shadow set name SS00
Set definition state: RUNNING
Set operational state: IN SERVICE
Synchronization status: SYNCHRONIZED
Multi-Writes: Serial
Capacity (blocks) 1244655
Transfer length Optimal
Interval: 0
==============================================
Information about member disks:
Name State SyncState Reads Writes
DK02 INSV Yes
Perm DK13 INSV Yes 0 0
File processor card replacement procedures 6-23
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X90
in a storage device shelf in a file processor (continued)
12 Record the shadow set member that has faults.
Note: In the MAPdisplay example in step 11, the shadowset member that
has faults is DK02.
13 To stop the shadow set member, type
>STM ss_name device_name
and press the Enter key.
where
ss_name
is the name of the shadow set (SS00 or SS01)
device_name
is DK (disk drive) followed by two digits
Example input:
>STM SS00 DK02
Example of a MAP response:
14 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
15 To quit the shadow utility, type
>QUIT
and press the Enter key.
Go to step 17.
16 To manually busy the device that has faults, type
>BSY DEV scsi_no dev_no
and press the Enter key.
where
"No", or "N"): Please confirm ("Yes", "Y",
Do you wish to proceed?
**** *********************************************
shadow set: SS00 ******
Processing will no longer be available on the ******
If this is the last in-service member then File ******
WARNING: ****
*******************************************************
Ok, Shadow Set Member stopped.
complete. Approximately 1 minute to
6-24 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X90
in a storage device shelf in a file processor (continued)
scsi_no
is the SCSI number you recorded in step 6
dev_no
is the device number you recorded in step 6
Example of a MAP response:
17 To ofine the affected device, type
>OFFL DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 6
dev_no
is the device number you recorded in step 6
Example input:
>OFFL DEV 0 1
Example of a MAP response:
At the storage device shelf
18 Determine the state of both LEDs on the storage device.
If the BSY command Do
passed step 17
failed step 48
If the OFFL command Do
passed step 18
failed step 48
If Do
no LEDs are lit step 19
FP 1 Busy DEV 0 1: Command request has been submitted.
1 Busy DEV 0 1: Command passed. FP
FP 1 Ofine DEV 0 1: Command request has been submitted.
DEV 0 1: Command passed. FP 1 Ofine
File processor card replacement procedures 6-25
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X90
in a storage device shelf in a file processor (continued)
19 Open the locking levers on the faceplate until the levers are horizontal.
20 Carefully pull the device toward you. Continue to pull until the locking latch at
the back of the storage device stops the device from clearing the shelf.
21 Close the locking levers.
22 Grasp the carrying handle for the storage device , and use your thumb to
press the locking latch at the same time. Slide the storage device straight out
from the shelf.
one or both LEDs are lit step 48
If Do
6-26 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X90
in a storage device shelf in a file processor (continued)
23 Place the storage device in an electrostatic discharge (ESD) protective
container.
24 Lift the replacement device by the carrying handle.
25 Open the locking levers until the levers are horizontal.
26 Use your free hand to support and align the storage device with the slots in
the shelf. Carefully slide the storage device into the shelf until the locking
latch at the back of the device engages the shelf.
27 Use your ngers or thumbs to push on the upper and lower edges of the
faceplate. Make sure the device sits completely in the shelf.
28 Close the locking levers.
At the MAP terminal
29 To manually busy the device you ofined in step 17, type
>BSY DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 6
dev_no
is the device number you recorded in step 6
If the BSY command Do
passed step 30
failed step 48
File processor card replacement procedures 6-27
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X90
in a storage device shelf in a file processor (continued)
30 Determine the type of device you replaced.
31 Determine if the disk drive is a member of a shadow set.
32 To access the shadow utility for the FP that contains the disk drive, type
>SHADOWUT FP fp_no
and press the Enter key.
where
fp_no
is the number of the FP (0 to 99) that contains the disk drive
33 To start the shadow set member you stopped in step 13, type
>SM ss_name device_name FORCE
and press the Enter key.
where
ss_name
is the name of the shadow set (SS00 or SS01)
device_name
is DK (disk drive) followed by two digits
Example input:
>SM SS00 DK02 FORCE
Example of a MAP response:
If the device type Do
is dk step 31
is ct step 46
If the disk drive Do
is a member of a shadow set step 32
is not a member of a shadow set step 36
6-28 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X90
in a storage device shelf in a file processor (continued)
34 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
35 To quit the shadow utility, type
>QUIT
and press the Enter key.
Go to step 49.
36 To test the storage device, type
>TST DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 6
dev_no
is the device number you recorded in step 6
Example of a MAP response:
If the SM command Do
passed step 35
failed step 48
The member will be started with the following parameter
settings:
Please confirm ("Yes", "Y", "No", or "N"):
Do you want to continue?
Force : NO
Synchronization: Default
0 Interval :
Transfer length: Optimal
name : DK02 Device
Shadow set name: SS00
Node name : FP2
OK, Shadow Set Member start initiated.
File processor card replacement procedures 6-29
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X90
in a storage device shelf in a file processor (continued)
37 To access the disk administration utility, type
>DISKADM disk_name node_name
and press the Enter key.
where
disk_name
is the name of the disk
node_name
is the FP name
Example input:
>DISKADM DK13 FP3
Example of a MAP response:
38 To format the disk, type
>FORMATDISK disk_name
and press the Enter key.
where
disk_name
is the name of the disk
Example of a MAP response:
If the TST command Do
passed step 37
failed step 48
FP 1 Test DEV 0 1: Command request has been submitted.
1: Command passed. FP 1 Test DEV 0
DISKADM; FP3
active. Administration of device DK13 on FP3 is now
few minutes. This may take a
Start up command sequence is in progress.
6-30 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X90
in a storage device shelf in a file processor (continued)
39 To conrm the command, type
>YES
and press the Enter key.
40 From your ofce records, determine the number, size, and type of volumes
the replacement disk requires.
41 To create a disk volume, type
>CREATEVOL vol_name vol_size vol_type
and press the Enter key.
where
vol_name
is the name of the disk volume
vol_size
is the size of the volume in Mbytes
vol_type
is the type of volume (STD or FTFS)
Example input:
>CREATEVOL MLSUP 60 FTFS
Example of a MAP response:
***** WARNING *****
Please confirm ("Yes", "Y", "No", or "N"):
to continue? Do you want
exclude force option.
perform quick format,
assign DK13 as the name for the disk.
G defect list, use the
allocate 16 spare or alternate tracks per disk,
allocate 3 spare or alternate sectors per track,
The formatting will:
destroy the contents of the disk.
Formatting of DK13 will
"N"): Please confirm ("Yes", "Y", "No", or
want to continue? Do you
Volume Free Space Map size: 7936 segments
entries First FID table extent size: 32754
60 megabytes Volume size:
FTFS volume MLSUP will be created on DK13.
File processor card replacement procedures 6-31
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X90
in a storage device shelf in a file processor (continued)
42 To conrm the command, type
>YES
and press the Enter key.
43 Repeat steps 41 and 42 for each disk volume required.
44 Restore the backup les in the disk drive that has faults to the replacement
disk drive volumes.
45 To quit the disk administration utility, type
>QUIT
and press the Enter key.
Go to step 47.
46 To test the device, type
>TST DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 6
dev_no
is the device number you recorded in step 6
Example of a MAP response:
47 To return the device to service, type
>RTS DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 6
dev_no
is the device number you recorded in step 6
Example of a MAP response:
If the TST command Do
passed step 47
failed step 48
FP 1 Test DEV 0 1: Command request has been submitted.
1 Test DEV 0 1: Command passed. FP
6-32 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X90
in a storage device shelf in a file processor (end)
48 For additional help, contact the next level of support.
49 The procedure is complete.
If the RTS command Do
passed step 49
failed step 48
FP 1 RTS DEV 0 1: Command request has been submitted.
RTS DEV 0 1: Command passed. FP 1
File processor card replacement procedures 6-33
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X91
in a storage device shelf in a le processor
Application
Use this procedure to replace an NT9X91 in a storage device shelf for a
SuperNode Multicomputing Base (SMB) le processor (FP). The following
table lists the SMB FP.
Refer to the Index" if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to the following common procedures:
Verifying load compatibility of SuperNode cards
Replacing a card
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT9X91 AA Storage device power
converter
FP storage device
NT9X91 AB Power converter +5 V
+12 V
FP storage device
6-34 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X91
in a storage device shelf in a file processor (continued)
Summary of Replacing a NT9X91 in a storage device shelf in a le processor
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Disk drive
in shadow
set?
Manually busy
storage device
Stop shadow
set member
Power down
card
Replace card
Y
2
N
1
Storage
device is
disk drive?
Y
1
Power up card
Storage
device is
disk drive?
Y
Disk drive
in shadow
set?
Start shadow
set member
Y
5
N
4
N
3
2
N
Return storage
device to
service
End
Test disk drive
Test storage
device
3
5
4
File processor card replacement procedures 6-35
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X91
in a storage device shelf in a file processor (continued)
Replacing a NT9X91 in a storage device shelf in a le processor
At your current location
1 Obtain a replacement card. Make sure the replacement card and the card
you replace have the same PEC and PEC sufx.
2 Performthe procedure Verifying load compatibility of SuperNode cards in this
document. You must perform this procedure to make sure that the
replacement card is compatible with the software load. Complete the
procedure and return to this point.
At the MAP terminal
3 To post the FP that contains the card you will replace, type
>MAPCI;MTC;PM;POST FP fp_no
and press the Enter key.
where
fp_no
is the number of the FP (0 to 99) that contains the card you will replace
Example of a MAP display:
4 To access the Devices level of the MAP display, type
>DEVICES
and press the Enter key.
Example of a MAP display:
SysB ManB OffL CBsy ISTb InSv
PM 0 0 14 0 5 11
FP 0 0 2 0 5 4
NoSync 1SysB
FP 20: FP20_QPI0 Plane DevicesISTb
SCSI 1 .(EN) .(DIS) - . - . - -
- - SCSI 0 .(EN) .(DIS) - . - .
DABM . . 0 1 2 3 4 5
DEVICE CTRL0 CTRL1
ISTb NoSync .
FP 3: FP3_SR256 Plane Devices
6-36 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X91
in a storage device shelf in a file processor (continued)
At the MAP terminal
5 To post the device that the NT9X91 card powers, type
>POSTDEV scsi_bus_no device_no
and press the Enter key.
where
scsi_bus_no
is the number of the SCSI bus (0 or 1)
device_no
is the number of the device (0 to 5)
Example of a MAP display:
6 To query the device, type
>QRYDEV
and press the Enter key.
Example of a MAP response:
7 From the MAP display the system generated in step 6, record the following
information for the device:
SCSI number
device number
device type
quadrant location
shelf number
slot number
Note: The SCSI number appears under the SCSI header on the MAP
display. The device number appears under the Dev header. The device
type appears under the Type header. The quadrant location appears
under the Quad header. The shelf number appears under the Shelf
header. The slot number appears under the Slot header.
If the device Do
is dk step 8
is ct step14
1 Drive On Line User SYSTEM Quad
Shelf 2 Status InSv Shadow set Use SHADOWUT
2 DK12 Type DISK SCSI bus 1 Device
Dev Name SCSI Dev Type Quad Shelf Slot Status
--- ---- ---- ----- ---- ------
3 8 InSv DK00 0 0 dk 0
-------- ----
File processor card replacement procedures 6-37
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X91
in a storage device shelf in a file processor (continued)
8 Determine if the associated disk drive is a member of a shadow set.
Note: Datall shadow sets in table SHADOW.
9 To access the shadow utility for the FP on which the disk drive resides, type
>SHADOWUT FP fp_no
and press the Enter key.
where
fp_no
is the number of the FP on which the disk drive resides
10 To display information on the shadow set, type
>DIS ss_name
and press the Enter key.
where
ss_name
is the name of the shadow set (SS00 or SS01)
Example of a MAP response:
If the disk drive Do
is a member of a shadow set step 9
is not a member of a shadow set step 14
If Do
another shadow set member is in service step 11
no other shadow set member is in service step 26
Information about shadow set #0:
Information about member disks:
0 Perm DK13 INSV Yes 0
INSV Yes DK02
Name State SyncState Reads Writes
Information about member disks:
======================= ===============================
Interval: 0
length: Optimal Transfer
(blocks) 1244655 Capacity
Multi-Writes: Serial
status: SYNCHRONIZED Synchronization
state: IN SERVICE Set operational
Set definition state: RUNNING
name: SS00 Shadow set
Node name: FP2
6-38 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X91
in a storage device shelf in a file processor (continued)
11
To stop the shadow set member that the NT9X91 card powers, type
>STM ss_name device_name
and press the Enter key.
where
ss_name
is the name of the shadow set (SS00 or SS01)
device_name
is DK (disk drive) followed by two digits
Example input:
>STM SS00 DK02
Example of a MAP response:
12 To conrm the response, type
>YES
and press the Enter key.
Example of a MAP response:
13 To quit the shadow utility, type
>QUIT
and press the Enter key.
Go to step 15.
DANGER
Possible loss of service
The removal of this device from service causes a loss of
service for applications that use this le processor (FP) node.
Do you wish to proceed?
*********************************************************
Please confirm ("Yes", "Y", "No", or "N"):
shadow set: SS00 *** ***
Processing will no longer be available on the *** ***
If this is the last in-service member then File *** ***
**** WARNING: ***
*********************************************************
Ok, Shadow Set Member stopped.
complete. Approximately 1 minute to
File processor card replacement procedures 6-39
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X91
in a storage device shelf in a file processor (continued)
14 To manually busy the affected storage device, type
>BSY DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 7
dev_no
is the device number you recorded in step 7
Example of a MAP response:
At the storage device shelf
15
To power down the NT9X91, press down and release the switch on the
faceplate of the NT9X91.
16 To replace the card, perform the procedure Replacing a card in this
document.
17 To power up the power converter, lift and release the power switch on the
faceplate.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle cards.
The wrist strap protects the cards against static electricity
damage.
If the alarm light on the power
converter
Do
lights step 16
does not light step 26
If the alarm light on the power
converter
Do
turns off step 18
remains on step 26
FP 1 Busy DEV 0 1: Command request has been submitted.
1 Busy DEV 0 1: Command passed. FP
6-40 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X91
in a storage device shelf in a file processor (continued)
18 Determine the type of device you noted in step 7.
19 Determine if the disk drive is a member of a shadow set.
At the MAP terminal
20 To access the shadow utility of the FP that contains the disk drive, type
>SHADOWUT FP fp_no
and press the Enter key.
where
fp_no
is the number of the FP (0 to 99) that contains the disk drive
21 To start the shadow set member, type
>SM ss_name device_name
and press the Enter key.
where
ss_name is the name of the shadow set (SS00 or SS01)
device_name
is DK (disk drive) followed by two digits
Example input:
>SM SS00 DK02
Example of a MAP response:
If the device Do
is dk step 19
is ct step 24
If the disk drive Do
is a member of a shadow set step 20
is not a member of a shadow set step 24
File processor card replacement procedures 6-41
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X91
in a storage device shelf in a file processor (continued)
22 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
23 To quit the shadow utility, type
>QUIT
and press the Enter key.
Go to step 27.
24 To test the storage device, type
>TST DEV scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 7
dev_no
is the device number you recorded in step 7
Example of a MAP response:
If the device Do
returned to service step 23
did not return to service step 26
Please confirm ("Yes", "Y", "No", or "N"):
to continue? Do you want
Force : NO
Synchronization: Default
0 Interval :
Transfer length: Optimal
name : DK02 Device
Shadow set name: SS00
Node name : FP2
settings: parameter
The member will be started with the following
OK, Shadow Set Member start initiated.
6-42 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT9X91
in a storage device shelf in a file processor (end)
25 To return the storage device to service, type
>RTS scsi_no dev_no
and press the Enter key.
where
scsi_no
is the SCSI number you recorded in step 7
dev_no
is the device number you recorded in step 7
Example of a MAP response:
26 For additional help, contact the next level of support.
27 The procedure is complete.
If the TST command Do
passed step 25
failed step 26
If the RTS command Do
passed step 27
failed step 26
FP 1 Test DEV 0 1: Command request has been submitted.
1 Test DEV 0 1: Command passed. FP
FP 1 RTS DEV 0 1: Command request has been submitted.
RTS DEV 0 1: Command passed. FP 1
File processor card replacement procedures 6-43
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a le processor
Application
Use this procedure to replace the following cards in a SuperNode
Multicomputing Base (SMB) le processor (FP).
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card you want to replace, refer to the Index.
The index contains a list of the cards, shelves, and frames documented in this
card replacement book.
Refer to the Index" if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
PEC Suffix Card name
Shelf or
frame name
NT9X13 LA AP/FP 68030 HPM-based CPU card FP
NT9X14 DB 24-Mbyte memory card FP
NT9X21 AB Bus terminator paddle board FP
NT9X26 AA, AB Remote terminal interface paddle
board
FP
NT9X62 AA Two-port subrate DS512 paddle board FP
NT9X86 AA, AB Two-port message controller card FP
NT9X87 AA Two-access buffer memory card FP
NT9X88 AA SCSI interface processor paddle
board
FP
NTDX15 AA Power converter 5 V FP
NTDX15 AB Global power converter 5 V FP
6-44 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
The procedure refers to the following common procedures:
Verifying load compatibility of SuperNode cards
Replacing a card
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
File processor card replacement procedures 6-45
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (continued)
Summary of Replacing System cards in a le processor
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Card on
active
side?
Inactive
CPU
jammed?
Release jam
on inactive
CPU
FP
synchronized?
Synchronize
FP
Switch activity
and match
memories
Jam inactive
CPU and drop
synchronization
Y
N
SCSI busses
disabled?
Y
N
2
N
3
Y
1
3
Y
5
4
Enable SCSI
bus on inactive
plane
Manually busy
controller on
inactive plane
Manually busy
P-links
Power down
quadrant
Replace card
Power up
quadrant
Return P-links
to service
Test card
6
Release jam
on inactive
CPU
Synchronize
FP
End
1
2
N
5
6
4
6-46 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
Replacing System cards in a le processor
At your current location
1 Obtain a replacement card. Make sure that the replacement card and the
card you remove have the same PEC and PEC sufx.
2 Performthe procedure Verifying load compatibility of SuperNode cards in this
document. You must perform this procedure to make sure the replacement
card is compatible with the software load. Complete the procedure and return
to this point.
At the MAP terminal
3 To post the FP that contains the card you will replace, type
>MAPCI;MTC;PM;POST FP fp_no
and press the Enter key.
where
fp_no
is the number of the FP (0 to 99) that contains the card you will replace
Example of a MAP display:
4 To access the Plane level of the MAP display, type
>PLANE
and press the Enter key.
Example of a MAP display:
5 Determine if the card you will replace is on the active or the inactive plane.
Note: The letter A under the Act header indicates the plane is active. The
letter I indicates the plane is inactive.
FP 20: FP20_QPI0 Plane Devices
. . InSv . .
If the card Do
is on the active plane step 6
-... F L L P P Plane 1 . I No
A -... . . . . . Plane 0 .
state act 0123 Card 0 1 0 1 No
Sync CPU Jam DRAM Port MsgCh PLink
File processor card replacement procedures 6-47
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (continued)
6 Determine if the inactive CPU is jammed.
Note: The word YES under the Jam header indicates that the CPU is
jammed. The word NO indicates that the CPU is not jammed.
7 Determine why the inactive CPU is jammed before you proceed. When you
have permission, release the jam on the inactive CPU. To release the jam,
type
>MATEJAM RELEASE
and press the Enter key.
Example of a MAP response:
8 Determine if the FP is synchronized.
Note: The word YES under the Sync header indicates that the FP
synchronized. The word NO indicates that the FP did not synchronize.
9 To synchronize the FP, type
>SYNC
and press the Enter key.
Example of a MAP response:
is on the inactive plane step 13
If the inactive CPU Do
is jammed step 7
is not jammed step 8
If the FP Do
is synchronized step 10
is not synchronized step 9
If the card Do
FP 3 Jam Mate: Request has been submitted.
Command Completed.
The inactive CPU is not jammed.
FP 3 Jam Mate:
6-48 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
10 To switch activity, type
>SWACT
and press the Enter key.
Example of a MAP response:
11 To match the memories of the CPUs, type
>MATCH
and press the Enter key.
Example of a MAP response:
If the SYNC command Do
passed step 10
failed step 62
If the SWACT command Do
passed step 11
failed step 62
in sync The PM is now running
Synchronization: Command completed. FP 3
FP 3 Synchronization: Request has been submitted.
FP 3 Activity Switch: Request has been submitted.
Activity Switch: Command completed.
active. CPU 1 is now running
FP 3
FP 3 Memory Match: Request has been submitted.
Match: Command Completed.
le
matched across the two planes Memory contents have been
Memory match was executed whi the node was running in SYNC.
FP 3 Memory
File processor card replacement procedures 6-49
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (continued)
12 Determine if the system completed the following conditions as a result of the
memory match:
The memory match was successful.
The systemdid not generate any mismatch logs (AP317, AP318, FP354).
The FP remained synchronized, indicated by YES or NoOvr under the
Sync header on the MAP display.
13 To jam the inactive CPU, type
>MATEJAM SET
and press the Enter key.
Example of a MAP response:
14 To drop synchronization, type
>DPSYNC
and press the Enter key.
Example of a MAP response:
15 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
If the system Do
completed the conditions step 13
did not complete the conditions step 62
If the DPSYNC command Do
passed step 16
FP 3 Jam Mate: Request has been submitted.
Command completed.
The inactive CPU is jammed
FP 3 Jam Mate
If you intend to jam the inactive CPU,
dropping synchronization.
Please confirm (YES" or NO"):
Please do so before
FP 3 Drop synchronization: Request has been submitted.
3 Drop synchronization: Command completed.
simplex mode with CPU 1 active. Now running in
FP
6-50 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
16 To access the Devices level of the MAP display, type
>DEVICES
and press the Enter key.
Example of a MAP display:
17 Determine if the system disabled both SCSI buses on the inactive plane.
Note: The CTRL0 (controller 0) corresponds to plane 0 and CTRL1
corresponds to plane 1. The EN indicates the SCSI bus is enabled. The
DIS indicates the SCSI bus is disabled. In the MAP display example in
step 16, both SCSI buses on plane 0 are enabled and both SCSI buses on
plane 1 are disabled.
18 To switch enable the SCSI bus on the inactive plane, type
>SWEN scsi_no
and press the Enter key.
where
scsi_no
is the number of the enabled SCSI bus (0 or 1) on the inactive plane
Example of a MAP response:
failed step 62
If both SCSI buses on the inac-
tive plane
Do
are disabled step 19
are enabled step 18
If the SWEN command Do
passed step 19
failed step 62
If the DPSYNC command Do
FP 3:FP3_SR256PlaneDevices
ISTbNoSync .
CTRL0CTRL1 DEVICE
DABM . .0 1 2 3 4 5
SCSI 0 .(EN) . (DIS)- . - . - -
SCSI 1 .(EN) . (DIS)- . - . - -
FP 1 SwEn SCSI 0: Command request has been submitted.
SwEn SCSI 0: Command passed. FP 1
File processor card replacement procedures 6-51
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (continued)
19 To manually busy the controller on the inactive plane, type
>BSY CTRL ctrl_no
and press the Enter key.
where
ctrl_no
is the number of the controller (0 or 1) on the inactive plane
Example of a MAP response:
20 To access the Plane level of the MAP display, type
>PLANE
and press the Enter key.
Example of a MAP display:
21 Determine if the inactive FP plane is 0 or 1.
Note: The letter A under the Act header indicates that the plane is active.
The letter I indicates the plane is inactive.
22 To manually busy the P-links between plane 0 and P-link 0, type
>BSY PORT 0 PLINK 0
and press the Enter key.
Example of a MAP response:
If the BSY command Do
passed step 20
failed step 62
If the inactive plane Do
is 0 step 22
is 1 step 24
FP 1 Busy CTRL 0: Command request has been submitted.
Busy CTRL 0: Command passed. FP 1
Sync CPU Jam DRAM Port MsgCh PLink
No state act 0123 Card 0 1 0 1
Plane 0 . A -... . . . . .
Plane 1 . I Yes -... . . . . .
6-52 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
23 To manually busy the P-links between plane 0 and P-link 1, type
>BSY PORT 0 PLINK 1
and press the Enter key.
Example of a MAP response:
24 To manually busy the P-links between plane 1 and P-link 0, type
>BSY PORT 1 PLINK 0
and press the Enter key.
Example of a MAP response:
If the BSY command Do
passed step 23
failed step 62
If the BSY command Do
passed step 26
failed step 62
If the BSY command Do
passed step 25
failed step 62
FP 3, Port 0 PLink 0, Busy PLink: Request has been
submitted.
completed. FP 3, Port 0 Plink 0, Busy PLink: Command
completed.
The PLink is manually busy.
FP 3, Port 0 PLink 1, Busy PLink: Request has been
submitted.
completed. FP 3, Port 0 Plink 1, Busy PLink: Command
The PLink is manually busy.
FP 3, Port 1 PLink 0, Busy PLink: Request has been
submitted.
completed.
The PLink is manually busy.
FP 3, Port 1 Plink 0, Busy PLink: Command
File processor card replacement procedures 6-53
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (continued)
25 To manually busy the P-links between plane 1 and P-link 1, type
>BSY PORT 1 PLINK 1
and press the Enter key.
Example of a MAP response:
At the FP shelf
26
Press down and release the power switch on the faceplate of the NTDX15
power converter. This procedure powers down the quadrant that
corresponds to the card you replace.
27 The next action depends on the type of card you replace.
FP 3, Port 1 PLink 1, Busy PLink: Request has been submitted.
Plink 1, Busy PLink: Command completed.
The PLink is manually busy.
FP 3, Port 1
If the BSY command Do
passed step 26
failed step 62
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle circuit
cards. The wrist strap protects the cards against static
electricity damage.
If the alarm light on the power
converter
Do
turns on step 27
does not turn on step 62
If the card Do
is an NT9X62 step 28
is other than listed here step 34
6-54 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
28
Locate the card you will remove.
29 Label each ber link pair transmit for the top ber of each port and receive for
the bottom ber of each port.
Note: The ber cable connections appear on the next page.
30 Disconnect the ber links from the card as follows:
a Loosen the ber connections with the latch handles up.
b Carefully push in and turn the ber cable connector counter clockwise
halfway until the connector slides out of the receptacle.
c When you disconnect the connectors, place dust caps on the ends of the
connectors.
DANGER
Possible equipment damage
Make sure you do not contaminate the ber tip surface. Do
not touch the tip of the ber. Dirt or oil from the skin
transferred to the ber tip surface degrades ber
performance.
DANGER
Damage to ber cable
Make sure you handle ber cables carefully. Do not crimp or
bend ber cables to a radius of less than 25 mm (1 in.).
File processor card replacement procedures 6-55
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (continued)
31 To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Transmit
port 0
Receive
port 0
NT9X62AA
1
2
3
4
Receptacle
Connector
Transmit
port 1
Receive
port 1
6-56 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
32
Reconnect the ber links as follows:
a Tighten the ber connections with the latch handles up.
b Carefully guide the ber connector into the receptacle notches.
c Push in and turn the ber connector clockwise halfway until the
connection is nger tight. Put a maximum of 0.169 N m (1.5 lbf in) of
pressure on the ber connector.
33 Go to step 35.
34 To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
35 To power up the NTDX15 power converter you powered down in step 26, lift
and release the power switch on the faceplate.
At the MAP terminal
36 Determine if the inactive FP plane is 0 or 1.
37 To return the P-links between plane 0 and P-link 0 to service, type
>RTS PORT 0 PLINK 0
and press the Enter key.
Example of a MAP response:
DANGER
Damage to ber cable
Make sure you handle ber cables carefully. Do not crimp or
bend ber cables to a radius of less than 25 mm (1 in.).
If the alarm light on the power
converter
Do
turns off step 36
remains on step 62
If the inactive plane Do
is 0 step 37
is 1 step 39
File processor card replacement procedures 6-57
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (continued)
38 To return the P-links between plane 0 and P-link 1 to service, type
>RTS PORT 0 PLINK 1
and press the Enter key.
Example of a MAP response:
39 To return the P-links between plane 1 and P-link 0 to service, type
>RTS PORT 1 PLINK 0
and press the Enter key.
Example of a MAP response:
If the RTS command Do
passed step 38
failed step 62
If the RTS command Do
passed step 41
failed step 62
If the RTS command Do
passed step 40
failed step 62
FP 3, Port 0 PLink 0, RTS PLink: Request has been
submitted.
completed.
The PLink is in-serviceTest Passed
FP 3, Port 0 PLink 0, RTS PLink: Command
FP 3, Port 0 PLink 1, RTS PLink: Request has been
submitted.
completed.
The PLink is in-service Test Passed
FP 3, Port 0 PLink 1, RTS PLink: Command
FP 3, Port 1 PLink 1, RTS PLink: Request has been
submitted.
completed.
The PLink is in-service Test Passed
FP 3, Port 1 PLink 1, RTS PLink: Command
6-58 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
40 To return the P-links between plane 1 and P-link 0 to service, type
>RTS PORT 1 PLINK 1
and press the Enter key.
Example of a MAP response:
41 To access the Devices level of the MAP display, type
>DEVICES
and press the Enter key.
42 The next action depends on the type of card you replace.
43 To test the controller on the inactive plane, type
>TST CTRL ctrl_no
and press the Enter key.
where
ctrl_no
is the number of the controller (0 or 1) on the inactive plane
Example of a MAP response:
If the RTS command Do
passed step 41
failed step 62
If the card Do
is an NT9X86 step 43
is other than listed here step 47
If the TST command Do
passed step 44
failed step 62
FP 3, Port 1 PLink 0, RTS PLink: Request has been
submitted.
completed.
The PLink is in-service Test Passed
FP 3, Port 1 PLink 0, RTS PLink: Command
FP 3 Test CTRL 1: Command request has been submitted.
3 Test CTRL 1: Command passed. FP
File processor card replacement procedures 6-59
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (continued)
44 To return the controller on the inactive plane to service, type
>RTS CTRL ctrl_no
and press the Enter key.
where
ctrl_no
is the number of the controller (0 or 1) on the inactive plane
Example of a MAP response:
45 To access the Plane level of the MAP display, type
>PLANE
and press the Enter key.
46 To test the ports that correspond to the card that you replaced, type
>TST PORT plane_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1)
Example of a MAP response:
47 To return the controller on the inactive plane to service, type
>RTS CTRL ctrl_no
and press the Enter key.
where
If the RTS command Do
passed step 45
failed step 62
If the TST command Do
passed step 60
failed step 62
FP 3 Busy CTRL 1: Command request has been submitted.
Busy CTRL 1: Command passed. FP 3
FP 3 Port Test: Request has been submitted.
Port Test: Command completed.
Test Passed.
FP 3, Port 1,
Port card 1 is OK.
6-60 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
ctrl_no
is the number of the controller (0 or 1) on the inactive plane
48 The next action depends on the type of card you replace.
49 To access the Plane level of the MAP display, type
>PLANE
and press the Enter key.
50 The next action depends on the type of card you replaced.
51 To test the card, type
>TST CPU HW
and press the Enter key.
Example of a MAP response:
52 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
If the RTS command Do
passed step 48
failed step 62
If the card Do
is a NT9X13, NT9X14,
NT9X21, or NT9X26
step 49
is other than listed here step 55
If the card Do
is a NT9X13 step 51
is a NT9X26 step 53
is a NT9X14 or NT9X21 step 54
CPU test of Static RAM will corrupt the load in the
inactive CPU.
Please confirm (YES", "Y"' "NO", or N")
File processor card replacement procedures 6-61
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (continued)
53 To test the card, type
>TST CPU HW RTIF
and press the Enter key.
Example of a MAP response:
54 To test the memory, type
>TST MEM
and press the Enter key.
Example of a MAP response:
If the TST command Do
passed step 60
failed step 62
If the TST command Do
passed step 60
failed step 62
If the TST command Do
passed step 60
hardware has passed all tests issued. Inactive CPU
CPU Hardware Test: Command completed. FP 3
FP 3 CPU Hardware Test: Request has been submitted.
FP 1 CPU hardware test: Request has been submitted.
test: Command completed.
issued Inactive CPU hardware has passed all tests
FP 1 CPU hardware
Card 3: No DRAM DRAM upgrade was performed.
Card 2: No DRAM upgrade was performed. DRAM
DRAM Card 1: No DRAM upgrade was performed.
performed. DRAM Card 0: No DRAM upgrade was
upgrade results: DRAM
Test: Command completed. FP 1 Memory
FP 1 Memory Test: Request has been submitted.
Inactive memory test passed.
6-62 File processor card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in a file processor (continued)
55 The next action depends on the type of card you replace.
56 The next action depends on the type of card you replaced.
57 To test the card you replaced, type
>TST DABM plane_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) associated with the card you
replaced
Example of a MAP response:
58 To test the card you replaced, type
>TST SCSI scsi_no ctrl_no
and press the Enter key.
where
scsi_no
is the number of the SCSI bus (0 or 1) associated with the card you
replaced
failed step 62
If the card Do
is a NT9X87 or NT9X88 step 56
is other than listed here step 59
If the card Do
is a NT9X87 step 57
is a NT9X88 step 58
If the TST command Do
passed step 59
failed step 62
If the TST command Do
FP 3 Test DABM 0: Command request has been submitted.
3 Test DABM 0: Command passed. FP
File processor card replacement procedures 6-63
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in a file processor (end)
ctrl_no
is the number of the controller (0 or 1) on the inactive plane
Example of a MAP response:
59 To access the Plane level of the MAP display, type
>PLANE
and press the Enter key.
60 To release the jam on the inactive plane, type
>MATEJAM RELEASE
and press the Enter key.
Example of a MAP response:
61 To synchronize the FP, type
>SYNC
and press the Enter key.
Example of a MAP response:
62 For additional help, contact the next level of support.
63 The procedure is complete.
If the TST command Do
passed step 59
failed step 62
If the SYNC command Do
passed step 63
failed step 62
FP 0 Test SCSI 0: Command request has been submitted.
0 Test SCSI 0: Command passed. FP
FP 3 Jam Mate: Request has been submitted.
The inactive CPU is not jammed.
FP 3 Jam Mate: Command completed,
FP 3 Synchronization: Request has been submitted.
Synchronization: Command completed.
in SYNC. The PM is now running
FP 3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
7-1
7 Frame supervisory panel and modular
supervisory panel card replacement
procedures
Introduction
This chapter contains card replacement procedures for the frame supervisory
panel (FSP) and modular supervisory panel (MSP).
Each procedure contains the following sections:
Application
Common procedures
Action
Application
This section identies the FSP or MSP card(s) included in the replacement
procedure.
Common procedures
This section lists common procedures for the FSP or MSP card replacement
procedure. A common procedure is a series of steps that repeat within
maintenance procedures. The removal and replacement of a card is an
example of a common procedure. Common procedures are in the common
procedures chapter in this NTP.
Do not use common procedures unless the step-action procedure directs you
to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
7-2 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
Recording card replacement activities
When you replace a card, record the following information in the ofce
records:
the serial number of the card that you replaced
the date that you replace the card
the reason that you replaced the card
Frame supervisory panel and modular supervisory panel card replacement procedures 7-3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
FSP cards
in a 42-in. (106.7-cm) SuperNode cabinet
Application
Use this procedure to replace the following cards in the shelves or frames
listed.
Note: Automatic recovery from low battery (ARLB)
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
There are no common procedures.
PEC Suffix Card name Shelf or frame name
NT0X91 AA FSP drive
and alarm
card
application processor (AP) cabinet,
computing module (CM) cabinet, dual
plane combined core (DPCC) cabinet,
enhanced multipurpose cabinet (EMC),
SuperNode SE (SNSE) cabinet, 128k
enhanced network (ENET) cabinet, 64k
ENET cabinet, link peripheral processor
(LPP) cabinet, message switch (MS)
cabinet, SuperNode compact (SNC)
cabinet
NT6X36 AA, AF ARLB FSP
alarm card
AP cabinet, CM cabinet, DPCC cabinet,
EMC, SNSE cabinet, 128k ENET
cabinet, 64k ENET cabinet, LPP cabinet,
MS cabinet, SNC cabinet
7-4 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
FSP cards
in a 42-in. (106.7-cm) SuperNode cabinet (continued)
Action
This procedure contains a summary of the owchart and a list of steps. Use
the owchart to review the procedure. Follow the steps to perform the
procedure.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-5
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
FSP cards
in a 42-in. (106.7-cm) SuperNode cabinet (continued)
Summary of replacing FSP cards in a 42-in. (106.7-cm) SuperNode cabinet
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Open the FSP
panel
Replace the
card
Close the FSP
panel
Check power
on the shelves
Clear alarms Is power
supplied to
all shelves?
End
Y
N
7-6 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
FSP cards
in a 42-in. (106.7-cm) SuperNode cabinet (continued)
Replacing FSP cards in a 42-in. (106.7-cm) SuperNode cabinet
At the frame
1
Obtain a replacement card. Make sure that the replacement card and the
card that you replace have the same PEC and PEC sufx.
2
Unscrew the slotted nut on the left of the FSP.
3 Open the FSP.
4 Remove the card.
5 Insert the replacement alarm and control card.
6 Close the FSP.
7 Tighten the slotted nut on the FSP.
8 The next action depends on the reason that you perform this procedure.
9 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc.Make sure that
you remove all jewelry before you replace a card in the FSP.
Do not touch any terminal inside the FSP.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If a maintenance procedure Do
directed you to this procedure step 9
did not direct you to this proce-
dure
step 10
Frame supervisory panel and modular supervisory panel card replacement procedures 7-7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
FSP cards
in a 42-in. (106.7-cm) SuperNode cabinet (end)
10 Check the CONVERTER FAIL LEDs on each power converter for each shelf.
11 To clear alarms, go to Alarm and Performance Monitoring Procedures. Do
not return to this procedure.
12 The procedure is complete.
If the LED for any power con-
verter
Do
is lit step 11
is not lit step 12
7-8 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame
Application
Use this procedure to replace a NT0X36 in a cabinetized input/output
equipment (CIOE) frame, as listed in the following table.
Note: To performthis procedure, shelf positions 05, 19, and 33 must have one
of the following:
input/output controller (IOC)
disk drive unit (DDU)
magnetic tape drive unit (MTD)
If the shelf positions in the CIOE frame in your ofce have other subsystems
or applications, contact the next level of support.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
There are no common procedures.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT0X36 AB Power control andalarm
card
CIOE
Frame supervisory panel and modular supervisory panel card replacement procedures 7-9
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
Summary of replacing NT0X36 in a cabinetized input/output equipment frame
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOC
Manually busy
all ports and
controllers
Spin down the
drives as
required
Power down
the shelf
Replace the
card
Power up the
shelf
Return ports
and controllers
to service
Spin up the
drives as
required
End
7-10 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (continued)
Replacing NT0X36 in a cabinetized input/output equipment frame
At your current location
1
Obtain a replacement card. Make sure that the replacement card and the
card that you remove have the same PEC and PEC sufx.
At the cabinet
2 Unscrew the slotted nut on the left of the FSP.
3 Open the FSP.
ATTENTION
This procedure includes directions to manually busy all terminal controller
cards for the IOC. Perform this procedure from a MAP terminal that does not
connect to the IOC.
CAUTION
Potential loss of service
This procedure includes directions to manually busy an IOC
and the IOC device controllers or a DDU. Perform this
procedure only if you need to restore out-of-service
components. If you do not need to restore out-of-service
components, perform this procedure during periods of low
trafc.
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Make sure
that you remove all jewelry before you replace a card in the
FSP. Do not touch any terminal inside the FSP.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-11
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
4
Use the following table to identify the shelf positions, subsystems, subsystem
numbers, shelf side, and FSP fuse numbers that associate with the card you
replace.
CAUTION
Potential loss of service
If the power distribution conguration in the following table
does not match your ofce conguration, contact the next
level of support. Contact the next level of support before you
proceed.
WARNING
Potential loss of service
If the power distribution conguration in the following table
does not match your ofce conguration, contact the next
level of support. Contact the next level of support before you
proceed.
Power and
alarm card slot
Shelf
position
Sub-sy
stem
Wiring
option
Shelf
side
FSP
fuse
number
PWR ALM 1 33 DPP A 01
33 MTD A
19 IOC A 02
PWR ALM 2 05 DDU 0 A 03
05 ROS A
19 IOC B 04
PWR ALM 3 33 DPP B 05
33 MTD B
05 DDU 1 B 06
05 ROS B
7-12 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (continued)
5 Record the shelf positions, shelf side (if needed), and fuse numbers that
associate with the card that you replace.
6 Record the subsystem names and subsystem numbers (if needed) that
associate with the power and alarm card that you replace.
Note: Each power and alarm card associate with two shelves (a
maximum of two subsystems).
At the MAP terminal
7 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
8 To post the affected input/output controller (IOC), type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the number of the IOC (0 to 19)
Frame
supervisory panel
NT0X36AB
card in slot
PWR ALM 2
NT0X36AB
card in slot
PWR ALM 1
NT0X36AB
card in slot
PWR ALM 3
Frame supervisory panel and modular supervisory panel card replacement procedures 7-13
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
9 Select a shelf position from the list that you recorded at step 5.
10 To post the DDU controller for the affected DDU, type
>CARD card_no
and press the Enter key.
where
card_no
is the card number (0 to 8)
Example of a MAP display:
11 Determine the state of the DDU controller card.
If the shelf Do
contains DDUs step 10
contains an IOC step 16
contains other than listed here step 92
does not contain a unit step 46
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .---
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 0 MTD 0
TapeName
Status Idle
User
0123
----
If the card Do
is MBSY and the associated disk drive is not spun
down
step 14
is MBSY and the associated disk drive is spun down step 15
is OFFL step 84
7-14 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (continued)
12 To determine if les on the DDU are open, type
>ALLOC
and press the Enter key.
Example of a MAP response:
13 To manually busy the DDU controller, type
>BSY
and press the Enter key.
14 Spin down the disk drive, type
>STOP
and press the Enter key.
15 Wait until the DDU spins down before you proceed to the next step. The
status code spun_down appears under the Drive_State header on the MAP
display.
16 Determine the state of the IOC.
is other than listed here step 12
If the card Do
VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O
0 IMAGE 2800 45000 D000 0 NO 0
1 XPMLOADS 2801 35000 D000 0 NO 0
2 RTMLOADS 2802 20000 D000 0 NO 0
.
.
.
7 SMDR 2807 5000 D000 0 NO 0
8 AMA1 2808 5000 D000 0 NO 0
9 TST 2809 50 D000 0 NO 0
10 AMA2 280A 500 D000 0 NO 0
FILES_OPEN
If Do
any files are open step 85
all files are closed step 13
If the state of the IOC Do
is M step 46
is other than listed here step 17
Frame supervisory panel and modular supervisory panel card replacement procedures 7-15
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
17 The next action depends if terminal controller cards are on the shelf.
18 To post the terminal controller card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card number (0 to 8)
Example of a MAP display:
19 Note the CONS ID and status for each port.
20 Inform operating company personnel that you will remove from service the
CONS IDs that associate with the card you replace.
If terminal controller cards Do
are on the shelf step 18
are not on the shelf step 24
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .---
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 6 Ckt 0 1 2 3
Status . . - -
Cons Id RD040 RD041 TEAM4 TEAM6
ConType VT100 VT100 VT100 VT100
0123
----
If Do
all ports are ManBsy step 23
one or more ports are Offl step 84
one or more ports are . (dot) step 20
all ports are in any other out-of-service state step 21
7-16 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (continued)
21 To manually busy a port on the card, type
>BSY port_no
and press the Enter key.
where
port_no
is the port number (0 to 3)
22 Repeat step 21 until all ports on the card are manual busy. Go to step 23.
23 Repeat steps 18 to 22 for each terminal controller card on the shelf. Go to
step 24.
24 The next action depends if multiprotocol controller (MPC) cards are on the
shelf.
25 To post the MPC card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card number (0 to 8)
Example of a MAP display:
If the BSY command Do
passed step 22
failed step 92
If MPC cards Do
are on the shelf step 25
are not on the shelf step 32
Frame supervisory panel and modular supervisory panel card replacement procedures 7-17
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
26 Determine the state of the card.
Note: The card state listed appears under the BOARD header on the
MAP display.
27 To display status information on current MPC conversations, type
>QCONV
and press the Enter key.
Example of a MAP response:
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .---
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 3 Unit 0
User SYSTEM BOARD LINK0 LINK1 LINK2 LINK3
Status Ready COMACT UNEQ N/A UNEQ
0123
----
ENABLD
If the card state Do
is MANB step 31
is OFFL step 84
is other than listed here step 27
If Do
one or more sessions are active step 28
all sessions are inactive step 29
MPC L LCN STATUS CCC SEC PARDEV INP OPEN OWNER
--- - --- --------- ---- ---- ------ ---- ---- --------
0 3 1 INACTIVE none none none FIL 0 none
0 3 2 INACTIVE none none none FIL 0 none
7-18 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (continued)
28 Notify all users that an interruption of MPC service will occur. Wait until all
sessions are inactive before you proceed.
29 To manually busy the card and the card links, type
>BSY ALL FORCE
and press the Enter key.
Example of a MAP response:
30 To conrm the command, type
>YES
and press the Enter key.
31 Repeat steps 25 to 30 for each MPC card on the shelf. Go to step 32.
32 The next action depends if disk drive controller cards are on the shelf.
33 To post the disk drive controller card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
If the BSY command Do
passed step 31
failed step 92
If disk drive controller cards Do
are on the shelf step 33
are not on the shelf step 38
TYPE YES TO VERIFY FORCE, NO TO CANCEL COMMAND
conrm ("YES", "Y", "NO", or "N"):
Please
Frame supervisory panel and modular supervisory panel card replacement procedures 7-19
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
34 Determine the state of the card.
35 To determine if open les are on the DDU, type
>ALLOC
and press the Enter key.
Example of a MAP response:
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .---
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 0 MTD 0
TapeName
Status Idle
User
0123
----
If the card Do
is MBSY step 37
is OFFL step 84
is other than listed here step 35
VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O
0 IMAGE 2800 45000 D000 0 NO 0
1 XPMLOADS 2801 35000 D000 0 NO 0
2 RTMLOADS 2802 20000 D000 0 NO 0
.
.
.
7 SMDR 2807 5000 D000 0 NO 0
8 AMA1 2808 5000 D000 0 NO 0
9 TST 2809 50 D000 0 NO 0
10 AMA2 280A 500 D000 0 NO 0
FILES_OPEN
If Do
any files are open step 85
7-20 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (continued)
36 To manually busy the card, type
>BSY
and press the Enter key.
Example of a MAP response:
bsyOK
37 Repeat steps 33 to 36 for each disk drive controller card on the shelf. Go to
step 38.
38 The next action depends if magnetic tape drive controller cards are on the
shelf.
39 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card number (0 to 8)
Example of a MAP display:
all files are closed step 36
If magnetic tape drive controller
cards
Do
are on the shelf step 39
are not on the shelf step 44
If Do
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25:
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
0123
STAT .--- .--- .... .--- .... ---- ..-- .---
----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 0 MTD 0
TapeName
Status Idle
User
Frame supervisory panel and modular supervisory panel card replacement procedures 7-21
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
40 Determine the state of the card.
41 Notify all users that an interruption in service for the device will occur. Wait
until all users nish with the device before you proceed to the next step.
42 To manually busy the card, type
>BSY
and press the Enter key.
Example of a MAP response:
43 Repeat steps 39 and 42 for each magnetic tape drive controller card on the
shelf. Go to step 44.
44 To return to the IOC level of the MAP display, type
>QUIT
and press the Enter key.
45 To manually busy the affected IOC, type
>BSY IOC
and press the Enter key.
46 The next action depends on if the other subsystem that associates with the
power and alarm card you replace is out of service.
47 To remove the other subsystemthat associates with the card you replace, go
to step 9 and follow the procedure.
If the card Do
is ManBsy step 43
is Offl step 84
is Idle step 42
is other than listed here step 41
If the other subsystem Do
is out of service step 48
is not out of service step 47
that associates with the card you
replace is not present
step 48
bsy
OK
7-22 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (continued)
At the CIOE frame
48
For each power converter on the shelf, set the handle of the power converter
POWER switch down to the OFF position.
49 Remove the FSP fuses that associate with the alarm and control card you
replace.
Note: You recorded the fuse numbers in step 5.
50
Remove the card from the slot that you recorded in step 5.
51 Insert the replacement card.
52 Close the FSP.
53 Tighten the slotted nut on the FSP.
54 Insert the fuses that you removed in step 49.
55 The next action depends on the power converter on the shelf.
56 Power up the converter, as follows.
a Pull up and set the handle of the POWER switch to the RESET position.
Hold the switch until the CONVERTER FAIL LED turns off.
b Release the handle.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
WARNING
Loss of service
Make sure that the alarm and control card you remove is the
alarm that controls the subsystems that you removed from
service. Removal of the wrong card causes a loss of service.
If the power converter Do
is a NT2X70AA/AB/AC/AD step 56
is a NT2X70AE step 58
is a NT1X78 step 60
Frame supervisory panel and modular supervisory panel card replacement procedures 7-23
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
57 Go to step 61.
58 Power up the converter, as follows.
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED turns off.
c Release the RESET button.
59 Go to step 61.
60 Reset the power converter:
a Set the POWER switch on the converter to the ON position.
b Press and hold the RESET button on the power converter.
c When the CONVERTER FAIL lamp turns off, release the RESET button.
61 Verify that the power fail lamp is not lit. If the power lamps is not lit, the power
converter is ON.
At the MAP terminal
62 To return the IOC to service, type
>RTS IOC
and press the Enter key.
63 Select a shelf position from the list that you recorded in step 5.
64 To post the DDU controller that you posted at step 10, type
>CARD card_no
and press the Enter key.
where
card_no
is the card number (0 to 8)
65 To return the DDU controller to service, type
>RTS
If the power fail lamp Do
is not lit step 63
is lit step 92
If the shelf Do
has DDUs step 64
has an IOC step 66
7-24 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (continued)
and press the Enter key.
Note: The return to service process can require a maximumof 3 min. The
RTS command spins up the disk drive.
66 The next action depends if the controller cards are on the shelf.
67 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card number (0 to 8)
68 To return the card to service, type
>RTS
and press the Enter key.
69 Repeat steps 67 and 68 for each disk drive or magnetic tape drive controller
card on the shelf. Go to step 70.
70 The next action depends on if MPC cards are on the shelf.
71 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card number (0 to 8)
If the RTS command Do
passed (status is Ready and drive state is on-line) step 62
failed (status or drive state is other than listed here) step 92
If disk drive or magnetic tape
drive controller cards
Do
are on the shelf step 67
are not on the shelf step 70
If MPC cards Do
are on the shelf step 71
are not on the shelf step 77
Frame supervisory panel and modular supervisory panel card replacement procedures 7-25
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
72 To load the MPC, type
>DOWNLD
and press the Enter key.
Example of a MAP response:
73 To return the MPC to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
74 Wait 1 min and check the status of MPC components.
75 Repeat steps 71 to 74 for each card on the shelf. Go to step 76.
76 Notify users that MPC service is available.
77 The next action depends if terminal controller cards are on the shelf.
78 To post the card, type
>CARD card_no
and press the Enter key.
where
If the DOWNLD command Do
passed step 73
failed step 92
If the system status Do
is Ready, the board status is COMACT, and the link
status is ENABLD for each provisioned link
step 75
is other than listed here step 92
If terminal controller cards Do
are on the shelf step 78
are not on the shelf step 80
DOWNLOAD OF TABLE MPC FILE "MPC403AB" SUCCEEDED
REQUEST PASSED FOR CARD.REQUEST PASSED FOR LINKS.
7-26 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (continued)
card_no
is the card number (0 to 8)
79 To return a port on the card to service, type
>RTS port_no
and press the Enter key.
where
port_no
is the port number (0 to 3)
80 The next action depends if the other subsystemthat associates with the card
you replaced was returned to service.
81 Go to step 63 and follow the procedure to return to service the other
subsystem that associates with the the card you replaced.
82 The next action depends on the reason that you perform this procedure.
83 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
84 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
If the RTS command Do
passed step 80
failed step 92
If the other subsystem Do
was returned to service step 82
was not returned to service step 81
does not associate with the card
you replaced
step 82
If a maintenance procedure Do
directed you to this procedure step 83
did not direct you to this proce-
dure
step 93
Frame supervisory panel and modular supervisory panel card replacement procedures 7-27
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized input/output equipment frame (continued)
85
If device independent recording package (DIRP) volumes are open, the
following events occur:
the DDU drops SysB
billing data is lost
open Logutil les are lost or corrupted
Before starting card replacement procedures, close the DIRP volumes.
Close les from DIRP and demount active volumes from the DDU. Use the
procedure, Deallocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
86 Stop les recording to and from the Logutil. Type the following command at
the Logutil command level:
>LOGUTIL;LISTDEVS
and press the Enter key.
87 Close les on volumes on the DDU of the IOC.
>STOPDEV <dev_name>
and press the Enter key.
where
dev_name
is the name of the device
>QUIT
and press the Enter key.
88 Repeat the ALLOC command to determine if les are closed, by typing
>ALLOC
and pressing the Enter key.
89 Conrm that you have done steps 85 to 88. If the les are still open, contact
your next level of support.
WARNING
Loss of data
If les are open do not busy the controller. If you busy the
controller while les are open, billing data will be lost. For
additional help, contact the next level of support.
If the les Do
are open step 89
are closed step 90
7-28 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized input/output equipment frame (end)
90 Manually busy the DDU, by typing
>BSY
and pressing the Enter key.
91 When cards are replaced and the DDU is in service, open the les. Use the
procedure Allocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
92 For additional help, contact the next level of support.
93 The procedure is complete.
If the DDU Do
is MBSY step 91
is not MBSY step 92
Frame supervisory panel and modular supervisory panel card replacement procedures 7-29
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame
Application
Use this procedure to replace an NT0X36 in a cabinetized trunk module
equipment (CTME) frame, as listed in the following table.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace;
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to Loading a PM.
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT0X36 AB Power control andalarm
card
CTME equipped with
maintenance trunk module
(MTM), office alarm unit
(OAU), or trunk module (TM).
Meridian or packaged switch
cabinet equipped with service
trunk module (STM).
7-30 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
Summary of replacing NT0X36 in a cabinetized trunk module equipment frame
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the PMs
Manually busy
the circuits
Manually busy
the PMs
Power down
the shelves
Replace the
card
Power up the
shelves
Return the
PMs to service
Return the
circuits to
service
End
Frame supervisory panel and modular supervisory panel card replacement procedures 7-31
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
Replacing NT0X36 in a cabinetized trunk module equipment frame
At your current location
1
Obtain a replacement card. Make sure that the replacement card and the
card that you removed have the same PEC and PEC sufx.
At the cabinet
2 Unscrew the slotted nut on the left of the FSP.
3 Open the FSP.
4 To identify the shelf positions and FSP fuses that associate with the power
and alarm card you will replace, use the following table and diagram.
CAUTION
Loss of service
This procedure includes directions to remove an MTM, STM,
or TM from service, which can cause service degradation.
Perform this procedure only if you need to restore
out-of-service components. If you do not need to restore
out-of-service components, perform this procedure during
periods of low trafc. Do not perform this procedure if
essential services use PM resources.
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Make sure
that you remove all jewelry before you replace a card in the
FSP. Do not touch any terminal in the FSP.
(Sheet 1 of 2)
Power and alarm card slot
FSP fuse
number Shelf position
PWR ALM 1 01 05
02 33
7-32 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
5
Record the fuse numbers and shelf positions that associate with the card you
replace.
PWR ALM 2 04 19
PWR ALM 3 05 47
(Sheet 2 of 2)
Power and alarm card slot
FSP fuse
number Shelf position
Frame
supervisory panel
NT0X36AB
card in slot
PWR ALM 2
NT0X36AB
card in slot
PWR ALM 1
NT0X36AB
card in slot
PWR ALM 3
CAUTION
Potential loss of service
If the power distribution in the following procedure does not
match your ofce conguration, contact the next level of
support before you proceed.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-33
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
6 Select a shelf that associates with the FSP card you replace.
At the MAP terminal
7 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
8 The next step depends on the type of PM that is in the shelf.
9 To post the OAU, type
>POST OAU pm_no
and press the Enter key.
where
pm_no
is the number of the PM (0 to 9999)
Example of a MAP display:
10 Determine the state of the OAU.
Note: The state of the OAUappears on the right of the PMnumber. In the
example display in step 9, the OAU is system busy (SysB).
If the PM Do
is an OAU step 9
is MTM, STM, or TM step 13
If the OAU Do
is Offl step 129
is ManB step 40
is other than listed here step 11
SysB ManB OffL CBsy ISTb
PM 1 6 102
InSv
SysB ManB OffL CBsy ISTb
PM 1 0 6 0 0
OAU 1 0 0 0 0
InSv
102
0
OAU 0 SysB
7-34 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
11 A maintenance ag (Mtce) can appear. A Mtce ag indicates that
system-initiated maintenance tasks are in progress. Wait until the ag
disappears from the status line before you proceed to the next step.
12 To manually busy the PM, type
>BSY
and press the Enter key.
Example of a MAP display:
Go to step 40.
13 From ofce records or operating company personnel, verify that essential
services do not use the PM resources affected by this procedure.
Note: When you verify resources that are in use, include all PMs that
associate with the shelf. For all STMs and TMs, include NT1X80 cards and
NT1X81 cards (single-card PMs) on the shelf. Remove these single-card
PMs from service to complete this procedure. If the shelf has an STM,
check essential services on the STM that is on the other half of the shelf.
To complete the procedure, remove both STMs from service.
14 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
Example of a MAP display:
If essential services Do
use PM resources, and a minimum of one PM is in
service
step 128
use PM resources and all PMs are out of service step 14
do not use PM resources step 14
SysB ManB OffL CBsy ISTb InSv
PM 58 1 6 14 12 17
OAU 0 1 0 0 0 0
OAU 0 ManB
bsy
OAU 0 Bsy
OK.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-35
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
15 Determine the state of the PM.
Note: The PM state appears on the right of the PM number. In the
example display in step 14, the PM state is system busy (SysB).
16 To access the TTP level of the MAP display, type
>MAPCI;MTC;TRKS;TTP
and press the Enter key.
Example of a MAP display:
17 To post the circuits for the PM, type
>POST P pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
Example of a MAP display:
If the PM Do
is Offl step 129
is other than listed here step 16
SysB ManB OffL CBsy ISTb
PM 1 0 6 0 0
MTM 1 0 0 0 0
InSv
102
9
MTM 0 SysB
POST DELQ BUSYQ DIG
TTP 6-013
CKT TYPE PM NO. COM LANG STA S R DOT TE RESULT
7-36 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
18 Determine if the state of any of the circuits is installation busy (INB). The INB
on the right of the trunk name on the MAP display indicates installation busy.
Note: Repeat the command NEXT until you determine the state of each
circuit.
19 Record the name and number of each circuit that is in the INB state.
20 To manually busy all posted circuits, type
>BSY ALL
and press the Enter key.
Example of a MAP display:
21 Wait until you manually busy all circuits before you proceed. When you
manually busy circuits, you remove the circuits from the busy queue.
Note: The digit on the right of the BUSYQheader indicates the number of
circuits that remain in use. As a circuit becomes available, you manually
busy the circuit and the number in the queue decreases by one. A blank
eld indicates that all circuits are manual busy.
POST 17 DELQ BUSYQ DIG
TTP 6-013
CKT TYPE PM NO. COM LANG STA S R DOT TE
CONF6 MTM 0 0 CF6P 0 IDL
post p MTM 0
LAST CKT = 17
SHORT CLLI IS: CF6P
OK,CKT POSTED
RESULT
If Do
a minimum of one circuit is in the INB state step 19
circuits are not in the INB state step 24
POST 18 DELQ BUSYQ A 6 DIG
TTP 6-027
CKT TYPE PM NO. COM LANG STA S R DOT TE
BSYQ ALL IDLE
bsy all
OK,POST SET IS SET IN BSYQ
RESULT
Frame supervisory panel and modular supervisory panel card replacement procedures 7-37
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
22 The next action depends if the affected shelf has the NT1X80 enhanced
digital recorded announcement machine (EDRAM) card or the NT1X81
conference card.
23 To post the circuits for the single-card PM, type
>POST P pm_type pm_no
and press the Enter key.
where
pm_type
is the type of single-card PM (CTM, DTM)
pm_no
is the number of the PM (0 to 9999)
Note: The NT1X80 EDRAM card is a DTM on the MAP display. The
NT1X81 conference card is a CTM. Both cards are single-card PMs.
24 To manually busy all posted circuits, type
>BSY ALL
and press the Enter key.
25 Wait until you manually busy all circuits before you proceed to the next step.
When you manually busy circuits, you remove the circuits from the busy
queue.
26 Repeat steps 23 to 25 for all NT1X80 and NT1X81 cards on the shelf.
27 To access the PM level of the MAP display, type
>PM
and press the Enter key.
28 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
If the shelf Do
contains the NT1X80 or the NT1X81 step 23
does not contain the NT1X80 or the NT1X81 step 27
7-38 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
29 Determine the state of the PM.
30 To manually busy the PM, type
>BSY
and press the Enter key.
Example of a MAP display:
31 The next action depends if the shelf is either the NT1X80 EDRAMcard or the
NT1X81 conference card.
32 To post the single-card PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of single-card PM (CTM, DTM)
pm_no
is the number of the PM (0 to 9999)
33 Determine the state of the single-card PM.
If the PM Do
is ManB step 31
is other than listed here step 30
If the shelf Do
contains the NT1X80 or the NT1X81 step 32
does not contain the NT1X80 or the NT1X81 step 36
If the PM Do
is ManB step 35
is other than listed here step 34
SysB ManB OffL CBsy ISTb InSv
PM 58 1 6 14 12 17
MTM 0 1 0 0 0 9
MTM 0 ManB
bsy
MTM 0 Bsy
OK.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-39
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
34 To manually busy the single-card PM, type
>BSY
and press the Enter key.
35 Repeat steps 32 to 34 for all NT1X80 and NT1X81 cards on the shelf.
36 The next action depends if the shelf contains an STM.
37
Repeat steps 14 to 36 for the STM in the other half of the shelf.
38 The next action depends on how many shelves with PMs associate with the
FSP that you replace.
39 Repeat steps 6 to 38 for PMs in the other shelf that associates with the FSP
card that you replace. Go to step 40.
If the shelf Do
contains an STM, and you manually busied only one
STM
step 37
contains an STM, and you manually busied both
STMs
step 38
WARNING
Loss of service
If you turn off an STM, the mate power converter in the other
STM on the shelf trips. Make sure that you manually busy
and turn off STMs on a shelf.
If Do
one shelf equipped with PMs associates with the card step 40
two shelves equipped with PMs associate with the
card, and you turned down functionality for only one
shelf
step 39
two shelves equipped with PMs associate with the
card, and you turned down functionality for both
shelves
step 40
7-40 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
At the shelf
40
Select a shelf to power down.
41 Pull down and set the handle of the POWER switch on the power converter
to the OFF position.
42 The next action depends on the type of PM that is in the shelf.
43 For the mate power converter in the STM, pull down and set the handle of the
POWER switch to the OFF position.
Go to step 45.
44 For the other power converter on the shelf, pull down and set the handle of
the POWER switch to the OFF position.
45 The next action depends on how many shelves with PMs associate with the
FSP card you replace.
46 Repeat steps 41 to 45 for PMs in the other shelf that associates with the FSP
card you replace. Go to step 47.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If the shelf Do
contains an STM (with or without DRAM) step 43
contains an MTM (with or without DRAM) step 44
contains a TM step 45
If Do
one shelf equipped with PMs associates with the
card
step 47
two shelves equipped with PMs associate with the
card, and you powered down only one shelf
step 46
two shelves equipped with PMs associate with the
card, and you powered down both shelves
step 47
Frame supervisory panel and modular supervisory panel card replacement procedures 7-41
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
At the FSP
47 Remove the alarm and control card.
48 Insert the replacement alarm and control card.
49 Close the FSP.
50 Tighten the slotted nut on the FSP.
51 Select a shelf to power up.
At the shelf
52 Power up the converter.
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED turns off.
c Release the RESET button.
53 The next action depends on the type of PM that is in the shelf, and if you
powered up both power converters.
54 For the mate power converter in the STMon the other half of the shelf, repeat
steps 52 and 53. Go to step 56.
55 For the other power converter on the shelf, repeat steps 52 and 53. Go to
step 56.
56 The next action depends on how many shelves associate with the FSP card
you replace.
If the shelf Do
contains an STM or an MTM (with or without
DRAM) and you powered up both power converters
step 58
contains an STM (with or without DRAM) step 54
contains an MTM (with or without DRAM) step 55
contains a TM step 58
If Do
one shelf equipped with PMs associates with the
card
step 58
two shelves equipped with PMs associate with the
card, and you powered up only one shelf
step 57
two shelves equipped with PMs associate with the
card, and you powered up both shelves
step 58
7-42 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
57 Repeat steps 52 to 56 for PMs in the other shelf that associates with the FSP
card you replace. Go to step 58.
At the MAP terminal
58 To access the PM level of the MAP display, type
>PM
and press the Enter key.
59 The next step depends on the type of PM in the shelf.
60 To post the OAU, type
>POST OAU pm_no
and press the Enter key.
where
pm_no
is the number of the PM (0 to 9999)
61 To load the OAU, type
>LOADPM
and press the Enter key.
Example of a MAP response:
62 To load the PM, perform the procedure Loading a PM in this document.
Complete the procedure and return to this point.
63 To return the PM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
If the PM Do
is an OAU step 60
is an STM, TM, or MTM step 64
If the LOADPM command Do
passed step 63
failed step 62
OAU 0 LoadPM Passed
Frame supervisory panel and modular supervisory panel card replacement procedures 7-43
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
64 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (IMTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
65 To load the PM, type
>LOADPM
and press the Enter key.
Example of a MAP response:
66 To load the PM, perform the procedure Loading a PM in this document.
Complete the procedure and return to this point.
67 To return the PM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
If the RTS command Do
passed step 124
failed step 130
If the LOADPM command Do
passed step 67
failed step 66
If the RTS command Do
passed, and the PM is InSv step 76
OAU 0 Rts Passed
MTM 0 LoadPM Passed
MTM 0 Rts Passed
7-44 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
68 Record the messages on the MAP display for future reference.
69 The next action depends on if the affected shelf contains the NT1X80
(EDRAM) card or the NT1X81 conference card.
70 To post the single-card PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (CTM or DTM)
pm_no
is the number of the PM (0 to 9999)
71 To load the single-card PM, type
>LOADPM
and press the Enter key.
Example of a MAP response:
72 To load the single-card PM, perform the procedure Loading a PM in this
document. Complete the procedure and return to this point.
73 To return the PM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
passed, and the PMis ISTb with a system-generated
card list
step 68
failed step 130
If the shelf Do
contains the NT1X80 or the NT1X81 step 70
does not contain the NT1X80 or the NT1X81 step 76
If the LOADPM command Do
passed step 73
failed step 72
If the RTS command Do
DTM 0 LoadPM Passed
Frame supervisory panel and modular supervisory panel card replacement procedures 7-45
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
74 Record the messages on the MAP display for future reference.
75 Repeat steps 70 to 74 for the other NT1X80 and NT1X81 cards on the shelf.
Go to step 76.
76 To access the TTP level of the MAP display, type
>TRKS;TTP
and press the Enter key.
77 The next action depends if the shelf associated with the FSPcard you replace
contains a metallic test unit (MTU) or digital test unit (DTU).
Note: The DTUs and MTUs are in pairs.
78 To post the rst circuit in the MTU, type
>POST G MTU circuit_no
and press the Enter key.
where
circuit_no
is the number of the rst MTU circuit
79 To busy the circuit, type
>BSY
and press the Enter key.
80 To seize the circuit, type
>SEIZE
and press the Enter key.
If the RTS command Do
passed, and the PM is InSv step 75
passed, and the PMis ISTb with a system-generated
card list
step 74
failed step 130
If the shelf Do
has MTUs step 78
has DTUs step 93
does not have MTUs or DTUs step 108
MTM 0 Rts Passed
7-46 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
81 To put the circuit on hold, type
>HOLD
and press the Enter key.
82 To post the second circuit in the MTU, type
>NEXT
and press the Enter key.
83 To busy the circuit, type
>BSY
and press the Enter key.
84 To seize the circuit, type
>SEIZE
and press the Enter key.
85 To put the circuit on hold, type
>HOLD
and press the Enter key.
86 To access the disk utility, type
>DISKUT
and press the Enter key.
87 To list the les in the volume that contains the MTU load, type
>LISTFL vol_name
and press the Enter key.
where
vol_name
is the name of the volume that contains the MTU load
88 Record the name of the MTU load le.
89 To quit the disk utility, type
>QUIT
and press the Enter key.
90 To load the MTU, type
>LOADFW CC load_name
and press the Enter key.
where
Frame supervisory panel and modular supervisory panel card replacement procedures 7-47
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
load_name
is the load le name that you recorded in step 88
91 To release the rst MTU circuit, type
>RLS MTU circuit_no
and press the Enter key.
where
circuit_no
is the number of the rst MTU circuit that you busied, seized,and put
on hold
92 To release the second MTU circuit, type
>RLS MTU circuit_no
and press the Enter key.
where
circuit_no
is the number of the second MTU circuit that you busied,seized, and
put on hold
Go to step 108.
93 To post the rst circuit in the DTU, type
>POST G DTU circuit_no
and press the Enter key.
where
circuit_no
is the number of the rst DTU circuit
94 To busy the circuit, type
>BSY
and press the Enter key.
95 To seize the circuit, type
>SEIZE
and press the Enter key.
96 To put the circuit on hold, type
>HOLD
and press the Enter key.
If the LOADFW command Do
passed step 91
failed step 130
7-48 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
97 To post the second circuit in the DTU, type
>NEXT
and press the Enter key.
98 To busy the circuit, type
>BSY
and press the Enter key.
99 To seize the circuit, type
>SEIZE
and press the Enter key.
100 To put the circuit on hold, type
>HOLD
and press the Enter key.
101 To access the disk utility, type
>DISKUT
and press the Enter key.
102 To list the les in the volume that contains the DTU load, type
>LISTFL vol_name
and press the Enter key.
where
vol_name
is the name of the volume that contains the MTU load
103 Record the name of the DTU load le.
104 To quit the disk utility, type
>QUIT
and press the Enter key.
105 To load the DTU, type
>LOADFW CC load_name
and press the Enter key.
where
load_name
is the load le name that you recorded in step 103
If the LOADFW command Do
passed step 106
failed step 130
Frame supervisory panel and modular supervisory panel card replacement procedures 7-49
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
106 To release the rst DTU circuit, type
>RLS RLS
107 To release the second DTU circuit, type
>RLS RLS
108 To post the circuits for the PM, type
>POST TM pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
109 To return all the circuits to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
110 The next action depends if you recorded INB circuits in step 19.
111 To post the rst circuit on the list, type
>POST T circuit_name circuit_no
and press the Enter key.
where
circuit_name
is the circuit name that you recorded in step 19
circuit_no
is the circuit number that you recorded in step 19
112 To return the circuit to the INB state, type
>BSY INB
and press the Enter key.
113 Repeat steps 111 and 112 for each of the other circuits on the list that you
recorded in step 19.
If you Do
recorded INB circuits step 111
did not record INB circuits step 114
RTS OK
7-50 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (continued)
114 The next action depends on the results of the PMthat you returned to service
in step 67.
115 To manually busy all posted circuits, type
>BSY ALL
and press the Enter key.
116 To return all circuits to service, type
>RTS ALL
and press the Enter key.
117 To access the PM level of the MAP display, type
>PM
and press the Enter key.
118 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (CTM, DTM, MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
119 To perform an in-service test on the PM, type
>TST
and press the Enter key.
Example of a MAP response:
If the RTS command Do
passed step 121
passed, but in-service tests failed, and the system
generated a card list
step 115
Frame supervisory panel and modular supervisory panel card replacement procedures 7-51
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in a cabinetized trunk module equipment frame (continued)
120 Record the messages on the MAP display for future reference.
121 To access the PM level of the MAP display, type
>PM
and press the Enter key.
122 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
123 Repeat steps 64 to 119 for other PMs on this shelf. Go to step 124.
If the TST command Do
passed, and single-card PMs or an STM remain out
of service
step 121
passed, and you worked on all PMs on the shelf and
all PMs have been returned to service
step 124
passed, and you worked on all PMs on the shelf but
one or more PMs have not been successfully returned
to service
step 130
failed, and single-card PMs or an STM are present
that you did not work on to return to service
step 120
failed, and you worked on all PMs on the shelf step 130
MTM 0 ISTb TSTFAIL
InSvce Tests Initiated
MTM 0 Tst Failed
Site Flr RPos Bay_id Shf Description Slot EqPEC
HOST 00 D06 TME 00 04 MTM : 000 04 2X59
HOST 00 D06 TME 00 04 MTM : 000 02 0X70
Following ISTb Exist :
Test Failed
7-52 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in a cabinetized trunk module equipment frame (end)
124 The next action depends on how many shelves associate with the FSP card
you replace.
125 Repeat steps 59 to 124 for PMs in the other shelf that associates with the FSP
card you replace. Go to step 126.
126 The next action depends on the reason that you perform this procedure.
127 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
128 To determine how to handle essential services, consult the next level of
support. Continue as directed by operating company personnel.
129 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
130 For additional help, contact the next level of support.
131 The procedure is complete.
If Do
one shelf equipped with PMs associates with the
card
step 126
two shelves equipped with PMs associate with the
card, and you returned to service the PMon only one
shelf
step 125
two shelves equipped with PMs associate with the
card, and you returned to service the PM on both
shelves
step 126
If a maintenance procedure Do
directed you to this procedure step 127
did not direct you to this procedure step 131
Frame supervisory panel and modular supervisory panel card replacement procedures 7-53
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame
Application
Use this procedure to replace an NT0X36 in an input/output equipment (IOE)
frame, as listed in the following table.
Note: Shelf positions 04, 18, and 32 must contain an input/output controller
(IOC) or a disk drive unit (DDU). Shelf positions 55 and 61 must contain a
magnetic tape drive unit. Amaximumof two of the three shelf positions can
be unequipped and covered with ller faceplates. If the shelf positions in
the IOE frame in your ofce have other subsystems or applications, contact
the next level of support.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" provides a list of the cards, shelves, and frames documented in
this card replacement book.
Common procedures
There are no common procedures.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT0X36 AB Power control andalarm
card
IOE frame
7-54 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an input/output equipment frame (continued)
Summary of Replacing a NT0X36 in an input/output equipment frame
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOC
Manually busy
all ports and
controllers
Spin down the
drives, if
required
Power down
the shelf
Replace the
card
Power up the
shelf
Return ports
and controllers
to service
Spin up the
drives, if
required
End
Frame supervisory panel and modular supervisory panel card replacement procedures 7-55
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (continued)
Replacing NT0X36 in an input/output equipment frame
At your current location
1
Obtain a replacement card. Make sure that the replacement card and the
card that you remove have the same PEC and PEC sufx.
ATTENTION
This includes directions to manually busy all terminal controller cards for the
IOC. Perform this procedure from a MAP terminal. Make sure that the MAP
terminal does not connect to the IOC in use.
CAUTION
Potential loss of service
This procedure includes directions to manually busy an IOC
and IOC device controllers or a DDU. Perform this
procedure only if you need to restore out-of-service
components. If you do not need to restore out-of-service
components, perform this procedure during periods of low
trafc.
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Make sure
that you remove all jewelry before you replace a card in the
FSP. Do not touch any terminal inside the FSP.
7-56 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an input/output equipment frame (continued)
At the frame
2 Use the following table to identify the PWR&ALM slot, shelf positions, and
fuses that associate with the card you replace.
Note: The alarm, control cards, and fuses are behind the FSP.
3 Record the PWR&ALMslot, shelf positions, and fuses that associate with the
card you replace.
Alarm and
control card Slot Shelf position Fuse
NT0X36AB slot 1 04 03
NT0X36AB slot 1 32 01
NT0X36AB slot 2 18 02
NT0X36AB
card in slot
PWR&ALM 1
NT0X36AB
card in slot
PWR&ALM 2
Frame
supervisory
panel
Frame supervisory panel and modular supervisory panel card replacement procedures 7-57
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (continued)
4 Examine the shelf positions that associate with the card you replace. Record
the type of equipment shelves provided.
Note: If you replace the card in slot PWR & ALM 1, you can be required
to manually busy functionality in a maximum of two shelves.
At the MAP terminal
5 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
6 To post the input/output controller (IOC), type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the number of the IOC (0 to 19)
7 Select a shelf position from the list that you recorded at step 3.
8 To post the DDU controller, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
If the shelf Do
contains one or two DDUs step 8
contains an IOC step 16
is empty step 46
contains an itemother than listed
here
step 95
7-58 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an input/output equipment frame (continued)
9 Determine the state of the DDU controller card.
10 To determine if les are open on the DDU, type
>ALLOC
and press the Enter key.
Example of a MAP response:
If the card Do
is MBSY step 13
is OFFL step 87
is other than listed here step 10
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25:
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
0123
STAT .--- .--- .... .--- .... ---- ..-- .---
----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 0 MTD 0
TapeName
Status Idle
User
VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O
0 IMAGE 2800 45000 D000 0 NO 0
1 XPMLOADS 2801 35000 D000 0 NO 0
2 RTMLOADS 2802 20000 D000 0 NO 0
.
.
.
7 SMDR 2807 5000 D000 0 NO 0
8 AMA1 2808 5000 D000 0 NO 0
9 TST 2809 50 D000 0 NO 0
10 AMA2 280A 500 D000 0 NO 0
FILES_OPEN
Frame supervisory panel and modular supervisory panel card replacement procedures 7-59
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (continued)
11 To manually busy the controller, type
>BSY
and press the Enter key.
12 To spin down the drive, type
>STOP
and press the Enter key.
13 Wait until the DDU spins down before you proceed to the next step. The
status code spun_down appears under the Drive_State header on the MAP
display.
14 The next action depends on the disk drive conguration in the IOCsubsystem
for your ofce.
Note: If you do not know the le system conguration for your ofce,
contact the next level of support.
15 Repeat steps 8 to 14 for each disk drive on the shelf. Go to step 46.
16 Determine the state of the IOC.
If les Do
are open step 88
are closed step 11
If Do
other DDUs on the shelf are not present step 46
another DDU is on the shelf, and both DDUs spun
down
step 46
another DDUis on the shelf that is not the mate to the
DDU that you spun down
step 15
another DDU is on the shelf that is the mate to the
DDU that you spun down
step 95
If the state of the IOC Do
is M step 46
is other than listed here step 17
7-60 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an input/output equipment frame (continued)
17 The next action depends if terminal controller cards are on the shelf.
18 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
19 Note the CONS ID and status for each port.
20 Inform operating company personnel that you will remove from service the
CONS IDs for the card you replace.
If terminal controller cards Do
are on the shelf step 18
are not on the shelf step 24
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .---
----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 6 Ckt 0 1 2 3
Status . . - -
Cons Id RD040 RD041 TEAM4 TEAM6
ConType VT100 VT100 VT100 VT100
0123
If Do
all ports are ManBsy step 23
a minimum of one port is Offl step 87
a minimumof one port is . (dot) step 20
all ports are in any other
out-of-service state
step 21
Frame supervisory panel and modular supervisory panel card replacement procedures 7-61
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (continued)
21 To manually busy a port on the card, type
>BSY port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 3)
22 Repeat step 21 until you manually busy all ports on the card. Go to step 23.
23 Repeat steps 18 to 22 for each terminal controller card on the shelf. Go to
step 24.
24 The next action depends on if multiprotocol controller (MPC) cards are on the
shelf.
25 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
If the BSY command Do
passed step 22
failed step 95
If MPC cards Do
are on the shelf step 25
are not on the shelf step 32
7-62 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an input/output equipment frame (continued)
26 Determine the state of the card.
Note: The card state appears under the BOARD header on the MAP
display.95 95
27 To display status information on current MPC conversations, type
>QCONV
and press the Enter key.
Example of a MAP response:
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: .
SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: .
DPPU: . SCAI: .
IOC CARD 0 1 2 3
4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
TYPE MTD DDU
CONS MPC CONS CONS MPC
Card 3 Unit 0
User SYSTEM BOARD LINK0 LINK1 LINK2 LINK3
Status Ready COMACT UNEQ N/A UNEQ ENABLD
If the card state Do
is MANB step 31
is OFFL step 87
is other than listed here step 27
If Do
a minimum of one session is ac-
tive
step 28
MPC L LCN STATUS CCC SEC PARDEV INP OPEN OWNER
- --- --- --------- ---- ---- ------ ---- ---- --------
0 3 1 INACTIVE none none none FIL 0 none
0 3 2 INACTIVE none none none FIL 0 none
Frame supervisory panel and modular supervisory panel card replacement procedures 7-63
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (continued)
28 Notify all users that an interruption of the MPC service will occur. Wait until
all sessions are inactive before you proceed.
29 To manually busy the card and the card links, type
>BSY ALL FORCE
and press the Enter key.
Example of a MAP response:
30 To conrm the command, type
>YES
and press the Enter key.
31 Repeat steps 25 to 30 for each MPC card on the shelf. Go to step 32.
32 The next action depends if disk drive controller cards are on the shelf.
33 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
all sessions are inactive step 29
If the BSY command Do
passed step 31
failed step 95
If disk drive controller cards Do
are on the shelf step 33
are not on the shelf step 17
If Do
TYPE YES TO VERIFY FORCE, NO TO CANCEL COMMAND
confirm ("YES", "Y", "NO", or "N"):
Please
7-64 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an input/output equipment frame (continued)
34 Determine the state of the card.
35 To determine if les are open on the DDU, type
>ALLOC
and press the Enter key.
Example of a MAP response:
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
0123
STAT .--- .--- .... .--- .... ---- ..-- .---
----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 0 MTD 0
TapeName
Status Idle
User
If the card Do
is MBSY step 37
is OFFL step 87
is other than listed here step 35
VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O
FILES_OPEN
0 IMAGE 2800 45000 D000 0 NO 0
1 XPMLOADS 2801 35000 D000 0 NO 0
2 RTMLOADS 2802 20000 D000 0 NO 0
.
.
.
7 SMDR 2807 5000 D000 0 NO 0
8 AMA1 2808 5000 D000 0 NO 0
9 TST 2809 50 D000 0 NO 0
10 AMA2 280A 500 D000 0 NO 0
Frame supervisory panel and modular supervisory panel card replacement procedures 7-65
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (continued)
36 To manually busy the card, type
>BSY
and press the Enter key.
Example of a MAP response:
bsyOK
37 Repeat steps 33 to 36 for each disk drive controller card on the shelf. Go to
step 38.
38 The next action depends on if magnetic tape drive controller cards are on the
shelf.
39 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
If les Do
are open step 88
are closed step 36
If magnetic tape drive controller
cards
Do
are on the shelf step 39
are not on the shelf step 44
7-66 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an input/output equipment frame (continued)
40 Determine the state of the card.
41 Notify all users that interruption of service for the device will occur. Wait until
all users nish with the device before you proceed to the next step.
42 To manually busy the card, type
>BSY
and press the Enter key.
Example of a MAP response:
43 Repeat steps 39 and 42 for each magnetic tape drive controller card on the
shelf. Go to step 31.
44 To return to the IOC level of the MAP display, type
>QUIT
and press the Enter key.
45 To manually busy the IOC, type
>BSY IOC
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25:
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
0123
STAT .--- .--- .... .--- .... ---- ..-- .---
----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 0 MTD 0
TapeName
Status Idle
User
If the card Do
is ManBsy step 43
is Offl step 87
is Idle step 42
is other than listed here step 41
bsy
OK
Frame supervisory panel and modular supervisory panel card replacement procedures 7-67
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (continued)
and press the Enter key.
46 The next action depends on the FSP card you replace.
47 Repeat step 7 for the second shelf position that you recorded at step 3. Go
to step 48.
At the frame
48
For each power converter on the shelf, pull down and set the handle of the
power converter POWER switch to the OFF position.
49 Remove the fuses that associate with the alarmand control card, as recorded
in step 3.
50 Unscrew the slotted nut on the left of the FSP.
Note: Friction clips fasten some FSP front panels. Hold the panel at each
end. To remove the panel, pull the panel toward you.
51 Open the FSP.
52
Remove the card from the slot that you recorded in step 3.
53 Insert the replacement card.
If you Do
replace the card in slot PWR&ALM 1 step 47
replace the card in slot PWR&ALM 2 step 48
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
WARNING
Loss of service
Make sure that the alarm and control card that you remove
controls the shelf that you turned down. Removal of the
wrong card causes a loss of service.
7-68 Frame supervisory panel and modular supervisory panel card replacement procedures
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NT0X36
in an input/output equipment frame (continued)
54 Close the FSP.
Note: For FSP front panels fastened with friction clips, align the pins on
the back of the panel with the holes on the FSP. Press the panel in tightly.
55 Tighten the slotted nut on the FSP.
56 Insert the fuses that you removed in step 49.
57 The next action depends on the power converter on the shelf.
58 Power up the converter.
a Pull up and set the handle of the POWER switch to the RESET position.
Hold the handle until the CONVERTER FAIL LED turns off.
b Release the handle.
c Go to step 61.
59 Power up the converter, as follows.
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED turns off.
c Release the RESET button.
d Go to step 61.
60 Reset the power converter:
a Pull up and set the POWER switch on the converter to the ON position.
b Press and hold the RESET button on the power converter.
c When the CONVERTER FAIL lamp turns off, release the RESET button.
61 Verify that the power LED is lit. A lit power LED indicates that the power
converter is ON.
If the power converter Do
is an NT2X70AA/AB/AC/AD
card
step 58
is an NT2X70AE card step 59
is an NT1X78 card step 60
If the power LED Do
is lit, and is the only power converter on the shelf
(IOC shelf or a single-DDU shelf)
step 63
is lit, and another power converter is on the shelf
(two-DDU shelf)
step 62
is not lit step 95
Frame supervisory panel and modular supervisory panel card replacement procedures 7-69
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (continued)
62 Repeat step 57 for the other power converter on the shelf.
At the MAP terminal
63 Select a shelf position from the list that you recorded at step 3.
64 To post the DDU controller, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
65 To return the DDU controller to service, type
>RTS
and press the Enter key.
Note: The return to service process can require a maximumof 3 min. The
RTS command also spins up the disk drive.
66 The next action depends on the disk drive conguration in the IOCsubsystem
for your ofce.
67 Repeat steps 64 to 66 for each disk drive on the shelf. Go to step 83.
68 To return the IOC to service, type
>RTS IOC
and press the Enter key.
If the shelf Do
has one or two DDUs step 64
has an IOC step 68
If the RTS command Do
passed (status is Ready and drive state is on-line) step 66
failed (status or drive state is other than listed here) step 95
If Do
other DDUs are not on the shelf step 84
another DDU is on the shelf and both are in service step 84
another DDUis on the shelf that you did not return to
service
step 67
7-70 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an input/output equipment frame (continued)
69 The next action depends if the controller cards are on the shelf.
70 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
71 To return the card to service, type
>RTS
and press the Enter key.
72 Repeat steps 70 and 71 for each disk drive or magnetic tape drive controller
card on the shelf. Go to step 73.
73 The next action depends if MPC cards are on the shelf.
74 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
75 To load the MPC, type
>DOWNLD
and press the Enter key.
Example of a MAP response:
If disk drive or magnetic tape
drive or magnetic tape drive
controller cards
Do
are on the shelf step 70
are not on the shelf step 73
If MPC cards Do
are on the shelf step 74
are not on the shelf step 80
Frame supervisory panel and modular supervisory panel card replacement procedures 7-71
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (continued)
76 To return the MPC to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
77 Wait 1 min to determine the status of MPC components.
78 Repeat steps 74 to 77 for each card on the shelf. Go to step 79.
79 Notify users that MPC service is available.
80 The next action depends if terminal controller cards are on the shelf.
81 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
82 To return a port on the card to service, type
>RTS port_no
and press the Enter key.
If the DOWNLD command Do
passed step 76
failed step 95
If the system status Do
is Ready, the board status is COMACT, and the link
status is ENABLD for each link
step 78
is other than listed here step 95
If terminal controller cards Do
are on the shelf step 81
are not on the shelf step 83
DOWNLOAD OF TABLE MPC FILE "MPC403AB" SUCCEEDED.
REQUEST PASSED FOR CARD.REQUEST PASSED FOR LINKS.
7-72 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an input/output equipment frame (continued)
where
port_no
is the port identication number (0 to 3)
83 The next action depends on the FSP card that you replace.
84 Repeat step 63 for the second shelf position that you recorded in step 3. Go
to step 85.
85 The next action depends on the reason that you perform this procedure.
86 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
87 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
88
If device independent recording package (DIRP) volumes are open, the
following events occur:
the DDU drops SysB
billing data is lost
open Logutil les are lost or corrupted
If the RTS command Do
passed step 83
failed step 95
If you Do
replace the card in slot PWR&ALM 1 step 84
replace the card in slot PWR&ALM 2 step 85
If a maintenance procedure Do
directed you to this procedure step 86
did not direct you to this proce-
dure
step 96
WARNING
Loss of data
If les are open do not busy the controller. If you busy the
controller while les are open, billing data will be lost. For
additional help, contact the next level of support.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-73
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an input/output equipment frame (end)
Before starting card replacement procedures, close the DIRP volumes.
Close les from DIRP and demount active volumes from the DDU. Use the
procedure, Deallocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
89 Stop les recording to and from the Logutil. Type the following command at
the Logutil command level:
>LOGUTIL;LISDEVS
and press the Enter key.
90 Close les on volumes on the DDU of the IOC.
>STOPDEV dev_name
and press the Enter key.
where
dev_name
is the name of the device
>QUIT
and press the Enter key.
91 Repeat the ALLOC command to determine if les are closed, by typing
>ALLOC
and pressing the Enter key.
92 Conrm that you have done steps 88 to 91. If the les are still open, contact
your next level of support.
93 Manually busy the DDU, by typing
>BSY
and pressing the Enter key.
94 When cards are replaced and the DDU is in service, open the les. Use the
procedure Allocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
95 For additional help, contact the next level of support.
96 The procedure is complete.
If the les Do
are open step 92
are closed step 93
If the DDU Do
is MBSY step 94
is not MBSY step 95
7-74 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module
Application
Use this procedure to replace an NT0X36 in an international cabinet auxiliary
module (ICAM), as listed in the following table.
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card you want to replace, refer to the Index"
for a list of the cards, shelves, and frames documented in this card replacement
book.
Common procedures
Loading a PM is referenced in this procedure.
Do not go to the common procedure unless directed to do so in the step-action
procedure.
Action
The following owchart is only a summary of the procedure. To replace the
card, use the instructions in the step-action procedure that follows the
owchart.
PEC Suffix Card name Shelf or frame name
NT0X36 AB Power control andalarm
card
CAM equipped with office
alarm unit (OAU),
international packaged trunk
module (IPTM) or
international maintenance
trunk module (IMTM).
Frame supervisory panel and modular supervisory panel card replacement procedures 7-75
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
Summary of Replacing an NT0X36 in an international cabinet auxiliary module
This flowchart summarizes the
procedure.
Use the instructions in the
procedure that follows this
flowchart to perform the
procedure.
Post the PMs
Manually busy
the circuits
Manually busy
the PMs
Power down
the shelves
Replace the
card
Power up the
shelves
Return the
PMs to service
Return the
circuits to
service
End
7-76 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
Replacing an NT0X36 in an international cabinet auxiliary module
At your current location
1
Obtain a replacement card. Ensure that the replacement card has the same
PEC, including sufx, as the card being removed.
At the cabinet
2 Unscrew the slotted nut on the left-hand side of the FSP.
3 Open the FSP.
4 Use the following table and illustration to identify the shelf positions and FSP
fuses associated with the power and alarm card you are replacing.
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Remove all
jewelry before replacing a card in the FSP. Do not touch any
terminal in the FSP.
CAUTION
Loss of service
This procedure includes directions to remove an IMTM, or
an IPTMfromservice, which can cause service degradation.
Perform this procedure only if necessary to restore
out-of-service components. Otherwise, carry out this
procedure during periods of low trafc. Do not perform this
procedure if essential services are using PM resources.
(Sheet 1 of 2)
Power and alarm
card slot FSP fuse number Shelf position
PWR ALM 1 01 05
02 33
Frame supervisory panel and modular supervisory panel card replacement procedures 7-77
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
5
Record the fuse numbers and shelf positions associated with the card you are
replacing.
PWR ALM 2 04 19
PWR ALM 3 05 47
(Sheet 2 of 2)
Power and alarm
card slot FSP fuse number Shelf position
Frame
supervisory panel
NT0X36AB
card in slot
PWR ALM 2
NT0X36AB
card in slot
PWR ALM 1
NT0X36AB
card in slot
PWR ALM 3
CAUTION
Potential loss of service
If the power distribution in the procedure below does not
match the conguration in your ofce, contact the next level
of support before proceeding.
7-78 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
6 Select a shelf associated with the FSP card you are replacing.
At the MAP terminal
7 Access the PM level of the MAP display by typing
>MAPCI;MTC;PM
and pressing the Enter key.
Example of a MAP display:
8 The next step depends on the type of PM that is provisioned in the shelf.
9 Post the OAU by typing
>POST OAU pm_no
and pressing the Enter key.
where
pm_no
is the number of the PM (0 to 9999)
Example of a MAP display:
10 Determine the state of the OAU.
Note: The state of the OAU is shown to the right of the PMnumber. In the
example display in step 9, the OAU is system busy (SysB).
SysB ManB OffL CBsy ISTb
PM 1 6 102
InSv
If the PM is an Do
OAU step 9
IMTM, or IPTM step 13
If the OAU is Do
Offl step 129
SysB ManB OffL CBsy ISTb
PM 1 0 6 0 0
OAU 1 0 0 0 0
InSv
102
0
OAU 0 SysB
Frame supervisory panel and modular supervisory panel card replacement procedures 7-79
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
11 A maintenance ag (Mtce) may appear, indicating that system-initiated
maintenance tasks are in progress. Wait until the ag disappears from the
status line before proceeding to the next step.
12 Manually busy the PM by typing
>BSY
and pressing the Enter key.
Example of a MAP display:
Go to step 40.
13 From ofce records or ofce personnel, verify that essential services are not
using the PM resources that will be affected by this procedure.
Note: When verifying resources used, include all PMs that are associated
with the shelf you are working on. For all service and trunk modules,
include NT1X80 cards and NT1X81 cards (single-card PMs) provisioned
on the shelf; these single-card PMs must be removed from service to
complete this procedure. If the shelf is equipped with an STM, also check
for essential services on the STMprovisioned on the other half of the shelf;
both STMs must be removed from service to complete this procedure.
14 Post the PM by typing
>POST pm_type pm_no
and pressing the Enter key.
where
ManB step 40
anything else step 11
If essential services Do
are using PM resources and one or more PMs are in
service
step 128
are using PMresources and all PMs are out of service step 14
are not using PM resources step 14
If the OAU is Do
SysB ManB OffL CBsy ISTb InSv
PM 58 1 6 14 12 17
OAU 0 1 0 0 0 0
OAU 0 ManB
bsy
OAU 0 Bsy
OK.
7-80 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
pm_type
is the type of PM (IMTM, IPTM)
pm_no
is the number of the PM (0 to 9999)
Example of a MAP display:
15 Determine the state of the PM.
Note: The PM state is shown to the right of the PM number. In the
example display in step 14, the PM state is system busy (SysB).
16 Access the TTP level of the MAP display by typing
>MAPCI;MTC;TRKS;TTP
and pressing the Enter key.
Example of a MAP display:
17 Post the circuits for the PM by typing
>POST P pm_type pm_no
and pressing the Enter key.
where
pm_type
is the type of PM (IMTM, IPTM)
pm_no
is the number of the PM (0 to 9999)
Example of a MAP display:
If the PM is Do
Offl step 129
anything else step 16
SysB ManB OffL CBsy ISTb
PM 1 0 6 0 0
IMTM 1 0 0 0 0
InSv
102
9
IMTM 0 SysB
CKT TYPE PM NO. COM LANG STA S R DOT TE RESULT
TTP 6-013
POST DELQ BUSYQ DIG
Frame supervisory panel and modular supervisory panel card replacement procedures 7-81
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
18 Determine if the state of any of the circuits is installation busy (INB), indicated
by INB to the right of the trunk name on the MAP display.
Note: The state of each circuit can be determined by repeating the
command NEXT until the state of each circuit has been determined.
19 Record the name and number of each of the circuits in the INB state.
20 Manually busy all posted circuits by typing
>BSY ALL
and pressing the Enter key.
Example of a MAP display:
21 Wait until all circuits have been manually busied (removed from the busy
queue) before proceeding to the next step.
Note: The digit to the right of the BUSYQ header indicates the number of
circuits still in use. As a circuit becomes available, it is manually busied
and the number in the queue is decremented by one. When the eld is
blank, this indicates that all circuits have been manually busied.
POST 17 DELQ BUSYQ DIG
TTP 6-013
CKT TYPE PM NO. COM LANG STA S R DOT TE
CONF6 IMTM 0 0 CF6P 0 IDL
post p IMTM 0
LAST CKT = 17
SHORT CLLI IS: CF6P
OK,CKT POSTED
RESULT
If Do
one or more circuits is in the
INB state
step 19
no circuits are in the INB state step 24
POST 18 DELQ BUSYQ A 6 DIG
TTP 6-027
CKT TYPE PM NO. COM LANG STA S R DOT TE
BSYQ ALL IDLE
bsy all
OK,POST SET IS SET IN BSYQ
RESULT
7-82 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
22 The next action depends on whether the affected shelf is provisioned with
either the NT1X80 enhanced digital recorded announcement machine
(EDRAM) card or the NT1X81 conference card.
23 Post the circuits for the single-card PM by typing
>POST P pm_type pm_no
and pressing the Enter key.
where
pm_type
is the type of single-card PM (CTM, DTM)
pm_no
is the number of the PM (0 to 9999)
Note: The NT1X80 EDRAM card is referred to as a DTM on the MAP
display, and the NT1X81 conference card is referred to as a CTM. Both
cards are known as single-card PMs.
24 Manually busy all posted circuits by typing
>BSY ALL
and pressing the Enter key.
25 Wait until all circuits have been manually busied (removed from the busy
queue) before proceeding to the next step.
26 Repeat steps 23 to 25 for all NT1X80 and NT1X81 cards provisioned on the
shelf.
27 Access the PM level of the MAP display by typing
>PM
and pressing the Enter key.
28 Post the PM by typing
>POST pm_type pm_no
and pressing the Enter key.
where
pm_type
is the type of PM (IMTM, IPTM)
pm_no
is the number of the PM (0 to 9999)
If the shelf is Do
provisioned with either the NT1X80 or the NT1X81 step 23
not provisioned with either the NT1X80 or the
NT1X81
step 27
Frame supervisory panel and modular supervisory panel card replacement procedures 7-83
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
29 Determine the state of the PM.
30 Manually busy the PM by typing
>BSY
and pressing the Enter key.
Example of a MAP display:
31 The next action depends on whether the shelf is provisioned with either the
NT1X80 enhanced digital recorded announcement machine (EDRAM) card
or the NT1X81 conference card.
32 Post the single-card PM by typing
>POST pm_type pm_no
and pressing the Enter key.
where
pm_type
is the type of single-card PM (CTM, DTM)
pm_no
is the number of the PM (0 to 9999)
33 Determine the state of the single-card PM.
If the PM is Do
ManB step 31
anything else step 30
If the shelf is Do
provisioned with either the NT1X80 or the NT1X81 step 32
not provisioned with either the NT1X80 or the
NT1X81
step 36
If the PM is Do
ManB step 35
SysB ManB OffL CBsy ISTb InSv
PM 58 1 6 14 12 17
IMTM 0 1 0 0 0 9
IMTM 0 ManB
bsy
IMTM 0 Bsy
OK.
7-84 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
34 Manually busy the single-card PM by typing
>BSY
and pressing the Enter key.
35 Repeat steps 32 to 34 for all NT1X80 and NT1X81 cards provisioned on the
shelf.
36 The next action depends on whether the shelf is provisioned as an IPTM.
37
Repeat steps 14 to 36 for the IPTM in the other half of the shelf.
38 The next action depends on how many shelves equipped with PMs are
associated with the FSP card you are replacing.
anything else step 34
If the shelf is provisioned as Do
an IPTM, and you have manually busied only one
IPTM
step 37
an IPTM, and you have manually busied both IPTMs step 38
CAUTION
Loss of service
Powering down an IPTM will trip the mate power converter
in the other IPTM provisioned on the shelf. Therefore, it is
best to manually busy and power down both IPTMs on a
shelf.
If Do
one shelf equipped with PMs is associated with the
card
step 40
two shelves equipped with PMs are associated with
the card, and you have turned down functionality for
only one shelf
step 39
two shelves equipped with PMs are associated with
the card, and you have turned down functionality for
both shelves
step 40
If the PM is Do
Frame supervisory panel and modular supervisory panel card replacement procedures 7-85
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
39 Repeat steps 6 to 38 for PMs in the other shelf associated with the FSP card
you are replacing, then go to step 40.
At the shelf
40
Select a shelf to power down.
41 Pull and set the handle of the POWER switch on the power converter
downward to the OFF position.
42 The next action depends on the type of PM that is provisioned in the shelf.
43 For the mate power converter in the IPTM on the other half of the shelf, pull
and set the handle of the POWER switch downward to the OFF position.
Go to step 45.
44 For the other power converter on the shelf, pull and set the handle of the
POWER switch downward to the OFF position.
45 The next action depends on how many shelves equipped with PMs are
associated with the FSP card you are replacing.
46 Repeat steps 41 to 45 for PMs in the other shelf associated with the FSP card
you are replacing, then go to step 47.
DANGER
Static electricity damage
Wear a wrist strap connected to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) while handling circuit cards. This
protects the cards against damage caused by static electricity.
If the shelf is provisioned as Do
an IPTM step 43
an IMTM step 44
If Do
one shelf equipped with PMs is associated with the
card
step 47
two shelves equipped with PMs are associated with
the card, and you have powered down only one shelf
step 46
two shelves equipped with PMs are associated with
the card, and you have powered down both shelves
step 47
7-86 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
At the FSP
47 Remove the alarm and control card.
48 Insert the replacement alarm and control card.
49 Close the FSP.
50 Tighten the slotted nut on the FSP.
51 Select a shelf to power up.
At the shelf
52 Power up the converter.
a Pull and set the handle of the POWER switch upward to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED goes off.
c Release the RESET button.
53 The next action depends on the type of PM that is provisioned in the shelf,
and whether you have powered up both power converters.
54 For the mate power converter in the IPTMon the other half of the shelf, repeat
steps 52 and 53, then go to step 56.
55 For the other power converter on the shelf, repeat steps 52 and 53, then go
to step 56.
56 The next action depends on how many shelves are associated with the FSP
card you are replacing.
57 Repeat steps 52 to 56 for PMs in the other shelf associated with the FSP card
you are replacing, then go to step 58.
If the shelf Do
is provisioned as an IPTMor an IMTMand you have
already powered up both power converters
step 58
is provisioned as an IPTM step 54
is provisioned as an IMTM step 55
If Do
one shelf equipped with PMs is associated with the
card
step 58
two shelves equipped with PMs are associated with
the card, and you have powered up only one shelf
step 57
two shelves equipped with PMs are associated with
the card, and you have powered up both shelves
step 58
Frame supervisory panel and modular supervisory panel card replacement procedures 7-87
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
At the MAP terminal
58 Access the PM level of the MAP display by typing
>PM
and pressing the Enter key.
59 The next step depends on the type of PM that is provisioned in the shelf.
60 Post the OAU by typing
>POST OAU pm_no
and pressing the Enter key.
where
pm_no
is the number of the PM (0 to 9999)
61 Load the OAU by typing
>LOADPM
and pressing the Enter key.
Example of a MAP response:
62 Load the PMusing the procedure Loading a PMin this document. When you
have completed the procedure, return to this point.
63 Return the PM to service by typing
>RTS
and pressing the Enter key.
Example of a MAP response:
If the PM is Do
an OAU step 60
an IPTM, or IMTM step 64
If the LOADPM command Do
passed step 63
failed step 62
If the RTS command Do
passed step 124
OAU 0 LoadPM Passed
OAU 0 Rts Passed
7-88 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
64 Post the PM by typing
>POST pm_type pm_no
and pressing the Enter key.
where
pm_type
is the type of PM (IMTM, IPTM)
pm_no
is the number of the PM (0 to 9999)
65 Load the PM by typing
>LOADPM
and pressing the Enter key.
Example of a MAP response:
66 Load the PMusing the procedure Loading a PMin this document. When you
have completed the procedure, return to this point.
67 Return the PM to service by typing
>RTS
and pressing the Enter key.
Example of a MAP response:
failed step 130
If the LOADPM command Do
passed step 67
failed step 66
If the RTS command Do
passed, and the PM is InSv step 76
passed, and the PMis ISTb with a card list generat-
ed
step 68
failed step 130
If the RTS command Do
MTM 0 LoadPM Passed
MTM 0 Rts Passed
Frame supervisory panel and modular supervisory panel card replacement procedures 7-89
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
68 Record the messages on the MAP display for future reference.
69 The next action depends on whether the affected shelf is provisioned with
either the NT1X80 (EDRAM) card or the NT1X81 conference card.
70 Post the single-card PM by typing
>POST pm_type pm_no
and pressing the Enter key.
where
pm_type
is the type of PM (CTM or DTM)
pm_no
is the number of the PM (0 to 9999)
71 Load the single-card PM by typing
>LOADPM
and pressing the Enter key.
Example of a MAP response:
72 Load the single-card PMusing the procedure Loading a PMin this document.
When you have completed the procedure, return to this point.
73 Return the PM to service by typing
>RTS
and pressing the Enter key.
Example of a MAP response:
If the shelf is Do
provisioned with either the NT1X80 or the NT1X81 step 70
not provisioned with either the NT1X80 or the
NT1X81
step 76
If the LOADPM command Do
passed step 73
failed step 72
DTM 0 LoadPM Passed
7-90 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
74 Record the messages on the MAP display for future reference.
75 Repeat steps 70 to 74 for the other NT1X80 and NT1X81 cards provisioned
on the shelf, then go to step 76.
76 Access the TTP level of the MAP display by typing
>TRKS;TTP
and pressing the Enter key.
77 The next action depends on whether the shelf associated with the FSP card
you replaced is provisioned with metallic test units (MTU) or digital test units
(DTU).
Note: DTU and MTU are usually provisioned in pairs.
78 Post the rst circuit in the MTU by typing
>POST G MTU circuit_no
and pressing the Enter key.
where
circuit_no
is the number of the rst MTU circuit
79 Busy the circuit by typing
>BSY
and pressing the Enter key.
80 Seize the circuit by typing
>SEIZE
and pressing the Enter key.
If the RTS command Do
passed, and the PM is InSv step 75
passed, and the PMis ISTb with a card list generat-
ed
step 74
failed step 130
If the shelf is Do
equipped with MTU step 78
equipped with DTU step 93
not equipped with MTU or DTU step 108
MTM 0 Rts Passed
Frame supervisory panel and modular supervisory panel card replacement procedures 7-91
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
81 Put the circuit on hold by typing
>HOLD
and pressing the Enter key.
82 Post the second circuit in the MTU by typing
>NEXT
and pressing the Enter key.
83 Busy the circuit by typing
>BSY
and pressing the Enter key.
84 Seize the circuit by typing
>SEIZE
and pressing the Enter key.
85 Put the circuit on hold by typing
>HOLD
and pressing the Enter key.
86 Access the disk utility by typing
>DISKUT
and pressing the Enter key.
87 List the les in the volume containing the MTU load by typing
>LISTFL vol_name
and pressing the Enter key.
where
vol_name
is the name of the volume containing the MTU load
88 Record the name of the MTU load le.
89 Quit the disk utility by typing
>QUIT
and pressing the Enter key.
90 Load the MTU by typing
>LOADFW CC load_name
and pressing the Enter key.
where
7-92 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
load_name
is the load le name recorded in step 88
91 Release the rst MTU circuit by typing
>RLS MTU circuit_no
and pressing the Enter key.
where
circuit_no
is the number of the rst MTU circuit you busied, seized, and put on
hold
92 Release the second MTU circuit to by typing
>RLS MTU circuit_no
and pressing the Enter key.
where
circuit_no
is the number of the second MTU circuit you busied, seized, and put
on hold
Go to step 108.
93 Post the rst circuit in the DTU by typing
>POST G DTU circuit_no
and pressing the Enter key.
where
circuit_no
is the number of the rst DTU circuit
94 Busy the circuit by typing
>BSY
and pressing the Enter key.
95 Seize the circuit by typing
>SEIZE
and pressing the Enter key.
96 Put the circuit on hold by typing
>HOLD
and pressing the Enter key.
If the LOADFW command Do
passed step 91
failed step 130
Frame supervisory panel and modular supervisory panel card replacement procedures 7-93
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
97 Post the second circuit in the DTU by typing
>NEXT
and pressing the Enter key.
98 Busy the circuit by typing
>BSY
and pressing the Enter key.
99 Seize the circuit by typing
>SEIZE
and pressing the Enter key.
100 Put the circuit on hold by typing
>HOLD
and pressing the Enter key.
101 Access the disk utility by typing
>DISKUT
and pressing the Enter key.
102 List the les in the volume containing the DTU load by typing
>LISTFL vol_name
and pressing the Enter key.
where
vol_name
is the name of the volume containing the MTU load
103 Record the name of the DTU load le.
104 Quit the disk utility by typing
>QUIT
and pressing the Enter key.
105 Load the DTU by typing
>LOADFW CC load_name
and pressing the Enter key.
where
load_name
is the load le name recorded in step 103
If the LOADFW command Do
passed step 106
failed step 130
7-94 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
106 Release the rst DTU circuit by typing
>RLS RLS
107 Release the second DTU circuit to by typing
>RLS RLS
108 Post the circuits for the PM by typing
>POST TM pm_type pm_no
and pressing the Enter key.
where
pm_type
is the type of PM (IMTM, IPTM)
pm_no
is the number of the PM (0 to 9999)
109 Return all the circuits to service by typing
>RTS ALL
and pressing the Enter key.
Example of a MAP response:
110 The next action depends on whether INB circuits were recorded in step 19.
111 Post the rst circuit on the list by typing
>POST T circuit_name circuit_no
and pressing the Enter key.
where
circuit_name
is the circuit name recorded in step 19
circuit_no
is the circuit number recorded in step 19
112 Return the circuit to the INB state by typing
>BSY INB
and pressing the Enter key.
113 Repeat steps 111 and 112 for each of the other circuits on the list recorded
in step 19.
If Do
INB circuits were recorded step 111
no INB circuits wre recorded step 114
RTS OK
Frame supervisory panel and modular supervisory panel card replacement procedures 7-95
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (continued)
114 The next action depends on the results of the PMreturn to service in step 67.
115 Manually busy all posted circuits by typing
>BSY ALL
and pressing the Enter key.
116 Return all circuits to service by typing
>RTS ALL
and pressing the Enter key.
117 Access the PM level of the MAP display by typing
>PM
and pressing the Enter key.
118 Post the PM by typing
>POST pm_type pm_no
and pressing the Enter key.
where
pm_type
is the type of PM (CTM, DTM, IMTM, IPTM)
pm_no
is the number of the PM (0 to 9999)
119 Perform an in-service test on the PM by typing
>TST
and pressing the Enter key.
Example of a MAP response:
If the RTS command Do
passed unconditionally step 121
passed, but in-service tests failed and a card list was
generated
step 115
7-96 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X36
in an international cabinet auxiliary module (continued)
120 Record the messages on the MAP display for future reference.
121 Access the PM level of the MAP display by typing
>PM
and pressing the Enter key.
122 Post the PM by typing
>POST pm_type pm_no
and pressing the Enter key.
where
pm_type
is the type of PM (IMTM, IPTM)
pm_no
is the number of the PM (0 to 9999)
123 Repeat steps 64 to 119 for other PMs provisioned on this shelf, then go to
step 124.
If the TST command Do
passed, and there are single-card PMs or an IPTM
still out of service
step 121
passed, and you have worked on all PMs provisioned
on the shelf and all PMs have been returned to ser-
vice
step 124
passed, and you have worked on all PMs provisioned
on the shelf but one or more PMs have not been suc-
cessfully returned to service
step 130
failed, and there are single-card PMs or an IPTMthat
you have not worked on to return to service
step 120
failed, and you have worked on all PMs provisioned
on the shelf
step 130
MTM 0 ISTb TSTFAIL
InSvce Tests Initiated
IMTM 0 Tst Failed
Site Flr RPos Bay_id Shf Description Slot EqPEC
HOST 00 D06 TME 00 04 MTM : 000 04 2X59
HOST 00 D06 TME 00 04 MTM : 000 02 0X70
Following ISTb Exist :
Test Failed
Frame supervisory panel and modular supervisory panel card replacement procedures 7-97
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X36
in an international cabinet auxiliary module (end)
124 The next action depends on how many shelves are associated with the FSP
card you are replacing.
125 Repeat steps 59 to 124 for PMs in the other shelf associated with the FSP
card you are replacing, then go to step 126.
126 The next action depends on your reason for performing this procedure.
127 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
128 Consult the personnel responsible for the next level of support to determine
how essential services can be handled. Continue as directed by ofce
personnel.
129 Consult ofce personnel to determine why the component is off line.
Continue as directed by ofce personnel.
130 For further assistance, contact the personnel responsible for the next level of
support.
131 You have completed this procedure.
If Do
one shelf equipped with PMs is associated with the
card
step 126
two shelves equipped with PMs are associated with
the card, and you have returned to service the PMon
only one shelf
step 125
two shelves equipped with PMs are associated with
the card, and you have returned to service the PMon
both shelves
step 126
If you were Do
directed to this procedure froma maintenance proce-
dure
step 127
not directed to this procedure from a maintenance
procedure
step 131
7-98 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a CPCE frame
Application
Use this procedure to replace the NT0X91 in the common-peripheral
controller equipment (CPCE) frame, as listed in the following table.
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card to replace, refer to the Index. The Index
provides a list of the cards, shelves, and frames documented in this card
replacement book.
Common procedures
This procedure refers to the following common procedures:
Loading a PM
Manually busying Series II PM and CPM C-side links
PEC Suffix Card name Shelf or frame name
NT0X91 AA FSP drive and alarm
circuit pack
CPCE equipped with
digital trunk controller
(DTC), international DTC
(IDTC), international line
group controller (ILGC),
international line trunk
controller (ILTC), ISDN
DTC (DTCI), ISDN line
group controller (LGCI),
ISDN line trunk controller
(LTCI), line group
controller (LGC), line
trunk controller (LTC),
PCM30 DTC (PDTC),
PCM30 LGC (PLGC),
PCM30 LTC (PLTC),
SMS
NT0X91 AE FSP drive and protection
circuit pack
CPCE equipped with
DTC, DTCI IDTC, ILGC,
ILTC, LGC, LGCI , LTC,
LTCI, PDTC, PLGC,
PLTC, SMS
Frame supervisory panel and modular supervisory panel card replacement procedures 7-99
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a CPCE frame (continued)
Reseating cards in equipment shelves
Unseating cards in equipment shelves
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
7-100 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a CPCE frame (continued)
Summary of replacing a NT0X91 in a CPCE frame
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post PMs and
make units
inactive
Manually busy
PM units and
reset
Manually busy
network links
Unseat control
complex cards
Power down
shelves
Replace the
card
Power up
shelves
Reseat control
complex cards
Return network
links to service
Load PM units
and return to
service
End
Frame supervisory panel and modular supervisory panel card replacement procedures 7-101
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a CPCE frame (continued)
Replacing a NT0X91 in a CPCE frame
At your current location
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC, including sufx, as the card being removed.
At the frame
2 Record the frame supervisory panel (FSP) slot, frame circuit breakers (CB),
shelves, PMlocation and units, and power converter slots associated with the
NT0X91 card you are replacing. Use the following table to obtain this
information.
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Remove all
jewelry before you replace a card in the FSP. Do not touch
any terminal inside the FSP.
WARNING
Loss of service
This procedure manually busies one or more peripheral
module (PM) units, which can cause service degradation.
Perform this procedure only if you need to restore
out-of-service components. If this procedure is not needed
for a return to service, perform this procedure only during
periods of low trafc.
Card
FSP
Slot CB Shelf and PM information
PC
slot
NT0X91AA CD1 CB5 shelf 18 (lower PM, unit 0) 25
NT0X91AA CD1 CB4 shelf 51 (upper PM, unit 0) 25
NT0X91AE CD2 CB2 shelf 32 (lower PM, unit 1) 25
NT0X91AE CD2 CB1 shelf 65 (upper PM, unit 1) 25
7-102 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a CPCE frame (continued)
3 Record the type of PMs associated with the NT0X91 that you will replace.
At the MAP terminal
4 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
Card
holder
NT0X91AA
card in
slot CD1
NT0X91AE
card in
slot CD2
Frame
supervisory panel
SysB ManB OffL CBsy ISTb InSv
PM 0 0 0 0 3 39
Frame supervisory panel and modular supervisory panel card replacement procedures 7-103
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a CPCE frame (continued)
5 To post one of the PMs associated with the NT0X91 you replace, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the PM type recorded in step 3
pm_no
is the PM number recorded in step 2
Example of a MAP display:
6 Determine the state of the PM unit associated with the card you replace.
7 Determine the state of the mate PM unit.
8 To switch activity, type
>SWACT
and press the Enter key.
Example of a MAP response:
SysB ManB OffL CBsy ISTb InSv
PM 0 0 0 0 3 39
DTC 0 0 0 0 0 4
DTC 0 InSv Links_OOS: CSide 0 , PSide 0
Unit0: Act InSv
Unit1: Inact InSv
If the state of the PM unit Do
is ISTb, InSv, SysB, or
CBsy, and active
step 7
is ISTb, InSv, SysB, or
CBsy, and inactive
step 10
is ManB step 12
is OffL step 51
If the state of the mate PM unit Do
is ISTb or InSv step 8
is other than listed here step 52
7-104 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a CPCE frame (continued)
9 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
10 A maintenance ag (Mtce) can appear. This ag indicates that
system-initiated maintenance tasks are in progress. Wait until the ag
disappears from the status lines for both PM units before you proceed to the
next step.
11 To manually busy the unit, type
>BSY UNIT unit_no
and press the Enter key.
where
unit_no
is the PM unit number (0 or 1) recorded in step 2
12 To reset the inactive PM unit, type
>PMRESET UNIT unit_no NORUN
and press the Enter key.
If Do
you must confirm the command step 9
the system rejects the SWACT step 52
If the MAP response Do
is SWACT passed step 10
is other than listed here step 52
If the BSY command Do
passed step 12
failed step 53
DTC 0 A Warm SwAct will be performed after
data sync of active terminals.
Please confirm ("YES", "Y", "NO", or "N"):
Unit0: Inact SysB Mtce
Unit1: Act ISTb
DTC 0 SwAct Passed
Frame supervisory panel and modular supervisory panel card replacement procedures 7-105
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a CPCE frame (continued)
where
unit_no
is the PM unit number (0 or 1)
Example of a MAP response:
13 To manually busy all C-side links associated with the PM unit in use, use the
procedure Manually busying Series II PM and CPMC-side links in this
document. Complete the procedure and return to this point.
14 Repeat steps 5 to 13 for the other PM unit associated with the NT0X91 you
are replacing.
At the shelf
15
If there are NT6X48 DS30A interface cards in slots 6 and 7, unseat them.
16 Unseat control complex cards (2-processor XPMs). For each sub-step below,
use the procedure Unseating cards in equipment shelves in this document.
a According to the conguration of your unit, unseat either the NT6X43
message interface card or the NT6X69 message protocol card in slot 18.
b Unseat the NT6X45 signaling processor card in slot 12.
c Unseat the NT6X45 master processor card in slot 8.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If you Do
are working on any XPM with
the NTMX77 unified processor
(XPM plus)
step 18
are working on any 2-processor
XPM (NT6X45-based)
step 16
are working on an international
3-processor XPM
(NT6X45-based)
step 17
DTC 0 Unit 0 PMReset Passed
7-106 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a CPCE frame (continued)
d Go to step 18.
17 Unseat control complex cards (international 3-processor XPMs). For each
sub-step below, use the procedure Unseating cards in equipment shelves in
this document.
a According to the conguration of your unit, unseat either the NT6X43
message interface card or the NT6X69 message protocol card in slot 10.
b Unseat the NT6X45 signaling processor card in slot 12.
c Unseat the NT6X45 PCM30 signaling processor card in slot 18.
d Unseat the NT6X45 master processor card in slot 14.
18 Pull and set the power converter POWER switch handle downward to the
OFF position.
19 Repeat steps 15 to 18 for the second PM unit associated with NT0X91 you
are replacing.
20 Verify that the CBs for the power converters associated with the NT0X91 you
are replacing are in the OFF position.
21 Unscrew the slotted nut on the left-hand side of the FSP.
22 Open the FSP.
23
Remove the NT0X91 card from the CD slot in the FSP.
24 Place the removed card in an electrostatic discharge (ESD) protective
container.
25 Make sure that the replacement card has the same PEC, including sufx, as
the removed card.
26 Insert the replacement card.
27 Close the FSP.
28 Tighten the slotted nut on the FSP.
29 The next action depends on the power converter version and the type of
supervisory panel.
WARNING
Loss of service
Make sure that the alarm and control card you remove
controls the PM units that you manual busied. Removal of
the wrong card causes a loss of service.
If the power converter Do
is an NT2X70AE card and the
FSP or MSP has circuit breakers
step 30
Frame supervisory panel and modular supervisory panel card replacement procedures 7-107
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a CPCE frame (continued)
30 Power up the converter.
a Pull and set the POWER switch handle up to the RESET position and
hold.
b Set the handle of the converter circuit breaker on the FSP or MSP up until
it clicks into place.
c Release the POWER switch handle.
Go to step 34.
31 Power up the converter.
a Pull and set the POWER switch handle up to the RESET position and
hold until the CONVERTER FAIL LED goes off.
b Release the handle.
Go to step 34.
32 Power up the converter.
a Pull and set the POWER switch handle up to the ON position.
b Press and hold the RESET button on the power converter.
c Set the handle of the converter circuit breaker on the FSP or MSP up until
it clicks into place.
d Release the RESET button.
Go to step 34.
33 Power up the converter.
a Pull and set the POWER switch handle up to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED goes off.
c Release the RESET button.
is an NT2X70AE card and the
FSP or MSP does not have
circuit breakers
step 31
is not an NT2X70AE card and
the FSP or MSP has circuit
breakers
step 32
is not an NT2X70AE card and
the FSP or MSP does not have
circuit breakers
step 33
If the power converter Do
7-108 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a CPCE frame (continued)
34 The next action depends on the processor conguration of the PM you are
working on.
35 Reseat control complex cards (2-processor XPMs). For each sub-step below,
use the procedure Reseating cards in equipment shelves in this document.
a Reseat the NT6X45 master processor card in slot 8.
b Reseat the NT6X45 signaling processor card in slot 12.
c According to the conguration of your unit, reseat either the NT6X43
message interface card or the NT6X69 message protocol card in slot 18.
Go to step 37.
36 Reseat control complex cards (3-processor international XPMs). For each
sub-step below, use the procedure Reseating cards in equipment shelves in
this document.
a Reseat the NT6X45 master processor card in slot 14.
b Reseat the NT6X45 PCM30 signaling processor card in slot 18.
c Reseat the NT6X45 signaling processor card in slot 12.
d According to the conguration, reseat either the NT6X43 message
interface card or the NT6X69 message protocol card in slot 10.
37 If there are NT6X48 DS30A interface cards in slots 6 and 7, reseat them.
38 Repeat steps 29 to 37 for the other PM unit associated with the replaced
NT0X91. Power up the power converter and reseat the control complex cards
for both shelves and continue this procedure.
At the MAP terminal
39 The next action depends on the type of network in the ofce.
If you Do
are working on any XPM with
the NTMX77 unified processor
(XPM plus)
step 37
are working on any 2-processor
XPM (NT6X45-based)
step 35
are working on an international
3-processor XPM
(NT6X45-based)
step 36
If you Do
are working on JNET step 40
are working on ENET step 42
Frame supervisory panel and modular supervisory panel card replacement procedures 7-109
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a CPCE frame (continued)
40 To return to service one of the network links associated with the PM unit in
use, type
>RTS plane_no link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
link_no
is the link number (0 to 63)
41 Repeat step 40 for all C-side links to the shelf in use.
42 To return the network link to service, type
>RTS plane_no LINK link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
link_no
is the link number (0 to 3)
Example of a MAP response:
43 Repeat steps 39 to 42 for the other PM unit associated with the NT0X91 you
are replacing. Return all network links to service for both PM units and
continue this procedure.
44 To post one of the PMs in use, type
>PM;POST pm_type pm_no
If the link Do
returned to service and more
manual-busy links are present
step 41
returned to service and no more
manual-busy links are present
step 43
did not return to service step 53
Request to RTS ENET Plane:0 Shelf:00 Slot:32 Link:01 submitted.
Request to RTS ENET Plane:0 Shelf:00 Slot:32 Link:01 passed.
If the link Do
returned to service step 43
did not return to service step 53
7-110 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a CPCE frame (continued)
and press the Enter key.
where
pm_type
is the PM type (for example DTC, ILGC, LTCI, PDTC, etc.)
pm_no
is the PM number (0 to 255)
45 To load the inactive unit, type
>LOADPM UNIT unit_no
and press the Enter key.
where
unit_no
is the PM unit number (0 or 1)
46 To load the PM unit, use the procedure Loading a PM in this document.
Complete the procedure and return to this point.
47 To return the inactive unit to service, type
>RTS UNIT unit_no
and press the Enter key.
where
unit_no
is the PM unit number (0 or 1)
48 Repeat steps 44 to 47 for the PM unit in the other shelf associated with the
NT0X91 you are replacing. Return both PM units to service. Go to step 49.
49 The next action depends on your reason for performing this procedure.
If the LOADPM command Do
passed step 47
failed step 46
If the RTS command Do
passed step 48
failed step 53
If Do
a maintenance procedure
directed you to this procedure
step 50
a maintenance procedure did not
direct you to this procedure
step 54
Frame supervisory panel and modular supervisory panel card replacement procedures 7-111
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a CPCE frame (end)
50 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
51 Consult ofce personnel to determine why the component is ofine. Continue
as directed by ofce personnel.
52 For additional help with switch of activity, contact the next level of support.
Note: If the system recommends using the SWACT command with the
FORCE option, consult ofce personnel. Consult ofce personnel to
determine if you have permission to use the FORCE option.
53 For additional help, contact the next level of support.
54 The procedure is complete.
7-112 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a digital carrier equipment frame
Application
Use this procedure to replace a NT0X91 in a digital carrier equipment (DCE)
frame.
Basic>Refer to the Index", if you cannot identify the following features for
the card that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in
this card replacement book.
Common procedures
This procedure refers to Loading a PM.
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to reviewthe procedure. Followthe steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT0X91 AA, AB Drive and alarm card DCE equipped with digital
carrier module (DCM), digital
echo supressor (DES)
NT0X91 AD Drive and protection
card
DCE equipped with DCM,
DES
Frame supervisory panel and modular supervisory panel card replacement procedures 7-113
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a digital carrier equipment frame (continued)
Summary of replacing a NT0X91 in a digital carrier equipment frame
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the PM
Manually busy
the PM
Power down
the shelf
Replace the
card
Power up the
shelf
Load the PM
Return the PM
to service
End
7-114 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a digital carrier equipment frame (continued)
Replacing a NT0X91 in a digital carrier equipment frame
At the frame
1
Obtain a replacement card. Make sure that the replacement card and the
card that you replace have the same PEC and PEC sufx.
2 Use the table following the gure to identify the slot that contains the alarm
and control card that you replace:
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Make sure
that you remove all jewelry before you replace a card in the
FSP. Do not touch any terminal in the FSP.
CAUTION
Loss of service
This procedure includes directions to manually busy a DCM
or DES. If you manually busy a DCM or DES, a service
power failure can occur. Perform this procedure only if you
need to restore out-of-service components. If you do not
need to restore out-of-service components, perform this
procedure during periods of low trafc. .
Frame supervisory panel and modular supervisory panel card replacement procedures 7-115
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a digital carrier equipment frame (continued)
IfAlarm and control card DoSlot
is NT0X91AA CD1
is NT0X91AB CD2
is NT0X91AD CD3
Card
holder
NT0X91AA
card in
slot CD1
NT0X91AB
card in
slot CD2
FSP
NT0X91AD
card in
slot CD3
7-116 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a digital carrier equipment frame (continued)
3 Record information on FSP fuses, FSP circuit breakers (CB), and network
shelf positions that associate with the card you replace. Use the following
table to obtain this information.
4 Select a shelf that associates with the FSP card that you replace.
At the MAP terminal
5 To access the PM level of the MAP display, type
>MAPCI;MTC;PM ndInstance>
and press the Enter key.
Example of a MAP display:
6 To post the PM that associates with the card you replace, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (DCM, DES)
pm_no
ption>
is the PM number (0 to 511)
Example of a MAP display:
FSP card
FSP card
position
FSP circuit
breakers Shelf position
NT0X91AA CD1 CB5 04
NT0X91AB CD2 CB3 32
CB1 65
NT0X91AD CD3 CB4 18
CB2 51
Note: A minimum of one shelf can be unequipped.
SysB ManB OffL CBsy ISTb
PM 6 1 0 0 23 24
InSv
Frame supervisory panel and modular supervisory panel card replacement procedures 7-117
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a digital carrier equipment frame (continued)
7 Determine the state of the PM.
Note: The PM state appears on the right of the PM number. In the
example display in step 6, the PM state is in service (InSv).
8 A maintenance ag (Mtce) can appear. A Mtce indicates that
system-initiated maintenance tasks are in progress. Wait until the ag
disappears from the status line before you proceed to the next step.
9 To manually busy the PM, type
>BSY e>
and press the Enter key.
Example of a MAP response:
OK.DCM 0 Bsy
10 The next action depends on howmany shelves equipped with PMs associate
with the FSP card that you replace.
If the state of the PM unit Do
is ISTb, InSv, SysB, or
CBsy
step 8
is ManB step 12
is OffL step 41
If the BSY command Do
passed step 10
failed step 43
If DoDo
one shelf equipped with PMs associate with the card step 12
two shelves equipped with PMs associate with the
card, and you turned down functionality for only one
shelf
step 11
SysB ManB OffL CBsy ISTb
PM 6 1 0 0 23
DCM 1 0 0 0 1
InSv
24
4
DCM 0 InSv
7-118 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a digital carrier equipment frame (continued)
11 Repeat steps 6 to10 for PMs in the other shelf that associates with the FSP
card you replace. Go to step .12
At the frame
12
Select a shelf to power down.
13 Pull down and set the handle of the POWER switch on the power converter
to the OFF position.
14 The next action depends on the power conguration of the shelf.
15 For the mate power converter, pull down and set the handle of the POWER
switch to the OFF position.
16 The next action depends on howmany shelves equipped with PMs associate
with the FSP card that you replace.
two shelves equipped with PMs associate with the
card, and you turned down functionality for both
shelves
step 12
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If the shelf Do
contains a single NT2X70 step 16
contains a NT2X06 and a NT2X07 step 15
If Do
one shelf equipped with PMs associate with the card step 18
two shelves equipped with PMs associate with the
card, and you powered down only one shelf
step 17
two shelves equipped with PMs associate with the
card, and you powered down both shelves
step 18
If DoDo
Frame supervisory panel and modular supervisory panel card replacement procedures 7-119
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a digital carrier equipment frame (continued)
17 Repeat steps 13 to 16 for the PM in the other shelf that associates with the
FSP card you replace. Go to step .18
18 Unscrew the slotted nut on the left of the FSP.
19 Open the FSP.
20 Remove the card.
21 Insert the replacement alarm and control card.
22 Close the FSP.
23 Tighten the slotted nut on the FSP.
24 The next action depends on the power converter version and the type of
supervisory panel.
25 Power up the converter, as follows:
a Pull up and set the handle of the POWER switch to the RESET position
and hold.
b Set the handle of the converter circuit breaker on the FSP or MSP up
until the handle clicks into place.
c Release the handle of the POWER switch.
d Go to step 29
26 Power up the converter, as follows:
a Pull up and set the handle of the POWER switch to the RESET position
and hold until the CONVERTER FAIL LED turns off.
b Release the handle of the POWER switch.
c Go to step 29.
27 Power up the converter, as follows:
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter.
c Set the handle of the converter circuit breaker on the FSP or MSP up
until the handle clicks into place.
If you Do
replace an NT2X70AE card and the FSP or MSP has
circuit breakers
step 25
replace an NT2X70AE card and the FSP or MSP
does not have circuit breakers
step 26
do not replace an NT2X70AE card and the FSP or
MSP has circuit breakers
step 27
do not replace an NT2X70AE card and the FSP or
MSP does not have circuit breakers
step 28
7-120 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a digital carrier equipment frame (continued)
d Release the RESET button.
e Go to step 29.
28 Power up the converter, as follows:
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED turns off.
c Release the RESET button.
29 The next action depends on the number of power converters on the shelf.
30 Repeat steps 24 to 29 for the other power converter on the shelf.
31 The next action depends on how many shelves associate with the FSP card
that you replace.
32 Repeat steps 24 to 31 for PMs in the other shelf that associates with the FSP
card you replace. Go to step 33.
33 At the MAP terminalTo post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (DCM, DES)
pm_no
is the PM number (0 to 511)
If Do
one power converter is on the shelf step 31
two power converters are on the shelf, and you pow-
ered up both of the converters
step 31
two power converters are on the shelf, and you pow-
ered up only one of the converters
step 30
If Do
one shelf equipped with PMs associates with the card step 33
two shelves equipped with PMs associate with the
card, and you powered up only one shelf
step 32
two shelves equipped with PMs associate with the
card, and you powered up both shelves
step 33
Frame supervisory panel and modular supervisory panel card replacement procedures 7-121
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a digital carrier equipment frame (continued)
34 To load the PM, type
>LOADPM ance>
and press the Enter key.
35 Perform the procedure Loading a PM in this document. Complete the
procedure and return to this point.
36 To return the PM to service, type
>RTS e>
and press the Enter key.
37 The next action depends on how many shelves associate with the FSP card
that you replace.
38 Repeat steps 33 to 37 for PMs in the other shelf that associates with the FSP
card you replace. Go to step 39.
39 The next action depends on the reason that you perform this procedure.
If the LOADPM command Do
failed step 35
passed step 36
If the RTS command Do
passed step 37
passed, but the PMis ISTb as a result of a command
protocol violation
step 42
failed step 43
If Do
one shelf equipped with PMs associates with the
card
step 39
two shelves equipped with PMs associate with the
card, and you powered down only one shelf
step 38
two shelves equipped with PMs associate with the
card, and you powered down both shelves
step 39
If a maintenance procedure Do
directed you to this procedure step 40
7-122 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a digital carrier equipment frame (end)
40 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
41 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
42 A minor problemis present. The PMcan process trafc. For additional help,
contact the next level of support.
43 For additional help, contact the next level of support.
44 The procedure is complete.
did not direct you to this mainte-
nance procedure
step 24
If a maintenance procedure Do
Frame supervisory panel and modular supervisory panel card replacement procedures 7-123
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a line module equipment frame
Application
Use this procedure to replace a NT0X91 in a line module equipment (LME)
frame, as listed in the following table.
Refer to the Index", if you cannot identify the following features for the card
that you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to Loading a PM.
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT0X91 AA FSP drive and alarm
card
FSP (NT0X29) in a LME
NT0X91 AD FSP drive and protector
card
FSP (NT0X29) in a LME
7-124 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a line module equipment frame (continued)
Summary of replacing a NT0X91 in a line module equipment frame
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post LM
Manually busy
the RG or the
LMC
Power down
the shelf, if
necessary
Replace the
card
Load the LM
Return the RG
or LMC to
service
End
Frame supervisory panel and modular supervisory panel card replacement procedures 7-125
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a line module equipment frame (continued)
Replacing a NT0X91 in a line module equipment frame
At your current location
1
Obtain a replacement card. Make sure that the replacement card and the
card that you replace have the same PEC and PEC sufx.
At the frame
2 Use the following table to identify the slot that contains the alarm and control
card that you replace.
CAUTION
Potential loss of service
This procedure includes directions to manually busy a line
module controller (LMC). If you manually busy an LMC,
service degradation can occur. Performthis procedure only if
you need to restore out-of-service components. If you do not
need to restore out-of-service components, perform this
procedure during periods of low trafc.
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Make sure
that you remove all jewelry before you replace a card in the
FSP. Do not touch any terminal inside the FSP.
Card Slot Card position
NT0X91AA slot CD1 rear
NT0X91AD slot CD2 front
7-126 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a line module equipment frame (continued)
3 Use the following table to identify the converters and circuit breakers that
associate with the alarm and control card you replace.
Note: Circuit breakers are on the FSP.
Card Power converter FSP circuit breaker
NT0X91AD NT2X05 (RG 0) in slot
1
CB1
NT0X91AA NT2X05 (RG 1) in slot
5
CB2
NT0X91AD NT2X70 in slot 22 CB3
Card
holder
NT0X91AA
card in
slot CD1
NT0X91AD
card in
slot CD2
FSP
Frame supervisory panel and modular supervisory panel card replacement procedures 7-127
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a line module equipment frame (continued)
At the MAP terminal
4 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
5 To post the line module (LM) that contains the alarm and control card you
want to replace, type
>POST LM bay_no pair_no
and press the Enter key.
where
bay_no
is the number of the LM bay (0 to 511)
pair_no
is the number of the LM in the bay (0 or 1)
6 The next action depends on the card that you replace.
7 Determine the state of the ringing generators (RG).
8 To manually busy the ringing generator interface (RGI) for RG 1, type
>BSY RGI 1
and press the Enter key.
Example of a MAP response:
WARNING:CALLS INRINGINGSTATE USINGTHIS RGI WILL BE LOSTDO
YOU WANT TO CONTINUE ?Please conrm ("YES", "Y", "NO", or "N"):
If you Do
replace the NT0X91AA step 7
replace the NT0X91AD step 11
If Do
either RG is Standby step 34
RG 1 (slot 05) is InSv or ISTb and RG 0 (slot 01)
is InSv or ISTb
step 8
RG 1 (slot 05) is InSv or ISTb and RG 0 (slot 01)
is ManB or SysB
step 34
RG 1 (slot 05) is ManB step 10
RG 1 (slot 05) is SysB step 8
7-128 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a line module equipment frame (continued)
9 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
OK
At the frame
10
Pull down and set the handle of the POWER switch on RG 1 (slot 5) to the
OFF position.
Go to step 18.
11 Determine the state of the LM.
12 To post the mate LM, type
>POST LM site frame_no unit_no
and press the Enter key.
where
site
is the PM location (alphanumeric)
frame_no
is the frame number (0 to 511)
unit_no
is the PM unit number (0 or 1)
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If the state of the LM Do
is InSv or ISTb step 12
is SysB or CBsy step 15
is ManB step 16
is Offl step 35
Frame supervisory panel and modular supervisory panel card replacement procedures 7-129
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a line module equipment frame (continued)
13 Determine the state of the mate LM and the state of the RGs of the mate LM.
14 To post the LM on which you want to replace a card, type
>POST LM site frame_no unit_no
and press the Enter key.
where
site
is the PM location (alphanumeric)
frame_no
is the frame number (0 to 511)
unit_no
is the PM unit number (0 or 1)
15 To manually busy the LM, type
>BSY
and press the Enter key.
Example of a MAP display:
If Do
the state of the mate LMis InSv or ISTb and both
RGs are InSv
step 14
the states of the mate LMand RGs are other than list-
ed here
step 36
SysB ManB OffL CBsy ISTb
PM 3 1 0 0 0
LM 0 1 0 0 0
InSv
71
1
LM HOST 01 0 ManB
RGen : 0 Standby 1 InSv
bsy
OK
7-130 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a line module equipment frame (continued)
At the frame
16
Pull down and set the handle of the power converter POWER switch to the
OFF position.
17 Pull down and set the handle of the POWER switch on RG 0 (slot 1) to the
OFF position.
18 Unscrew the slotted nut on the left of the FSP.
19 Open the FSP.
20
Remove the NT0X91 card from the slot that you identied in step 2.
21 Insert the replacement card.
22 Close the FSP.
23 Tighten the slotted nut on the FSP.
24 The next action depends on the card that you replace.
25 Power up RG 1.
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the RG.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
WARNING
Loss of service
Make sure that the alarm and control card that you remove
controls the power converter. The alarm and control card
also can control the RG that you powered down. Removal of
the wrong card causes a loss of service.
If you Do
replace the NT0X91AA step 25
replace the NT0X91AD step 27
Frame supervisory panel and modular supervisory panel card replacement procedures 7-131
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a line module equipment frame (continued)
c Pull up and set the handle of the converter circuit breaker on the FSP or
MSP until the handle clicks into place.
d Release the RESET button.
At the MAP terminal
26 To return the RGI to service, type
>RTS RGI rgi_no
and press the Enter key.
where
rgi_no
is the number (0 or 1) of the RGI
Example of a MAP response:
Go to step 32.
27 Power up the converter, as follows.
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter.
c Pull up and set the handle of the converter circuit breaker on the FSP or
MSP until the handle clicks into place.
d Release the RESET button.
28 Power up RG 0.
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the RG.
c Pull up and set the handle of the converter circuit breaker on the FSP or
MSP until the handle clicks into place.
d Release the RESET button.
29 To load the LM, type
>LOADPM
and press the Enter key.
Example of a MAP response:
30 To load the PM unit, perform the procedure Loading a PM in this document.
Complete the procedure and return to this point.
31 To return the LM to service, type
>RTS
and press the Enter key.
OK.
LM HOST 01 0 LoadPM PASSED
7-132 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a line module equipment frame (end)
Example of a MAP response:
32 The next action depends on the reason that you perform this procedure.
33 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
34 If you manually busy the RG, you disable all RGs in the LMbay. To determine
howto proceed, consult the next level of support. Continue as directed by the
next level of support.
35 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
36 If you manually busy the LMC, you lose calls in progress. To determine how
to proceed, consult the next level of support. Continue as directed by the next
level of support.
37 For additional help, contact the next level of support.
38 The procedure is complete.
If a maintenance procedure Do
directed you to this maintenance
procedure
step 33
did not direct you to this proce-
dure
step 38
rts
OK.
InSvce Tests Initiated
OK.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-133
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS6E
Application
Use this procedure to replace an NT0X91 in a CCS6 message switch
equipment (MS6E) frame, as listed in the following table.
If you cannot identify the product engineering code (PEC), sufx, or shelf or
frame for the card to replace, refer to the Index. The Index provides a list of
the cards, shelves, and frames documented in this card replacement book.
Common procedures
This procedure refers to the following:
Manually busying Series II PM C-side links
Loading a PM
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT0X91 AA FSP drive and alarm
circuit pack
MS6E
NT0X91 AE FSP drive and
protection circuit pack
MS6E
7-134 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS6E (continued)
Summary of replacing a NT0X91 in an MS6E
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post PM and
make PM unit
inactive
Manually busy
PM unit and
reset
Manually busy
signaling
terminals (ST)
Manually busy
network links
Unseat control
complex cards
Power up both
power
converters
Reseat control
complex cards
Return network
links to service
Load STs and
return them to
service
Load PM unit
and return it to
service
Power down
both power
converters
Turn circuit
breakers off
Replace the
card
End
1
1
Frame supervisory panel and modular supervisory panel card replacement procedures 7-135
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS6E (continued)
NT0X91 in an MS6E
At your current location
1
Obtain a replacement card. Make sure that the replacement card has the
same PEC, including sufx, as the card being removed.
2 Record the FSP slot, frame circuit breakers (CB), shelves, signaling terminal
controllers (STC), MSB6 unit number, and power converter slot associated
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Remove all
jewelry before you replace a card in the FSP. Do not touch
any terminal inside the FSP.
DANGER
Loss of service
This procedure manually busies one or more peripheral
module (PM) units, which can cause service degradation.
Perform this procedure only if you need to restore
out-of-service components. If this procedure is not needed
for a return to service, perform this procedure during periods
of low trafc only.
DANGER
Loss of service
This procedure manually busies one or more signaling
terminals (ST), which can cause service degradation.
Perform this procedure only if you need to restore
out-of-service components. If this procedure is not required
for a return to service, perform this procedure during periods
of low trafc only.
7-136 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS6E (continued)
with the NT0X91 card you will replace. Use the following table and diagram
to obtain this information.
Card
FSP
Slot CB Shelf and PM information
PC
slot
NT0X91AA CD1 CB5 shelf 51, MSB6 unit 0 (right side) 25
NT0X91AA CD1 CB4 shelf 51, STCM 0 (left side) 01
NT0X91AE CD2 CB2 shelf 65, MSB6 unit 1 (right side) 25
NT0X91AE CD2 CB1 shelf 65, STCM 1 (left side) 01
Card
holder
NT0X91AA
card in
slot CD1
NT0X91AE
card in
slot CD2
FSP
Frame supervisory panel and modular supervisory panel card replacement procedures 7-137
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS6E (continued)
At the MAP terminal
3 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
4 To post the MSB, type
>POST MSB6 pm_no
and press the Enter key.
where
pm_no
is the PM number (0 to 999)
Example of a MAP display:
5 Determine the state and activity of the PM unit associated with the card you
are replacing.
6 Determine the state of the mate PM unit.
SysB ManB OffL CBsy ISTb InSv
PM 12 0 2 0 13 24
If the state of the PM unit Do
is ISTb, InSv, SysB, or
CBsy, and active
step 6
is ISTb, InSv, SysB, or
CBsy, and inactive
step 9
is ManB step 11
is OffL step 55
If the state of the mate PM unit Do
is ISTb or InSv step 7
is other than listed here step 57
SysB ManB OffL CBsy ISTb
PM 12 0 2 0 13
MSB6 0 0 0 0 0
MSB6 0 InSv Links_OOS: CSide 0 , PSide 0
Unit0: Inact InSv
Unit1: Act InSv
7-138 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS6E (continued)
7 To switch activity, type
>SWACT
and press the Enter key.
Example of a MAP response:
8 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
9 A maintenance ag (Mtce) can appear. This ag indicates that
system-initiated maintenance tasks are in progress. Wait until the ag
disappears from the status lines for both PM units before you proceed to the
next step.
10 To manually busy the inactive unit, type
>BSY UNIT unit_no
and press the Enter key.
where
unit_no
is the PM unit number (0 or 1)
Example of a MAP response:
If Do
you must confirm the command step 8
the system rejects the SWACT step 56
If the MAP response Do
is SWACT passed step 9
is other than listed here step 56
MSB6 0 A Warm SwAct will be performed after
data sync of active terminals.
Please confirm ("YES", "Y", "NO", or "N"):
Unit0: Inact SysB Mtce
Unit1: Act ISTb
MSB6 0 SwAct Passed
Frame supervisory panel and modular supervisory panel card replacement procedures 7-139
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS6E (continued)
11 To reset the PM unit, type
>PMRESET UNIT unit_no NORUN
and press the Enter key.
where
unit_no
is the PM unit number (0 or 1)
Example of a MAP response:
12 To access the STC level of the MAP display, type
>STC
and press the Enter key.
13 To post the STC that you recorded in step 2, type
>POST STCM stcm_no
and press the Enter key.
where
stcm_no
is the STCM number (0 to 9)
14 To manually busy the signaling terminals (ST), type
>BSY ALL
and press the Enter key.
Example of a MAP response:
If the BSY command Do
passed step 11
failed step 57
MSB6 0 ISTb Links_OOS: CSide 0 , PSide 0
Unit0: Inact ManB
Unit1: Act InSv
bsy unit 0
MSB6 0 Unit 0 Bsy Passed
MSB6 0 Unit 0 PMReset Passed
STC 301
STC 302
STC 303
STC 304
This will busy the above STC(S)
Please confirm ("YES", "Y", "NO", or "N"):
7-140 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS6E (continued)
15 To conrm the command, type
>YES
and press the Enter key.
16 To return to the PM level of the MAP display, type
>QUIT
and press the Enter key.
17 To manually busy C-side links associated with the shelf in use, use the
procedure Manually busying Series II PM C-side links. The procedure
Manually busying Series II PM C-side links appears in this document.
Complete the procedure and return to this point.
At the frame
18
Unseat cards in the control complex.
a Unseat the NT6X43 message interface card in slot 20.
b Unseat the NT6X45 signaling processor card in slot 19.
c Unseat the NT6X45 master processor card form slot 15.
19 To power down the power converter in slot 01, pull and set the POWERswitch
handle down to the OFF position.
20 To power down the power converter in slot 25, pull and set the POWERswitch
handle down to the OFF position.
21 Turn off the CBs for the shelf associated with the NT0X91 card you are
replacing
22 Unscrew the slotted nut on the left-hand side of the FSP.
23 Open the FSP.
WARNING
Static electricity damage
Wear a wrist strap connected to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-141
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS6E (continued)
24
Remove the NT0X91 card from the CD slot in the FSP.
25 Place the removed card in an electrostatic discharge (ESD) protective
container.
26 Make sure that the replacement card has the same PEC, including sufx, as
the removed card.
27 Insert the replacement card.
28 Close the FSP.
29 Tighten the slotted nut on the FSP.
30 The next action depends on the power converter version and the type of
supervisory panel.
31 Power up the converter.
a Pull the set the POWER switch handle up to the RESET position and
hold.
b Set the converter circuit breaker handle on the FSP up until it clicks into
place.
c Release the POWER switch handle.
Go to step 35.
32 Power up the converter.
WARNING
Loss of service
Make sure that the alarm and control card you remove
controls the shelves with the STs that you set to manually
busy. Removal of the wrong card causes loss of service.
If the power converter Do
is an NT2X70AE card and the
FSP has circuit breakers
step 31
is an NT2X70AE card and the
FSP does not have circuit break-
ers
step 32
is not an NT2X70AE card and
the FSP has circuit breakers
step 33
is not an NT2X70AE card and
the FSP does not have circuit
breakers
step 34
7-142 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS6E (continued)
a Pull and set the POWER switch handle up to the RESET position and
hold until the CONVERTER FAIL LED goes off.
b Release the handle.
Go to step 35.
33 Power up the converter.
a Pull and set the POWER switch handle up to the ON position.
b Press and hold the RESET button on the power converter.
c Set the converter circuit breaker handle on the FSP up until it clicks into
place.
d Release the RESET button.
Go to step 35.
34 Power up the converter.
a Pull and set the POWER switch handle up to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED goes off.
c Release the RESET button.
35 Repeat steps 30 to 34 for the other power converter. Turn on both power
converters and go to step 36.
36 Reseat cards in the control complex.
a Reseat the NT6X45 master processor card in slot 15.
b Reseat the NT6X45 signaling processor card in slot 19.
c Reseat the NT6X43 message interface card in slot 20.
At the MAP terminal
37 The next action depends on the type of network in the ofce.
38 To return to service one of the network links associated with the PM unit in
use, type
>RTS plane_no link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
If you Do
are working on JNET step 38
are working on ENET step 40
Frame supervisory panel and modular supervisory panel card replacement procedures 7-143
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS6E (continued)
link_no
is the link number (0 to 63)
39 Repeat step 38 for all C-side links for the PMunit in use. When you correctly
return all C-side links to service, go to step 41.
40 To return the link to service, type
>RTS plane_no LINK link_no
and press the Enter key.
where
plane_no
is the number of the plane (0 or 1) for the link
link_no
is the link number (0 to 63)
Example of a MAP response:
41 To return to the STC level of the MAP display, type
>PM;STC
and press the Enter key.
42 To post the STCM, type
>POST STCM stcm_no
and press the Enter key.
where
stcm_no
is the STCM number (0 to 9)
If the link Do
returned to service and more
manual-busy links are present
step 39
returned to service and no more
manual-busy links are present
step 41
did not return to service step 57
Request to RTS ENET Plane:0 Shelf:00 Slot:32 Link:01 sybmitted.
Request to RTS ENET Plane:0 Shelf:00 Slot:32 Link:01 passed.
If the link Do
returned to service step 41
did not return to service step 57
7-144 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS6E (continued)
43 To load the STs, type
>LOADPM ALL
and press the Enter key.
Example #1 of a MAP response:
Example #2 of a MAP response:
Note: As shown above in Example of a MAP response #2, loadname is
the name of the ST load; msb_unit is the MSB6 and the unit number.
44 To return to the PM level of the MAP display, type
>QUIT
and press the Enter key.
45 To add the load to the MSB6, type
>STCLOAD UNIT unit_no ADD loadname
and press the Enter key.
where
unit_no
is the PM unit number (0 or 1)
loadname
is the STC load name
If the LOADPM command Do
passed step 49
failed, with the message STC
Load <loadname> not in
<msb_unit>
step 44
failed, with messages other than
listed here
step 46
If the STCLOAD command Do
failed step 46
passed step 49
STC 301 load Passed : <loadname>
STC 302 load Passed : <loadname>
STC 303 load Passed : <loadname>
STC 304 load Passed : <loadname>
STC load '<loadname>' not in MSB6 0
Frame supervisory panel and modular supervisory panel card replacement procedures 7-145
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS6E (continued)
46 To load the PM unit, use the procedure How to load a PM in this document.
Complete the procedure and return to this point.
47 To return to the STC level of the MAP display, type
>STC
and press the Enter key.
48 To post the STCM, type
>POST stcm_no
and press the Enter key.
where
stcm_no
is the STCM number (0 to 9)
Go to step 43.
49 To return the STs to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
50 The next action depends on your reason for performing this procedure.
If the RTS command Do
passed for all STs step 50
failed for any ST step 57
If Do
a maintenance procedure
directed you to this procedure
step 51
a maintenance procedure did not
direct you to this procedure
step 52
STC 301 Out-of-service test initiated
STC 301 Tst Passed
STC 301 Rts Passed
STC 302 Out-of-service test initiated
STC 302 Tst Passed
STC 302 Rts Passed
STC 303 Out-of-service test initiated
STC 303 Tst Passed
STC 303 Rts Passed
STC 304 Out-of-service test initiated
STC 304 T Passed
STC 304 Rts Passed
7-146 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS6E (end)
51 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
52 To load the inactive unit, type
>LOADPM UNIT unit_no
and press the Enter key.
where
unit_no
is the PM unit number (0 or 1)
53 To load the PM unit, use the procedure Loading a PM in this document.
Complete the procedure and return to this point.
54 To return the inactive unit to service, type
>RTS UNIT unit_no
and press the Enter key.
where
unit_no
is the PM unit number (0 or 1)
55 Consult ofce personnel to determine why the component is ofine. Continue
as directed by ofce personnel.
56 For additional help with switch of activity, contact the next level of support.
Note: If the system recommends use of the SWACT command with the
FORCE option, consult ofce personnel. Consult ofce personnel to
determine if you have permission to use the option.
57 For additional help, contact the next level of support.
58 The procedure is complete.
If the LOADPM command Do
failed step 53
passed step 54
If the RTS command Do
passed step 57
failed step 58
Frame supervisory panel and modular supervisory panel card replacement procedures 7-147
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS7E, ST7E, or ST6E
Application
Use this procedure to replace a NT0X91 in the shelves or frames listed in the
following table.
If you cannot identify the product engineering code (PEC), sufx, or
provisioned shelf or frame for the card to replace, refer to the Index. The Index
provides a list of the cards, shelves, and frames documented in this card
replacement book.
Note: This procedure is not used to change the NT0X91AA FSP drive and
alarm circuit card in the MS7E frame. If card replacement is necessary for
this card in the MS7E, contact your next level of support.
Common procedures
This procedure refers to Loading a PM.
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT0X91 AA FSP drive and alarm
circuit card
signaling terminal 6
equipment (ST6E) frame,
signaling terminal 7
equipment (ST7E) frame
NT0X91 AE FSP drive and
protection circuit card
CCS7 message buffer
equipment (MS7E) frame,
ST6E, ST7E
7-148 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS7E, ST7E, or ST6E (continued)
Summary of replacing a NT0X91 in an MS7E, ST7E or ST6E
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the MSB
Post the
signaling
terminals (ST)
Manually busy
all STs
Power down
the power
converters
Turn off the
circuit breakers
Replace the
card
Power up the
power
converters
Load STs and
return them to
service
End
Frame supervisory panel and modular supervisory panel card replacement procedures 7-149
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS7E, ST7E, or ST6E (continued)
Replacing a NT0X91 in an MS7E, ST7E, or ST6E
At your current location
1
The next action depends on the version of the NT0X91 you are replacing.
2 Obtain a replacement card. Make sure that the replacement card has the
same product engineering code (PEC), including sufx, as the card being
removed.
3 For the MS7E, record the FSP slot, frame circuit breakers (CB), shelves,
CCS7 signaling terminal groups (ST7G), and power converter slots
associated with the NT0X91 card you are replacing. Use the following table
to obtain this information.
Note: The signaling terminal controller (STC) is called a signaling
terminal controller module (STCM) for a CCS6 message switch and buffer
(MSB6). The signaling terminal controller (STC) is called a CCS7
signaling terminal group (ST7G) for a CCS7 message switch and buffer
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Remove all
jewelry before you replace a card in the FSP. Do not touch
any terminal inside the FSP.
WARNING
Loss of service
This procedure manually busies one or more signaling
terminals (ST), which can cause service degradation.
Perform this procedure during low trafc periods only.
If the card you are replacing Do
is a NT0X91AA in an MS7E step 41
is a NT0X91AE in an MS7E step 2
is a NT0X91AA or NT0X91AE
in a ST7E or ST6E
step 5
7-150 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS7E, ST7E, or ST6E (continued)
(MSB7). In this procedure, the name STC refers to both ST7Gs and
signaling-terminal controller modules (STCM).
4 Go to step 7.
Card
FSP
Slot CB Shelf and PM information
PC
slot
NT0X91AE CD2 CB4 shelf 51, ST7G 3 (right side) 01
NT0X91AE CD2 CB3 shelf 18, ST7G 0 (right side) 01
NT0X91AE CD3 CB5 shelf 32, ST7G 1 (left side) 01
NT0X91AE CD3 CB1 shelf 51, ST7G 2 (left side) 25
Card
holder
NT0X91AA
card in
slot CD1
NT0X91AE
card in
slot CD2
FSP
NT0X91AE
card in
slot CD3
Note: Each CB is associated
with one half of a shelf, as indicated
in the table. CBs are located on the
front of the FSP.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-151
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS7E, ST7E, or ST6E (continued)
5 Obtain a replacement card. Make sure that the replacement card has the
same product engineering code (PEC), including sufx, as the card being
removed.
6 For the ST6E and ST7E, record the FSP slot, frame circuit breakers (CB),
shelves, signaling terminal controllers (STC), and power converter slots
associated with the NT0X91 card you are replacing. Use the following table
to obtain this information (see also the gure in step 3).
Note: The signaling terminal controller (STC) is called a signaling
terminal controller module (STCM) for a CCS6 message switch and buffer
(MSB6). The signaling terminal controller (STC) is called a CCS7
signaling terminal group (ST7G) for a CCS7 message switch and buffer
(MSB7). In this procedure, the name STC refers to both ST7Gs and
signaling terminal controller modules (STCM).
At the MAP terminal
7 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
8 To post the MSB, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the PM type (MSB6, MSB7)
Card
FSP
Slot CB Shelf and PM information
PC
slot
NT0X91AA CD1 CB3 shelf 18, STC 5 (right side) 01
NT0X91AA CD1 CB6 shelf 18, STC 4 (left side) 25
NT0X91AE CD2 CB2 shelf 32, STC 7 (right side) 01
NT0X91AE CD2 CB1 shelf 51, STC 9 (right side) 01
NT0X91AE CD3 CB5 shelf 32, STC 6 (left side) 25
NT0X91AE CD3 CB4 shelf 51, STC 8 (left side) 25
SysB ManB OffL CBsy ISTb InSv
PM 0 5 6 0 2
7-152 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS7E, ST7E, or ST6E (continued)
pm_no
is the PM number (0 to 999)
Example of a MAP display:
9 To access the STC level of the MAP display, type
>STC
and press the Enter key.
Example of a MAP display:
10 To post one of the STCs that you recorded in previous steps, type
>POST stc_type stcm_no
and press the Enter key.
where
stc_type
is the STC type (STCM, ST7G)
stcm_no
is the STC number (0 to 9)
Example of a MAP display:
SysB ManB OffL CBsy ISTb InSv
PM 0 5 6 0 2 41
MSB7 0 0 1 0 0 1
MSB7 0 InSv Links_OOS: CSide 0 , PSide 0
Unit0: Inact InSv
Unit1: Act InSv
SysB ManB OffL CBsy ISTb InSv
PM 0 5 6 0 2 41
MSB7 0 0 1 0 0 1
MSB7 0 InSv Links_OOS: CSide 0 , PSide 0
Unit0: Inact InSv
Unit1: Act InSv
STC 0 0 0 0 0
STC STCM Ctrl
Frame supervisory panel and modular supervisory panel card replacement procedures 7-153
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS7E, ST7E, or ST6E (continued)
11 To manually busy the signaling terminals (ST), type
>BSY ALL
and press the Enter key.
Example of a MAP response:
12 To conrm the command, type
>YES
and press the Enter key.
13 Repeat steps 10 to 12 for the other STC.
SysB ManB OffL CBsy ISTb InSv
PM 0 5 6 0 2 41
MSB7 0 0 1 0 0 1
MSB7 0 InSv Links_OOS: CSide 0 , PSide 0
Unit0: Inact InSv
Unit1: Act InSv
STC 0 0 0 0 0
STC 100 STCM 0 Ctrl 0 Bd InSv
If you Do
set STs in both STCMs to busy step 14
set STs in only one STCM to
busy
step 13
STC 301
STC 302
STC 303
STC 304
This will busy the above STC(S)
Please confirm ("YES", "Y", "NO", or "N"):
7-154 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS7E, ST7E, or ST6E (continued)
At the frame
14
To power down the power converter for the rst STC, pull and set the POWER
switch handle down to the OFF position.
15 Repeat step 14 for the power converter for the second STC associated with
the card you are replacing.
16 Turn off the CBs for the power converters associated with the card you are
replacing.
17 Unscrew the slotted nut on the left-hand side of the FSP.
18 Open the FSP.
19
Remove the NT0X91 card from the CD slot in the FSP.
20 Place the removed card in an electrostatic discharge (ESD) protective
container.
21 Make sure that the replacement card has the same PEC, including sufx, as
the removed card.
22 Insert the replacement card.
23 Close the FSP.
24 Tighten the slotted nut on the FSP.
25 The next action depends on the power converter version and the type of
supervisory panel.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
WARNING
Loss of service
Make sure that the alarm and control card you remove
controls the shelves with the STs that you set to manually
busy. Removal of the wrong card causes a loss of service.
If the power converter Do
is an NT2X70AE card and the
FSP has circuit breakers
step 26
Frame supervisory panel and modular supervisory panel card replacement procedures 7-155
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS7E, ST7E, or ST6E (continued)
26 Power up the converter.
a Pull and set the POWER switch handle up to the RESET position and
hold.
b Pull and set the converter circuit breaker handle on the FSP up until it
clicks into place.
c Release the POWER switch handle.
Go to step 30.
27 Power up the converter.
a Pull and set the POWER switch handle up to the RESET position and
hold until the CONVERTER FAIL LED goes off.
b Release the handle.
Go to step 30.
28 Power up the converter.
a Pull and set the POWER switch handle up to the ON position.
b Press and hold the RESET button on the power converter.
c Pull and set the converter circuit breaker handle on the FSP up until it
clicks into place.
d Release the RESET button.
Go to step 30.
29 Power up the converter.
a Pull and set the POWER switch handle up to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED goes off.
c Release the RESET button.
is an NT2X70AE card and the
FSP does not have circuit
breakers
step 27
is not an NT2X70AE card and
the FSP has circuit breakers
step 28
is not an NT2X70AE card and
the FSP does not have circuit
breakers
step 29
If the power converter Do
7-156 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS7E, ST7E, or ST6E (continued)
At the MAP terminal
30 To load the STs, type
>LOADPM ALL
and press the Enter key.
where
unit_no
is the PM unit number (0 or 1)
Example #1 of a MAP response:
Example #2 of a MAP response:
Note: As shown above in Example #2 of a MAP response:, loadname is
the name of the ST load; msb_unit is the MSB (MSB6, MSB7) and the
unit number.
31 To return to the PM level of the MAP display, type
>QUIT
and press the Enter key.
32 To add the load to the MSB, type
>STCLOAD PM ADD loadname
and press the Enter key.
where
If the LOADPM command Do
passed step 36
failed, with the message STC
Load loadname not in
msb_unit
step 31
failed, with a message other than
listed here
step 33
STC 301 load Passed : M7CQA01
STC 302 load Passed : M7CQA01
STC 303 load Passed : M7CQA01
STC 304 load Passed : M7CQA01
STC load 'M7QA01' not in MSB7 0
Frame supervisory panel and modular supervisory panel card replacement procedures 7-157
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in an MS7E, ST7E, or ST6E (continued)
loadname
is the STC load name
33 To load the PM unit, use the procedure Loading a PM in this document.
Complete the procedure and return to this point.
34 To access the STC level of the MAP display, type
>STC
and press the Enter key.
35 To post the STC, type
>POST stcm_no
and press the Enter key.
where
stcm_no
is the STCM number (0 to 9)
Go to step 30.
36 To return the STs to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
STC 301 Out-of-service test initiated
STC 301 Tst Passed
STC 301 Rts Passed
STC 302 Out-of-service test initiated
STC 302 Tst Passed
STC 302 Rts Passed
STC 303 Out-of-service test initiated
STC 303 Tst Passed
STC 303 Rts Passed
STC 304 Out-of-service test initiated
STC 304 TsT Passed
STC 304 Rts Passed
If the STCLOAD command Do
failed step 33
passed step 34
If the RTS command Do
passed for all STs, and you have
not worked on the other STC
step 37
7-158 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in an MS7E, ST7E, or ST6E (end)
37 To post the other STC, type
>POST stcm_no
and press the Enter key.
where
stcm_no
is the STC number (0 to 9)
38 Repeat steps 30 to 36 for the other STC. When you have loaded and returned
to service all STs, go to step 39.
39 The next action depends on your reason for performing this procedure.
40 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
41 For additional help with changing the NT0X91AA in the MS7E, contact the
next level of support.
Note: To change the NT0X91AA, you must install a test strap to maintain
power on the in-service PM unit. Use of a test strap in this event is
advanced maintenance and qualied personnel must perform the
installation.
42 For additional help, contact the next level of support.
43 The procedure is complete.
passed for all STs, and you have
worked on the other STC
step 39
failed for any ST step 42
If Do
a maintenance procedure
directed you to this procedure
step 40
a maintenance procedure did not
direct you to this procedure
step 43
If the RTS command Do
Frame supervisory panel and modular supervisory panel card replacement procedures 7-159
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a network equipment frame
Application
Use this procedure to replace an NT0X91 in the shelves or frames listed in the
following table.
If you cannot identify the product engineering code (PEC), PECsufx, or shelf
or frame for the card to replace, refer to the Index. The Index provides a list
of the cards, shelves, and frames in this card replacement book.
Common procedures
There are no common procedures.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT0X91 AA Drive and alarm card NT0X48 single-bay network
(NET), NT5X13 combined
single-bay network (NETC),
NT8X11 dual shelf network
(DSN)
NT0X91 AE Drive and protection
card
NET, NETC, DSN
7-160 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a network equipment frame (continued)
Summary of replacing a NT0X91 in a network equipment frame
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Manually busy
the network
plane and pair
Manually busy
MS links
Power down
the shelves
Replace the
card
Power up the
shelves
Return MS
links to service
Return the
plane and pair
to service
End
Frame supervisory panel and modular supervisory panel card replacement procedures 7-161
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a network equipment frame (continued)
Replacing a NT0X91 in a network equipment frame
At the frame
1
Obtain a replacement card. Make sure the replacement card and the card
you replace have the same PEC and PEC sufx.
2 Use the following table to identify the slot that contains the alarm and control
card that you replace:
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Remove all
jewelry before you replace a card in the FSP.Make sure you
do not touch any terminal inside the FSP.
WARNING
Loss of service
Before you perform this procedure, notify all far-end ofces
with common channel signaling of a possible temporary
alarm. The out-of-service test used in this procedure can
cause a temporary alarm in far-end ofces.
WARNING
Loss of service
This procedure includes directions to manually busy one
plane of a network pair, resulting in loss of network
redundancy. Performthis procedure to restore out-of-service
components as required. Unless it is urgent, carry out this
procedure during periods of low trafc.
7-162 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a network equipment frame (continued)
If Alarm and control card Do Slot
is NT0X91AA CD1
is NT0X91AE CD2
Card
holder
NT0X91AA
card in
slot CD1
NT0X91AE
card in
slot CD2
Frame
supervisory panel
Frame supervisory panel and modular supervisory panel card replacement procedures 7-163
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a network equipment frame (continued)
3 Record information on FSP fuses, FSP circuit breakers (CB), and network
shelf positions associated with the card you replace. Use the following table
to obtain this information.
(Sheet 1 of 2)
Network
frame FSP card
FSP card
position
FSP
fusesor
CBs
Shelf
position
Shelf
function
NET (fuses) NT0X91AA CD1 F04 18 I/F
F02 51 I/F
NT0X91AE CD2 F03 32 XPT
F01 65 XPT
NET (CBs) NT0X91AA CD1 CB4 18 I/F
CB2 51 I/F
NT0X91AE CD2 CB3 32 XPT
CB1 65 XPT
NETC NT0X91AA CD1 CB2 51 XPT
CB1 65 I/F
NT0X91AE CD2 CB5 18 I/F
CB4 32 XPT
DSN NT0X91AA CD1 CB1 65 NM
CB2 51 NM
Note 1: NET = NT0X48; NETC = NT5X13; DSN = NT8X11
Note 2: Some NT0X48 frames can have FSPs with fuses only.
Note 3: All NET shelves associate with a specific pair for a specified plane.
NETC shelves 51 and 65 comprise the pair for plane 0, and shelves 18 and 32
comprise the pair for plane 1. DSN shelves 51 and 65 are each a pair associated
with plane 0, and shelves 18 and 32 are each a pair that associate with plane 1.
Note 4: I/F = interface, XPT = crosspoint; NM = network module (combined I/F
and XPT)
7-164 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a network equipment frame (continued)
At the MAP terminal
4 To access the NET level of the MAP display, type
>MAPCI;MTC;NET
and press the Enter key.
Example of a MAP display:
5 The next action depends on your knowledge about the network plane and pair
associated with the card you replace.
6 Select a network plane and pair.
7 To display the frame and shelf location, type
>LOC plane_no pair_no
NT0X91AE CD2 CB5 32 NM
CB4 18 NM
If you Do
know the network plane and pair
associated with the card to replace
step 10
do not know the network plane
and pair associated with the card
to replace
step 6
(Sheet 2 of 2)
Network
frame FSP card
FSP card
position
FSP
fusesor
CBs
Shelf
position
Shelf
function
Note 1: NET = NT0X48; NETC = NT5X13; DSN = NT8X11
Note 2: Some NT0X48 frames can have FSPs with fuses only.
Note 3: All NET shelves associate with a specific pair for a specified plane.
NETC shelves 51 and 65 comprise the pair for plane 0, and shelves 18 and 32
comprise the pair for plane 1. DSN shelves 51 and 65 are each a pair associated
with plane 0, and shelves 18 and 32 are each a pair that associate with plane 1.
Note 4: I/F = interface, XPT = crosspoint; NM = network module (combined I/F
and XPT)
11111 11111 22222 22222 33
Plane 01234 56789 01234 56789 01234 56789 01
0 S. . .
1 . . . .
JNET:
Net
Frame supervisory panel and modular supervisory panel card replacement procedures 7-165
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a network equipment frame (continued)
and press the Enter key.
where
plane_no
is the network plane number (0 to 1)
pair_no
is the network plane pair number (0 to 31)
Example of a MAP response:
Note: The frame location appears under the Flr and RPos headers on the
MAP display. For the NT8X11 DSN, the shelf location appears under the
Shf header. The network plane and pair appear under the Bay_id header.
8 Correlate the location displayed with the known frame location of FSP card
you will replace.
9 Repeat step 6 for another network plane and pair. Identify a network plane
and pair associated with the card you replace. Go to step 10.
10 To manually busy the plane and network module associated with the alarm
and control card to replace, type
>BSY plane_no pair_no
and press the Enter key.
where
plane_no
is the network plane number (0 to 1)
pair_no
is the network plane pair number (0 to 31)
Example of a MAP response:
If the network module Do
corresponds to the FSP card you
replace
step 10
does not correspond to the FSP
card you replace
step 9
If the BSY command Do
passed step 11
Site Flr RPos Bay_id Shf Description Slot EqPEC
00 NM 0-00 5X13 HOST 01 B09 NET0
bsy 0 0
OK
7-166 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a network equipment frame (continued)
11 Wait 30 min to make sure that calls in progress nish.
Note: If you replace a card that failed, you do not need the waiting period.
Calls do not process on that network plane and pair.
12 To obtain information on the link to the message switch (MS), type
>TRNSL plane_no pair_no
and press the Enter key.
where
plane_no
is the number of the network plane (0 to 1)
pair_no
is the number of the network plane pair (0 to 31)
Example of a MAP response:
13 Record the slot position and the port number of the MS port card that
connects to the network plane and pair. In the example MAPresponse in step
12, the slot position is 22 and the port number is 1.
14 To access the MS;SHELF level of the MAP display, type
>MS;SHELF
and press the Enter key.
Example of a MAP display:
15 To post the card in the slot that you recorded in step 13, type
>CARD slot_no
and press the Enter key.
where
needs confirmation step 39
failed step 40
If the BSY command Do
NM 0-0 = MS 0 and 1, Card 22 Port 1
Message Switch Clock Shelf 0 Inter-MS Link 0 1
MS 0 . M Free F - -
MS 1 S Slave C - -
Shelf 0 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2
Card 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6
Chain
MS 0 . . I . . - - - - - - - - - - - - . . . . . . . F .
MS 1 C C C C C - - - - - - - - - - - - C C C C C C C C C
Frame supervisory panel and modular supervisory panel card replacement procedures 7-167
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a network equipment frame (continued)
slot_no
is the number of the card slot that you recorded in step 13
Example of a MAP display:
16 To manually busy the port on MS 0 that connects to the network plane and
pair, type
>BSY 0 PORT port_no
and press the Enter key.
where
port_no
is the port number that you recorded in step 13
Example of a MAP response:
17 To manually busy the port on MS1 that connects to the network plane and
pair, type
>BSY 1 PORT port_no
and press the Enter key.
where
port_no
is the port number that you recorded in step 13
Message Switch Clock Shelf 0 Inter-MS Link 0 1
MS 0 . M Free F - -
MS 1 S Slave C - -
Shelf 0 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2
Card 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6
Chain
MS 0 . . I . . - - - - - - - - - - - - . . . . . . . F .
MS 1 . . . . . - - - - - - - - - - - - . . . . . . . . .
Card 22 Protocol Port 0_____3
MS 0 . DS30 4 . P. . .
MS 1 . DS30 4 . P . .
Request to MAN BUSY MS: 0 shelf: 0 card:22 port: 1 submitted.
Request to MAN BUSY MS: 0 shelf: 0 card:22 port: 1 passed.
7-168 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a network equipment frame (continued)
At the frame
18
Power down the shelves associated with the FSP card you replace.
a Choose a shelf.
b Pull down and set the handle of the POWER switch on the power
converter to the OFF position.
c Repeat steps 18a.a and 18b.b for each power converter on the shelf.
d Repeat steps 18a.a to 18c.c for each shelf associated with the FSP card
that you replace.
19 Unscrew the slotted nut on the left of the FSP.
20 Open the FSP.
21
Remove the NT0X91 card from the correct slot.
22 Insert the replacement card.
23 Close the FSP.
24 Tighten the slotted nut on the FSP.
25 The next action depends on the type of power converter in the affected
shelves and the type of supervisory panel.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) or a modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
WARNING
Loss of service
Make sure that the alarm and control card that you remove
controls the network modules that you manually busied.
Removal of the wrong card causes a loss of service.
If the shelf Do
has an NT2X70AE card and the FSP
has circuit breakers
step 26
Frame supervisory panel and modular supervisory panel card replacement procedures 7-169
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a network equipment frame (continued)
26 Power up the converter as follows:
a Pull up and set the handle of the POWER switch to the RESET position
and hold.
b Pull up and set the handle of the converter circuit breaker on the FSPuntil
the handle clicks into place.
c Release the handle of the POWER switch.
Go to step 30.
27 Power up the converter as follows:
a Pull up and set the handle of the POWER switch to the RESET position
until the CONVERTER FAIL LED turns off.
b Release the handle.
Go to step 30.
28 Power up the converter as follows:
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter.
c Pull up and set the handle of the converter circuit breaker on the FSPuntil
the handle clicks into place.
d Release the RESET button.
Go to step 30.
29 Power up the converter as follows:
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED turns off.
c Release the RESET button.
30 The next action depends on the power converter conguration for the shelf.
has an NT2X70AE card and the FSP
does not have circuit breakers
step 27
does not have an NT2X70AE card
and the FSP has circuit breakers
step 28
does not have an NT2X70AE card
and the FSP does not have circuit
breakers
step 29
If the shelf Do
has one power converter step 32
If the shelf Do
7-170 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a network equipment frame (continued)
31 Repeat step 25 for the second power converter on the shelf. Go to step 32.
32 Repeat steps 25 to 31 for the other shelf associated with the FSP card you
replace. Go to step 33.
At the MAP terminal
33 To return to service the port on MS0 that connects to the network plane and
pair, type
>RTS 0 PORT port_no
and press the Enter key.
where
port_no
is the port number that you recorded in step 13
Example of a MAP response:
34 To return to service the port on MS1 that connects to the network plane and
pair in use, type
>RTS 1 PORT port_no
and press the Enter key.
where
port_no
is the port number that you recorded in step 13
35 To access the NET level of the MAP display, type
>NET
and press the Enter key.
36 To return the network module to service, type
>RTS plane_no pair_no
and press the Enter key.
where
has two power converters, and
you powered up both converters
step 32
has two power converters, you
powered up only one converter,
and the mate converter is an
NT2X06 or an NT2X07
step 31
If the shelf Do
Request to RTS MS: 0 shelf: 0 card:22 port: 1 submitted.
Request to RTS MS: 0 shelf: 0 card:22 port: 1 passed.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-171
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a network equipment frame (end)
plane_no
is the number of the network plane (0 to 1)
pair_no
is the number of the network plane pair (0 to 31)
Example of a MAP response:
37 The next action depends on the reason that you perform this procedure.
38 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
39 To determine if you can manually busy the network plane and pair, contact
operating company personnel or the next level of support. Continue as
directed.
40 For additional help, contact the next level of support.
41 The procedure is complete.
If the RTS command Do
passed step 37
failed step 40
If a maintenance procedure Do
directed you to this procedure step 38
did not direct you to this procedure step 41
rts 0 0
Request submitted. Reply expected within 3 mins.
Test Passed
OK
7-172 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame
Application
Use this procedure to replace an NT0X91 in a trunk module equipment (TME)
frame, as listed in the following table.
If you cannot identify the product engineering code (PEC), PECsufx, or shelf
or frame for the card to replace, refer to the Index. The Index provides a list
of cards, shelves, and frames in this card replacement book.
Note: This procedure does not cover card replacement for DCE frames
equipped with digital carrier modules (DCM). Aseparate procedure covers
FSP card replacement for digital carrier equipment (DCE) frames.
Common procedures
This procedure refers to Loading a PM.
Do not go to the common procedure unless the step-action procedure directs
you.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT0X91 AA, AB Drive and alarm card TMEequipped with integrated
service module (ISM),
maintenance trunk module
(MTM), office alarm unit
(OAU), service trunk module
(STM), or trunk module (TM)
NT0X91 AD Drive and protection
card
TME equipped with ISM,
MTM, OAU, STM, or TM
Frame supervisory panel and modular supervisory panel card replacement procedures 7-173
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (continued)
Summary of replacing a NT0X91 in a trunk module equipment frame
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the PMs
Manually busy
the circuits
Manually busy
the PMs
Power down
the shelves
Replace the
card
Power up the
shelves
Return the
PMs to service
Return the
circuits to
service
End
7-174 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame (continued)
Replacing a NT0X91 in a trunk module equipment frame
At the frame
1
Obtain a replacement card. Make sure that the replacement card and the
card you remove have the same PEC and PEC sufx.
2 Use the following table to identify the slot that contains the alarm and control
card to replace:
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Make sure
you remove all jewelry before you replace a card in the FSP.
Do not touch any terminal in the FSP.
WARNING
Loss of service
This procedure removes an ISM, MTM, STM, or TM from
service, which can cause service degradation. Perform this
procedure only if you must restore out-of-service
components. If you do not need to restore out-of-service
components, perform this procedure during periods of low
trafc. Do not performthis procedure if essential services use
PM resources.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-175
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (continued)
If Alarm and control card Do Slot
NT0X91AA CD1
NT0X91AB CD2
NT0X91AD CD3
Card
holder
NT0X91AA
card in
slot CD1
NT0X91AB
card in
slot CD2
FSP
NT0X91AD
card in
slot CD3
7-176 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame (continued)
3 Record information on FSP fuses, FSP circuit breakers (CB), and network
shelf positions associated with the card you replace. Use the following table
to obtain this information.
4 Select a shelf associated with the FSP card you replace.
At the MAP terminal
5 To access the PM level of the MAP display, type
>MAPCI;MTC;PM
and press the Enter key.
Example of a MAP display:
6 The next step depends on the type of PM that is in the shelf.
7 To post the OAU, type
>POST OAU pm_no
and press the Enter key.
where
FSP card
FSP card
position
FSP circuit
breakers Shelf position
NT0X91AA CD1 CB5 04
NT0X91AB CD2 CB3 32
CB1 65
NT0X91AD CD3 CB4 18
CB2 51
Note 1: A minimum of one shelf can be unequipped.
Note 2: If the TME is equipped with the OAU, shelf positions 51 and 65 are used
for the magnetic tape drive. Only shelf positions 04, 18, and 32 can be equipped
with PMs. In this event, only one shelf associates with each FSP card.
SysB ManB OffL CBsy ISTb InSv
102 PM 1 6
If the PM Do
is an OAU step 7
is an ISM, MTM, STM, or TM step 11
Frame supervisory panel and modular supervisory panel card replacement procedures 7-177
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (continued)
pm_no
is the number of the PM (0 to 9999)
Example of a MAP display:
8 Determine the state of the PM.
Note: The PM state appears on the right of the PM number. In the
example display in step 7, the PM state is system busy (SysB).
9 A maintenance ag (Mtce) can appear. This ag indicates that
system-initiated maintenance tasks are in progress. Wait until the ag
disappears from the status line before you proceed to the next step.
10 To manually busy the PM, type
>BSY
and press the Enter key.
Example of a MAP display:
Go to step 36.
11 Verify from ofce records or operating company personnel that necessary
services do not use the PM resources that this procedure affects.
Note: When you verify resources, include all PMs associated with the
shelf. For all service and trunk modules, include NT1X80 cards and
NT1X81 cards (single-card PMs) on the shelf. You must remove these
single-card PMs from service to complete this procedure. If the shelf has
an STM, check for necessary services on the STMon the other half of the
SysB ManB OffL CBsy ISTb InSv
PM 1 0 6 0 0 102
OAU 1 0 0 0 0
0OAU 0 SysB
If the PM Do
is Offl step 89
is ManB step 36
is other than listed here step 9
SysB ManB OffL CBsy ISTb
PM 58 1 6 14 12
OAU 0 1 0 0 0
0OAU 0 ManB
bsy
OAU 0 Bsy
OK.
7-178 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame (continued)
shelf. You must remove both STMs from service to complete this
procedure.
12 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (ISM, MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
Example of a MAP display:
13 Determine the state of the PM.
Note: The PM state appears on the right of the PM number. In the
example display in step 12, the PM state is system busy (SysB).
14 To access the TTP level of the MAP display, type
>MAPCI;MTC;TRKS;TTP
and press the Enter key.
Example of a MAP display:
If necessary services Do
use PM resources and a mini-
mum of one PM is in service
step 88
use PM resources and all PMs
are out of service
step 12
do not use PM resources step 12
SysB ManB OffL CBsy ISTb InSv
PM 1 0 6 0 0 102
MTM 1 0 0 0 0 9
MTM 0 SysB
If the PM Do
is Offl step 89
is other than listed here step 14
POST DELQ BUSYQ DIG
TTP 6-013
CKT TYPE PM NO. COM LANG STA S R DOT TE RESULT
Frame supervisory panel and modular supervisory panel card replacement procedures 7-179
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (continued)
15 To post the circuits for the PM, type
>POST P pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (ISM, MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
Example of a MAP display:
16 To manually busy all posted circuits, type
>BSY ALL
and press the Enter key.
Example of a MAP display:
17 Wait until all circuits are manually busy (removed fromthe busy queue) before
you proceed to the next step.
Note: The digit on the right of the BUSYQheader indicates the number of
circuits in use. As a circuit becomes available, the circuit is manually busy
and the number in the queue decreases by one. Ablank eld indicates that
all circuits are manually busy.
18 Determine if the shelf has the NT1X80 enhanced-digital recorded
announcement machine (EDRAM) card or the NT1X81 conference card.
POST 17 DELQ BUSYQ DIG
TTP 6-013
CKT TYPE PM NO. COM LANG STA S R DOT TE RESULT
CONF6 MTM 0 0 CF6P 0 IDL
post p MTM 0
LAST CKT = 17
SHORT CLLI IS: CF6P
OK,CKT POSTED
POST 18 DELQ BUSYQ A 6 DIG
TTP 6-027
CKT TYPE PM NO. COM LANG STA S R DOT TE RESULT
BSYQ ALL IDLE
bsy all
OK,POST SET IS SET IN BSYQ
If the shelf Do
has the NT1X80 or the NT1X81 step 19
7-180 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame (continued)
19 To post the circuits for the single-card PM, type
>POST P pm_type pm_no
and press the Enter key.
where
pm_type
is the type of single card PM (CTM, DTM)
pm_no
is the number of the PM (0 to 9999)
Note: The MAP display refers to the NT1X80 EDRAM card as a DTM.
The MAP display refers to the NT1X81 conference card as a CTM. Both
cards are single-card PMs.
20 To manually busy all posted circuits, type
>BSY ALL
and press the Enter key.
21 Wait until all circuits are manually busy (removed fromthe busy queue) before
you proceed to the next step.
22 Repeat steps 19 to 21 for all NT1X80 and NT1X81 cards on the shelf.
23 To access the PM level of the MAP display, type
>PM
and press the Enter key.
24 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (ISM, MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
25 Determine the state of the PM.
does not have the NT1X80 or
the NT1X81
step 23
If the PM Do
is ManB step 27
is other than listed here step 26
If the shelf Do
Frame supervisory panel and modular supervisory panel card replacement procedures 7-181
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (continued)
26 To manually busy the PM, type
>BSY
and press the Enter key.
Example of a MAP display:
27 Determine if the shelf has the NT1X80 enhanced-digital recorded
announcement machine (EDRAM) card or the NT1X81 conference card.
28 To post the single-card PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of single card PM (CTM, DTM)
pm_no
is the number of the PM (0 to 9999)
29 Determine the state of the PM.
30 To manually busy the PM, type
>BSY
and press the Enter key.
31 Repeat steps 28 to 30 for all NT1X80 and NT1X81 cards on the shelf.
SysB ManB OffL CBsy ISTb InSv
PM 58 1 6 14 12 17
MTM 0 1 0 0 0 9
MTM 0 ManB
bsy
MTM 0 Bsy
OK.
If the shelf Do
has the NT1X80 or the NT1X81 step 28
does not have the NT1X80 or
the NT1X81
step 32
If the PM Do
is ManB step 35
is other than listed here step 30
7-182 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame (continued)
32 Determine if the shelf has a STM.
33
Repeat steps 12 to 32 for the STM in the other half of the shelf.
34 The next action depends on how many shelves equipped with PMs associate
with the FSP card you replace.
35 Repeat steps 4 to 34 for PMs in the other shelf associated with the FSP card
you replace. Go to step 36.
If the shelf Do
has a STM, and only one STMis
manually busy
step 33
has a STM, and both STMs are
manually busy
step 34
has a STM step 34
WARNING
Loss of service
When you power down a STM, the mate power converter in
the other STM on the shelf trips. It is recommended to
manually busy and turn off both STMs on a shelf.
If Do
one shelf equipped with PMs as-
sociates with the card
step 36
two shelves equipped with PMs
associate with the card, and you
turned down functionality for
only one shelf
step 35
two shelves equipped with PMs
associate with the card, and you
turned down functionality for
both shelves
step 36
Frame supervisory panel and modular supervisory panel card replacement procedures 7-183
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (continued)
At the shelf
36
Select a shelf to turn off.
37 Pull and set the POWER switch handle on the power converter down to the
OFF position.
38 The next action depends on the type of PM in the shelf.
39 For the mate power converter in the STMon the other half of the shelf, set the
POWER switch to the OFF position.
Go to step 41.
40 For the other power converter on the shelf, pull and set the POWER switch
handle to the OFF position.
41 The next action depends on how many shelves equipped with PMs associate
with the FSP card you replace.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point to handle circuit cards. The wrist-strap grounding point
is on a modular supervisory panel (MSP) or a frame
supervisory panel (FSP). The wrist-strap protects the cards
against static electricity damage.
If the shelf Do
has an STM (with or without
DRAM)
step 39
has an MTM (with or without
DRAM)
step 40
has an ISM (with or without
DRAM)
step 41
is equipped as a TM step 41
If Do
one shelf equipped with PMs as-
sociates with the card
step 43
7-184 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame (continued)
42 Repeat steps 37 to 41 for PMs in the other shelf associated with the FSP card
you replace. Go to step 43.
43 Unscrew the slotted nut on the left-hand side of the FSP.
44 Open the FSP.
45 Remove the card.
46 Insert the replacement alarm and control card.
47 Close the FSP.
48 Tighten the slotted nut on the FSP.
49 Select a shelf to power up.
50 The next action depends on the type of power converter and the type of
supervisory panel.
51 Power up the converter.
a Pull and set the POWER switch handle up to the RESET position and
hold.
two shelves equipped with PMs
associate with the card, and you
powered down only one shelf
step 46
two shelves equipped with PMs
associate with the card, and you
powered down both shelves
step 43
If you Do
replace an NT2X70AE card and
the FSP or MSP has circuit
breakers
step 51
replace an NT2X70AE card and
the FSP or MSP does not have
circuit breakers
step 52
are not replacing an NT2X70AE
card and the FSP or MSP has
circuit breakers
step 53
do not replace an NT2X70AE
card and the FSP or MSP does
not have circuit breakers
step 54
If Do
Frame supervisory panel and modular supervisory panel card replacement procedures 7-185
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (continued)
b Pull and set the converter circuit breaker handle on the FSP or MSP up
until the handle clicks into place.
c Release the POWER switch handle.
Go to step 55.
52 Power up the converter.
a Pull and set the POWER switch handle up to the RESET position and
hold until the CONVERTER FAIL LED goes off.
b Release the handle.
Go to step 55.
53 Power up the converter.
a Pull and set the POWER switch handle up to the ON position.
b Press and hold the RESET button on the power converter.
c Pull the handle of the converter circuit breaker on the FSPor MSPup until
the handle clicks into place.
d Release the RESET button.
Go to step 55.
54 Power up the converter.
a Pull and set the POWER switch handle up to the ON position.
b Press and hold the RESET button on the power converter until the
CONVERTER FAIL LED goes off.
c Release the RESET button.
55 Determine the type of PM in the shelf, and if you powered up both power
converters.
If the shelf Do
has an STMor an MTM(with or
without DRAM) and you
already powered up both power
converters
step 60
has an STM (with or without
DRAM)
step 56
has an MTM (with or without
DRAM)
step 57
has an ISM (with or without
DRAM)
step 60
is equipped as a TM step 60
7-186 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame (continued)
56 For the mate power converter in the STMon the other half of the shelf, repeat
steps 50 to 55. Go to step 58.
57 For the other power converter on the shelf, repeat steps 50 to 55. Go to step
58.
58 The next action depends on how many shelves associate with the FSP card
you replace.
59 Repeat steps 50 to 58 for PMs in the other shelf associated with the FSP card
you replace. Go to step 60.
At the MAP terminal
60 To access the PM level of the MAP display, type
>PM
and press the Enter key.
61 The next step depends on the type of PM that is in the shelf.
62 To post the OAU, type
>POST OAU pm_no
and press the Enter key.
where
pm_no
is the number of the PM (0 to 9999)
63 To load the OAU, type
>LOADPM
and press the Enter key.
If Do
one shelf equipped with PMs
associates with the card
step 60
two shelves equipped with PMs
associate with the card, and you
powered up only one shelf
step 59
two shelves equipped with PMs
associate with the card, and you
powered up both shelves
step 60
If the PM Do
is an OAU step 62
is an ISM, MTM, STM, or TM step 66
Frame supervisory panel and modular supervisory panel card replacement procedures 7-187
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (continued)
Example of a MAP response:
64 To load the PM, perform the procedure Loading a PM in this document.
Complete the procedure and return to this point.
65 To return the PM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
66 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (ISM, MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
67 To load the PM, type
>LOADPM
and press the Enter key.
Example of a MAP response:
If the LOADPM command Do
passed step 65
failed step 64
If the RTS command Do
passed step 84
failed step 91
If the LOADPM command Do
passed step 69
OAU 0 LoadPM Passed
OAU 0 Rts Passed
MTM 0 LoadPM Passed
7-188 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame (continued)
68 To load the PM, perform the procedure Loading a PM in this document.
Complete the procedure and return to this point.
69 To return the PM to service, type
>RTS
and press the Enter key.
Example of a MAP response:
70 Record the messages on the MAP display for future reference.
71 To access the TTP level of the MAP display, type
>TRKS;TTP
and press the Enter key.
72 To post the circuits for the PM, type
>POST TM pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (ISM, MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
73 To return all circuits to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
failed step 68
If the RTS command Do
passed, and the PM is InSv step 71
passed, and the PM is ISTb
with a card list generated
step 70
failed step 91
If the LOADPM command Do
MTM 0 Rts Passed
RTS OK
Frame supervisory panel and modular supervisory panel card replacement procedures 7-189
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (continued)
74 The next action depends on the results of the PM RTS in step 69.
75 To manually busy all posted circuits, type
>BSY ALL
and press the Enter key.
76 To return all circuits to service, type
>RTS ALL
and press the Enter key.
77 To access the PM level of the MAP display, type
>PM
and press the Enter key.
78 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (CTM, DTM, ISM, MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
79 To perform an in-service test on the PM, type
>TST
and press the Enter key.
Example of a MAP response:
If the RTS command Do
passed without problems step 81
passed, but in-service tests failed
and the system generated a card
list
step 75
7-190 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT0X91
in a trunk module equipment frame (continued)
80 Record the messages on the MAP display for future reference.
81 To access the PM level of the MAP display, type
>PM
and press the Enter key.
82 To post the PM, type
>POST pm_type pm_no
and press the Enter key.
where
pm_type
is the type of PM (ISM, MTM, STM, TM)
pm_no
is the number of the PM (0 to 9999)
83 Repeat steps 66 to 79 for all PMs on this shelf. Go to step 84.
If the TST command Do
passed, and single-card PMs or an
STM are out of service
step 81
passed, and you worked on all PMs
on the shelf and you returned all PMs
to service
step 84
passed, and you worked on all PMs
on the shelf, not all PMs returned to
service
step 91
failed, and single-card PMs or an
STM that you did not work on that
you must return to service
step 80
failed, and you worked on all PMs on
the shelf
step 91
MTM 0 ISTb TSTFAIL
InSvce Tests Initiated
MTM 0 Tst Failed
Site Flr RPos Bay_id Shf Description Slot EqPEC
HOST 00 D06 TME 00 04 MTM : 000 04 2X59
HOST 00 D06 TME 00 04 MTM : 000 02 0X70
Following ISTb Exist :
Test Failed
Frame supervisory panel and modular supervisory panel card replacement procedures 7-191
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT0X91
in a trunk module equipment frame (end)
84 Determine how many shelves associate with the FSP card you replace.
85 Repeat steps 61 to 84 for PMs in the other shelf associated with the FSP card
you replace. Go to step 86.
86 Determine if the maintenance procedure directed you to this procedure.
87 Return to the maintenance procedure that sent you to this procedure and
continue as directed.
88 Contact the next level of support to determine how to handle necessary
services. Continue as directed.
89 Contact operating company personnel to determine why the component is
ofine. Continue as directed.
90 Report the results of the maintenance activity to the next level of support.
91 For additional help, contact the next level of support.
92 The procedure is complete.
If Do
one shelf equipped with PMs as-
sociates with the card
step 86
two shelves equipped with PMs
associate with the card, and you
returned to service the PM on
only one shelf
step 85
two shelves equipped with PMs
associate with the card, and you
returned to service the PM on
both shelves
step 86
If a maintenance procedure Do
directed you to this procedure step 87
did not direct you to this proce-
dure
step 92
7-192 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT6X36
in LCE-type frames and CLCE
Application
Use this procedure to replace the following cards in the shelves or frames
listed.
Refer to the Index" if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
There are no common procedures.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT6X36 AA, AB FSP alarm card line concentrating equipment
(LCE) frame
NT6X36 AA, EA FSP alarm card enhanced line concentrating
equipment (LCEI) frame
NT6x36 AA, AB FSP alarm card cabinetized line concentrating
equipment (CLCE), PEC
NTRX30AA
Frame supervisory panel and modular supervisory panel card replacement procedures 7-193
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT6X36
in LCE-type frames and CLCE (continued)
Summary of replacing a NT6X36 in LCE-type frames and CLCE
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Open FSP
panel
Replace card
Close FSP
panel
Check power
on shelves
Clear alarms Is power
supplied to
all shelves?
End
Y
N
Did a
maintenance
procedure direct
you to this
procedure?
N
Return to the
maintenance
procedure that
directed you to
this procedure.
Y
7-194 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT6X36
in LCE-type frames and CLCE (continued)
Replacing a NT6X36 in LCE-type frames and CLCE
At your current location
1
Obtain a replacement card. Make sure the replacement card and the card
you replace have the same PEC and PEC sufx.
At the frame
2
Unscrew the slotted nut on the left of the FSP.
Frame supervisory panel
3 Open the FSP.
4 Remove the card.
DANGER
Risk of electrocution
Some of the terminals inside the frame supervisory panel
(FSP) have an electrical potential of -48 V dc. Make sure
you remove all jewelry before you replace a card in the FSP.
Do not touch any terminal inside the FSP.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point to handle circuit cards. The wrist-strap grounding is on
a modular supervisory panel (MSP) or a frame supervisory
panel (FSP). The wrist-strap protects the cards against static
electricity damage.
Slotted nut Circuit breakers
Fan alarm override panel
Alarm battery supply fuses
Frame supervisory panel and modular supervisory panel card replacement procedures 7-195
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT6X36
in LCE-type frames and CLCE (continued)
Frame supervisory panel alarm and control cards
5 Insert the replacement alarm and control card.
6 Close the FSP.
7 Tighten the slotted nut on the FSP.
8 The next action depends on why you perform this procedure.
9 Return to the maintenance procedure that directed you to this procedure and
continue as directed.
NT6X36AB
NT6X36AA
Note: Remove and install
the card carefully. Make
sure the card does not jam
the slot.
If Do
a maintenance procedure
directed you to this procedure
step 9
a maintenance procedure did not
direct you to this procedure
step 10
7-196 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT6X36
in LCE-type frames and CLCE (end)
10 Check the CONVERTER FAIL LEDs on each power converter for each shelf.
11 To clear alarms, go to Alarm clearing and performance monitoring. Do not
return to this procedure.
12 The procedure is complete.
If Do
the LED is lit for any power
converter
step 11
the LEDis not lit for each power
converter
step 12
Frame supervisory panel and modular supervisory panel card replacement procedures 7-197
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTRX41
in MSP in streamline B cabinets
Application
Use this procedure to replace the following cards in a modular supervisory
panel (MSP). The following table lists the cards.
Refer to the Index" if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement NTP.
PEC Suffix Card name Shelf or frame name
NTRX41 AA Alarm module Cabinetized two-shelf
network (CDSN)
NTRX41 AA Alarm module Cabinetized input-output
equipment (CIOE)
NTRX41 AA Alarm module Cabinetized international
peripheral equipment (CIPE)
NTRX41 AA Alarm module Cabinetized miscellaneous
equipment (CMIS)
NTRX41 AA Alarm module Cabinetized trunk module
equipment (CTME)
NTRX41 AA Alarm module Cabinetized digital trunk
controller offshore (CDTO)
NTRX41 AA Alarm module Cabinetized line group
controller offshore (CLGO)
NTRX41 AA Alarm module Cabinetized message switch
7 (CMS7)
7-198 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTRX41
in MSP in streamline B cabinets (continued)
Common procedures
There are no common procedures.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-199
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTRX41
in MSP in streamline B cabinets (continued)
Summary of replacing a NTRX41 in MSP in streamline B cabinets
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Open MSP
cover
Replace
NTRX41
End
7-200 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTRX41
in MSP in streamline B cabinets (continued)
Replacing a NTRX41 in MSP in streamline B cabinets
At your current location
1 Obtain a replacement module. Make sure that the replacement module and
the module you remove have the same PEC and PEC sufx.
At the front of the MSP
2 To open the front cover of the MSP, pull out at the nger holes provided.
Swing the cover down to the open position.
3
Put on a wrist strap.
20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
NTRX54BA
NTRX44AA
NTRX41AA
NTRX43AA
NTRX42AA NTRX54BA
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of a frame supervisory panel (FSP) to handle modules.
The wrist strap protects the modules against static electricity
damage.
DANGER
Risk of injury from high energy levels, equipment damage
When you remove or insert a module, do not apply direct
pressure to module components. Make sure you do not force
a module into a slot.
Frame supervisory panel and modular supervisory panel card replacement procedures 7-201
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTRX41
in MSP in streamline B cabinets (continued)
At the front of the MSP
4 Remove the NTRX41 (alarm module) as follows:
a Locate the module.
Note: The NTRX41 is in slots 5 and 6.
b Disengage (loosen) the captive screw at the top of the module.
c Pull down (open) the locking lever on the lower left corner of the module.
d Carefully pull the module toward you until the module clears the shelf.
5 Make sure the replacement module and the module you removed have the
same PEC and PEC sufx.
6 Insert the replacement module as follows:
a Open the locking lever on the replacement module.
b Align the module with the slots in the shelf and carefully slide the module
into the shelf.
c Use your ngers or thumbs to push on the upper and lower edges of the
faceplate. Make sure the module sits completely in the shelf.
d Close the locking lever.
7-202 Frame supervisory panel and modular supervisory panel card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTRX41
in MSP in streamline B cabinets (end)
e Tighten the captive screw at the top of the module.
7 For additional help, contact the next level of support.
8 The procedure is complete.
If the MSP alarm LED Do
remains off step 8
turns on step 7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
8-1
8 Input/output device card replacement
procedures
Introduction
This chapter contains card replacement procedures for the input/output device
(IOD). The rst section in the chapter provides illustrations that show shelf
layouts.
Card replacement procedures for the frame supervisory panel (FSP) and
modular supervisory panel (MSP) are in the chapter Frame supervisory panel
and maintenance supervisory panel card replacement procedures".
Each procedure contains the following sections:
Application
Common procedures
Action
Application
This section identies the IODcard(s) that the replacement procedure covers.
Common procedures
This section lists common procedures for the IOD card replacement
procedure. A common procedure is a series of steps you repeat within
maintenance procedures. The procedure for the removal and replacement of a
card is a common procedure. Common procedures are in the common
procedures chapter in this NTP.
Do not go to the common procedures unless the step-action procedure directs
you to go.
Action
This procedure contains a summary ow chart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
8-2 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
Recording card replacement activities
When you replace a card, record the following information in ofce records:
the serial number of the card you replaced
the date you replaced the card
the reason you replaced the card
Input/output device card replacement procedures 8-3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
IOD shelf layouts
Application
This module contains a frame layout diagram for the input/output equipment
(IOE) frame. The module contains a cabinetized layout diagram for the
integrated services cabinet (CISM). The module contains shelf layouts for the
following:
input/output controller (IOC) shelf
single disk drive unit (DDU) shelf
two DDU shelf
input/output module (IOM) housed in a integrated services module (ISM)
shelf
Note: The frame and shelf layouts on the following pages are standard.
Differences in the shelves in your ofce can be present.
8-4 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
IOD shelf layouts (continued)
Figure Input/output equipment frame
Magnetic
tape drive
FSP
Dual DDU
Filler faceplate
IOC
Legend:
DDU Disk drive unit
FSP Frame supervisory panel
IOC I/O controller
Input/output device card replacement procedures 8-5
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
IOD shelf layouts (continued)
Figure Input/output controller shelf
Note: The NT1X67 terminal controller card can function as a Datalink
controller card, DATAPAC controller card, or SMDI controller card.
Cards
25F
23F
22F
21F
20F
19F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
Rear Front
06F
05F
02F
NT0X50 Filler faceplate
NT0X67 Bus terminator card
NT0X50 Filler faceplate
NT1X67 Terminal controller card
NT0X50 Filler faceplate
NT1X67 Terminal controller card
NT0X50 Filler faceplate
NT1X67 Terminal controller card
NT0X50 Filler faceplate
NT1X67 Terminal controller card
NT0X50 Filler faceplate
NT1X67 Terminal controller card
NT0X50 Filler faceplate
NT1X89 Multiprotocol controller card
NT0X50 Filler faceplate
NT1X67 Terminal controller card
NT0X50 Filler faceplate
NT1X68 Magnetic tape drive controller card
NT0X50 Filler faceplate
NT1X55 Disk drive unit controller card
NT1X62 IOC message processor card
NT0X50 Filler faceplate
NT2X70 Power coverter card
8-6 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
IOD shelf layouts (continued)
Figure Single disk drive unit shelf
Note: A faceplate covers the DDU. The drive is an 8 in. (20.3 cm) model
8211D-19 drive, a 5.25 in. (13.3 cm) model Seagate ST4883E or model
Maxtor XT4380E drive.
Cards
25F
01F
Rear Front
Disk drive unit
NT1X78 Disk drive power converter
Input/output device card replacement procedures 8-7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
IOD shelf layouts (continued)
Figure Two disk drive unit shelf
Note: A faceplate covers the DDUs. The drives are 8 in. (20.3 cm) model
8211D-19 drive, 5.25 in. (13.3 cm) model Seagate ST4883E or model
Maxtor XT4380E drive.
Cards
25F
15F
04F
01F
Rear Front
Disk drive unit
Disk drive unit
NT1X78 Disk drive power converter card
NT1X78 Disk drive power converter card
8-8 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
IOD shelf layouts (continued)
Figure Integrated services cabinet (CISM)
MSP
ISM shelves
ISM shelves
Input/output device card replacement procedures 8-9
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
IOD shelf layouts (end)
Figure Integrated services module shelf
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
Cards
20F
19F
18F
17F
16F
15F
14F
13F
12F
11F
10F
09F
08F
07F
04F
01F
Circuit board
Rear Front
NTFX43AA or NT0X50AG
06F
05F
02F
03F
21F
NTFX30 Controller
NTFX32 Media storage card
NTFX42AA
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
NT0X50AC filler faceplate or service card
8-10 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
Disk drive and magnetic tape controller cards
in an IOC
Application
Use this procedure to replace the following cards in an input/output controller
(IOC).
Refer to the Index" if you cannot identify the following features for the card
you want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index" contains a list of the cards, shelves, and frames documented in this
card replacement book.
Note: If the IOC shelf contains a minimumof one NT1X55FA disk drive unit
(DDU), the shelf must not contain the following power converter cards:
NT2X70AA
NT2X70AB
NT2X70AC
If the IOC contains these cards, a loss of service on the DDUs can occur and a
loss of data results. Contact the operating company personnel responsible for
the next level of support.
Common procedures
Refer to Replacing a card in this document.
PEC Suffix Card name Shelf or frame name
NT1X55 AA, AB,
BA, CA,
DA
Disk drive controller
card
IOC
NT1X55 FA SCSI disk drive unit IOC
NT1X68 AA, AB,
AC, BB,
BC, BD
Magnetic tape interface
card
IOC
Input/output device card replacement procedures 8-11
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Disk drive and magnetic tape controller cards
in an IOC (continued)
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to reviewthe procedure. Followthe steps to performthe procedure.
8-12 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
Disk drive and magnetic tape controller cards
in an IOC (continued)
Summary of replacing Disk drive and magnetic tape controller cards in an IOC
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOC
and the card
Make sure you
close files and
notify users
Manually busy
the card
Replace the
card
Return the
card to service
End
Input/output device card replacement procedures 8-13
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Disk drive and magnetic tape controller cards
in an IOC (continued)
Replacing Disk drive and magnetic tape controller cards in an IOC
At the MAP terminal
1
Get a replacement card. Make sure that the replacement card and the card
you remove have the same PEC and PEC sufx.
2 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
3 To post the IOC that associates with the card you are replacing, type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the IOC identication number (0 to 19)
Example of a MAP response:
4 To post the card, type
>CARD card_no
and press the Enter key.
where
WARNING
Loss of billing data
This procedure instructs you to remove disk and tape drive
device controllers from service. The active automatic
message accounting (AMA) le can be on the IOC that
contains the card you will replace. Make sure you close all
les before you manually busy the controller.
IOD
CONS MPC CONS CONS MPC TYPE MTD DDU
.--- .... ---- ..-- .--- ---- STAT .--- .--- ....
0123 0123 0123 0123 0123 0 PORT 0123 0123 0123 0123
4 5 6 7 8 IOC CARD 0 1 2 3
DPPU: . SCAI: . MLP : . DPPP: .
SLM : SLMbsy NOP : . NX25: . DIRP: AMA B XFER: .
STAT . . . .
IOC 0 1 2 3
8-14 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
Disk drive and magnetic tape controller cards
in an IOC (continued)
card_no
is the card identication number (0 to 8)
Example of a MAP response:
5 The next action depends on the card you replace.
6 Determine the state of the NT1X55 controller card.
7 To determine if les are open on the DDU, type
>ALLOC
and press the Enter key.
Example of a MAP response:
IOD
User
Status Idle
TapeName
Card 0 MTD 0
CONS MPC CONS CONS MPC TYPE MTD DDU
.--- .... ---- ..-- .--- ---- STAT .--- .--- ....
0123 0123 0123 0123 0123 0 PORT 0123 0123 0123 0123
4 5 6 7 8 IOC CARD 0 1 2 3
DPPU: . SCAI: . MLP : . DPPP: .
SLM : SLMbsy NOP : . NX25: . DIRP: AMA B XFER: .
STAT . . . .
IOC 0 1 2 3
If the card you replace Do
is NT1X55 step 6
is NT1X68 step 10
If the card Do
is ManB step 9
is Offl step 39
is other than listed here step 7
Input/output device card replacement procedures 8-15
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Disk drive and magnetic tape controller cards
in an IOC (continued)
Note: If you replace an NT1X55FA, record the name and number of each
disk volume.
8 To manually busy the controller, type
>BSY
and press the Enter key.
9 To ofine the NT1X55 card, type
>OFFL
and press the Enter key.
Go to step 13.
10 Determine the state of the NT1X68 controller card.
11 Notify all users that the systemwill interrupt service for the device. Wait until
all users cease to access the device before you proceed to the next step.
12 To manually busy the controller, type
>BSY
and press the Enter key.
D000 0 NO 0 10 AMA2 280A 500
50 D000 0 NO 0 9 TST 2809
5000 D000 0 NO 0 8 AMA1 2808
5000 D000 0 NO 0 7 SMDR 2807
.
.
.
NO 0 2 RTMLOADS 2802 20000 D000 0
NO 0 1 XPMLOADS 2801 35000 D000 0
NO 0 0 IMAGE 2800 45000 D000 0
FILES_OPEN VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O
If les Do
are open step 31
are not open step 8
If the card Do
is ManB step 13
is Offl step 39
is other than listed here step 11
8-16 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
Disk drive and magnetic tape controller cards
in an IOC (continued)
At the shelf
13
To replace the card, use the procedure Replacing a card in this document.
Complete the procedure and return to this point.
Note 1: Make sure the handle of the PWR switch on the replacement
power converter is in the OFF position.
Note 2: Determine if the card you will replace has switches. Make sure
the switches for the replacement card and the card you will replace have
the same settings.
14 The next action depends on the type of card you replace.
At the MAP terminal
15 To start the disk drive motor, type
>START
and press the Enter key.
MAP response:
DANGER
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point to handle circuit cards. The wrist-strap grounding point
is on a frame supervisory panel (FSP) or a modular
supervisory panel (MSP). The wrist strap protects the cards
against static electricity damage.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point to handle circuit cards. The wrist-strap grounding point
is on a frame supervisory panel (FSP) or a modular
supervisory panel (MSP). The wrist strap protects the cards
against static electricity damage.
If the card you replace Do
is NT1X55FA step 15
is other than listed here step 26
Disk Start Successful
Input/output device card replacement procedures 8-17
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Disk drive and magnetic tape controller cards
in an IOC (continued)
16 To test the disk drive, type
>TST
and press the Enter key.
Example of a MAP display:
17 To performthe volume allocation tests, performthe procedure Allocating test
volumes on 8-in., 5.25-in., or 2.5-in. DDUs in Routine Maintenance
Procedures. Complete the procedure and return to this point.
18 To perform interference and le transfer tests, perform the procedure
Performing DDU interference and le transfer tests. This document is in
Routine Maintenance Procedures. Complete the procedure and return to this
point.
19 To access the CI level of the MAP display, type
>QUIT ALL
and press the Enter key.
20 To access the allocation utility, type
>ALLOC ddu_no
and press the Enter key.
where
ddu_no
is the DDU number (0 to 9)
21 To conrm the command, type
>YES
and press the Enter key.
22 To add a volume to the disk, type
>ADD vol_name vol_size
and press the Enter key.
Note: You recorded the names and sizes of the required disk volumes in
step 7.
where
vol_name
is the volume name you recorded in step 7
If the TST command Do
passed step 17
failed step 40
Card 8 Unit 0
User SYSTEM Drive_State
Status BSY spinning
8-18 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
Disk drive and magnetic tape controller cards
in an IOC (continued)
vol_size
is the volume size you recorded in step 7
23 Repeat step 22 for each of the disk volumes that remain.
24 To enforce the allocation of the volumes, type
>UPDATE
and press the Enter key.
Example of a MAP response:
25 To quit the allocation utility, type
>QUIT
and press the Enter key.
26 To manually busy the card, type
>BSY
and press the Enter key.
27 To test the card, type
>TST
and press the Enter key.
28 To return the card to service, type
>RTS
and press the Enter key.
Note: If an NT1X55 is in use, the RTS command requires 75 s to
complete.
If the RTS command Do
passed step 29
failed step 40
WARNING: A break HX of this process may cause
severe corruption on the disk that may
require it to be reformatted.
Writing label of Volume IMAGE
Successful
Starting Initialization of Volume IMAGE
A break HX of this process may cause severe corruption
on this volume that may require reinitialization of all
non initialized volumes.
Number of Bad Blocks = 0
Successful
Update Done
Input/output device card replacement procedures 8-19
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Disk drive and magnetic tape controller cards
in an IOC (continued)
29 The next action depends on why you perform this procedure.
30 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
31
If device independent recording package (DIRP) volumes are open, the
following events occur:
the DDU drops SysB
billing data is lost
open Logutil les are lost or corrupted
Before starting card replacement procedures, close the DIRP volumes.
Close les from DIRP and demount active volumes from the DDU. Use the
procedure, Deallocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
32 Stop les recording to and from the Logutil. Type the following command at
the Logutil command level:
>LOGUTIL;LISTDEVS
and press the Enter key.
33 Close les on volumes on the DDU of the IOC by typing
>STOPDEV dev_name
and pressing the Enter key.
where
dev_name
is the name of the device
34 To quit the allocation utility, type
>QUIT
and press the Enter key.
If a maintenance procedure Do
directed you to this procedure step 30
did not direct you to this proce-
dure
step 41
WARNING
Loss of data
If les are open do not busy the controller. If you busy the
controller while les are open, billing data will be lost. For
additional help, contact the next level of support.
8-20 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
Disk drive and magnetic tape controller cards
in an IOC (end)
35 Repeat the ALLOC command to determine if the les are closed by typing
>ALLOC
and pressing the Enter key.
36 Conrm that you have done steps 31 to 35. If the les are still open, contact
your next level of support.
37 Manually busy the DDU, by typing
>BSY
and pressing the Enter key.
38 When cards are replaced and the DDU is in service, open the les. Use the
procedure Allocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
39 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
40 For additional help, contact the next level of support.
41 The procedure is complete.
If the les Do
are open step 36
are closed step 37
If the DDU Do
is ManB step 9
is not ManB step 40
Input/output device card replacement procedures 8-21
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X67
in an IOC
Application
Use this procedure to replace an NT1X67 in an input/output controller (IOC).
Refer to the Index if you cannot identify the following features for the card you
want to replace:
product engineering code (PEC)
PEC sufx
provisioned shelf
provisioned frame
The Index contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to Replacing a card.
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to reviewthe procedure. Followthe steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT1X67 AA, AB,
BC, BD,
CB
Terminal controller card IOC
NT1X67 BA, DA Datalink controller card IOC
NT1X67 BB, DB DATAPAC controller
card
IOC
NT1X67 FA SMDI controller card IOC
8-22 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X67
in an IOC (continued)
Summary of replacing a NT1X67 in an IOC
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOC
Post the card
Manually busy
all ports on the
card
Replace the
card
Return all ports
to service
End
Input/output device card replacement procedures 8-23
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X67
in an IOC (continued)
Replacing a NT1X67 in an IOC
At the shelf
1
Obtain a replacement card. Make sure the replacement card and the card
you remove have the same PEC and PEC sufx.
2 Determine which power converter card is on the shelf that contains the card
you want to replace.
At the MAP terminal
3 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
Example of a MAP display:
WARNING
Loss of billing and other data
Do not proceed if NT2X70AA, NT2X70AB, or NT2X70AC
power converter cards power the IOC shelf. The following
cards may not function reliably in an IOC powered by
NT2X70AA, NT2X70AB, or NT2X70AC cards:
NT1X55FA, NT1X89, or NT1X67BC/BD that run
applications at 9600 baud (on one port or all four ports
combined). Contact the personnel responsible for the next
level of support.
WARNING
Loss of service
If you remove IOC P-side ports from service, you can affect
MAP access for other operating company personnel.
Perform this procedure during periods of low maintenance
activity.
If the power converter card is Do
an NT2X70AA, NT2X70AB, or
NT2X70AC
step 19
an NT2X70AD or NT2X70AE step 3
8-24 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X67
in an IOC (continued)
4 To post the IOC that associates with the card you will replace, type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the IOC identication number (0 to 19)
Example of a MAP display:
5 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
IOD
IOC 0 1 2 3
STAT . . . .
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
TYPE MTD DDU CONS MPC CONS CONS MPC
Input/output device card replacement procedures 8-25
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X67
in an IOC (continued)
6 Note the CONS ID and status for each port.
Note: If you use a minimum of one of these IDs to access the MAP
maintenance levels, logout. Use an ID on a different card or a different
IOC.
7 Notify all operating company personnel that you will remove fromservice the
CONS IDs that associate with the card you replace.
8 To manually busy a port on the card, type
>BSY port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 3)
9 Repeat step 8 until you manually busy all ports on the card. Go to step 10.
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 6 Ckt 0 1 2 3
Status . . - -
Cons Id RD040 RD041 TEAM4 TEAM6
ConType VT100 VT100 VT100 VT100
If Do
all ports are ManBsy step 12
a minimum of one port is Offl step 20
a minimumof one port is . (dot) step 7
all ports are in any other
out-of-service state
step 8
If the BSY command Do
passed step 9
failed step 21
8-26 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X67
in an IOC (continued)
10 To ofine a port on the card, type
>OFFL port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 3)
11 Repeat step 10 until you ofine all ports on the card. Go to step 12.
At the shelf
12
To replace the card, use the procedure Replacing a card in this document.
Complete the procedure and return to this point.
Note: Determine if the card you replace has switches. Make sure the
switches on the replacement card and the card you replace have the same
settings.
At the MAP terminal
13 To manually busy a port on the card, type
>BSY port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 3)
If the OFFL command Do
passed step 11
failed step 21
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point to handle circuit cards. The wrist-strap grounding point
is on a frame supervisory panel (FSP) or a modular
supervisory panel (MSP). The wrist trap protects the cards
against static electricity damage.
If the BSY command Do
passed step 14
Input/output device card replacement procedures 8-27
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X67
in an IOC (end)
14 Repeat step 13 until you manually busy all ports on the card. Go to step 15.
15 To return a port to service, type
>RTS port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 3)
16 Repeat step 15 until you return all ports to service. Go to step 17.
17 The next action depends on why you perform this procedure.
18 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
19 Do not proceed if NT2X70AA, NT2X70AB, or NT2X70AC power converter
cards power the IOC shelf. The following cards may not function reliably in
an IOC powered by NT2X70AA, NT2X70AB, or NT2X70AC power converter
cards:
NT1X55FA
NT1X67BCor NT1X67BDthe run applications at 9600 baud (on one port
or all four ports combined)
NT1X89
Go to step 21.
20 To determine why the port is ofine, consult operating company personnel.
Continue as directed by operating company personnel.
21 For additional help, contact the operating company personnel responsible for
the next level of support.
22 The procedure is complete.
failed step 21
If the RTS command Do
passed step 16
failed step 21
If a maintenance procedure Do
directed you to this procedure step 18
did not direct you to this proce-
dure
step 22
If the BSY command Do
8-28 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X78
in an IOE DDU shelf
Application
Use this procedure to replace an NT1X78 in the shelves or frames listed in the
following table.
Refer to the Index if you cannot identify the following features for the card you
want to replace:
product engineering code (PEC)
PEC sufx
equipped shelf
equipped frame
The Index contains a list of the cars, shelves, and frames documented in this
card replacement book.
Refer to gure Figure , "DDU shelf" on page -36 on page 8-26 for a diagram
of the NT1X78 in a single-DDU shelf.
Common procedures
This procedure refers to Replacing a card.
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
The following owchart is a summary of the procedure. To replace the card,
use the instructions that follow the owchart.
PEC Suffix Card name Shelf or frame name
NT1X78 AA Power converter card
(+5V, -5V, -12V, +24V)
single-disk drive unit (DDU)
shelf in an input/output
equipment (IOE) frame;
two-DDU shelf in an IOE
frame
NT1X78 KA -60V power converter
card (+5V, -5V, -12V,
+24V)
single-DDU shelf in an IOE
frame; two-DDU shelf in an
IOE frame
Input/output device card replacement procedures 8-29
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X78
in an IOE DDU shelf (continued)
Summary of Replacing a NT1X78 in an IOE DDU shelf
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOC
and the DDU
controller card
Make sure that
all files are
closed
Manually busy
the controller
card
Turn off the
DDU shelf
Replace the
card
Turn on,the
DDU shelf
Return the
DDU controller
card to service
End
8-30 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X78
in an IOE DDU shelf (continued)
Replacing a NT1X78 in an IOE DDU shelf
At the MAP terminal
1
Obtain a replacement card. Make sure the replacement card and the card
you remove have the same PEC and PEC sufx.
2 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
3 To post the IOC that associates with the card you will replace, type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the IOC identication number (0 to 19)
Example of a MAP response:
4 To post the DDU controller card, type
>CARD card_no
and press the Enter key.
WARNING
Loss of billing data
This procedure instructs you to power down a disk drive unit.
The active automatic message accounting (AMA) le can be
on the IOC that contains the card you replace. Make sure that
you close all les before you power down the disk drive unit.
MTD DDU CONS MPC CONS CONS MPC TYPE
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
0123 0123 0123 PORT 0123 0123 0123 0123 0123 0123 0
2 3 4 5 6 7 8 IOC CARD 0 1
MLP : . DPPP: . DPPU: . SCAI: .
: . NX25: . DIRP: AMA B XFER: . SLM : SLMbsy NOP
STAT . . . .
IOC 0 1 2 3
IOD
Input/output device card replacement procedures 8-31
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X78
in an IOE DDU shelf (continued)
where
card_no
is the card identication number (0 to 8)
Example of a MAP response:
5 Determine the state of the DDU controller card.
6 To determine if les are open on the DDU, type
>ALLOC
and press the Enter key.
Example of a MAP response:
If the card Do
is MBSY step 9
is OFFL step 24
is other than listed here step 6
User
Status Idle
TapeName
Card 0 MTD 0
MTD DDU CONS MPC CONS CONS MPC TYPE
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
0123 0123 0123 PORT 0123 0123 0123 0123 0123 0123 0
2 3 4 5 6 7 8 IOC CARD 0 1
MLP : . DPPP: . DPPU: . SCAI: .
: . NX25: DIRP: AMA B XFER: . SLM : SLMbsy NOP
STAT . . . .
IOC 0 1 2 3
IOD
NO 0 10 AMA2 280A 500 D000 0
2809 50 D000 0 NO 0 9 TST
8 AMA1 2808 5000 D000 0 NO 0
0 NO 0 7 SMDR 2807 5000 D000
20000 D000 0 NO 0
.
.
.
2 RTMLOADS 2802
1 35000 D000 0 NO 0 XPMLOADS 280 1
0 IMAGE 2800 45000 D000 0 NO 0
FILES_O VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O
8-32 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X78
in an IOE DDU shelf (continued)
7 To manually busy the controller, type
>BSY
and press the Enter key.
Example of a MAP response:
8 To spin down the DDU, type
>STOP
and press the Enter key.
Example of a MAP display:
9 Wait until the DDU spins down before you proceed to the next step. The
status code spun_down appears under the Drive_State header on the MAP
display.
If les Do
are open step 17
are not open step 7
bsyOK
Disk stop successful
Input/output device card replacement procedures 8-33
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X78
in an IOE DDU shelf (continued)
At the shelf
10
Set the POWER switch on the power converter to the OFF position.
11 To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Note: Determine if the card you will replace has switches. Make sure the
switches on the replacement card and the card you will replace have the
same settings.
12 Reset the power converter as follows:
a Set the POWER switch on the converter to the ON position.
b Press and hold the RESET button on the power converter.
c When the CONVERTER FAIL lamp turns off, release the RESET button.
13 Make sure the power LED is lit. The power LED indicates that the power
converter is on.
DANGER
Risk of personal injury
If you touch the parts that rotate on the underside of the
DDU, you can be injured.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point to handle circuit cards. The wrist-strap grounding point
is on a frame supervisory panel (FSP) or a modular
supervisory panel (MSP). The wrist strap protects the cards
against static electricity damage.
If the power LED Do
is lit step 14
is not lit step 25
8-34 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X78
in an IOE DDU shelf (continued)
At the MAP terminal
14 To return the DDU controller to service, type
>RTS
and press the Enter key.
Note: The RTS command can take 3 min to complete. The RTS
command also spins up the disk drive.
15 The next action depends on why you perform this procedure.
16 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
17
If device independent recording package (DIRP) volumes are open, the
following events occur:
the DDU drops SysB
billing data is lost
open Logutil les are lost or corrupted
Before starting card replacement procedures, close the DIRP volumes.
Close les from DIRP and demount active volumes from the DDU. Use the
procedure, Deallocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
18 Stop les recording to and from the Logutil. Type the following command at
the Logutil command level:
>LOGUTIL;LISTDEVS
If the RTS command Do
passed step 15
failed step 25
If a maintenance procedure Do
directed you to this procedure step 16
did not direct you to this proce-
dure
step 26
CAUTION
Loss of data
If les are open do not busy the controller. If you busy the
controller while les are open, billing data will be lost. For
additional help, contact the next level of support.
Input/output device card replacement procedures 8-35
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X78
in an IOE DDU shelf (continued)
and press the Enter key.
19 Close les on volumes on the DDU of the IOC.
>STOPDEV dev_name
and press the Enter key.
where
dev_name
is the name of the device
>QUIT
and press the Enter key.
20 Repeat the ALLOC command to determine if les are closed, by typing
>ALLOC
and pressing the Enter key.
21 Conrm that you have done steps 17 to 20. If the les are still open, contact
your next level of support.
22 Manually busy the DDU, by typing
>BSY
and pressing the Enter key.
23 When cards are replaced and the DDU is in service, open the les. Use the
procedure Allocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
24 Contact operating company personnel to determine why the component is
ofine. Continue as directed by operating company personnel.
25 For additional help, contact the next level of support.
26 The procedure is complete.
If the les Do
are open step 21
are closed step 22
If the DDU Do
is MBSY step 23
is not MBSY step 25
8-36 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X78
in an IOE DDU shelf (end)
DDU shelf
Disk drive unit
(DDU)
Front panel
DMS-100 cabinet
NT1X78 power
converter
Input/output device card replacement procedures 8-37
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X89
in an IOC shelf
Application
Use this procedure to replace an NT1X89 in an input/output controller (IOC),
as listed in the following table.
Refer to the Index if you cannot identify one of the following features for the
card you want to replace:
product engineering code (PEC)
PEC sufx
equipped shelf
equipped frame
The Index contains a list of the cards, shelves, and frames documented in this
card replacement book.
Common procedures
This procedure refers to Replacing a card.
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to reviewthe procedure. Followthe steps to performthe procedure.
PEC Suffix Card name Shelf or frame name
NT1X89 AA, AB Multiprotocol controller
card
IOC
NT1X89 BB Enhanced multiprotocol
controller card
IOC
8-38 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X89
in an IOC shelf (continued)
Summary of replacing a NT1X89 in an IOC shelf
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the MPC
card
Notify all users
of pending
maintenance
Manually busy
all ports
Replace the
card
Load the MPC
card
Return all ports
to service
End
Input/output device card replacement procedures 8-39
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X89
in an IOC shelf (continued)
Replacing a NT1X89 in an IOC shelf
At the MAP terminal
1
Obtain a replacement card. Make sure the replacement card and the you
remove have the same PEC and PEC sufx.
2 Determine which power converter card is on the shelf that contains the card
you want to replace.
3 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
Example of a MAP display:
WARNING
Loss of billing and other data
Do not proceed if NT2X70AA, NT2X70AB, or NT2X70AC
power converter cards power the IOC shelf. The following
cards may not function reliably in an IOC powered by
NT2X70AA, NT2X70AB, or NT2X70AC cards:
NT1X55FA, NT1X89, or NT1X67BC/BD that run
applications at 9600 baud (on one port or all four ports
combined). Contact the personnel responsible for the next
level of support.
WARNING
Loss of service
Perform this procedure during periods of low trafc. If you
remove a multiprotocol controller (MPC) card from service
you can affect Data Packet Network (DPN) service and the
service of any other MPC cards on the same IOC shelf.
If the power converter card Do
is an NT2X70AA, NT2X70AB,
or NT2X70AC
step 18
is an NT2X70AD or
NT2X70AE
step 3
8-40 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X89
in an IOC shelf (continued)
4 To post the IOC associated with the card you will replace, type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the IOC identication number (0 to 19)
Example of a MAP display:
5 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
IOD
IOC 0 1 2 3
STAT . . . .
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
TYPE MTD DDU CONS MPC CONS CONS MPC
0123
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 3 Unit 0
User SYSTEM BOARD LINK0 LINK1 LINK2 LINK3
Status Ready COMACT UNEQ N/A UNEQ ENABLD
0123
Input/output device card replacement procedures 8-41
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X89
in an IOC shelf (continued)
6 Determine the state of the card.
Note: The card state appears under the BOARD header on the MAP
display.
7 To display status information on current MPC conversations, type
>QCONV
and press the Enter key.
Example of a MAP response:
8 Notify all users of the MPCcard you will replace that an interruption of service
will occur. Also notify all users of the other MPC cards on the same IOC shelf
that an interruption of service may occur.
Wait until all sessions are inactive before you proceed. If you need to verify
MPC activity, repeat step 6.
9 To manually busy the card and the links of the card, type
>BSY ALL FORCE
and press the Enter key.
Example of a MAP response:
10 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
If the card state is Do
MANB step 11
OFFL step 19
other than listed here step 7
If Do
a minimum of one session is
active
step 8
all sessions are inactive step 9
MPC L LCN STATUS CCC SEC PARDEV INP OPEN OWNER
--- - --- --------- ---- ---- ------ ---- ---- -------
0 3 1 INACTIVE none none none FIL 0 none
0 3 2 INACTIVE none none none FIL 0 none
TYPE YES TO VERIFY FORCE, NO TO CANCEL COMMAND
Please confirm ("YES", "Y", "NO", or "N"):
8-42 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT1X89
in an IOC shelf (continued)
At the shelf
11
To replace the card, use the procedure Replacing a card in this document.
Complete the procedure and return to this point.
Note: Determine if the card you replace has switches. Make sure the
switches on the replacement card and the card you replace have the same
settings.
12 The next action depends on why you perform this procedure.
13 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
At the MAP terminal
14 To load the MPC, type
>DOWNLD
and press the Enter key.
Example of a MAP response:
If the BSY command Do
passed step 11
failed step 20
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point to handle circuit cards. The wrist-strap grounding point
is on a frame supervisory panel (FSP) or a modular
supervisory panel (MSP). The wrist strap protects the cards
against static electricity damage.
If a maintenance procedure Do
directed you to this procedure step 13
did not direct you to this proce-
dure
step 14
REQUEST PASSED FOR LINKS.
REQUEST PASSED FOR CARD.
Input/output device card replacement procedures 8-43
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X89
in an IOC shelf (end)
15 To return the MP to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
16 Wait 1 min to determine the status of MPC components.
17 Notify users that the MPC is in service.
18 Do not proceed if NT2X70AA, NT2X70AB, or NT2X70AC power converter
cards power the IOC shelf. The following cards may not function reliably in
an IOC powered by NT2X70AA, NT2X70AB, or NT2X70AC power converter
cards:
NT1X55FA
NT1X67BCor NT1X67BDthe run applications at 9600 baud (on one port
or all four ports combined)
NT1X89
Go to step 20.
19 To determine why the MPC is ofine, contact operating company personnel.
Continue as directed by operating company personnel.
20 For additional help, contact the next level of support.
21 The procedure is complete.
If the DOWNLD command Do
passed step 15
failed step 20
If Do
the system status is Ready, the
board status is COMACT, and the
link status is ENABLD for each
provisioned link
step 17
the status of MPC components is
other than listed here
step 20
DOWNLOAD OF TABLE MPC FILE "MPC403AB" SUCCEEDED.
REQUEST PASSED FOR CARD.
REQUEST PASSED FOR LINKS.
8-44 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X70
in an IOC
Application
Use this procedure to replace an NT2X70 in an input/output controller (IOC).
If NT2X70AA, NT2X70AB, or NT2X70AC power converter cards power the
IOC shelf, contact the personnel responsible for the next level of support. The
following cards may not function reliably in an IOC powered by NT2X70AA,
NT2X70AB, or NT2X70AC cards:
NT1X55FA
NT1X67BCor NT1X67BDthat run applications at 9600 baud (on one port
or all four ports combined)
NT1X89
Refer to the Index if you cannot identify one of the following features for the
card you want to replace:
product engineering code (PEC)
PEC sufx
equipped shelf
equipped frame
The Index contains a list of cards,shelves, and frames documented in this card
replacement book.
Common procedures
This procedure refers to Replacing a card.
Do not go to the common procedure unless the step-action procedure directs
you to go.
PEC Suffix Card name Shelf or frame name
NT2X70 AD, AE,
AF
Power converter card IOC
NT2X70 EA -48 V power converter
card
IOC
Input/output device card replacement procedures 8-45
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X70
in an IOC (continued)
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to reviewthe procedure. Followthe steps to performthe procedure.
8-46 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X70
in an IOC (continued)
Summary of replacing a NT2X70 in an IOC
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOC
Manually busy
all ports and
cards
Manually busy
the IOC
Turn off the
shelf
Replace the
card
Turn on the
shelf
Return the IOC
to service
Load MPC
cards if
necessary
Return all ports
and cards to
service
End
Input/output device card replacement procedures 8-47
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X70
in an IOC (continued)
Replacing a NT2X70 in an IOC
At the MAP terminal
1
Obtain a replacement card. Make sure that the replacement card and the
card you remove have the same PEC and PEC sufx.
2 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
3 To post the IOC that associates with the card you will replace, type
>IOC ioc_no
and press the Enter key.
where
ATTENTION
This procedure directs you to manually busy all terminal controller cards for
the IOC. Perform this procedure from a MAP terminal that does not connect
to the IOC.
WARNING
Loss of service
This procedure directs you to remove an IOC and the device
controllers from service. Perform this procedure only if you
need to recover out-of-service components. Unless it si
urgent, perform this procedure during periods of low trafc
only.
WARNING
Loss of billing and other data
If NT2X70AA, NT2X70AB, or NT2X70AC power converter
cards power the IOC shelf, contact the personnel responsible
for the next level of support. The following cards may not
function reliably in an IOC powered by NT2X70AA,
NT2X70AB, or NT2X70AC cards: NT1X55FA, NT1X89, or
NT1X67BC/BD that run applications at 9600 baud (on one
port or all four ports combined).
8-48 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X70
in an IOC (continued)
ioc_no
is the IOC identication number (0 to 19)
Example of a MAP display:
4 The next action depends on if terminal controller cards are on the shelf.
5 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP response:
IOC 0 1 2 3
STAT . . . .
DIRP: NO AMA XFER: . SLM : . NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123 0123
STAT P--- P--- .... .--- .... .--- .... .--- ....
TYPE MTD DDU CONS MPC CONS CONS CONS MPC CONS
If terminal controller cards Do
are on the shelf step 5
are not on the shelf step 11
Input/output device card replacement procedures 8-49
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X70
in an IOC (continued)
6 Note the CONS ID and status for each port.
7 Notify all operating company personnel that you will remove fromservice the
CONS IDs that associate with the card you replace. Wait until all operating
company personnel cease activity for these CONS IDs.
8 To manually busy a port on the card, type
>BSY port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 3)
9 Repeat step 8 until all ports on the card are manually busy. Go to step 10.
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .---
----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 6 Ckt 0 1 2 3
Status . . - -
Cons Id RD040 RD041 TEAM4 TEAM6
ConType VT100 VT100 VT100 VT100
If Do
all ports are ManBsy step 10
a minimum of one port is Offl step 60
a minimumof one port is . (dot) step 7
all ports are in any other
out-of-service state
step 8
If the BSY command Do
passed step 9
failed step 68
8-50 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X70
in an IOC (continued)
10 Repeat steps 5 to 9 for each terminal controller card on the shelf. Go to step
11.
11 The next action depends on if multiprotocol controller cards (MPC) are on the
shelf.
12 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP response:
13 Determine the state of the card.
Note: The card state appears under the BOARD header on the MAP
display.
If MPC cards Do
are on the shelf step 12
are not on the shelf step 19
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 3 Unit 0
User SYSTEM BOARD LINK0 LINK1 LINK2 LINK3
Status Ready COMACT UNEQ N/A UNEQ
ENABLD
If the card state Do
is MANB step 18
is OFFL step 60
is other than listed here step 14
Input/output device card replacement procedures 8-51
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X70
in an IOC (continued)
14 To display status information on current MPC conversations, type
>QCONV
and press the Enter key.
Example of a MAP response:
15 Notify all users that an interruption of MPC service will occur. Wait until all
sessions are inactive before you proceed. Repeat step 14 if you need to
verify MPC session activity.
16 To manually busy the card and links, type
>BSY ALL FORCE
and press the Enter key.
Example of a MAP response:
17 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
18 Repeat steps 12 to 17 for each MPC card on the shelf. Go to step 19.
If Do
a minimum of one session is ac-
tive
step 15
all sessions are inactive step 16
If the BSY command Do
passed step18
failed step 68
MPC L LCN STATUS CCC SEC PARDEV INP OPEN OWNER
--- - --- --------- ---- ---- ------ ---- ---- -------
0 3 1 INACTIVE none none none FIL 0 none
0 3 2 INACTIVE none none none FIL 0 none
TYPE YES TO VERIFY FORCE, NO TO CANCEL COMMAND
confirm ("YES", "Y", "NO", or "N"): Please
REQUEST PASSED FOR LINKS.REQUEST PASSED FOR CARD.
8-52 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X70
in an IOC (continued)
19 The next action depends on if disk drive or magnetic tape controller cards are
on the shelf.
20 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP response:
21 Determine the state of the card.
22 To determine if les are open on the DDU, type
>ALLOC
and press the Enter key.
Example of a MAP response:
If disk drive controller cards Do
are on the shelf step 20
are not on the shelf step 25
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123
0123
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 0 MTD 0
TapeName
Status Idle
User
If the card Do
is MBSY step 24
is OFFL step 60
is other than listed here step 22
Input/output device card replacement procedures 8-53
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X70
in an IOC (continued)
23 To manually busy the controller, type
>BSY
and press the Enter key.
Example of a MAP response:
24 Perform steps 20 to 23 for each disk drive controller card on the shelf. Go to
step 25.
25 The next action depends on if magnetic tape drive controller cards are on the
shelf.
26 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP response:
VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O FILES_OPEN
0 IMAGE 2800 45000 D000 0 NO 0
1 XPMLOADS 2801 35000 D000 0 NO 0
2 RTMLOADS 2802 20000 D000 0 NO 0
.
.
.
7 SMDR 2807 5000 D000 0 NO 0
8 AMA1 2808 5000 D000 0 NO 0
9 TST 2809 50 D000 0 NO 0
10 AMA2 280A 500 D000 0 NO 0
If les Do
are open step 61
are not open step 23
If magnetic tape controller cards Do
are on the shelf step 26
are not on the shelf step 31
bsy
OK
8-54 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X70
in an IOC (continued)
27 Determine the state of the card.
28 Notify all users that an interruption of service for the device will occur. Wait
until all users cease to access the device before you proceed to the next step.
29 To manually busy the card, type
>BSY
and press the Enter key.
Example of a MAP response:
bsyOK
30 Repeat steps 26 to 29 for each magnetic tape drive controller card on the
shelf. Go to step 31.
31 To return to the IOC level of the map display, type
>QUIT
and press the Enter key.
32 Determine the state of the IOC.
IOD
IOC 0 1 2 3
STAT . . . .
DIRP: AMA B XFER: . SLM : SLMbsy NOP : . NX25: .
MLP : . DPPP: . DPPU: . SCAI: .
IOC CARD 0 1 2 3 4 5 6 7 8
0 PORT 0123 0123 0123 0123 0123 0123 0123 0123 0123
STAT .--- .--- .... .--- .... ---- ..-- .--- ----
TYPE MTD DDU CONS MPC CONS CONS MPC
Card 0 MTD 0
TapeName
Status Idle
User
If the card Do
is ManBsy step 30
is Offl step 60
is Idle step 29
is other than listed here step 28
If the state of the IOC Do
is M step 34
Input/output device card replacement procedures 8-55
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X70
in an IOC (continued)
33 To manually busy the IOC, type
>BSY IOC
and press the Enter key.
At the shelf
34
Pull down and set the handle of the power converter POWER switch to the
OFF position.
35 To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Note 1: Make sure the handle of the PWR switch on the replacement
power converter is in the OFF position.
Note 2: Determine if the card you replace has switches. Make sure the
switches on the replacement card and the card you replace have the same
settings.
36 The next action depends on the power converter version and the type of
supervisory panel.
is other than listed here step 33
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point to handle circuit cards. The wrist-strap grounding point
is on a frame supervisory panel (FSP) or a modular
supervisory panel (MSP). The wrist strap protects the cards
against static electricity damage.
If you Do
replace an NT2X70AE card and the FSP or MSP has
circuit breakers
step 33
replace an NT2X70AE card and the FSP or MSP
does not have circuit breakers
step 38
do not replace an NT2X70AE card and the FSP or
MSP has circuit breakers
step 39
do not replace an NT2X70AE card and the FSP or
MSP does not have circuit breakers
step 40
If the state of the IOC Do
8-56 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X70
in an IOC (continued)
37 Power up the converter as follows:
a Pull up and set the handle of the POWER switch to the RESET position
and hold.
b Pull up and set the handle of the converter circuit breaker on the FSP or
MSP until the handle clicks into place.
c Release the handle.
d Go to step 41.
38 Power up the converter as follows:
a Pull up and set the handle of the POWER switch to the RESET position
and hold until the CONVERTER FAIL LED turns off.
b Release the handle.
c Go to step 41.
39 Power up the converter as follows:
a Pull up and set the handle of the POWER switch to the ON position.
b Press and hold the RESET button on the power converter.
c Pull up and set the handle of the converter circuit breaker on the FSP or
MSP until the handle clicks into place.
d Release the RESET button.
e Go to step 41.
40 Power up the converter as follows:
a Pull up and set the handle of the POWER switch to the ON position.
b Press the RESET button on the power converter until the CONVERTER
FAIL LED turns off.
c Release the RESET button.
41 The next action depends on the reason you perform this procedure.
42 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
At the MAP terminal
43 To return the IOC to service, type
>RTS IOC
and press the Enter key.
If a maintenance procedure Do
directed you to this procedure step 42
did not direct you to this proce-
dure
step 43
Input/output device card replacement procedures 8-57
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X70
in an IOC (continued)
44 The next action depends on if disk drive or magnetic tape controller cards are
on the shelf.
45 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
46 To return the controller to service, type
>RTS
and press the Enter key.
47 Repeat steps 45 and 46 for each disk drive or magnetic tape controller card
on the shelf. Go to step 48.
48 The next action depends on if MPC cards are on the shelf.
49 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
50 To load the MPC, type
>DOWNLD
and press the Enter key.
Example of a MAP response:
If disk drive or magnetic tape
controller cards
Do
are on the shelf step 45
are not on the shelf step 48
If MPC cards Do
are on the shelf step 49
are not on the shelf step 55
8-58 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X70
in an IOC (continued)
51 To return the MPC to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
52 Wait 1 min to determine the status of MPC components.
53 Notify all users that the MPC is in service.
54 Repeat steps 49 to 53 for each MPC card on the shelf. Go to step 55.
55 The next action depends on if terminal controller cards are on the shelf.
56 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
57 To return a port on the card to service, type
>RTS port_no
If the DOWNLD command Do
passed step 51
failed step 68
If Do
the system status is Ready, the board status is CO-
MACT, and the link status is ENABLD for each link
step 53
the status of the MPC components are other than list-
ed here
step 68
If terminal controller cards Do
are on the shelf step 56
are not on the shelf step 68
DOWNLOAD OF TABLE MPC FILE "MPC403AB" SUCCEEDED.
REQUEST PASSED FOR CARD.REQUEST PASSED FOR LINKS.
Input/output device card replacement procedures 8-59
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X70
in an IOC (continued)
and press the Enter key.
where
port_no
is the port identication number (0 to 3)
58 Repeat step 57 until all ports on the card are manually busy. Go to step 59.
59 Repeat steps 56 to 58 for each terminal controller card on the shelf. Go to
step 68.
60 To determine why the component is ofine, contact operating company
personnel. Continue as directed by operating company personnel.
61
If device independent recording package (DIRP) volumes are open, the
following events occur:
the DDU drops SysB
billing data is lost
open Logutil les are lost or corrupted
Before starting card replacement procedures, close the DIRP volumes.
Close les from DIRP and demount active volumes from the DDU. Use the
procedure, Deallocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
62 Stop les recording to and from the Logutil. Type the following command at
the Logutil command level:
>LOGUTIL;LISTDEVS
and press the Enter key.
63 Close les on volumes on the DDU of the IOC.
>STOPDEV dev_name
and press the Enter key.
where
If the RTS command Do
passed step 58
failed step 68
WARNING
Loss of data
If les are open do not busy the controller. If you busy the
controller while les are open, billing data will be lost. For
additional help, contact the next level of support.
8-60 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NT2X70
in an IOC (end)
dev_name
is the name of the device
>QUI
and press the Enter key.
64 Repeat the ALLOC command to determine if les are closed, by typing
>ALLOC
and pressing the Enter key.
65 Conrm that you have done steps 61 to 64. If the les are still open, contact
your next level of support.
66 Manually busy the DDU, by typing
>BSY
and pressing the Enter key.
67 When cards are replaced and the DDU is in service, open the les. Use the
procedure Allocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
68 For additional help, contact the next level of support.
69 The procedure is complete.
If the les Do
are open step 65
are closed step 66
If the DDU Do
is MBSY step 67
is not MBSY step 68
Input/output device card replacement procedures 8-61
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX30
in an ISM
Application
Use this procedure to replace an NTFX30 IOMcontroller card in an integrated
services module (ISM) shelf.
Refer to the Index, if you cannot identify one of the following features for the
card that you want to replace:
product engineering code (PEC)
PEC sufx
equipped frame
equipped shelf
The Index contains a list of the cards, shelves, and frames that this card
replacement book documents.
Common procedures
This procedure refers to the common procedure Replacing a card.
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NTFX30 AA Controller card ISM
8-62 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX30
in an ISM (continued)
Summary of replacing a NTFX30 in an ISM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOM
Manually busy
the IOM
Replace the
card
Manually busy
all devices
Return all
devices to
service
End
Reprogram the
IOM flash
ROM
Return the IOC
to service
Input/output device card replacement procedures 8-63
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX30
in an ISM (continued)
Replacing a NTFX30 in an ISM
At the MAP terminal
1 Obtain a replacement card. Make sure that the replacement card and the
card that you remove have the same PEC and PEC sufx.
At the MAP terminal
2 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
Example of a MAP display:
3 To post the IOM controller system congured, type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the IOM identication number
Example of an IOM MAP display:
ATTENTION
This procedure directs you to manually busy the controller card for the
IOM. Perform this procedure from a MAP terminal that does not
connect to the IOM.
WARNING
Loss of service
This procedure instructs you to remove the controller card
for the IOM. Perform this procedure only if you need to
recover out-of-service components. Unless it is urgent,
perform this procedure during periods of low trafc only.
IOD
IOC 0 1 2 3
STAT . . . S
DIRP: SMDR B XFER: . SLM : . NPO: . NX25: .
MLP : . DPPP: . DPPU: . SCAI :
8-64 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX30
in an ISM (continued)
4 The next action depends on if terminal controller ports are on the shelf.
5 Note the consoles (CONS) ID and status for each port.
6 Notify all operating company personnel that you will remove fromservice the
CONS IDs that associate with the card you manually busy. Wait until all
operating company personnel terminate the activity of these CONS IDs.
7 To post the port that associates with the CONS you replace, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number
Example of an IOM MAP display:
If terminal controller ports Do
are on the shelf step 5
are not on the shelf step 10
If Do
all ports are ManBsy step 10
a minimum of one port is Offl step 55
a minimum of one port is . (dot) step 6
all ports are in any other
out-of-service state
step 8
IOD
IOC 0 1 2 3
STAT . . . S
DIRP: SMDR B XFER: . SLM : . NPO: . NX25: .
MLP : . DPPP: . DPPU: . SCAI :
IOC PORT 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
(IOM) STAT . . . . . .
0 TYPE C C C C M M S S
O O O O T P C C
N N N N D C S S
Input/output device card replacement procedures 8-65
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX30
in an ISM (continued)
8 To manually busy the device, type
>BSY
and press the Enter key.
Example of MAP response:
9 Repeat step 8 until all CONS ports are manually busy.
10 The next action depends on if multiprotocol ports (MPC) are on the controller
card.
11 To post a port that associates with the MPC, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number
Example of an IOM MAP display:
12 Determine the state of the port.
If the BSY command Do
passed step 9
failed step 63
If MPC ports Do
are on the controller card step 11
are not on the controller card step 18
If the port state Do
is ManB step 17
Port 0 Status Disc
Cons Id 1CONS
ConType VT100
bsy
OK
Port 9 Unit 1
User SYSTEM PROTOCOL LINK
Status Ready X2584 COMACT ENABLED
8-66 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX30
in an ISM (continued)
13 To display status information on current MPC conversations, type
>QCONV
and press the Enter key.
Example of a MAP response:
14 Notify all users that an interruption of MPC service will occur. Wait until all
sessions are inactive before you proceed. To verify MPC session activity,
repeat step 13.
15 To manually busy the port and the port links, type
>BSY FORCE
and press the Enter key.
Example of MAP response:
16 To conrm the command, type
>YES
and press the Enter key.
Example of MAP response:
is OFFL step 55
is other than listed here step 13
If Do
a minimum of one session is ac-
tive
step 14
all sessions are inactive step 15
If the BSY command Do
passed step 17
If the port state Do
MPC L LCN STATUS CCC SEC PARDEV INP OPEN OWNER

0 3 1 INACTIVE none none none FIL 0 none
0 3 2 INACTIVE none none none FIL 0 none
TYPE YES TO VERIFY FORCE, NO TO CANCEL COMMAND
Please confirm (YES, Y, NO, or N)
REQUEST PASSED FOR UNIT
REQUEST PASSED FOR LINK
Input/output device card replacement procedures 8-67
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX30
in an ISM (continued)
17 Repeat steps 11 to 16 for each MPC port on the IOM.
18 The next action depends on if disk drive ports are on the controller card.
19 To post a port that associates with the disk drive unit (DDU), type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number
Example of a IOM MAP display:
20 Determine the state of the port.
21 To determine if open les are on the DDU, type
>ALLOC
and press the Enter key.
Example of a MAP display:
failed step 63
If disk drive ports Do
are on the shelf step 19
are not on the shelf step 24
If the port Do
is ManB step 24
is OFFL step 55
is other than listed here step 21
If the BSY command Do
Port 16 Unit 0
(SCSI) User system Drive_State
Status Ready On_line
8-68 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX30
in an ISM (continued)
22 To manually busy the device on the controller card, type
>BSY
and press the Enter key.
Example of MAP response:
23 If a second DDU is on the controller card, repeat steps 19 to 22.
24 The next action depends on if magnetic tape drive (MTD) or digital audio tape
(DAT) ports are on the controller card.
25 To post a port that associates with the MTD or DAT, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number
Example of a IOM MAP display:
If open les Do
are on the DDU step 56
are not on the DDU step 22
If MTD or DAT ports Do
are on the controller card step 25
are not on the controller card step 30
VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O FILES_OPEN
0 IMAGE 2800 45000 D000 0 NO 0
1 XPMLOADS 2801 35000 D000 0 NO 0
2 RTMLOADS 2802 20000 D000 0 NO 0
.
.
.
7 SMDR 2807 5000 D000 0 NO 0
8 AMA1 2808 5000 D000 0 NO 0
9 TST 2809 50 D000 0 NO 0
10 AMA2 280A 500 D000 0 NO 0
bsy
OK
Input/output device card replacement procedures 8-69
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX30
in an ISM (continued)
26 Determine the state of the port.
27 Notify all users that an interruption of service for the device will occur. Wait
until all users cease to access the device before you proceed to the next step.
28 To manually busy the port, type
>BSY
and press the Enter key.
Example of MAP response:
29 Repeat steps 25 to 28 for each magnetic tape drive or digital audio port on
the controller card.
30 To return to the IOC level of the MAP display, type
>QUIT
and press the Enter key.
31 Determine the state of the IOM.
32 To manually busy the IOM controller card, type
>BSY IOC
and press the Enter key.
Example of MAP response:
If the port state Do
is ManB step 30
is OFFL step 55
is Idle step 28
is other than listed here step 27
If the state of the IOM Do
is M step 33
is other than listed here step 32
Port 5 MTD DevType
TapeName User
Status Ready
bsy
OK
8-70 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX30
in an ISM (continued)
At the ISM shelf
33
To replace the controller card, performthe procedure Replacing a card in this
document. Complete the procedure and return to this point.
34 Wait for internal diagnostic tests on the card to complete.
Note 1: After you insert the new NTFX30 card, the LED is off for
approximately 30 seconds. The color of the LED changes to red and then
to green if the internal diagnostic tests pass. The internal diagnostic tests
take less than 2 minutes.
Note 2: You view the LED through a small plastic window on the card
faceplate.
35 To list the IOM load le, type
>DISKUT;LF VOLUME
and press the Enter key.
36 To access the TOOLSUP control, type
>TOOLSUP
and press the Enter key.
37 To access the UPGIOM tool, type
>ACCESS ON UPGIOM
and press the Enter key.
Note: The command response asks for a password. To obtain the
password, call Northern Telecom. Use the password to enter.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of the modular supervisory panel (MSP) to handle
circuit cards. The wrist strap protects the cards against static
electricity damage.
bsy
OK
Input/output device card replacement procedures 8-71
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX30
in an ISM (continued)
38
To reprogram the IOM ash ROM on the new controller card, type
>UPGIOM file_name RPGM
and press the Enter key.
where
le_name
is the IOM load le
Note: RPGM is the optional parameter that indicates if the system
species the reprogramming option
Example input
>UPGIOM IOMRAA01 RPGM
Example of MAP response:
DANGER
How to download IOM load le
This command downloads the complete IOM load le as
specied in the parameter. The command provides
reprogramming options for the ash.
If the reprogram Do
passes step 41
fails step 39
WARNING: This command will reprogram the onboard IOM
Flash memory. Proceed with caution.
Reprogramming 100%
Reprogram IOC 14 successful
8-72 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX30
in an ISM (continued)
At the ISM shelf
39
To replace the failed controller card, performthe procedure Replacing a card
in this document. Complete the procedure and return to this point.
Note: If the card that you replace has switches, make sure that the
switches on the replacement card have the same settings.
40
To reprogram the IOM ash ROM on the new controller card, type
>UPGIOM file_name RPGM
and press the Enter key.
where
le_name
is the IOM load le
Note: RPGM is the optional parameter that indicates if the system
species the reprogramming option
Example input
>UPGIOM IOMRAA01 RPGM
Example of MAP response:
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of the MSP to handle circuit cards. The wrist strap
protects the cards against static electricity damage.
DANGER
How to download IOM load le
This command downloads the complete IOM load le as
specied in the parameter. The command also provides
reprogramming options for the ash.
Input/output device card replacement procedures 8-73
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX30
in an ISM (continued)
41 To quit the TOOLSUP utility, type
>QUIT
and press the Enter key.
42 The next action depends on the reason that you perform this procedure.
43 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure..
At the MAP terminal
44 To return the IOM to service, type
>RTS IOC
and press the Enter key.
45 The next action depends on if consoles, disk drives, magnetic tape drives or
DAT tape ports are present.
46 To post the device port, type
>PORT port_no
and press the Enter key.
where
If the reprogram Do
passes step 41
fails step 63
If a maintenance procedure Do
directed you to this procedure step 43
did not direct you to this
procedure
step 44
If console, disk drive, magnetic
drive or DAT ports
Do
are present step 46
are not present step 49
WARNING: This command will reprogram the onboard IOM
Flash memory. Proceed with caution.
Reprogramming 100%
Reprogram IOC 14 successful
8-74 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX30
in an ISM (continued)
port_no
is the port identication number (0 to 17)
47 To return the port to service, type
>RTS
and press the Enter key.
48 Repeat steps 46 and 47 for each disk drive, magnetic tape drive or DAT tape
port.
49 The next action depends on if MPC ports are present.
50 To post the MPC port, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 17)
51 To return the MPC port to service, type
>RTS
and press the Enter key.
Example of MAP response:
If RTS command Do
passes step 48
fails step 63
If MPC ports Do
are present step 50
are not present step 64
If RTS command Do
passes step 52
fails step 63
REQUEST PASSED FOR UNIT
REQUEST PASSED FOR LINKS
Input/output device card replacement procedures 8-75
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX30
in an ISM (continued)
52 Check the status of MPC components
53 Repeat steps 50 to 52 for each port on the shelf.
54 Notify users that MPC service is available.
55 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
56
If device independent recording package (DIRP) volumes are open, the
following events occur:
the DDU drops SysB
billing data is lost
open Logutil les are lost or corrupted
Before starting card replacement procedures, close the DIRP volumes.
Close les from DIRP and demount active volumes from the DDU. Use the
procedure, Deallocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
57 Stop les recording to and from the Logutil. Type the following command at
the Logutil command level:
>LOGUTIL;LISTDEVS
and press the Enter key.
58 Close les on volumes on the DDU of the IOC.
>STODEV dev_name
and press the Enter key.
where
dev_name
is the name of the device
>QUIT
If Do
the system status is Ready, the port status is COMACT,
and the link status is ENABLED for each link.
step 50
status of MPC components is other than listed here step 63
WARNING
Loss of data
If les are open do not busy the controller. If you busy the
controller while les are open, billing data will be lost. For
additional help, contact the next level of support.
8-76 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX30
in an ISM (end)
and press the Enter key.
59 Repeat the ALLOC command to determine if les are closed, by typing
>ALLOC
and pressing the Enter key.
60 Conrm that you have done steps 56 to 59. If the les are still open, contact
your next level of support.
61 Manually busy the DDU, by typing
>BSY
and pressing the Enter key.
62 When cards are replaced and the DDU is in service, open the les. Use the
procedure Allocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
63 For additional help, contact the next level of support.
64 The procedure is complete.
If the les Do
are open step 60
are closed step 61
If the DDU Do
is MBSY step 62
is not MBSY step 63
Input/output device card replacement procedures 8-77
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX31
in an ISM
Application
Use this procedure to replace an NTFX31 paddle board assembly in an
input/output module (IOM) in an integrated services module (ISM) shelf.
Refer to the Index, if you cannot identify one of the following features for the
card that you want to replace:
product engineering code (PEC)
PEC sufx
equipped frame
equipped shelf
The Index contains a list of the cards, shelves, and frames that this card
replacement book documents.
Common procedures
This procedure refers to the common procedure Replacing a card.
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NTFX31 AA Paddle board assembly ISM
8-78 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX31
in an ISM (continued)
Summary of replacing a NTFX31 in an ISM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOC
Manually busy
the IOM
Replace the card
and connect
harness
Manually busy
all devices
Return the IOC
to service
Return all ports
to service
End
Disconnect
IOM cable
harness
Input/output device card replacement procedures 8-79
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX31
in an ISM (continued)
NTFX31 in an ISM
At the MAP terminal
1 Obtain a replacement card. Make sure that the replacement card and the
card that you remove have the same PEC and PEC sufx.
At the MAP terminal
2 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
Example of a MAP display:
3 To post the congured IOM controller, type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the IOM identication number
Example of an IOM MAP display:
ATTENTION
This procedure directs you to manually busy the controller card for the
IOM. Perform this procedure from a MAP terminal that does not
connect to the IOM.
WARNING
Loss of service
This procedure instructs you to remove the paddle board
for the IOM. Perform this procedure only if you need to
recover out-of-service components. Unless it is urgent,
perform this procedure during periods of low trafc only.
IOD
IOC 0 1 2 3
STAT . . . S
DIRP: SMDR B XFER: . SLM : . NPO: . NX25: .
MLP : . DPPP: . DPPU: . SCAI :
8-80 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX31
in an ISM (continued)
4 The next action depends on if terminal controller ports are on the shelf.
5 Note the consoles (CONS) ID and status for each port.
6 Notify all operating company personnel that you will remove fromservice the
CONS IDs that associate with the controller card that you manually busy.
Wait until all operating company personnel terminate activity for these CONS
IDs.
7 To post the port that associates with the CONS that you replace, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number
Example of an IOM MAP display:
If terminal controller ports Do
are on the shelf step 5
are not on the shelf step 10
If Do
all ports are ManBsy step 9
a minimum of one port is Offl step 65
a minimum of one port is (.) dot step 6
all ports are in any other
out-of- service state
step 8
IOD
IOC 0 1 2 3
STAT . . . S
DIRP: SMDR B XFER: . SLM : . NPO: . NX25: .
MLP : . DPPP: . DPPU: . SCAI :
IOC PORT 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
(IOM) STAT . . . . . .
0 TYPE C C C C M M S S
O O O O T P C C
N N N N D C S S
Input/output device card replacement procedures 8-81
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX31
in an ISM (continued)
8 To manually busy the device, type
>BSY
and press the Enter key.
Example of MAP response:
9 Repeat step 7 and 8 until all CONS ports are manually busy.
10 The next action depends on if multiprotocol ports (MPC) are on the controller
card.
11 To post a port that associates with the MPC, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number
Example of an IOM MAP display:
12 Determine the state of the port.
If the BSY command Do
passed step 9
failed step 66
If MPC ports Do
are on the controller card step 11
are not on the controller card step 18
If the port Do
is ManB step18
Port 2 Status Disc
Cons Id 1CONS
ConType VT100
bsy
OK
Port 9 Unit 1
User SYSTEM PROTOCOL LINK
Status Ready X2584 COMACT ENABLED
8-82 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX31
in an ISM (continued)
13 To display status information on current MPC conversations, type
>QCONV
and press the Enter key.
Example of a MAP response:
14 Notify all users that an interruption of MPC service will occur. Wait until all
sessions are inactive before you proceed. To verify MPC session activity,
repeat step 13.
15 To manually busy the port and port links, type
>BSY FORCE
and press the Enter key.
Example of a MAP response:
16 To conrm the command, type
>YES
and press the Enter key.
Example of MAP response:
is OFFL step 65
is other than listed here step13
If Do
a minimum of one session is ac-
tive
step14
all sessions are inactive step15
If the BSY command Do
passed step 17
If the port Do
MPC L LCN STATUS CCC SEC PARDEV INP OPEN OWNER

0 3 1 INACTIVE none none none FIL 0 none
0 3 2 INACTIVE none none none FIL 0 none
TYPE YES TO VERIFY FORCE, NO TO CANCEL COMMAND
Please confirm (YES, Y, NO, or N)
REQUEST PASSED FOR UNIT
REQUEST PASSED FOR LINK
Input/output device card replacement procedures 8-83
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX31
in an ISM (continued)
17 Repeat steps 11 to 16 for each MPC port on the IOM.
18 The next action depends on if disk drive unit (DDU) ports are on the controller
card.
19 To post a port that associates with the DDU, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number
Example of an IOM MAP display:
20 Determine the state of the port.
21 To determine if open les are on the DDU, type
>ALLOC
and press the Enter key.
Example of a MAP display:
failed step 66
If DDU ports Do
are on the shelf step 19
are not on the shelf step 24
If the port Do
is ManB step 24
is OFFL step 65
is other than listed here step 21
If the BSY command Do
Port 16 Unit 0
(SCSI) User system Drive_State
Status Ready On_line
8-84 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX31
in an ISM (continued)
22 To manually busy the device on the controller card, type
>BSY
and press the Enter key.
Example of MAP response:
23 Repeat steps 19 to 22 if a second DDU is on the controller card.
24 The next action depends on if magnetic tape drive (MTD) or digital audio tape
(DAT) ports are on the controller card.
25 To post a port that associates with the MTD or DAT, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number
Example of an IOM MAP display:
If open les Do
are on the DDU step 57
are not on the DDU step 22
If MTD or DAT ports Do
are on the controller card step 25
are not on the controller card step 30
VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O FILES_OPEN
0 IMAGE 2800 45000 D000 0 NO 0
1 XPMLOADS 2801 35000 D000 0 NO 0
2 RTMLOADS 2802 20000 D000 0 NO 0
.
.
.
7 SMDR 2807 5000 D000 0 NO 0
8 AMA1 2808 5000 D000 0 NO 0
9 TST 2809 50 D000 0 NO 0
10 AMA2 280A 500 D000 0 NO 0
bsy
OK
Input/output device card replacement procedures 8-85
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX31
in an ISM (continued)
26 Determine the state of the port.
27 Notify all users that an interruption of service for the device will occur. Wait
until all users cease to access the device before you proceed to the next step.
28 To manually busy the device, type
>BSY
and press the Enter key.
Example of MAP response:
29 Repeat steps 25 to 28 for each MTD device or DAT on the IOM.
30 To return to the IOC level of the MAP display, type
>QUIT
and press the Enter key.
31 Determine the state of the IOM.
32 To manually busy the IOM controller card, type
>BSY IOC
and press the Enter key.
Example of MAP response:
If the port Do
is ManBsy step 29
is OFFL step 65
is Idle step 28
is other than listed here step 27
If the state of the IOM Do
is M step 33
is other than listed here step 32
Port 5 MTD DevType
TapeName User
Status Idle
bsy
OK
bsy
OK
8-86 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX31
in an ISM (continued)
At the front of the ISM shelf
33
Unseat the IOM controller card NTFX30 in slot 3 or 4 of the ISM shelf.
34 If the media storage card NTFX32 is equipped, unseat the card. The card is
in slots 4 and 5.
At the rear of the ISM shelf
35
Locate the paddle board assembly in slot 03 or 04 on the backplane. Note
the numbers and positions of the connectors on the harness fromthe paddle
board. Detach the connectors on the harness from the paddle board.
Disconnect the cable harness that connects the paddle board to the
DDU/DAT connector on the backplane.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of the modular supervisory panel (MSP) to handle
circuit cards. The wrist strap protects the cards against static
electricity damage.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of MSP to handle circuit cards. The wrist strap protects
the cards against static electricity damage.
Input/output device card replacement procedures 8-87
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX31
in an ISM (continued)
36 Locate the paddle board ground cable. Disconnect at the backplane end of
the cable. Refer to the diagram in step 35.
37 To replace the paddle board assembly in slots 03 or 04, remove the bolts that
secure the paddle board bracket to the backplane. Secure the paddle board
assembly in position with screws and washers. Refer to the diagram in step
35.
38 Connect the paddle board ground cable. Refer to the diagram in step 35.
39 Connect the connectors on the cable harness to the receptacles on the
paddleboard assembly and the DDU/DAT connector on the backplane. Make
sure that the names on the cable connectors match the names on the paddle
board.
40 Connect the cable harness to the DDU/DAT connector on the backplane.
IOM controller
Storage media
card
DDU
DDU/DAT
Paddleboard
assembly
Backplane
Power and
loopback
circuits
Ground cable
SCSI cable
for DDU/DAT
units
8-88 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX31
in an ISM (continued)
At the front of the ISM shelf
41
Reseat the NTFX32 card that you unseated in step 34.
Note 1: After you reseat the NTFX32 card, both LEDs on the faceplate
must be on.
Note 2: You viewthe LEDthrough a plastic window(light pipe) on the card
faceplate.
42 Reseat the NTFX30 card that you unseated in step 33.
43 Wait for internal diagnostic tests on the NTFX30 card to complete.
Note 1: After you reseat the NTFX30 card, the LED is off for
approximately 30 seconds. The color of the LED changes to red and then
to green if the internal diagnostic tests pass. The internal diagnostic tests
take less than 2 minutes.
Note 2: You view the LED through a small plastic window on the card
faceplate.
44 The next action depends on the reason that you perform the procedure.
45 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
At the MAP terminal
46 To return the IOM to service, type
>RTS IOC
and press the Enter key.
47 The next action depends on if consoles, disk drives, MTDs, or DAT tape ports
are present.
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of the MSP to handle circuit cards. The wrist strap
protects the cards against static electricity damage.
If a maintenance procedure Do
directed you to this procedure step 45
did not direct you to this procedure step 46
If consoles, disk drives, MTDs,
or DAT ports
Do
are present step 48
Input/output device card replacement procedures 8-89
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX31
in an ISM (continued)
48 To post the device port, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 17)
49 To return the port to service, type
>RTS
and press the Enter key.
50 Repeat steps 48 and 49 for each disk drive, MTD, or DAT tape port.
51 The next action depends on if MPC ports are present.
52 To post the MPC port, type
>PORT port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 17)
53 To return the MPC port to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
are not present step 51
If the RTS command Do
passes step 50
fails step 66
If MPC ports Do
are present step 52
are not present step 67
If consoles, disk drives, MTDs,
or DAT ports
Do
REQUEST PASSED FOR PORT
REQUEST PASSED FOR LINKS
8-90 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX31
in an ISM (continued)
54 Check the status of MPC components.
55 Repeat steps 52 to 54 for each port on the shelf.
56 Notify users that MPC service is available.
57
If device independent recording package (DIRP) volumes are open, the
following events occur:
the DDU drops SysB
billing data is lost
open Logutil les are lost or corrupted
Before starting card replacement procedures, close the DIRP volumes.
Close les from DIRP and demount active volumes from the DDU. Use the
procedure, Deallocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
58 Stop les recording to and from the Logutil. Type the following command at
the Logutil command level:
>LOGUTIL;LISTDEVS
and press the Enter key.
59 Close les on volumes on the DDU of the IOC.
>STOPDEV dev_name
and press the Enter key.
where
dev_name
is the name of the device
If Do
the system status is Ready, the
port status is COMACT, and the
link status the system status is
ENABLED for each link.
step 55
the status of MPC components is
other than listed here
step 66
WARNING
Loss of data
If les are open do not busy the controller. If you busy the
controller while les are open, billing data will be lost. For
additional help, contact the next level of support.
Input/output device card replacement procedures 8-91
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX31
in an ISM (end)
60 To quit the disk utility, type
>QUIT
and press the Enter key.
61 Repeat the ALLOC command to determine if les are closed, by typing
>ALLOC
and pressing the Enter key.
62 Conrm that you have done steps 57 to 61. If the les are still open, contact
your next level of support.
63 Manually busy the DDU, by typing
>BSY
and pressing the Enter key.
64 When cards are replaced and the DDU is in service, open the les. Use the
procedure Allocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
65 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
66 For additional help, contact the next level of support.
67 The procedure is complete.
If the les Do
are open step 62
are closed step 63
If the DDU is Do
MBSY step 64
not MBSY step 66
8-92 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX32AA
in an ISM
Application
Use this procedure to replace an NTFX32AAstorage media card in the shelves
or frames identied in the following table.
To replace an NTFX32BA(3.5-in. disk drive unit) and an NTFX32CA(digital
audio tape unit) see Trouble Locating and Clearing Procedures.
Refer to the Index, if you cannot identify one of the following features for the
card that you want to replace:
product engineering code (PEC)
PEC sufx
equipped frame
equipped shelf
The Index contains a list of the cards, shelves, and frames that this card
replacement NTP documents.
Common procedures
This procedure refers to the common procedure Replacing a card.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffixes Card name Shelf/frame name
NTFX32 AA Storage media card ISM
Input/output device card replacement procedures 8-93
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX32AA
in an ISM (continued)
Summary of replacing an NTFX32AA in an ISM
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOC
Remove DAT
unit from
media card
Install the DDU
on the media
card
Remove DDU
from media
card
Install the DAT
unit on the
media card
Return IOM
controller to
service
End
Replace the card
8-94 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX32AA
in an ISM (continued)
NTFX32AA in an ISM
At the MAP terminal
1 Obtain a replacement card. Make sure that the replacement card and the
card that you remove have the same PEC and PEC sufx.
2 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
Example of a MAP display:
3 To post the IOM controller system congured, type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the IOM identication number
Example of an IOM MAP display:
IOD
IOC 0 1 2 3
STAT . . . S
DIRP: SMDR B XFER: . SLM : . NPO: . NX25: .
MLP : . DPPP: . DPPU: . SCAI :
IOD
IOC 0 1 2 3
STAT . . . S
DIRP: SMDR B XFER: . SLM : . NPO: . NX25: .
MLP : . DPPP: . DPPU: . SCAI :
IOC PORT 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17
(IOM) STAT . . . . . .
0 TYPE C C C C M M S S
O O O O T P C C
N N N N D C S S
Input/output device card replacement procedures 8-95
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTFX32AA
in an ISM (continued)
4 The next action depends on if a 3.5-in. disk drive unit (DDU)NTFX32 BA or a
digital audio tape (DAT) unit NTFX32CA is on the media storage card.
At the ISM shelf
5 To remove the 3.5-in. DDU, performthe correct procedure in Trouble Locating
and Clearing Procedures. Complete the section of the procedure to remove
the disk drive and return to this point.
6 To remove the DAT unit, perform the correct procedure in Trouble Locating
and Clearing Procedures. Complete the section of the procedure to remove
the tape unit and return to this point.
7 To replace the media storage card, perform the procedure How to replace a
card. Complete the procedure and return to this point.
8 To install the 3.5-in. DDU unit that you removed in step 6, performthe correct
procedure in Trouble Locating and Clearing Procedures. Complete the
section of the procedure to remove the disk drive and return to this point.
9 To install the DAT unit that you removed in step 6, perform the correct
procedure in Trouble Locating and Clearing Procedures. Complete the
section of the procedure to remove the tape unit and return to this point.
10 The next action depends on the reason that you perform this procedure.
11 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
At the MAP terminal
12 To return the IOM to service, type
>RTS
and press the Enter key.
13 For additional help, contact the next level of support.
If the media storage card Do
contains a 3.5-in. DDU step 5
contains a DAT unit step 6
If the media storage card Do
contains a 3.5-in. DDU step 8
contains a DAT unit step 9
If a maintenance procedure Do
directed you to this procedure step11
did not direct you to this proce-
dure
step12
8-96 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
NTFX32AA
in an ISM (end)
14 The procedure is complete.
Input/output device card replacement procedures 8-97
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in an IOC
Application
Use this procedure to replace the following cards in an input/output controller
(IOC).
Refer to the Index, if you cannot identify one of the following features for the
card that you want to replace:
product engineering code (PEC)
PEC sufx
equipped frame
equipped shelf
The Index contains a list of the cards, shelves, and frames that this card
replacement book documents.
Common procedures
This procedure refers to the common procedure Replacing a card.
Do not go to the common procedure unless the step-action procedure directs
you to go.
Action
This procedure contains a summary owchart and a list of steps. Use the
owchart to review the procedure. Follow the steps to perform the procedure.
PEC Suffix Card name Shelf or frame name
NT0X67 AA IOC terminator card IOC
NT1X62 AA Input/output controller
card
IOC
NT1X62 AB IOC message controller
card
IOC
NT1X62 CA, CB IOC message
processor card
IOC
8-98 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in an IOC (continued)
Summary of replacing System cards in an IOC
This flowchart summarizes the
procedure.
Use the instructions that follow
this flowchart to perform the
procedure.
Post the IOC
Manually busy
all ports and
cards
Manually busy
the IOC
Replace the
card
Return the IOC
to service
Return all ports
and cards to
service
End
Input/output device card replacement procedures 8-99
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in an IOC (continued)
System cards in an IOC
At the MAP terminal
1
Obtain a replacement card. Make sure that the replacement card and the
card that you remove have the same PEC and PEC sufx.
2 To access the IOD level of the MAP display, type
>MAPCI;MTC;IOD
and press the Enter key.
Example of a MAP display:
3 To post the IOC that associates with the card you replace, type
>IOC ioc_no
and press the Enter key.
where
ioc_no
is the IOC identication number (0 to 19)
Example of a MAP display:
ATTENTION
This procedure directs you to manually busy all terminal controller cards for
the IOC. Perform this procedure from a MAP terminal that does not connect
to the IOC.
WARNING
Loss of service
This procedure instructs you to remove an IOC and the
device controllers of an IOC from service. Perform this
procedure only if you need to recover out-of-service
components. Unless it is urgent, perform this procedure
during periods of low trafc.
IOC 0 1 2 3
STAT . . . .
8-100 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in an IOC (continued)
4 The next action depends on if terminal controller cards are on the shelf.
5 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
6 Note the CONS ID and the status for each port.
If terminal controller cards Do
are on the shelf step 5
are not on the shelf step 11
IOC 0 1 2 3
CONS MPC CONS MPC CONS MPC CONS TYPE DDU
.--- .... .--- -.-. .--- .... STAT ---- .--- ...-
0123 0123 0123 0123 0123 0 PORT 0123 0123 0123 0123
4 5 6 7 8 IOC CARD 0 1 2 3
DPPU: . SCAI: . MLP : . DPPP: .
: . NOP : . NX25: . DIRP: POOL07 XFER: . SLM
STAT . . . .
- -
ConType VT100 VT100 VT100 VT100
TEAM6 Cons Id RD040 RD041 TEAM4
Status . .
1 2 3 Card 6 Ckt 0
CONS MPC CONS CONS MPC TYPE MTD DDU
.--- .... ---- ..-- .--- ---- STAT .--- .--- ....
0123 0123 0123 0123 0123 PORT 0123 0123 0123 0123 0
4 5 6 7 8 IOC CARD 0 1 2 3
DPPU: . SCAI: . MLP : . DPPP: .
SLM : SLMbsy NOP : . NX25: . DIRP: AMA B XFER: .
STAT . . . .
IOC 0 1 2 3
IOD
If Do
all ports are ManBsy step 10
Input/output device card replacement procedures 8-101
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in an IOC (continued)
7 Notify all operating company personnel that you will remove from service all
CONS IDs that associate with the card you manually busy. Wait until all
operating company personnel terminate the activity of these CONS IDs.
8 To manually busy a port on the card, type
>BSY port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 3)
9 Repeat step 8 until you manually busy all ports on the card. Go to step 10.
10 Repeat steps 5 to 9 for each terminal controller card on the shelf. Go to step
11.
11 The next action depends on if multiprotocol controller (MPC) cards are on the
shelf.
12 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
a minimum of one port is Offl step 61
a minimumof one port is . (dot) step 7
all ports are in any other
out-of-service state
step 8
If the BSY command Do
passed step 9
failed step 62
If MPC cards Do
are on the shelf step 12
are not on the shelf step 19
If Do
8-102 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in an IOC (continued)
13 Determine the state of the card.
Note: The card state appears under the BOARD header on the MAP
display.
14 To display status information on current MPC conversations, type
>QCONV
and press the Enter key.
Example of a MAP response:
15 Notify all users that an interruption of MPC service will occur. Wait until all
sessions are inactive before you proceed. To verify MPC session activity,
repeat step 14.
Status Ready COMACT UNEQ N/A UNEQ ENABLD
User SYSTEM BOARD LINK0 LINK1 LINK2 LINK3
Card 3 Unit 0
CONS MPC CONS CONS MPC TYPE MTD DDU
.--- .... ---- ..-- .--- ---- STAT .--- .--- ....
0123 0123 0123 0123 0123 0 PORT 0123 0123 0123 0123
4 5 6 7 8 IOC CARD 0 1 2 3
DPPU: . SCAI: . MLP : . DPPP: .
SLM : SLMbsy NOP : . NX25: . DIRP: AMA B XFER: .
STAT . . . .
IOC 0 1 2 3
IOD
If the card state Do
is MANB step 18
is OFFL step 61
is other than listed here step 14
If Do
a minimum of one session is ac-
tive
step 15
all sessions are inactive step 16
2 INACTIVE none none none FIL 0 none 0 3
3 1 INACTIVE none none none FIL 0 none 0
- --- --------- ---- ---- ------ ---- ---- ----- ---
MPC L LCN STATUS CCC SEC PARDEV INP OPEN OWNER
Input/output device card replacement procedures 8-103
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in an IOC (continued)
16 To manually busy the card and card links, type
>BSY ALL FORCE
and press the Enter key.
Example of a MAP response:
17 To conrm the command, type
>YES
and press the Enter key.
Example of a MAP response:
18 Repeat steps 12 to 17 for each MPC card on the shelf. Go to step 19.
19 The next action depends on if disk drive controller cards are on the shelf.
20 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
If the BSY command Do
passed step 18
failed step 62
If disk drive controller cards Do
are on the shelf step 20
are not on the shelf step 25
TYPE YES TO VERIFY FORCE, NO TO CANCEL COMMAND
confirm ("YES", "Y", "NO", or "N"): Please
REQUEST PASSED FOR LINKS.
REQUEST PASSED FOR CARD.
8-104 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in an IOC (continued)
21 Determine the state of the card.
22 To determine if les are open on the DDU, type
>ALLOC
and press the Enter key.
Example of a MAP response:
User
Status Idle
TapeName
Card 0 MTD 0
CONS MPC CONS CONS MPC TYPE MTD DDU
.--- .... ---- ..-- .--- ---- STAT .--- .--- ....
0123 0123 0123 0123 0123 0 PORT 0123 0123 0123 0123
4 5 6 7 8 IOC CARD 0 1 2 3
DPPU: . SCAI: . MLP : . DPPP: .
SLM : SLMbsy NOP : . NX25: DIRP: AMA B XFER: .
STAT . . . .
IOC 0 1 2 3
IOD
If the card Do
is MBSY step 24
is OFFL step 61
is other than listed here step 22
D000 0 NO 0 10 AMA2 280A 500
50 D000 0 NO 0 9 TST 2809
5000 D000 0 NO 0 8 AMA1 2808
5000 D000 0 NO 0 7 SMDR 2807
.
..
NO 0
.
2 RTMLOADS 2802 20000 D000 0
NO 0 1 XPMLOADS 2801 35000 D000 0
NO 0 0 IMAGE 2800 45000 D000 0
FILES_OPEN VOLID VOL_NAME SERIAL_NO BLOCKS ADDR TYPE R/O
If les Do
are open step 54
are closed step 23
Input/output device card replacement procedures 8-105
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in an IOC (continued)
23 To manually busy the controller, type
>BSY
and press the Enter key.
Example of a MAP response:
24 Repeat steps 20 to 23 for each disk drive controller card on the shelf. Go to
step 25.
25 The next action depends on if magnetic tape drive (MTD) controller cards are
on the shelf.
26 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
Example of a MAP display:
If MTD controller cards Do
are on the shelf step 26
are not on the shelf step 31
bsy
OK
User
Status Idle
TapeName
Card 0 MTD 0
CONS MPC CONS CONS MPC TYPE MTD DDU
.--- .... ---- ..-- .--- ---- STAT .--- .--- ....
0123 0123 0123 0123 0123 0 PORT 0123 0123 0123 0123
4 5 6 7 8 IOC CARD 0 1 2 3
DPPU: . SCAI: . MLP : . DPPP: .
SLM : SLMbsy NOP : . NX25: . DIRP: AMA B XFER: .
STAT . . . .
IOC 0 1 2 3
IOD
8-106 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in an IOC (continued)
27 Determine the state of the card.
28 Notify all users an interruption of service for the device will occur. Wait until
all users cease to access the device before you proceed to the next step.
29 To manually busy the card, type
>BSY
and press the Enter key.
Example of a MAP response:
30 Repeat steps 26 and 29 for each MTDcontroller card on the shelf. Go to step
31.
31 To return to the IOC level of the MAP display, type
>QUIT
and press the Enter key.
32 Determine the state of the IOC.
33 To manually busy the IOC, type
>BSY IOC
and press the Enter key.
If the card Do
is ManBsy step 30
is Offl step 61
is Idle step 29
is other than listed here step 28
If the state of the IOC Do
is M step 34
is other than listed here step 33
bsy
OK
Input/output device card replacement procedures 8-107
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in an IOC (continued)
At the shelf
34
To replace the card, perform the procedure Replacing a card in this
document. Complete the procedure and return to this point.
Note: If the card you replace has switches, make sure that the switches
on the replacement card have the same settings.
35 The next action depends on the reason you perform this procedure.
36 Return to the maintenance procedure that directed you to this procedure.
Continue as directed by the maintenance procedure.
At the MAP terminal
37 To return the IOC to service, type
>RTS IOC
and press the Enter key.
38 The next action depends on if disk drive or MTD controller cards are on the
shelf.
39 To post the card, type
>CARD card_no
and press the Enter key.
where
WARNING
Static electricity damage
Wear a wrist strap that connects to the wrist-strap grounding
point of the frame supervisory panel (FSP) or the modular
supervisory panel (MSP) to handle circuit cards. The wrist
strap protects the cards against static electricity damage.
If a maintenance procedure Do
directed you to this procedure step 36
did not direct you to this proce-
dure
step 37
If disk drive or MTD controller
cards
Do
are on the shelf step 39
are not on the shelf step 42
8-108 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in an IOC (continued)
card_no
is the card identication number (0 to 8)
40 To return the controller to service, type
>RTS
and press the Enter key.
41 Repeat steps 39 and 40 for each disk drive or MTD controller card on the
shelf. Go to step 42.
42 The next action depends on if MPC cards are on the shelf.
43 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
44 To load the MPC, type
>DOWNLD
and press the Enter key.
Example of a MAP response:
45 To return the MPC to service, type
>RTS ALL
and press the Enter key.
Example of a MAP response:
If MPC cards Do
are on the shelf step 43
are not on the shelf step 49
If the DOWNLD command Do
passed step 45
failed step 62
DOWNLOAD OF TABLE MPC FILE "MPC403AB" SUCCEEDED.
REQUEST PASSED FOR CARD.REQUEST PASSED FOR LINKS.
Input/output device card replacement procedures 8-109
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in an IOC (continued)
46 Wait 1 min to check the status of MPC components.
47 Repeat steps 43 to 46 for each card on the shelf. Go to step 48.
48 Notify users that MPC service is available.
49 The next action depends on if terminal controller cards are on the shelf.
50 To post the card, type
>CARD card_no
and press the Enter key.
where
card_no
is the card identication number (0 to 8)
51 To return a port on the card to service, type
>RTS port_no
and press the Enter key.
where
port_no
is the port identication number (0 to 3)
52 Repeat step 51 until you return to service all ports on the terminal controller
card. Go to step 53.
53 Repeat steps 50 to 52 for each terminal controller card on the shelf. Go to
step 63.
If Do
the system status is Ready, the board status is CO-
MACT, and the link status is ENABLD for each link
step 47
these statuses are other than listed here step 62
If terminal controller cards Do
are on the shelf step 50
are not on the shelf step 63
If the RTS command Do
passed step 52
failed step 62
8-110 Input/output device card replacement procedures
297-9051-547 Standard 02.01 April 2000
System cards
in an IOC (continued)
54
If device independent recording package (DIRP) volumes are open, the
following events occur:
the DDU drops SysB
billing data is lost
open Logutil les are lost or corrupted
Before starting card replacement procedures, close the DIRP volumes.
Close les from DIRP and demount active volumes from the DDU. Use the
procedure, Deallocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
55 Stop les recording to and from the Logutil. Type the following command at
the Logutil command level:
>LOGUTIL;LISTDEVS
and press the Enter key.
56 Close les on volumes on the DDU of the IOC.
>STOPDEV dev_name
and press the Enter key.
where
dev_name
is the name of the device
>QUIT
and press the Enter key.
57 Repeat the ALLOC command to determine if les are closed, by typing
>ALLOC
and pressing the Enter key.
58 Conrm that you have done steps 54 to 57. If the les are still open, contact
your next level of support.
WARNING
Loss of data
If les are open do not busy the controller. If you busy the
controller while les are open, billing data will be lost. For
additional help, contact the next level of support.
If the les Do
are open step 58
are closed step 59
Input/output device card replacement procedures 8-111
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
System cards
in an IOC (end)
59 Manually busy the DDU, by typing
>BSY
and pressing the Enter key.
60 When cards are replaced and the DDU is in service, open the les. Use the
procedure Allocating Recording Volumes in the DIRP Utility" in Routine
Maintenance Procedures.
61 To determine why the component is ofine, consult operating company
personnel. Continue as directed by operating company personnel.
62 For additional help, contact the next level of support.
63 The procedure is complete.
If the DDU Do
is MBSY step 60
is not MBSY step 62
A- 1
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
Index
C
card replacement common procedures
Activating CCS7 links Vol. 3, 7-2
Activity switch with memory match
Vol. 3, 7-9
Correcting a load mismatch Vol. 3, 7-25
Deactivating CCS7 links Vol. 3, 7-40
Failure to switch clock mastership
Vol. 3, 7-48
Loading a PM Vol. 3, 7-57
Manually busying LIM-to-MS DS30 links
Vol. 2, 5-26, Vol. 3, 7-69
Manually busying Series II PMC-side links
Vol. 3, 6-42
Moving an XSG to a spare XLIU
Vol. 3, 7-111
Replacing a card Vol. 3, 7-119
Replacing a line card Vol. 3, 7-125
Reseating cards in equipment shelves
Vol. 3, 7-132
ReturningLIM-to-MSDS30links toservice
Vol. 2, 5-33, Vol. 3, 7-137
Switching the clock source Vol. 3, 7-142
Unseating cards in equipment shelves
Vol. 3, 7-149
Verifying load compatibility of SuperNode
cards Vol. 3, 7-153
Card replacement procedures
NT2X70 Vol. 4, 1-497, Vol. 4, 1-505
NT6X17 Vol. 4, 1-746
NT6X18 Vol. 4, 1-790
NT6X19 Vol. 4, 1-830
NT6X20 Vol. 4, 1-870
NT6X21 Vol. 4, 1-927
NT6X40 Vol. 5, 1-2, Vol. 5, 1-14, Vol. 5, 1-26
NT6X41 Vol. 5, 1-64, Vol. 5, 1-71
NT6X42 Vol. 5, 1-101, Vol. 5, 1-107
NT6X44 Vol. 5, 1-138
NT6X50 Vol. 5, 1-259, Vol. 5, 1-275
NT6X53 Vol. 5, 1-487
NT6X54 Vol. 5, 1-556
NT6X69 Vol. 5, 1-648, Vol. 5, 1-654
NT6X71 Vol. 5, 1-721
NT6X76 Vol. 5, 1-869
NT6X78 Vol. 5, 1-919, Vol. 5, 1-925,
Vol. 5, 1-932
NT6X80 Vol. 5, 1-951, Vol. 5, 1-957
NT6X92 Vol. 6, 1-112, Vol. 6, 1-118,
Vol. 6, 1-125
NT6X99 Vol. 6, 1-186
NTAX74 Vol. 6, 1-303, Vol. 6, 1-315,
Vol. 6, 1-327, Vol. 6, 1-337, Vol. 6, 1-347
NTAX78 Vol. 6, 1-355, Vol. 6, 1-362
NTBX01 Vol. 6, 1-417, Vol. 6, 1-423,
Vol. 6, 1-430
NTBX02 Vol. 6, 1-508, Vol. 6, 1-515,
Vol. 6, 1-523
NTBX27 Vol. 6, 1-586
NTMX71 Vol. 6, 1-916, Vol. 6, 1-924
NTMX72 Vol. 6, 1-1002
NTMX73 Vol. 7, 1-54
NTMX75 Vol. 7, 1-162
NTMX76 Vol. 7, 1-214
NTMX79 Vol. 7, 1-390
NTMX81 Vol. 7, 1-435, Vol. 7, 1-451
NTRX41 Vol. 7, 1-655
in CDSN (cabinetized dual shelf network)
Vol. 1, 7-197
in CDTO(cabinetized digital trunk controller
offshore) Vol. 1, 7-197
in CIOE (cabinetized input/output
equipment) Vol. 1, 7-197
A-2 Index
297-9051-547 Standard 02.01 April 2000
in CIPE (cabinetized international peripheral
equipment) Vol. 1, 7-197
in CLGO (cabinetized line group controller
offshore) Vol. 1, 7-197
in CMIS (cabinetized miscellaneous
equipment) Vol. 1, 7-197
in CMS7 (cabinetized message switch 7)
Vol. 1, 7-197
in CTME (cabinetized trunk module
equipment) Vol. 1, 7-197
NTRX42 Vol. 7, 1-766
NTRX43 Vol. 7, 1-815
NTRX54 Vol. 7, 1-888
NTTR46 Vol. 7, 1-901
NTTR47 Vol. 7, 1-907
NTTR60 Vol. 7, 1-913
NTTR66 Vol. 7, 1-920
NTTR67 Vol. 7, 1-926
NTTR70 Vol. 7, 1-932
NTTR71 Vol. 7, 1-939
NTTR72 Vol. 7, 1-944
NTTR73 Vol. 7, 1-950
NTTR74 Vol. 7, 1-954
NTTR75 Vol. 7, 1-961
NTTR76 Vol. 7, 1-969
NTTR77 Vol. 7, 1-976
NTTR87 Vol. 7, 1-983
card replacement procedures
in a/an Vol. 1, 4-36, Vol. 3, 5-37,
Vol. 3, 6-113, Vol. 6, 1-216,
Vol. 6, 1-225, Vol. 6, 1-529,
Vol. 6, 1-868, Vol. 6, 1-878,
Vol. 6, 1-888
EDRAM Vol. 3, 5-79
NT0X10 Vol. 4, 1-2, Vol. 4, 1-6, Vol. 4, 1-14,
Vol. 4, 1-18, Vol. 4, 1-25, Vol. 4, 1-31,
Vol. 4, 1-37, Vol. 4, 1-43
in an RMM Vol. 4, 1-10
in MTM, STM Vol. 3, 5-88
in OAU Vol. 2, 9-7
NT0X36
in an international cabinet auxiliary module
Vol. 1, 7-74
in CIOE with DDU, DPP, IOC, MTD, or
ROS Vol. 1, 7-8
in IOE frame Vol. 1, 7-53
NT0X67
in IOC Vol. 1, 8-97
NT0X70
in MTM, TM Vol. 3, 5-27
in OAU Vol. 2, 9-7
NT0X91 Vol. 4, 1-61
in CPCE provisioned for DTC, DTCI, IDTC,
PDTC Vol. 1, 7-98
in CPCE provisioned for ILGC, LGC, LGCI,
PLGC Vol. 1, 7-98
in CPCE provisioned for ILTC, LTC, LTCI,
PLTC Vol. 1, 7-98
in CTME with ISM, MTM, OAU, STM, or
TM Vol. 1, 7-29
in DCE Vol. 1, 7-112
in LME Vol. 1, 7-123
in MS6E Vol. 1, 7-133
in MS7E Vol. 1, 7-147
in NT0X48 single-bay network Vol. 1, 7-159
in NT5X13 combined single-bay network
Vol. 1, 7-159
in NT8X11 dual shelf network Vol. 1, 7-159
in ST6E, ST7E Vol. 1, 7-147
in TME with ISM, MTM, OAU, STM, and
TM Vol. 1, 7-172
NT0X91AA Vol. 4, 1-49, Vol. 4, 1-90
NT0X91AE Vol. 4, 1-49, Vol. 4, 1-96,
Vol. 4, 1-105
NT1X00
in ISM, MTM, STM Vol. 3, 5-88
NT1X31
in MTM, STM Vol. 3, 5-88
NT1X54
in ISM, TM Vol. 3, 5-88
NT1X55
in IOC Vol. 1, 8-10
NT1X62
in IOC Vol. 1, 8-97
NT1X67
in IOC Vol. 1, 8-21
NT1X68
in IOC Vol. 1, 8-10
NT1X75
in MTM with DRAM, STM with DRAM
Vol. 3, 5-27
NT1X76
in DRAM Vol. 3, 5-88
in MTM, STM Vol. 3, 5-88
NT1X77
in DRAM Vol. 3, 5-88
in MTM, STM Vol. 3, 5-88
Index A- 3
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT1X78
in dual DDU shelf Vol. 1, 8-28
in single DDU shelf Vol. 1, 8-28
in SuperNode ROS Vol. 3, 2-5
in SuperNode SE ROS Vol. 3, 2-5
NT1X79
in DRAM Vol. 3, 5-88
in MTM, STM Vol. 3, 5-88
NT1X80
in ISM, MTM, STM Vol. 3, 5-79
NT1X81
in ISM, MTM, STM Vol. 3, 5-79
NT1X89
in IOC Vol. 1, 8-37
NT1X90
in ISM, MTM, STM Vol. 3, 5-88
NT2X01
in ISM, MTM, STM Vol. 3, 5-88
NT2X02
in LM line drawer Vol. 2, 2-16
NT2X03
in LM line drawer Vol. 2, 2-16
NT2X05
in LM controller Vol. 2, 2-30
in remote line controller Vol. 3, 1-22
in RLM Vol. 3, 1-22
NT2X06 Vol. 4, 1-114, Vol. 4, 1-121,
Vol. 4, 1-129, Vol. 4, 1-136, Vol. 4, 1-144,
Vol. 4, 1-153, Vol. 4, 1-162
in DCM, DES Vol. 1, 3-47
in MTM, TM Vol. 3, 5-64
in NT0X48 single-bay network Vol. 2, 8-40
in OAU Vol. 2, 9-14
NT2X07
in DCM, DES Vol. 1, 3-47
in NT0X48 single-bay network Vol. 2, 8-40
NT2X09 Vol. 4, 1-171, Vol. 4, 1-178,
Vol. 4, 1-186, Vol. 4, 1-194, Vol. 4, 1-202,
Vol. 4, 1-211, Vol. 4, 1-220
in DRAM Vol. 3, 5-64
in EDRAM Vol. 3, 5-64
in MTM, TM Vol. 3, 5-64
in OAU Vol. 2, 9-14
NT2X10 Vol. 4, 1-229, Vol. 4, 1-233,
Vol. 4, 1-237, Vol. 4, 1-244, Vol. 4, 1-251,
Vol. 4, 1-258
in ISM, MTM, STM Vol. 3, 5-88
NT2X11 Vol. 4, 1-265, Vol. 4, 1-270,
Vol. 4, 1-278, Vol. 4, 1-282, Vol. 4, 1-289,
Vol. 4, 1-298, Vol. 4, 1-307
in an RMM Vol. 4, 1-274
in ISM, MTM, STM Vol. 3, 5-88
NT2X16
in LM line drawer Vol. 2, 2-16
NT2X20
in LM line drawer Vol. 2, 2-24, Vol. 3, 1-16
NT2X21
in LM controller Vol. 2, 2-9
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT2X22
in LM controller Vol. 2, 2-9
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT2X23
in LM controller Vol. 2, 2-9
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT2X24
in LM controller Vol. 2, 2-9
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT2X25
in LM controller Vol. 2, 2-9
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT2X26
in LM controller Vol. 2, 2-9
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT2X27
in LM controller Vol. 2, 2-9
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT2X32
in DCM, DES Vol. 1, 3-8
NT2X33
in DCM, DES Vol. 1, 3-8
in LM controller Vol. 2, 2-9
NT2X34
in DCM, DES Vol. 1, 3-8
in LM controller Vol. 2, 2-9
NT2X35
in DCM Vol. 1, 3-13
A-4 Index
297-9051-547 Standard 02.01 April 2000
NT2X36
in DCM Vol. 1, 3-27
in LM controller Vol. 2, 2-9
NT2X37
in DCM, DES Vol. 1, 3-8
NT2X38
in DCM, DES Vol. 1, 3-8
NT2X41
in OAU Vol. 2, 9-7
NT2X42
in OAU Vol. 2, 9-7
NT2X43
in ISM, MTM, STM Vol. 3, 5-88
in OAU Vol. 2, 9-7
NT2X45
in MTM, TM Vol. 3, 5-27
in OAU Vol. 2, 9-7
NT2X47
in ISM, MTM, STM Vol. 3, 5-88
NT2X48 Vol. 4, 1-316, Vol. 4, 1-321,
Vol. 4, 1-326
in ISM, MTM, STM Vol. 3, 5-88
NT2X50
in MTM, STM Vol. 3, 5-88
NT2X53
in MTM, TM Vol. 3, 5-27
in OAU Vol. 2, 9-7
NT2X55 Vol. 4, 1-331
in ISM, MTM, STM Vol. 3, 5-88
NT2X56
in ISM, MTM, STM Vol. 3, 5-88
NT2X57 Vol. 4, 1-338, Vol. 4, 1-342,
Vol. 4, 1-350, Vol. 4, 1-355, Vol. 4, 1-362,
Vol. 4, 1-369, Vol. 4, 1-376
in an RMM Vol. 4, 1-346
in ISM, MTM, STM Vol. 3, 5-88
in OAU Vol. 2, 9-7
NT2X59 Vol. 4, 1-383, Vol. 4, 1-387,
Vol. 4, 1-401, Vol. 4, 1-406, Vol. 4, 1-413,
Vol. 4, 1-420, Vol. 4, 1-427
in an RMM Vol. 4, 1-394
in MTM, TM Vol. 3, 5-27
in OAU Vol. 2, 9-7
NT2X65
in ISM, MTM, STM, TM Vol. 3, 5-88
NT2X66
in ISM, MTM, STM, TM Vol. 3, 5-88
NT2X70 Vol. 4, 1-434, Vol. 4, 1-441,
Vol. 4, 1-464, Vol. 4, 1-478, Vol. 4, 1-513,
Vol. 4, 1-524, Vol. 4, 1-533
in 6STA or MSB6 Vol. 2, 7-20
in an HIE Vol. 4, 1-455
in DCM, DES Vol. 1, 3-47
in DRAM Vol. 3, 5-64
in DTC, DTCI, IDTC, PDTC Vol. 3, 6-49
in EDRAM Vol. 3, 5-64
in ILGC, LGC, LGCI, PLGC Vol. 3, 6-49
in ILTC, LTC, LTCI, PLTC Vol. 3, 6-49
in IOC Vol. 1, 8-44
in LM controller Vol. 2, 2-36
in NT5X13 combined single-bay network
Vol. 2, 8-40
in NT8X11 dual shelf network Vol. 2, 8-40
in remote line module Vol. 3, 1-28
in RLM Vol. 3, 1-28
in ST7G of MSB7 Vol. 2, 7-40
in STA7 or MSB7 Vol. 2, 7-20
in STCM of MSB6 Vol. 2, 7-40
in STM Vol. 3, 5-64
NT2X71
in ISM, MTM, STM Vol. 3, 5-88
NT2X72
in ISM, TM Vol. 3, 5-88
NT2X75
in ISM, MTM, STM Vol. 3, 5-88
NT2X77
in ISM, MTM, STM Vol. 3, 5-88
NT2X78
in TM Vol. 3, 5-88
NT2X80
in MTM, STM Vol. 3, 5-88
NT2X81
in TM Vol. 3, 5-88
NT2X82
in ISM, TM Vol. 3, 5-88
NT2X83
in TM Vol. 3, 5-88
NT2X84
in ISM, TM Vol. 3, 5-88
NT2X85
in ISM, TM Vol. 3, 5-88
NT2X86
in ISM, TM Vol. 3, 5-88
NT2X88
in TM Vol. 3, 5-88
Index A- 5
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X90 Vol. 4, 1-540, Vol. 4, 1-545,
Vol. 4, 1-550, Vol. 4, 1-564, Vol. 4, 1-569,
Vol. 4, 1-576, Vol. 4, 1-583
in an RMM Vol. 4, 1-558
in ISM, TM Vol. 3, 5-88
NT2X92
in TM Vol. 3, 5-88
NT2X95
in TM Vol. 3, 5-88
NT2X96
in ISM, MTM, STM Vol. 3, 5-88
NT2X98
in ISM, TM Vol. 3, 5-88
NT3X02
in ISM, MTM, STM Vol. 3, 5-88
NT3X03
in ISM, MTM, STM Vol. 3, 5-88
NT3X04 Vol. 4, 1-590
in ISM, TM Vol. 3, 5-88
NT3X05
in MTM, STM Vol. 3, 5-88
NT3X06
in ISM, TM Vol. 3, 5-88
NT3X07
in ISM, TM Vol. 3, 5-88
NT3X08
in ISM, MTM, STM Vol. 3, 5-88
NT3X09 Vol. 4, 1-597, Vol. 4, 1-603,
Vol. 4, 1-608, Vol. 4, 1-619, Vol. 4, 1-624,
Vol. 4, 1-631, Vol. 4, 1-641, Vol. 4, 1-651
in an RMM Vol. 4, 1-614
in ISM, MTM, STM Vol. 3, 5-88
NT3X16
in SuperNode ROS Vol. 3, 2-14
in SuperNode SE ROS Vol. 3, 2-14
NT3X17
in NT0X48 single-bay network Vol. 2, 8-72
NT3X18
in NT0X48 single-bay network Vol. 2, 8-72
NT3X19
in NT0X48 single-bay network Vol. 2, 8-72
NT3X20
in NT0X48 single-bay network Vol. 2, 8-72
NT3X21
in NT0X48 single-bay network Vol. 2, 8-72
NT3X22
in NT0X48 single-bay network Vol. 2, 8-72
NT3X23
in NT0X48 single-bay network Vol. 2, 8-72
NT3X24
in NT0X48 single-bay network Vol. 2, 8-72
NT3X47
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT3X48
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT3X49
in remote line controller Vol. 3, 1-9
in RLM Vol. 3, 1-9
NT3X65
in DCM Vol. 1, 3-37
NT3X67
in MTM, STM Vol. 3, 5-88
NT3X68
in MTM, STM Vol. 3, 5-88
NT3X70
in NT5X13 combined single-bay network
Vol. 2, 8-72
NT3X71
in NT5X13 combined single-bay network
Vol. 2, 8-72
NT3X72
in NT5X13 combined single-bay network
Vol. 2, 8-72
NT3X73
in NT5X13 combined single-bay network
Vol. 2, 8-72
NT3X74
in NT5X13 combined single-bay network
Vol. 2, 8-72
in NT8X11 dual-shelf network Vol. 2, 8-72
NT3X75
in NT5X13 combined single-bay network
Vol. 2, 8-72
in NT8X11 dual-shelf network Vol. 2, 8-72
NT3X76
in NT5X13 combined single-bay network
Vol. 2, 8-72
in NT8X11 dual-shelf network Vol. 2, 8-72
NT3X82 Vol. 4, 1-660
in OAU Vol. 2, 9-7
NT3X83 Vol. 4, 1-667
in OAU Vol. 2, 9-7
NT3X84
in OAU Vol. 2, 9-7
NT3X85
in OAU Vol. 2, 9-7
A-6 Index
297-9051-547 Standard 02.01 April 2000
NT3X86
in NT5X13 combined single-bay network
Vol. 2, 8-72
NT3X91
in ISM, TM Vol. 3, 5-88
NT4X23
in ISM, MTM, STM Vol. 3, 5-88
NT4X65
in MTM, STM, TM Vol. 3, 5-27
in OAU Vol. 2, 9-7
NT4X97 Vol. 4, 1-675, Vol. 4, 1-680,
Vol. 4, 1-687
in ISM, MTM, STM Vol. 3, 5-44
NT4X98 Vol. 4, 1-694, Vol. 4, 1-701
in ISM, MTM, STM Vol. 3, 5-44
NT5X03
in ISM, TM Vol. 3, 5-88
NT5X04
in ISM, TM Vol. 3, 5-88
NT5X06
in TM Vol. 3, 5-88
NT5X25
in ISM, TM Vol. 3, 5-88
NT5X29
in ISM, MTM, STM Vol. 3, 5-88
NT5X30
in ISM, MTM, STM, TM Vol. 3, 5-88
NT6X1205
in DTC, IDTC, PDTC Vol. 3, 6-19
in ILGC, LGC, PLGC Vol. 3, 6-19
in ILTC, LTC, PLTC Vol. 3, 6-19
NT6X17 Vol. 4, 1-710, Vol. 4, 1-714,
Vol. 4, 1-718, Vol. 4, 1-722, Vol. 4, 1-730,
Vol. 4, 1-738
in ILCM, LCM, LCME Vol. 2, 1-39
in LM line drawer Vol. 2, 2-24, Vol. 3, 1-16
NT6X18 Vol. 4, 1-750, Vol. 4, 1-754,
Vol. 4, 1-758, Vol. 4, 1-762, Vol. 4, 1-766,
Vol. 4, 1-774, Vol. 4, 1-782
in LCM, LCME Vol. 2, 1-39
in LM line drawer Vol. 2, 2-24, Vol. 3, 1-16
NT6X19 Vol. 4, 1-794, Vol. 4, 1-798,
Vol. 4, 1-802, Vol. 4, 1-806, Vol. 4, 1-814,
Vol. 4, 1-822
in LCM, LCME Vol. 2, 1-39
NT6X20 Vol. 4, 1-834, Vol. 4, 1-838,
Vol. 4, 1-842, Vol. 4, 1-846, Vol. 4, 1-854,
Vol. 4, 1-862
in LCM Vol. 2, 1-73
NT6X21 Vol. 4, 1-874, Vol. 4, 1-878,
Vol. 4, 1-882, Vol. 4, 1-890, Vol. 4, 1-900,
Vol. 4, 1-909, Vol. 4, 1-918
in an LCM Vol. 4, 1-886
in LCM, LCME Vol. 2, 1-39
NT6X23
in LCM Vol. 2, 1-73
NT6X27 Vol. 4, 1-931, Vol. 4, 1-938,
Vol. 4, 1-945
in IDTC, ILGC, ILTC Vol. 3, 6-131
in PDTC, PLGC, PLTC Vol. 3, 6-131
NT6X28
in IDTC, ILGC, ILTC Vol. 3, 6-31
in IPDTC, PLGC, LTCO, PLTC Vol. 3, 6-31
NT6X30 Vol. 4, 1-952, Vol. 4, 1-967,
Vol. 4, 1-981, Vol. 4, 1-995, Vol. 4, 1-1009
in LCE, LCEI Vol. 2, 1-47
NT6X33
in ILCM, LCM, LCME Vol. 2, 1-39
NT6X36 Vol. 4, 1-1028, Vol. 4, 1-1038,
Vol. 4, 1-1043
in an FSP Vol. 4, 1-1023, Vol. 4, 1-1033
in LCE frame Vol. 1, 7-192
in LCEI frame Vol. 1, 7-192
NT6X40 Vol. 5, 1-38, Vol. 5, 1-51
in 6STA of MSB6 Vol. 2, 7-57
in DTC, DTCI, IDTC, DTCO, PDTC
Vol. 3, 6-71
in ILGC, LGC, LGCI, LGCO,PLGC
Vol. 3, 6-71
in ILTC, LTC, LTCI, LTCO, PLTC
Vol. 3, 6-71
in STA7 of MSB7 Vol. 2, 7-57
NT6X41 Vol. 5, 1-78, Vol. 5, 1-87, Vol. 5, 1-95
in DTC, DTCI, IDTC, DTCO, PDTC
Vol. 3, 6-31
in ILGC, LGC, LGCI, LGCO, PLGC
Vol. 3, 6-31
in ILTC, LTC, LTCI, LTCO, PLTC
Vol. 3, 6-31
NT6X42 Vol. 5, 1-114, Vol. 5, 1-122
in DTC, DTCI, IDTC, DTCO, PDTC
Vol. 3, 6-31
in ILGC, LGC, LGCI, LGCO, PLGC
Vol. 3, 6-31
in ILTC, LTC, LTCI, LTCO, PLTC
Vol. 3, 6-31
NT6X43
in DTC, LGC, LTC Vol. 3, 6-31
Index A- 7
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT6X44 Vol. 5, 1-130, Vol. 5, 1-144,
Vol. 5, 1-158
in DTC, DTCI, IDTC, DTCO, PDTC
Vol. 3, 6-31
in ILGC, LGC, LGCI, LGCO, PLGC
Vol. 3, 6-31
in ILTC, LTC, LTCI, LTCO, PLTC
Vol. 3, 6-31
NT6X45 Vol. 5, 1-166, Vol. 5, 1-172,
Vol. 5, 1-178, Vol. 5, 1-184
in 6STA of MSB6 Vol. 2, 7-71
in STA7 of MSB7 Vol. 2, 7-71
NT6X46
in 6STA of MSB6 Vol. 2, 7-71
in STA7 of MSB7 Vol. 2, 7-71
NT6X47 Vol. 5, 1-190, Vol. 5, 1-196,
Vol. 5, 1-202
in 6STA of MSB6 Vol. 2, 7-71
in STA7 of MSB7 Vol. 2, 7-71
NT6X48 Vol. 3, 6-84, Vol. 3, 6-94, Vol. 5, 1-208
NT6X50 Vol. 5, 1-216, Vol. 5, 1-223,
Vol. 5, 1-237, Vol. 5, 1-244
in an HIE Vol. 5, 1-230
in DTC, DTCI, IDTC, DTCO, DTCOI
Vol. 3, 6-131
in ILGC LGC, LGCI, LGCO Vol. 3, 6-131
in ILTC, LTC, LTCI, LTCO Vol. 3, 6-131
NT6X51 Vol. 5, 1-291, Vol. 5, 1-298,
Vol. 5, 1-305, Vol. 5, 1-312, Vol. 5, 1-324,
Vol. 5, 1-332, Vol. 5, 1-339, Vol. 5, 1-347
in an LCM Vol. 5, 1-319
in LCM, ILCM Vol. 2, 1-31
NT6X52 Vol. 5, 1-355, Vol. 5, 1-361,
Vol. 5, 1-367, Vol. 5, 1-373, Vol. 5, 1-384,
Vol. 5, 1-392, Vol. 5, 1-401, Vol. 5, 1-410
in an LCM Vol. 5, 1-379
in LCM, ILCM Vol. 2, 1-31
NT6X53 Vol. 5, 1-418, Vol. 5, 1-425,
Vol. 5, 1-432, Vol. 5, 1-444, Vol. 5, 1-460,
Vol. 5, 1-469, Vol. 5, 1-478
in an LCM Vol. 5, 1-453
in LCM, LCME Vol. 2, 1-79
NT6X54 Vol. 5, 1-493, Vol. 5, 1-500,
Vol. 5, 1-509, Vol. 5, 1-518, Vol. 5, 1-533,
Vol. 5, 1-542, Vol. 5, 1-549
in an LCM Vol. 5, 1-527
in ILCM, LCM Vol. 2, 1-13
NT6X55
in DTC, IDTC, DTCO, PDTC Vol. 3, 6-131
in ILGC, LGC, LGCO, PLGC Vol. 3, 6-131
in ILTC, LTC, LTCO, PLTC Vol. 3, 6-131
NT6X60 Vol. 5, 1-565, Vol. 5, 1-572,
Vol. 5, 1-579, Vol. 5, 1-587
NT6X62
in DTC, IDTC, DTCO, PDTC Vol. 3, 6-31
in ILGC, LGCO, PLGC Vol. 3, 6-31
NT6X65
in STCM of MSB6 Vol. 2, 7-79
NT6X66
in ST7G of MSB7 Vol. 2, 7-79
NT6X68
in MSB6 Vol. 2, 7-64
in MSB7 Vol. 2, 7-64
NT6X69 Vol. 5, 1-595, Vol. 5, 1-605,
Vol. 5, 1-613, Vol. 5, 1-622, Vol. 5, 1-630,
Vol. 5, 1-639, Vol. 5, 1-670, Vol. 5, 1-678
in DTC, DTCI, IDTC, DTCO, PDTC
Vol. 3, 6-31
in ILGC, LGC, LGCI, LGCO, PLGC
Vol. 3, 6-31
in ILTC, LTC, LTCI, LTCO, PLTC
Vol. 3, 6-31
NT6X70
in LGC, LGCI Vol. 3, 6-31
in LTC, LTCI Vol. 3, 6-31
NT6X71 Vol. 5, 1-684, Vol. 5, 1-688,
Vol. 5, 1-692, Vol. 5, 1-696, Vol. 5, 1-705,
Vol. 5, 1-713
in LCM, LCME Vol. 2, 1-39
NT6X72 Vol. 5, 1-725
NT6X73 Vol. 5, 1-734, Vol. 5, 1-738,
Vol. 5, 1-742, Vol. 5, 1-751
in an HIE Vol. 5, 1-746
NT6X74 Vol. 5, 1-755, Vol. 5, 1-761,
Vol. 5, 1-775, Vol. 5, 1-782, Vol. 5, 1-790,
Vol. 5, 1-799, Vol. 5, 1-808
in an RMM Vol. 5, 1-768
NT6X75 Vol. 5, 1-817, Vol. 5, 1-824,
Vol. 5, 1-831, Vol. 5, 1-838
NT6X76 Vol. 5, 1-845, Vol. 5, 1-853,
Vol. 5, 1-861
in LCM, LCME Vol. 2, 1-39
NT6X78 Vol. 5, 1-876, Vol. 5, 1-883,
Vol. 5, 1-891, Vol. 5, 1-898, Vol. 5, 1-905,
Vol. 5, 1-912, Vol. 5, 1-946
in ILGC Vol. 3, 6-106
in ILTC Vol. 3, 6-106
in LGC Vol. 3, 6-106
A-8 Index
297-9051-547 Standard 02.01 April 2000
in LGCO Vol. 3, 6-106
in LGCOI Vol. 3, 6-106
in LTC Vol. 3, 6-106
in LTCO Vol. 3, 6-106
in LTCOI Vol. 3, 6-106
in PLGC Vol. 3, 6-106
in PLTC Vol. 3, 6-106
NT6X79
in DTC, DTCO, PDTC Vol. 3, 6-31
in LGC, LGCI Vol. 3, 6-31
in LTC, LTCI Vol. 3, 6-31
NT6X80 Vol. 5, 1-964, Vol. 5, 1-972,
Vol. 5, 1-981
NT6X85 Vol. 6, 1-2, Vol. 6, 1-13, Vol. 6, 1-24
NT6X86 Vol. 6, 1-30, Vol. 6, 1-39
NT6X87 Vol. 6, 1-48, Vol. 6, 1-56
NT6X92 Vol. 6, 1-64, Vol. 6, 1-71, Vol. 6, 1-79,
Vol. 6, 1-87, Vol. 6, 1-95, Vol. 6, 1-104,
Vol. 6, 1-140, Vol. 6, 1-243
in DTC, DTCI, IDTC, DTCO, PDTC
Vol. 3, 6-31
in ILGC, LGC, LGCI, LGCO, PLGC
Vol. 3, 6-31
in ILTC, LTC, LTCI, LGCO, PLTC
Vol. 3, 6-31
NT6X93
in ILCM, LCM Vol. 2, 1-39
NT6X94
in ILCM Vol. 2, 1-39
NT6X95
in LCME Vol. 2, 1-73
NT6X98
in ILCM, LCM, LCME Vol. 2, 1-39
NT6X99 Vol. 6, 1-146, Vol. 6, 1-150,
Vol. 6, 1-154, Vol. 6, 1-158, Vol. 6, 1-162,
Vol. 6, 1-170, Vol. 6, 1-178
in LCM, LCME Vol. 2, 1-39
NT7X05 Vol. 6, 1-190, Vol. 6, 1-198,
Vol. 6, 1-207, Vol. 6, 1-234, Vol. 6, 1-252
in LGC, LGCI, LTC, LTCI, DTC, DTCI
Vol. 3, 6-31
NT8X02 Vol. 6, 1-261, Vol. 6, 1-265
NT8X12
in NT8X11 dual-shelf network Vol. 2, 8-72
NT8X13
in NT8X11 dual-shelf network Vol. 2, 8-72
NT8X14
in NT8X11 dual-shelf network Vol. 2, 8-72
NT8X18 Vol. 6, 1-270
NT8X99
in LCM Vol. 2, 1-79
NT9X10
in SuperNode CM Vol. 1, 1-22
in SuperNode SE CM/SLM Vol. 1, 2-85
NT9X12
in SuperNode CM Vol. 1, 1-22
in SuperNode SE CM/SLM Vol. 1, 2-85
in SuperNode SLM Vol. 3, 4-165
NT9X13
in an ELPP LIM unit Vol. 1, 4-46
in ENET 128k Vol. 2, 8-49
in ENET 64k Vol. 2, 8-49
in file processor Vol. 1, 6-43
in LIM unit of LPP Vol. 2, 4-89
in SuperNode CM Vol. 1, 1-22
in SuperNode MS Vol. 2, 5-39
in SuperNode SE 16k ENET Vol. 1, 5-77
in SuperNode SE CM/SLM Vol. 1, 2-85
in SuperNode SE ENI shelf Vol. 1, 5-77
in SuperNode SE MS Vol. 2, 6-25
NT9X14
in APU in LPP LIS Vol. 2, 4-9
in file processor Vol. 1, 6-43
in LIM unit of LPP Vol. 2, 4-155
in SuperNode CM Vol. 1, 1-22
in SuperNode MS Vol. 2, 5-39
in SuperNode SE CM/SLM Vol. 1, 2-85
NT9X15
in LIM unit of ELPP Vol. 1, 4-58
in LIM unit of LPP Vol. 2, 4-155
in SuperNode MS Vol. 2, 5-39
in SuperNode SE MS Vol. 2, 6-25
NT9X17
in LIM unit of ELPP Vol. 1, 4-58
in LIM unit of LPP Vol. 2, 4-155
in SuperNode MS Vol. 2, 5-39
in SuperNode SE MS Vol. 2, 6-25
NT9X20
in SuperNode CM Vol. 1, 1-5, Vol. 3, 4-47,
Vol. 3, 4-99
in SuperNode MS Vol. 2, 5-5
NT9X21
in file processor Vol. 1, 6-43
in SuperNode CM Vol. 1, 1-22
in SuperNode SE CM/SLM Vol. 1, 2-85
in SuperNode SLM Vol. 3, 4-165
NT9X22
in SuperNode CM Vol. 1, 1-22
in SuperNode SLM Vol. 3, 4-165
Index A- 9
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT9X23
in LIM unit of LPP Vol. 2, 4-155
in SuperNode MS Vol. 2, 5-5
in SuperNode SE MS Vol. 2, 6-5
NT9X25
in SuperNode MS Vol. 2, 5-39
in SuperNode SE MS Vol. 2, 6-25
NT9X26
in ENET 128k Vol. 2, 8-49
in ENET 64k Vol. 2, 8-49
in file processor Vol. 1, 6-43
in LIM unit of ELPP Vol. 1, 4-58
in LIM unit of LPP Vol. 2, 4-155
in SuperNode CM Vol. 1, 1-22
in SuperNode MS Vol. 2, 5-39
in SuperNode SE 16k ENET Vol. 1, 5-77
in SuperNode SE CM/SLM Vol. 1, 2-85
in SuperNode SE ENI shelf Vol. 1, 5-77
in SuperNode SE MS Vol. 2, 6-25
NT9X27
in superNode CM Vol. 1, 1-22
in SuperNode SLM Vol. 3, 4-165
NT9X30
in ENET 128k Vol. 2, 8-49
in ENET 64k Vol. 2, 8-49
in LIM unit of ELPP Vol. 1, 4-58
in LIM unit of LPP Vol. 2, 4-155
in LPP LIS Vol. 2, 4-100
in SSLPP Vol. 3, 3-74
in SuperNode CM Vol. 1, 1-22
in SuperNode MS Vol. 2, 5-39
in SuperNode SE 16k ENET Vol. 1, 5-53
in SuperNode SE ENI shelf Vol. 1, 5-53
in SuperNode SE LIS Vol. 2, 3-64
in SuperNode SE MS Vol. 2, 6-25
in SuperNode SLM Vol. 3, 4-165
NT9X31
in ENET 128k Vol. 2, 8-49
in ENET 64k Vol. 2, 8-49
in LIM unit of ELPP Vol. 1, 4-58
in SSLPP Vol. 3, 3-74
in SuperNode CM Vol. 1, 1-22
in SuperNode MS Vol. 2, 5-39
in SuperNode SE 16k ENET Vol. 1, 5-53
in SuperNode SE ENI shelf Vol. 1, 5-53
in SuperNode SE MS Vol. 2, 6-25
NT9X32
in SuperNode MS Vol. 2, 5-39
NT9X35
in ENET 128k Vol. 2, 8-15
in ENET 64k Vol. 2, 8-15
in SuperNode SE 16k ENET Vol. 1, 5-7
in SuperNode SE 32k ENET Vol. 1, 5-31
in SuperNode SE ENI shelf Vol. 1, 5-7
NT9X36
in ENET 128K Vol. 2, 8-49
in ENET 64k Vol. 2, 8-49
in SuperNode SE 16k ENET Vol. 1, 5-77
in SuperNode SE ENI shelf Vol. 1, 5-77
NT9X40
in ENET 128k Vol. 2, 8-15
in ENET 64k Vol. 2, 8-15
in SuperNode SE 16k ENET Vol. 1, 5-7,
Vol. 1, 5-77
in SuperNode SE 32k ENET Vol. 1, 5-31
in SuperNode SE ENI shelf Vol. 1, 5-7,
Vol. 1, 5-77
NT9X41
in ENET 128k Vol. 2, 8-15
in ENET 64k Vol. 2, 8-15
in SuperNode SE 16k ENET Vol. 1, 5-7
in SuperNode SE 32k ENET Vol. 1, 5-31
in SuperNode SE ENI shelf Vol. 1, 5-7
NT9X44
in SuperNode SE CM/SLM Vol. 1, 2-5
in SuperNode SLM Vol. 3, 4-5
NT9X45
in ENET 128k Vol. 2, 8-15
in ENET 64k Vol. 2, 8-15
in SuperNode SE 16k ENET Vol. 1, 5-7
in SuperNode SE 32k ENET Vol. 1, 5-31
in SuperNode SE ENI shelf Vol. 1, 5-7
NT9X46
in SuperNode SE CM/SLM Vol. 1, 2-27
in SuperNode SLM Vol. 3, 4-165
NT9X47
in SuperNode SLM Vol. 3, 4-165
NT9X49
in LIM unit of ELPP Vol. 1, 4-58
in LIM unit of LPP Vol. 2, 4-155
in SuperNode MS Vol. 2, 5-39
in SuperNode SE MS Vol. 2, 6-25
NT9X52
in LIM unit of ELPP Vol. 1, 4-58
in LIM unit of LPP Vol. 2, 4-155
in SuperNode MS Vol. 2, 5-39
in SuperNode SE MS Vol. 2, 6-25
NT9X53
in LIM unit of ELPP Vol. 1, 4-58
in LIM unit of LPP Vol. 2, 4-155
A-10 Index
297-9051-547 Standard 02.01 April 2000
in SuperNode MS Vol. 2, 5-39
in SuperNode SE MS Vol. 2, 6-25
NT9X54
in SuperNode MS Vol. 2, 5-5
in SuperNode SE MS Vol. 2, 6-5
NT9X62
in file processor Vol. 1, 6-43
in LIM unit of ELPP Vol. 1, 4-58
in SuperNode MS Vol. 2, 5-5
in SuperNode SE CM/SLM Vol. 1, 2-45
in SuperNode SE MS Vol. 2, 6-5
NT9X69
in SuperNode MS Vol. 2, 5-5
in SuperNode SE MS Vol. 2, 6-5
NT9X73
in LIM unit of ELPP Vol. 1, 4-58
in LIM unit of LPP Vol. 2, 4-155
in SuperNode SE MS Vol. 2, 6-25
NT9X74
in ELPP LIS Vol. 1, 4-9
in LPP LIS Vol. 2, 4-126
in SuperNode SE ENI shelf Vol. 2, 3-6
in SuperNode SE LIS Vol. 2, 3-6
NT9X76
in EIU in LPP LIS Vol. 2, 4-47
in EIU in SSLPP Vol. 3, 3-17
in EIU in SuperNode SE LIS Vol. 2, 3-13
in LIU7 in LPP LIS Vol. 2, 4-71
in LIU7 in SSLPP Vol. 3, 3-44
in LIU7 in SuperNode SE ENI shelf
Vol. 2, 3-38
in LIU7 in SuperNode SE LIS Vol. 2, 3-38
NT9X77
in LIU7 in LPP LIS Vol. 2, 4-71
in LIU7 in SSLPP Vol. 3, 3-44
in LIU7 in SuperNode SE ENI shelf
Vol. 2, 3-38
in LIU7 in SuperNode SE LIS Vol. 2, 3-38
NT9X78
in LIU7 in LPP LIS Vol. 2, 4-71
in LIU7 in SSLPP Vol. 3, 3-44
in LIU7 in SuperNode SE ENI shelf
Vol. 2, 3-38
in LIU7 in SuperNode SE LIS Vol. 2, 3-38
NT9X79
in ELPP LIS Vol. 1, 4-9
in LIM unit of ELPP Vol. 1, 4-58
in LIM unit of LPP Vol. 2, 4-155
in LPP LIS Vol. 2, 4-36
in SuperNode SE ENI shelf Vol. 2, 3-6
in SuperNode SE LIS Vol. 2, 3-6
in SuperNode SE MS Vol. 2, 6-5
NT9X84
in EIU in LPP LIS Vol. 2, 4-47
NT9X85
in EIU in LPP LIS Vol. 2, 4-47
in EIU in SSLPP Vol. 3, 3-17
in EIU in SuperNode SE LIS Vol. 2, 3-13
NT9X86
in file processor Vol. 1, 6-43
in SuperNode SE CM/SLM Vol. 1, 2-85
NT9X87
in file processor Vol. 1, 6-43
NT9X88
in file processor Vol. 1, 6-43
NT9X89
in file processor Vol. 1, 6-6
NT9X90
in file processor Vol. 1, 6-18
NT9X91
in file processor Vol. 1, 6-33
in SuperNode SE CM/SLM Vol. 1, 2-67
NT9X96
in SSLPP Vol. 3, 3-7
NT9X98
in SSLPP Vol. 3, 3-7
NTAX74 Vol. 6, 1-281, Vol. 6, 1-292
in DTCI, PDTC Vol. 3, 6-161
NTAX78 Vol. 6, 1-369
in DTCI Vol. 3, 6-31
NTBX01 Vol. 6, 1-381, Vol. 6, 1-390,
Vol. 6, 1-399, Vol. 6, 1-408, Vol. 6, 1-437
in DTCI, LGCI, LTCI Vol. 3, 6-161
in DTCO, LTCO, LGCO, PDTC, PLTC,
PLGC Vol. 3, 6-161
NTBX02 Vol. 6, 1-443, Vol. 6, 1-456,
Vol. 6, 1-469, Vol. 6, 1-482, Vol. 6, 1-495
LGCI, PLGC Vol. 3, 6-122
LTCI, PLTC Vol. 3, 6-122
NTBX25
in LCME Vol. 2, 1-39
NTBX26 Vol. 6, 1-538, Vol. 6, 1-546,
Vol. 6, 1-554
in LCME Vol. 2, 1-39
NTBX27 Vol. 6, 1-562, Vol. 6, 1-570,
Vol. 6, 1-578
in LCME Vol. 2, 1-39
Index A- 11
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NTBX34 Vol. 6, 1-593, Vol. 6, 1-601,
Vol. 6, 1-611, Vol. 6, 1-621
in LCME Vol. 2, 1-31
NTBX35 Vol. 6, 1-630, Vol. 6, 1-638,
Vol. 6, 1-648, Vol. 6, 1-658
in LCME Vol. 2, 1-31
NTBX36 Vol. 6, 1-667, Vol. 6, 1-677,
Vol. 6, 1-687
in LCME Vol. 2, 1-13
NTBX71
in LCME Vol. 2, 1-62
NTBX72 Vol. 6, 1-697, Vol. 6, 1-706,
Vol. 6, 1-715, Vol. 6, 1-724
in LCME Vol. 2, 1-79
NTCX50
in PDTC Vol. 3, 6-19
NTDX15
in file processor Vol. 1, 6-43
in SuperNode SE CM/SLM Vol. 1, 2-67
NTDX16
in LPP LIS Vol. 2, 4-140
NTEX17 Vol. 6, 1-733, Vol. 6, 1-743,
Vol. 6, 1-753, Vol. 6, 1-763, Vol. 6, 1-773
in LCM Vol. 2, 1-39
NTEX20
in ELPP LIS Vol. 1, 4-9
in LPP LIS Vol. 2, 4-36
in SSLPP Vol. 3, 3-7
in SuperNode SE ENI shelf Vol. 2, 3-6
in SuperNode SE LIS Vol. 2, 3-6
NTEX22
in APU in LPP LIS Vol. 2, 4-9
in EIU in SSLPP Vol. 3, 3-17
in EIU in SuperNode SE LIS Vol. 2, 3-13
in FRIU in LPP LIS Vol. 2, 4-57
in FRIU in SSLPP Vol. 3, 3-29
in FRIU SuperNode SE LIS Vol. 2, 3-24
in HLIU in an ELPP LIS Vol. 1, 4-17
in HSLR in an ELPP LIS Vol. 1, 4-27
in LIU7 in LPP LIS Vol. 2, 4-71
in LIU7 in SSLPP Vol. 3, 3-44
in LIU7 in SuperNode SE ENI shelf
Vol. 2, 3-38
in LIU7 in SuperNode SE LIS Vol. 2, 3-38
in NIU in LPP LIS Vol. 2, 4-82
in NIU in SSLPP Vol. 3, 3-57
in NIU in SuperNode SE LIS Vol. 2, 3-49
in VPU in LPP LIS Vol. 2, 4-168
in XLIU in LPP LIS Vol. 2, 4-178
in XLIU in SSLPP Vol. 3, 3-106
in XLIU in SuperNode SE LIS Vol. 2, 3-91
NTEX25
in NIU in LPP LIS Vol. 2, 4-82
in NIU in SSLPP Vol. 3, 3-57
in NIU in SuperNode SE LIS Vol. 2, 3-49
NTEX26
in LIU7 in LPP LIS Vol. 2, 4-71
in LIU7 in SSLPP Vol. 3, 3-44
in LIU7 in SuperNode SE ENI shelf
Vol. 2, 3-38
in LIU7 in SuperNode SE LIS Vol. 2, 3-38
NTEX28
in NIU in LPP LIS Vol. 2, 4-145
in NIU in SSLPP Vol. 3, 3-57
in NIU in SuperNode SE LIS Vol. 2, 3-49
NTEX30
in FRIU in LPP LIS Vol. 2, 4-57
in FRIU in SSLPP Vol. 3, 3-29
in FRIU in SuperNode SE LIS Vol. 2, 3-24
NTEX31
in FRIU in LPP LIS Vol. 2, 4-57
in FRIU in SSLPP Vol. 3, 3-29
in FRIU in SuperNode SE LIS Vol. 2, 3-24
NTEX54 Vol. 6, 1-783, Vol. 6, 1-800,
Vol. 6, 1-817, Vol. 6, 1-834, Vol. 6, 1-851
in LCM Vol. 2, 1-13
NTEX76
in HLIU in an ELPP LIS Vol. 1, 4-17
NTEX78
in HLIU in an ELPP LIS Vol. 1, 4-17
NTFX09
in XLIU in LPP LIS Vol. 2, 4-178
in XLIU in SSLPP Vol. 3, 3-106
in XLIU in SuperNode SE LIS Vol. 2, 3-91
NTFX10
in XLIU in LPP LIS Vol. 2, 4-178
in XLIU in SSLPP Vol. 3, 3-106
in XLIU in SuperNode SE LIS Vol. 2, 3-91
NTFX32AA
in an ISM Vol. 1, 8-92
NTFX42
in ISM Vol. 3, 5-27
NTFX43
in ISM Vol. 3, 5-64
NTMX45 Vol. 6, 1-898
NTMX71 Vol. 6, 1-908, Vol. 6, 1-932,
Vol. 6, 1-940
in DTC, DTCI, IDTC, PDTC Vol. 3, 6-19
A-12 Index
297-9051-547 Standard 02.01 April 2000
in ILGC, LGC, LGCI, PLGC Vol. 3, 6-19
in ILTC, LTC, LTCI, PLTC Vol. 3, 6-19
NTMX72 Vol. 6, 1-949, Vol. 6, 1-957,
Vol. 6, 1-966, Vol. 6, 1-975, Vol. 6, 1-984,
Vol. 6, 1-993
NTMX73 Vol. 7, 1-2, Vol. 7, 1-9, Vol. 7, 1-17,
Vol. 7, 1-26, Vol. 7, 1-36, Vol. 7, 1-45
in GPP Vol. 3, 6-154
NTMX74 Vol. 7, 1-60, Vol. 7, 1-69,
Vol. 7, 1-77, Vol. 7, 1-86, Vol. 7, 1-95,
Vol. 7, 1-104
NTMX75 Vol. 7, 1-113, Vol. 7, 1-120,
Vol. 7, 1-128, Vol. 7, 1-136, Vol. 7, 1-144,
Vol. 7, 1-153
NTMX76 Vol. 7, 1-168, Vol. 7, 1-175,
Vol. 7, 1-182, Vol. 7, 1-188, Vol. 7, 1-195,
Vol. 7, 1-205
in DTC, DTCI, IDTC, DTCO, PDTC
Vol. 3, 6-31
in ILGC, LGC, LGCI, LGCO, PLGC
Vol. 3, 6-31
in ILTC, LTC, LTCI, LTCO, PLTC
Vol. 3, 6-31
NTMX77 Vol. 7, 1-221, Vol. 7, 1-234,
Vol. 7, 1-241, Vol. 7, 1-254, Vol. 7, 1-267,
Vol. 7, 1-280, Vol. 7, 1-293, Vol. 7, 1-306,
Vol. 7, 1-318
in DTC, DTCI, IDTC, DTCO, PDTC
Vol. 3, 6-161
in GPP Vol. 3, 6-154
in ILGC, LGC, LGCI, LGCO, PLGC
Vol. 3, 6-161
in ILTC, LTC, LTCI, LTCO, PLTC
Vol. 3, 6-161
NTMX79 Vol. 7, 1-333, Vol. 7, 1-343,
Vol. 7, 1-349, Vol. 7, 1-359, Vol. 7, 1-370,
Vol. 7, 1-380
NTMX81 Vol. 7, 1-397, Vol. 7, 1-409,
Vol. 7, 1-421, Vol. 7, 1-592
NTMX82 Vol. 7, 1-465, Vol. 7, 1-476,
Vol. 7, 1-486, Vol. 7, 1-496
NTMX87 Vol. 7, 1-508, Vol. 7, 1-528,
Vol. 7, 1-548, Vol. 7, 1-571
NTMX97
in VPU in LPP LIS Vol. 2, 4-168
NTMX99
in VPU in LPP LIS Vol. 2, 4-168
NTRX41 Vol. 7, 1-630, Vol. 7, 1-635,
Vol. 7, 1-640, Vol. 7, 1-650
NTRX42 Vol. 7, 1-660, Vol. 7, 1-677,
Vol. 7, 1-695, Vol. 7, 1-726, Vol. 7, 1-746
NTRX43 Vol. 7, 1-777, Vol. 7, 1-784,
Vol. 7, 1-791, Vol. 7, 1-807
NTRX44 Vol. 7, 1-823, Vol. 7, 1-835,
Vol. 7, 1-857
NTRX54 Vol. 7, 1-867, Vol. 7, 1-881
NTRX66 Vol. 7, 1-895
NTSX06
in LTC, LTC, DTC, LGCI, and LTCI
Vol. 3, 6-161
card replacement procedutes
NTBX01 Vol. 6, 1-374
cards
inserting Vol. 3, 6-179
removing Vol. 3, 6-179
M
Maintenance
returning cards Vol. 3, 6-183
Media access control address
DBIC provisioning Vol. 6, 1-785,
Vol. 6, 1-797, Vol. 6, 1-802, Vol. 6, 1-814,
Vol. 6, 1-819, Vol. 6, 1-831, Vol. 6, 1-836,
Vol. 6, 1-848, Vol. 6, 1-853, Vol. 6, 1-865
N
NT0X10
card replacement procedures Vol. 4, 1-2,
Vol. 4, 1-6, Vol. 4, 1-14, Vol. 4, 1-18, Vol. 4, 1-25,
Vol. 4, 1-31, Vol. 4, 1-37, Vol. 4, 1-43
NT0X91
card replacement procedures Vol. 4, 1-61
NT0X91AA
card replacement procedures Vol. 4, 1-49,
Vol. 4, 1-90
NT0X91AE
card replacement procedures Vol. 4, 1-49,
Vol. 4, 1-96, Vol. 4, 1-105
NT2X06
card replacement procedures Vol. 4, 1-114,
Vol. 4, 1-121, Vol. 4, 1-129, Vol. 4, 1-136,
Vol. 4, 1-144, Vol. 4, 1-153, Vol. 4, 1-162
Index A- 13
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT2X09
card replacement procedures Vol. 4, 1-171,
Vol. 4, 1-178, Vol. 4, 1-186, Vol. 4, 1-194,
Vol. 4, 1-202, Vol. 4, 1-211, Vol. 4, 1-220
NT2X10
card replacement procedures Vol. 4, 1-229,
Vol. 4, 1-233, Vol. 4, 1-237, Vol. 4, 1-244,
Vol. 4, 1-251, Vol. 4, 1-258
NT2X11
card replacement procedures Vol. 4, 1-265,
Vol. 4, 1-270, Vol. 4, 1-278, Vol. 4, 1-282,
Vol. 4, 1-289, Vol. 4, 1-298, Vol. 4, 1-307
NT2X48
card replacement procedures Vol. 4, 1-316,
Vol. 4, 1-321, Vol. 4, 1-326
NT2X55
card replacement procedures Vol. 4, 1-331
NT2X57
card replacement procedures Vol. 4, 1-338,
Vol. 4, 1-342, Vol. 4, 1-350, Vol. 4, 1-355,
Vol. 4, 1-362, Vol. 4, 1-369, Vol. 4, 1-376
NT2X59
card replacement procedures Vol. 4, 1-383,
Vol. 4, 1-387, Vol. 4, 1-401, Vol. 4, 1-406,
Vol. 4, 1-413, Vol. 4, 1-420, Vol. 4, 1-427
NT2X70
card replacement procedures Vol. 4, 1-434,
Vol. 4, 1-441, Vol. 4, 1-464, Vol. 4, 1-478,
Vol. 4, 1-497, Vol. 4, 1-505, Vol. 4, 1-513,
Vol. 4, 1-524, Vol. 4, 1-533
NT2X90
card replacement procedures Vol. 4, 1-540,
Vol. 4, 1-545, Vol. 4, 1-550, Vol. 4, 1-564,
Vol. 4, 1-569, Vol. 4, 1-576, Vol. 4, 1-583
NT3X04
card replacement procedures Vol. 4, 1-590
NT3X09
card replacement procedures Vol. 4, 1-597,
Vol. 4, 1-603, Vol. 4, 1-608, Vol. 4, 1-619,
Vol. 4, 1-624, Vol. 4, 1-631, Vol. 4, 1-641,
Vol. 4, 1-651
NT3X82
card replacement procedures Vol. 4, 1-660
NT3X83
card replacement procedures Vol. 4, 1-667
NT4X97
card replacement procedures Vol. 4, 1-675,
Vol. 4, 1-680, Vol. 4, 1-687
NT4X98
card replacement procedures Vol. 4, 1-694,
Vol. 4, 1-701
NT6X17
card replacement procedures Vol. 4, 1-710,
Vol. 4, 1-714, Vol. 4, 1-718, Vol. 4, 1-722,
Vol. 4, 1-730, Vol. 4, 1-738, Vol. 4, 1-746
NT6X18
card replacement procedures Vol. 4, 1-750,
Vol. 4, 1-754, Vol. 4, 1-758, Vol. 4, 1-762,
Vol. 4, 1-766, Vol. 4, 1-774, Vol. 4, 1-782,
Vol. 4, 1-790
NT6X19
card replacement procedures Vol. 4, 1-794,
Vol. 4, 1-798, Vol. 4, 1-802, Vol. 4, 1-806,
Vol. 4, 1-814, Vol. 4, 1-822, Vol. 4, 1-830
NT6X20
card replacement procedures Vol. 4, 1-834,
Vol. 4, 1-838, Vol. 4, 1-842, Vol. 4, 1-846,
Vol. 4, 1-854, Vol. 4, 1-862, Vol. 4, 1-870
NT6X21
card replacement procedures Vol. 4, 1-874,
Vol. 4, 1-878, Vol. 4, 1-882, Vol. 4, 1-890,
Vol. 4, 1-900, Vol. 4, 1-909, Vol. 4, 1-918,
Vol. 4, 1-927
NT6X27
card replacement procedures Vol. 4, 1-931,
Vol. 4, 1-938, Vol. 4, 1-945
NT6X30
card replacement procedures Vol. 4, 1-952,
Vol. 4, 1-967, Vol. 4, 1-981, Vol. 4, 1-995,
Vol. 4, 1-1009
NT6X36
card replacement procedures Vol. 4, 1-1028,
Vol. 4, 1-1038, Vol. 4, 1-1043
NT6X40
card replacement procedures Vol. 5, 1-2,
Vol. 5, 1-14, Vol. 5, 1-26
NT6X41
card replacement procedures Vol. 5, 1-64,
Vol. 5, 1-71, Vol. 5, 1-78, Vol. 5, 1-87, Vol. 5, 1-95
NT6X42
card replacement procedures Vol. 5, 1-101,
Vol. 5, 1-107, Vol. 5, 1-114, Vol. 5, 1-122
A-14 Index
297-9051-547 Standard 02.01 April 2000
NT6X44
card replacement procedures Vol. 5, 1-130,
Vol. 5, 1-138, Vol. 5, 1-144, Vol. 5, 1-158
NT6X45
card replacement procedures Vol. 5, 1-166,
Vol. 5, 1-172, Vol. 5, 1-178, Vol. 5, 1-184
NT6X47
card replacement procedures Vol. 5, 1-190,
Vol. 5, 1-196, Vol. 5, 1-202
NT6X48
card replacement procedures Vol. 3, 6-84,
Vol. 3, 6-94, Vol. 5, 1-208
NT6X50
card replacement procedures Vol. 5, 1-216,
Vol. 5, 1-223, Vol. 5, 1-237, Vol. 5, 1-244,
Vol. 5, 1-259, Vol. 5, 1-275
NT6X51
card replacement procedures Vol. 5, 1-291,
Vol. 5, 1-298, Vol. 5, 1-305, Vol. 5, 1-312,
Vol. 5, 1-324, Vol. 5, 1-332, Vol. 5, 1-339,
Vol. 5, 1-347
NT6X52
card replacement procedures Vol. 5, 1-355,
Vol. 5, 1-361, Vol. 5, 1-367, Vol. 5, 1-373,
Vol. 5, 1-384, Vol. 5, 1-392, Vol. 5, 1-401,
Vol. 5, 1-410
NT6X53
card replacement procedures Vol. 5, 1-418,
Vol. 5, 1-425, Vol. 5, 1-432, Vol. 5, 1-444,
Vol. 5, 1-460, Vol. 5, 1-469, Vol. 5, 1-478,
Vol. 5, 1-487
NT6X54
card replacement procedures Vol. 5, 1-493,
Vol. 5, 1-500, Vol. 5, 1-509, Vol. 5, 1-518,
Vol. 5, 1-533, Vol. 5, 1-542, Vol. 5, 1-549,
Vol. 5, 1-556
NT6X60
card replacement procedures Vol. 5, 1-565,
Vol. 5, 1-572, Vol. 5, 1-579, Vol. 5, 1-587
NT6X69
card replacement procedures Vol. 5, 1-605,
Vol. 5, 1-613, Vol. 5, 1-622, Vol. 5, 1-630,
Vol. 5, 1-639, Vol. 5, 1-648, Vol. 5, 1-654,
Vol. 5, 1-670, Vol. 5, 1-678
NT6X71
card replacement procedures Vol. 5, 1-684,
Vol. 5, 1-688, Vol. 5, 1-692, Vol. 5, 1-696,
Vol. 5, 1-705, Vol. 5, 1-713, Vol. 5, 1-721
NT6X72
card replacement procedures Vol. 5, 1-725
NT6X73
card replacement procedures Vol. 5, 1-734,
Vol. 5, 1-738, Vol. 5, 1-742, Vol. 5, 1-751
NT6X74
card replacement procedures Vol. 5, 1-755,
Vol. 5, 1-761, Vol. 5, 1-775, Vol. 5, 1-782,
Vol. 5, 1-790, Vol. 5, 1-799, Vol. 5, 1-808
NT6X75
card replacement procedures Vol. 5, 1-817,
Vol. 5, 1-824, Vol. 5, 1-831, Vol. 5, 1-838
NT6X76
card replacement procedures Vol. 5, 1-845,
Vol. 5, 1-853, Vol. 5, 1-861, Vol. 5, 1-869
NT6X78
card replacement procedures Vol. 5, 1-876,
Vol. 5, 1-883, Vol. 5, 1-891, Vol. 5, 1-898,
Vol. 5, 1-905, Vol. 5, 1-912, Vol. 5, 1-919,
Vol. 5, 1-925, Vol. 5, 1-932, Vol. 5, 1-946
NT6X80
card replacement procedures Vol. 5, 1-951,
Vol. 5, 1-957, Vol. 5, 1-964, Vol. 5, 1-972,
Vol. 5, 1-981
NT6X85
card replacement procedures Vol. 6, 1-2,
Vol. 6, 1-13, Vol. 6, 1-24
NT6X86
card replacement procedures Vol. 6, 1-30,
Vol. 6, 1-39
NT6X87
card replacement procedures Vol. 6, 1-48,
Vol. 6, 1-56
NT6X92
card replacement procedures Vol. 6, 1-64,
Vol. 6, 1-71, Vol. 6, 1-79, Vol. 6, 1-87,
Vol. 6, 1-95, Vol. 6, 1-104, Vol. 6, 1-112,
Vol. 6, 1-118, Vol. 6, 1-125, Vol. 6, 1-140,
Vol. 6, 1-243
Index A- 15
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
NT6X99
card replacement procedures Vol. 6, 1-146,
Vol. 6, 1-150, Vol. 6, 1-154, Vol. 6, 1-158,
Vol. 6, 1-162, Vol. 6, 1-170, Vol. 6, 1-178,
Vol. 6, 1-186
NT7X05
card replacement procedures Vol. 6, 1-190,
Vol. 6, 1-198, Vol. 6, 1-207, Vol. 6, 1-234,
Vol. 6, 1-252
NT8X02
card replacement procedures Vol. 6, 1-261,
Vol. 6, 1-265
NT8X18
card replacement procedures Vol. 6, 1-270
NTAX74
card replacement procedures Vol. 6, 1-281,
Vol. 6, 1-292, Vol. 6, 1-303, Vol. 6, 1-315,
Vol. 6, 1-327, Vol. 6, 1-337, Vol. 6, 1-347
NTAX78
card replacement procedures Vol. 6, 1-355,
Vol. 6, 1-362, Vol. 6, 1-369
NTBX01
card replacement procedures Vol. 6, 1-374,
Vol. 6, 1-381, Vol. 6, 1-390, Vol. 6, 1-399,
Vol. 6, 1-408, Vol. 6, 1-417, Vol. 6, 1-423,
Vol. 6, 1-430, Vol. 6, 1-437
NTBX02
card replacement procedures Vol. 6, 1-443,
Vol. 6, 1-456, Vol. 6, 1-469, Vol. 6, 1-482,
Vol. 6, 1-495, Vol. 6, 1-508, Vol. 6, 1-515,
Vol. 6, 1-523
NTBX26
card replacement procedures Vol. 6, 1-538,
Vol. 6, 1-546, Vol. 6, 1-554
NTBX27
card replacement procedures Vol. 6, 1-562,
Vol. 6, 1-570, Vol. 6, 1-578, Vol. 6, 1-586
NTBX34
card replacement procedures Vol. 6, 1-593,
Vol. 6, 1-601, Vol. 6, 1-611, Vol. 6, 1-621
NTBX35
card replacement procedures Vol. 6, 1-630,
Vol. 6, 1-638, Vol. 6, 1-648, Vol. 6, 1-658
NTBX36
card replacement procedures Vol. 6, 1-667,
Vol. 6, 1-677, Vol. 6, 1-687
NTBX72
card replacement procedures Vol. 6, 1-697,
Vol. 6, 1-706, Vol. 6, 1-715, Vol. 6, 1-724
NTEX17
card replacement procedures Vol. 6, 1-733,
Vol. 6, 1-743, Vol. 6, 1-753, Vol. 6, 1-763,
Vol. 6, 1-773
NTEX54
card replacement procedures Vol. 6, 1-783,
Vol. 6, 1-800, Vol. 6, 1-817, Vol. 6, 1-834,
Vol. 6, 1-851
NTMX45
card replacement procedures Vol. 6, 1-898
NTMX71
card replacement procedures Vol. 6, 1-908,
Vol. 6, 1-916, Vol. 6, 1-924, Vol. 6, 1-932,
Vol. 6, 1-940
NTMX72
card replacement procedures Vol. 6, 1-949,
Vol. 6, 1-957, Vol. 6, 1-966, Vol. 6, 1-975,
Vol. 6, 1-984, Vol. 6, 1-993, Vol. 6, 1-1002
NTMX73
card replacement procedures Vol. 7, 1-9,
Vol. 7, 1-17, Vol. 7, 1-26, Vol. 7, 1-36,
Vol. 7, 1-45, Vol. 7, 1-54
card replacment procedures Vol. 7, 1-2
NTMX74
card replacement procedures Vol. 7, 1-60,
Vol. 7, 1-69, Vol. 7, 1-77, Vol. 7, 1-86,
Vol. 7, 1-95, Vol. 7, 1-104
NTMX75
card replacement procedures Vol. 7, 1-113,
Vol. 7, 1-120, Vol. 7, 1-128, Vol. 7, 1-136,
Vol. 7, 1-144, Vol. 7, 1-153, Vol. 7, 1-162
NTMX76
card replacement procedures Vol. 7, 1-168,
Vol. 7, 1-175, Vol. 7, 1-182, Vol. 7, 1-188,
Vol. 7, 1-195, Vol. 7, 1-205, Vol. 7, 1-214
NTMX77
card replacement procedures Vol. 7, 1-221,
Vol. 7, 1-234, Vol. 7, 1-241, Vol. 7, 1-254,
Vol. 7, 1-267, Vol. 7, 1-280, Vol. 7, 1-293,
Vol. 7, 1-306, Vol. 7, 1-318
NTMX79
card replacement procedures Vol. 7, 1-333,
Vol. 7, 1-343, Vol. 7, 1-349, Vol. 7, 1-359,
Vol. 7, 1-370, Vol. 7, 1-380, Vol. 7, 1-390
A-16 Index
297-9051-547 Standard 02.01 April 2000
NTMX81
card replacement procedures Vol. 7, 1-397,
Vol. 7, 1-409, Vol. 7, 1-421, Vol. 7, 1-435,
Vol. 7, 1-451, Vol. 7, 1-592
NTMX82
card replacement procedures Vol. 7, 1-465,
Vol. 7, 1-476, Vol. 7, 1-486, Vol. 7, 1-496
NTMX87
card replacement procedures Vol. 7, 1-508,
Vol. 7, 1-528, Vol. 7, 1-548, Vol. 7, 1-571
NTRX41
card replacement procedures Vol. 7, 1-630,
Vol. 7, 1-635, Vol. 7, 1-640, Vol. 7, 1-650,
Vol. 7, 1-655
NTRX42
card replacement procedures Vol. 7, 1-660,
Vol. 7, 1-677, Vol. 7, 1-695, Vol. 7, 1-726,
Vol. 7, 1-746, Vol. 7, 1-766
NTRX43
card replacement procedures Vol. 7, 1-777,
Vol. 7, 1-784, Vol. 7, 1-791, Vol. 7, 1-807,
Vol. 7, 1-815
NTRX44
card replacement procedures Vol. 7, 1-823,
Vol. 7, 1-835, Vol. 7, 1-857
NTRX54
card replacement procedures Vol. 7, 1-867,
Vol. 7, 1-881, Vol. 7, 1-888
NTRX66
card replacement procedures Vol. 7, 1-895
NTTR46
card replacement procedures Vol. 7, 1-901
NTTR47
card replacement procedures Vol. 7, 1-907
NTTR60
card replacement procedures Vol. 7, 1-913
NTTR66
card replacement procedures Vol. 7, 1-920
NTTR67
card replacement procedures Vol. 7, 1-926
NTTR70
card replacement procedures Vol. 7, 1-932
NTTR71
card replacement procedures Vol. 7, 1-939
NTTR72
card replacement procedures Vol. 7, 1-944
NTTR73
card replacement procedures Vol. 7, 1-950
NTTR74
card replacement procedures Vol. 7, 1-954
NTTR75
card replacement procedures Vol. 7, 1-961
NTTR76
card replacement procedures Vol. 7, 1-969
NTTR77
card replacement procedures Vol. 7, 1-976
NTTR87
card replacement procedures Vol. 7, 1-983
R
returning cards Vol. 3, 6-183
S
shelf layouts
application processor cabinet
APC cabinet layout Vol. 1, 6-3
file processor shelf Vol. 1, 6-4
storage device shelf Vol. 1, 6-5
common peripheral controller equipment
frame
CPCE frame layout Vol. 3, 6-4
DTC with 2 NT6X45's Vol. 3, 6-8
international XPMs with 2 NT6X45's
Vol. 3, 6-14
international XPMs with 3 NT6X45's
Vol. 3, 6-15
international XPMs with NTMX77
Vol. 3, 6-13
ISDN XPMs with 2 NT6X45's Vol. 3, 6-12
ISDN XPMs with NTMX77 Vol. 3, 6-11
LGC with 2 NT6X45's Vol. 3, 6-9
LGC with NTMX77 Vol. 3, 6-6
LTC with 2 NT6X45's Vol. 3, 6-10
LTC with NTMX77 Vol. 3, 6-7
PCM30 XPMs with 2 NT6X45's Vol. 3, 6-18
PCM30 XPMs with NTMX77 Vol. 3, 6-16,
Vol. 3, 6-17
dual plane combined core cabinet
DPCC cabinet layout Vol. 2, 5-3, Vol. 3, 4-3
SuperNode message switch shelf Vol. 2, 5-4
SuperNode system load module shelf
Vol. 3, 4-4
enhanced link peripheral processor
ELPP cabinet layout Vol. 1, 4-4
Index A- 17
DMS-100 Family MMP Card Replacement Procedures Volume 1 of 7 MMP13 and up
link interface module showing LMS units
Vol. 1, 4-6
link interface shelf common fill Vol. 1, 4-7
link interface shelf for DLIUs Vol. 1, 4-8
triple F-bus configuration in ELPP cabinet
Vol. 1, 4-5
enhanced multipurpose cabinet
EMC cabinet layout Vol. 3, 3-4
single shelf link peripheral processor, 2-slot
ASUs Vol. 3, 3-6
single shelf link peripheral processor, ASU
common fill Vol. 3, 3-5
ber link peripheral processor (SuperNode)
link interface module showing LMS units
Vol. 2, 4-6
host ISDN XPMs Vol. 3, 6-3
host XPMs Vol. 3, 6-3
input/output equipment frame
dual disk drive unit shelf Vol. 1, 8-7,
Vol. 1, 8-8, Vol. 1, 8-9
input/output controller shelf Vol. 1, 8-5
IOE frame layout Vol. 1, 8-4, Vol. 3, 2-3
remote oscillator shelf Vol. 3, 2-4
single disk drive unit shelf Vol. 1, 8-6
ISDN XPMs (host) Vol. 3, 6-3
line concentrating equipment frame
enhanced line concentrating module
Vol. 2, 1-9
ISDN LCE frame layout Vol. 2, 1-5
ISDN line concentrating equipment frame
Vol. 2, 1-3
LCE frame layout Vol. 2, 1-4
LCM line drawer Vol. 2, 1-7
LCME line drawer Vol. 2, 1-10
LCMI line drawer (international) Vol. 2, 1-8
line concentrating module Vol. 2, 1-6
line module equipment frame
line drawer layout (metal) Vol. 2, 2-8,
Vol. 3, 1-8
line drawer layout (plastic) Vol. 2, 2-7,
Vol. 3, 1-7
line drawer shelf Vol. 2, 2-6, Vol. 3, 1-6
line module controller Vol. 2, 2-5, Vol. 3, 1-5
LME frame layout Vol. 3, 1-4
link peripheral processor (SuperNode)
application processor unit Vol. 2, 4-8
CCS7 link interface unit (2-slot, channelized)
Vol. 2, 4-8
CCS7 link interface unit (2-slot,
non-channelized) Vol. 2, 4-8
Ethernet interface unit (2-slot) Vol. 2, 4-8
frame relay interface unit Vol. 2, 4-8
link interface module showing LMS units
Vol. 2, 4-5
link interface shelf common fill, 2-slot ASUs
Vol. 2, 4-7
link interface shelf for 2-slot ASUs
Vol. 2, 4-8
LPP cabinet layout Vol. 2, 4-4
network interface unit Vol. 2, 4-8
voice processor unit Vol. 2, 4-8
X.25 link interface unit Vol. 2, 4-8
message switch and buffer equipment frame
CCS6 signaling terminal array Vol. 2, 7-8
CCS6 signaling terminal controller array
Vol. 2, 7-9
CCS7 signaling terminal array Vol. 2, 7-11
CCS7 signaling terminal group Vol. 2, 7-10
MS6E frame layout Vol. 2, 7-4
MS7E frame layout Vol. 2, 7-6
ST6E frame layout Vol. 2, 7-5
ST7E frame layout Vol. 2, 7-7
network equipment frames
ENET 128K frame layout Vol. 2, 8-8
ENET 64K frame layout Vol. 2, 8-7
ENET shelf Vol. 2, 8-14
NT0X48 NET crosspoint shelf Vol. 2, 8-10
NT0X48 NET frame layout Vol. 2, 8-4
NT0X48 NET interface shelf Vol. 2, 8-9
NT5X13 NETC crosspoint shelf Vol. 2, 8-12
NT5X13 NETC frame layout Vol. 2, 8-5
NT5X13 NETC interface shelf Vol. 2, 8-11
NT8X11 DSN frame layout Vol. 2, 8-6
NX8X11 DSN shelf Vol. 2, 8-13
ofce alarm unit Vol. 2, 9-3
single core cabinet
enhanced network and interface shelf
Vol. 1, 5-5, Vol. 1, 5-6
SCC cabinet layout Vol. 1, 2-3, Vol. 1, 5-3,
Vol. 2, 3-3, Vol. 2, 6-3
SuperNode SE computing module/system
load module Vol. 1, 2-4
SuperNode SE link interface shelf, 2-slot
ASUs Vol. 2, 3-5
SuperNode SE link interface shelf, ASU
common fill Vol. 2, 3-4
SuperNode SE message switch shelf
Vol. 2, 6-4
SuperNode SE 16K ENET Vol. 1, 5-5
SuperNode SE 16k ENET Vol. 1, 5-3
A-18 Index
297-9051-547 Standard 02.01 April 2000
SuperNode SE 32k Vol. 1, 5-4
trunk module equipment frame
digital recorded announcement machine with
NT0X70 processor Vol. 3, 5-9
digital recorded announcement machine with
NT4X65 processor Vol. 3, 5-10
integrated service module with NTFX42
processor Vol. 3, 5-12
integrated service module with single-card
PMs Vol. 3, 5-13
maintenance trunk module with NT0X70
processor Vol. 3, 5-7
maintenance trunk module with NT4X65
processor Vol. 3, 5-8
office alarm unit with NT0X70 processor
Vol. 2, 9-5
office alarm unit with NT4X65 processor
Vol. 2, 9-6
service trunk module Vol. 3, 5-11
TME frame layout Vol. 2, 9-4, Vol. 3, 5-4
trunk module with NT0X70 processor
Vol. 3, 5-5
trunk module with NT4X65 processor
Vol. 3, 5-6
XPMs (host) Vol. 3, 6-3
Star Remote System
Star Module
C-side links mapping
illustrated Vol. 7, 1-459, Vol. 7, 1-990
DMS-100 Family
MMP
Card Replacement Procedures
Volume 1 of 7
Customer Information Authority
Nortel Networks
Concorde Road
Norreys Drive
Maidenhead
Berkshire SL6 4AG, UK
Telephone: (44) 1628-434670
Electronic mail: cis01@nortelnetworks.com
Internet: http://www.nortelnetworks.com
Copyright 1999-2000 Nortel Networks,
All Rights Reserved
NORTEL NETWORKS CONFIDENTIAL: The
information contained herein is the property of Nortel Networks and
is strictly condential. Except as expressly authorized in writing by
Nortel Networks, the holder shall keep all information contained
herein condential, shall disclose the information only to its
employees with a need to know, and shall protect the information, in
whole or in part, from disclosure and dissemination to third parties
with the same degree of care it uses to protect its own condential
information, but with no less than reasonable care. Except as
expressly authorized in writing by Nortel Networks, the holder is
granted no rights to use the information contained herein.
Information is subject to change without notice. Nortel Networks
reserves the right to make changes in design or components as
progress in engineering and manufacturing may warrant. Changes or
modication to the DMS-100 without the express consent of Nortel
Networks may void its warranty and void the users authority to
operate the equipment.
Nortel Networks, the Nortel Networks logo, the Globemark, How the
World Shares Ideas, Unied Networks, DMS, DMS-100, MAP, Nortel,
Northern Telecom, NT, SuperNode, and TOPS are trademarks of
Nortel Networks.
Publication number: 297-9051-547
Product release: MMP13 and up
Document release: Standard 02.01
Date: April 2000
Printed in the United Kingdom