Promina ® Series Multiservice Access Platform Promina 200/400 Installation and Maintenance Release 4.x2 Part Number: 037036-402 Rev A
Text Previews (text result may be not accurate) iiPromina 200/400 Installation
and Maintenance Release 4.x2
N.E.T.
Promina 200/400 Installation and Maintenance
iii
Contents
About This Document .
. . . . . . . . . . . . . vii
Chapter 1Promina Systems Overview
. . . . . . . . . . . . . . . . 13
N.E.T.
Promina 200/400 Installation and Maintenance
acement....................................................................................................45
Connecting Interface Cards.....................................................................................................
.46
Installing Front Cards.........................................................................................................
......46
Replacing Front Cards..........................................................................................................
...46
Chapter 5Software Configuration . .
. . . . . . . . . . . . . . . . 49
Card Installation..............................................................................................................
...49
Card Installation After Node Initializatio
n..............................................................................50
Standard Equipment
Wattage and BTU................................................................................................................
.....87
Module Power Consumption..........................
.........................................................................88
Standard Equipmen
t Modules............................................................................................88
Feature Modules................................................................................................................
.......88
Chapter 8Promina 400 System. . . .
. . . . . . . . . . . . . . . . 89
ations..............................................................................................89
System Hardware...............................................................................................................8
ications......
.......................................................................................90
Load Units.....................................................................................................................
...........90
Module Power Consumption..........................
.........................................................................91
Logical Slots..................................................................................................................
..........91
tal Specifications.....................................................................91
Electrical and Environmental Specifications...........................................................................91
ions..........................................................................................................92
Standard Mounting..............................................................................................................
.....93
12-Slot Version................................................................................................................
.........95
24-Slot Version................................................................................................................
.........98
System Shelves................................................................................................................1
Shelf and Slot Numbering......................................................................................................1
12-Slot Version................................................................................................................
.......102
24-Slot Version................................................................................................................
.......102
Slots.........................................................................................................103
Reserved Card Slots............................................................................................................
...103
...105
Units.................................................................................................105
-48 and -60 V DC Single/Dual Feed PDU.............................................................................106
Connection to DC Power Source...........................................................................................107
100 to 240 V AC Dual Feed PDU..........................................................................................110
Aux Power Supply Tray.........................................................................................................1
Fan Tray.......................................................................................................................
....112
odules.........................................................................................112
Feature Modules................................................................................................................
.....113
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Promina 200/400 Installation and Maintenance
Chapter 9Promina System
Components. . . . . . . . . . . . . .
. . . . . . . . . . . . . . . . 115
s................................................................................................................1
250 W Power Supplies...........................................................................................................
116
Tray...................................................................................................120
Fan Trays......................................................................................................................
..........121
Wattage and BTU
Output.................................................................................................121
ption...........................................................................................121
Load Units.....................................................................................................................
...121
s..................................................................................................................
..121
d...................................................................................................................
...122
mbly....................................................................................................122
l-2........................................................................................................124
Alarm Panel-2 Connections...................................................................................................124
terface.........................................................................................................1
Cross Connects.................................................................................................................
......126
Baud Rates.....................................................................................................................
........126
Serial Port Pinouts............................................................................................................
......126
Chapter 10Operator Interface Comm
ands . . . . . . . . . . . . .
. . . . . . . . . . . . . . . 129
nd Summary..................................................................................129
Appendix AConnecting the Promina Voice Shelf
. . . . . . . . . . . . . . . . . . . . . . 165
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Promina 200/400 Installation and Maintenance
vii
This document is for use in the installation and
management of Promina Series nodes. It provides
information about standard equipment modules and
how to install standard equipment cards in the
configuration database.
Before using this document the reader should have a working knowledge of data communications,
and basic trunking and transmission
concepts. The user also need
s to be aware of the hazards
associated with electroni
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Promina 200/400 Installation and Maintenance
viii
Promina 200 System
Describes the hardware configurations
and specification for Promina 200 systems.
Promina 400 System
Describes the hardware configuration and specification for Promina 400 systems.
Promina System Components
Describes SCREAM Hardware components
Operator Interface Commands
Describes the operator interface commands used
or Promina 400 system.
Appendix A
Connecting the Promina Voice Shelf
Describes the connection of a Promina
Voice Shelf in a Promina 200 system.
Table1
shows the typographical conventions used in this document.
Table1Typographical Conventions
ConventionDescriptionExample
boldfaceNames of buttons
or keys you should press
Enter
Names of items on screensSelect the
menu.
Text to enter into a field or dialog boxIn the
Search
boldface courier
font
Text to enter in a command line
hostname.7h;&#xostn;
me6;&#x.700;.7h;&#xostn;
me6;&#x.700;:LOI
show vpi
*.*
ItalicsNames of manuals
or filesSCREAM100/50 User Guide
Names of uniform resource
Document Conventions
N.E.T.
Table2
shows the icons used in this document to highlight important information.
Table2Informational Icons
IconMeaning
Highlights usage or other important inform
ation that might otherwise be overlooked.
Cautions user about pot
entially hazardous non-electrical si
tuation that may result in loss
of data, or damage to
files or equipment.
Warns user about a potentially
hazardous electrical
situation that could result in serious
injury or death.
Warns user about a potentially hazardous la
ser or LED radiation
emission that could
damage a user’s eyes.
N.E.T.
Promina 200/400 Installation and Maintenance
The following icons are used in this document to provide important information:
Icon
NoteDirects the reader’s attention to important information.
CautionProvides information on how
to avoid possible loss of
Related Documents
N.E.T.
Please send comments regarding the content of
this document by Email or U.S. mail to:
N.E.T.
Promina 200/400 Installation and Maintenance
Technical Assistance
If there is a problem installing or using
N.E.T.
products, call
N.E.T.
Technical Assistance Center
(TAC) at the following numbers:
In North America, call 1.800.800.4638
For International collect calls, use 1.703.948.7999
TAC engineers are available by telephone 24 ho
urs a day, seven days a week. Warranty and
contract customers receive fi
rst consideration in the sche
duling of technical resources.
Before contacting TAC for help, review and verify the provisions contained in your warranty or
contract, as there may be a charge for service.
N.E.T.
Promina 200/400 Installation and Maintenance
A Promina system is a Multis
ervice Access Platform, the engine of a multiservice backbone
N.E.T.
Promina 200/400 Installation and Maintenance
Promina 400
Paris
London
New York
Berlin
Promina 400
Tokyo
Singapore
Promina 800
Mexico
City
Promina 400
Promina 200
Hardware Features
N.E.T.
A Promina node is compatible with many public ne
twork services. It also supports a wide range of
applications by providing transparency to protocols for specific applications and permitting
connections to most major types of
voice, data, and image equipment (
Figure2
Figure2 Equipment Supported by
Promina
Systems
Hardware Features
The Promina processor subs
ystems provide features
and interfaces such as:
•(optional) mass storage provided by the PSM (Promina Server Module)
•non-volatile storage for boot code, run-time code, and the configuration database
•real time clock
Promina 800
Promina 800
Promina 400
Graphics
Workstation
Host
Host
Video
Tape
Drive
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Promina 200/400 Installation and Maintenance
Once the Promina system is instal
led and tested, the Promina node is
configured using the Promina
Operator Interface.
The number of voice and data calls that can be supported by the Promina node depends on the
following:
•the number of redundant modules
•the number of available logical
and physical slots on the node
•the maximum number of database ports
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Promina 200/400 Installation and Maintenance
Standard Equipment Modules
This chapter contains an overview
of the standard equipment modules for Promina Series nodes. It
includes the following topics:
on page 2-17.
Promina Controller Modules Overview
Promina 200/400 Standard Equipment Configuration
on page 2-20.
Promina Standard Equipment Connectivity
on page 2-21.
Promina 200/400 Node Standard Equipment Redundancy
The standard set of equipment modules that are pa
rt of every Promina Series model include node
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Promina 200/400 Installation and Maintenance
Table3Promina 800 standard Equipment Modules
NodeFront CardInterface CardDescription
sor Module (PPM)
(PPMI)
PPM resides in the high-speed shelf
(HSS) and controls the node.
Table4Promina 100/200/400 Standard Equipment Modules
NodeFront CardInterface CardDescription
Promina Logic
PLM provides the processor
control, clock, and switch
matrix functionality.
N.E.T.
Promina Controller Modules Overview
The Promina node processor modules (PPM) and Promina node storage module (PSM) control the
internal logic and communication for the node and provide the central processing and memory
storage for the node. The controller modules also
provide the connections for access to the operator
The PPMs are high-performance co
ntroller cards using the Motorola 68LC060. The PLM is a
multifunction controller card using the Motorola 68LC040.
The PSM has a 68EC040 microprocessor; it incorporat
es a hard disk drive
for storage of system
code, configuration database, event logs, and f
eature module code for Frame Relay Exchange
(FRX), LAN-WAN Exchange (LWX), and ISDN Ex
change (ISDNX, also
known as PrimeSwitch
Module). The combination of these high-speed
microprocessors and the onboard memory design
on the Promina controller cards enables fast system boot up and a high level of call performance.
The Promina controller cards use
a real time operating system. The
Promina operating system also
includes these advanced features:
•DOS-compatible filing syst
em for easy access to files
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Promina 200/400 Installation and Maintenance
Chapter 3 Module
Descriptions
. You can find the procedures for standard equipment module installation in
Module Installation
Promina 200/400 Standard
Equipment Configuration
Promina 400 nodes can have one or two standard sh
elf configurations with either 12 or 24 cards
slots, respectively.
Figure3
illustrates a one-shelf Promina 400 node (with the front cover removed)
that has a redundant PLM and an optional PSM.
Promina 200 nodes are single shelf, eight-slot nodes.
Figure4
illustrates a Promina 200 node (with
the front cover removed) that has a redundant PLM.
Figure3 Promina 400 Standard Equipment Configuration
Figure4 Promina 200 Standard Equipment Configuration
PLM
Promina 200/400 Node Standard Equipment Redundancy
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Promina 200/400 Node Stan
The PLM can provide 1:1 redundancy. Redundant PLMs do not share processing tasks.
The backup PLM automatically goe
s online if the current online PL
M fails. An operator can also
switch the backup PLM module online by using the
Switch PLM
command in the OI.
If an optional PSM module is installed, a redundant PSM can also be installed.
Timing Sources
A single, central clocking sour
ce is vital to the operation of
Promina Standard Equipment Connectivity
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Promina 200/400 Installation and Maintenance
connectivity in Promina 400 and 200 nodes with a PSM is illustrated in
Figure5
. The standard
equipment connectivity in Promina 400 and 200 nodes without a PSM is illustrated in
Figure6
Figure5 Promina 200/400 Connectivity with PSM
Auxiliary Port to
Front Card
Interface Card
PLM
to Terminals
or Workstation
to Terminals
or Workstation
Alarm
Front Card
Interface Card
Terminator
Terminator
Promina Standard Equipment Connectivity
N.E.T.
Figure6 Promina 200/400 Connectivity without PSM
Auxiliary Port to
PSM
to Terminal
or Workstation
Front Card
Interface Card
Y Cable
Internal
Terminator
Terminator
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Promina 200/400 Installation and Maintenance
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Promina 200/400 Installation and Maintenance
This chapter describes the front and interface car
ds for each of the standard equipment modules,
including information on the front panel components and rear panel connectors. You can find the
following information in this chapter:
“Promina Server Module” on page25
“Dial-in Access Modem” on page37
A condensed description is provided in
Module Installation Requirements
on page 4-39.
Promina Server Module
The Promina Server Module (PSM) is
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Promina 200/400 Installation and Maintenance
•4 MB of DRAM, expandable to 32 MB
•Real time clock/calendar for
time-stamping disk files
The PSM’s nodal file system provides mass storage
for a nodal database, several versions of IDNX
and Promina application code
, and expanded event logs.
The runtime code is downloaded
from the PSM to PPMs and PLMs
Promina Server Module
N.E.T.
PSM Front Panel
Figure7
describes the status indicators and components on the PSM front panel.
Figure7 PSM Front Panel
PSM
ASSY
024491
+5V
FAULT
BRD
T-ACT
CLSN
BOARD
DISK
TWISTED PAIR-ACTIVE LED (Yellow)
Lit when the PSM is in twisted
pair mode and the link is active.
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Promina 200/400 Installation and Maintenance
Promina Server Module Interface
Promina Server Module
N.E.T.
Figure 3-1
PSMI Connectors
Promina 200/400 Standard Equipment Modules
This section describes the following cards:
•Promina Logic Module (PLM)
•Optional PSM (Promina 400 only)
•Bus terminator cards (Promina 400 only)
The PLM must occupy slot 0. If a redundant PLM is installed, it must occupy slot 1. The optional
PSM can be installed in any unoccupied slot.
For information on the optional PSM module in the Promina 400, see
Promina Server Module
on
J1, 96-Pin Connector
Auxiliary DTE Port
(10Base2)
(YOST)
PSMI/F
Console DTE Port
(YOST)
(10Base2)
(10Base-T)
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Promina 200/400 Installation and Maintenance
The PLM module provides the processor platform,
clock, and switching matrix for the Promina
400s and 200s. Both the PLM and its
associated PLMI interface card ar
e hot-insertable in Slot 0 or
Slot 1 in any Promina 400 system.
The PLM has the following capabilities and features:
•68LC040 microprocessor at 25MHz
•Fast restart through onboard code storage
•Memory resources
–32 MB flash memory, which holds boot code, system software, and configuration
database.
–16 MB DRAM.
•Enhanced clocking subsystem
–Stratum 4 -Type II clocking stability
–Generates all system clock frequencies
•1:1 redundancy
•Two serial ports (DTE) for modem and termin
standard, programmable
baud rates up to 38.4 kbps
•Downloadable boot code
Promina Server Module
N.E.T.
PLM Front Panel
Figure8
describes the PLM front panel status indicators and components.
Figure8 PLM Front Panel
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Promina 200/400 Installation and Maintenance
-5V
+5V
+12V
AUTO
DSBL
FAULT
CBUS
BRD
SYNC
LOSS
CLSN
024487
ONLINE
ONLINE
CBUS LED (Yellow)
When flashing, indicates th
at there is CBus activity.
GROUND TEST POINT Black)
Provides a ground for voltage measurements.
FAULT LED (Red)
Lit during power-up (until PPM passes di
agnostic tests); if it remains lit,
indicates that card has failed the start-up test.
BOARD RESET POSTS
Shorting these contact posts causes a
AUTO DISABLE SWITCH AND LED
Switch to disable the card prior to installation or removal. After installation, switch
to AUTO. When lit, the LED indi
cates the card is auto disabled.
Promina Server Module
N.E.T.
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Promina 200/400 Installation and Maintenance
Figure9
illustrates the PLMI back panel connectors.
Figure9 PLMI Connectors
Bus Terminator Cards
Bus terminator cards serve as th
e endpoint of the system buses
on a Promina 400. These cards do
not have a front card. There are two types of bus
terminator cards that pe
rform different functions
depending on the number of shelves:
•Bus terminator (
Figure10
•Bus repeater and bus extender (
Figure11
For cabling information, refer to other sections of this manual.
12-Slot Promina 400
The 12-slot Promina 400 requires only a bus terminator. In this configuration, the bus terminator
serves as the endpoint
of the system buses.
The bus terminator plugs into the backplane one slot to the left of slot 11 (behind the power
supplies) when viewed fr
om the back of the unit.
J1, 96-Pin Connector
26-pin Alarm Panel
Interface Connector
Auxiliary DTE Port
(10Base2)
(YOST)
ASSY
Console DTE Port
(YOST)
Promina Server Module
N.E.T.
24-Slot Promina 400
The 24-slot Promina 400 requires a bus terminator, a bus repeater, and a bus extender.
The bus terminator plugs into the rear right-most sl
ot of the expansion shel
f when viewed from the
N.E.T.
Promina 200/400 Installation and Maintenance
Figure10 Bus Terminator Connectors
Figure11 Bus Repeater and Bus Extender Connectors
Table6Identifying Bus Terminator Cards
Card TypeConnectors
Functional
Bus Terminator(2) 96-pinYes
Bus Repeater(2) 96-pin
Yes
Bus Extender(2) 96-pin
Battery Connector
96-Pin DIN
(not used)
Dial-in Access Modem
N.E.T.
The Promina Series provides remote dial-in capab
ilities into all Promina nodes via a modem. The
purpose of the dial-in access is to enable Techni
Backplane
Connectors
68-Pin Connector
68-Pin Connector
(not used)
Bus Repeater (shelf 0)Bus Extender (sh
Processor ShelfAdditional Shelf
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Promina 200/400 Installation and Maintenance
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Promina 200/400 Installation and Maintenance
Module Installation
This chapter describes installation and replacemen
t procedures for standard
equipment modules in
Promina Series systems.
the following sections:
“Module Installation Requirem
ents” in the next section
“Interface Card Installation” on page40
“Interface Card Installation” on page40
“Rear Interface Card Replacement” on page43
“Front Card Installation” on page44
“Front Card Replacement” on page45
Module Installation Requirements
Before you begin installation of any standard e
quipment modules, you should be familiar with the
concepts of load units and logical slot
ion of each follows.
Load Units
Load units measure the processi
ng capacity of the Pr
omina node’s processor card. Load units
provide a method of comparing available processing power to the processing power requirements
from other cards in the system. If
the number of load units requir
ed exceeds the available load units,
one or more additional processor cards will be needed.
Refer to the
Promina Series Quick Reference Guide
for load unit information.
Wear a grounding strap when handling cards to protect them from
static electricity damage.
N.E.T.
Promina 200/400 Installation and Maintenance
Logical Slots
Logical slots are a means of measuring a module’s backplane bandwidth requirements. Logical
To access an interface card, open th
Interface Card Installation
N.E.T.
Removing or installing the in
terface card is similar on all
Promina models, as shown in
Figure12
Figure12 Interface Card Installation
Always label cables and their connection points before disconnecting the cables.
Query Card
command to verify that the slot is no
t configured for another card type. Other
operator interface commands used fo
r installing or replacing cards are
Install Card/Port
, and
Activate/Disable Card
Thumbscrew
Panel
Spring Punch-outs
Card Pulls
N.E.T.
Promina 200/400 Installation and Maintenance
Check that there are no front cards physically
installed before inst
alling the interface card.
Insert the interface card.
Fasten the interface card securely.
Attach any necessary cables to the interface card.
Install the corresponding front car
d if appropriate (refer to
“Front Card Installation” on
page44
Check that any unused slots at the rear of the sh
elf have a cover plate. This is essential for
maintaining proper air flow
When front and interface card in
Rear Interface Card Replacement
N.E.T.
If applicable, an alarm panel cab
le to one of the PPMI cards.
Figure13 Cable Connections in
the Promina 200/400 (with PSM)
If there is a cable connected to
the interface card, label both the
cable and the connector before
removing the card.
To replace an interface card:
Disable the front card using the
Disable Card
command.
Remove any cables from the interface card.
Unseat the front card.
Remove the interface card.
Auxiliary Port to
PPM
Front Card
Interface Card
PSM
PLM
PLM
to Terminals
or Workstation
Console Port
to Terminals
or Workstation
Alarm
Interface
Front Card
Interface Card
NMS /LAN
Terminator
Terminator
N.E.T.
Promina 200/400 Installation and Maintenance
Reconnect the interface card cabling.
Reseat the front card.
Activate the front card using the
command.
When front and interface card repl
acement procedures ar
Front Card Installation
To install a front card:
command to verify that the slot is not configured for another card type.
If there is an interface card to be in
stalled in the slot, install it first.
Front Card Replacement
N.E.T.
When front and interface card installation proced
Front Card Replacement
To replace a front card:
Disable the card using the
Disable Card
command. The card must be disabled before it is
physically removed.
Remove the front card.
Transfer any jumper and switch
Card Guides
Ejector Arm
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Promina 200/400 Installation and Maintenance
When front and interface
card replacement proced
Cable Strain
Cord
Front Card Replacement
N.E.T.
If you are replacing a redundant PLM, you can use the
Switch PLM
command to force the spare
card online, but it is not normally necessary to do so.
In a nonredundant system and without a PSM, the database is lost when the PLM
card is replaced.
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Promina 200/400 Installation and Maintenance
N.E.T.
Promina 200/400 Installation and Maintenance
Software Configuration
This chapter contains informatio
n on how to use the Operator Inte
rface (OI) to install standard
equipment modules, query card configurations, and configure the speed on the processor ports. It
Card Installation
After physically installing th
e standard equipment cards (see
“Module Installation” on page39
use the Operator Interface to add the cards to the
configuration database and to initialize the cards
in the node. The node processor card’s parameter da
ta is flooded throughout the network during the
initialization process. Refer to the
Node Management
The PSM should be installed first,
before IP Access Lists are created.
N.E.T.
Promina 200/400 Installation and Maintenance
The procedure for installing a PSM
differs from the general procedures used for other standard
equipment cards. The PSM is not installed throug
e, C3) as with other
node cards. It is installed by using the
command rather than the
Install Card
command.
The typical procedure for installing a PSM is shown in
Example3
The general card installation procedure is
provided below. Examples for the PPM (
Example1
the PLM and IPLM (
Example2
) are shown following the procedure.
All of these examples assume
the operator has already logged
Following the examples are
descriptions of the modifiable parameters.
To install a card after node initialization has been performed:
Install Card
(or
) command at the prompt.
Enter the card ID (slot number) of the card to
be installed (not applicable with PSM).
Enter the number that corresponds to the card to be installed or press the
Return
key to accept
the default card type. The default card type is
N.E.T.
[ 0] TRK [21] HSD-2 [42] E3-TRK
[ 1] LDCELP12 [22] TMCP [43] VCFAX-24
[ 2] LDCELP24 [23]* T3-TRK [44] VCFAX-12
[ 3] CX [24] QXP [45] PX-3
[ 4] URD [25] TK64 [46] TRK-3
[ 5] QSD [26] I422-TRK [47] ECHOX
[ 6] INTU-560 [27] QASD [48] APX
[ 7] TRK-2 [28] HDVC24 [49] SX-2
[ 8] HSD [29] HDVC12 [50] PLM
[ 9] DS-1 [30] QAVP [51] PPM
[10] USD [31] BX [52] LDCELP6
[11] MEM [32] SX [53] HLC
[12] QSD-2 [33] HPC [54] PVEC
[13] TK56 [34] DS0B [55] PVE24
[14] PRC [35] PX [56] HINTU
[15] DS0A [36] PX-2 [57] SCLX
[16] VC31 [37] PVAC [58] TWC
[17] VC62 [38] PVA [59] IP-TRK
[18] DMD [39] LS-TRK
[19] INTU-558 [40] SATRK
[20] X50 [41] PX PLUS
NOTE: '*' marks default selection.
Enter card type for card N5C3? [PPM]
CARD TYPE =
*** PPM Card N5C3 has been INSTALLED.
N.E.T.
Promina 200/400 Installation and Maintenance
Example2 PLM and IPLM Card Installation
INSTALL which CARD(s)? [ALL ON THIS NODE]
CARD ID = c0
*** Slot N5C0 contains card type PLM.
Do you want to install card N5C0? [YES]
YES OR NO =
*** Installable Card Types ***
[ 0] TRK [21] HSD-2 [42] E3-TRK
[ 1] LDCELP12 [22] TMCP [43] VCFAX-24
[ 2] LDCELP24 [23] T3-TRK [44] VCFAX-12
[ 3] CX [24] QXP [45] PX-3
[ 4] URD [25] TK64 [46] TRK-3
[ 5] QSD [26] I422-TRK [47] ECHOX
[ 6] INTU-560 [27] QASD [48] APX
[ 7] TRK-2 [28] HDVC24 [49] SX-2
[ 8] HSD [29] HDVC12 [50] *PLM
[ 9] DS-1 [30] QAVP [51] PPM
[10] USD [31] BX [52] LDCELP6
[11] MEM [32] SX [53] HLC
[12] QSD-2 [33] HPC [54] PVEC
[13] TK56 [34] DS0B [55] PVE24
[14] PRC [35] PX [56] HINTU
[15] DS0A [36] PX-2 [57] SCLX
[16] VC31 [37] PVAC [58] TWC
[17] VC62 [38] PVA [59] IP-TRK
[18] DMD [39] LS-TRK
[19] INTU-558 [40] SATRK
[20] X50 [41] PX PLUS
NOTE: '*' marks default selection.
Enter card type for card N5C0? [PLM]
CARD TYPE =
*** PLM Card N5C0 has been INSTALLED.
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Promina 200/400 Installation and Maintenance
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Promina 200/400 Installation and Maintenance
The values are Disabled
(default) or
Enabled
The Point-to-Point Protocol (PPP
After a card is installed, the operator can query th
e card through the Operator
Interface to display
the card’s current database conf
iguration. The following sections give examples of the
configuration display for each of
modules. Descriptions of the
configuration fields are provided after the examples.
The PSM has a separate interface menu, which enab
les the operator to query PSM cards for specific
An explanation of using th
e PSM Promina Interface Menu
As with other OI commands for the PSM, the PSM is not queried through the card
ID (for example, c3) as with other node cards; use the
Query PSM
command
instead.
Card Query Displays
N.E.T.
(PPIM), a PPIM configuration display, and descripti
ons of the configuration fields are provided in
the next section,
“Query PSM Displays” on page62
. Refer to the
Operator Interface Command
Summary
Appendix for a listing of all PSM commands and information about other procedures
related to the PSM.
Processor Card Configurations
Example4
Example5
) show typical configuration displays when
PPM and PSM cards are queried.
Example4 PPM Configuration Display
q car, c4/d
*** PPM Card N200C2 Configuration (Cpu:C2) ***
DB Status: ACTIVE Slot Type: PPM (Rev A)
Serial Number: 1376894
Part Number: 024483-203
Idle Time: 100 Bytes of RAM Left: 5310216
RTC overruns: 0 CBUS Interrupts/Second: 0
Alarm Panel I/F: ENABLED Cpu Status: COPROCESSOR
DB Checksum: 895ACE Master Cpu: C3
Perm Boot Version: 44.12 Code Version: 2.47.7
Wrt Boot Version: 46.4
Load Units: 32 Current GMT: 22:48:16
Power Up: 118:35:02 ago Restart: 5:09:10 ago
CPU Restart Count: 1 Task Restart Count: 0
*** Console Port Configuration ***
Console Port 0: Speed=AUTOBAUD Type=GLASS TTY Mode=OPERATOR CONSOLE
*** Interface Information ***
Serial Number: 1475958 Revision: A
*** Task Distribution ***
PSC/SCLP : 5 6 29 146 147 148 149 150 154 152 153 137
CAS : 17 18 19
T3 TRUNK : 5 6
TRK3 TRUNK : 43
Number of Installed SSC Ports: 0
Internal IP Addr: 76.44.124.132
N.E.T.
Promina 200/400 Installation and Maintenance
QUERY PSM on which node? [THIS NODE]
NODE ID =
*** N1 PSM Database Configuration ***
Console Port: 9600 bps Auxiliary Port: 9600 bps
External IP: 134.56.149.26 PSM Card Ids: None
Card Query Displays
N.E.T.
This field indicates how many interrupts occurred per second.
Code Version
rsion of the code currently running on the processor.
N.E.T.
Promina 200/400 Installation and Maintenance
ing revision level of the PSM card.
rial number on the PSM card.
Idle Time (%)
of time expressed as a percentage
that the processor is idle.
Internal IP (Address)
Card Query Displays
N.E.T.
This field indicates the amount of time (
) since the processor was last powered up. The
card powers up whenever it is removed and re-ins
erted into the card slot,
interrupted.
This field is the baud rate associated
with the PPP configuration on the PSM.
N.E.T.
Promina 200/400 Installation and Maintenance
The PSM has a separate interface menu. Level 1
tors can use the PSM
Promina Interface Menu (PPIM) to
query the PSM(s) for operationa
l status. An operator can access
the PPIM from the main Promina
Interface Menu by selecting the
Connect to the PSM
menu item
in the Prologue Procedure Menu.
Example6
illustrates a typical session of querying the PSMs on a
node when one of the PSMs has not b
een initialized (idle status). De
scriptions of the configuration
after the example.
Example6 Query PSM Display
Promina Interface Menu
Node 249 Card 11 Console Port
1. Operator Interface
6. Connect to a CPU in this node
7. Connect to another node
8. Connect to a PSM (this node)
9. Connect to CX card (this node)
10. Connect to PX card (this node)
99. Logout
Enter Choice
-8
PSM Promina Interface Menu
Node 249 Remote Port
Query PSM Displays
N.E.T.
2. PSM Operator Interface
6. Connect to a CPU in this node
7. Connect to another node
99. Logout
Enter Choice
- 2
PSM OPERATOR INTERFACE MENU
* 1 QUERY ALL PSMS
N.E.T.
Promina 200/400 Installation and Maintenance
Console Port Settings
N.E.T.
To view a summary of port speeds and operator
N.E.T.
Promina 200/400 Installation and Maintenance
N.E.T.
Promina 200/400 Installation and Maintenance
SSC and SCLP Ports
This chapter describes the operation and usage of
the SSC (Secondary Signaling Channel), the PSC
(Primary Signaling Channel) with SCLP (Sig
naling Channel Link Protocol), and HTC (HDLC
SSC Ports on the PLM
PPM and PLM modules function as
for transferring control and
signal information to and from other Promin
N.E.T.
Promina 200/400 Installation and Maintenance
SSC is especially usef
ul in providing extra bandwidth for increased internodal traffic to
Node 2
Node 4
Node 1
Node 5
Node 6
Node 7
Node 9
Node 8
Node 3
NMS Workstation
SCLPSCLP
SCLP
SCLP
IP Only
IP Only
Regular SSC
Regular
SSC Port Installation
N.E.T.
SSC port installation is performe
d following card installation. Make sure the PPM/PLM card is
installed before attempting to install ports.
command to add ports to the configuration database and make them
operational. Use the
command to display an installed port’s configuration. Use the
command to change the port
Call/Preempt Priority 15/15
pt Priority 15/15
Port Type SSC
Port Speed 8000, 16000, or 64000
Time-of-Day Restrictions NONE
Routing Options DON’T CARE
Selected Path
Data Flow Direction TWO WAY CALL
Selected Path Required
IP Only YES (to restrict the cha
nnel only to IP traffic between
these two endpoint nodes)
NO (to allow both SCLP and
IP traffic; neighbor nodes
N.E.T.
Promina 200/400 Installation and Maintenance
After entering all parameters, enter YES to conf
SSC Port Installation
N.E.T.
[ 2] Call/Preempt Priority (Call= 7; Preempt= 0 )
[ 3] Sec Call/Preempt Priority (Call= 7; Preempt= 0 )
[ 4] Port Type = SSC (Dest Port is SSC)
[ 5] Port Speed = 16000 bps (Dest Port is 16000)
[ 7] Routing Options (TER=DON’T CARE; ENC=DON’T CARE; FIB=DON’T CARE
ATM=DON’T CARE SCLX=DON’T CARE)
[ 8] Primary Selected Path = NONE
[11] IP Only = NO (Dest Port is NO)
[14] Max Link Cost = 0
[15] Secondary Selected Path = NONE
[16] Primary Selected Gateway = NONE
[17] Secondary Selected Gateway = NONE
[18] Gateway Required = NO
N.E.T.
Promina 200/400 Installation and Maintenance
Although they appear as one item,
SSC Port Installation
N.E.T.
Preferred
—Specifies that certain paths are used firs
t. When those paths ar
e not available, any
path is used. The call is not blocked.
Required
—Specifies that only certain paths can be
used. When those paths are not available,
the call is blocked.
Value is
or the selected path.
N.E.T.
Promina 200/400 Installation and Maintenance
Values are:
through
NONE
SCLP/SSC Port Query Displays
After ports are installed, the operator can query
the port through the Operat
or Interface to display
the port’s curren
t configuration.
Example9
shows the configuration disp
lay for SSC ports when the
port and the card is queried. Descriptions of the co
nfiguration fields are pr
ovided after the example.
Example9 SSC Configuration Display
q port, c0p0/d
*** PLM PORT N11C0P0 CONFIGURATION (DEST PORT IS PORT N14C0P0) ***
N11C0P0 N14C0P0 N11C0P0 N14C0P0
CARD TYPE: PLM PLM SLOT TYPE: PLM PLM
DBCARD STATUS: ACTIVE ACTIVE DB PORT STATUS: ACTIVE ACTIVE
ORIG/ANS MODE: ORIG-ONLY ANS-ONLY DEST PORT: N14C0P0
PORT SPEED: 1600 16000
PORT TYPE: SSC SSC
IP ONLY: YES YES
CALL PRIORITY: 14 PREEMPT PRTY: 10
Sec CALL PRIORITY: 9 Sec PREEMPT PRTY: 5
TERR ROUTING: DON'T CARE TOD RESTRICT: NONE
ENCRY ROUTING: DON'T CARE
FIBER ROUTING: DON'T CARE
SELECTED PATH: (INDEX 1) 11-14
PATH REQUIRED: NO
ACTUAL PATH: 11-14 (OP)
DATA FLOW DIRECTION: TWO WAY CALL
*** PLM PORT N11C0P0 STATUS ***
SCLP/SSC Port Query Displays
N.E.T.
CALL STATE: CALL IN PROGRESS LAST DISCONNECT: NONE
LINK STATUS: UP for 15467 seconds to N86C3P1
PKTS RECVD: 44 (FOR LAST 731 SECONDS)
PKTS SENT: 28 (FOR LAST 731 SECONDS)
N.E.T.
Promina 200/400 Installation and Maintenance
The following list describes the fields of the po
rt configuration display. Since the configuration
SCLP/SSC Port Query Displays
N.E.T.
Value is the reason why the call terminated.
Following are possible reasons for disconnect:
Call is blocked because ther
e are no resources available.
—The destination port already has a call in progress, or a slave condition exists.
Dest Error
N.E.T.
Promina 200/400 Installation and Maintenance
Port Status
Value is the current port status
in the configuration database.
—The port is available for normal operation, such as call processing, tune, loop, test.
Enabled
—The port is out of service but available
for testing; no call processing can take
Disabled
—The port is out of service and not available for testing.
Port Type
“[4] Port Type” on page72
Preempt Prty
Priority” on page71
“[16] Primary Selected Gateway” on page74.
“[8] Primary Selected Path” on page73.
pt Priority” on page72
pt Priority” on page72
“[17] Secondary Selected Gateway” on page74.
“[15] Secondary Selected Path” on page73.
“[7] Routing Options” on page72
Terr Routing
“[7] Routing Options” on page72
N.E.T.
Promina 200/400 Installation and Maintenance
This chapter describes the Promina 200 hardware
. The Promina 200 hardware and configurations
are described in these sections:
“System Hardware” in the next section
l Specifications” on page80
“Physical Dimensions” on page81
“Load Units” on page84
“Logical Slots” on page85
“Reserved Card Slots” on page85
“Power Assembly” on page86
“Standard Equipment Modules” on page88
System Hardware
The Promina 200 consists of one EIA-standard sh
elf with a front cover and interface card shields.
The Promina 200 chassis consists of card guide ra
ils and a backplane that connects the front and
rear interface cards.
The standard equipment and quantities included with the Promina 200 redundant and nonredundant
shelf configurations
are compared in
Table8
Table8Promina 200 Nonredundant and Redundant Shelf
NonredundantRedundant
One PLM for each nodeTwo PLMs
One shelfOne shelf
Nonredundant Power Assembly
Redundant Power Assembly (optional)
Redundant power assembly
N.E.T.
Promina 200/400 Installation and Maintenance
Table9
lists the four Power Assembly configurations for the Promina 200.
Electrical and Environmental Specifications
The Promina 200 electrical
and environmental operating specifications are shown in
Table10
Power for the Promina 200
Table10Promina 200 Electrical and Enviro
Physical Dimensions
N.E.T.
The Promina 200 can be rack-mounted in a 19 inch
Table10Promina 200 Electrical and Enviro
Table11Standard Promina 200 Chassis Dimensions
EquipmentHeight in/cmWidth in
/cmDepth in/cmWeight lbs/kg
Chassis, 8-slot10.5/26.7
17.2/43.715.6/39.758.7/26.7
T1 jackfield w/fans (optional)
1.7/4.319.0/48.3
15.1/38.114.5/6.6
Alarm panel/fan tray (no fans
)1.7/4.319.0/48.322.4/56.83.8/1.7
W
N.E.T.
Promina 200/400 Installation and Maintenance
Figure18
through
Figure20
show the rack-, floor-, and wall-mounting options.
Figure18 Promina 200 in a Telco Rack
The rack must be bolted to the floor before mounting the Promina
200.
1.75 in. (4.45 cm)
Rack-mounting Units
Side Frame
Plates
Top Bar
Physical Dimensions
N.E.T.
Figure19 Promina 200 Floor-mounted Option (Front View)
Base
N.E.T.
Promina 200/400 Installation and Maintenance
Figure20 Promina 200 Wall-mounted Option (RearView)
Load Units
A load unit is a measure of the processing capabi
lity of the node’s processing modules. Load units
compare the processing power available for each
Promina Logic Module (PLM) to the processing
power required from other cards in the system.
For example, the online Promina 200 PLMs provide 32
load units. Four load units are required for
call processing and other nodal functions,
leaving 28 load units for other modules.
Refer to the
Promina Series Quick Reference Guide
for load unit information.
Bottom Wall-mount
Wall (3/4 inch plywood)
with Drill Holes
Top Wall-mount
Grounding Stud
An additional Promina 200 PLM does not provide additional load units and is
capable of carrying load only if placed online. Refer to the Standard Equipment
Logical Slots
N.E.T.
Logical Slots
Logical slots measure a module’s requirement for backplane bandwidth. You must calculate
Reserved Card Slots
The Promina 200 has eight slots, 0 through 7 (
Figure21
). Slots 0 and 1 are reserved for the PLM
modules in redundant configurations. The remaining slots are used for feature modules.
Figure21 Slot Numbering for the Promina 200 (Front Panel Removed)
Slot 1 can be used for a feature module in a nonredundant configuration.
Redundant
0123
4567
N.E.T.
Promina 200/400 Installation and Maintenance
The Promina 200 operates from 100 to 127 V AC (nominal) at 8 A (50/60 Hz) or 200 to 240 V AC
at 4 A (50/60 Hz). Any combination of modules
in a Promina 200 must not exceed the specification
of the Power Assembly.
Figure22
shows the front panel of a redundant Power Assembly. The LEDs indicate the power
supply assembly status:
•Yellow indicates power supply failure.
•Green indicates
normal operation.
Figure22 Promina 200 Power Assembly Front Panel
Damage can occur to a node if the Power Assembly specification is
Green/Yellow LEDs
Power Assembly Maximum Current Output
N.E.T.
Power Assembly Maximum Current Output
The maximum output currents for the Promina 200 Power Assembly are listed in
Table12
Wattage and BTU
Refer to the
Electrical and Environm
ental Specifications
Cable Strain
Relief Bracket
Cord
Grounding Stud
Table12Promina 200 Power Assembly Current Output
Power Assembly+5 V-5V+12 V-12 V-48 V
Redundant/Non-redundant30 A2.5 A2.0 A2.0 A1.35 A
N.E.T.
Promina 200/400 Installation and Maintenance
Module power requirements must be considered
when configuring a shelf
Standard Equipment Modules
Standard equipment modules provide:
•software processing
•memory storage
•time-slot management
•power and alarm reporting
•synchronization
The standard equipment module is the Promina Logic Module (PLM) that provides the controls,
clocking, and processor functions for the Promina 200.
Refer to the
Module Power Consumption
on page 9-121 for module power consumption, load units,
and logical slot information.
For specific information concerni
ng these modules, refer to the
Standard Equipment Modules
chapter. For module installation in
module manual.
Feature Modules
Feature modules provide additional
applications for each private ne
twork. The Prom
ina 200 feature
modules are:
•Trunk—controls the flow of information over the trunks. Examples of trunk modules are
TRK-3 and CEPT.
N.E.T.
Promina 200/400 Installation and Maintenance
This chapter describes the Promina 400 systems hardware and configurations. The Promina 400
hardware and configurations are described in these sections:
“Promina 400 Configurations” in the next section
“System Hardware” on page89
“Configuration Specifications” on page90
“Physical Dimensions” on page92
“System Shelves” on page101
“Power Supplies” on page105
“Power Distribution Units” on page105
“Fan Tray” on page112
“Common Equipment Modules” on page112
Promina 400 Configurations
The Promina 400 system is modular in design and is available in two card slot versions:
•12-slot (can be upgraded to 24-slot)
•24-slot
Promina 400 systems can be either installed in
N.E.T.
System Hardware
The following standard equipment and quantities
are included with the Promina 400 in redundant
and nonredundant configurations:
Node configurations:
•one shelf (12-slot), two shelves (24-slot)
•one bus terminator for each node
N.E.T.
Promina 200/400 Installation and Maintenance
•one bus repeater for a 24-slot node
•one bus extender card for a 24-slot node
•two bus repeater cab
les for a 24-slot node
Shelves:
•one to two Promina Logic
Modules (PLMs) for each node
•one Promina Server Module
(PSM) for each node (optional)
•one to two power supplies (12 slot), two to four power supplies (24 slot)
Optional Mounting:
Several system specifications must be calculated
when designing a Promina 400 configuration. The
following factors shou
ld be considered:
•the processing capability of the Promina Logic Module (PLM)
•the number of PLMs required
•the module backplane bandwidth
•the power consumption for each shelf and module
N.E.T.
System Engineer can assist in
calculating these specifications.
Load Units
A load unit is a measure of the processing capabi
lity of the node’s processing modules. Load units
compare the processing power available for each
Promina Logic Module (PLM) to the processing
power required from other cards in the system.
Table13Promina 400 Versions and Hardware Support
EIA Standard
Equipment
Shelves
Modules
Supported
Power Supplies Supported
12-slot4122 per shelf (maximum)
24-slot4244 (maximum; 2 per shelf)
Electrical and Environmental Specifications
N.E.T.
For example, the online Promina 400 PLMs provide 32
load units. Four load units are required for
call processing and other nodal functions,
leaving 28 load units for other modules.
Refer to the feature module manuals for a list of modules and their required load units.
When configuring a shelf and determining system
power loading factors, you must consider the
module power requirements.
Any combination of modules must
not exceed power supply specifica
this manual for Promina 400 module power consumption.
Logical Slots
Logical slots measure a module’s requirement for backplane bandwidth. You must calculate
Electrical and Environmental Specifications
Electrical and Environmental Specifications
Table14
lists the Promina 400 electrical and environmental operating specifications. Power for the
Table14Electrical and Environmenta
N.E.T.
Promina 200/400 Installation and Maintenance
Table15
shows the chassis dimensions and weights for
all versions (standard and optional) of the
Promina input power connectorTerminal bl
ock for 12 to 14 AWG multistrand wires
Power draw at the circuit12 A maximum from a single source
Maximum Input power, BTU/Hr400 W, 1365 BTU/Hr
Table14Electrical and Environmenta
Table15Physical Dimensions
Equipment
Height
in/cm
Width
in/cm
Depth
in/cm
Weight
lbs/kg
Single Shelf 12-slot with 2 power sup-
16.8/42.719.0/48.3
21.7/
55.0 (DC)
20.0/50.0 (AC)
44.0/20.0 (Std.)
Two Shelf 24-slot with 4 power sup-
33.6/85.3
21.7/
55.0 (DC)
20.0/50.0 (AC)
88.0/40.0 (Std.)
128.0/58.2 (Max.)
Minimum floor
20.0/50.821.3/54.1 (DC)
20.0/55.9 (AC)
Physical Dimensions
N.E.T.
Standard Mounting
Figure24
shows the 12-slot Promina 400 and the minimum clearance required to install or remove
processor and feature cards.
Figure24 12-Slot Promina 400 Card Clearance (Front View)
To ensure proper grounding, the Promina 400 shelf must be
connected to earth ground. A shelf grounding stud is provided for this purpose.
Connect a 14 AWG wire (minimum) between the grounding stud and facility earth
ground, and secure the wire with a nut and lockwasher.
15" (38 cm) minimum
(card insertion/removal)
Optional Alarm Panel
Optional Jackfield
N.E.T.
Promina 200/400 Installation and Maintenance
Figure25
shows the 24-slot Promina 400 and the minimum clearance required to install or remove
processor and feature cards.
Figure25 24-Slot Promina 400 Card Clearance (Front View)
15" (38 cm) minimum
(card insertion/removal)
Optional Alarm Panel
Physical Dimensions
N.E.T.
12-Slot Version
Figure 26 shows the front view of a 12-slot Prom
ina 400 with power supplies. The 12-slot version
can function as either a redundant or nonredundant system.
Figure26 12-Slot Promina 400 (Front Panel Removed)
To prevent exposure to electric shock, do not remove the front
panel. The front panel should not be opened except by qualified service
personnel.
PLM
Power Supplies
Fan Tray
Power Supply
Status LEDs
N.E.T.
Promina 200/400 Installation and Maintenance
Figure27
shows the rear view of the 12-slot Promina 400 system.
Figure27 12-Slot Promina 400 (Rear View, AC Input Version)
The 12-slot Promina 400 requires a bus terminator
card that serves as the endpoint for the system
bus. The bus terminator plugs into the backplane in
the leftmost slot when vi
ewed from the back of
the Promina 400 (
Figure27
Figure28
shows the Promina 400 system with the removable front panel installed. To remove the
PLMI
For feature cards
P/S TOP
P/S BOTT
OUTPUT
INPUT BINPUT A
Bus Terminator
Cards
Grounding Stud
Physical Dimensions
N.E.T.
Figure28 Promina 400 with Front Panel
A feature card may reside in slot 1, when the system is configured without
redundant PLMs.
Retaining Screw
Power Supplies
Status LEDs
N.E.T.
Promina 200/400 Installation and Maintenance
The 12-slot Promina 400 system has a shielded front panel. The power supplies are mounted
vertically on the right side of the card shelf. An optional T1 jackfield and an optional alarm panel
Figure29
Figure29 Promina 400 Rack-mounted
(12 Slots, Front Panel Removed)
24-Slot Version
The 24-slot Promina 400 consists of two 12-slot
shelves (either as a redundant or nonredundant
system). One shelf is designated
the Processor shelf and the other shelf is designated the Expansion
Processor
(optional)
Power Supplies
Physical Dimensions
N.E.T.
Figure30 24-Slot Promina 400 (Redundant Version, Front Panels Removed)
The system contains up to four power supplies, two per shelf, mounted on the right side of the card
shelves. An optional T1 jackfield and an optiona
l alarm panel can be mounted in the same rack.
To prevent exposure to electric shock, do not remove the front
panel. The front panel should not be opened except by qualified service
personnel.
Processor Shelf
Expansion Shelf
L
M
P
L
M
N.E.T.
Promina 200/400 Installation and Maintenance
Figure31
shows a rack-mounted 24-slot Promina 400.
Figure31 Promina 400 Rack-mounted 24-Slot (Front Panels Removed)
The 24-slot Promina 400 requires the following bus components:
•bus extender—plugs into the back of the expa
nsion shelf in the leftmo
st slot when viewed
from the rear of the shelf.
•bus terminator—plugs into the rear rightmost slot of the expansion shelf when viewed from
the rear of the shelf.
•bus repeater—distributes the clock and data
signals to the expansion shelf of the 24-slot
Promina 400. The bus repeater plugs into the pro
cessor shelf in the leftmo
st slot when viewed
from the rear of the shelf.
Expansion
Processor
Alarm Panel
Shelf
System Shelves
N.E.T.
101
Figure32
shows the bus repeater, bus terminator, bus ex
tender, and bus repeater cables installed in
a 24-slot Promina 400.
Figure32 Promina 400 24-Slot (Rear View)
System Shelves
The Promina 400 supports only
the 12- and 24-slot shelves.
Shelf and Slot Numbering
The Promina 400 slot and shelf numbering is depe
ndent upon the version used—12-slot or 24-slot.
PLMI
P/S TOP
P/S BOTT
OUTPUT
INPUT BINPUT A
P/S TOP
P/S BOTT
OUTPUT
INPUT BINPUT A
Bus Repeater
Bus Extender
Terminator
Blank Filler
Bus Repeater
Promina
Processor Shelf
Expansion Shelf
PDI (optional)
Ground Stud
Ground Stud
Slot 0 in the Processor shelf is
reserved for the Promina Logic
Module (PLM). In a redundant configuration,
the second PLM must reside in slot
1. The remaining slots are available for other modules.
N.E.T.
Promina 200/400 Installation and Maintenance
12-Slot Version
As viewed from the front, the 12-slot Promina 400
version has 12 card slots numbered left to right
from 0 to 11 (
Figure33
Figure33 12-slot Redundant Promina 400
24-Slot Version
The 24-slot Promina 400 is two 12-slot shelves combined to provide 24 card slots. The Processor
shelf has card slots numbered 0 to 11 and the Expa
nsion shelf has card slots numbered 12 to 23 (left
PLM
Reserved Card Slots
N.E.T.
103
to right as viewed from the front). A 24-slot Promina400 can be stacked or rack-mounted in a
Telco rack (
Figure34
Figure34 Slot Numbering (24-Slot Pr
omina 400, Front Panels Removed)
Reserved Card Slots
Reserved Card Slots
The reserved card slots for th
e Promina 400 are shown in
Table16
PLM
Slots 0—11
Slots 12—23
Slots 0—11
Slots 12—23
Table16Reserved Card Slot
s, Shelf Configuration
ModulesReserved Slot Numbers
PLM
Bus repeater, 24-slot
Processor shelf
wed from the rear)
Bus extender, 24-slot
wed from the rear)
Bus terminator, 24-slot
Rightmost slot (viewed from the rear)
N.E.T.
Promina 200/400 Installation and Maintenance
Processor Shelf
Processor Shelf Configuration
Expansion Shelf
Expansion Shelf Configuration
(rear view)
(rear view)
Power Supplies
N.E.T.
105
Redundant and Nonredun
The Promina 400 is available in either redundant common equipment (RCE) or nonredundant
common equipment (NRCE) and AC or DC confi
gurations. Examples of NRCE and RCE Promina
400 configurations are shown in
Figure36
Figure36 12-Slot Promina 400 NRCE and RCE
Two types of power supplies supported are by the Promina 400 system:
•250 W AC/DC
•250 W DC/DC
Current Consumption Requirements
Refer to the chapter in this manual for Promina 400 AC and DC system load current requirements.
Wattage and BTU
Refer to the chapter in this manual for detail
s concerning system wattage and BTU output and
The primary purpose of the Power Distribution Unit (PDU) is to distribute power to the power
supplies and fans. The following Promina 400 PDUs are available:
•-48 and -60 V DC single/dual feed
•100 to 240 V AC dual feed
12-Slot NRCE
PLM
12-Slot RCE
CAUTION
The AC Dual Feed PDU must be used with the 250 W AC/DC
power supply. The DC Single/Dual Fe
ed PDU is only used with the 250 W
DC/DC power supply. The AC and DC power supplies cannot be mixed in a
single shelf.
N.E.T.
Promina 200/400 Installation and Maintenance
The -48 and -60 V DC Single/Dual Feed PDU is
located at the bottom rear of the Promina 400
The -48 and -60 V DC PDU provides the following:
P/S TOP
P/S BOTT
OUTPUT
F2F1
DC INPUT
Aux Output
Power Supply
Circuit Breakers
Aux Power Fuses
Shroud
Power Distribution Units
N.E.T.
107
Use the circuit breaker to disconnect input power before replacing the power supply. This DC PDU
also has two 2-A fuses and two connectors for A
ux power. The fuses are located below the Aux
output connectors.
Connection to DC Power Source
DC power is usually supplied to the Promina 400 system from a semi-rigid conduit carrying a
minimum of two, 12-14 AWG power conductors. Facilities with primary and backup power circuits
have four conductors (six if up to two optional ground wires are provided) in the conduit (A and B
feed). The conduit is attached
to the DC PDU junction box. Power
terminal block located behind the DC PDU junction box cover (
Figure37
). The chassis ground
wire, if provided, is attached to the chassis stud inside the junction box.
A licensed electrician must perform the c
onnection to the DC power source. Use
only copper conductors 12-14 AWG.
Terminal
Customer Installed
Wiring Side
Jumpers
Block
Ground Stud
N.E.T.
Promina 200/400 Installation and Maintenance
Figure39
illustrates proper connection of
a single feed circuit and the
position of the terminal block
jumpers.
Figure39 Single Feed DC PDU Po
wer & Chassis Ground Connection
Figure40
shows the proper connection for a dual feed circuit. Jumpers must be removed for dual
CAUTION
To ensure proper operation, the Promina 400 system chassis
must be securely connected to facilit
y earth ground. A sy
stem ground stud
(threaded) is located adjacent to the DC power terminal block for this
purpose (
Figure39
). Use a nut and lockwasher to secure the 14 AWG wire
Single Feed Jumpers
(Remove For Dual Feed)
Conduit Feed A
Customer Installed Wiring
Ground Stud
Factory Installed Wiring To PDU
–
Power Distribution Units
N.E.T.
109
Figure40 Dual Feed DC PDU Pow
er & Chassis Ground Connection
Figure41
shows a flathead screwdriver inserted into
the terminal block service opening to install
the external source wiring.
Figure41 Installation of
External Source Wiring
This PDU has more than one feed
. Disconnect both feeds before
servicing.
Conduit Feed A
Customer Installed Wiring
Ground Stud
Factory Installed Wiring To PDU
Return Feed B
Conduit Feed B
-48/-60 VDC Feed B
–
Side View
External Source Wiring
Factory Installed Wiring To PDU
Screwdriver
Top View
External
N.E.T.
Promina 200/400 Installation and Maintenance
Dual Feed PDU
The AC PDU is located at the
bottom rear of the Promina 400.
The AC PDU provides the following:
•50/60 Hertz, 100 V AC to 240 V AC nominal input voltage range
•input power redundancy through dual input po
wer feeds (input feeds cross-connect does not
apply)
Power Distribution Unit
P/S TOP
P/S BOTT
OUTPUT
INPUT B
INPUT A
tional PDI
Ground Stud
Power Distribution Units
N.E.T.
111
Aux Power Supply Tray
The optional Aux power supply tray is available for the AC powered systems (Figure 43). This unit
obtains its AC power from
the AC dual feed PDU.
The Aux power supply provides -48 V DC power to the PDI. The Aux supply tray can be mounted
to an alarm panel, empty fram
e, or auxiliary fan assembly.
Figure43 Aux Power Supply Tray (Mounted to Optional Alarm Panel)
This PDU has more than one feed. Disconnect both feeds
before servicing.
In the DC powered systems, the -48/-60
V DC power to the PDI is supplied from
the Promina 400 DC PDU.
Fan Tray
Primary
Power Supply
Power Supply
Alarm
Redundant
Power Supply
Alarm Panel
Bracket
DC Power
Output Harness
AC Power Input
Receptacles
Assembly
Tray
Alarm Front Panel
Fan Receptacles
N.E.T.
Promina 200/400 Installation and Maintenance
Fan Tray
The Promina 400 system cooling fans are housed in
a slide-in, slide-out fa
n tray located at the
bottom of the system. The PDU provides 24 V DC power to the fans. The fan tray draws in air
through the lower front and sides of the chassis and drives the air out through the top air plenum in
the rear.
Figure44
shows a view of the Promina 400 fan tray assembly.
Figure44 Fan Tray Assembly (Bottom View)
The fan tray assembly plugs into the PDU through
a blind mate connector. The fan tray is secured
with four screws located near th
e fan tray corners on the front.
ts of a front and rear interf
ace card. Front cards contain the
logic associated with the specific function of the
module. Rear interface cards
provide the physical
connection to customer equipment.
The front and rear interface car
ds are connected to each other
through the shelf’s backplane.
Common equipment modules provide:
•software processing
•memory storage
•time-slot management
•power and alarm reporting
•synchronization
equipment modules and interfaces are:
•Promina Logic Module (PLM)—controls node processing functions
•Promina Server Module (PSM)—optional; interfaces
to the hard drive,
System Cooling Fans
Common Equipment Modules
N.E.T.
113
•Promina Logic Module Interf
ace (PLMI)—interfaces the PLM
•Promina Server Module Interf
ace (PSMI)—interfaces the PSM
For specific information concerning sta
ndard equipment modules, refer to the
Installation section
of this
manual. For module installation instructions, refer to the appropriate module
manual.
Feature Modules
Feature modules are added
applications for each pr
N.E.T.
Promina 200/400 Installation and Maintenance
N.E.T.
Promina 200/400 Installation and Maintenance
115
Promina System Components
The Promina hardware components are described in the following sections:
“Power Supplies” in the next section
“Wattage and BTU Output” on page121
“Module Power Consumption” on page121
“Load Units” on page121
“Logical Slots” on page121
“T1 Jackfield” on page122
“T1 Jackfield” on page122
“Alarm Panel Assembly” on page122
“Front Alarm Panel-2” on page124
“Serial Port Interface” on page125
N.E.T.
Promina 200/400 Installation and Maintenance
Table17
lists all the power supplies types that ar
e available for the Promina systems. Power
supplies installed are dependent on the shelf type.
A single 250 W AC/DC or 250 W DC/DC power supply supports one card shelf in a nonredundant
system. A second power supply in a redundant sy
stem shares the load and provides additional
reliability. The power supplies are mounted on the right side, one above the other (viewed from the
front).
The 250 W AC/DC and 250 W DC/DC power supplies have the following features:
•over current shut down
•two status LEDs
•easy replacement (in a redundant system) without bringing down the node
The 250 W AC/DC power supply is available with
Power Factor Correction (PFC) or without PFC.
Table18
The 250 W AC/DC power supply supports autorangi
ng AC input voltage (90 to 264V AC). The
250 W DC/DC power supply supports a wide DC
input voltage range of -40 to -72 V DC.
Table17Promina System Power Supplies
Promina System/Shelf
Output
Power in
Watts
Type
Input Voltage
Input Connector
400, 800/HSS,STS250AC/DC90 to 264 V ACIEC 320
400, 800/HSS,STS250DC/DC-40 to -72 V DC3P M-N-L
1.Power supplies are part of the Power Assembly. The entire Power Assembly is
replaced when a failure occurs.
265AC/DC90 to 264 V ACIEC 320
Aux Power Supply
2.Part of the Aux Power Supply Tray.
50AC/DC90 to 264 V ACIEC320
A failed power supply must be replaced with an identical power
supply. Power supplies in a redundant configuration must be the same part number
and revision level. Refer to
Table18
for 250 W part numbers.
Damage can occur to a node if power supply specifications are
exceeded. A failed power supply must be repl
aced with an iden
tical power supply.
Power supplies in a redundant configuration must be the same part number and
revision level. Refer to
Table18
for 250 W part numbers.
Power Supplies
N.E.T.
117
The 250 W AC/DC power supply is shown in
Figure45
Figure45 250 W AC/DC Power Supply (Front and Rear View)
Table18Power Supplies—250 W Part Numbers
Power SupplyPFCNon-PFC
250 W AC/DC027962020577
250 W DC/DC021925
029509
Front
AC Input Power
Connector
Rear
Input Power On LED
Fault LED
DC Output
Power Connector
N.E.T.
Promina 200/400 Installation and Maintenance
The 250 W DC/DC power supply is shown in
Figure46
Figure46 250 W DC/DC Power Supply (Front and Rear View)
The LED states for the 250 W AC/DC and 250 W DC
/DC power supplies are listed in Table 19.
A failed power supply must be replaced with an identical power
supply. Power supplies in a redundant configuration must be the same part number
and revision level. Refer to
Table18
for 250 W part numbers.
Table19Power Supply LED States (Redundant Configuration)
Operating Condition
Yellow LED
FAULT
Green LED
POWER ON
State
NormalOffOnRunning
DC outside limits
1.Under or over voltage beyond the voltage protection limits.
OnOnRunning
Over voltageOnOnLatched off
Over current shut downOnOnLatched off
Over temperatureOnOnLatched off
Front
DC Input Power
Connector
Rear
Input Power On LED
Fault LED
DC Output
Power Connector
Power Supplies
N.E.T.
119
Maximum Output Currents
The maximum output currents for the 250 W power supplies are shown in Table 20.
Power Supply Specifications
The specifications for the 250 W AC/DC and 250 W DC/DC power supplies are listed in Table 21.
Table20Maximum Output Currents for 250 W Power Supplies
Power Supply+5 V-5 V+12 V-12 V
250 W AC/DC
30.0 A7.0 A2.5 A2.5 A
250W DC/DC
30.0 A7.0 A3.5 A2.5 A
Table21250 W Power Supply Specifications
Input Voltage Range
90 to 264 V (AC)
-72 V (DC)
Operational Frequency Range
47 to 63 Hz (AC)
Output Voltages
+5 V DC, -5 V DC, +12 V DC, -12 V DC
N.E.T.
Promina 200/400 Installation and Maintenance
Aux Power Supply Tray
The Aux supply tray can be moun
ted to an alarm panel, empty fr
ame, or auxiliary fan assembly.
The Aux power supply tray contains the Aux po
wer supplies (up to two) and related hardware
Figure47
Figure47 AuxPower Supply Tray and Alarm Panel
The optional Aux power connections consist of the DC output and the AC input for the power
supplies. The rear panel has an opening in the ba
ck if the Aux power supply tray is not ordered.
Figure48
shows the Aux power connections on the Rear Alarm Panel.
Figure48 Rear Alarm Panel (Aux Connections)
Fan Tray
Primary
Power Supply
Power Supply
Alarm
Redundant
Power Supply
Alarm Panel
DC Power
Output Harness
AC Power Input
Receptacles
Assembly
Tray
Alarm Front Panel
Fan Receptacles
P/S-1
P/S-2
INPUT
OUTPUT
P/S-2
P/S-1
Aux Power Connections
NO
EXT ALM
SUM ALM
Alarm Connectors
For the Promina 200, the external Aux power supply tray is not required because
the Promina 200 provides -48 V DC from its backplane.
Wattage and BTU Output
N.E.T.
121
The Aux power supply tray is factory instal
led if one of the following is purchased:
•alarm panel
•auxiliary fan
Fan Trays
The available fan trays with DC powered fans are:
•Optional fan tray (
Figure47
). Resides inside the alarm panel assembly and contains four fans.
The connector for the optional fan tray is located
at the right side of the Rear Alarm Panel.
•Jackfield fan tray. Resides in the T1 jack
field assembly and contains two DC fans.
•Intake fan assembly.
•Thermostatic controlled fan assembly.
Wattage and BTU Output
The Promina shelf types with their maximum wattage and BTUs per hour are listed in
Table22
For module specific power consumption information, refer to the
Promina Series Quick Reference
Load Units
Refer to the
Promina Series Quick Reference Guide
for load unit information.
Logical Slots
Refer to the
Promina Series Quick Reference Guide
for logical slot information.
Table22Wattage and BTU Output
Shelf Type
Maximum Input Power
WattsBTUs/Hour
Promina 400AC System3851315
DC System4001365
Promina 200AC System4001392
N.E.T.
Promina 200/400 Installation and Maintenance
The T1 jackfield assembly (
Figure49
) is optional for the P200/400. It provides the interface
The alarm panel assembly (
Figure50
) consists of front
and rear alarm panels
. The assembly also
provides support for mounting the optional fan tray
and the power supply tray that supplies power
to the Aux module.
The configurations available fo
r the alarm panel assembly are:
•alarm panel assembly
•alarm panel assembly and fan tray
•alarm panel assembly, power supply tr
ay (RCE, NRCE, upgrade), and Aux module
•alarm panel assembly and fan tray, power
supply tray (RCE, NRCE, upgrade), and Aux
module
The alarm panel assembly connects to the PP
M or PLM through the PPMI/PLMI card which
supports the external alarm. In
Figure50
, the perforated cover has b
een removed from the alarm
panel assembly with the optional Aux power supply tray and fan tray.
IDNX
LINE
Front
LINE
IDNX
8765
FANS
Alarm Panel Assembly
N.E.T.
123
Fan Tray
Primary
Power Supply
Power Supply
Alarm
Redundant
Power Supply
Alarm Panel
Bracket
DC Power
Output Harness
AC Power Input
Receptacles
Assembly
Tray
Alarm Front Panel
Fan Receptacles
N.E.T.
Promina 200/400 Installation and Maintenance
Front Alarm Panel-2
The Front Alarm Panel-2 has switches for controllin
g and testing the Alarm Panel-2 and its status
LEDs (
Figure51
Refer to the
Alarms and Events
manual for more information about alarms.
Figure51 Front Alarm Panel-2
The Front Alarm Panel-2 LEDs are described in
Table23
The Front Alarm Panel-2 works with the interf
aces on the PPMI and PL
MI modules. The alarm
panel generates alarms based on user-specified al
ALARM CUT OFF
AUDIBLE DISABLE
ALARM
Table23Front Alarm Panel-2 LEDs
LEDsOperation
AlarmLights when an alarm condition is present.
Alarm Cut-OffDisables the audible alarm and lights the Alarm Cut-Off and Alarm lamps. Both
lamps remain lit until Alarm-2 is cleared in the Operator Interface.
Audible DisableDisables the audible alarm dur
ing servicing and light
s the Audible Disable
lamp.
TestEmulates the signal caused by a power
supply failure. Push and hold this button
for ten seconds to simulate an alarm
condition; for example, a power supply
failure.
CPU
NO
EXT ALM
SUM ALM
Alarm Connectors
Serial Port Interface
N.E.T.
125
Rear Alarm Connectors
CPU-1, CPU-2, CPU-3, and CPU-4 provide the co
nnection from the alarm
to the PPMI or PLMI.
The CPU-3 and CPU-4 are shielded
connectors specifically designe
d to be used with the PPMI/
PLMI and the shielded alarm cable. The CPU-1 and CPU-2 connectors use flat ribbon cables and
connect to the PPMI or PLMI. All four
ports can be used simultaneously.
Figure52
) is used for connecting external
alarm-generating equipment. It
functions as an input to generate an alarm condition. Pulling the EXT ALM IN, signal low,
generates an alarm. This is functionally identical to using the Test button on the front panel.
The Summary Alarm (
Figure52
) provides a summary of all the
connected nodes. To use the
summary alarm feature, all unus
ed connectors on Rear Alarm
Panel-2 must have a jumper
connecting pin 7 to pin 9.
Jumper and position indicators are lo
cated next to the connector on
the face of the panel. Pin 7 to
pin 9 is the no alarm feedback path and is requir
Serial Port Interface
N.E.T.
Promina 200/400 Installation and Maintenance
Cross Connects
PPMI/PLMI/PSMI
207
DB-25RJ-45
CTSRTS
DCDDTR
RXDTXD
GNDGND
GNDGND
TXDRXD
DTRDCD
RTSCTS
Customer DTE
Serial Port Interface
N.E.T.
127
The RS-232C DTE is a 25-pin male D-type connector.
Table27
lists the RS-232 DTE pinouts.
Table26Dual RS-232 DCE Pinouts
PinNameSignalComment
1AAFrame Ground
2BATransmit DataTo node
3BBReceive DataFrom node
4CARequest to SendTo node
5CBClear to SendFrom node
N.E.T.
Promina 200/400 Installation and Maintenance
3BBReceive DataTo node
4CARequest From SendFrom node
5CBClear From SendTo node
N.E.T.
Promina 200/400 Installation and Maintenance
129
This chapter contains the Operator Interface comm
ands used for the configuration of modules in
this manual along with descripti
ons and examples. The descript
ion of each command includes the
following information:
•Menu path
•Expert mode command
•Inputs required to execute the command
•Sample screen displays
The commands that apply to overall node and call management can be found in the
Management
manual.
In the following table, letters in bold print are the minimum letters that must be entered to invoke a
Table28Expert Command Mode Summary
ActionObjectMeaning
tivate
rt Places a card or port in an acti
ve status (that is, logically function-
ing and available for service).
ctivate
rtPlaces a card or port in test m
etePSM Card
Removes a card, or port definiti
on from the configuration data-
rtRemoves a card or port from service.
ortPlaces a card or port in test
mode (unavailable for calls).
tall
PSM
Card
Adds a card or port definition
to the configuration database.
N.E.T.
Promina 200/400 Installation and Maintenance
PSM
Card
Expert Mode Command Summary
N.E.T.
131
activate card
CONFIGURATION
Activates a data card to indicate a logi
cal function and available for service.
After a card is activated, it perfor
ms various start-up functions such
as diagnostics, and ports that
have an destination port place a call.
When you install or m
Modify
commands, the Operator
Interface also displays a prompt
When a range is specified, fi
lters are used to select specified cards to activate.
N.E.T.
Promina 200/400 Installation and Maintenance
activate port
CONFIGURATION
Activates a port to indicate a logical
function and available for service.
After a port is activated, it performs various start-
up functions such as diagnostics, and ports that
have an destination port place a call.
When you install or modify a port with the
Install
commands, the Operator
Interface also displays a prompt
When a range is specifi
ed, filters are used to select sp
ecified cards or ports to activate.
Expert Mode Command Summary
N.E.T.
133
deactivate card
CONFIGURATION
CARD
dea car
Places a card in test mode to run diagnostics on card.
If a card is deactivated, it is unavailable for ca
lls. When a card port is
deactivated, it becomes
Also, the operator can use the
command to enable the card or port for diagnostics.
When an operator specifies a rang
e, filters can be used to sel
ect specific cards to deactivate.
N.E.T.
Promina 200/400 Installation and Maintenance
deactivate port
CONFIGURATION
PORT
dea po
Places a port in test mode to
run diagnostics
When a port is deactivated, it
becomes unavailable for calls.
Also, the operator can use the
command to enable the port for diagnostics.
When an operator specifies a rang
e, filters can be used to sel
ect specific ports to deactivate.
Expert Mode Command Summary
N.E.T.
135
N.E.T.
Promina 200/400 Installation and Maintenance
Expert Mode Command Summary
N.E.T.
137
N.E.T.
Promina 200/400 Installation and Maintenance
Expert Mode Command Summary
N.E.T.
139
disable card
CONFIGURATION
Removes card from service.
Before disabling a card, the Oper
ator Interface prompts for a disabl
e confirmation. When a card is
disabled, you cannot run diagnostics or use the car
d. Disabling a card with
a diagnostic test in
progress stops the test.
When you specify a range, you can use filter
s to select specific cards to disable.
N.E.T.
Promina 200/400 Installation and Maintenance
disable port
CONFIGURATION
Removes the port from service.
Before disabling a port, the Operator Interface pr
ompts for a disable confirmation. When a port is
disabled you cannot run diagnostics or use the port. Disabling a port with a diagnostic test in
progress stops the test.
When you specify a range, you can use filter
Expert Mode Command Summary
N.E.T.
141
enable card
CONFIGURATION
e car
Places a card in test mode to
run diagnostics on the card.
When you enable a card, it b
ecomes unavailable for calls.
Diagnostics is performed afte
When you specify a range, you can use filt
N.E.T.
Promina 200/400 Installation and Maintenance
enable port
CONFIGURATION
e po
Places a port in test mode to
run diagnostics
When you enable a port, it
becomes unavailable for calls.
Diagnostics is performed
after a port is enabled.
When you specify a range, you can use filt
Expert Mode Command Summary
N.E.T.
143
install card
CONFIGURATION
ins car
Install Card
command defines the configuration parameters for the card. After installation,
you can change parameters by using the
command.
When a card parameter has only two choices, the
Operator Interface auto
matically changes the
N.E.T.
Promina 200/400 Installation and Maintenance
*** Installable Card Types ***
[ 0] TRK [21] HSD-2 [42] E3-TRK
[ 1] LDCELP12 [22] TMCP [43] VCFAX-24
[ 2] LDCELP24 [23] T3-TRK [44] VCFAX-12
[ 3] CX [24] QXP [45] PX-3
[ 4] URD [25] TK64 [46] TRK-3
[ 5] QSD [26] I422-TRK [47] ECHOX
[ 6] INTU-560 [27] QASD [48] APX
[ 7] TRK-2 [28] HDVC24 [49] SX-2
[ 8] HSD [29] HDVC12 [50] PLM
[ 9] DS-1 [30] QAVP [51] PPM
[10] USD [31] BX [52] LDCELP6
[11] MEM [32] SX [53] HLC
[12] QSD-2 [33] HPC [54] PVEC
[13] TK56 [34] DS0B [55] PVE24
[14] PRC [35] PX [56] HINTU
[15] DS0A [36] PX-2 [57] SCLX
[16] VC31 [37] PVAC [58] TWC
[17] VC62 [38] PVA [59]* IP-TRK
[18] DMD [39] LS-TRK
[19] INTU-558 [40] SATRK
[20] X50 [41] PX PLUS
NOTE: ’*’ marks default selection.
Enter card type for card N2C1? [PLM]
CARD TYPE = 51
*** PLM Card N2C1 has been INSTALLED.
Expert Mode Command Summary
N.E.T.
145
“PLM Module” on page30
N.E.T.
Promina 200/400 Installation and Maintenance
install port
CONFIGURATION
ins po
Install Port
command defines the configuration parameters for the card or port. After
installation, you can change parameters by using the
Modify Port
Expert Mode Command Summary
N.E.T.
147
install psm
None.
ins psm
Configures PSM parameters.
N.E.T.
Promina 200/400 Installation and Maintenance
[ 5] PSM2 Assigned CardId = NONE
[10] Aux Port PPP access = DISABLED
[11] PPP Baud Rate = 9600
[12] PPP Local IP = 0.0.0.0
[13] PPP Remote IP = 0.0.0.0
[14] PPP tyCo Device = /tyCo/1
[15] MTU Size = 576 bytes
Expert Mode Command Summary
N.E.T.
149
modify card
CONFIGURATION
mod car
Changes the parameters (or definitions) of car
ds installed in the configuration database.
Cards must be disabled before they are modified. If you have not disabled the card, the Operator
Interface asks if you wa
nt the card disabled.
When a card parameter only has two choices, the
Operator Interface auto
matically changes the
value. When there are more than
two choices, the Operator Interf
ace displays a prompt for input.
Enter a question mark
to display a list of values.
N.E.T.
Promina 200/400 Installation and Maintenance
modify port
CONFIGURATION
mod po
Changes the parameters (or definitions) of por
ts installed in the configuration database.
Ports are automatically disabled.
Expert Mode Command Summary
N.E.T.
151
N.E.T.
Promina 200/400 Installation and Maintenance
modify psm
None.
Modify PSM
command is available only in expert mode.
mod psm
Changes the configuration of the
Promina Server Module (PSM).
Expert Mode Command Summary
N.E.T.
153
[ 5] PSM2 Assigned CardId = NONE
[10] Aux Port PPP access = DISABLED
[11] PPP Baud Rate = 9600
[12] PPP Local IP = 0.0.0.0
[13] PPP Remote IP = 0.0.0.0
[14] PPP tyCo Device = /tyCo/1
[15] MTU Size = 576 bytes
N.E.T.
Promina 200/400 Installation and Maintenance
query card
CONFIGURATION
q car
Expert Mode Command Summary
N.E.T.
155
*** PLM Card N2C0 Configuration (Cpu:C0) ***
DB Status: ACTIVE Slot Type: PLM (Rev F)
Serial Number: 1513336
Part Number: 024487-313
Idle Time: 19 Bytes of RAM Left: 5533264
RTC overruns: 0 CBUS Interrupts/Second: 0
Alarm Panel I/F: ENABLED Cpu Status: MASTER
DB Checksum: 50C808
Perm Boot Version: 56.4 Code Version: 3.81.17
Wrt Boot Version: 59.11
Load Units: 13 Current GMT: 20:41:40
Power Up: 1395:30:50 ago Restart: 224:16:21 ago
CPU Restart Count: 15 Task Restart Count: 0
*** Console Port Configuration ***
Console Port 0: Speed=9600 bps Type=GLASS TTY Mode=OPERATOR CONSOLE
Auxilary Port 1: Speed=9600 bps Type=GLASS TTY Mode=OPERATOR CONSOLE
*** Interface Information ***
Serial Number: 1500219 Revision: B
*** PLM PPP Configuration PPP is DISABLED ***
Local IP : 0.0.0.0 Remote IP : 0.0.0.0
MTU size : 576 PPP Baud Rate: 38400
tyCo Device: /tyCo/1
*** Task Distribution ***
PSC/SCLP : 7 8 129 130 131
CAS : 11
TRK3 TRUNK : 2
Number of Installed SSC Ports: 2
Internal IP Addr: 11.31.96.35
N.E.T.
Promina 200/400 Installation and Maintenance
query cpu card
None.
q cpu
Queries all processor cards using PLM as card filters.
Expert Mode Command Summary
N.E.T.
157
query PLM card
None.
q PLM
N.E.T.
Promina 200/400 Installation and Maintenance
query port
CONFIGURATION
q po
Expert Mode Command Summary
N.E.T.
159
*** PLM Port N2C0P1 Configuration ***
Card Type: PLM Slot Type: PLM
DBCard Status: ACTIVE DB Port Status: ACTIVE
Orig/Ans Mode: ANS-ONLY
Port Speed: 16000
Port Type: SSC
IP Only: YES
Actual Path: NONE
*** PLM Port N2C0P1 Status ***
Call State: Idle/Down Last Disconnect: NONE
N.E.T.
Promina 200/400 Installation and Maintenance
query plm card
None.
q plm
Queries a card with filters set to
PLM
card types.
Expert Mode Command Summary
N.E.T.
161
Local IP : 0.0.0.0 Remote IP : 0.0.0.0
MTU size : 576 PPP Baud Rate: 38400
tyCo Device: /tyCo/1
*** Task Distribution ***
PSC/SCLP : 4 6
Number of Installed SSC Ports: 0
Internal IP Addr: 11.0.0.35
Gateway IP Addr: 10.0.0.33
N.E.T.
Promina 200/400 Installation and Maintenance
query psm
None.
q psm
Displays the configuration of the Promina Server Module (PSM).
Expert Mode Command Summary
N.E.T.
163
MAC Address: 0.80.B2.10.8E.82 Status: ONLINE
Internal IP: 11.0.0.17 Code Version: 15.3.1 v45.5
HW Serial No: 1354290 HW Revision: B
N.E.T.
Promina 200/400 Installation and Maintenance
query system components
DIAGNOSTIC
QUERY
SYSTEM COMPONENTS
q sys
Displays the system component information for a Promina 200/400 node.
main status, and P/S alarm status
for each shelf is displayed.
System component status for P200/400 is limited to P/S alarm status and will indicate if a P/S alarm
exists on the indicated node.
N.E.T.
Promina 200/400 Installation and Maintenance
Connecting the Promina Voice Shelf
This appendix describes a procedure for
connecting a Promina Voice Shelf to a
Promina 200 node (
Figure54
Figure54 Promina Voice Shelf in a Telco Rack
Promina200
ProminaVoiceShelf
N.E.T.
Promina 200/400 Installation and Maintenance
To connect a Promina Voice Shelf to a Promina 200 node:
Wear an ESD ground strap connected to a proper ground to prevent
electrostatic discharge (ESD) damage wh
en installing and removing cards from
N.E.T.
Figure55 Promina Voice Shelf and Promina 200 Interconnect
Promina200
ProminaVoiceShelf
PSTN
Table29Promina Voice Shelf to Promina 200 Cable Connections
Digroup (DiGrp)Promina 200Promina Voice ShelfPSTN
DiGrp 0Card Slot 4, RJ45RJ45
DiGrp 0Card Slot 5, RJ45RJ45
DiGrp 0Card Slot 6, RJ45RJ45
DiGrp 0Card Slot 7, RJ45RJ45
DiGrp 1Card Slot 4, RJ45RJ45
DiGrp 1Card Slot 5, RJ45RJ45
DiGrp 1Card Slot 6, RJ45RJ45
DiGrp 1Card Slot 7, RJ45RJ45
N.E.T.
Promina 200/400 Installation and Maintenance
Figure56 DAMI-2 Interface Impedance Jumpers
DiGrp1
DiGrp0
3
3
JP14
2
JP17
JP9
JP4
JP7
JP2
JP16
JP3
2
JP13
JP6
JP12
3
JP8
JP11
3
3
JP14
2
JP17
JP9
JP4
JP16
JP3
2
JP13
JP6
JP15
3
JP8
Table30DAMI-2 Impedance Jumper Settings
Digroup (DiGrp)75-Ohm Setting120-Ohm Setting
DiGrp 0JP 2, 7, 15, 16 = pins 1 - 2
JP 6, 13 = pins 2 - 3
JP 3 = pins 3 - 5 and 4 - 6
JP 2, 13, 15, 16 = pins 2 - 3
JP 3 = pins 1 - 3 and 2 - 4
DiGrp 1JP 4, 10, 17, 18 = pins 1 - 2
JP 9, 14 = pins 2 - 3
JP 5 = pins 3 - 5 and 4 - 6
JP 4, 14, 17, 18 = pins 2 - 3
JP 5 = pins 1 - 3 and 2 - 4
N.E.T.
Promina 200/400 Installation and Maintenance
169
250 W power supply
autoranging116
description116–119
LEDs118
maximum output currents119
part numbers116
power factor correction116
specifications119
activate
bundle/card/port/xport131, 132
Promina 40090, 98, 99
alarm panel assembly122
alarm panel interface field58
connections124–125
front panel124
LEDs124
alarm/monitor interface parameter54
N.E.T.
Promina 200/400 Installation and Maintenance
delete
bundle/card/port135
PSM138
destination port
171
MAC addr field60, 64
mass storage,
disk drive storage
master CPU status59, 60
N.E.T.
Promina 200/400 Installation and Maintenance
common equipment112
common equipment configurations20
configuration specifications90
expansion shelf98
fan tray assembly112
load unit90
node configuration89
nonredundant configuration89, 105
processor shelf98
QAVP107
redundant configuration89, 105
shelves90
software configuration49
system shelves101
PSM25
PSMI card28
query system components164
software configuration49
overview19
Promina logic module90, 101, 112
Promina logic module interface113
Promina node13, 14, 15
Promina processor modules
overview19
Promina server module90, 112
Promina server module interface113
Promina SSC channels69
card configuration descriptions63
card query displays56
configure ports64
database field63
wattage121
173
PSM27
N.E.T.
Promina 200/400 Installation and Maintenance
Multiservice Access Platform
Promina 200/400 Installation and
Part Number: 037036-402 Rev A
Promina Series Multiservice Access Platform