Starplus Triad Xts Installation Digital Key Telephone System Instructions Guide

							ProgrammingC-17
Appendix C - Networking Systems
Figure C-12: Five-Node Networking Table Example
LEGEND:
Table Number= the identification number assigned to each array within the system.
CO Group= the line group used to access each system. Co Group 00 = internal calls only.
Extn Range= the extension numbering range for the array.
Ext BLF Slot= identifies PRIB slot locations in the Hub that are associated with each Node within the
network, other than the Node being defined by the Table Number row. This allows DSS/BLF updates to be
sent to the correct systems within the network. Node systems do not identify Ext BLF Slot locations because
the Hub system controls passing of information.
System 2 (Node)
Ext 2000 - 2999
PRIB Slot 1
CO Group 01
Table NumberCO GroupExtn RangeExt BLF Slot
01 00 2000-2999 NA
02 02 1000-6999 NA
03 00 1000-8999 NA
System 3 (Node)
Ext 3000 - 3999
PRIB Slot 1
CO Group 01
Table NumberCO GroupExtn RangeExt BLF Slot
01 00 3000-3999 NA
02 02 1000-6999 NA
03 00 1000-8999 NA
System 5 (Node)
Ext 5000 - 5999
PRIB Slot 1
CO Group 01
Table NumberCO GroupExtn RangeExt BLF Slot
01 00 5000-5999 NA
02 02 1000-6999 NA
03 00 1000-8999 NA
System 6 (Node)
Ext 6000 - 6999
PRIB Slot 1
CO Group 01
Table NumberCO GroupExtn RangeExt BLF Slot
01 00 6000-6999 NA
02 02 1000-6999 NA
03 00 1000-8999 NA
System 1 (Hub)
Ext 1000 - 1999
PRIB Slot 1, CO Group 02
PRIB Slot 2, CO Group 03
PRIB Slot 3, CO Group 04
PRIB Slot 4, CO Group 05
PRIB Slot 5, CO Group 06
Table NumberCO GroupExtn RangeExt BLF Slot
01 00 1000-1999 -- -- -- --
02 02 2000-2999 2 3 4 5
03 03 3000-3999 1 3 4 5
04 04 4000-4999 1 2 4 5
05 05 5000-5999 1 2 3 5
06 06 6000-6999 1 2 3 4
07 00 1000-8999 -- -- -- --
System 4 (Node)
Ext 4000 - 4999
PRIB Slot 1
CO Group 01
Table NumberCO GroupExtn RangeExt BLF Slot
01 00 4000-4999 NA
02 02 1000-6999 NA
03 00 1000-8999 NA 
						

							C-18Programming
Appendix C - Networking Systems
Programming Steps
1. PressFLASHand dial[16]. The following message displays:
2. Select a valid table number (01-16), then press HOLD. The following message displays:
3. Press the desired button to select a trunk group, station range, external busy lamp field,
and system number:
[1] = Select Trunk Group (00-23), then press HOLD.
[2] = Station Range–START (1000-8999), then press HOLD.
[3] = Station Range–END (1000-8999), then press HOLD.
[5] = External Busy Lamp Field (BLF)(1-9), followed by [1] to add or [0] to delete, then press
HOLD. ( This button is for Hub programming only.) To add more than one BLF slot
location, press the digit identifying the next slot location, followed by [1], then press
HOLD. Repeat as necessary, until all slot locations are added.
[6] = Status Check - press [0] to disable (default) or press [1] to enable.
[22] = Page Up
[23] = Page Down
[24] = Returns you to Networking Tables display (shown in Step 1)
Conditions
»Feature access codes must not conflict with station numbering.
»CO line numbers are fixed and cannot be changed other than the current FLASH 42
reassignment.
»The VMID digits need to be programmed separately.
»The SMDR will output up to 4-digit numbers in the station field. If less than 4 digits are
selected in the numbering plan, leading spaces will be added in place of numbers. Call
Accountingdevicesneedtobeconfiguredtoaccept4digits.
»When systems are tied together, each system has to have access to 911 through local
lines.
NETWORKING TABLES
SELECT TBL NO
TBL 01
ENTER BUTTON NUMBER
Button #4 is an active button used for VoIP programming, but it is not used for
network programming. The VoIP card cannot be used for networking
applications. 
						

							ProgrammingC-19
Appendix C - Networking Systems
Cabinet/Card Programming
Description
The Cabinet/Card Programming feature provides a means to assign the peripheral cards to
alternative peripheral card slots.
Flash 24 also allows for partial signaling over T1IBs (9) or PRIBs (8). For example, card slots
ordinarily accommodate 24 CO line time slots each. This feature allows you to limit the
amount of time slots per card to four (4), or multiples of four (4) up to 20. To use this feature,
the card ID is programmed followed by the number of CO lines to be used in groups of four
(4). A group of four (4) is known as a cluster. If the card number is programmed without a
cluster number, all COs on that card are active.
Programming Steps
1. PressFLASHand dial[24]. The following message displays
:
2. Press the button corresponding to the desired cabinet. Button #17-19 represent cabinets
0-2. The following message displays:
Button #1 LED is lit to indicate that you are programming for peripheral card slot 0.
3. Press the button corresponding to the desired slot location. (Buttons #1-9 indicate
peripheral card slots 0-8.)
4. Enter a valid number for the type of card plugged into the current peripheral card slot.
[00] = None [06] = GCOB [12] = VOIP
[01] = ETIB [07] = DIDB [13] = SL12
[02] = DTIB [08] = PRIB [14] = LC08
[03] = DT24 [09] = T1IB [15] = SI12 (future card)
[04] = SLIB [10] = BRIB [16] = LCI8 (future card)
[05] = LCOB [11] = BR16
When using partial signaling, the last channel in the cluster and the 24th channel
are data channels (e.g., for partial signaling with one cluster, the 4th and 24th
channels are data channels. If two clusters are used, then the 8th and 24th channels
are data channels.)
CABINET 0
ENTERBUTTONNUMBER
CAB X SLOT XX 00-12
DTIB
Electrical bus configurations restrict the slots that can support T1 and PRI cards
to slots 1-7 of Cabinet 0 and to slots 0-7 of Cabinets 1 and 2. 
						

							C-20Programming
Appendix C - Networking Systems
5. Enter a valid number (1-5) to specify the desired cluster (partial) quantity.
[1] = cluster of 4 [3] = cluster of 12 [5] = cluster of 20
[2] = cluster of 8 [4] = cluster of 16 No Entry = All CO lines
6. Press HOLD to save the entry. A confirmation tone sounds and the display updates.
7. Press the reset button on the Main Processing Board (MPB).
Ring Assignment Programming
The local KSU will program ringing assignments by the fixed station number. For example, for
CO line 1 to ring at station 100, use the sequence of Flash 40, 001001, HOLD, Page A,
Button #10, dial 1007, HOLD.
A remote system programs ringing assignments by the flexible station number. For example,
for CO line 1 to ring at station 2000, use the sequence of 20007 + HOLD.
Programming Steps
1. PressFLASHand dial[40]. The following message displays:
2. Enter a valid number for the range of lines being programmed. If only one line is being
programmed, enter that number twice (e.g., 001 001).
3. Press HOLD to save the entry. A confirmation tone sounds and the display updates.
Flexible button #19 (Page A) is lit. The following message displays to indicate current
programming of that line or group of lines:
XXX-XXX = CO Line Range
4. Press the RING ASSIGNMENT flexible button(FLASH 40, Page A, Button #10).The
display shows the following information:
A CO can only ring one remote device/extension at a time.
CO LINE ATTRIBUTES
SELECTACOLINERANGE
If HOLD is pressed without entering a CO range, all CO lines are selected.
XXX - XXX PAGE A
ENTER BUTTON NUMBER
RING ASSIGNMENTS
ENTER DDDR
The actual LCD displays a 3-digit destination field (DDD), but both a 3- or 4-digit
entry is possible. 
						

							ProgrammingC-21
Appendix C - Networking Systems
5. Enter a valid Destination (DDD) or (DDDD) and Ring type (R) followed by the HOLD
button (refer toTa b l e C - 4). A confirmation tone sounds and the display updates.
Trunk Direction Programming
CO Lines can be programmed on a per CO Line basis for the type of CO Line desired:
Incoming, Outgoing, or Incoming and Outgoing.
The 24th channel must
be marked as Out-of-Service (OOS). This is true on all PRI cards, not
just for networking.
To eliminate collisions (referred to as“glare”), it is best to either:

						

							C-22Programming
Appendix C - Networking Systems
a. For Remote Voice Mail Ring Assignment, Refer to Remote Voice Mail Programming (Flash 67).
Ringing Multiple Local Stations (only within each Hub or Node)
Enter: DDDR HOLD DDDR HOLD DDDR HOLD...etc.
(Example: 1073 HOLD, 1083 HOLD, 1093 HOLD)
Deleting a Single Local Station
Enter: DDD0 HOLD
(Example:1080HOLD)
Deleting Multiple Local Stations
Enter: DDD0 HOLD DDD0 HOLD...etc.
(Example: 1080 HOLD, 1090 HOLD)
Ringing a Remote Extension
Enter: DDDDR HOLD
(Example: 20003 HOLD)
Deleting a Remote Extension
Enter: DDDD0 HOLD
(Example: 20000 HOLD)
TableC-4:COLineRingingAssignments
Valid 3-Digit Local Destinations (DDD) Valid Ring Types (R)
[100-195] = Extension Numbers (MPB1)
[100-351] = Extension Numbers (MPB2)[0] = No Ring; unassigned; or to delete a station
[440-447] = Voice Mail Groups 1–8
a
[448] = Remote Voice Mail[1] = Day Ring [D]
[450-457] = Hunt Groups 1–8[2]=NightRing[N]
[499] = Direct Ringing to Modem [3] = Day/Night Ring [DN]
[550-565] = ACD Groups 1–16 [4] = Special Only [S]
[550-557] = UCD Groups 1-8 [5] = Day/Special [DS]
[600-799] = Local Number/Name Translation Table
Number[6] = Night/Special [NS]
Valid 4-Digit Remote Destinations (DDDD)[7] = All Modes (Day/Night/Special) [A]
[1000-8999] = Remote Device Numbers
[9020-9999] = System Speed Bins 9020–9999, for
Off-Net Ringing 
						

							ProgrammingC-23
Appendix C - Networking Systems
T-1 / ISDN Signaling Type Programming
Description
TIE signaling is used for networking systems.
Programming Steps
If the system is in the programming mode, continue using the program codes. If starting to
program here, enter the programming mode. If Page B CO Line features must be changed:
1. PressFLASHand dial[40]. The following message displays:
2. Enter a valid number for the range of lines being programmed. If only one line is being
programmed, enter that number twice (001 001).
3. Press HOLD to save the entry. A confirmation tone sounds and the display updates.
Flexible button #19 (Page A) is lit.
4. Press the Page B flexible button (Button #20). The following message displays:
XXX-XXX = CO Line Range
5. Press the T-1/ISDN SIGNALING flexible button(FLASH 40, Page B, Button #1).The
following message displays:
6. Enter [5] on the dial pad to select the TIE signaling type, then press HOLD. The following
message displays:
7. Press the reset button on the Main Processing Board (MPB).
CO LINE ATTRIBUTES
SELECTACOLINERANGE
If HOLD is pressed without entering a CO range, ALL CO lines are selected.
XXX - XXX PAGE B
ENTER BUTTON NUMBER
T-1/ISDN SIGNAL TYPE 0-7
LOOP START
T-1/ISDN SIGNAL TYPE 0-7
TIE 
						

							C-24Programming
Appendix C - Networking Systems
DID/ICLID Ringing Assignments Programming
Description
DID or DNIS numbers are supplied by the telephone company. The ringing assignment,
whether internal (xxx) or external (xxxx), is controlled by the Hub or Node where the call
enters the Networking System.
Programming Steps
1. PressFLASHand dial[43]. The following message displays:
000 = Route Number (000–499)
XXXX = Ring Dest - Use 3 digits for local (inside Hub) or 4 digits for remote (outside Hub)
Y = Ring Type
2. Press the RING ASSIGNMENT flexible button(FLASH 43, Button #1). LED #1 is lit
indicating Route 000 is ready for programming.
3. Enter a valid Destination (XXX) or (XXXX) and Ring Type ( Y ) followed by HOLD (refer to
Ta b l e C - 5). A confirmation tone sounds and the display updates.
ROUTE 000 XXXXY
A DID line can only be programmed to ring one remote device at a time.
Table C-5: DID/ICLID Ringing Assignments
Valid 3-Digit Local Destinations (XXX) Valid Ring Types (Y)
[100-195] = Extension Numbers (MPB1)
[100-351] = Extension Numbers (MPB2)[0] = No Ring; unassigned; or to delete a station
[440-447] = Voice Mail Groups 1–8
[448] = Remote Voice Mail[1] = Day Ring [D]
[450-457] = Hunt Groups 1–8[2]=NightRing[N]
[499] = Direct Ringing to Modem [3] = Day/Night Ring [DN]
[550-565] = ACD Groups 1–16 [4] = Special Only [S]
[550-557] = ACD Groups 1–8[5]=Day/Special[DS]
[600-799] = Local Number/Name Translation
Table Number[6] = Night/Special [NS]
Valid 4-Digit Remote Destinations (XXXX)
[7] = All Modes (Day/Night/Special) [A]
[1000-8999] = Remote Device Numbers
[9020-9999] = System Speed Bins 9020–9999,
for Off-Net Ringing 
						

							ProgrammingC-25
Appendix C - Networking Systems
ISDN Programming
Description
If tying two systems together, they must be identified as PPNI2, which is Point-to-Point NI2
protocol.
The Hub system will be denoted as an NT and each Node will be denoted as a TE. When tying
two systems together, an NT can only be connected to a TE.
Programming Steps
1. PressFLASHand dial[45]. The following message displays:
2. Enter a valid number for the range of slots being programmed. If only one slot is being
programmed, enter that slot number twice (e.g., 11 for slot one only).
3. Press HOLD to save the entry. A confirmation tone sounds and the display updates.
Flexible button #19 (Page A) is lit. The following message displays to indicate current
programming of that slot or range of slots:
XY-XY = Slot Range
X = Cabinet (0, 1, 2)
Y=Slot(0-8)
NOTE -- Slot 8, Cabinet is reserved for the MISB.
4. Press the PRI CO TYPE flexible button(FLASH 45, Page A, Button #2). The following
message displays:
5. Dial [2] to select the PPNI2 signal protocol.
6. PressHOLDtosavetheentry.
7. Press the NT/TE MODE flexible button(FLASH 45, Page A, Button #4). The following
message displays:
8. Dial [0] for NT or [1] for TE.
9. PressHOLDtosavetheentry.
10. Press the reset button on the Main Processing Board (MPB).
ISDN ATTRIBUTES
SELECT A SLOT RANGE
XY - XY PAGE A
ENTER BUTTON NUMBER
PRI CO TYPE 1-4
NI2
NT / TE MODE 0-1
TE 
						

							C-26Programming
Appendix C - Networking Systems
Remote Voice Mail Programming
Description
This feature is used to specify the VMID digit length and the pilot hunt number of the
centralized voice mail system. For example, if the centralized voice mail is installed on the
Hub system and is accessed by dialing 1440, then 1440 must be programmed in Flash 67,
Button #5 by each remote system administrator.
Programming Steps
1. PressFLASHand dial[67]. The following message displays:
2. Press Button #4 to access VMID DIGITS programming and the following message displays:
3. Enter a value of 4, then press HOLD to save the entry.
4. Press Button #5 to access remote voice mail programming and the following message
displays:
5. Enter a valid number (1000-8999) or the # symbol. The number represents the pilot hunt
number of the centralized voice mail system. The # symbol is used to disable remote
voice mail.
6. PressHOLDtosavetheentry.
7. Press VMID STATION button(FLASH 06, Button #15). The following message displays:
8. PressHOLDtosetVMIDnumberstobethesameasthestationnumbers.
VM FEATURES
ENTER BUTTON NUMBER
VM ID DIGITS 2-4
3
REMOTE VM NO #,1000-8999
####
VMID SAME AS STA #
PRESS HOLD