Starplus Triad Xts Digital Key Telephone System System Programming And Operation Manual

							ProgrammingC-23
Appendix C - Networking Systems
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).
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. Press FLASH and dial [43]. The following message displays:
000 = Route Number (000–499)
XXXX = 3- or 4-Digit Ring Destination Number
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.
XXX - XXX  PAGE  B
ENTER  BUTTON  NUMBER
T-1/ISDN  SIGNAL  T YPE 0-7
LOO P  START
T-1/ISDN  SIGNAL  T YPE 0-7
TIE
ROUTE  000   XXXXY 
						

							C-24Programming
Appendix C - Networking Systems
3. Enter a valid Destination (DDD) or (DDDD) and Ring Type (R) followed by HOLD (refer to 
Ta b l e C - 7  ). A confirmation tone sounds and the display updates.
* Internal flexible numbers range = 100-8999
** Remote device numbers can be any numbers between 1000-8999, excluding those numbers assigned for internal use.
a For Remote Voice Mail Ring Assignment, refer to Flash 67.
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. Press FLASH and 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).
A DID line can only be programmed to ring one remote device at a time.
Table C-7: DID/ICLID Ringing Assignments
Valid 3- and 4-Digit Destinations (DDD) and (DDDD) Valid Ring Types (R)
System Speed Bins [9020–9999], for Off-Net Ringing [0] = No Ring; unassigned; or to delete a station
Flexible Extension Numbers* [1] = Day Ring [D]
Flexible Numbers for Voice Mail Groups 1–8* 
a[2] = Night Ring [N]
Flexible Numbers for Hunt Groups 1–8* [3] = Day/Night Ring [DN]
Flexible Numbers for Direct Ringing to Modem* [4] = Special Only [S]
Flexible Numbers for ACD Groups 1–16* [5] = Day/Special [DS]
Flexible Numbers for UCD Groups 1–8* [6] = Night/Special [NS]
Remote Device Numbers**  [7] = All Modes [Day/Night/Special [A]
Local Number/Name Translation Table Number [600-799]
ISDN  AT TRIBUTES
SELECT  A  SLOT  RANGE 
						

							ProgrammingC-25
Appendix C - Networking Systems
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 T YPE flexible button (FLASH 45, Page A, Button #2). The following 
message displays:
5. Dial [2] to select the PPNI2 signal protocol.
6. Press HOLD to save the entry.
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. Press HOLD to save the entry.
10. Press the reset button on the Main Processing Board (MPB).
XY - XY  PAGE  A
ENTER  BUTTON  NUMBER
PRI  CO  T YPE 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. Press FLASH and 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. Press HOLD to save the entry.
7. Press VMID STATION button (FLASH 06, Button #15). The following message displays:
 
8. Press HOLD to set VMID numbers to be the same as the station numbers.
VM FEATURES
ENTER BUTTON NUMBER
VM ID DIGITS 2-4
3
REMOTE VM NO #,1000-8999
####
VMID SAME AS STA #
PRESS HOLD 
						

							ProgrammingC-27
Appendix C - Networking Systems
Station User Impacts
Digital Station Displays
Node to Node
When dialing from one Node to another Node, the display of the dialing station reflects the 
station dialed (e.g., 3400). The display then updates with either the name or the number of 
the dialed station.
When receiving a call from another Node, it resembles a station call.
Node to Node - DND or Forwarding In Use
When calling from one Node to another, it is possible to encounter a station that is in DND or 
in a forwarding mode. When this happens, one of the following displays appears.
-or-
-or-
-or- Node 1 (Paul at Station 2000) dials
William ext. 3400Node 2 at Station 3400 receives the 
following display
The display updates as shown:
-or- - or-
WILLIAM IN DND
LINE 023 hh:mm:ss
STA3400 IN DND
LINE 023 hh:mm:ss
FWD TO WILLIAM
LINE 023 hh:mm:ss
FWD TO STA1234
LINE 023 hh:mm:ss
STA 2000
MMM DD YY HH:MM am
CALL TO WILLIAM
LINE 023 HH:MM amPAUL CALLING
LINE 023 HH:MM am
Call To STA3400
LINE 023 HH:MM amSTA2000 CALLING
LINE 023 HH:MM am 
						

							C-28Quick Start Procedure
Appendix C - Networking Systems
Conference 
When a conference is established between several extensions, either local or remote, the 
display will show the following message:
Quick Start Procedure
Networking uses PRI cards for connecting the systems together; however the telco circuit is a 
point-to-point T1, not a PRI. Most telco circuits will reverse the transmit and receive pairs 
from end to end, so it is important that this is corrected by swapping transmit and receive at 
the hub network PRI(s). The connection should end up as straight through from hub to 
node(s).
Enable LCR on all systems for outbound dialing. (See the LCR programming section of this 
Quick Start procedure)
Extension range 9000-9999 is reserved for speed dial.
Programming
Flash 09 – System Parameters
Button #8 - Identify system node (1-16)
Each system in the network must be identified e.g., Hub is always system Node 1, the first 
Node is system Node 2, the second Node is system Node 3, etc.
Button #9 – Enter leading digit (0-8)
Each system needs it’s own numbering plan. This will place leading digit before all 3-digit 
codes, 2-digit codes are not affected. Example: Hub numbers are 1000’s, so enter 1 HOLD.
Flash 16 – Network tables
Select table number (Table 01 will always contain the numbering plan for the system you are 
programming and will use CO group 00 (internal)). CO group 01 is reserved for outdialing 
and dial ‘9’ access.
Button #1 – Select CO group (group assigned to network PRIB)
Button #2 – Station range START (1000-8999)
Button #3 – Station range END (1000-8999)
Button #5 – External BLF (1-9) This is programmed at the Hub only. You identify the PRIB slot 
locations in the Hub that are associated with each Node in the network, other than the node 
being defined by the table number you are programming. You do not identify External BLF 
slot locations in the Node(s) programming because the Hub controls passing of this 
information. If you only have 1 Node you do not have to program the external BLF. All 
unused tables must be programmed for CO group 00 and contain the entire numbering 
range (1000-8999). This will prevent any invalid numbers from trying to dial across the 
network, the system will check the networking tables in order before attempting to dial.
CO NFERE NCE
LINE 023 hh:mm:ss 
						

							Quick Start ProcedureC-29
Appendix C - Networking Systems
Example: Hub and 3 Nodes
Hub Programming:
Node 1 Programming:
Node 2 Programming:
Node 3 Programming:
Table No CO Group Ext. Range External BLF
01 00 Ext. range for Hub NA
02 02 Ext. range for Node 1 PRIB slots for Node 2,3
03 03 Ext. range for Node 2 PRIB slots for Node 1,3
04 04 Ext. range for Node 3 PRIB slots for Node 1,2
05-16 00 Entire Ext. range NA
Table No CO Group Ext. Range External BLF
01 00 Ext. range for Node 1 NA
02 02 Ext. range for Hub and Node 1, 2, 3 NA
03-16 00 Entire Ext. range NA
Table No CO Group Ext. Range External BLF
01 00 Ext. range for Node 2 NA
02 02 Ext. range for Hub and Node 1, 2, 3 NA
03-16 00 Entire Ext. range NA
Table No CO Group Ext. Range External BLF
01 00 Ext. range for Node 3 NA
02 02 Ext. range for Hub and Node 1, 2, 3 NA
03-16 00 Entire Ext. range NA 
						

							C-30Quick Start Procedure
Appendix C - Networking Systems
Flash 24 –Cabinet/Card programming
Partial signaling is allowed on PRIBs (8). Normally a PRIB uses 24 time slots each. You can limit 
the number of time slots per card to four (4), or multiples of four (4) up to 20. To use the 
feature, program the card ID followed by the number of CO lines to be used in groups of four 
(4). A group of four (4) is called a cluster. If a card number is programmed without a cluster 
number, all COs on that card are active. This feature is useful if data is to be shared with 
voice using a CSU/DSU.
1. Select cabinet (Button 17-19).
2. Select slot for PRIB (Button #1-#8).
3. Enter card number (08). 
4. Enter cluster number (1-5) e.g., 081=PRIB4, 082=PRIB8, 083=PRIB12, etc.
5. Press the reset button on the MPB (make sure switch 8 is off!).
Flash 40 – CO line attributes
Enter CO range for the PRIB(s).
Page A, Button #12 – Trunk direction (at the Hub set the first half of the trunks to incoming 
only, at the Node(s) set the second half of the trunks to incoming only) this will prevent 
collisions from occurring.
Page B, Button #1 – T1/ISDN Signaling type
Enter 5 HOLD for TIE. 
Flash 45, Page A – ISDN Programming
Enter PRIB slot number, e.g., for slot 1, enter 11 HOLD.
Button #2 – Enter 2 HOLD (PPNI2)
Button #4 – Enter 0 HOLD (NT=Hub), 1 HOLD (TE=Node)
Flash 67 – Remote Voice Mail Programming
Button #4 – VMID – set to 4 digits
Button #5 – Enter valid number (1000-8999) Pilot VM group number of centralized VM. This is 
not entered in the system where the voice mail is connected.
NOTE: If flexible numbering is done, be sure to go to Flash 06, Button #15 and press HOLD. 
(VMID same as station number). 
						

							Quick Start ProcedureC-31
Appendix C - Networking Systems
LCR Programming
When outbound trunks reside in only one system on the network (i.e., Hub), then LCR must 
be activated on all systems to allow dialing out. This is accomplished in Flash 75 
programming by routing all outgoing calls over the network and by programming the LCR 
access code (800) to be inserted in front of the number being dialed, thus ensuring that all 
outbound calls access the main trunk group of the Hub.
LCR Programming (Hub)
Flash 05
Button 7 – Enable
LCR programming (Node)
Flash 05
Button 7 – Enable
Flash 75
Button 4 – Route List Table
Enter 001xx001 HOLD
Enter 011xx001 HOLD
Where xx = Trunk group for PRIB
Button 7 – Weekly Schedule Table
Enter 01111 HOLD
Enter 11111 HOLD
Enter 21111 HOLD
Enter 31111 HOLD
Enter 41111 HOLD
Enter 51111 HOLD
Enter 61111 HOLD
Button 5 – Enter 001800 HOLD 
						

							C-32Quick Start Procedure
Appendix C - Networking Systems
Call Park Programming
Park zones need to be set up for each system in the network so that calls can be parked and 
retrieved from any system. The following is an example of how to set this up for a 2-system 
network.
Hub
Flash 52 – Flexible numbering
Node
Flash 52 – Flexible numbering
You need to divide the park zone locations and allow all systems to dial each other’s park and 
retrieve codes. In this example, the 16 park zones were divided in half. You can only park a 
call in the system you are on.
Fixed Flex
430-437 2430-2437 (to park call)
#430-#437 3430-3437 (to retrieve call)
Fixed Flex
430-437 2438-2445 (to park call)
#430-#437 3438-3445 (to retrieve call)