The Strata CIX, CTX28, CTX100 and CTX670 Digital
Business Telephone Systems are registered in
accordance with the provisions of Part 68 of the
Federal Communicatio ns Commissionís Rules and
Regulations.
Refer to the General Description or Installation and
Maintenance Manual for your system for information
on:
♦ FCC Requirements
♦ FCC registration Number
♦ Part 68 complaience
♦ Ringer Equivalence number
♦ Network connection information
♦ USOC jack required
♦ Network Requirements
♦ Authorized Network Parts
♦ Radio Frequency Interference
♦ UL Requirements
♦ Important Music-on-Hold requiremen ts
♦ Industry Canada label identifies certified
equipment
This system is listed with Underwriters Laboratory.
THE SPECIFICATIONS AND INFORMATION
PROVIDED HEREIN ARE FOR INFORMATIONAL
PURPOSES ONLY AND ARE NOT A WARRANTY OF
ACTUAL PERFORMANCE, WHETHER EXPRESSED
OR IMPLIED. THE SPECIFICATIONS AND
INFORMATION ARE SUBJECT TO CHANGE
WITHOUT NOTICE. ACTUAL PERFORMANCE MAY
VARY BASED ON INDIVIDUAL CONFIGURATIONS,
USE OF COLLATERAL EQUIPMENT, OR OTHER
FACTORS.
Toshiba America Information Systems, Inc.
Digital Solutions Division
All rights reserved. No part of this manual, covered by the copyrights hereon, may be reproduced in any form or by
any meansó graphic, electronic, or mechanical, including recording, taping, photocopying, or information retrieval
systemsó without express written permission of the publisher of this material.
Strata and SmartMedia are registered trademarks of Toshiba Corporation.
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Trademarks, registered trademarks, and service marks are the property of their respective owners
Publication Information
Toshiba America Information Systems, Inc., Digital
Solutions Division, reserves the right, without prior
notice, to revise this information publication for any
reason, including, but not limited to, utilization of new
advances in the state of technical arts or to simply
change the design of this document.
Further, Toshiba America Information Systems, Inc.,
Digital Solutions Division, also reserves the right,
without prior notice, to make such ch ang es in
equipment design or components as engineering or
manufacturing methods may warrant.
CIX-PM-PHONE-VA
Version A, November 2004
Contents
Chapter 1 – Telephone Button Programming
Record Sheet Overview...................................................................................................................... 1-1
This chapter discusses the button programming interface provided with Strata CIX / CTX. This chapter also
includes Button Programming examples, procedures, and tables to program 100~800 series programs.
This chapter has tables that list programs sequentially by program number. Tables found below a program
table contain required information for the above program.
Telephone Button
Programming
Important!
If you do not program button sequences correctly, the DKT LCD will display an error
code. Refer to Chapter 2–System Error Codes.
Record Sheet Overview
Fill out the Record Sheets (see Figure 1-1 as an example), then enter this data using a 20-button LCD
digital (DKT) telephone.
Record Sheet
Provides a list of
available features. The
sheet is used to record
the assignment of
features or the operation
of each program. Each
sheet provides space to
record data. This data
will be referred to when
programming the
system.
Figure 1-1
System Record Sheet Sample
DKT Parameters Record Sheet
PDN: _____________________
Station TypeExt. Ring Repeat Continuous DTMFRing Over Busy Cycles
1. Use the following buttons to execute the commands:
Hold ñ Enter.
•
Page/Scroll ñ Scroll up or down.
•
Spkr ñ This delimiter moves cursors between sub-parameter values.
•
•
Vol▲ ñ Escape. Vol▲ displays as & on the LCD. Press Vol▲ to program # or
sequences.
•
Vol▼ ñ Back space for line editing.
# # Hold ñ Cancel.
•
•
ñ Use this button between values to specify a range of objects to be programmed (e.g.,
*
1001*1005 enables programming of stations 1001 through 1005).
•
ñ Use this button between values to specify a set of objects to be programmed (e.g.,
**
1001**1005**1012 enables programming of stations 1001, 1005 and 1012).
•Off-hook ñ lift and replace the handset to immediately exit programming mode.
2. Keep the following in mind as you maneuver through Strata CTX programs.
•Default and/or current settings are displayed on the telephone LCD with an asterisk.
•Some Strata CTX Programs have more than 20 programmable parameters. To toggle from
parameters
Mode.
•To view parameter options on your telephone LCD, press the desired
Scroll or Page button.
•Each parameter shows a number to the left (e.g., 2:DISABLE). Program the desired parameter by
pressing the number button (in this example
•To enter data, use the number keys.
•To submit your program entry press
•To exit a program press
•To enter the
sign appears in your LCD. Press the
•If you get an error code, press
page 2-1 for error code details.
FB01~FB20 and FB21~FB40 press the Scroll or Page button after entering Program
2) that corresponds to your desired parameter.
Hold. To confirm a submitted entry, press Hold again.
# # Hold.
# character in your data string press the Vol▲ and the # button simultaneously. An &
# button, then enter the remaining data.
Hold (twice ) to cont inu e pr ogra mmi ng. See ìSystem Error Codesî on
in dialing
*
FB button and press the
Telephone Button
Programming
Programming Parameters
Programs can have between one and 40 programmable parameters, each represented by the FBnn
buttons. The LEDs light up for each FBnn button that features a programmable parameter. Each
parameter is programmed by entering values into the LCD from the telephone button pad.
1. At the SELECT PARAM prompt, press the appropriate
FBnn button.
2. Enter the appropriate value from the telephone button pad using the Parameter Fields tables supplied
with each program.
3. Press
4. Press another
Hold to submit.
FBnn button to program more parameters
… or press Hold again to program.
Programming Sub-parameters
Some commands enable programming of Sub-parameters to further refine Strata CTX settings. Internet or
Network IP addresses are entered using sub-parameter data. IP addresses are displayed as four threedigit values, or Octets, separated by ìperiodsî (e.g., 192.168.255.253). Your programming telephoneís
LCD is only capable of displaying the IP information three digits, or one Octet, at a time.
For example , sel ec ti n g FB01 in Program 916 displays the first Octet, 192, on the LCD. To view or change
the next Octet (in this example 168) in the IP Address, press the
displays the following Octet (in this example 255).
The following is an example from Program 200,
follows COS DAY1, COS DAY2 and COS NIGHT.
1. At the SELECT PARAM prompt, press
2. At the COS DAY1= prompt, enter a value from 1~32.
3. Press
Spkr.
4. At the COS DAY2= prompt, enter a value from 1~32.
5. Press
Spkr.
6. At the COS NIGHT= prompt, enter a value from 1~32.
7. Press
8. Press another
Hold to submit.
FBnn button to program more parameters
… or press Hold again to program a new DN.
Note To change one of the sub-parameters, you must proceed through all three sub-parameters before
pressing
value, then press
Hold. For example, to change the value of COS DAY1, you must change the COS DAY1
Spkr button. Pressing Spkr again,
FB04. FB04 is broken down into three sub-parameters as
The following examples show you how to use the Strata CTX button programming interface. Toshiba highly
recommends the use of Strata CTX WinAdmin to meet the demands of your telephone system
programming.
Suppose a customer needed to assign a DKT Station to a PDN. Based on the Identify Program Sequences
in Chapter 1 of the Programming Manual Volume 1, you can immediately identify the Program numbers
and sequence required to complete this basic task. Login to the Button Programming Mode using the
directions on Page -7 and follow the steps below.
Program 100
Reference ìProgram 100î on page 1 1. For this example, an eight station BDKU PCB is assigned to Slot 01/
Cabinet 01 (xxyy).
1. Enter programming mode. See ìStep 1: Enter Program Mode on page 1-7."
2. At the
3. At the
4. Press FB01. Enter 017 and press Hold.
PROG=prompt enter 100 and press Hold.
EQUIP=prompt enter 0101 (xxyy) and press Hold.
“Program 100” on page 11 tells us that a three digit PCB code (nnn) is required. From the table, “PCB
Codes” on page 1-12, we can derive that the PCB code for a BDKU is “017.” Furthermore, the
“Program 100” table shows us the button sequence required for programming a BDKU in the fourth
row of the table.
“Program 100” on page 11 also informs us that an “n” value is required to complete the PCB
assignment. These “n” values are listed in the column titled “Value(s).” When you look in the fourth
row of the “Value(s)” column there are five “n” value choices. For this example, select “2. 8 DKT no
OCA.”
Telephone Button
Programming
5. Press FB03. Enter 2 and press Hold twice.
6. Press
##Hold to return to the PROG= prompt.
Program 200
Reference ì200 Series Programsî on page 1-28. A DKT assignment (DN = 1000) is made to Circuit 01,
Slot 01, and Cabinet 01 for the BDKU card installed in Step 1 above.
1. Enter programming mode. See ìStep 1: Enter Program Mode on page 1-7."
2. At the PROG= prompt enter
3. At the DN= prompt enter
4. Press
5. Press
6. Press
FB01. At the EQUIP= prompt enter 010101 (xxyyzz) and press Hold.
FB02. Press 1 to select a DKT and press Hold.
FB03. Press 1 to select Extension as the Circuit Type and press Hold.
For this example, only the above FBs need to be assigned. Press Hold again before proceeding to the
next step.
7. Press ##Hold to return to the PROG= prompt.
Note Additional assignments can be made to fine tune this DKT assignment. If specific assignments are
not made, the system automatically assigns the default value.
Reference ì Program 204î on page 34 and review Summary column field descriptions. This program
enables you to setup the DKT parameters.
1. Enter programming mode. See ìStep 1: Enter Program Mode on page 1-7."
2. At the PROG= prompt enter
3. At the DN= prompt enter
4. Press
5. Press
FB01. Press 1 to select a Extension and press Hold.
FB02. Press 3 to select Pattern 3 for this DKT and press Hold.
For this example, we are using a 20-button DKT. There are three button patterns to choose from for
each type of digital telephone.
204 and press Hold.
1000 (n) and press Hold.
Only the above
6. Press ##Hold to return to the PROG= prompt.
Note Additional assignments can be made to fine tune DKT parameters. See Summary column for field
descriptions and default values. If specific assignments are not made, the system automatically
assigns the default value.
FBs need to be assigned. Press Hold again before proceeding to the next step.
Program 205
Reference ì Program 205î on page 39 and ìFeature/Button Code Parameter Assignmentsî on page 1-41.
This program assigns features and parameters to the FB buttons on your DKT telephone. In this example,
the
FB10 button on your DKT will be programmed to act as a GCO button.
1. Enter programming mode. See ìStep 1: Enter Program Mode on page 1-7."
2. At the PROG= prompt enter
3. At the DN= prompt enter
4. Press
FB10. Enter 130 to assign a GCO and press Spkr.
To select the n1, n2, n3, n4 and n5 values required in “Program 205” on page 39, see “GCO” in the
table titled “Feature/Button Code Parameter Assignments” on page 1-41.
5. Enter 1 to assign a GCO number and press Spkr.
6. Enter
7. Enter
8. Enter
9. Enter
10.Press
1 to assign a GCO index and press Spkr.
2 to enable immediate ringing for this GCO and press Spkr.
1 to assign a soft ring tone to this GCO and press Spkr.
900 to assign an Owner DN to this GCO number and press Hold twice.
##Hold to return to the PROG= prompt.
205 and press Hold.
1000 (n) and press Hold.
Note Press
##Hold again to exit Button Programming Mode.
Program 208
Reference ì Program 208î on page 46. This program assigns timing parameters to Primary DNs.
1. Enter programming mode. See ìStep 1: Enter Program Mode on page 1-7."
2. At the PROG= prompt enter
3. At the DN= prompt enter
4. Press
5. Press
6. Press
FB01. Press 10 to set the number of ABR attempts and press Hold.
FB02. Press 60 to set ABR to attempt redials in 60 second increments and press Hold.
FB03. Press 20 to set the ABR Recall Timer and press Hold.
7. Press FB04. Press 60 to set the Hold Recall Timer and press Hold.
8. Press
9. Press
10.Press
11.Press
Now that you are more familiar with the Strata CTX button programming interface, begin programming your
Strata CTX system starting with Step 1 below.
FB05. Press 15 to set the First Interdigit Timer and press Hold.
FB06. Press 5 to set the Second Interdigit Timer and press Hold.
FB07. Press 32 to set the Ring Transfer No Answer Timer and press Hold twice.
##Hold to return to the PROG= prompt.
Button Programming Procedure
Step 1: Enter Program Mode
Enter the button sequence displayed below to enter the CTX670 programming interface from a DKT
station.
1. Log in by pressing:
2. At the PASSWORD= prompt, enter your password. Default is
3. Press
Hold.
Hold ✱#✱#1✱2✱3✱.
Telephone Button Programming
Button Programming Procedure
Telephone Button
Programming
0000.
Step 2: Enter Program Number
1. At the PROG= prompt enter the three digit program code (e.g., 200) and press Hold.
2. Programmable parameters are identified by the FB LEDs that are illuminated on the DKT. Go to
ìChoose a Button Sequenceî on page 1-7 Pres s on the related
FBnn button to program a parameter.
… or if there are no illuminated FB LEDs, continue to Step 3.
Step 3: Enter FB00 Parameters
FB00 parameters designate a specific station, trunk, or circuit to be programmed. The FB00 prompt (e.g.,
EQUIP=, DN=, INDEX=, etc.) appears automatically in the LCD screen.
1. At the
2. Press
FB00 prompt, enter the desired value using the telephone number pad.
Hold.
Step 4: Choose a Button Sequence
➤ Select the button sequences based on the programs required for programming the Strata CTX from the
Telephone. For 100~900 series programs, refer to pages 11~97.
Program Listings
This table is a list of programs found in this chapter.
Program
Number
100Card Slot Assignment
102Flexible Access Codes
103Class of Service
104System Timers
105System Parameters
106Day/Night Mode Day of Week Mapping
571Exception Numbers for Forced Account Codes
573Delete Door Phone
576Door Phone Night Ring Over External Page
577Caller History
579System Voice Mail Data
580Voice Mail Port Data
650Behind Connection Assignment
651Private Routing Plan Analysis Table Assignment
653Private Route Choice Table Assignment
654Private Route Definition Table Assignm ent
655Private Digit Modification Table Assignment
656Node ID Assignment
657Network COS Mapping Table Assignment
658/659/660Network DRL Mapping Tables
801Network Jack LAN Device Assignment
803IO Logical Device Assignment
804RS232C Data Assignment
900System Initialize
901
902Set Time and Date
903Event Trace Control
904ISDN Trace Location
905All ISDN Trunk Trace
906Event Trace Side Change
907System Admin Log
908Format/Unmount SmartMedia
909MAC Address (System Serial Number)
910Data Backup
911Program Update
912Make Busy Control
915Regional Selection
916IP Configuration
Display Version
Program Name
Programming Tables
The programming tables in this chapter appear sequentially, beginning with the 100 series programs and
ending with the 900 series programs. Tables immediately following a program table are provided for
reference. For example, the PCB Code table shown after the Program 100 table gives important PCB
codes needed in Program 100.
001 COU
002STURSTU28 Stations013 BSU_BSSRBSU+RBSS4 S/T interfaces
003 DKU
004 Not usedn/an/a015BUURBUU2 U Interfaces
0058COURCOU+RCOS8 Loop CO Lines016BUU_BUSRBUU+RBUS4 U Interfaces
006DDURDDU4 DID Lines017 NEW_DKU_8BDKU18 Stations
007DTURDTU2
008DSURDSU
009CIURCIU24 or 8 Circuit Caller ID020IOU2BIOUPage/MOH/BGM Relay
010MCURMCU2 or 4 E911 CAMA Lines
Table 1-3Program 102
ButtonSequenceValue(s)Summary
102
102-00
102-01
102-02
Flexible Access Plan
102, Hold
Access Code
Hold,
n,
FB01, nnn, Holdnnn = 3 digit Feature Code (551
FB02, n1, Hold, Hold n1 =0~32 (CTX100)
Assigned
Name
No Card or
Delete Card
RCOU
RGLU2
PDKU2
RWIU
Circuit/TypeCodePCB Type
n/a011EMU
4 Loop Lines
4 Gnd./Loop Lines
8 Stations
8 or 32 wireless
8, 16, 24 and 30 channel
T1
4 Standard Ports
4 Digital Ports
n =Up to 5-digit Flexible
Numbering Plan
should be selected for a
Flexible Numbering OLG)
0~50 (CTX670 Basic)
0~128 (CTX670
Expanded)
REMU
BVPU
012 BSURBSU2 S/T interfaces
014PTURPTU8, 16 and 24 PRI Lines
018NEW_DKU_16BDKU1+BDKS1 16 Stations
019IOU1BIOUPage/MOH/BGM Relay
Assigns feature access codes, individual line access codes and
outgoing line group (OLG) access codes to the Flexible Numbering
Plan.
Does not include PDNs, PhDNs, Pilot numbers, or Hunt Group pilot
numbers.
Enter the digits to be dialed (0~9,#,*) to access a Feature or an
Outgoing Line Group (OLG).
To delete, select `No Data` in `01 Feature Name`. Conflict with an
assigned DN will produce an error.
Select the Feature to which the access code is being assigned.
NoteTo assign an access code to an Outgoing Line Group (OLG),
select ìLine Group access code - one access code for each
OLG.î To assign the prefix digit(s) for the access code of
individual lines, select ìLine access code - leading digit(s) to
access individual lines.î Example: If #7 is selected as the line
access prefix, the users will dial #7xxx to access an individual
line (where xxx is the line number).
Enter the Outgoing Line Group number to which the OLG access
code is being assigned.
Assigned
Name
Circuit/Type
4 Circuits
Note These three-digit Feature Index Numbers should not be confused with the Program 205 three-digit
Button Codes.
Table 1-4Flexible Numbering Plan Default Settings
Flexible Numbering Feature
No Data
ABR - Activate
ABR - Cancel
Call Park Orbits - Activate
Call Park Orbits - Park Answer (Retrieve Parked Call)
System Orbit Number
DND -Local Activation
Outgoing Call by Directing Outgoing Line Group
Three Way Conferencing (Override to Tandem Connection)
Enter User Programming Mode
LCR -Outgoing Call
Set Voice Mail Message Waiting (activate MW without ringing for VM)
Release Received Message Waiting
Release Sent Message Waiting (Cancel MW without ringing for VM))
MW Answer access code (Retrieve Received Message Waiting)
Cancel ACB
Start BGM
Stop BGM
Start BGM for External Paging Device
Stop BGM for External Paging Device
Built-in modem
Night Ring Answer
Travelling Class Override Code Input Number
Change Travelling Class Override Code
Activate System C a l l Forward
Cancel System Call Forward
Call Pickup for Incoming Call -Group Pickup
Call Pickup for Incoming Call -Directed Terminal
Call Pickup for Incoming Call -Directed Group
Call Pickup for Incoming Call -Directed DN
Call Pickup for Incoming Call -Any External Call
Call Pickup for On-Hold Call -Directed CO Retrieve
Call Pickup for On-Hold Call -Local Retrieve
Call Pickup for On-Hold Call -Remote Retrieve
Call Pickup for On-Hold Call -Directed DN Retrieve
Transfer to Voice Mail
Repeat Last Number Dialed
Volume Control for BEEP
Change LCD Display Language
Advisory Message - Activation
Advisory Message - Cancellation
Emergency Call
Attendant Console Group Access Code
Private Network Access Code
Node ID (Coordinated Directory Number Prefix)
Substitution of Dial *
Substitution of Dial #
Originate Call with Sub Address -Outgoing Call/Internal Call
Application starting access code
Voice Mail Call Monitor Off
System Date Adjust Code (Release 1.02, MA227 or higher)
System Time Adjust Code (Release 1.02, MA227 or higher)
n =1~32 (COS Number)Class of Service assignments are made for userís of telephones,
n1 =1. Enable (default)
2. Disable
n1 =1. Enable
2. Disable (default)
n1 =1. Enable (default)
2. Disable
n1 =1. Enable
2. Disable (default)
n1 =1. Enable
2. Disable (default)
n1 =1. Enable (default)
2. Disable
n1 =1. Enable (default)
2. Disable
n1 =1. Enable
2. Disable (default)
n1 =1. Enable
2. Disable (default)
n1 =1. Enable (default)
2. Disable
n1 =1. Enable (default)
2. Disable
n1 =1. Enable (default)
2. Disable
n1 =1. Enable (default)
2. Disable
n1 =1. Enable (default)
2. Disable
n1 =1. Enable (default)
2. Disable
Class of Service assignments are a registration of feature capabilities
the user is entitled to use. Each assignment is defined as Enabled or
Disabled for privileges/permissions granted. Privileges enable users
to perform a feature while permissions allow others to use some
feature when calling your phone.
attendant consoles, and incoming calls based upon the line the call
arrives or in some cases on a call-by-call basis when using DISA or
Tie Line with QSIG interfaces. For telephone users, the class of
service assignments are made for each of the Day/Night Modes to
allow different services during different parts of the day.
The privilege to invoke Automatic Busy Redial after dialing a busy
outside destination.
If enabled, stations with this COS will not forward when calling
stations that have System or Station Call Forward activated. This
includes when dialing from the dial pad or DSS button located on the
telephone or DSS console.
Allows a call transferred by this station to camp on to a busy
destination.
The privilege to change the DISA Security Code.
Allows a caller to override the Do Not Disturb status of a called party.
Allows calling parties with DND Override privileges to override this
station's DND status.
The privilege to place this phone in Do Not Disturb.
The privilege of setting/resetting Do Not Disturb on other phones.
The privilege to invoke an Executive Override on a call.
Permission for others to use Executive Override when calling this
station.
The privilege to use Off-hook Camp-on when encountering a busy
destination.
The privilege to pick up a call ringing on a station in one's own group.
The privilege to pick a specified ringing station.
The privilege to pick up a ringing station in a specified group.
The privilege to receive hook flash over CO Lines and to allow
telephones to hook flash.
The privilege to have an active call automatically held when
accessing another line.
Permission for others to call this station using Off-hook Call
Announce.
System timers set a variety of times to control calls and features for
the system.
The Automatic Callback timer sets the time (5 ~ 180 seconds) that the
callback will be attempted before being cancelled.
The Automatic Callback overall timer sets the time (5 ~ 180 minutes)
that a callback can be registered. Once the timer expires, the callback
will be cancelled.
The Park timer sets the length of time (10 ~ 600 seconds) a call can
remain in Park prior to a recall to the station that initiated the Park.
The Camp-on timer sets the time (5 ~ 60 seconds) needed to remain
off-hook prior to Camp-on being automatically activated.
The SMDR Answer timer sets a default time (0 ~ 180 seconds) for
when an outgoing call will be considered to be answered for SMDR
reporting when a true answer signal is not returned from the public
network. Setting the time short will include calls that may not be
completed, setting the time too long may exclude short calls that are
answered and terminated in a short time.
For Trunk-to-trunk connections which neither CO Line has release
supervision, a timer (0 ~ 3600 seconds) is needed to release the call
if no user monitoring has taken place.
Also used for CO line to RSTU port connections in which the CO line
has no supervision and the
device connected to the RSTU port does not hang up automatically
(see Prg200, PB34).
The Trunk-to trunk User Input Timer provides a time (0 ~ 180
seconds) to allow an external user to dial a digit to extend the
disconnect time when the connection is unsupervised. This feature
is used primarily with DISA service.
The System Call Forward No Answer timer (1 ~ 180 seconds)
specifies the time period that a phone will ring prior to invoking the
Call Forward operation.
Time system will wait for the beginning of DTMF input.
The Delayed Ringing 1 timer specifies the time (1 ~ 60 seconds) to
wait before applying ringing to the designated phones.
The Delayed Ringing 2 timer specifies the time (1 ~ 60 seconds) to
wait before applying ringing to the designated phones.
The Door Unlock Timer specifies the length of time (1 ~ 30 seconds)
the electrical signal is sent to the door for releasing the lock.
The 9+11 Inter-digital timer provides a timing value (1 ~ 30 seconds)
for the system to wait for additional digits to be dialed looking for the
911 or 9+911 dialed codes for treatment using the E911 procedures
rather than normal dialing treatment.
n =20~180 sec. (default = 30)Select Network DSS Refresh Timer (20 -180 seconds). The time
n =1~120 sec. (default = 10)This timer sets how long dialed numbers will display on telephone
n =1. Enable (default)
2. Disable
n =1. Quiet Tone
2. External 1 (default)
3. External 2
4. External 3
5. External 4
6. External 5
7. External 6
8. External 7
9. External 8
10. External 9
11. External 10
12. External 11
13. External 12
14. External 13
15. External 14
16. External 15
n =1. RBT (default)
2. MOH
n =1. Enable (default)
2. Disable
n =1. Enable
2. Disable (default)
The Emergency Call timer sets a time (10 ~ 180 seconds) for
advancing the call to the next station in a list of destinations for the
call.
The Destination Busy Detection timer sets the time (1 ~ 30 seconds)
to wait while looking for a busy condition on an external call. If
detected, it will trigger the initiation of the Automatic Busy Redial
cycle.
The Lost Call timer sets the time (1 ~ 600 seconds) that a failed
transfer recall will ring on the originating station prior to attempting to
recall a secondary location.
The Lost Call Final timer sets the time (1 ~ 600 seconds) that a failed
transfer recall will ring on the secondary location before being
automatically disconnected.
The DTMF tone sending duration (1-80 msecs, 2-160 msecs) for
dialing on CO Lines.
Time after which an unsupervised trunk may be automatically
released.
interval when all Network DSS settings are refreshed system wide.
NoteDSS button LEDs change state immediately when the status
of the DSS button changes - regardless of this timer value.
LCDs for outgoing line calls.
This command assigns the system parameters.
Break in warning tone of Executive Override Enable or Disable.
Music On Hold selection of Private Line and Station.
Tones for the transferred party after the ringing transfer takes place.
Transfer Privacy enabled: CO line buttons that have mult iple
appearances will only flash and ring on the transferred-to telephone;
the same CO line button on other telephones will be red-busy.
Transfer Privacy Disabled: CO line buttons that have multiple
appearances will flash and ring on all telephones that have the CO
line button appearance.
Privacy Override Attendant Monitor warning Enable or Disable.
n =Up to 32 digitsEnter the number dialed to initiate a Credit Card Call. This is normally
ì0î in the USA.
n =1~66 digitsMinimum Dial Digits required for Credit Card Calling. This should be
the quantity of digits in a credit card number. If this quanti ty of digits is
not dialed when making credit card calls, the caller will be
disconnected. This is to insure that the call is charged to a credit card.
DRL tables in Program 111 and OLGs in Program 306 must be
enabled with credit card calling for this feature to be active. Users
must be assigned to a DRL table enable with credit card calling and
call out on a credit card calling enabled OLG for this featured to be
applied to the call.
n =1. Enable (default)
Offer of E911 Service.
2. Disable
n =1. Enable (default)
Destination Restriction Override by System Speed Dial.
2. Disable
n =1. Enable (default)
Automatic Station Release.
2. Disable
n =1. Operable
Operation when Auto SPID or User Entry Of SPID fails.
2. Not Operable (default)
n =0~8Assign BIOU Relay (1~8) as the Night Relay - this relay activates
when the
system is in the Night Mode.
BIUO1 provides relays 1 to 4.
BIUO2 provides relays 5 to 8
NoteThe CTX100 ACTU built-in relay is programmed as relay 5.
For this relay operation, a virtual BIOU2 is installed, as
default, in a virtual equipment position - Cabinet 2 slot 5.
(Cab. 02 slot 05, PCB code 20, in program 100). To install an
actual BIOU2 and disable the ACTU built-in relay, use the
programming telephone. To remove the virtual BIOU2 and
then install the actual BIOU2 in Cab. 01/slot 01~08 in the
normal manner.
n =0~4 (CTX100)
0~8 (CTX670 Basic)
Set the External Page Group Number that includes the external
paging zones to which BGM will be sent. See PRG503.
0~16 (CTX100 Expanded)
n =Up to 5 digitsSet Lost Call Destination.
n =1~8
Class of Service Override Code Digits.
(default = 1)
n =1. Enable
2. Disable (default)
n =1. Enable (default)
Conference connection of many member for Analog Internal Call and
Outgoing Call.
Assign BIOU Relay (1~8) as the Night Relay - this relay activates
when the
system is in the Night Mode.
BIOU1 provides relays 1 to 4.
BIOU2 provides relays 5 to 8
NoteThe CTX100 ACTU built-in relay is programmed as relay 5.
For this relay operation, a virtual BIOU2 is installed, as
default, in a virtual equipment position - Cabinet 2 slot 5.
(Cab. 02 slot 05, PCB code 20, in program 100). To install an
actual BIOU2 and disable the ACTU built-in relay, use the
programming telephone. To remove the virtual BIOU2 and
then install the actual BIOU2 in Cab. 01/slot 01~08 in the
normal manner.
Whether to display DNIS or Caller ID.
The Networking Transit Counter limits the number of nodes through
which a QSIG call can pass before being terminated as a lost call.
Enter data as xxyyzz.
zz=channel 01 if clock source is RPTU or RDTU
zz=channel 01, 02, 03 , or 04 if clock source is RBUU/RBUS or RBSU
Example: If the Primary Clock Source should be a assigned to an
RPTU in cabinet 5, slot 2, enter 050201.
Cabinet numbers:
•CTX100: Select 01 for Base and Expansion cabinet.
•CTX670: Select 01 for Base and 02~07 respectively for each
Expansion cabinet.
Slot numbers:
•CTX100: Select 01~04 for Base slots and 05~08 for Expansion
slots.
•CTX670: Select 01~08 for Base slots and 01~10 for Expansion
slots.
105-22Secondary Clock
FB22, xxyyzz, Hold,
Hold
xx =C abinet 1 (CTX100),
01~02 (CTX670 Basic),
01~07 (CTX670 Exp.)
yy =Slot 01~8 (CTX100),
01~10 (CTX670)
zz =Circuit (01~30)
Enter data as xxyyzz:
zz=channel 01 if clock source is RPTU or RDTU
zz=circuit 01, 02, 03 , or 04 if clock source is RBUU/RBUS or RBSU
Example: If the Secondary Clock Source should be a assigned to an
RBUU in cabinet 5, slot 2, circuit 2; enter 050202.
Cabinet numbers:
•CTX100: Select 01 for Base and Expansion cabinet.
•CTX670: Select 01 for Base and 02~07 respectively for each
Expansion cabinet.
Slot numbers:
•CTX100: Select 01~04 for Base slots and 05~08 for Expansion
slots.
•CTX670: Select 01~08 for Base slots and 01~10 for Expansion
slots.
105-23Call History Prefix 1
FB23, n, Hold, Hold
105-24Emergency Digits
Sent
FB24, n, Hold, Hold
105-25DP Make Ratio
FB25, n, Hold, Hold
n =1. add (default)
2. not add
n =Up to 5 digits
(default = 911)
n =1. DPMakeRatio33
2. DPMakeRatio40
(default)
Whether prefix 1 is added or not in callback of Call History Feature.
Default = ì911î for North Amer ica. Enter alter native emergency
dialing strings up to 5 digits as required by local conditions.
Dial pulse Make/Break ratio can be set to 33% or 40%. The default
value is 40%.
If enabled, line calls move from a telephone DN button to a line button
after they are answered. After the call is answered, the DN button is
cleared to receive another call. With this operation the DN acts as an
answer button for the phone. This only applies if the line answered
has a CO, GCO, or Pooled line button appearance on the phone. If
disabled, line calls remain on the DN after they are answered.
The Day of the Week schedule defines each day as the type of day
the schedule shall follow. These types of days are called Work Day,
Non-work Day, and Holiday. Each day of the week can be classified.
configured.
Enter the type of day to follow for daily schedule. 1- Work Day;
2- Non-Work Day; or 3- Holiday.
Enter the type of day to follow for daily schedule. 1- Work Day;
2- Non-Work Day; or 3- Holiday.
Enter the type of day to follow for daily schedule. 1- Work Day;
2- Non-Work Day; or 3- Holiday.
Enter the type of day to follow for daily schedule. 1- Work Day;
2- Non-Work Day; or 3- Holiday.
Enter the type of day to follow for daily schedule. 1- Work Day;
2- Non-Work Day; or 3- Holiday.
Enter the type of day to follow for daily schedule. 1- Work Day;
2- Non-Work Day; or 3- Holiday.
Enter the type of day to follow for daily schedule. 1- Work Day;
2- Non-Work Day; or 3- Holiday.
Assigns additional Sender and Receiver PAD values to pad groups in
the pad table.
Enter Sender PAD Device or Group Number from PA D Table
(following this section).
Enter Receiver PAD Device Number or Group Number from PAD
Table (following this section).
Enter PAD Value (See PAD Tab le belo w). The v alue shown sho ws the
net effect.
NoteTo PAD is to inser t loss; therefore, negative loss equals net
This command assigns external Music on Hold (MOH) and
Background Music (BGM) sources.
Enable this assignment if MOH source #1 is connected to the system
processor MOH RCA jack.
Enable this assignment if MOH source #2 is connected to BIOU-1,
MOH RCA jack (J1).
Enable this assignment if MOH source #3 is connected to BIOU-1,
MOH RCA jack (J2).
Enable this assignment if MOH source #4 is connected to BIOU-1,
MOH RCA jack (J3).
Enable this assignment if MOH source #5 is connected to BIOU-2,
MOH RCA jack (J1).
Enable this assignment if MOH source #6 is connected to BIOU-2,
MOH RCA jack (J2).
Enable this assignment if MOH source #7 is connected to BIOU-2,
MOH RCA jack (J3).
Enter the RSTU equipment number to which MOH/BGM source #8 or
#9~#15 are connected. Enter data as xxyyzz:
Example: If the MOH/BGM source should be a assigned to an RSTU
in cabinet 5, slot 2, circuit 3; enter 050203.
NoteA PDN can not be assigned to an RSTU equipment number if
it is to be a MOH circuit. If a PDN is assigned to the circuit
that will connect to a MOH/BGM source, you must first delete
it using PRG201
Cabinet numbers:
•CTX100: Select 01 for Base and Expansion cabinet.
•CTX670: Select 01 for Base and 02~07 respectively for each
Expansion cabinet.
Slot numbers:
•CTX100: Select 01~04 for Base slots and 05~08 for Expansion
slots.
•CTX670: Select 01~08 for Base slots and 01~10 for Expansion
slots.
110
110-00Password Level
110-01Password
Password
Assignment.
110, Hold
Hold
n,
FB01, n1, Hold, Hold
n =1. Unrestricted Admin
2. Restricted Admin
n1 =Up to 16 digitsEnter a 1~16 digit password for the selected level. Each level can
The system has two passwords levels. Logging into the system with
the Level 1 password allows you to administer all system programs
while the level 2 password provides restricted program administration.
Enter the digit 1 or 2 for the password level. Enter 1 to set the
unrestricted administration password. Enter 2 to set the restricted
administration password.
NoteLevel 2 users can administer all programs, but are restricted
from initializing the CTX and from updating the CTX software.
112-00Tenantn =1~8Enter the Tenant to schedule for Day/Night mode calendar.
112-01Calendar Day
FB01, YYYYMMDD,
Hold
112-02Working Day Type
FB02, n, Hold, Hold
YYYY = YearEnter the calendar day to be treated individually as an exception to
MM =Month
DD =Day
n =1. Delete (default)
2. Work Day
3. Non-Working Day
4. Holiday
113
Day/Night Mode Daily
Schedule
113, Hold
113-00Tenant Numbern =Enter 1~8Select the Tenant number for which the daily schedules will be
113-01Day1 Mode/Work Day
FB01, hhmm, Hold
hh =
mm =
hour (00~23)
minute (00~59)
9999 to delete
113-02Day2 Mode/Work Day
FB02, hhmm, Hold
hh =
mm =
hour (00~23)
minute (00~59)
9999 to delete
113-03Night Mode/Work Day
FB03, hhmm, Hold
hh =
mm =
hour (00~23)
minute (00~59)
9999 to delete
113-04Day1 Mode/Non-Work
Day
FB04, hhmm, Hold
113-05Day2 Mode/Non-Work
Day
FB05, hhmm, Hold
113-06Night Mode/Non-Work
Day
FB06, hhmm, Hold
113-07Day1 Mode/Holiday
FB07, hhmm, Hold
hh =
mm =
hh =
mm =
hh =
mm =
hh =
mm =
hour (00~23)
minute (00~59)
9999 to delete
hour (00~23)
minute (00~59)
9999 to delete
hour (00~23)
minute (00~59)
9999 to delete
hour (00~23)
minute (00~59)
9999 to delete
113-08Day2 Mode/Holiday
FB08, hhmm, Hold
hh =
mm =
hour (00~23)
minute (00~59)
9999 to delete
This command establishes a Destination Restriction Level (DRL).
Enable or Disable Credit Card Calling for this DRL
The Calendar will override the current Day of the Week setting with
the type of day specified in the calendar. Thus a Working Day or a
Non-working Day can be changed to a Holiday based upon the
calendar.
the Day of Week treatment. Maximum table size is 128. Format:
YYYYMMDD
Enter the Day Type to override the Weekly Mapping.
The Day/Night Mode daily schedule defines the times for the start of
the Work Day, Non-work Day, and Holida y f or each of the modes (Da y,
Day2. Night).
configured.
Enter the start time for Day1 Mode for the Work type of day. Enter
ì9999î to omit this mode.
Enter the start time for Day2 Mode for the Work type of day. Enter
ì9999î to omit this mode.
Enter the start time for Night Mode for the Work type of day. Enter
ì9999î to omit this mode.
Enter the start time for Day1 Mode for the Non-work type of day. Enter
ì9999î to omit this mode.
Enter the start time for Day2 Mode for the Non-work type of day. Enter
ì9999î to omit this mode.
Enter the start time for Night Mode for the Non-work type of day. Enter
ì9999î to omit this mode.
Enter the start time for Day1 Mode for the Holiday type of day. Enter
ì9999î to omit this mode.
Enter the start time for Day2 Mode for the Holiday type of day. Enter
ì9999î to omit this mode.
500System Call Forward Assignment 74
520LCR Local Route Plan Assignment 82
521LCR Route Plan Digit Analysis Assignment 83
522LCR Exception Number Route Plans 83
523LCR Route Plan Schedule Assignment 83
524Route Table to Route Definition Assignment84
525LCR Route Definition Assignment84
526Modified Digits Table Assignment84
527LCR Holiday Table84
529LCR Route Plan Time Zone Assignment85
530DR LCR Screening Table Assignment85
531DR Screening T ab le for OLG86
533DR Level Table Assignment86
534DRL Exception Table Assignment87
651Private Routing Plan Analysis91
653Private Route Choice Table Assignment91
654Private Route Definition Table Assignment 92
655Private Network Digit Modification Table Assignment92
Table 1-13Program 117
ButtonSequenceValue(s)Summary
117
117-00Prefix Number
117-01Digits to Follow
Public Dial Plan Digit
117, Hold
Hold,
n,
FB01, n1, Hold, Hold
n =Up to 7 digits
(Wild Cards n and x)
n1 = 1~64The total number of digits in a number beginning with the Prefix
This command is used to prevent users from circumventing
Destination Restriction by sending tones directly to the PSTN before
DR analysis is complete. It defines the number of digits expected in
PSTN numbers beginning with identified sequences. For example, a
number starting with the toll prefix ì1î would be expected to be 11
digits long. Calls will be cut through to the public network only after
the expected number of digits have been received.
The initial, identifying external digits. 1 to 7 digits may include wild
cards ìxî and ìnî where x = 0~9 and n = 2~9.
n =1~8. No Data (Default)Select the Tenant number for which the daily schedules will be
n = 1. No Data (default)
2. Dialing Digits (see
în=2î below)
3. Night Bell
DEST=Up to 32 digits for each
n = BIOU 1 = relay 1~4
n = BIOU 1 = relay 1~4
Day Mode selected
(default = noData)
BIOU 2 = relays 5~8
ACTU = relay 5
BIOU 2 = relays 5~8
ACTU = relay 5
This program enables you to select an Attendant or Night Bell to ring
when dialing 0 in Day 1, Day 2 or Day 3 mode f or up to eight different
Tenants. You can also assign the general purpose relay to the Night
Bell in this program.
configured.
Select to call an Attendant or select to ring the Night Bell when dialing
the Tenant Attendant Access Code in the Day1, Day 2, or Day 3 mode
for this Tenant.
The Tenant Attendant Access Code must be assigned in Prg 102. If it
should be ì0,î the Attendant Console Group Access Code, which is
ì0,î must be deleted.
Enter the PDN of the Attendant (BATI) to ring when dialing Tenant
Attendant Access Code in Day, Day2, or Day 3 mode.
Enter the General Purpose relay number assigned to the Night Bell.
BIOU relays 1~8. This operation activates the relay continuously
when the system is in the night mode.
Enter the General Purpose relay number assigned to the Night Bell.
BIOU relays 1~8. This operation activates the relay when a CO line or
DID rings when the system is in night mode. The CO or DID line must
be assigned to ring the night bell.
If you call a station configured for Voice First signalling, you can use
this parameter to enable the called parties microphone from your
DKT.
If you call a DKT configured for Voice First signalling, you can use this
parameter to send a splash tone to the called party.
Enable repetitive ringing for incoming CO/PBX/Centrex signals.
Disabling this parameter defaults to standard CO ringing pattern
(1 second on/3 seconds Off).
Select Off Hook Preference.
When a digital telephone user goes off hook, presses the Spkr Button
or dials a digit while the telephone is idle (Hot Dial Pad), the
telephone will select an idle PDN or Line button, or answer an
incoming call, according to the preferences set in this command.
This command works in conjunction with the ì14 PDN/Line
preferenceî and ì15 Call Answer Preferenceî programs. The possible
values are described as follows:
•Idle ñ The telephone will select an idle DN or Line button
depending on the ì14 PDN or Line preferenceî choice. In either
case priority is always the lowest numbered button that is idle.
The telephone will not answer ringing calls automatically.
•Ringing ñ The telephone will answer a ringing call (any PDN,
secondary DN, PhDN, or any Line type button) by call type or
longest ringing button depending on the ì15 Call Answer
Preferenceî choice. The telephone will not automatically select a
DN or Line button when going off hook to originate a call.
•Primary DN ñ The telephone will automatically try to select the
PDN button, if idle or ringing, no matter what the status is of other
buttons on the telephone.
•No Preference ñ The telephone will not select any button when
the user goes off hook or presses the Spkr button. This selection
will also disable the telephoneí s Hot Dial Pad feature.
•Primary DN and Idle ñ The telephone will automatically try to
select the PDN button, if idle or ringing. If the PDN is busy the
telephone will select an idle Line button (14 PDN or Line
preference - Line Preference) or another idle DN button (14 PDN
or Line preference - PDN Preference).
•Primary DN and Ringing ñ The telephone will automatically try to
select the PDN button, if idle or ringing. If the PDN is busy the
telephone will select a ringing Line button (14 PDN or Line
preference - Line Preference) or a ringing DN button (14 PDN or
Line preference - PDN Preference).
•Ringing and Idle ñ The telephone will always answer any ringing
call according to ì15 Call Answer Preferenceî . If a call is not
ringing it will select an idle Line button (14 PDN or Line
preference - Line Preference) or idle DN button (14 PDN or Line
preference - PDN Preference).
204-14Off-hook Preference
FB14, n, Hold
n =1. CO Key
2. DN Key
Offhook preference button Type. Off hook ringing selections are also
based on ì15 Call Answer Preferenceî choices.
•CO Line buttons - Line buttons (any type CO, Pooled or Group
CO line button) have priority over DN buttons with ì13 Off Hook
Preferenceî choices. The lowest numbered line button on the
telephone has priority over other line buttons for idle selection.
•Primary DN button - DN buttons (any type PDN, Secondary DN or
PhDN button) have priority over Line buttons with ì13 Off Hook
Preferenceî choices. The PDN button has first priority for idle
selection, the lowest numbered DN button on the telephone has
priority over other DN buttons for idle selection if the PDN button
is busy.
Parameter 2Set ring tone.Enter a value of 1~4.PITCH=
Parameter 1Set PhDN.Maximum 5 digit number.DN=
Parameter 2Set ring pattern.1. No Ring
Parameter 3Set ring tone.Enter a value of 1~4.PITCH=
Parameter 1Set CO number.Enter a value of 0~264.LINE NO=
Parameter 2Set ring pattern.1. No Ring
Parameter 3Set ring tone.Enter a value of 1~4.PITCH=
Parameter 4Owner DN.Max 5 charactersOWNER DN=
Parameter 1Set GCO number.Enter a value of 0~128.GCO NO=
Parameter 2GCO Index.Enter a value of 0~128.INDEX=
Parameter 3Set ring pattern.1. No Ring
Parameter 4Set ring tone.Enter a value of 1~4.PITCH=
Parameter 5Owner DN.Max 5 charactersOWNER DN=
Parameter 1Pooled Line number. Enter a value from 0~128. POOL NO=
Parameter 2Set ring pattern.1. No Ring
Parameter 3Set ring tone.Enter a value of 1~4.PITCH
Parameter 1Door Lock number.Enter a value from 1~10.NUMBER=
No Data/Delete Code
Account Code (Frequently used codes)
Attendant Console Group Access Coden/a
Automatic Attendant (The extension terminal having the simplified attendant console attribute
Position Busy
Programming Mode (Enter User Programming Mode)
Split (Conference Split)
Speed Dial (register Speed Dial)
Start Application
Trunk Te st
Voice Mail
•Auto Voice Mail Playbac k
•Auto Voi ce Mail Record
•Call Monitor
Notes
1. T = Telephone type PCB
2. L = CO line type PCB
3.
= Allowed T1/PRI slots
*
4. The Base cabinet allows Speaker OCA and DIU data with PDKU in all slots; expansion
cabinets provide these features in slots S_01~S_06 only.
5. Last available slot: B1C=S108, B2C=206, B3C=310, and B5C=510.
n =Up to 16 digitsEnter the voice mail box number that should answer calls when this
n =Up to 16 digitsEnter the Message Waiting Center DN, VM Pilot Number or lowest
n =Up to 16 digitsSelect radio button for user name to be included in the list display of
Whether to regard an incoming call as a hands free call
Phantom DN number.
This number is overridden by the number in Program 209, FB04 (if
assigned) and if the Phantom DN is in a hunt group. When calling
from this Phantom DN, the number displayed on the called telephone
appears in order of priority as follows:
This number in Program 209, FB04 (if assigned) and if the PhDN is in
a hunt group.
Ö or this number in Program 200, FB15 (if assigned).
Ö or the calling telephone's PDN.
Select the System Call Forward value.
PhDN calls voice mail; or , when this PhDN is call ed and then f orwards
to voice mail (This number is prefixed by codes in Program 579,
FB11~FB16).
This VMID code is sent to the voice mail device in SMDI packets or
DTMF tones on direct calls to voice mail from the PhDN; and on calls
to the PhDN that forward to voice mail (see Program 580 for SMDI or
DTMF choice).
NoteDo not enter a VMID code in this field if this PhDN is
associated with a PDN in a multiple DN hunt group (Program
209, FB06).
The associated PDNís VMID code (Program 200, FB19) will be sent
to voice mail.
member of VM hunt group.
Large LCD (Directory Assistance).
Program 207
Note Use Program 207 only for CTX software versions R1.03 and above.
Assign the Feature button as a One Touch button using the following programs before using Program 207.
•Use Program 205 to assign DKT’s feature button as a One Touch button
•Use Program 213 to assign the Add-on Module feature button as a One Touch button
•Use Program 215 to assign DSS Console feature button as a One Touch button
Button SequenceValue(s)Summary
207
207-00Primary DN
207-01Feature Key Number
Single Touch Button
Data Assignments
207, Hold
n,
Hold
FB01, n, Hold
n =Up to 5 digitsEnter Primary DN of DKT.
n =1~2860Enter the feature number of the one touch button that registers the
n =Up to 64 digitsRegistration of the operating data.
1. FB00 ñ Primary DN.
2. FB01 ñ The button that you assign as the One Touch Button on the DKT.
You can assign the One Touch Button from the DKT for the DKT FB key, Add-on Module FB key and
also DSS Console FB key. Follow the steps and examples below to assign One Touch Buttons for each
of the following.
➤ To assign the One Touch Button for the DKT
➤ The data is 1~24. Example: FB1 is 1, FB20 is 20.
➤
To assign the One Touch Button for the Add-on Module
➤ Use four digits (1yzz) to assign the single touch button for the Add-on Module.
1 is for Add-on Module.
y is the location of Add-on Module (1 or 2)
zz is the feature button for the Add-on Module (01~20). zz is equal to two digits.
Example 1: FB01 for Add-on Module 1 is 1101
Example 2: FB20 for Add-on Module 2 is 1220
Telephone Button
Programming
➤
To assign the One Touch Button for the DSS Console
➤ Use four digits (2yzz) to assign the single touch button for the DSS Console.
2 is for the DSS console
y is the location of DSS console (1~8 )
zz is the feature button for DSS console ( 01~60 ). zz is equal to two digits.
Example 1: FB01 for DSS console 1 is 2101
Example 2: FB20 for DSS console 8 is 2860
3. FB02 ñ The Information data for One Touch Button
From the programming DKT.
Note You will have to use the ESC code when programming the DKT. The table below gives you One
Touch Data Entry sequences.
Table 1-24One Touch Data Entry Sequences
Data for Single Touch ButtonSetting code from DKTDisplay Data
the hunt group.
NoteAny type of hunt group can have a pilot number. Distributed
hunt groups must have a pilot number. Voice Mail hunt groups
should be Distributed with a Pilot Number. Multiple DN Hunt
groups should be Circular with no Pilot Number.
member of the hunt group.
NoteThis number should be the DH Group Pilot number for Voice
Mail hunt groups. This number could be the PDN of a Multiple
DN Hunt group, in which case the number would override the
number assigned in Program 200, FB15 for PDNs and
Program 206, FB04 for Phantom DNs.
Allows you to assign a System Call Forward pattern to the Pilot
Number of a Hunt Group.
Enable if hunt group is created f or multiple DN operation. Multiple DN
hunt groups should be circular with no pilot number.
Whether to execute Automatic Camp On to the Distributed Hunt
Group or not.
Should be applied to VM Distributed Hunt Groups so callers
automatically camp on to Voice Mail when all VM ports are busy.
Does not apply to Circular or Serial hunt groups.
The Call Pickup Group assignment specifies which group numbers
this station will participate when either the Group Call Pickup or the
Group Directed Call Pickup features are invoked. A user may be
assigned to more than one group.
Indicate whether this station is to participate in this Call Pickup group.
Note01~05 are available for CTX100, 01~10 are available for
CTX670 Basic, and 01~32 are available for CTX670 Exp.
Delete Station Hunting Group
Delete Station Hunting Group
The Feature Key assignment allows each key on the telephone to be
addressed and assigned a code representing the function to be
performed. Some feature keys require additional parameters to
completely define the key. For example, a Phantom DN needs a
directory number, ringing assignment, and the tone pitch when ringing
occurs.
Enter a Primary DN plus an ADM number to Program ADM FBs.
NoteFB04
n =Up to 5 digitsEnter the Prime Directory Number of the station that is to be
xx =
Cabinet (01~07)
yy =
Slot (01~10)
zz =
Circuit (01~08)
This assignment allows up to eight Direct Station Selection (DSS)
Consoles to be assigned to a station. The assignment is referenced to
the stationsí s Primary DN.
associated with the DSS console(s).
Enter the DSS equipment number as xxyyzz.
•Cabinet ñ Select 01 for Base and Expansion cabinet (CTX100).
Select 01 for Base and 02~07 respectively for each Expansion
cabinet (CTX670).
•Slot ñ Select 01~04 for Base slots and 05~08 for Expansion slots
(CTX100).
Select 01~08 for Base slots and 01~10 for Expansion slots.
Example: If the DSS console should be connected to a PDKU or
BDKU/BDKS in cabinet shelf 5, slot 2, circuit 3, enter 050203.
NoteIf a PDN is assigned to the DSS equipment number it must
be deleted, using PRG201, before attempting to assign the
DSS console.
215
215-00PDN+DSS
DSS Feature Keys
215, Hold
Hold
yyyyyx,
yyyyy = Primary DN (0~99999)Enter a Primary DN plus DSS Key Assignment button to program
x =DSS (1~8)
The Feature Key assignment allows each key on the telephone to be
addressed and assigned a code representing the function to be
performed. Some feature keys require additional parameters to
completely define the key. For example, a Phantom DN needs a
directory number, ringing assignment, and the tone pitch when
ringing occurs.
Assigns Emergency Ring Down parameters to Primary DNs.
Enable an Emergency Ringdown Number.
Enter the length of off-hook time, in seconds, that will cause a DN to
originate an Emergency Ringdown
NoteFor DKT and IPT stations do not set the timer for
more than 30 seconds.
216-03Destination
FB03, n, Hold, Hold
217
ISDN Station Data
217, Hold
217-00Primary DN
Hold
n,
217-01Station Name
FB01, n, Hold,
217-02Dial Method
FB02, n, Hold,
217-03System Call Forward
FB03, n, Hold,
217-04CF Password
FB04, n, Hold,
217-05Door Phone Override
DND
FB05, n, Hold,
217-06Emergency Call
Group
FB06, n, Hold,
217-07COS Override Code
FB07, n, Hold,
217-08Display DN
FB08, n, Hold,
217-09VMID Code SMDI
FB09, n, Hold,
217-12Name Display
FB12, n, Hold, Hold
218
Station Hunt Group
Assignment
218, Hold
n =Up to 5 digitsEnter the destination DN for the Emergency Ringdown.
ISDN stations need a set of parameters to be set to define its
capabilities. These include a Name when calling display phones, Call
of Service settings, etc.
n =Up to 5 digitsEnter Primary DN.
n =Up to 9 digitsEnter a name for this station.
n =1. Dial Tone (default)
Select the audible tone when dialing.
2. Entry Tone
3. No Tone
n =0~32
Select the System Call Forward assignment for this station.
(default = 0)
n =Up to 4 digitsProtect the System Call Forward settings by creating a password.
n =1. Enable
Enable the Door Phone ringing indicator to override Do Not Disturb.
2. Disable (default)
n =1~8
Select this stationís emergency call group.
(default = 1)
n =1. Enable
Enable Class of Service override.
2. Disable (default)
n =Up to 5 digitsEnter the DN to be displayed on the LCD.
n =Up to 10 digits
Digits 0~9, * and #
Enter the voice mail box number that should answer calls when this
PDN calls voice mail; or, when this PDN is called and then forwards to
voice mail (this number is prefixed by codes in Program 579, 11~16).
NoteThis VM ID code is sent to the voice mail device in SMDI
packets or DTMF tones on direct and forwarded calls to the
PDN. See Program 580 for SMDI or DTMF choice.
n =1. Enable
Whether to put the user name in the list display.
2. Disable
This assignment configures station DNs to hunt groups and assigns
the order of rotation in which the DNs are hunted.
300-09Trunk Namen =Up to 14 digitsEnter the trunk name.
300-10External Ring Repeat
Trunk Assignment
300, Hold
Hold
n,
FB01, xxyyzz, Hold
FB02, n, Hold
FB03, n, Hold
FB04, n, Hold
FB05, n, Hold
FB06, n, Hold
FB07, n, Hold
FB08, n, Hold
FB10, n, Hold
n =1~64 (CTX100)
1~96 (CTX670 Basic)
1~264 (CTX670 Exp.)
xx =C abinet 1 (CTX100),
01~02 (CTX670 Basic),
01~07 (CTX670 Exp.)
yy =Slot 01~8 (CTX100),
01~10 (CTX670)
zz =Circuit (01~04)
Ö or zz = T1 Circuit 01~24
(CTX670).
n =0~32 (CTX100)
0~50 (CTX670 Basic)
0~128 (CTX670 Exp.)
(default = 0)
n =0~32 (CTX100)
0~50 (CTX670 Basic)
0~128 (CTX670 Exp.)
(default = 0)
n =1. Rotary Dial 10PPS
2. Rotary Dial 20PPS
3. DTMF (default)
n =1. DID
2. Loop (default)
3. Ground
4. Tie
5. LP (Japan)
6. SR (Japan)
7. ACU (UK)
n =1. Immediate Start
(default)
2. Timing Start
3. Wink Start
n =1. Received
2. Not Received (default)
n =1. Received
2. Not Received (default)
n =1. Supplied (default)
2. Not Supplied
This command assigns an analog or T1 trunk (line) and its
parameters to the system.
Enter the Line Number.
Enter the line equipment number as xxyyzz. Equipment numbers are
required when assigning a new trunk to the system. It can also be
used to display the equipment location of existing trunks.
Example: If the trunk should be connected to an RCOU in cabinet
shelf 5, slot 2, circuit 3, enter 050203.
Cabinet numbers:
•CTX100 ñ Select 01 for Base and Expansion cabinet.
•CTX670 ñ Select 01 for Base and 02~07 respectively for each
Expansion cabinet.
Slot numbers:
•CTX100 ñ Select 01~04 for Base slots and 05~08 for Expansion
slots.
•CTX670 ñ Select 01~08 for Base slots and 01~10 for Expansion
slots.
Assign the trunk to Incoming Line Group. Two-way trunks need to be
members of one incoming and one outgoing line group.
Assign the trunk to Outgoing Line Group. Two-way trunks need to be
members of one incoming and one outgoing line group.
Enter the Dial Mode.
•DP 10 PPS = Rotary Dial, 10 PPS
•DP 20 PPS = Rotary Dial, 20 PPS
Enter the signalling type.
Enter the Start Method. This setting defines the start protocol method
used between the PSTN and this trunk. For DID/Tie trunks.
Enable Release Supervision from the CO.
Enable Answer Supervision from the CO.
NoteThis function is accessible only through CTX WinAdmin.
Supply the External Ringing Signal pattern to stations. For behind
n =1-264Enter the Trunk Number to be deleted (1~264)
n =1~32 (CTX100)
1~48 (CTX670 Basic)
1~128 (CTX670 Exp.)
xx =C abinet 1 (CTX100),
01~02 (CTX670 Basic),
01~07 (CTX670 Exp.)
yy =Slot 01~8 (CTX100),
01~10 (CTX670)
zz =Circuit 01
n =1. Natíl ISDN
2. ETSI
3. TTC
4. Natíl ISDN - Nortel
5. QSIG
n =0~32 (CTX100)
0~48 (CTX670 Basic)
0~128 (CTX670 Exp.)
(default = 0)
n =0~32 (CTX100)
0~48 (CTX670 Basic)
0~128 (CTX670 Exp.)
(default = 0)
n =1. Implicit
2. Explicit
Select DTMF Back Tone type.
Change the trunk hunting order sequence for this Tr unk.
This option should be enabled on a line only if the talk-path must be
established immediately after seizing a selected outgoing line.
Example, a line connected to a Central Office Ringdown circuit.
CAUTION!This option will bypass Destination Restriction
This option is available only on ground and loop, analog or T1 circuits.
It should not be enabled for Tie, DID, ISDN and QSIG lines.
Available with CTX R1.01, M22 and above software.
Deletes trunks from the system.
The PRI and IP QSIG interface cards need to have a number of
assignments for defining its operation. These include which channels
are available for use and the location of the D channel or signaling
channel. A number of optional functional capabilities also need to be
enabled or disabled.
Channel Group Number
Enter the ISDN RPTU equipment number as xxyyzz.
Notezz = Channel 01 is always used to assign RPTU parameters
Example: If the RPTU is installed in cabinet shelf 5, slot 3, enter
050301.Enter the equipment number xxyyzz to which the ISDN PRI
Trunk is to be assigned.
Equipment numbers are required when assigning ISDN RPTU
parameters in the system. It can also be used to display the
equipment location of existing RPTU PCBs.
The Protocol to be followed defines the type of interface expected
based upon the equipment type at the distant end of the connection.
Primary ISDN needs to have Trunk Group assignments to process the
calls being received. If multiple trunk groups are used within the
Channel Group, then Call-by-Call Services must be used.
Primary ISDN needs to have Trunk Group assignments to process the
calls being originated. If multiple trunk groups are used within the
Channel Group, then Call-by-Call Services must be used.
Identify whether the communication with the PSTN requires an
identifier. Select Explicit to require an identifier.
and E911 digit analysis. Do not enable this
option on a line where these functions are
required.
An identifier must be used as part of the addressing when an ìexplicitî
identified is used to communicate with the PSTN which channel on
which link is used for the given call. This identifier is assigned by the
connected PSTN.
PRI includes a 64-kbps D-channel (for transfer of signal information).
Select the channel position to be used for D channel signaling.
NoteThis field is used only when the span interface speed is 1.5M.
If the span interface speed is 2M the value is fixed at 16.
Enable the Bearer Capabilities allowed for this PRI Trunk channel
group.
Select the Channel Method (map) to identify the channels.
NoteIn North America, only Channel Number map is used
(Channel Number).
•Unrestr. 56K
•Unrestr. 2x64K
FB08~FB13, n, Spkr,
Hold
n1,
30214~18
Bearer Services:
•Unrestr. 384K
•Unrestr. 1536K
•Unrestr. 1920K
•Restr. Digital
•Video
FB14~FB18, n, Spkr,
Hold
n1,
302-19Bearer Service
Multirate Unrestricted
FB19, n, Hold
302-20B Ch Selection
302-21B Ch Selection
302-22T1 Time Slot Pattern
302-23E1 Time Slot Pattern
302-24T-Wait Timer
302-25RBT on Incoming Call
302-26Network Mode
302-27Negotiation Priority
Method
FB20, n, Hold
FB21, n, Hold
FB22, n, Hold
FB23, n, Hold
FB24, n, Hold
FB25, n, Hold
FB26, n, Hold
FB27, n, Hold
n =1. Enable
2. Disable (default)
n1 =1. Channel Number B
2. Channel Number H
3. Slot Map B
4. Slot Map H
n =1. Enable
2. Disable (default)
n =1. Exclusive
2. Preferred
3. Any
n1 =1. Forward Cyclic
2. Backward Cyclic
3. Forward Terminal
4. Backward Terminal
n =1. Fixed1 (default)
2. Fixed2
3. Flexible
n =1. Fixed1 (default)
2. Fixed2
3. Flexible
n =1. Enable
2. Disable (default)
n =1. Enable (default)
2. Disable
n =1. Master
2. Slave (default)
n =1. Side A (default)
2. Side B
The Bearer Capabilities (384k Unrestricted(H0), 1536k
Unrestricted(H11), 1920k Unrestricted, Restricted Digital Info, Trunk
Video, and Unrestricted Multirate) are not used and should remain
disabled.
Select the Channel Method (map) to identify the channels.
NoteIn North America, only Channel Number B map is used.
The Bearer Capabilities 384k Unrestricted (H0), 1536k Unrestricted
(H11), 1920k Unrestricted, Restricted Digital Info, Trun k Video and
Unrestricted Multirate are not used and should remain disabled.
The method used for selecting an idle ëBí channel and the reaction if
the PSTN indicates the channel is not availab le needs to be chosen to
originate a call from CTX.
Preferred option is recommended, unless PSTN needs other choice.
The search method for choosing an idle ëBí channel shall also be
specified. Backward Te r m inal is the nor mal method with the PSTN
following a Forward Terminal method.
1544 Time Slot Pattern.
2048 Time Slot Pattern.
Specify whether the T-Wait timer is to be enabled or disabled. This
field is only valid for Natíl ISDN.
Enable Ringback Tone when terminating a call. This field is only valid
for Natíl ISDN.
Set this span as Master or Slave for Layer 2 of a QSIG PRI. The
opposite value must be set for the node in which this QSIG PRI
terminates. This governs call setup activity and is not related to clock
synchronization.
Sets this span as Side A or Side B for Layer 3 of a QSIG PRI. The
opposite value must be set for the node in which this QSIG PRI
terminates.
Sets this span as Side A or Side B for Layer 3 of a QSIG PRI. The
opposite value must be set for the node in which this QSIG PRI
terminates. (Not used in U.S.A. Used in the UK.)
Enable this option to allow 2-B channel conference on PRI calls. This
allows to PRI channels to be connected in the same conference or
Tandem call.
NoteThis option must also be enabled by PRI provider to allow it to
work.
Sets the Q931 Protocol Timer. If Long is set, T303 is 8s and T301 is
300s.
Table 1-27Bearer Services Table
Bearer ServicesNat’l ISDNETSITTC
SpeechXXX
3.1 KHz AudioXXX
7 KHz AudioXX
unrestricted digital
information
Circuit
64 kbpsXXX
Rate adaptation from 56
kbps
X
2x64XX
Mode
384kbp (H0)XXX
1536kbps (H11)XXX
1920kbps (H12)X
multirate ( n x 64 kbps)X
Restricted digital InformationXX
VideoXX
Packet
Mode
Shelf/Slot/Circuit
Tab l e 1-28Programs 303~315
ButtonSequenceValue(s)Summary
303
303-00Channel Group
304
304-00Group Number
ISDN Trunk Delete
303, Hold
Number
Hold, Hold
n,
Incoming Line Group
Assignment
303, Hold
Hold
n,
n =1~32 (CTX100)
1~48 (CTX670 Basic)
1~128 (CTX670 Exp.)
n =1~32 (CTX100)
1~50 (CTX670 Basic)
1~128 (CTX670 Exp.)
This command deletes ISDN Trunks.
Enter the channel group number to delete.
This assignment is used to configure ILGs only, OLGs are con fig ured
in the Outgoing Line Group Assignment 306. The same line can be
placed in an ILG and OLG.
Enter the group number of the line group that should be configured.
Enable Intercept. A call is transferred to a special destination called
intercept position when the destination of a trunk line call is not
determined with DID, DIT or DISA. Intercept is also activated when
the destination is determined, but the call cannot be terminated due to
a defect or an incorrect number. If the system has a simplified
attendant console, the attendant console is usually specified to
terminate the call. This function ensures termination of a trunk line
call.
n =1. Enable
Enable Send Dial Tone.
2. Disable (default)
n =1. Enable
Enable Trunk Group Access Code (TGAC) override.
2. Disable (default)
n =1~32
Enter the Network COS number.
(default = 1)
n =1~16
(default = 1)
n =1. Enable
Enter the LCR Group number. Calls from this ILG cannot tandem if
this field is not entered.
Enable authority to change COS Override Code.
2. Disable (default)
n =1. Enable
Enable authority to create system speed dial codes.
2. Disable (default)
n =1. Enable
2. Disable (default)
n =1. Dial Tone (default)
Enable authority for the originator of a call to invoke OCA when
encountering a busy station.
Send DTMF tones as a complete number rather than digit-by digit.
2. Entry Tone
3. Silence
n =1~8
(default = 1)
Used to enable E911 calling across a QSIG network. The QSIG ILG
is assigned to an Emergency Call Group in the same way a station is
in Program 200 FB17. Without this assignment, the call will not
attempt to complete to one of the trunks in the Emergency Group and
will result in an abandoned call. See Program 550 ìEnhanced 911
Emergency Call Groupî on page 1-87.
n =1~8 (default = 1)Enter the Tenant number to which this DID should be assigned.
This command deletes Incoming Line Groups.
n =1~32 (CTX100)
Enter the ILG number to delete.
1~50 (CTX670 Basic)
1~128 (CTX670 Exp.)
OLG is a line selection feature which enables the use of external trunk
or private line groups for outgoing service. Assign and configure up to
128 OLGs (the same line can be placed in an OLG and an ILG).
n =1~32 (CTX100)
Enter the OLG Group number.
1~50 (CTX670 Basic)
1~128 (CTX670 Exp.)
n =Up to 10 digitsEnter the VM mail box number which should answer calls for this DID/
n =Up to 16 digitsEnter DNIS name. DNIS names can be assigned from the CTX
n =Digits 0~9, * and #. For a
pause enter Px, where
x=0~9 (seconds), up to 10
characters (default = no
value).
n =1~8 (default = 1)Enter the Tenant number to which this DID should be assigned.
xx =C abinet 1 (CTX100),
01~02 (CTX670 Basic),
01~07 (CTX670 Exp.)
yy =Slot 01~8 (CTX100),
01~10 (CTX670)
zz =Circuit 01~24
DNIS number.
NoteThis code is only sent if using SMDI VM integration in
Program 580, 01. This code will be replaced, after voice mail
answers, by the DTMF code set in Program 309, 15 DID/
DNIS DTMF VMID code - if programmed; therefore, if using
Program 309, 15 code, this VMID code is not necessary.
This mail box number will be sent to voice mail on a DID/DNIS call
that rings directly to voice mail; and, on a direct DID/DNIS call to a DN
that forwards to voice mail before it is answered by the DN.
If a DID/DNIS call is answered by a station and then transferred to a
DN that forwards to v oice mail, this mai l box number of the DID/DNIS
number or the forwarding DN's mail box number will be sent to voice
mail per Program 579, 01.
If this VMID code is not set, direct DID/DNIS calls will go to the VM
general greeting and DID/DNIS calls that forward from a DN to VM
will go to the DN's VMID mail box.
This Voice Mail box number is added to SMDI packets direct and
forwarded DID\DNIS calls to voice mail as explained above.
WinAdmin (not from programming phones).
Enter the VM mail box number which should answer calls for this DID/
DNIS number.
This mail box number will be sent to voice mail on a DID/DNIS call
that rings directly to voice mail; and, on a direct DID/DNIS call to a DN
that forwards to voice mail before it is answered by the DN.
If a DID/DNIS call is answered by a station and then transferred to a
DN that forwards to v oice mail, this mai l box number of the DID/DNIS
number or the forwarding DN's mail box number will be sent to voice
mail per Program 579, 01.
If this VMID code is not set, direct DID/DNIS calls will go to the VM
general greeting and DID/DNIS calls that forward from a DN to VM
will go to the DN's VMID mail box. This voice mail box number is sent
to the VM port, as DTMF digits, after the VM port answers a DID/
DNIS call as explained above. These digits are sent to the VM port if
the CTX is set for SMDI or DTMF integration in Program 580, 01.
This command assigns DIT Number Analysis Table for DIT trunks.
DIT trunks are ground and loop start trunks.
Enter the trunk equipment number. Equipment numbers are required
when assigning a new trunk to the system. It can also be used to
display the equipment location of existing trunks.
Example: If a line should be assigned to an RCOU in cabinet shelf 5,
slot 2, circuit 3, enter 050203.
Cabinet numbers:
•CTX100 ñ Select 01 for Base and Expansion cabinet.
•CTX670 ñ Select 01 for Base and 02~07 respectively for each
Expansion cabinet.
Slot numbers:
•CTX100 ñ Select 01~04 for Base slots and 05~08 for Expansion
slots.
•CTX670 ñ Select 01~08 for Base slots and 01~10 for Expansion
DID Numbern =up to seven digitsDID Number to be deleted.
Caller ID Assignment
313, Hold
Hold,
n,
FB01, n, Hold
FB02, n, Hold
Position
FB03, xxyyzz, Hold
T1 Trunk Card
313, Hold
Location
Hold
xxyy,
FB01, n, Hold
FB02, n, Hold
n =1~64 (CTX100)
1~96 (CTX670 Basic)
1~264 (CTX670 Exp.)
n =1. None (default)
2. ANI/DNIS-MCI
3. ANI/DNIS-Sprint
4. CLASS (Caller ID)
n =1. ANI and DNIS (default)
2. ANI only
3. DNIS only
4. DID only
xx =C abinet 01 (CTX100),
01~02 (CTX670 Basic),
01~07 (CTX670 Exp.)
yy =Slot 01~8 (CTX100),
01~10 (CTX670)
zz =Circuit 01~08
xxyyxx = Cabinet 01,
yy = slot 01, 03, 05, or 07
Ö or xx = Cabinet 02~07,
yy = slot 01, 03, or 05
n =1. None
2. PZC
3. B8ZS (default)
4. ZCS
n =1. None
2. SF mode
3. ESF mode (default)
2. 8 Time Slots (default)
3. 16 Time Slots
4. 24 Time Slots
This program assigns Caller ID circuits to the CO Line to which the
circuit is connected. The ANI, DNIS, DID formats for TI and analog
DID CO Lines are also defined.
Enter the Trunk Number.
Specify the format for the interface being used.
Specify the contents of the ANI/DNIS format.
If the CLASS type is chosen, the trunk must be assigned to a Caller
ID circuit. Enter the RCIU/RCIS equipment number as xxyyzz.
Notes
•CLASS equipment numbers are required when assigning a trunk
to a RCIU/RCIS circuit.
•It can also be used to display the equipment location of existing
caller ID circuit to trunk assignments. Example: If the trunk should
be connected to a caller ID circuit (RCIU/RCIS) in cabinet shelf 5,
slot 2, circuit 3, enter 050203.
This command assigns T1 Trunk Card Data to the system.
Enter the RDTU PCB equipment location as xxyy:
Example: If the RDTU is installed in cabinet shelf 5, slot 3, enter
0503.
Cabinet numbers:
CTX100: Select 01 for Base and Expansion cabinet.
CTX670: Select 01 for Base and 02~07 respectively for each
Expansion cabinet.
Slot numbers:
CTX100: Select 01~04 for Base slots and 05~08 for Expansion slots.
CTX670: Select 01~08 for Base slots and 01~10 for Expansion slots.
•Select Forward Cyclic (from lowest number to highest number of
B-channel).
•Select Backward Cyclic (from highest number to lowest number
of B-channel).
•Select Forward Terminal for the lowest numbered B-channel.
Select Backward Terminal for the oldest number B-channel. (The
High-High B-channel selection)
317-14Initialize Type
FB14, n, Hold
317-15Initialization Display
FB15, n, Hold
317-16SPID #1
FB16, n, Hold
317-17SPID #2
FB17, n, Hold
317-18T-Wait Timer
FB18, n, Hold
317-19Voice Calls
FB19, n, Hold
317-20Trunk Subscriber 1
FB20, n, Hold
317-21Trunk Subscriber 2
FB21, n, Hold, Hold
n =1. User Entry Of SPID
Auto SPID ON
2. User Entry Of SPID
Auto SPID OFF
3. Auto SPID
4. None (default)
n =Up to 4 digits
(default = User)
n =Up to 20 digitsEnter the SPID value. These fields are required if you selected
n =Up to 20 digits
n =1. Enable
2. Disable (default)
n =1. One
2. Two (default)
n =Up to 10 digitsEnter the telephone number for subscriber 1. Telephone number
n =Up to 10 digitsEnter the telephone number for subscriber number 2. If no data is
Enter the Service Profile Identifier (SPID) type of initialization.
Enter the text to be displayed for SPID Initialization.
National ISDN in Protocol. When no data is entered, any previously
entered information is overwritten.
Enable the T-Wait Timer. This field is needed if you selected National
ISDN in Protocol above. This timer, used along with the SPID, assigns
random initializing SPID times to prevent BRI interfaces from reinitialize at the same time after a reset or power outage.
Select the number of simultaneous voice (speech) calls that can exist
at the same time on this interface.
should be consistent with D channel data. If no data is entered in this
field any previously programmed information is lost.
entered in this field any previously programmed information is lost.
•No Data (default), Dialing Digits, DISA, Built-in Modem or Night
Bell
•No Data ñ no destination will ring when the line rings into the
system.
•Dialing Digits ñ assigns the line to ring the directory number or
access code defined in the ìDestination Digitsî ass ignment
•DISA ñ assigns the line to ring in as a DISA call. DISA dial tone
will be returned to the caller.
•Modem ñ assigns the line to ring the remote maintenance modem
on the CTX processor. Used to call into the system with a CTX
WinAdmin PC and modem.
•Night Bell ñ Assigns the line to cause the night relay to pulse
(one-sec.close/3-sec.open)
Data Day1/Day2/
Night Dst DN
Hold
n1,
318-11 VMID for DNIS No.
B11, n, Hold
318-12DNIS Name
FB12, n, Hold, Hold
318-15
DID/DNIS No. DTMF
VMID
FB15
, n, Hold, Hold
n1 =Up to 32 digitsEnter the Destination Directory Number. Destination DN is only
n =Up to 10 digitsEnter the VM mail box number which should answer calls for this DID/
n =Up to 16 digitsEnter DNIS Name. DNIS names can be assigned from the CTX
n =Digits 0~9, * and #. For a
pause enter Px, where
x=0~9 (seconds), up to 10
characters (default = no
value).
required if the destination type is ìDialing Digitsî
DNIS number.
This code is only sent if using SMDI VM integration in Program 580,
01. This code will be replaced, after voice mail answers, b y the DTMF
code set in Program 318, 15 DID/DNIS DTMF VMID code - if
programmed; therefore, if using Program 318, 15 code, this VMID
code is not necessary.
This mail box number will be sent to voice mail on a DID/DNIS call
that rings directly to voice mail; and, on a direct DID/DNIS call to a DN
that forwards to voice mail before it is answered by the DN.
If a DID/DNIS call is answered by a station and then transferred to a
DN that forwards to v oice mail, this mai l box number of the DID/DNIS
number, or the forwarding DN's mail box number will be sent to voice
mail per Program 579, 01.
If this VMID code is not set, direct DID/DNIS calls will go to the VM
general greeting and DID/DNIS calls that forward from a DN to VM
will go to the DN's VMID mail box.
This Voice Mail box number is added to SMDI packets of direct and
forwarded DID\DNIS calls to voice mail as explained above.
WinAdmin (not from programming phones).
Enter the VM mail box number which should answer calls for this DID/
DNIS number.
This mail box number will be sent to voice mail on a DID/DNIS call
that rings directly to voice mail; and, on a direct DID/DNIS call to a DN
that forwards to voice mail before it is answered by the DN.
If a DID/DNIS call is answered by a station and then transferred to a
DN that forwards to voice mail, the mail box number of the DID/DNIS
number or the forwarding DN's mail box number will be sent to voice
mail per Program 579, 01.
If this VMID code is not set, direct DID/DNIS calls will go to the VM
general greeting and DID/DNIS calls that forward from a DN to VM
will go to the DN's VMID mail box.
This voice mail box number is sent to the VM port, as DTMF digits,
after the VM port answers a DID/DNIS call as explained above . These
digits are sent to the VM port if the CTX is set for SMDI or DTMF
integration in Program 580, 01.
319-00Tenant Numbern =Enter 1~8Select the Tenant number for which the Intercept Destinations will be
01
02
03
Intercept Treatment
319, Hold
Day1 Destination
Day2 Destination
Night Destination
FB01~FB03, n, Spkr,
Hold, Hold
n1,
n =1. None (default)
2. Dialing Digits
3. Night Bell
n1 =Up to 32 digitsEnter Destination for each.
This command assigns Intercept positions for Strata CTX Day/Night
schedules. Intercept positions are used when the destination of a
trunk line call is not determined with DID or DIT
configured.
Select Destination Type for each.
•To intercept with a DN use 0~99999
•To intercept with a Network DN use 1~32
•To intercept with Dial Digits Paging 1~16
320
320-00RPTU Equipment No.
32001~23
B Channel
320, Hold
Hold
xxyyzz,
B Channel
FB01~FB23, n, Hold,
Hold
xx =
xx = cabinet 01
yy =
yy = 03, 05, or 07
zz =
zz = Channel 01 is always
used to assign RPTU
parameters
or
xx = cabinet 02~10
yy = 01, 03, or 05
zz = Channel 01 is always
used to assign RPTU
parameters
n =1. Enable (default)
2. Disable
PRI interfaces are purchased on per interface and channel basis. The
ëBí channel assignments allow for a flexible activati on of channels to
match the subscribed services from the Public Service Telephone
Network.This command allows you to enable or disable each B
channel on selected RPTU PCBs.
Enter the ISDN RPTU equipment number.
Equipment numbers are required when assigning ISDN RPTU
parameters in the system. It can also be used to display the
equipment location of existing RPTU PCBs.
Example: If the RPTU is installed in cabinet shelf 5, slot 3, enter
050301.
Assign each ëBí channel as enabled or disabled for each channel on
the interface. The assignments must match exactly to the subscription
from the PSTN.
Table 1-32B Channel Defaults
B Channel Position
01~151617~232425~31
Span Interface Speed
1.5M (T1)ONONONOFF (Dch Pos)
2.0M (E1)ONOFF (Dch Pos)ONONO N
Table 1-33Programs 321~324
ButtonSequenceValue(s)Summary
321
321-00OLG Number
321-01Default Number
Calling Number
Identification
321, Hold
Hold
n,
FB01, n, Hold
n =1~32 (CTX100)
1~50 (CTX670 Basic)
1~128 (CTX670 Exp.)
n =Up to 10 digitsEnter the telephone number to use by default when originating a call.
The Calling Number ID is what is defined as the user supplied Calling
Number. This number may be optionally screened by the PSTN to
ensure only calls from valid billable telephone numbers are allowed to
originate calls.
Enter the OLG Number.
This is the number that the PSTN has regist ered for billing purposes.
appended to create a User Identified telephone number. This number
may or may not be a billed number, but is used for Caller ID at the
distant end and could be used for returning your call.
Specify whether the number provided should be screened by the
PSTN before the call is to proceed.
originating a call. This is the number that the PSTN has registered for
billing purposes. The second number is for BRI only
When calls are sent to the PSTN with Calling Number Identification
Service (CNIS), the CTX can supply special CNIS information as part
of the Setup Message. This program may be used for sending a
unique number based on the source directing the call to the Strata
CTX PRI.
OLG Number.
Specify the type of circuit used for outgoing calls: 1- PDN; 2- GCO; 3Pooled Line.
Specify the number of the source type selected (PDN, GCO or Pooled
Line).
NoteEntries for this field depend on the Destination Type chosen.
There are no default values for this field (default = no value).
•PDN: 0~99999
•GCO: 1~128
•POOL: 1~128
322-03Special Number
323
323-00Channel Group
323-01Index
323-02Type of Service
323-03Facility Code
Assignments
FB03, n, Hold, Hold
CBC Service
323, Hold
Hold
n,
FB01, n, Hold
FB02, n, Hold
FB03, n, Hold
n =Up to 7 digitsSpecify the number to be sent when calling out from the source (max.
n =1~32 (CTX100)
1~48 (CTX670 Basic)
1~128 (CTX670 Exp.)
n =0~32 (CTX100)
0~48 (CTX670 Basic)
0~128 (CTX670 Exp.)
n =1. No Data (default)
2. POTS
3. FX
4. Tie line (Enbloc)
5. Tie line (Cut throuogh)
6. Intra LATA Out WATS
7. Banded Out WATS
8. Inter LATA Out WATS
9. INWATS
n =00~31Enter the supplied Facility code value from the PSTN. If no data is
seven digits). This number is appended to Program 321 FB02.
NoteDestination Type and Destination must be entered before a
DID number can be assigned.
To accomplish CBC services, each facility needs to be defined, its
related Line Group assigned and minimum and maximum values for
the services provided. These service parameters may be set for three
different time zones, thus allowing fewer or more services of different
types at different times of the day.
Enter the Channel Group Number.
Enter the CBC Service Index, or click one of the following buttons:
•List ñ view a summary list of programmed Trunks.
•Create ñ Assign a new Trunk with default settings.
Select the CBC Service Type.
NoteTo delete CBC, set this field to
entered in this field, any previously entered data is deleted.
Enter this station in all Emergency Paging Groups.
Assigns BIOU Page Zone Relays to Page Groups.
Select the BIOU Page Zone relay that should be assigned to the P age
Groups below. This relay activates whenever the selected Page
Group is paged.
•BIOU1 = Zone Relays 1~4.
•BIOU2 = Zone Relays 5~8.
50301~16
503-17All Page Group
503-18All Emergency Page
503-19BGM Mute Relay
PG01~PG16
FB01~FB16, n, Hold
FB17, n, Hold
Group
FB18, n, Hold
FB19, n, Hold, Hold
n =1. On
2. Off (default)
n =1. On
2. Off (default)
n =1. On
2. Off (default)
n =0~8 (default = 0)
•BIOU1 = 1~4
•BIOU2 = 5~8
Turn on if the selected BIOU Page Zone Relay should activate with
this Page Group.
Assign BIOU generic relay as the BGM mute relay. This relay
activates whenever the external page is in use
•BIOU1 = Generic Relays 1~4.
•BIOU2 = Generic Relays 5~8.
NoteThe CTX100 ACTU built-in relay is programmed as relay 5.
For this relay operation,BIOU2 is installed, as default, in a
virtual equipment position - Cabinet 2, Slot 5, PCB code 20,
in Program 100. To install an actual BIOU2 and disable the
ACTU built-in relay, use the programming telephone to
remove the virtual BIOU2 and then install the actual BIOU2 in
Cabinet 01 Slot 01~08 in the normal manner.
504
504-00SCF Number
504-01Telephone Status
System Call Forward
Operation Status
504, Hold
Hold
n,
FB01, n, Hold, Hold
n =1~4 (CTX100)
1~10 (CTX670 Basic)
1~32 (CTX670 Exp.)
n =1. No Data (default)
2. Busy
3. No Ans
4. Busy No Ans
5. DND
This command assigns System Call Forward Type for the pattern.
Select the SCF pattern number to configure.
Select the status or state in which the telephone should be for this
system call forward pattern to activate.
Notes
•Each 500-01 call type must be the same telephone status. Also,
all calls must be the same Call Forward type.
•Telephone status must be the same as telephone status selected
in 500-03.
506
506-00Account Code
Verified Account
Codes
506, Hold
Hold
n,
n =Up to 15 digitsEnter a valid accounting code that the user will be expected to dial.
This program adds or deletes entries in the DR Table associated with
the DRL.
Digits 0~9 can be used.
NoteThe Account Code is set to the same digit length as the
Select the Tenant Number for which the door phone should ring over
external page in the system Night mode.
Check the box if the door phone is physically connected to the DDCB.
Select the time that the door phone should ring destination devices
when the door phone button is pressed. The ring time can be 3 to 30
seconds set in 3 second intervals - each 3 second interval provides
one ring to the destination. Destination devices include selected DNs
and Page groups.
when the door phone rings the telephones; or, when the telephone
calls the door phone.
1. Select Destination Type ñ Select the type of destination that
should ring when the door phone button is pressed during the
system Day1, Day2 or Night mode.
2. Enter the Destination Number ñ If the ring destination type is a
PDN or PhDN, enter the directory number. If the ring destination
type is Page, enter the Page Group number .
1. Select Destination Type ñ Select the type of destination that
should ring when the door phone button is pressed during the
system Day1, Day2 or Night mode.
2. Enter the Destination Number ñ If the ring destination type is a
PDN or PhDN, enter the directory number. If the ring destination
type is Page, enter the Page Group number .
1. Select Destination Type ñ Select the type of destination that
should ring when the door phone button is pressed during the
system Day1, Day2 or Night mode.
2. Enter the Destination Number ñ If the ring destination type is a
PDN or PhDN, enter the directory number. If the ring destination
type is Page, enter the Page Group number .
This assignment is used to configure up to 10 door lock control relays.
The contacts of these relays are used to control electrical door locks.
One door lock relay can be assigned to each of the eight Door Phone
Control Boxes (DDCB, Port B) and/or one to each of the two BIOU
PCBs (any one of the four control relays).
NoteIf a door lock is assigned to a DDCB, the second jack (Port B)
will provide the door lock relay contacts. This jack can not be
used to connect an MDFB door phone.
Enter the door lock control number to configure.
Enter the system Page Group number that should ring for the
selected tenant when a door phone button is pressed during the
system Night Mode.
Assign BIOU control relay as a Door Lock Relay. This relay activates
when the Door Lock button is pressed or a Door Lock access code is
dialed.
NoteThe CTX100 ACTU built-in relay is programmed as relay 5.
For this relay operation BIOU2 is installed as default in a
virtual equipment position Cabinet 2, Slot 5, PCB code 20, in
Program 100. To install an actual BIOU2 and disable the
ACTU built-in relay, use the programming telephone to
remove the virtual BIOU2 and then install the actual BIOU2 in
Cabinet 01/slot 01~08 in the normal manner. BIOU relay
functions are assigned in ìProgram 515î on page 80. This
field is required if you selected BIOU in
above.
Enter the DDCB equipment number to which the Door Lock should be
assigned. This is the cabinet, slot, and circuit number of the ADKU,
BDKU/BDKS or PDKU interface PCB to which the the DDCB is to be
connected.
Enter data as XXYYZZ:
XX=cabinet 01~07; YY=slot 01~10; ZZ=circuit 01~16
Example: If the DDCB interface should be connected to a ADKU,
PDKU or BDKU/BDKS in cabinet shelf 5, slot 2, circuit 3, enter
050203.
NoteIf a PDN is assigned to the DDCB equipment number it must
be deleted, using PRG201, before attempting to assign the
DDCB console.
Cabinet numbers:
•CTX100: Select 01 for Base and Expansion cabinet.
•CTX670: Select 01 for Base and 02~07 respectively for each
Expansion cabinet.
Slot numbers:
•CTX100: Select 01~04 for Base slots and 05~08 for Expansion
slots.
•CTX670: Select 01~08 for Base slots and 01~10 for Expansion
slots.
509
509-01Override COS
509-02Override DRL
509-03Override FRL
DR Override by
System Speed Dial
509, Hold
FB01, n, Hold
FB02, n, Hold
FB03, n, Hold
n =1~32
(default =1)
n =1~16
(default =1)
n =1~16
(default =1)
This command assigns the COS, DRL, FRL and QPL values used by
DR Override by Speed Dial.
Enable record generation for abandoned calls. Incoming SMDR must
be turned on. Abandoned call records will be generated whether or
not incoming SMDR has been set.
Select whether to charge a transferred call to the source or
destination party.
This command assigns SMDR parameters for OLGs.
Specify the OLG for which to set SMDR parameters.
Enable SMDR Record Display.
Enable to generate records for outgoing calls. SMDR Record Display
must be on.
Enable to apply the SMDR record of a transferred call to its source or
its destination.
This assignment is used to view functions of the four control relays on
each BIOU PCB set in Program 105 12 Night Relay and 18 Night Bell
Relay; Program 508 Door Lock Control Assignment; and Program
503 19 BGM Mute Relay. The system allows up to two BIOU PCBs to
provide a total of eight control relays. The control relays can be
configured as an external BGM mute control, Night Bell control, Night
Mode Control, and Door Lock Control.
515-00BIOU (1 or 2)
Hold
n,
515-01BIOU Relay 1 or 5
FB01, n, Hold
515-02BIOU Relay 2 or 6
FB02, n, Hold
515-03BIOU Relay 3 or 7
FB03, n, Hold
515-04BIOU Relay 4 or 8
FB04, n, Hold, Hold
Notes
•BIOU-1 relays are identified as Control Relays 1~4.
•BIOU-2 relays are identified as Control Relays 5~8.
n =1 or 2Enter the BOIU PCB number.
NoteBIOU 1 and BIOU 2 are assigned in Program 100 - Card
Assignment.
n =1. Not Use (default)
2. Ext Paging
3. Night Bell
4. Night Relay
5. Door Lock
View the function of BIOU1, control relay 1 or BIOU2, control relay 5:
View the function of BIOU1, control relay 2 or BIOU2, control relay 6:
View the function of BIOU1, control relay 3 or BIOU2, control relay 7:
View the function of BIOU1, control relay 4 or BIOU2, control relay 8:
•NOT USE ñ if the relay is not used.
•PAGE MUTE ñ External BGM mute control activates during an
external page (see ìP rogram 503î on page 75).
•NIGHT BELL ñ Night Bell control activates during the system
Night Mode only when incoming CO lines ring (see ìProgram
102î on page 12).
•NIGHT RELAY ñ Night Mode Control activates continuously
during the system Night Mode (see ìProgram 105î on page 18).
•DOOR LOCK ñ Door Lock Control activates when a telephone's
Door Unlock button is pressed (see ìProgram 508î on page 78).
Up to 100 pre-programmed Speed Dial numbers (up to 32 digits
each) can be assigned to each station. Speed Dial numbers are
stored in ìBinsî and each station accesses the Speed Dial numbers
by entering the Speed Dial Bin number from their respective stations.
The following advanced Speed Diali ng features are availabl e in Strata
CTX.
•Speed Dial Bin Linking ñ Whenever a Speed Dial number
exceeds the 32-digit Speed Dial Bin memory limitation, the digits
exceeding the 32 digit limitation are automatically stored into the
adjacent Speed Dial Bin. The entire string is activated by using
the primary Speed Dial Bin number.
NoteBin linking is automatic. Any previously programmed data in
the ìadjacent Speed Dial Binî as described above is
overwritten. Furthermore, if a number exceeding the
maximum allowable dial digit length is overwritten with a new
number which complies to the 32-digit restriction, the excess
digits recorded in the next Bin (from the previous entry) is
treated as a unique Speed Dial record.
•Speed Dial Number Nesting ñ A Speed Dial number can be
nested into another Speed Dial number. For example, if an
international dialing prefix is used often, program the prefix in any
Speed Dial Bin. Then in the another Speed Dial Bin, program the
first Bin number + the number to dial. When the second Speed
Dial Bin is activated, Strata CTX first retrieves and dials the
international dialing prefix from the first Bin location, then adds
the numbers to dial.
516-00PDN
Hold
n,
516-01Speed Dial Bin
FB01, n, Hold
516-02Number
FB02, n, Hold
n =Up to 5 digitsSelect the PDN assigned the speed dial number.
n =00~99Enter the station speed dial bin number. A station can have up to 100
n =Up to 32 digits, 0~9, *, #
and Pauses
speed dial bins.
NoteAdding bin numbers here will automatically increment the
number of speed dial bins available to the station in
increments of 10 speed dial bins. The number of speed dial
bins available to the station can also be assigned and
displayed in Program 200, 35 - Station SpDial Bins . Example:
If bin number 50 is entered here, 50 speed dial bins will
automatically be assigned to the station and will also be
displayed in Program 200, 35.
This is the dialable number stored in the speed dial bin.
T o enter pauses enter Px, where x equals 0~9 (seconds), which is the
length of the pause, 0=10 seconds.
Telephone Button
Programming
Notes
•If the number being entered exceeds the 32 digits, the next speed
dial location will automatically be appended to create longer
numbers.
•Also another speed dial bin can be nested within another bin for
dialing common numbers. If speed dial bin 100 has long distance
access digits 1010321, these digits can be nested in to other
speed dial bins by using *100 as the first digits of the other bins.
Example putting *10017145563425 into speed dial bin 150 would
cause SD150 to dial the access digits plus the number
10132117145563425.
•If you are programming from the Telephone the digits * and #
have a special meaning when programming speed dial numbers.
The # digit indicates the end of entry and * is an escape
character. To dial the digits * or # as part of the number; enter **
or *#. To enter pauses enter *0~*9. The second digit represents
the number of seconds for the pause function.
n =Up to 8 charactersEnter the LCD Name that displays on LCD dial directories.
NoteThis feature is available in CTX WinAdmin and Strata
DKT30xxSD only.
Telephone Button Programming
500 Series Programs
Table 1-35Programs 500~577
(continued)
ButtonSequenceValue(s)Summary
517
Multiple Calling Group
Assignment
517, Hold
517-00Multiple Call Group
Number
Hold
n,
517-01MC Group Pilot
Number
FB01, n, Hold
517-02Ring Delay 1 Timer
FB02, n, Hold
517-03Ring Delay 2 Timer
FB03, n, Hold
517-04System Call Forward
FB04, n, Hold
517-05Voice Mail ID
FB05, n, Hold, Hold
518
Multiple Calling
Members Assignment
518, Hold
518-01Multiple Calling Group
Index
FB01, n, Hold
518-02Member Index
Number
FB02, n, Hold
518-03
Member Type
FB03, n, Hold
518-04Member DN
FB04, n, Hold
518-05Ringing Options
FB05, n, Hold, Hold
519
Delete Multiple
Calling Group Index
519, Hold
519-01
520
Delete1~16 (CTX100),
LCR Local Route Plan
Assignment
520, Hold
520-01Local Area Code
FB01, n, Hold
520-02Local Route Plan
FB02, n, Hold, Hold
n =1~16 (CTX100),
1~32 (CTX670 Basic)
1~64 (CTX670 Exp.)
n =1~5 digitsEnter the Pilot Directory Number that should be assigned to the
n =1~180Set the timer in seconds.
n =1~180Set the timer in seconds.
n =0~32Assign a System Call Forward template number to the multiple calling
n =Up to 10 digitsEnter the VM call forward ID digits for the multiple calling group
n =1~16 (CTX100), 1~32
(CTX670 Basic) and 1~64
(CTX670 Exp.)
n =Up to 32 digitsEnter the DN of the extension you wish to add.
n =No Data
Dialing Digits
n =Up to 32 digitsEnter the DN of the extension you wish to add.
n =Immediate
Delay 1
Delay 2
1~32 (CTX670 Basic)
1~64 (CTX670 Exp.)
n =3 digitsEnter the area code for the dialing area in which the system is
n =1~64
(default = 1)
This feature is av ailab le only wit h CTX Release 1.3 or higher softw are
and with CTX WinAdmin Release 1.3 or higher software.
Select a group number.
Multiple Call Group. This can be any number 1~5 digits that does not
conflict with numbers in the current system Number Plan.
group. Enter 0 or 1~32.
This feature is av ailab le only wit h CTX Release 1.3 or higher softw are
and with CTX WinAdmin Release 1.3 or higher software.
This program assigns members to a group.
Enter a group number.
Enter Dialing Digits to make the extension ring.
Select either: Immediate, Delay 1 or Delay 2.
This program deletes multiple calling group.
Enter the multiple ringing group index number
There are 64 LCR route plans. This assignment is used to select
which LCR route plan should be used to route local calls. The Local
Route Plan, which must be defined in the route definition assignment,
determines which CO line group is used for local outgoing calls.
installed. This is the area code for the Central Office (CO) that
provides local CO lines to the system. If no data is entered in this
field, any previously programmed data is lost.
Enter the LCR Route Plan number that should be used to route local
calls. Local calls are made by dialing 7-digit public telephone numbers
that do not require an Area Code. There are 64 LCR Route Plans
from which to choose.
n =1~64Enter the Route Plan Number to build a schedule indexed by Time of
n =1. Weekday
2. Weekend
3. Holiday
n =1. Time Zone1
2. Time Zone2
3. Night
n =1~16
(default = 1)
n =1~128
(default = 1)
This program builds the basic LCR Analysis Table .
Enter the external digit strings (area codes, toll prefixes, service
codes, etc.) to be assigned to a Route Plan Analysis Table.
Strings may be up to 32 digits long. There Route Plan Analysis Table
may have 1280 members. A digit string can only be in one table at a
time.
Enter the Route Plan number to which to assign the Analysis Digits.
NoteEntering 0 deletes the Analysis Digits from the table to which
they had been assigned.
This command assigns up to 1280 dialed external digit strings to the
Route Plan Exception Analysis Table which assigns each string to 1
of 64 Route Choice Tables. The values expressed here are
exceptions to the values established in Program 521.
Enter the external digit strings (area codes, toll prefixes, service
codes, etc.) to be assigned to a Route Plan Exception Analysis Table.
Strings may be up to 32 digits long. The Exception Route Plan
Analysis Table may have 1280 members. A digit string can only be in
one table at a time.
Enter the Route Plan Tab le in which to assign the Exception Digits.
NoteEntering 0 deletes the Exception Digits from the table.
This command assigns Route Plan Schedule Tables for LCR. Each
table is a 3-dimensional array of 144 v alues (3 Types of Day x 3 Times
of Day x 16 LCR Groups).
Day, Type of Day and LCR Group.
Select the Type of Day.
Select the Time Zone.
Select the Station LCR Group.
Enter the Route Choice Tab le Number to be used with this
combination of time, type and LCR group.
n =1~128Select the Digit Modification Index used by the LCR Route Choice
n =0~10
(default = 0)
n =Up to 23 digitsEnter the digit string to be inserted at the beginning of the number.
n =Up to 23 digitsEnter the digit string to be inserted at the end of the number.
YYY
Year
Y =
Month
MM =
Day
DD =
n =1. Add
2. Delete (default)
This command defines up to six possible Route Definitions for a given
Route Table.
Enter the Route Choice Tab le to be defined.
Enter Route Definitions to be assigned to this Route Table.
Enter Route Definitions to be assigned to this Route Table.
Enter Route Definitions to be assigned to this Route Table.
This command assigns Route Definitions for LCR. A Route Definition
consists of an OLG and a Digit Modification index.
Select the OLG Number associated with this Route Definition.
Select the Digit Modification number associated with this Route
Definition.
This command modifies LCR dialed numbers by deleting digits from
and adding digits to the dialed numbers.
table to determine the digit modification treatment to be applied.
Leading digits of a dialed number may be deleted; leading and trailing
digits may be added to the dialed number.
Select the quantity of digits to be deleted from the beginning of dialed
number.
This command assigns up to 128 holidays for LCR processing. These
assignments are related to the Day assignments established in
Program 523.
Enter Date (YYYYMMDD). A maximum of 128 dates is allowed.
Choose to add or delete this date from the holiday table. Expired
dates remain in the table unless deleted.
•Apply ñ (default) Apply LCR to all of the external dialed digits.
•Skip and Apply ñ Apply LCR to the dialed digits excluding the
number of digits specified in Skip Length.
530-04Digit Modification
Action
FB04, n, Hold
n =1. Apply (default)
2. Retain
3. Discard
Select Digit Modification application.
•Apply ñ (default) Apply Digit Modification from the first digit.
•Retain ñ Retain the skipped digits and apply Digit Modification
starting from the next digit specified by Skip Length.
•Discard ñ Discard the skipped digits and apply Digit Modification
starting from the next digit specified by Skip Length.
530-05Skip Length
FB05, n, Hold, Hold
531
531-00OLG
531-01Behind Centrex
531-02Add or Delete Code
531-03DR Action for Centrex
DR Screening Table
for OLG
531, Hold
Hold
n,
Access Code
FB01, n, Hold
FB02, n, Hold
FB03, n, Hold
n =0~5
0 = delete (default = 0)
n =1~32 (CTX100)
1~50 (CTX670 Basic)
1~128 (CTX670 Exp.)
n =Up to 8 digitsEnter the access code expected by an attached Centrex PBX.
n =1. Add
2. Delete (default)
n =1. Bypass (default)
2. Skip and Apply
Specify the number of digits at the beginning of the dial string
to be ignored before DR, Dig it M odi fic ati on , or LCR is applied.
Assigns DR Screening Table for an OLG. Up to four codes may be
assigned per line group. Used for outgoing calls other than LCR.
Enter the OLG Number.
Add or Delete the Code entered above. Leaving the field empty
removes an existing code. Activation requires entries in OLG Group
number and 01 Behind Centrex Access Code above.
Apply DR to the dialed digits.
•Bypass (default) ñ does not apply DR.
•Skip and Applyñ applies DR to the dialed digits excluding the
number of digits specified in Skip Length.
531-04Skip Length
FB04, n, Hold
531-05Pause Insertion
FB05, n, Hold, Hold
532
532-00DRL Number
532-01Table Type
533
533-00DRL Number
533-01Dial String
533-02Add or Delete
DR Table Allow/Deny
Definition
532, Hold
Hold
n,
FB01, n1, Hold, Hold
DR Level Table
Assignment
533, Hold
n,
Hold
FB01, n1, Hold
FB02, n2, Hold, Hold
n =0~8
(default = 0)
n =0~10
(default = 0)
n =Up to 8 digitsSelect the DRL Number.
n1 =1. Allow
2. Deny (default)
n =Up to 16 digitsEnter the DRL for which you want to populate an Exception Table.
n1 = 1~ 7 digits may include
wild cards ìXî and ìNî
where X = 0~9 and N =
2~9.
n2 =1. Add
2. Delete (default)
Enter the number of leading digits to be ignored by DR.
Enter the length of the pause to be inserted between dialing digits.
Specify the DR Table Type using this command.
Specify whether this DR Table is an Allow Table or Deny Table.
This program adds or deletes entries in the DR Table associated with
the DRL entered in above.
Add the dial string you wish to be treated as an exception.
Add or delete the string entered in
the DR Exception Tab le.
n =Up to 8 digitsEnter the DRL for which you want to populate an Exception Table.
n1 = 1~ 7 digits may include
wild cards ìXî and ìNî
where X = 0~9 and N =
2~9.
n2 =1. Add
2. Delete (default)
n =Up to 8 digitsPilot DNs are directory numbers that have no physical appearance.
This program assigns a DRL Exception Table to an existing DRL
table. If the DRL Table is an allo w tabl e, it s Exception Table must be a
deny table and vice versa.
Add the dial string you wish to be treated as an exception.
Add or delete the string entered in
the DR Exception Tab le.
Pilot DNs are directory numbers that have no physical appearance,
they are true virtual numbers. They can be used in CTI and V oice Mail
applications. In ACD Pilot Numbers are used as A CD g roup numbers.
In Voice Mail applications Pilot DNs are used to call directly to, or
transfer calls directly to specific voice mail boxes ñ this is done by
setting VM as the alternate destination and using the VMID to send
the call to a specific VM box.
They are true virtual numbers. They can be used in CTI and Voice
Mail applications. In ACD, Pilot Numbers are used as ACD group
numbers. In Voice Mail applications they are used to call directly to or
transfer calls directly to specific voice mail boxes - this is done by
setting VM as the alternate destination and using the VMID to send
the call to a specific VM box.
Maximum characters for Pilot DNs:
01 DR Exception Table
•CTX100: R1.00 & R1.01=5 max./R1.02=100 Max
•CTX670 Basic: R1.00 & R1.01=10max./R1.02=200max
•CTX670 with BBMS/BEXS: R1.00 & R1.01=32max./
R1.02=256max
540-01After Shift Type
FB01, n, Hold
540-02After Shift Destination
FB02, n, Hold
540-03Voice Mail ID
FB03, n, Hold, Hold
541
541-01Delete Pilot DN
550
550-00Emergency Call
55001~08
Pilot DN Delete
541, Hold
Hold, Hold
n,
Enhanced 911
Emergency Call
Group
550, Hold
Group Number
Hold
n,
OLG1~OLG8
FB01~FB08, n, Hold,
Hold
n =1. No Data (default)
2. Dialing Digits
3. Night Bell
n =Up to 32 digitsIf Dialing digits is selected as the Alternate Destination, enter the
n =Up to 16 digitsIf the Alternate Destination is Voice Mail, enter the Voice Mail ID that
n =Up to 5 digitsEnter the Pilot DN Number that you wish to delete.
Calls to the Pilot DN will be routed to the Alternate Destination if the
Pilot DN is not avail ab le (e x ample: A CD After S hift) . If Dialing Digits is
selected, enter the appropriate DN in the Alternate DN assignment.
PDN, PhDN or Hunt Group pilot number to which the call should be
routed.
should be sent.
This command enables you to delete Pilot DNs.
This command assigns OLGs to the Enhanced 911 Emergency Call
Group.
Specify the first through eighth OLG to be chosen for an E911 call.
n =Up to 6 digitsEnter the Circuit Type and number. See the Table 1-36 on page 89.
n =Up to 5 digitsEnter Station DN to store call history data.
Accounting Codes need to be specified for the number of digits that
are expected to be used for registering a number. This allows dialing
within Strata CTX to proceed automatically once the correct account
code is dialed. The following numbers are then dialed digits used for
making the phone call.
A second length is provided to allow the number of digits to be used
for verification of the code to be less than the total code entered; thus,
the code may contain two parts, one required and one part optional to
the user..
The Verified Digit Length sets a number of digits to verify with a preset list. This number may be the same or smaller than the account
code digits set to be entered for creating a complete accounting code.
NoteThis field is not changed, when ìProgram 506î on page 75
are registered.
The Registered Digit Length sets a number for the digits to be entered
to make a complete accounting code entry.
NoteThe Registered Digit Length (
equal to the Verified Digit Length (
Up to four telephone numbers can be programmed as exceptions to
the forced and /or verified account code entries (including 911).
These special codes enable numbers to bypass the verification
process and proceed unhindered.
Enter a Forced Account Code Exception.
NoteOne of the assigned exception numbers should be 911.
Exception Numbers for Forced Account Code fields cannot
be duplicated.
This command deletes door phone.
Enter the number of the door phone that is to deleted.
This command assigns a Page Group to ring during system Night
Mode when a door phone button is pressed. The assignment can be
made independently for each Tenant.
Select the system Tenant number to be assigned Door Phone to Page
Group/Night Ringing.
Select the system Page Group number that should ring for the
selected Tenant when a door phone button is pressed during the
system Night Mode.
This command assigns which station stores Caller ID information for
PDN,CO,GCO and POOL line buttons
DN10~99999 (DN)if DN is 200, value is 1200
CO21~264 (Trunk Number)if CO is 30, value is 230
GCO31~128 (GCO Key Group Number)if GCO is 50, value is 350
POOL41~128 (POOL Key Group Number)if POOL is 80, value data is 480
Table 1-37Programs 579~580
ButtonSequenceValue(s)Summary
579
579-01VM ID to DID/DNIS
579-02Cancellation Method
579-03Message Desk
579-04Output of CLASS, ANI
579-05Calling Number Digits
579-06Blank Digits Sent to
579-07Auto Cancel of VM
579-08DTMF Duration
579-09LCD Control of Voice
System Voice Mail
Data
579, Hold
Association
FB01, n, Hold
for VM MW
FB02, n, Hold
Number
FB03, n, Hold
and DNIS
FB04, n, Hold
Sent to VM
FB05, n, Hold
VM
FB06, n, Hold
and MW
FB07, n, Hold
FB08, n, Hold
Mail
FB09, n, Hold
n =1. DN VMID (default)
2. DID/DNIS VMID
n =1. Auto and Access Code
n =1. Enable
n =1. Enable
n =2~10
n =1. 1985
n =1. Enable
n =1. 80 ms (default)
n =1. Enable (default)
Cancel
2. Access Code Cancel
(default)
2. Disable (default)
2. Disable (default)
(default = 10)
2. 1991 (default)
2. Disable (default)
2. 160 ms
2. Disable
This command assigns DTMF/SMDI Voice Mail interf ace parameters
for the system.
Select DN VMID to send the DN's VMID to voice mail on DID/DNIS
calls that are answered and then transferred to a DN which then
forwards to voice mail.
Select DID/DNIS VMID to send the DID/DNIS number's VMID to
voice mail on DID/DNIS calls that are answered and then transferred
to a DN which then forwards to voice mail.
If a DID/DNIS call is answered by a station and then transferred to a
DN which then forwards to voice mail, the VMID of the DID/DNIS
number (Program 309, FB11 or FB15) or the VMID of the forw arding
DN (Program 200, FB19 or 206, FB06) will be sent to voice mail per
this option.
NoteThe DID/DNIS number's VMID (Program. 309, FB11 or
FB15) is always sent to voice mail on DID/DNIS calls that
ring directly to voice mail or ring a DN which then forwards to
voice mail before it is ever answered.
Select the method used to cancel Voice Mail message waiting
indication.
Enable to send the SMDI Message Desk Number (001) in the SMDI
packet; otherwise, 000 for a station call or the 3-digit CO line number
is sent.
Enable to include Caller ID/ANI numbers in SMDR records.
Select how many calling number digits to send to the VM unit.
NoteIf
Send SMDI-Bellcore Standard VM Interface.
04 Output of CLASS / ANI and DNIS
must be 10.
•1 = 1985 (single space)
•2 = 1991 (two spaces).
Setting of auto cancel of VM and MW.
Select VM ID Code and System DTMF Signal Time.
Enables Toshiba SMDI+ and integration for LCD control of VM. To
enable this feature you must have Stratagy Enterprise Server
Release 3.x or higher.
n =0~64, 0 = deleteEnter the Digit Modification Table Number (1~64) to be used by this
Assigns parameters for operation behind Centrex or another PBX
Specify OLG Number that is attached to a Centrex or another PBX.
(1~128 Expanded; 1~47 Basic)
Enable or disable Behind Centrex operation for this OLG.
Check to turn on the Assume 9 feature.
Enter the number of seconds (0~5) the CTX will wait for second dial
tone from Centrex/PBX.
Assigns Node IDs to Route Choice Tables for Private Networking
Number.
associated with this Node ID. Entering ì0î deletes the Node
ID.
Use this command to define a Private Network Route Choice Table. A
Private Network Route Choice Table contains up to six Route
Definitions. The system will step through these Route Definitions in
terminating hunt fashion to find a route to the desired Private Network
networking node. There may be up to 64 Route Choice Tables.
be used for for this Private Network Route Choice. Entering ì0î will
delete an existing entry.
Use this command to define a Private Network Route Definition. A
Private Network Route Definition consists of an Outgoing Line Group
(OLG) and a pointer into the Private Network Digit Modification Table
that contains the dialed digits to be deleted and/or inserted before
being communicated to the distant node.
defined or deleted.
Enter the OLG to be used by this route definition.(1~128 Expanded;
1~47 Basic)
n =1~64Enter the Private Network Digit Modification Table (1~64) to be
n =1~10, 0 = deleteEnter the number of leading digits to be deleted (1~10).
n =Up to 23 digitsEnter the leading digits to be inserted. A numerical string up to 23
n =Up to 6 digitsEnter the Primary Node ID for this node. This Node ID identifies the
n =Up to 4 digitsEnter the Overlap Code associated with the Primary Node ID. An
n =Up to 6 digitsEnter Node ID 2 for this node. Node ID must first be established in
n1 =Up to 4 digitsEnter the Overlap Code associated with Node ID 2. An Overlap Code
n =Up to 6 digitsEnter the Overlap Code associated with Node ID 3. An Overlap Code
n1 =Up to 4 digitsEnter Node ID 4 for this node. Node ID must first be established in
n =Up to 6 digitsEnter the Overlap Code associated with Node ID 4. An Overlap Code
n1 =Up to 4 digitsThe privilege to pick a specified DN.
The Private Network Digit Modification table may contain up to 64
entries. Each entry specifies the number of leading digits to be
deleted from the dialed number and the dial string to be inserted as
leading digits. The inserted dial string may have up to 23 digits.
defined.
digits.
Assigns up to 4 Network Node IDs to this node for processing
incoming network calls. Each Node ID has an overlap code. The CTX
will substitute the Overlap Code for the Node ID before processing the
call further. A Network Directory Number consists of a Node ID and
the desired extension in that node. Node ID must first be established
in CMD102.
node for administration. Node ID must first be established in Program
102.
Overlap Code is the string of digits that will replace the Node ID for
further call processing.
CMD102.
is the string of digits that will replace the Node ID for further call
processing.
is the string of digits that will replace the Node ID for further call
processing.
CMD102.
is the string of digits that will replace the Node ID for further call
processing.
n =1~32Enter the Network COS to be translated (1~32).
n =1~32Enter the Local COS to be used in place of the received Network
n =1. Enable
2. Disable (default)
n =1. Outbound
2. Inbound
n =1~16Enter the local DRL/FRL/QPL you want to map to Network DRL/FRL/
n =Five ASCII characters max.
(Default = No Data)
n =Six ASCII characters max.
(Default = No Data)
n =upto six digitsDelete Node ID
n =1. doesnít exist
2. exist
3. delete
This table translates a Network COS received as part of a Traveling
Class Mark to a local Class of Service for access to local services.
There is no translation of Outgoing Network COS.
COS (1~32).
Choose whether an incoming call with this Network COS can activate
Off-Hook Call Announce.
Choose whether an incoming call with this Network COS can use a
System Speed Dial number to make an otherwise restricted outgoing
call.
Choose whether an incoming call with this Network COS can use
Class of Service Override.
Choose whether an incoming call with this Network COS can override
local Trunk Group Access Control. Typically an attendant function.
This command is used to establish two mapping tables to equate
local DRLs with network DRLs for both outbound and inbound
network calls.
Choose ìOutboundî to equate the DRL of the local originator to a
Network DRL. Choose ìInboundî to equate a received Network DRL
with a local DRL for local termination.
QPL 1~DRL/FRL/QPL 16. This value can be different depending on
the type of table chosen above.
This program assigns the PDN, PhDN or Pilot DNs to a CTX node ID.
This include all DNs in all CTX nodes on the CTX network, except the
DNs in the node you are currently programming.
Enter the PDN, PhDN or Pilot DNs that should be assigned to a CTX
Node ID. This include all DNs in all CTX Nodes on the CTX network,
except the DNs in the node you are currently programming.
Enter the CTX Node ID that should be assigned to the DN.
801-05 Client IP Address
801-06
801-07
801-08
801-09 Write Retry Number
801-10 Write Retry Number
801-11 Write Retry Number
803
803-00 Logical Device
Netw ork Jack LAN
Device Assignments
801, Hold
Hold
n,
FB01, n, Hold
FB02, n, Hold
FB03, n, Hold
FB04, n, Hold
FB05, FB06, FB07,
or FB08
, n, Hold
FB09, n, Hold
FB10, n, Hold
FB11, n, Hold, Hold
IO Logical Device
Assignment
803, Hold
Number
Hold
n,
n =1~12 (default = no value)Enter the port number of the LAN device to be assigned. Refer to
n =1. TCP (default)
2. UDP
n =1. Server (default)
2. Client
n =1. Synchronization
2. Asynchronization
(default)
n =0~65535 (default = 0)Enter the Server Port Number and proceed to
n =0~255 (default = 0)Enter the Client LAN IP Address. This field is required if Client was
n =0~65535 (default = 0)Enter the Client Port number. This field is required if Client was
n =0~10 (default = 1)Set the Read Retry counter to (1~10).
n =0~10 (default = 1)Set the Write Retry counter to (1~10).
n =100 = SMDR
300 or 301 = SMDI
200~208 = CTI LAN
Devices of PCs (default =
no value)
400 = BLF
500 = DSS
This screen assigns the LAN parameters for the PC applications
connected to the BECU Network Jack through a LAN or Hub.
Program 803 SMDR SMDI CTI Port Assignments.
Notes
•Program the local port number for LCD Control of Voice Mail
•Use the same Device Port No. (11) for Network BLF.
•Use 10 for Network CTX Proprietary Integration
•Use 12 for Network DSS
Network BLF and DSS are available only with CTX Release 1.3 or
higher software and with CTX WinAdmin Release 1.3 or higher
software.
Select communication Protocol.
NoteSelect UDP for Network DSS.
Enter the application PC type: Server or Client.
Enter the data flow protocol that should take place between the CTX
and PC. If the PC is a CTX, CTI application assign ìAsynchronizationî
to data flow.
Number
. This field is required if Server was selected in
Operation Type
Client IP Address
NoteUse 6000 for Network BLF, 3000 for Network DSS, and 5000
selected in
0~255 for each octet (default = 0)
Enter IP address of Stratagy iES32 or SES.
selected in
This screen is used to assign:
1. SMDR and SMDI to logical device and BSIS, RS-232 port
numbers.
2. CTX WinAdmin, ACD sever, and Attendant Console to BECU,
Network Jack logical device and LAN port numbers.
Enter the 3-digit logical device number for SMDR, SMDI, and LAN
device or PC application. See ìDevice Tableî on page 1-95
SMDR: 100
SMDI: 300 or 301
CTI LAN devices or PCs can be assigned to any of the 9 LAN devices
numbers available: 200~208.
above. If not, leave this field blank and proceed to
1. Enter RS-232 for SMDR or SMDI devices or PCs. These devices
are connected to BSIS, RS-232 ports.
2. Enter LAN for CTX WinAdmin, ACD Server, and Attendant Console
PC. These devices are connected to the BECU Network Jack directly
or via a HUB or LAN.
1. SMDR and SMDI devices can be assigned to any BSIS, RS-232
Port: 1~4 (one port per device)..
2. LAN devices and PCs can be assigned to LAN logical Port (1~9)
according to their logical device number assignments as shown:
LAN Port1=device200
LAN Port2=device201
LAN Port3=device202
LAN Port4=device203
LAN Port5=device204
LAN Port6=device205
LAN Port7=device206
LAN Port8=device207
n =1~4 (default = no value)Enter the BSIS PCB port number.
n =1. 300
2. 1200
3. 2400
4. 4800
5. 9600 (default)
6. 19200
7. 38400
8. 57600
n =1. None
2. Even
3. Odd (default)
n =1. 7 Bits (default)
2. 8 Bits
n =1. None (default)
2. Flow
n =0~255
(default = 30 seconds)
Use this screen to setup the RS-232 serial Ports on the BSIS
interface PCB.
This is the data speed of BSIS port in bits per second (bps).
NoteThe total combined maximum speed of BSIS ports cannot
exceed 57,600 bps.
This is the parity error checking methods used by the BSIS port.
This is the number of data bits used for each data block.
This is the type of flow control used between the BSIS port and the
SMDI or SMDR device. Must be set to ìFLOWî in order for the CTX to
buffer call records.