Product Technical Training (Basic Programming) Date: 2011-Apr-26 Version: 1.0
Basic Programming (1)
• PRG 10 10-01
: Set Year, Month, Day, Week, Hour, Minute and Seconds.
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• PRG 14-05 • PRG 15-07
: Unused Tru Trunk Port is changed to “0 : No Group”. : Erase unused Tru Trunk Keys on De Desktop top Ter Terminal. <“Extension n Base” Base” assignment assignment> > (000 : Not define) <“Extensio
Note : Unused Trunk Keys can also be erased by following operation. 1. Press “Speaker” “Speaker” Key and dial 852. 852. 2. Press Programmable Key you want to erase. 3. Dial 000. (Confirmation tone is heard.) 4. If you want to continue, go to Step 2.
G> PR PRG G 92-0 92-01 1 One Extension assignment can be copied to other extensions.
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• PRG 22-0 2-05 • PRG 2222-0 04
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: Ass Assign IR IRG G (Inc (Inco oming ming Ring Gro Group up)) fo for ea each ch Trun Trunk/ k/m mod ode e. : En Enter ter ri ring ngiing “Ex “Exten tensio sion Num Numb ber”. er”. (up (up to to 32 32 me membe bers rs / 1 IR IRG) G)
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Basic Programming (4) '(&&")
• PRG 82-04-07 : Set minimum Hookflash time. (Default : 105ms) • PRG 82-04-08 : Set maximum Hookflash time. (Default : 1000ms) In the default, from 105ms to 1000ms period is acceptable range as Hookflash. In case of “Ghost Ring” problem is occurred, these data should be changed accordingly. Example> 600ms Spec (10% tolerance) of SLTs are connected to the system : PRG82-04-07 : 108 (540ms) PRG82-04-08 : 132 (660ms) 105ms
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540ms
600ms
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660ms
1000ms
Basic Programming (5) '($!0&)+/
• PRG 15-03-15
: Assign “1 : Service ON”. (Default : 0 ) In case this option is set to ON, when the SLT user operates “Hookflash” and hang up without any dialing, the system will recognize as “This operation is Hang Up” and the status of this SLT will turn to “Idle” condition. This option shall be used to avoid “Ghost Ring (Callback)” phenomenon when the SLT user accidentally operates “Hookflash” before hanging up.
*$+&*-&)&.)+/
• PRG 20-02-12
: Assign “1 : Signal”. (Default : 0 )
*$+&$#$,*+
• PRG 20-15-01 • PRG 20-15-03
: Assign the ring pattern for Trunk Incoming Call. : Assign the ring pattern for Intercom Incoming Call.
*$+&$#$&+1)&.'
• PRG 15-02-02 • PRG 15-02-03
: Assign the ring tone for Trunk Incoming Call. : Assign the ring tone for Intercom Incoming Call.
Note : Above assignment are “Extension Base”. One extension assignment can be copied to other extensions by PRG 92-01.
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Numbering Plan (1) • PRG 11-01
: Assign the type of dial and length (digit).
Dial
Digit
Type
0
1
5 : Operator Access
1
3
2 : Extension Access
2
3
2 : Extension Access
3
3
2 : Extension Access
4
3
2 : Extension Access
5
4
2 : Extension Access
Dial
Digit
6
3
2 : Extension Access
1
0
0 : None
10
3
1 : Service Code
7
3
1 : Service Code
11
3
2 : Extension Access
8
3
1 : Service Code
9
1
3 : Trunk Access
*
2
1 : Service Code
#
2
1 : Service Code
Following Numbering Plan also can be configured. Dial 10X : Service Code Access Dial 11X : Extension Access Type
222-,0#3222 $,1+$+)/&4/&/&&,#5 & 6)&+$$++&&17 )&$+/ &
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Numbering Plan (2) *$%&31
• PRG 11-02
: Assign the extension number in accordance with PRG 11-01 assignment. (1st/2nd digit dial and length) Note : Extension Number is initially assigned for Port 1 to 300 (200~499), Port 301 to 512 (5000~5211). Duplicated Number is not accepted by system, therefore you have to delete unused duplicated number before assignment. When you want to re-configure the extension numbering plan, you can erase all extension numbers except physical port No.1 by PRG 92-02.
*$%&3
• PRG 15-01-01
: Assign the extension name. (Up to 12 characters)
*$7+*&
• PRG 11-10, 11, 12
: Assign the Service Code for each function.
222-,0#3222 &7&/&14&$/+&&")$ )&7+*&
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Numbering Plan (3) %89(&4&$%&31$ Default Setting
New Numbering 10
200
11 201
:
:
20 :
220 :
Programming • PRG 11-01
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• PRG 11-02
Dial
Digit
Type
Ext Port No.
Ext Number
1x
2 (2 digits)
2 (Extension Access)
1
10
2x
2 (2 digits)
2 (Extension Access)
2
11
3
12
:
:
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Numbering Plan (4) %89(&4& %% :%% 1)&%&31
In the default setting, “7xx” and “8xx” are defined as “Service Code” Access.
“7xx” and “8xx” are defined as “Extension Access”. Programming • PRG 11-01
• PRG 11-02
Dial
Digit
Type
Ext Port No.
Ext Number
7x
3 (3 digits)
2 (Extension Access)
1
700
8x
3 (3 digits)
2 (Extension Access)
2
701
3
800
:
:
• PRG 11-10, 11, 12 : Add “*” in front of Service Codes (“7xx” and “8xx”) (Example : 851 *851) Page 8
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Toll Restriction (1) &#+&
• PRG 21-05 • PRG 21-06 • PRG 21-04
: Configure the the level of restriction class. (Up to 15 Classes) : Enter the restriction data for each table. : Assign the restriction class for each extension.
Class 1 : No restriction
Class 2 : International Call is restricted (National Call is available) Class 3 : International Call and Long Distance Call is restricted. (City Call is available) Class 4 : Restricted all outgoing call (Intercom Call only)
PRG 21-05
PRG 21-06
Class Item No. Data 1 ---All items are "0" 2 01 Set to "1 : Assigned" Other Items are "0" 3 06 Set to "1 : Assigned" Other Items are "0" 4 08 Set to "1 : Table 1" Other Items are "0"
Item 01 05 07
Data 00 0 @
Note International Access Code Long Distance Code @ (Wild Cord)
Note : “@” is the “wild cord” and can be entered by pressing Programmable Key No.1.
PRG 21-04 : Assign the Class No. for each extension.
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Table 01 01 01-01
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Toll Restriction (2) • PRG 21-05 Item 1 2
: Enter the Restriction Class No.
Name International Call Restrict Table International Call Perm it Table
3
-- Not used --
4
Maximum number digits Table
5
Common Permit Table
6
Common Restrict Table
7
Permit Code Table
8
Restrict Code Table
9 10 11
Restriction forComm on Abbreviated dials Restriction forGroup Abbreviated dials Intercom Incoming CallRestriction
12
Restriction of Behind PBX calls
13
Restriction of Tie Line calls
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Input Data 0...Not assigned 1...Assigned 0...Not assigned 1...Assigned
Description Assign whether the International Call Restric t Table is referred or not.Enter the data (International Access Codes you want to restrict) in PRG21-06-01. Assign the International Call Permit Table is referred or not.Enter the data (International Access Codes you want to permit) in PRG21-06-02.
-- Not used --
1-4 : Table 1-4 0…Disable 0...Not assigned 1...Assigned 0...Not assigned 1...Assigned 1-4 : Table 1-4 0…Disable 1-4 : Table 1-4 0…Not assigned 0...Not restricted 1...Restricted 0...Not restricted 1...Restricted 0...Not assigned 1...Assigned
-- Not Used --
Select the table to be used to determine the maximum number of digits allowed for outgoing calls.Enter the data (Max number of digits) in PRG 21-06-03. Assign whether the Common Permit Table is referred or not.Enter the data (dial numbers you want to permit) in PRG 21-06-04. Assign whether the Common Restrict Table is referred or not.Enter the data (dial numbers you want to restrict) in PRG 21-06-05. Select the table to be referred for outgoing call.Enter the data (dial numbers you want to permit) in PRG 21-06-06. Select the table to be referred for outgoing call.Enter the data (dial numbers you want to restrict) in PRG 21-06-07. Assign whether the restriction class setup is applicable for Common Abbreviated Dialing or not. Assign whether the restriction class setup is applicable for Group Abbreviated Dialing or not. Assign whether the Intercom Incoming Call is restricted or not.
Assign whether Behind PBX call (c all to PBX Extension) is res tricted or not. It is 0...Not assigned applicable for the specified trunk which is defined as “PBX Trunk” by PRG 141...Assigned 04-01. 0...Not assigned Assign whether the Tie Line Calls is restricted or not.Enter the data (dial 1...Assigned numbers you want to restrict) in PRG 34-08. NEC Confidential
Toll Restriction (3) • PRG 21-06 Item 1
Name International Call Restrict Table
Table 1-10
2
International Call Permit Table
1-20
3
Maximum number digits table
1-4
4
Common Permit Table
1-10
5
Common Restrict Table
1-10
6
Permit Code Table
Table No. : 1-4 Entry No. : 1-200
7
Restrict Code Table
Table No. : 1-4 Entry No. : 1-60
8
Trunk access code for behind PBX Lines
9
Specified Dial Code
1-20
10
Special Service Code
1-20
1-4
Input Data Dial (Up to 4 digits)
Description Enter the International Access Codes you want to restrict.Up to 10 codes (Max 4 digits) can be registered. Enter the International Access Codes (with country Dial codes if necessary) you want to permit.Up to 20 codes (Up to 6 digits) (Max 6 digits) c an be registered. Enter the Max number of digits. In cas e the dialed digits is more than assigned digits, the line shall be 4-30 restricted.Up to 4 kinds (from 4 digits to 30 digits) can be defined. Dial Enter the dial numbers you want to permit.Up to 10 (Up to 4 digits) numbers (Max 4 digits) can be registered. Dial Enter the dial numbers you want to restrict.Up to 10 (Up to 12 digits) numbers (Max 12 digits) can be registered. Enter the dial numbers you want to permit.There are 4 Dial tables, and up to 200 dial numbers (Max 12 digits) c an (Up to 12 digits) be registered for each table. Enter the dial numbers you want to restrict.There are 4 Dial tables, and up to 60 dial numbers (Max 12 digits) can be (Up to 12 digits) registered for each table. Dial Enter the Trunk Access Code of Behind PBX.Up to 4 (Up to 2 digits) codes (Max 2 digits) can be registered. Dial Enter the specified dials (ex. Carrier Number) to be (Up to 8 digits) excluded from the restriction application. Dial Enter the specified dials (ex. Service Code for Carrier) to (Up to 4 digits) be excluded from restriction application.
Note : “@” is the “wild cord” and can be entered by pressing Programmable Key No.1.
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Toll Restriction (4) &#+&"6
In addition to the extension base Toll Restriction, the system can assign the Toll Restriction Class for each Trunk, each operation mode base. Both extension and trunk base assignment is possible at the same time to have more flexible restriction scheme. • PRG 21-05 : Configure the the level of restriction class. (Up to 15 Classes) • PRG 21-06 : Enter the restriction data for each table. • PRG 21-21 : Assign the restriction class for each trunk. Seize…
Lower class (Class 1~15 : High ~ Low) is applied if trunk and extension class is different. #.9* ,3
TRK Class
EXT Class
Trunk 1
Class 1
Class 2
Trunk 2
Class 2
Class 2
Trunk 3
Class 3
Class 2
*
#.9* Seize…
#.;9*;
*
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Applicable Class
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Applicable Class TRK Class
EXT Class
Trunk 1
Class 1
Class 1
Trunk 2
Class 2
Class 1
Trunk 3
Class 3
Class 1
Walking Toll Restriction/Dial Block <"$&#+&=!&>,4&?
• PRG 21-14-01 : Enter 6 digits Password (Number of digit : Fixed) • PRG 21-14-02 : Assign the restriction class for Password 6&+"
• PRG 20-08-08 : Define “1 : Service ON”. (Default : 0 ) • PRG 21-09-01 : Assign the restriction class for Dial Block (System Base) • PRG 21-10
: Assign the restriction class for Dial Block (Extension Base) Note : The system gives priority to Extension Base setup.
0&@+&)&6*
In case the call is barred, the call shall automatically be transferred to the Operator’s extension. (If Operator’s extension is set) • PRG 20-13-20 : Select “0 ” or “1 ”. (Default : 1)
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SMDR (4)&-#
SMDR data is output to outside via following methods.
1632M
Ethernet Cross Cable
LAN Ethernet Straight Cable
PC or Printer
HUB
6+)&-#
• PRG 14-01-06 : Assign “1 : Enable” to activate the SMDR output for each Trunk. (Default : 0 ) • PRG 35-01-01 : Assign the type of SMDR output port. (LAN Port on CD-CP00 Blade)
• PRG 10-20-01 : Define the TCP Port for SMDR. (Device No.5) Page 14
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Operator/Console Setup (1) 6+)&0&A %& %&
• PRG 20-17-01 : Assign the extension as Operator. 6+)&*&&
• PRG 30-02 • PRG 30-03
: Identify which extension has DSS Console. : Assign the functionality of each keys on DSS Console.
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Operator/Console Setup (2) &)&&)&*&&
DSS Console (DCL-60-1) has up to 60 Programmable Function Keys, but does not have any specified Function Keys such as Day/Night Mode switching, etc. These functions can be assigned on DCL-60-1 as below. Function
Code
Additional Data
Note
Alternate Answer Key (ALT.)
99
None
Assigned to DSS Key No.1-114
Day/Night Mode (NIGHT/DAY/BREAK/NITE2)
09
Mode No. (1-8)
Assigned to DSS Key No.1-114
External Zone Page BŁ PAGEBØ BØ
19
Zone No. (1-8)
Assigned to DSS Key No.1-114
Internal Zone Page (GROUP)
21
Paging No. (1-64)
Assigned to DSS Key No.1-114
Doorphone Access Key (DOOR)
97
Doorphone No. (1-8)
Assigned to DSS Key No.1-114
DSS Page Switching Key (EXT.1 / EXT.2)
95
None
Must be set to DSS Key No. 55-60 Page 1 : Red ON / Page 2 : Green ON
Once DSS Page Switching Key is assigned to one of DSS Key No.55 to 60, DSS Key No.55 to 60 shall remain even though DSS Page 2. No.1
No.55-60
Page 1
No.61
No.54 Page SW Key
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No.55-60
Page 2
No.114 Page SW Key
Day/Night Mode (1) /B3$-&7+5&$
• PRG 12-05 • PRG 12-06
: Assign the Service Group No. to each extension. : Assign the Service Group No. to each Trunk.
Note : All Trunks & Extensions are belonging to “Service Group 1” in the default setting. (means, Day/Night Mode switching shall apply for whole system.)
6+)&/B3$-&-4+$
• PRG 20-07-01 : Define “1 : Enable” for Manual Switching. (Default : 0 ) • PRG 12-01-01 : Confirm this item is set to “1 : On”. (Default : 1 ) Note : Day/Night Mode Switching is done by Function Keys on DSS Console / Service Code dialing / Function Keys on terminal.
6+)&/B3$-&&+4+$
• PRG 12-01-02 : Define “1 : Enable” for Automatic Switching (Default : 1 ) • PRG 12-02 : Configure the Time Pattern. • PRG 12-03 : Assign the Time Pattern to each day of the week.
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Day/Night Mode (2) 00:00 Time Pattern 1 (Working Days)
08:00
12:00
Mode 3 (Mid-Night1)
Mode 1 (Day1)
13:00
Mode 4 (Rest)
17:00 Mode 1 (Day1)
00:00 Mode 2 (Night1)
00:00
Time Pattern 2 (Holiday)
00:00 Mode 3 (Mid-Night1)
• PRG 12-02
Service Group : 1
Time Pattern : 1 Time No. 1 2 3 4 5
• PRG 12-03
Start 00:00 08:00 12:00 13:00 17:00
End 08:00 12:00 13:00 17:00 00:00
Mode 3 (Mid-Night 1) 1 (Day 1) 4 (Rest 1) 1 (Day 1) 2 (Night 1)
Time No. 1
Start 00:00
End 00:00
Mode 3 (Mid-Night 1)
Service Group : 1
Day of the Week Time Pattern
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Time Pattern : 2
01 (Sun) 2
02 (Mon) 1
03 (Tue) 1
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04 (Wed) 1
05 (Thu) 1
06 (Fri) 1
07 (Sat) 2
Class of Service Class of Service (COS) sets various features availability level for each extension. Up to 15 classes can be created and assigned to each extension and each mode. *&)7+
• PRG 20-07 ~ 20-13 : Assign “Service ON / OFF” for each feature. • PRG 20-06
Example
: Assign the Service Class for each Extension, each Mode. (Default : 1 for all Extensions, all Modes) Item No.
• PRG20-07 ClassItem No.1
Data
01
Manual Day/Night Service
0 : Off
02
Changing MOH Tone
0 : Off
:
:
• PRG20-06 EXT
Mode
Class No.
200
1
1
2
2
3~8
1
1
2
2
2
3~8
2
1
1
2
1
3~8
1
: 201
• PRG20-07 Class No.2 Item No.
Data
01
Manual Day/Night Service
1 : On
02
Changing MOH Tone
1 : On
:
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Item
:
:
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202
Caller-ID (1) Caller-ID shall automatically be displayed on the LCD at ringing extension. (No-Ringing extension also can check incoming Caller-ID by pressing “Recall” key and flashing Trunk Key.) 6+
• PRG 14-02-10 : Assign “1 : Enable” to detect Caller-ID for each Trunk. *8&8/$4&#$$
• PRG 22-04 • PRG 22-06
: Enter ringing “Extension Number”. (Up to 32 members / 1 IRG) : Assign “0 : No Ring” for ringing extension by PRG22-04.
3/$
ABB Dialing table is used for Caller-ID with Name Displaying. (Up to 12 characters) • PRG 20-19-01 : Select Caller-ID Displaying Format either “0 : First 10 digits” or “1 : Last 10 digits” in case of more than 10 digits Caller-ID is delivered. (Default : 0)
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Caller-ID (2) #+7*'
Up to 50 answered/abandoned calls are stored to the memory. • PRG 15-07
: Assign the “Check List” Key (Code 08) at the unused Programmable Key.
• PRG 20-09-04 : Assign “1 : Enable” or “0 : Disable” for the notification (“Check List” message on LCD) for Abandoned Call. • PRG 15-02-15 : Assign “1 : Enable” or “0 : Disable” for storage of answered call to Received Call List. (Extension Base Setting) *8&&*8'
Received Caller-ID can be transmitted to the connected Caller-ID SLT. (Extension Number can be transmitted as well) • PRG 15-03-09 : Assign “1 : Enable” to transmit the received Caller-ID to SLT. • PRG 15-03-14 : Assign “1 : Enable” to transmit the received Caller-ID between SLT and SLT. +71&)*8' 1&)#5&/*8 '&/&$%&1++7*8 Page 21
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Caller-ID (3) =0&?*8&)&./'&*8'
1. 2. 3. 4.
Terminal answers an incoming call with Caller-ID. Press “Transfer” Key to hold a line. Dial Caller-ID SLT extension number to transfer a call, then hang up. The Caller-ID shall be transmitted to the Caller-ID SLT. Note : If the terminal user presses “HOLD” Key instead of “Transfer” Key in the above step 2, terminal extension number shall be transmitted to the Caller-ID SLT instead of received Caller-ID data.
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