Step 2 - Digistar

Transcription

Step 2 - Digistar

Version 1.0
ipLDK-60
Quick Installation Guide
Simple integrated version of manuals for installation and programming
Step 1 – Hardware Installation
Step 2 – Basic Programming
Contents
Getting Started
-------------- 3
Overview
1.Overall Installation Procedure
2.Understanding ipLDK-60 Hardware
-------------- 4
Step 1) Hardware Installation
1.Installing the Hardware
------------- 10
-------------- 15
Step 2) Basic Programming
16
2-1) Initializing hardware configuration automatically
17
2-2) Installing PC-Admin Program and connecting PC to the system
18
2-3) Describing the basic menu trees of PC-ADMIN Program
19
2-4) Setting the nation code as “Brazil”
20
2-5) Understanding the default configuration
21
2-6) Performing the basic programming on the key items
2-6-1) “Numbering Plan” - change the station number if requested
2-6-2) “CO Ring Assignment”
– Assigning which CO line incoming calls go to which station(s)
2-6-3) “CO Group Access Station”
– Assigning which stations use which CO lines
2-6-4) Change the default values for the most frequently requested features.
- COS(call restriction setting)
- Flexible button assignment for digital/IP telephones
- Registering system speed dial list
- MOH(Music on Hold)
- Doorphone installation
- Date/Time change of the system
2
LG-Nortel Confidential Information
Step 3) Advanced Programming
3-1) DB upload / download (Page 36)
3-2) Software upgrade
3-3) E1R2
3-4) PRI
3-5) Hunt Group – UCD
3-6) Installing VOIB board
3-7) IP Extension – Phontage
3-8) IP Extension – IP Phone
3-9) SIP Trunks
3-10) Off-line PC-Admin
3-11) LCR
3-12) CCR
-------------- 35
36
38
40
43
50
52
54
56
58
60
61
63
Appendix
A. Customer Requirements Check-list
B. Documentation Reference Guide
C. Terminal User Guide
Digital / IP terminals
Analog telephones
D. ipLDK-60 IP Network configuration guide
67
Always Surpassing Customers Expectations
Getting Started
This Quick Installation Guide provides the key steps to install and configure ipLDK-60 system.
This guide is a light & integrated version of hardware and programming manuals. Among
hundreds of features supported in ipLDK-60 systems, this guide provides the instructions to most
frequently used features in small companies. This guide will help installers not only to understand
ipLDK-60 system easily but also help to learn the capability to install and program very quickly.
This guide is composed of four parts as below.
1) Overview
• This section is to give the basic introduction to ipLDK-60 system and the general description
of the whole processes for installation and programming.
2) Step 1 : Hardware installation
• This section describes hardware components, functions of each parts and overall hardware
installation procedures.
3) Step 2 : Basic Feature Programming
•This step provides the fundamental items necessary to program. Basic software operation &
programming instructions will be given in this step.
4) Step 3 : Advanced Feature Programming
• This gives the programming guides for advanced features. This is an optional part
necessary to program with specific customer requirements.
Generally, Step 1 and 2 above cover most small customers’ typical requirements.
For complicated programming to enable specific functions and features, the original manuals can
be referred. In each section, the reference pages in manuals is provided. However, for beginners,
it is recommended to fully understand this guide in advance.
3
Overview
Hardware
Installation
Basic Feature
Programming
Advanced Feature
Programming
1. Overall Installation Procedure
This is the overall steps to install and administer ipLDK-60 system. It will be very helpful to get this
overall installation procedures in advance.
Descriptions
Advanced Feature
Programming
Step2
z Key Hardware components
9 Key Service Unit (System)
9 CO & Extension Interface Board
9 Optional Function Board
(VOIU, VMIU, AAFU, etc)
9 Terminals (Digital, IP, Analog)
9 Accessories (Relay, Alarm, etc..)
z Basic Features
z Advanced Features
9 Change Station numbers
9 Database Up/Download
9 CO Ring Assignment
9 Remote Software Upgrade
9 CO Group Access Station Assign 9 E1R2, PRI
9 Basic Feature Settings
9 UCD, LCR, CCR
Station/CO COS, Flexible
9 IP Extension, SIP Trunks
buttons, MOH, Doorphone
9 Off-line PC-Admin
Installation
Basic Feature
Programming
Step1 Hardware Installation
1.Unpack and check hardware
components (12p)
2.Open front cover of KSU (14p)
3.CO & Extension Board / Option
Board connection (38p/49p)
4.ipLDK-60 System Mounting (19p)
5.MBU, EMBU connection (24p)
6.Grounding KSU (17p)
7.Backup Battery installation (18p)
8.PSTN/E1/PRI cabling ( )
9.Terminals cabling (51p)
10.Accessories cabling
1.Install PC-Admin onto PC
2.Connect PC to System
3.Start PC-Admin
4.IP setting (System, PC-Admin)
5.Program major features as
instructed.
Step3
1.Check and Install necessary
hardware components for
Advanced Features
(CCR-VMIU, IP-VOIU, etc)
2.Start PC-Admin
3.Program advanced features as
instructed.
※ Declined lettering : Optional steps
4
Overview
Hardware
Installation
Basic Feature
Programming
Advanced Feature
Programming
ipLDK-60 hardware is composed of 3 categories. This part will give the overall list and brief description.
The following figure shows the devices which connect to the ipLDK-60 system.
System Connection Diagram
3 Categories :
1. Main system
- Basic system (BKSU)
- Expansion system (EKSU)
2. Optional CO/Extension Interface Boards
3. Terminals
- Digital telephones
- IP telephones
- Analog telephones
- Accessories (MOH, Alarm, etc..)
5
Overview
Category
1.Main
System
Hardware
Installation
Items
PSU
6
Advanced Feature
Programming
Board
1) BKSU
MBU
(Basic KSU)
2) EKSU
(Expansion
KSU)
2.Optional
CO and
Extension
Interface
Boards
Basic Feature
Programming
EMBU
Brief description
This is the basic system of ipLDK-60 that has the main system software running
on CPU. (MBU is the mother board of basic system)
This has basic CO/Extension interfaces and can be expanded with optional
interface boards. (Basic – 3 CO line, 1 DKT & 7 Hybrid Interface)
Option slots – one for capacity expansion, a MODU slot, VMIU/AAFU slot, VOIU
Slot and CMU slot
This is the expansion system of ipLDK-60 for capacity expansion. This is
controlled by main system software of BKSU and only provides additional CO &
extension interfaces. (EMBU is the mother board of expansion system – no
CPU)
This has basic CO/Extension interfaces and can be expanded with option
interface boards. (Basic – 3 CO line, 8 Hybrid Interface)
Option slots – one for capacity expansion, CMU slot
BKSU and EKSU has its own power supply unit respectively.
• 100~240 +/- 10% Volt AC input @47-63Hz, 90W
CHB308
(NTB417)
3 CO Lines and 8 Hybrid Interface Board
CSB316
(NTB418)
3 CO Lines and 16 SLT Interface Board
SLIB8
(NTB416)
8 SLT Interface Board
E1HB8
(NTB419)
E1R2 and 8 Hybrid Interface Board
PRHB8
PRI and 8 Hybrid Interface Board
VOIB
(NTB422)
Voice over IP Interface Board (4 Channels)
.Dual stacks of H.323 Revision4 and SIP Protocol
The channel can be expanded to 8 channels with optional VOIU unit.
Overview
Category
2.Optional
CO and
Extension
Interface
Boards
3.Terminals
7
Hardware
Installation
Items
VMIU
(NTB420)
AAFU
(NTB421)
Basic Feature
Programming
Advanced Feature
Programming
Board
Brief Description
Voice Mail Interface Unit (4 channels)
Max recording time : 123min (System greetings-24min, Users – 99min)
Max number of voice messages (800 ea)
Auto Attendant Function Unit (4 channels)
Max recording time : 33min (System greetings-24min, Users – 9min)
Max number of voice messages (800 ea)
MODU
(NTB413)
MODEM unit (33Kbps)
CMU50PR
(NTB415)
This is an optional unit mounted on BKSU or EKSU (CN9/10) to detect the
call metering signal for 50Hz and Polarity Reversal (3 channels)
CMU12PR
(NTB414)
This is an optional unit mounted on BKSU or EKSU (CN9/10) to detect the
call metering signal for 12KHz,16KHz or Polarity Reversal (3 channels)
LDP-6212D
(NTB424,
NTB426)
LDP-6230D
(NTB425,
NTB427)
Digital Key Telephone
.3Line LCD, 12 Flexible Button Display
.Dark Black(NTB424), Light Grey(NTB426)
Digital Key Telephone
.3 Line LCD, 30 Flexible Button Display
.Dark Black(NTB425) and Light Grey(NTB427)
LIP-6012D
(NTB433AA )
IP Telephone
.3Line LCD, 12 Flexible Button Display
LIP-6030D
(NTB434AA)
IP Telephone
.3 Line LCD, 30 Flexible Button Display
LDP-6248DSS
(NTB428)
48 Button DSS Console
LDP-DPB
(NTB429)
Door Phone Box
Hardware
Installation
Basic Feature
Programming
Advanced Feature
Programming
Step 1 provides the steps to install hardware appropriately for each customer site.
Based on customer requests, perform the installation as the following steps.
1-1) Unpack and check hardware components (Page 9)
1-2) Open front cover of KSU (Page 10)
1-3) Connect CO & Extension Board / Option Board if necessary. (optional) (Page 10)
1-4) ipLDK-60 System Mounting (Page 11)
1-5) MBU, EMBU connection ((Page 12)
1-6) Backup Battery installation (Page 12)
1-7) Grounding KSU (Page 12)
1-8) PSTN/E1/PRI cabling (Page 13)
1-9) Terminals cabling (Page 13)
1-10) Accessories cabling (Page 13)
8
Hardware
Installation
Basic Feature
Programming
Advanced Feature
Programming
1-1) Unpack and check hardware components
Open the box and check the components shown in below figures.
BKSU Components
Basic
Key Service Unit
Mounting Plate
CD manual
Tie cable
Anchor plug
EKSU Components
Power cord
Expansion
Key Service Unit
Power cord
Battery cable
Link cable
Screw
Jump wire
Rubber feet
Battery cable
Fuse
Tie cable
Rubber feet
Relay connector
Anchor plug
Screw
Fuse
Relay connector
Cables and Accessories
Cables and Accessories
9
Mounting Plate
Hardware
Installation
Basic Feature
Programming
Advanced Feature
Programming
1-2) Open front cover of KSU
1-3) CO & Extension Board / Option Board connection
Connect the necessary option boards at the right position described as in figure.
If there is no option boards necessary, step 1-2 and 1-3 can be skipped.
PRHB8
10
Hardware
Installation
Basic Feature
Programming
Advanced Feature
Programming
1-4) ipLDK-60 System mounting
There are generally 3 ways to install the system like WALL Mounting, RACK Mounting, DESK Mounting.
Select the proper place to install the system.
WALL Mounting
19” RACK Mounting
DESK Mounting
Rubber Feet
Anchor
plug
Screw
1.Attach mounting plate on the
wall with anchors and screws
2.Hook the System to the screws
on the wall with sliding-down
11
1.Attach the rack bracket to the
bottom of the System
2.Affix the bracketed System
onto 19” Rack with screws
1.Remove the backing paper of
rubber feet
2.Attach the rubber feet to the
bottom of the System
3.Mount the System on the Other
Hardware
Installation
Basic Feature
Programming
Advanced Feature
Programming
1-5) MBU, EMBU connection
This step is necessary to install both BKSU and EKSU. BKSU and EKSU can be connected via champ
cable which is provided with EKSU system. This can be skipped only with BKSU installation.
1-6/7) Backup Batter installation and Grounding KSU
BKSU/EKSU Linking
Battery Connection and Frame Ground
CAUTION
The equipment should be connected to a socket-outlet with
a protective ground connection
It is recommended that the ground cable is shorter than 1m(3.28ft)
It is recommended to use an external backup battery fuse (5A @250V)
between the battery and the System
12
Hardware
Installation
Basic Feature
Programming
Advanced Feature
Programming
1-8/9/10) Cabling for PSTN/E1/PRI, Terminals cabling, Accessories cabling
The MBU provides various interface for cabling of the different type of terminals. RJ45 is for internet
connection, RJ11 is for CO or Station line connection and so on. Refer to the bellow tables and do
cabling for your purpose.
BKSU Interface
1
MBU CO (MJ1)
TYPE
PIN
Number
RJ11
MBU MJ1–1,2,3
NO
Signal
Name
1,2 N/A
2
E1 Port ( E1HB8 ONLY)
TYPE
Pin
Number
RJ45
3,6,7,8 RESERVED
1
3,4 CO-T, CO-R
5,6 N/A
3
MBU Extension(MJ2)
MBU MJ2-1 (DKT ONLY)
TYPE
PIN
NUMBER
RJ11
NO
1
N/A
2
DKT-T
3,4
1
2
13
3
4
SIGNAL
NAME
ALARM_
Detection
SIGNAL
NAME
NO
TX+
2
TX-
4
RX-
5
RX+
4 * MBU Extension (MJ2)–2,3,4,5,6,7,8
TYPE
RJ11
PIN
NUMBER
NO
SIGNAL
NAME
1
N/A
2
DKT-T
3,4 SLT-T, SLT-R
5
DKT-R
5
DKT-R
6
N/A
6
N/A
* notes :
1) When installing DKT or SLT on Hybrid Ports, (MJ2-2,3,4,5,6,7,8), keep the
above pin assignment. Otherwise the DKT or SLT will not operate normally.
2) Centered 2-wired cable is used for SLT connection, and 4-wired cable is
used for DKT connection each. But in case of DKT, just 2 outer ones of
4 wires are used actually.
Hardware
Installation
Basic Feature
Programming
Advanced Feature
Programming
1-8/9/10) Cabling for PSTN/E1/PRI, Terminals cabling, Accessories cabling
The MBU provides various interface for cabling of the different type of terminals. RJ45 is for internet
connection, RJ11 is for CO or Station line connection and so on. Refer to the bellow tables and do
cabling for your purpose.
BKSU Interface
1
MBU External Music Source(PJ1)
TYPE
COLOR
2
TYPE
FUNCTION
RED
2
TYPE
4 PIN
1
4
FUNCTION
BLUE
External
Paging
4
LAN (MJ3) Pin Assignment
Pin
Number
SIGNAL
NAME
NO
SIGNAL NAME
1
Relay 1-pin1
2
Relay 1-pin2
3
Relay 2-pin1
2
TX-
Relay 2-pin2
3
RX-
6
RX+
4
14
External
Music Source
Relay Contact Pin
Assignment (CN13)
3
COLOR
Audio Jack
Audio Jack
3
MBU External Paging(PJ2)
TYPE
RJ45
NO
4,5,7,8 RESERVED
1
TX+
Basic Feature
Programming
Advanced Feature
Programming
Step 2 provides the procedures to configure the basic-level features of ipLDK-60 system,
which are mostly fundamental and typical in the real customer sites.
Most steps in this section are necessary to be configured in order to get the most effective usage of
the system. Detail settings may vary on site-by-site.
2-1) Initializing hardware configuration automatically (Page 16)
2-2) Installing PC-Admin Program and connecting PC to the system (Page 17)
2-3) Describing the basic menu trees of PC-ADMIN Program (Page 18)
2-4) Setting the nation code as “Brazil” (Page 19)
2-5) Understanding the default configuration (Page 20)
2-6) Performing the basic programming on the key items (Page 21)
2-6-1) “Numbering Plan” - change the station number if requested
2-6-2) “CO Ring Assignment” – Assigning which CO line incoming calls go to which station(s)
2-6-3) “CO Group Access Station” – Assigning which stations use which CO lines
15
Basic Feature
Programming
Advanced Feature
Programming
2-1) Initializing hardware configuration automatically
ipLDK-60 system software should be initialized at its first installation to properly read the hardware
configuration. Get all the necessary interface boards assembled before power on.
This initialization process applies only for the 1st hardware configuration. If hardware add-on cases,
different procedure should be followed. Refer to the Hardware Installation manual for the details.
*2)
SW1 DIP 4 “on”
Procedure :
1) Complete all hardware installations and wiring.
*2) Before system power on, check the SW1 DIP4 “on” at the
MBU on BKSU.
3) Then, power on. System software automatically starts and
processes the initialization which takes less than a minute.
*4) Set the SW1 DIP4 “off” to protect from Database reinitialization after the initialization just in case of any types of
system failure. This is the completion of this process.
Now, system is ready to provide the default call services,
which will be explained at the next page.
*4)
Notes :
MBU on BKSU
SW1 DIP 4 “off”
16
System Database (DB) will be refreshed when it restarts in
any reason with SW1 DIP4 “on”.
It is necessary to check the hardware configuration to
make sure that automatic initialization is properly performed.
This can be checked at Pre-programmed/Configuration
(PGM101~103).
Basic Feature
Programming
Advanced Feature
Programming
2-2) Installing PC-Admin Program and connecting PC to the system
There are two ways to do the programming of ipLDK-60 system - 1) PC-ADMIN, 2) Keyset-ADMIN
This guide will be primarily based on PC-ADMIN. For Keyset based ADMIN, please refer to the
programming manual.
5
3)Direct LAN
connection
5-2
1), 2)
1) Install PC-Admin S/W on your PC
by running “Setup.exe” file of
PC-Admin. Get the PC-Admin Setup
file at www.LG-Nortel.com.br
PC Requirements :
9 Pentium Celeron 233M or above,
9 at least 64MB RAM,
9 MS Windows NT/2000/XP
2) Set the IP Address of PC
IP Setting on PC : 192.168.1.x,
Delete Gateway/Subnet field.
Default IP of ipLDK-60 :
192.168.1.1
5-1
4)
4) Run the PC-Admin
program on your PC.
You will see the login
pop-up window.
Input ID/Password
ID : “Administrator”
P/W : “0000”
6
6-1
7
7)Enter the connection password.
(Default : no password – Just Enter)
You will see the main PC-Admin Window.
Now you are ready to do the basic Admin.
3) Connect PC and ipLDK-60
(LAN port on MBU) via LAN directly
17
5) Go to Tools/ Site
management. Input
Name and System IP.
Default : 192.168.1.1.
and Save. Other fields
are optional.
6) Position the mouse on
the Site and click the
right button. Click
“Connect(LAN)
Basic Feature
Programming
Advanced Feature
Programming
2-3) Describing the basic menu trees of PC-ADMIN Program
This describes the basic level of menu architecture of PC-Admin program. Even though sophisticated
administrations can be performed with this program, for the beginners, it is strongly recommended to
simply follow the instructions and fully understand this guide in advance.
Later on, complex levels of programming can be learned through the programming manual.
6) 7) 8)
1)
9) 10)
2)
3)
4)
5)
* Refer to the PC-Admin user guide for the details.
18
1) System software category (Office Version only available)
2) System Software Version with release time
3) PC-Admin Program Version with release time
4) Selected country and site name
5) Programming menu tree. Each programming field can be
accessed by double clicking
6) File
Connect / Disconnect to the system
7) Tools
Site Information for multi-site information management
User Management, Level management
☞ Access authority to the programming menu in
different level can be managed
8) Option
Language can be selected either Local or English
9) LDK Utility
LDK DB upload/Download
LDK Remote Diagnostic
LDK Upgrade
LDK Speed Editor Path
LDK Speed Editor
10) Help at the last
Basic Feature
Programming
Advanced Feature
Programming
2-4) Setting the nation code as Brazil
It is necessary to set the system nation code as “Brazil” to load the default values for Brazil market as
the first step.
1) Select the nation as “Brazil”
at Location information
(PGM100).
1)
2) Check SW1 DIP4 “on” and click update
3) Reset the system by pressing the reset button on
MBU. Then all default configuration for Brazil will be
loaded
2
4) Position SW1 DIP4 “off” after the system reboot.
4 3
19
Basic Feature
Programming
Advanced Feature
Programming
2-5) Understanding the default configuration
Once hardware installation(Step1) and initialization(Step2-1) are completed, ipLDK-60 is ready to provide
basic call services as followings based on the default configuration prior to any programming.
From this default operation, it is necessary to do the planning of the programming for the customer site.
It is recommended to use the customer requirement check-list (refer to Page 68) for effective planning.
Default Numbering plan :
Default configuration & operation
1) CO and station port numbers are assigned as in figures by default.
CO number is assigned from left to right : CO1/2/3, CO4/5/6 at the upper
Station number is assigned from left to right : 100~107, 108~115 at the upper
STA2(101) is set as the system attendant.
Default Call Operation :
[308] Configuration
[616] Configuration
20
1) Incoming calls from any CO lines go only to STA2(101).
Then, STA2 can transfer the call to the other station as requested.
2) For outgoing calls, press “0” followed by the destination number.
System will seize one of idle CO lines from CO1 to CO3 orderly by default for
308 basic case. There is no restriction pre assigned to make any type of calls
like local, long distance, international.
3) For station to station internal calls, press the extension number directly.
4) These call services are the same for 24 hours, set as Day mode.
Above default numbering plan & operation can be modified accordingly from
the customer requests. These lists below can address most of typical
requirements for small companies (Details are the Step 2-5)
1) “Numbering Plan” - change the station number if requested
2) “CO Ring Assignment” - which CO line incoming calls go to which station(s)
3) “CO Group Access Station” - which stations use which CO lines
4) Change the default value for the basic feature operation such as call restriction
by station, MOH change, flexible button assignment for digital telephone
and many more. ☞ These modifications depend on the customers demand.
Basic Feature
Programming
Advanced Feature
Programming
2-6) Performing the basic programming on the key items
This part gives the instructions to the basic programming on the typical items for small companies.
As explained in Step 2-5), the followings are most frequently requested items for basic programming.
2-6-1)“Numbering Plan” - change the station number if requested
2-6-2)“CO Ring Assignment” – Assign which CO line incoming calls go to which station(s)
2-6-3)“CO Group Access Station” – Assign which stations use which CO lines
2-6-4) Change the parameters for the most frequently requested features.
The terms in Parenthesis above are used for ipLDK-60 administration.
Even though these terms are not general terms, it is important to understand the terms and concepts
clearly. These are described in details in later-on sections.
21
Basic Feature
Programming
Advanced Feature
Programming
2-6-1) “Numbering Plan” - change the Station Numbers and Feature Code if requested
By default, the station number is set from 100~147 matched
with the hardware port number as in the figure on the right. The station
number can be changed by range or station by station. In addition to station
number changes, there are several sets of feature codes available. Note
that the station number should not be the same as the feature code
numbers. For details, refer to the Programming manual.
1)Change by range
2)Change station by station
108
…
115
100
…
107
Station number change by station
1)
2)
3) (station)
1) Go to Pre-Programmed/Numbering Plan(PGM104~109) in
the menu tree and double clicking.
2) Position the mouse at the station number to change and
click the right button. Click again the Update Tool.
3) Put the new station number and click “update station
number”
Station number change by range
3) (Range)
22
1) Go to Pre-Programmed/Numbering Plan(PGM104~109) in
the menu tree and double clicking.
2) Position the mouse at the station number to change and
click the right button. Click again the Update Tool.
3) Put the new station range and click “update station
number”
Basic Feature
Programming
Advanced Feature
Programming
2-6-2) CO Ring Assignment – Assigning which CO line incoming calls go to which
station(s)
By default, all incoming CO calls are switched only to STA2(101). This default call routing only to station 101 can be
modified generally in 3 ways as follows.
- Incoming calls via specific CO line(s) can be programmed to go to a certain station or multi stations.
- Incoming calls via specific CO line(s) can be programmed to go to a station group (Also called as “Hunt Group”.)
- Incoming calls via specific CO line(s) can be programmed to go to DISA (This is for assigning AA(Auto attendant))
* If a CO line is assigned for DISA above, the system AA is activated. AA activation scenario will be explained in Step 3.
** These incoming call distribution could be differently programmed among 3 options above by time of day. Default mode
is Day mode, which applies the same for 24hours. In this guide, the default operation mode will only be referenced.
Therefore, any call distribution exampled here will be applied the same for 24 hours.
Here, the following 2 typical cases will be guided with examples.
(The 3rd DISA case will be explained at Step 3-12 CCR)
① CO1 calls go only to DKT1(100)
② CO2/3 calls go to a station group (101~107) - Next page
with circular ringing -one station ringing at a time.
①
②
Assigning CO1 calls to DKT1(100) :
1) Go to CO Line Base Program/CO Ring Assignment
(PGM144/145) in the menu tree and double clicking.
2) Choose CO line number “1” and press Refresh button.
3) Click the right button of mouse and click “Update Tool”
4) Select Mode as “Day”. Select Type as “Station”
5) Input 100~100 at “Range Start” and “End”.
6) Press “update” when you complete.
2)
1)
3)
Deleting default-assigned STA2(101) from CO1 :
4)
5)
6)
Go to step 3) above. Input 101~101at “Range Start” and “End”.
Mark “Delete Ring Assignment” at the bottom of the window.
Click update.
Now, CO1 Incoming calls go only to DKT1 (100).
23
Basic Feature
Programming
Advanced Feature
Programming
2-6-2) CO Ring Assignment – Assigning which CO line incoming calls go to which
station(s)
This is the 2nd example of CO line call distribution
② CO2/3 calls go to a station group (101~107) with circular ringing -one station ringing at a time.
Before CO Ring Assignment, Hunt group should be preassigned in advance.
Assigning Hunt Group :
1)
2)
5)
3)
5-2)
4)
5-1)
6)
1) Go to Station Group/Station Group (PGM190/191) in the
menu tree and double clicking.
3) Select “Circular” as Group Type.
4) Select “on” for Pick-up group attribute.
5) Add stations (101~107) from station list to Member field by
selecting the station and pressing “>” button.
Now, Hunt Group 620 is successfully established
Assigning CO2 to STA2~STA7 (101~107) :
1)
1) Go to CO Line Base Program/CO Ring Assignment(PGM144/145)
in the menu tree and double clicking.
2) Choose CO line number “2” and “3”. press Refresh.
4) Select Mode as “Day”. Select Type as “Hunt Group” and put the
group number “620”
2)
3)
3
4)
5)
24
Now, incoming calls from CO2/CO3 will go to STA2~STA8
(101~107). All idle stations will ring simultaneously.
Basic Feature
Programming
Advanced Feature
Programming
2-6-3) “CO Group Access Station” – Assigning which stations use which CO lines
By default, when a station tries an outgoing call, the system seizes a CO line from CO1 to CO3, which
is in the idle status. This can be modified appropriately to the customer requirements.
For example, system can be programmed that certain stations use only certain CO lines.
Below are the steps for this programming.
① Divide CO lines as groups requested. By default, all CO lines are assigned as CO Group 1.
② Then, assign a specific station or a station group to a CO group.
Example
Default Configuration
For an outgoing call, a station can use any CO line which
is idle in order. CO1~3 is grouped as CO group 1 by
default.
25
Let’s assume a customer request as follows.
CO1 is only used by Station 100
CO2 and CO3 are shared by station 101~107
Programming steps to apply above examples.
Assign CO2 and CO3 as CO Group 2
Assign 101~107 to use Group 2 (CO2/CO3)
☞ Detail procedures are on the next page
Basic Feature
Programming
Advanced Feature
Programming
2-6-3) “CO Group Access Station” - which stations use which CO lines
These are the programming procedure for the example.
2)
3)
2)
1)
3)
5)
1)
4)
4)
6)
7)
5)
Assigning CO2 and CO3 as CO Group 2 :
1) Go to CO Line Base Program/CO Line list
(PGM140/141/142/143) in the menu tree and double clicking.
2) Input CO line number “2” and “3”.
3) Click the “CO Attr I” button. CO line Attribute I (PGM141)
window will pop up.
Update tool will be showed at the bottom side.
5) Put the CO number “2” and “3”
6) Select the CO Group as “2”.
7) Click update button..
5-1)
Assigning 101~107 to use CO Group 2 (CO2/CO3) and
Deleting 101~107 from CO Group 1 (CO1)
1) Go to Station base Program/CO Group Assess Station
(PGM117/131) and double click.
2) Choose CO Group number as “2”
4) Input the station number “101” at Start , “107” at End and click
Get button.
5) Mark the check box for Access CO Group 2 to add and
uncheck the check box for Access CO Group 1 to delete,
which is assigned by default. Then, click Update button.
Now, CO2 and CO3 are grouped as CO group 2.
And Stations 101~107 use CO group 2(CO2/CO3) as their
CO lines for outgoing calls.
26
Basic Feature
Programming
Advanced Feature
Programming
These are the programming examples for the most frequently requested items from the customers such
as COS(call restriction setting), Flexible button assignment for digital/IP telephones, Registering system
speed dial list, MOH(Music on Hold), Doorphone installation, Date/Time change of the system.
> Station COS / CO COS (Class of Service)
Station COS is to allow or deny types of calls from the internal stations with different levels of restriction/allowance rules.
CO COS is to allow or deny types of calls on CO lines with different levels of restriction/allowance rule.
By default in ipLDK-60, all stations and CO lines are assigned as COS level 1, no restrictions.
So, any types of calls like long distance or international calls can be made from any stations through any CO lines. There
are 9 different levels of COS setting (V3.7Ff version) on both station and CO, which can be applied in combination. This
can be programmed on either station or COS or Both. Below is the rule table. Generally, station COS rules cover most of
the requirements. For example, Station COS level 2 is ruled by Exception Table A. Station COS level 3 is ruled by Table B.
1
For this assignment,
follow below 2 steps.
① Make the exception table
for allowance and denial
for certain numbers.
② Apply the COS level
on stations or CO lines
At next page, a simple example
will be given.
S
T
A
T
I
O
N
C
O
S
CO LINE COS
3
2
1
Default Unrestricted
Unrestricted
Unrestricted
2
Table A
Table A
Table B
3
Table B
Unrestricted
Unrestricted
4
Table A,B
Table A
Table B
Canned
Restricted2
Canned
Restricted1
Intercom
Only
Canned
Restricted2
Canned
Restricted1
Intercom
Only
Canned
Restricted2
Canned
Restricted1
8
Table C
Table C
Unrestricted
9
Table D
Table D
Unrestricted
5
6
7
4
Canned
Restricted
Canned
Restricted
Canned
Restricted
Canned
Restricted
Canned
Restricted1
Canned
Restricted1
5
Unrestricted
Unrestricted
Unrestricted
Unrestricted
Unrestricted
Unrestricted
Intercom Only Intercom Only Intercom Only
Canned
Restricted1
Canned
Restricted1
Unrestricted
Unrestricted
Typical usage.
27
Basic Feature
Programming
Advanced Feature
Programming
COS(call restriction setting), Flexible button assignment for digital/IP telephones, Registering system
> Station COS / CO COS (Class of Service)
1)
4)
4)
2)
2)
1)
3)
3)
5)
Making Toll exception table A :
Making Toll exception table A :
1) Go to Tables/Toll Exception table
(PGM 224) in menu tree
2) Click the right button of mouse and
click “Update Tool”
3) Input “any access code” to allow and
press Update button. Repeat step 3
if you have other numbers to put in.
If you put “002” here, it means that
any calls which start “002” are allowed.
28
4) Click Deny A button right under Allow A.
5) Input “any access code” to deny and
press Update button. Repeat Step 5 if you
have other numbers to put in. If you put
“003” here, it means that all calls starting
“003” is restricted.
Now, this means only 002 is allowed.
Other than 002, all number starting 00 will
be denied.
1) Go to Station Base Program/Display Station
COS (PGM116/130) in menu tree
2) Click the right button of mouse and click
“Update Tool”
3) Input the station range , “101” at start and
“107 at End. Select Day COS as “2” and
Night COS as “2” and click Update button.
4) COS can be displayed. Put the station
range to check and click View button. The
COS will be displayed for day and night.
Basic Feature
Programming
Advanced Feature
Programming
> Flexible button assignment for digital telephone
Flexible buttons on digital/IP telephones can be programmed and used in many ways. On each flexible button, CO line,
Station, Speed dial number or Frequently Used Functions can be assigned. With these assignment, the assigned function
is executed with a click of the button. This assignment can be performed via PC-Admin Program very easily.
This will be explained with examples with most typical cases. By default, Flexible button 1 to 8 are assigned as followings
in left picture below. Both pre-assigned buttons and N/A(Not Assigned) buttons can be assigned with new designations as
requested. Here most typical cases will be explained with examples.
Default Assignment
[LDP-6230D]
1
13
2
14
CO1 N/A
CO2 N/A
3 CO3 N/A
4 CO4 N/A
5 CO5 N/A
6 CO6 N/A
7 CO7 N/A
8 CO8 N/A
9 Loop N/A
10 N/A N/A
11 N/A N/A
12 N/A N/A
1
2
3
4
5
[LDP-6212D]
29
6
CO1
CO2
CO3
CO4
CO5
CO6
Example Assignment
15
16
17
18
19
20
21
22
23
24
CO7 7
CO8 8
Loop 9
N/A 10
N/A 11
N/A 12
[LDP-6230D]
1
CO1 SS113
CO2 SS214
3 CO3 SS315
4
SS416
5 100 SS517
6 101 SS618
7 102 SS719
8 103 SS820
9 104 SS921
10 105 SS10
22
11 106 Functions
23
12 107 N/A 24
2
1. Assign station number 100~107 on Flex 5~12
2. Assign 10 Speed dial numbers (10ea) on Flex13~22
3. Assign Functions on Flex 23
Basic Feature
Programming
Advanced Feature
Programming
> Flexible button assignment for digital telephone
1)
2
)
3
)
30
Update tool
6)
4
)
7)
8)
9)
Assign station # 100~107 on Flex 5~12 respectively :
Assign 10 Speed dial numbers (10ea) on Flex13~22 :
1) Go to Station Base Program/Flex Button
Assignment (PGM115/125) in menu tree
2) Put the station number and click the Refresh.
3) Click the right button of mouse and click
“Update Tool” again.
4) Click the flexible number 4. Select Type as
{Station xxxx} and input the station number
as “100”. Then click Update button.
4-1) Repeat step 4 for flexible button 5~12 in
the same way.
Now, direct call can be made to the internal assigned
station with one touch of the flexible button.
6) Click the flexible number 13.
7) Select Type as {System Speed xxxx} and input system
speed bin number(storage number) as “2000”. Then click
Update.
7-1) Repeat above step 6 for flexible button14~22 in the same
way as above
Assign Functions on Flex23 :
8) Click the Flexible number 23.
9) Select Type as “Pickup” and Value as “Group call pick-up”
and update.
Basic Feature
Programming
Advanced Feature
Programming
> Registering system speed dial list via Speed Editor
There are two types of speed dial functions.
1)System speed dial – The numbers can stored in the shared storage, upto 500 numbers. Number range : 2000~2499.
2)Station speed dial – The numbers are stored in the individual storage, upto 100 numbers. Number range : 00~99.
This gives the guide how to make the system speed number list via PC-Admin.
These system and station numbers can be also stored via a station. Refer to the Programming manual for the details.
3)
Downloading
existing Speeddial number from
system
1)
3)
2)
1)
4)
2)
2-1)
2-2)
4-1)
Linking the Speed Editor
Program
1) Get the speed editor program
from the CD-ROM for manuals
or go to www.lgnortel.com.br
2) Run the PC-Admin Program
3) Go to Utility/Speed Editor path
and click.
4) Browse the path where Speed
Editor program is stored and
click ok.
31
3)
3-3)
Uploading
The updated
Speed-dial
number from
system
3-1)
1)
3-2)
Connecting the system
1) At PC-Admin, go to Utility/Speed Editor
2) At Speed-Editor,go to Connection/Connect
3) Set the IP Address of the system to
connect and click Ok. Click Connect again
2-1)
1) Go to File transfer
/download
2) Select the range.
Select where to
download
3) Then, open the
file and update
2)
1) Go to File transfer
/upload
2) Browse the file
and click ok
Basic Feature
Programming
Advanced Feature
Programming
> Assigning MOH tone
ipLDK-60 system provides high-quality MOH (Music on hold). When a call is placed on hold, system provides a Music on
Hold. There are 13 kinds of MOH in ipLDK-60. By default, “Romance” is pre-assigned and this can be easily changed as
followings.
1) Go to System Base Program/Music (PGM171) in
the menu tree and double click.
2) Select any on the list.
1)
32
2)
Basic Feature
Programming
Advanced Feature
Programming
> Doorphone
Doorphone can be installed on the front door of a company and a call by any visitor can be placed to the
specific station (attendant). As well, automatic door open function can be assigned.
Doorphone installation example
1) Choose the place for the doorphone and install it. For the detail
guideline, refer to the Hardware installation manual.
Cable the doorphone and any station port in the system as the
same way for digital terminal cabling.
2) After hardware installation, following 2 cases need to be
programmed.
Doorphone assignment for station 101 port should be
set on (ICM Box signaling on)
Flexible button for Doorphone (107) needs to be assigned on
station 101.
1)
Door
Lock
3)
2)
With this button set, the designated extension can receive the
call and open the door
3) For automatic door open, install proper relay on the door and
cable to one of relay contacts (1~4). This example is the case
to use relay contact 1
Then, you have to set this relay contact as for door open
(PGM168)
For door open, press (#*1) on the designated station.
33
Basic Feature
Programming
Advanced Feature
Programming
> Doorphone
5)
2)
4)
1)
9
6)
8)
3)
7)
9-1
34
Assign station 101 as doorphone
extension :
Assign a flexible button on 101 as
designated extension for doorphone :
Assign relay contact for
automatic door open :
1) Go to Station Base Program/Station List
(PGM110/111/112/113/114) in menu tree.
2) Put the station number for doorphone box
as “101” and click fresh. Click the right
button of mouse and click “Edit Tool” .
3) Check the ICM Box signaling “on”. Then
click “Edit OK”. Then click update for save.
4) Go to Station Base Program/Flex Button
Assignment(PGM115/125) in menu tree
5) Put “101” at station number and click refresh.
6) Choose a flexible button and click the right
button of mouse. Then click update tool
7) Choose “Station xxxx” and input 107 at the
Value position. then update.
8) Go to Station Base
Program/External control
contact (PGM168) in menu tree
9) Click the right button of mouse
and click “Update Tool”. Set
contact as “Door open” and
click update.
Version 1.0
ipLDK-60
Simple integrated version of manuals for installation and programming
Step 3 – Advanced Feature Programming
Advanced Feature
Programming
Step 3 provides the procedures to configure the advanced features. With these features in proper
use, a great deal of ipLDK-60 system features can be delivered to the customers.
3-1) DB upload / download (Page 36)
3-2) Software upgrade (Page 38)
3-3) E1R2 (Page 40)
3-4) PRI (Page 43)
3-5) Hunt Group – UCD (Page 50)
3-6) Installing VOIB board (Page 52)
3-7) IP Extension – Phontage (Page 54)
3-8) IP Extension – IP Phone (Page 56)
3-9) SIP Trunk Service (Page 58)
3-10) Off-line PC-Admin (Page 60)
3-11) LCR (Page 61)
3-12) CCR (Page 63)
2
Advanced Feature
Programming
3-1) Database Upload/Download
For the effective management of system admin, DB can be easily downloaded and uploaded.
During DB download, ipLDK-60 can be in normal operation. During DB upload, no admin changes are allowed
by PC-Admin or Keyset Admin. After DB upload completion, ipLDK-60 will be reset automatically if “Automatic reset” is “on”
Advantages as follows
- Database Backup/Restoration for emergence cases or any type of failures.
- Downloaded DB file can be edited for upgrade or reuses for other similar customer sites without live connection to
ipLDK-60 Æ Use “Off line PC Admin” program for off-line DB editing – refer to Step 3-10).
- Local or remote connection is supported (LAN/Modem, *Serial connection - local only)
3-1-1) Database download 3-1-2) Database upload
Here, Up/download via LAN will only be explained (it is most simple)
3-1-1) Database download
1)
3)
4)
2)
2-1)
1-1)
* Check system IP/gateway address in advance. (PGM108)
1) Start the PC-Admin. Without system connection, click the LDK Utility/
LDK DB Upload/Download and select the system type as ipLDK-60
2) Select DB download and check “TCP Connection.
3
3) Input the system IP address to connect and Admin
Password (No password by default.)
* For remote connection, Public IP should be
assigned on the connected system in advance.
4) Browse where to save with the DB name. Then click
next. Downloading monitor trace box and progress
window to be popped up (See the next page).
Advanced Feature
Programming
3-1) Database Upload/Download
3-1-1) Database download (Continued)
3-1-2) Database Upload
2)
.
5)
3)
6)
7)
Database upload can be done locally or from the
remote site. The DB should be ready in advance.
The overall procedures are quite the same as DB
Download described at “3-1-1) Database download”
8)
5) Click the Start button. DB download will be started.
6) DB file transferring status will be shown with a pop-up window.
7) Success pop-up will be shown if it is performed successfully.
8) Click “No” to end.
4
4)
At step 2) DB upload should be checked
At step 4) Browse the DB to upload.
Then, click the start at Step 5
• Others are exactly the same as DB download
Advanced Feature
Programming
3-2) Remote Software Upgrade
System Software can be upgraded remotely via TCP/IP or Dial-up modem connection.
With this capability, a lot of time and cost can be saved.
ipLDK-60 system should be assigned with an Public IP address in advance.
* In local connection, private IP is ok. PC and system are set to be in the same zone.
New system software(i.e. GS88P-38AP.bin) should be prepared in advance.
Existing database in old software automatically fits into the new software.
1)
3)
2)
4)
1-1)
* Check system IP/gateway address in advance. (PGM108)
1) Start the PC-Admin. Without system connection, click the LDK
Utility/LDK DB Upgrade and select the system type as ipLDK-60
2) Select the connection type as “TCP Connection.
5
3) Input the system IP address and Admin
Password (No password by default.)
4) Browse the system software to upgrade.
Then, click next.
Advanced Feature
Programming
3-2) Remote Software Upgrade (Continued)
7)
8)
5)
6)
7) Once new software (GS88P-38AP.bin) is successfully transferred
and verified, system disconnect the session and start replacing
the old software with new software at Flash ROM.
Don’t touch anything on the system while system replace
software
After completing the upgrade, ipLDK system restart
automatically
8) Click “No” to end.
5) Click the Start button. DB download will be
started.
6) DB file transferring status will be shown with
a pop-up window.
If6you press [Start] button, the transfer window willLG-Nortel
be displayed.
Confidential Information
Advanced Feature
Programming
3-3) E1R2
E1HB8 supports E1R2 signaling. Full 30 voice channels or fractional channels are supported
as well.
3-3-1) E1R2 Board (E1HB8) Installation.
3-3-2) Board Programming.
- Check the CO line numbers (range) – Full R2 channels (30channels), Fractional channels.
- Assign CO type as DCO DID for R2 signaling.
- Assign DCOB CO type for Both-way call service CO line”.
* By default, E1R2 is set as Incoming DID line (Incoming DID call only – no outgoing call via this CO lines)
3-3-1) E1R2 Board Installation
1) Install E1HB8 at CN2 on the BKSU
2)
1)
2) Wiring the cable between E1R2 and DSU
equipment
TYPE
RJ45
Cabling Guide
7
Pin
Number
SIGNAL
NAME
3,6,7,8 RESERVED
TX+
1
NO
2
4
5
3) Connect the E1R2 line on the port of E1H8
board.
* DSU and E1 line should be previded by a
service provider in advance
TXRXRX+
Advanced Feature
Programming
3-3) E1R2
3-3-2) Board Programming
1)
2)
3)
4)
2-1)
1) Go to pre-programmed/configuration
3) Position the mouse CO line4 and click the right button.
(PGM101~103) in the menu and double click.
4) Click again the “Update tool”
2) Position the mouse on slot 6 “DCOB” and click
the right button. Select “CO Data View”
8
Advanced Feature
Programming
3-3) E1R2
3-3-2) Board Programming (Continued)
7-1)
7)
8)
9)
5)
6)
5) Input CO range. If 10 channels are used,
put “ 4~13”.
6) Then, choose type as “DCO DID” for R2 signaling.
Click update.
9
10)
6-1)
10-1)
7) Input CO range “4~13”. Click Refresh. CO information
to be popped.
8) Click the right button of mouse then click Update tool
again.
9) Input CO range at 4~13.
10) Select DCOB CO type as 0(Cyprus) for both-way call.
Then update.
Advanced Feature
Programming
3-4) PRI
Pre-requisite before PRI installation and programming.
-“How many simultaneous calls(PRI Channels, which is CO lines)” and “how many DID numbers to use(Destination
stations)” should be decided by the customer and contracted with the service provider.
-Station numbers could be assigned the same as DID numbers subscribed from the Telco or can be assigned based on
internal station number plan differently.
-PRI channels(CO lines) are not directly dedicated to the specific station numbers. So, this should be handled by the
system. To do so, ipLDK-60 should be programmed properly.
-With the shared-use mechanism of PRI channels by any stations, it is required to give the caller’s ID (DID number) to
the callee for any outgoing calls. In order to do this by ipLDK-60, it is required to be programmed as “outgoing caller ID
assignment”
- For any incoming DID calls, it is required to convert the DID number to the dedicated internal station number if the
station numbering plan is different from the subscribed DID numbers.
Here, this will be explained with one of typical examples
a.10 PRI channels to be subscribed which will be assigned as CO4~CO13. (There is basic CO1~3 so, next 10 CO
channels are assigned from CO4 to CO13. if 30 channels are subscribed, it will be CO4 ~ CO33)
b. Subscribed DID numbers are 031-450-5001~5024 (24 stations)
c. Internal station numbers are assigned the same as the DID subscriber number.
Procedures to program the above case.
3-4-1) PRI Board (PRHB8) Installation on BKSU.
3-4-2) Assign the station number from 5001~5023
Æ refer to “Basic feature Programming – Step 2-1”
3-4-3) Assign CO type as ISDN DID
3-4-4) Outgoing Caller ID assignment
Æ Station number conversion to DID number
3-4-5) Incoming call assignment
Æ DID number conversion to station number
10
Station
DID
numbers numbers
5001
5002
5001
5002
.
.
.
5024
1) 10 PRI Channels
PRI
2) Subscriber numbers
031-450-5001~5024
5024
Advanced Feature
Programming
3-4) PRI
3-4-1) PRHB8 Board Installation on BKSU
1) Install PRHB8 at CN2 on Basic MBU(BKSU).
* DIP SW4 of PRHB8 should be at PRI position.
1)
2) Wiring the cable between PRHB8 and DSU
equipment as guided. (4wire cabling)
2)
3) Connect the PRI line on the port of PRHB8
board.
* DSU and PRI line should be provided by a
service provider in advance
TYPE
RJ45
Cabling Guide
Pin
Number
SIGNAL
NAME
4,5,7,8 RESERVED
TX+
1
NO
2
3
6
TXRXRX+
3-4-2) Assign the station number
Æ If the basic numbering plan is to be used, this step can be skipped.
Æ If necessary to assign the station number, refer to the Step 2-1) the basic
feature programming.
11
Advanced Feature
Programming
3-4) PRI
3-4-3) Assign CO type as “ISDN DID”
Æ This is to assign the incoming calls to go to the destination directly.
4)
1)
3
2)
2-1)
3-3
3-1
3-2
Assign CO4~33 as “ISDN DID”
1) Go to pre-programmed/configuration
(PGM101~103) in the menu and double click.
2) Position the mouse on slot 6 “PRIB” and click the
right button. Select “CO Data View”
12
3) Position the mouse at the CO number “4” and click the right
button. Click the Update tool. Put the CO number range for
“4~33”, select the type as ISDN DID. Click update.
4) Click CO ISDN Attr button on the right top side
Advanced Feature
Programming
3-4) PRI
3-4-4) Outgoing caller ID assignment
Since the PRI channel is commonly used,
the system should give the callers ID (DID number) to the PX
on every outgoing call to give the right CID number to the
callee. If this is not programmed, the PX will provide the caller 5002
ID randomly among the subscribed DID numbers, which will
be wrong generally.
Area code Subscriber
number
031 450 5002 Æ
5002
PRI
PX code
5)
6)
4-3)
4-1)
4)
4-2)
7)
7-1)
13
7-2)
4) Input the CO range. Then Select CLIP Table Idx
as “0”, Call type as “National”, CLI type(0~2) as “Normal”
and click update. Leave others unchanged.
5) Then click the “CO Attr III” button.
13
6) Click the right mouse button on CO line 4 and click
the update tool again.
7) Input the CO range. Then Select Outgoing prefix code
insert as “off”. Then update.
Advanced Feature
Programming
3-4) PRI
3-4-4) Outgoing caller ID assignment (Continued)
9-1)
8-1)
9-2)
9)
8)
8-2)
9-3)
450
9-4)
Assigning Area code
8) Go to ISDN System base program/ISDN Attributes
(PGM200). Input area code “031” as in this example.
Then update.
14
Assigning PX code
9) Go to ISDN System base program/COLP Table
(PGM201). Position the mouse at Index 0 and click
the right button of mouse.
Click Update tool. Input “450” then update.
* No need to assign the subscriber number because it’s been
already assigned the same between the station number and
DID number.
Advanced Feature
Programming
3-4) PRI
Incoming calls are distributed with the number provided from the
Telco PX, which is 3-digit or 4digit at the last. Need to check with
the carriers. ipLDK-60 should be programmed accordingly with
these numbers from the Telco to the destination.
11)
11-1)
12-2)
12)
15
12-1)
Å 031 450 5001
PRI
Å 031 450 5024
5024
5024
11) Position the mouse at CO number 4 and click
the right button. Click again “Update tool”
13)
13
5001
10) Go to CO Line Base Program/CO line list
(PGM140/141/142/143).
Then, Go to CO ISDN Attributes(PGM143) by
clicking “CO ISDN Attr”
10-1)
13
10)
5001
12) Input the CO range number “13”, Check DID
remove number as “0”. Click update.
If the station number and DID number is
different, this should be checked accordingly.
0
Advanced Feature
Programming
3-4) PRI
13) Go to CO line Attribute III(PGM146) by
clicking “CO Attr III” or directly click the
PGM146 at the menu tree.
13-1)
14) Position the mouse at CO line number
13)
“4” then click the right button.
Click the Update tool
15) Input the CO range as “13”. Select DID
RCV Digit Number as “4”. Input DID
14) 14-1)
Digit Conversion ****. Then update.
15-2) ****
15)
15-1) 4
16
15-3)
Advanced Feature
Programming
3-5) Hunt Group
Stations can be grouped for incoming call routing and Call Pick-up purposes. 7 types of groups can be
defined in ipLDK-60, called as “Hunt Group” as a representative term for these groups. A type of group
can be selected and programmed appropriately for the customer site usage. UCD(Uniform Call
Distribution) will be exampled as the most typical type for small companies at next page
For example, Station 100~103 are grouped
as “Ring” and station 104~107 are grouped
as “UCD”
Group
Type
Circular
1) Incoming calls to UCD group.
A call is routed to the idle station in the
longest among UCD group stations.
2) Incoming calls to Ring group.
All stations will ring at the same time with
new call.
Ring Group
100 101 102 103
CO1 call
CO1~3
104
105
106
UCD Group
17
107
A call is routed to hunt group. If first destination is unavailable or
unanswered, the call is routed to the next station in the group.
If the call is unanswered or unavailable, it is directed to the next
Terminal listed station in the group. The call will continue to be routed
until reaching the last station in the group.
UCD
Calls are routed to the station in the group that has been
idle for the longest time.
Ring
All stations in the group will ring when a call is received.
Voice
Mail
This group is assigned for Voice Mail and only the SLT assigned
as the member of the VM group.
Pick-up
A station can be assigned to a Call Pick-Up group and then may
pick-up (answer) calls to other stations in the group employing
the system’s Group Call Pick-Up feature.
Net VM
Group
This group is defined to support a Centralized Voice Mail system
for a networked environment. At supported systems, the group
is used to handle the AA/VM requirements from the central
iPECS. The Net VM group may be an external VM system or
the iPECS Feature Server.
CO2 call
CO3 call
Description
Advanced Feature
Programming
3-5) Hunt Group - UCD
Calls are directed to the station in the UCD group that has been idle for the longest time. If all stations are
busy or unavailable when the call is received, the call may be routed to an alternate location or may
continue to wait (queue) for an available station in the group. After queuing to the group, the caller may
be routed to an overflow destination, which can be a Station, Station Group or Voice Mailbox. Here, only
key operations will be guided. For details, refer to the Programming manual.
3-5-1) Make a Hunt Group as “UCD”
3-5-2) Assign CO Ring Assignment
1)
1-1)
4)
3)
2)
3-1)
3-2)
2-1)
2-2)
3-3)
18
4-1)
5)
5-1)
5-2)
5-3)
5-4)
Make a Hunt Group as “UCD” :
Assign CO Ring Assignment to UCD Group :
3) Go to Station Group(PGM190/191). Position the mouse at group
620. Then click the right mouse button. Then click Update tool
again. Update tool will be popped up.
4) Select the stations from the station list. Then click “>” to add in
UCD member list.
5) Select Group as “620”, Type as ”UCD”, Pickup attribute “On”.
Then update.
1) Go to CO Ring Assignment(PGM144/145). Position the
mouse at Day field then Click the right button of mouse.
Click Update tool.
2) Select Mode as Day, Type as Hunt Group, and Number
as “620”. Then Update.
Advanced Feature
Programming
3-6) Installing VOIB Board
VoIP Interface Board should be installed to use VoIP features such as IP phone, Softphone or SIP trunk
service from ISPs or multi ipLDK-60 networking over IP. There are VOIB and VOIU, which supports 4
VOIP channels respectively. VOIB is mounted at CN14 on the basic MBU and VOIU is mounted on VOIB.
The overall procedures to implement any VOIP features are
1) Install the VOIB board and Board Programming
2) Then, Enable any VoIP Services to use : IP Phone, Phontage (Basic mode only), SIP Trunk Service
Procedure to Install VOIB Board :
Install the VOIB(4ch only) or VOB/VOIU
(4+4ch=8ch) on basic MBU
Set the IP/Gateway address of VOIB via
PC-Admin. IP should be prepared with a
public IP address.
Set the number of channels for IP Phone
use and IP Trunk use.
2)
2-1)
5)
3)
3-1)
1)
4)
19
2-2)
1) Install the VOIB (with VOIU)
on the slot 10.
Then, connect PC Admin to
the system for VOIB Board
Programming
2) Go to Pre-Programmed/Configuration(PGM101~103). Position the
mouse on VOIB. Then, Click the right button of mouse. Click again
“VOIB Data View”(PGM340/341)
3) Input the IP and Gateway Address.
4) Check the SW1 DIP4 at “Off” position to save the new settings.
5) Click update. VOIB Board will be automatically reset.
Advanced Feature
Programming
3-6) Installing VOIB Board
1)
8)
1-1)
4)
3)
2-2)
2)
2-1)
Enabling the VOIB to be used for IP Extensions :
1) Go to Configuration (PGM101~103). Position the mouse
at VOIB. Click the right button. Click “Logical Assignment”
2) Position the mouse on 10)VOIB then click the right
button. Select “(Virtual VOIB) Append to STA”.
“99” will be added to STA board column.
Click update.
20
5)
6)
6-1)
7)
7-1)
Assigning the number of VOIP channel for IP
extension & of the maximum IP extension number :
3) Go to RSG/IP Phone Programming/VOIB Slot for
RSG/IP(PGM380)
4) Select VOIP slot for RSG/IP and click “>” to add.
5) Select VOIP slot as “10”
6) Select number of VOIP channel and click update.
7) Select the number of IP extensions to use and update
8) Click the update on the top to complete.
9) System should be reset to database rearrangement
Advanced Feature
Programming
3-7) IP Extension - Phontage
Phontage is the LG-Nortel proprietary IP Softphone that works only with LG-Nortel ipLDK-60 system.
(Phontage Basic version only). Phontage is controlled by License system so the license by copy should
be purchased and installed in the system. Basically 2 copies are embedded as free of charge.
1) VOIB Board should be installed. (VOIB-4ch, VOIB+VOIU -8ch)
2) License for Phontage Basic (LIP-SP) should be downloaded and installed on the system.
3) Set the system
4) Install Phontage program on the PC
2)
3)
4)
1) Go to LDK Utility/LDK Remote Diagnostic at the
Menu Bar on the top
2) Connect via LAN (Input the IP Address at the LAN
configure. Then click the LAN connect.
Input Password “jannie”
3) Input the command “q d”.
4) The license status can be checked.
21
1) Get the lock-key required
through LGN Lock-key
download Web-site
(Refer to the Lock-key
download guide”)
2) Open the “Telnet”
connection to the
destination system.
3) Input password “jannie”
4) Input license installation
command followed by
license. “q w 9 (lock key)”
5) Check if the license is
properly installed with the
command “q d”
6) Reset the system.
Advanced Feature
Programming
3-7) IP Extension - Phontage
1)
1-1)
2)
3)
1)
5)
2), 3)
3-1)
4)
Registering User ID/Password for the phontage users :
1) Go to IP Phone Attribute (PGM386). Position the mouse at Bin No 1
and click the right button. ID/Password setting menu to be displayed
at the bottom.
2) Input the ID/Password for Phontage for each user.
3) Repeat Step 2 until complete all the users ID and Password. Update.
Now, the phontage users can login in with the pre-registered
IP/Password.
Installing the Phontage Software on user’s PC :
1) Get the Phontage Software from distributors/Resellers.
2) Install the Phontage Basic program. Follow the installation wizard
22
Setting the Network and Login :
1) Start the Phontage client software on the PC. Log-in
window to be popped up. Click the “Network” button
to set the network configuration.
2) Check the connection mode as “Remote”.
3) Input the VOIB IP address. Click OK.
4) Enter User ID/Password, pre-programmed at PGM386.
5) The main window will be popped up
(Refer to the user guide for the detail operation.)
Advanced Feature
Programming
LG-Nortel IP phones (LIP-6030D, LIP-6012) can be registered in
ipLDK-60, which can be installed in the company LAN or outside, for
example at home remotely. Up-to 16 IP Terminals (including Phontage)
can be registered in the system and the maximum simultaneous call
depends on the VOIB/VOIU channels upto 8 channels.
1) VOIB/(VOIU) should be installed in advance
2) Register the MAC address of IP Phones to get the authentication from the
system – get the MAC address from the bottom side of the phone.
3) IP Phone programming
LAN(VOIB)
LAN
Phontage
router
LIP-6030D LIP-6012D
LIP-6030D
Registering the MAC address of IP phones :
1) Go to RSG/IP Phone Programming (IP Phone
Attributes (PGM386).
2) Position the mouse at the MAC Address and click
2)
the right button. Click Update tool.
3) Input the MAC address of IP Phones one by one.
1)
“ : “ should be inserted between 2-digit number.
Then, update.
3)
3-1)
23
Advanced Feature
Programming
IP Phone should be programmed on the phone.
1)Install the IP Phone and Cabling.
2)Setting the Mode as Remote (ipLDK-60 only supports remote mode. So, it should be set as Remote”
both at local and at remote connection.
3)Setting the IP address of system (VOIB)
4)Setting the IP address of IP Phone : At home => DHCP mode , at company => Fixed or DHCP
5)Rebooting. IP Phone tries to connect to the system and connected.
NO RESPONSE FROM MFIM[L]
SET[*] - RETRY[#]
1
MODE[R/L]
[REMOTE] - CHANGE[#]
2
MFIM IP ADDRESS(DOT:*)
150.150.140.214
3
1) Power on the IP Phone. the following message will
be displayed on LCD. Press”*” to enter the setup.
If password requested, press “1 4 7 *” by default.
2) The following message will be shown. Leave the
mode as “Remote” as default set. Move the menu
to the next by using Volume up/down button.
To change(Toggle) the value press “#”.
4-b
4-a
DHCP ?
[DISABLED]
CHANGE[#}
PHONE NET MASK(DOT:*)
255.255.255.0
ROUTER IP ADDRESS(DOT:*)
150.150.140.254
PHONE
ADDRESS(DOT:*)
150.150.140.204
REBOOTING…
AFTER SETTING
24
3) Input the IP Address of system(VOIB).
Press “Hold/Save” button to save. Press “Speaker
4-a/b) Set DHCP enabled or input fixed IP address for
the IP phone. In general, DHCP mode at home
and Fixed IP mode at office.
IP
5) Upon completion, press “Hold/Save” then press
“Speaker. It will be rebooting to get connected to
the system.
5
Advanced Feature
Programming
3-9) SIP Trunk Service
ipLDK-60 has been homologated for a list of carriers’ softswitch so
a certain level of SIP trunk service can be provided. The
compatibility to the carriers softswitch should be checked in
advance. If it is not in the list, the IOT should be processed first.
SIP Server
(VOIP Carriers)
LAN(VOIB)
SIP Trunk
router
LAN
1)VOIB installation – refer to “3-6”
2)SIP Trunk Compatibility check - refer to the attached – the compatible list.
3)SIP Trunk programming.
2-1)
3)
SIP Phone
3-1)
1-1)
4)
1)
2)
5)
5-2)
Setting SIP trunk as Incoming/outgoing mode :
Selecting VOIB mode as “SIP” trunk :
1) Go to VOIB/Gatekeeper setting (PGM340/341).
Before this VOIB address should be properly installed.
2) Set VIOB Mode as “SIP” and update.
25
5-1)
3) Go to CO line list (PGM140/141/142/143). Insert CO
Number of VOIB Board.
4) Position the mouse on the first CO number and click
the right button. Click Update tool
5) Put the CO Number range at End. Select Type
“ISDN DID”. Update.
Advanced Feature
Programming
3-9) SIP Trunk Service
7-1)
11-2)
7)
7-2)
11)
6)
10)
8)
8-1)
Setting SIP CO line attributes :
6) Go to Network/Networking CO line Attribute (PGM322).
7) Input SIP CO range and click refresh button.
Position the mouse at the first CO line number and
click the right button. Click update tool.
9) Input the CO line range, Networking CO Group as “1”,
VOIP Mode as “SIP”. Click update.
26
11-1)
8-2)
Setting SIP Proxy/Domain Server Address :
10) Go to VOIB/Gatekeeper / SIP Attribute 1.
11) Input SIP Proxy Server and Domain Address.
Get these addresses from the ISP in advance.
Update.
Advanced Feature
Programming
3-10) Off-line PC Admin
ipLDK-60 can be administered via PC-Admin program by connecting PC and system in real time. In this
case, any changes are applied in real time while operation. On the other hand, administration can be
performed without connecting PC and system, which is called Off-line PC-Admin. In this case, any
changes will be saved as database file(xxx.usr) and should be uploaded to get it applied to the system.
2 different admin programs are provided.
1) On-line PC-Admin - “PC-Admin” Æ Refer to the step 2-3) or PC-Admin user guide
2) Off-line PC-Admin - “PC-AdminPro” Æ Quick instruction will be given here.
Off-line
PC Admin
3)
2)
DB
(xxx.usr)
(yyy.usr)
1)
4)
On-line PC Admin
Open the DB
Modifications
1) “xxx.usr” data file should be downloaded
from DB up/download menu of On-line
PC-Admin.
2) Run the Off-line PC-Admin without
connecting system and make modifications.
3) Save the changed date base as “yyy.usr”
file.
Save
4) Upload to the system via DB up/download
menu of On-line PC-Admin.
*PC-Admin and PC-Admin Pro can reside on
the same PC or different PCs.
27
Advanced Feature
Programming
3-11) LCR
LCR is a system programmable feature that automatically selects the least expensive available route
when an outgoing CO call is made. With this feature enabled properly, system automatically convert to
the least cost route when a user dials any access code. As well, this feature can be differently
programmable by time during day and night and by day during week.
1) Planning the LCR route with the customer
(Routes, Time zone, Day zone)
2) Select LCR Access code and day zone and time zone
3) Make LCR Table (LDT-Least Digit Table)
4) Make DMT Table (DMT-Digit Modification Table)
Telco A
(001)
Telco B
(002)
Telco C
(00700)
Assigning LCR Access Code and Day/Time zone :
1) Go to Tables/LCR Assignment(PGM220).
2) Select LCR Access Code as “M12 / Internal, Loop, Direct
CO LCR”. Set the Day Zone as requested.
In this example, it’s skipped. (For details, refer to xxx)
3) Set the Time zone as ZONE1 (6~21), ZONE2(0~5),
Zone3(22~23)
*Note :
There are 6 LCR Access Codes are available depending on
how to access the CO line like Internal LCR, Loop LCR,
Direct CO LCR. Above M12 in this example covers all
above cases.
28
Advanced Feature
Programming
3-11) LCR
2)
3)
5)
1)
4)
2-2)
2-1)
<Assigning the day
zone and 5-2)
time zone>
5-1)
2-3)
5-3)
Assigning LCR Table, which is called “LDT Table” :
1) Go to Tables/LCR-LDT Table(PGM221).
2) Position the mouse at Index “0” and click the right button.
Click again the Update tool. Input any network access
code at “Compared digits” and select the time zone to
be compared and click update.
* Note :
This code will be automatically replaced with the
other code at DMT table as set. (To be explained at
the right)
3) Repeat step2) above if there are more access codes to
be replaced with other code.
29
Assigning DMT Table :
4) Go to Tables/LCR-DMT Table(PGM222).
5) Position the mouse at Index “0” and click the right button.
Click again the Update tool. Input any network access
code at “Added digits” and select the time zone and
click update.
* Note :
This code will automatically replace the access code
in LDT table based on the time zone rule.
6) Repeat step5) above if there are more access codes to
be replaced with other code.
Advanced Feature
Programming
3-12) CCR
CCR is the programmable feature that provides the announcement for the callers to select the destination.
When a call is answered by a system programmed with CCR, a VMIB announcement should be heard by
the caller. VMIB announcement gives a choice of destination and the caller may select a destination
based on the information presented in the VMIB Announcement. Below is a typical example for operation.
Procedure and Check point :
1)CCR Scenario planning
2)VMIU or AAIU should be installed.
3)Announcement should be recorded as the scenario.
4)CO lines should be assigned as “DISA” to provide this announcement service.
5)CCR programming.
Caller
Level1)
Announcement
“Hello, this is xxx
Company. Please dial
the extension number. If
you don’t know the
number, dial 1 for Sales
Department, dial 2 for
Technical Department
and dial 0 for Operator.
Thank you.”
30
Level2)
Announcement for
101 Operator
Sales Team
“Hello, This is Sales
Team. Please dial
Hunt Group 620Hunt Group 621 desired number. If you
(UCD Group) (Ring Group) don’t know, dial 1 for
Sales 1 part(Hunt 620),
dial 2 for Sales 2 part
102 103
104 105 (Hunt 621) and dial 0 for
operator. Thank you.”
James
Thomas
106
107
Level2)
Announcement for
Support team
“Hello, This is Support
Team. Please dial
desired station number.
If you don’t know, dial 1
for James (STA106),
dial 2 for Thomas
(STA107) and dial 0 for
operator. Thank you.”
CCR Scenario Planning
▶ ‘2 level-CCR’ case is exampled :
A new call comes in, ipLDK-60 gives
the company announcement #1 at Level1)
Case 1) If the caller selects ‘1’ :
☞ The call will be routed to “sales team”
Level2) If “1” selected,
☞ The call goes to sales1 part as Ring
group operation
☞ It goes to sales 2 part as UCD group
operation
☞ The call will be routed to “Support team”
☞ The call goes to James (106)
☞ It goes to Thomas (107)
☞ The call goes to the operator
Advanced Feature
Programming
3-12) CCR
VMIU/AAFU Installation
Voice Mail Interface Unit (VMIU) or AA function Unit
(AAFU) should be installed to provide company
announcement services such as system
announcements, ACD/UCD announcements, and
User Greetings. VMIU/AAFU provides the same
services with different memory capacity.
Assigning the CO lines as “DISA” line
The incoming CO lines are needed to be assigned as
“DISA to give this service.
2-1)
2)
1)
1) Install VMIU or AAFU at slot #9 (CN5) on Basic
MBU
3)
4)
* VMIU vs AAFU
VMIU
AAFU
4
4
123
33
- System Greeting
24
24
- User record time
99
9
800
800
Channels
Max record time
Max number of recorded
messages
31
4-1)
4-2)
4-3)
1) Go to CO Line Base Program/CO Line List
(PGM140/141/142/143)
2) Input the CO line range to be assigned as “DISA”.
And click refresh.
3) Position the mouse at CO Num 1 and click the right button
and click update tool.
4) Input the CO line range. Select the DISA “On” at Day check
box. Input the VMIB msg number (storage number) and
click update.
Advanced Feature
Programming
3-12) CCR
Direct Recording the announcements via the attendant station :
1) For level 1 announcement, press [ TRANS/PGM ] + 0 6 + 0 1 (Storage
number) at the attendant station(101).
2) To start record, press # and then record Level 1 Announcement. Press
[ HOLD ] to end the recording. This will be saved at VMIB storage number 1.
3) For level 2-1 announcement, press [ TRANS/PGM ] + 0 6 + 0 2
at the attendant station (101).
4) To start record, press # and then record Level 2-1 Announcement. Press
5) For level 2-2 announcement, press [ TRANS/PGM ] + 0 6 + 0 3
at the attendant station (101).
6) To start record, press # and then record Level 2-2 Announcement. Press
Pre-recorded
announcements
32
Attendant Station
(101)
Pre-recording at the studio and uploading via the attendant station :
1) Get the announcements recorded in advance and connect the source device
to the External MOH port in the system as in the figure.
2) To upload the announcements, press [TRANS/PGM} + 0 6 + 0 1 at the
attendant station. Press # and start the announcement at the source device.
Press [Hold] when it’s completed.
3) Repeat for 2nd and 3rd announcements as above.
Advanced Feature
Programming
3-12) CCR
5)
2)
9)
13)
6)
10)
7)
8)
3)
4)
11)
12)
1)
33
Assigning the 1st level scenario :
Assigning the 2-1 level scenario :
Assigning the 2-2 level scenario :
1) Go to Tables/Customer Call Router
(PGM228).
2) Select the Index as “1” meaning for
the 1st level scenario.
3) Select the 1st destination as VMIB
and input 2 for the 2nd
announcement.
4) Select the 2nd destination as VMIB
and input 3 for the 3rd announcement.
5) Click update.
the 2st level scenario
7) Select the 1st destination as Hunt
Group and input 620.
8) Select the 2nd destination as Hunt
Group and input 621.
9) Click update.
Note that Hunt Group 620/621 should
be assigned properly in advance as the
scenario.
Hunt Group 620 : Station 102/103
Hunt Group 621 : Station 104/105
the 2-2 scenario.
11) Select the 1st destination as Station
and input 106.
12) Select the 2nd destination as
Station and input 107.
13) Click update.
Appendix
A. Customer Requirements Checklist
B. Documentation Reference Table
C. Quick Terminal User Guide
D. ipLDK-60 IP Network Configuration Guide
34
A. Customer Requirements Checklist
Check lists
Customer
Requirements
Example
Recommendation
1.How many stations (Digital, Analog, IP, Softphone)?
2.How do you like station numbers?
Default : 100, 101, 102, …
New : 1000, 1001, 1002, …
3.Do you want to make station groups & how to give
ring? (All ringing, Circular, UCD, etc)
G1 : 100~103(All ringing)
G2 : 104~107(UCD ringing)
4.How many CO lines (CO, R2, PRI)?
CO-6 lines or R2-10 channels
5.What are the numbers?
CO1~3 : xxx-xxx1~xxx3
6.How to dedicate CO lines to stations? (CO Ring
Assignment)
CO1ÆGroup1
CO2/3ÆGroup2
7.Other stations can pick-up the call for other stations? Yes or No
8.Outgoing call access to CO lines from stations? (CO
Group Station Access)
100 Æ CO1
101~107 -Æ CO2/3
9.Specific Features
35
1) Company Greetings scenarios
Yes or No
2) Outgoing call restriction by stations
Yes or No
3) Specific network services (access code)
Yes or No
4) Speed dial planning
Yes or No
5) Flexible button assignment for digital/ip keysets
Yes or No
6) Remote IP/Softphone
Yes or No
B. Documentation reference guide
These are the manual & user guide lists for ipLDK-60.
All manuals are available from CD-ROM on the main system and LG-Nortel Web-site
(www.lgnortel.com.br)
* Note that the manual names and versions are subject to change
items
(HW & SW)
ipLDK-60 QIG
Hardware Installation Manual
Global_ipLDK-60 IM_Issue1_1.doc
Remarks
Global_ipLDK-60 programming_Issue1_1.doc
By PGM number
Global_ipLDK-60 Feature Description_Issue2_0.doc
By Features
User guide for ipLDK-60 PCADMIN v381 To Brazil.doc
Software Programming Manual
User guide for PCAdminPro_ipLDK60_V381_20080109.doc
SWUpgrade_Manual_IpLDK60.doc
DBUpDown_Manual_ipLDK60.doc
LG-Nortel TSP User Guide 37Aa.doc
Lock-key download manual
ez Phone User Guide_ipLDK-60.doc
Application User Guide
User Guide for ezATD_issue2.doc
Phontage User Guide _issue1.doc
ipLDK-60_LDP_6212_30D_UG for digital telephones
Terminal User Guide
ipLDK-60_LIP_6012_30D_UG for IP telephones
SLT User Guide for analog phones
36
No.
Digital Phone / IP Phone
Buttons
Functions
1
Handset
y Handset device
2
Earphone socket
y Headset connection
3
Speaker phone
yOutput tons and voice
4
SPEED
y Used for Speed dialing, Speed programming, Save number
redial, Last number redial
5
DND/FWD
y DND (Do Not Disturb) : Blocks all incoming calls (Red LED)
y FWD : Forward to another station or voicemail (Red LED)
6
Volume
y Adjust audio level for ringing, handset and speaker phone
7
ON/OFF
Speaker toggle button (ON/OFF)
8
HOLD/SAVE
Put a call hold or save information when programming
9
3 Soft Keys
Select or setup various function(s) indicated on LCD panel
in relation to call process. Ex) “PICKUP/CONF/REDIAL” in
Idle Status (Please see Keyset manual for detailed
functions)
10
LCD
Information display and program setup
: Telephone status / Dialing directories / Test messages
11
LED
Lighting when the phone is ringing
12
Trans/PGM
Initiate call transfer function or enter programming mode
13
CALL BK
A station can initiate a call back request to busy station.
: Leave a call back request or voice message to
destination station in busy status
14
Flexible buttons
Assign some functions to the flexible buttons
LDP-6230D
9 Direct station selection, Call park, Speed dials buttons, etc..
9 Ring type, Set Wake-up Time, etc..
9 Button assignment (CONF,DND, MUTE, LOOP,..)
Cable connection
37
15
Handsfree MIC.
Using with handsfree speakerphone
No.
Functions
SLT(Single Line Telephone)
Description
1
Placing an Outside Call
y Dial 9
2
Placing an Intercom Call
y Dial Intercom Number directly
3
Last Number Redial
Dial 5 5 2
4
Group Call Pick-up
Dial 5 6 6
5
Call Forward
Dial 5 5 4 and dial desired call forward number
1/2/3/4 – unconditional/Busy calls/No answer calls/Busy or no answer calls
5 – Station off-net, unconditional with speed bin.,
6 – Station off-net, no answer with speed bin.,
7 – Incoming outside line off-net (ATD only)
8 – Station unconditional off-net with telephone number
9 – Station No answer off-net with telephone number
To make Call Forward to VMIB,
press # key after dialing call forward type 1~4
To make off-net forward type 8 or 9,
press hook switch after entering telephone number
Dial the station number or Hunt Group to forward incoming calls to,
(Station : 100 ~ 151, Hunt Group : 620 ~ 629)
Hang up
To cancel Call Forward, dial 5 5 4 and # or dial 5 5 9
6
DND (Do Not Disturb)
Dial 5 5 3
To cancel DND, dial 5 5 9
※ Note : Numbering plan code can be changed by Admin Programming 104 ~ 107, 109
38
Sample 1 : Standalone Configuration for Local/Remote
> Step 1 : Network connection for Internet access
- Setup Router configuration to guarantee QoS for VoIP and IP address
: It depends on the existence of remote IP Phone to set the IP address
of Router to fixed or dynamic.
> Step 2 : Configuration of ipLDK-60
The IP address of ipLDK-60 system always should be set to Static IP
whether Router gives fixed IP or not through DHCP function.
And you have to choose and set the IP address of ipLDK-60 within the
boundary of DHCP allocation table in Router.
The following table shows the IP allocation of Router and ipLDK-60.
Local IP Phone only
Remote IP Phone
Router
Fixed / Dynamic IP
Fixed IP
ipLDK-60
Static IP
Static IP
> Step 3 : (Remote) IP Phone configuration
The following table shows the methods of system IP setup of local IP
phone and remote IP phone.
Fixed
Dynamic (DHCP)
Local Phone
ipLDK-60 IP address
ipLDK-60 IP address
Remote Phone
ipLDK-60 IP address
Router IP address
※ Fixed IP : Public IP
※ Static IP : Prescribed IP from user or public IP
39
Networking Configuration for ipLDK-60 systems
ipLDK-60 provides networking feature makes possible to
operate one network among widespread systems.
With this networking feature,
- All stations under each site can directly call the other
stations as if intercommunication.
- In general, Master has CO lines and every Slave can use
those CO lines across the internet as if inner CO lines.
- Setup Router configuration to guarantee QoS for VoIP
A
- All ipLDK-60 systems should have fixed IP address
- Compose matrix table for the IP and setup those information
to each system with PC-Admin program
For example, the following address will be set to each system.
B
Headquarter
Branch A
Branch B
IP address
192.168.1.2
192.168.1.2
Branch A)
Headquarter
Branch B
IP Address
192.168.1.1
192.168.1.2
※ Teleworker
- Set the system address of IP Phone to the IP address of
ipLDK-60 located in H/Q, Branch A and Branch B
40
Configuration for Carrier’s SIP Server
In this environment,
system functions of ipLDK-60 cannot be used by remote SIP Phone.
Only the functions provided by SIP server can be operable.
- Setup Router configuration to guarantee QoS for VoIP and
IP address
: It doesn’t matter whether IP address for Router is fixed or not.
The IP address of ipLDK-60 system always should be set to
Static IP whether Router gives fixed IP or not through
DHCP function.
So, you have to choose and set the IP address of ipLDK-60
within the boundary of DHCP allocation table in Router.
> Step 3 : IP Phone configuration
Setup system IP of SIP Phone to the address of SIP server.
41

Step 2 - Digistar

Transcription

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