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Digital Key Telephone System Installation Manual

1. SLT Rx Gain Music Music india a Spain 26 32 32 4 2 3 3 32 ____ 32 32 4 32 3 32 CO Line Rx Gain Int Ext Country Belgium India Others 3e 24 24 28 32 32 32 32 Note In Italy all tones provided during conversation should be decreased by 5db 54 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM Gain Table DTMF 2 37 37 32 Rx Gain Belgium 55 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM DTMF RECEIVER Rx Gain C2 PO Co bo CO 32 32 ECCE ee NE EM 2 37 37 Others 56 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM SECTION 6 ADMIN PROGRAMMING 6 1 1 INTRODUCTION The GDK 16 Key Telephone System can be programmed to meet each customer s individual need All programming is done at station 100 DKT 1 using KD 24D KD 36D or LKD 30D digital key telephone Upon entering the program mode the key telephone at station 100 cannot operate as a normal telephone but as a programming instrument with all of the buttons redefined The keys of the dial pad are used to enter the various dat
2. 2 251 170 DSIB 4keyOR4sh 270 6 100 115 1 6 2key 2st 170 psg 20 20 6 100 119 1 6 100 111 CO1 4 100 115 CO1 4 100 119 CO1 4 Note To use DSIB the software XX75P version for GDK 16E should be used 100 111 CO1 6 50 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 5 2 6 4 GDK 16EA BASIC BASIC Tao Sm co PERO Ex leeysest lal 100 103 012 2kys2st None akyORast _____ J j 8 100 107 core 2 251 None 4 12 100111 CO12 2key 2 sit Noe 4keyoR4st jJ 16 100 115 COt 2 gt 258 ose o 10019C0t2 2 2 51 None 4key 4keyOR4st 21 12 2 100 111CO1 4 2 2 None DSIB 4keyOR4st 21cO 6 2 100 115 CO1 4 210 2 100 149 601 4_ 2key 2st None 4keyOR4st 4keyORast 41cO 12 4 100 111 cor 6 2key 2st None 098 _ 4keyoR4st 4tco 16 100 115 01 6_ 2 2 58 None 098 pse 4tco 20 4 100 119 01 6_ 2 25 None 4keyOR4st 270 12 100 111 01 6_ gt 251 None DSIB 4keyORast 210 16 4 100 115 cote gt 251 None pse 20
3. 95 97 Ni Last Number Redial LNR TRANS PGM 42 Attendant ess PER TRE Attendant AA c crosses honra itam Station Attendant Boer nanka mM E _ B Only VPE B Only 2 8 ButonOny _ _ B Only 2 8 Button Only Only 2 8 Button Only B Only 2 8 Button Only LL Only 2 8 Button Only B Only 2 8 Button Only _ GDK 16 16 16E 16EA DIGITAL KEY TELEPHONE SYSTEM FEATURES CODES ______ 6__ _____ PGMj amp 8 PGM 82 Jony 5 4 MON DND FOR 7 Note 4 LIMONHIDND FORJS7 Note5 2 mk c 179 ISDN Supplementary CONF Button Onl Note 1 Numbering Plan can be changed according to nation Note 2 B Button program is available Note 3 If a flexible button is programmed as a certain function and if there is another flexible button as the same function then the old one is cleared But only in case of LOOP key multiple LOOP keys are available Note 4 Call Forward to DVIB is activated after recording User Greeting When user dials forward type 7 and if there is recorded User Greeting already then user may not record User Greeting again and recorded User Greeting is used Note 5 User Greeting should be recorded before Call Forward to DVIB port When user hangs up after the forward type 7 and if there is no recorded User Greeting then forward
4. Call Back Station Pilot Number 2 or 3 digit station numbers by PAN ERR Wa Ma 10 49 or 100 499 10 99 or 100 999 aaa pakaqman 881886 AA gt m E AHA mana as RE Ue BE suut 1 LE nt PAA EIN E EON s JCM Busy Tone B a IMA ad 6 IHOLD SAVE 54 0 1 2 _ 6 HOLD SAVE 55 55 s PGM 56 PGMJ 56 2 8 Button 2 8 Button SLT ICM Hook Flash 51 _ Hook Flash c Hook Flash 56 _ Hook Flash 59 _ 61 64 1 2 Hook Flash 51 Hook Flash Hook Flash 56 1 Numbering Plan can be changed according to nation 2 B Button program is available Note Extension Numbering Plan will be selected by Admin Program 45 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM 5 2 3 LCD MONTHS JUN AUG Luc AGO Lor o o o JAN OKT Nov ENE FEB MAR ABR may Jut AGO SEP Finish example of date 30 07 99 In case of DDMMYY order System Base Program Main Menu 5 LCD Display Sub Menu 4 5 2 4 AUDIBLE S
5. 4 100 119 COL 2key 2st None 4kayOR4st 4key0R4st 6000 12 e 10011 0016 2 251 None DSIB 4keyoR4st 16 6 1001150016 2keys2st None 088 ose eco 6 100 119 001 6 Note To use DSIB the software XX75P version for GDK 16EA should be used 5 2 7 STATION CONFIGURATION WITH LKD 2B 5 2 7 1 GDK 16 BASIC MBU SLOT 3 MBU SLOT 4 DEFAULT STA NUMBER 100 103 2 LKD 2B Primary devices and 2 55 2 LKD 2B 2 slt 114 Secondary device of 100 2LKD2B 2slt 4 LKD 2B 115 Secondary device of 101 LKD2B 100 103 2 LKD 2B Primary devices and 2 sits 104 107 4 LKD 2B Primary devices in slot 1 108 111 4 Secondary devices for the above 104 107 respectively 1 LKD 2B occupies 2 station numbers one for the Primary device and the other for the Secondary device It can be connected to Basic 2 DKT ports and to 4 DKT ports in MBU Slot 3 2 2B is connected to any 4 port MBU Slot 4 it occupies only 1 station number for the Primary device It means that the station can not have any Secondary device even if there is DTIU or SLIU for the Secondary device in it LKD 2B is not available for SLOT4 3 LKD 2B without either DTIU or SLIU Basic LKD 2B occupies 1 station number for the Primary device It can be connected to any DKT ports Basic 2 DKT ports and 8 DKT ports in MBU slot 3 and 4 Note DTIU SLIU are the sub boards in LKD 2B for the
6. The board line s specific circuitry contains PEB2086 for Physical layer and data link layer This board is comprised of one S T Switchable port STIB can be installed on the SLOT1 Memory Expansion Unit MEMU The MBU contains the basic system flash memory U1 and 017 The RAM provides the memory for the system database speed dial numbers SMDR buffer etc The MEMU consists of flash memory U2 and RAM U3 The size of each flash memory is 512Kbytes U1 and U17 are installed on the MBU basically The MEMU should be installed for normal operation of the system Because the size of the system software is over than 512Kbyte Multi Function Board MFB The Multi Function Board MFB Provides a RS 232C interface port with 9 pin connector The maximum baud rate is 38400bps in BASIC II SAW The MFB is useful for system maintenance PC based admin SMDR print out The MFB includes circuitry for float charging an externally connected 24 volt battery and control the operation of the battery back up circuits And the MFB will provide system operating voltages from the battery if local AC power fails In addition circuitry is incorporated in the MFB to disconnect the battery when it is in deep discharge The MFB includes circuitry for Fax Tone Detection By Admin program User use the MBU SLT Port 1 as Fax port instead of Analog CO port Fax Tone Detection Circuit amp Function is supported from the MFB Issue 2 and BASIC SAW The MFB in
7. Busy Tone U ss 212 AA 517 Speed Dial 5 o AN 22 ERES 65 AG ex a 66 cee Se AA AA AA BA 2 8 Bin Message Wait Call Back Request 2 8 Btn Message Wait Answer SLT Flash ___ SLT Call Waiting Camp GO Hod Station Pilot Number 2 2 TRANSIPGMJ 1 PANA Door Open Attendant Clock Set Admin Program Stat attendant Time Format Change Version Display aan Wake Up Program Wake Up Cancel ICM Signal Mode NPV Differential Ring o eee OO RIP KB RN BOM MMC mE 1 SPEED AA CONF KOV PAPAG Uu T a BP LG AA PAN la Key REDIAL Key LB ed err 57 m Hook Flash 51 Hook Flash Hook Flash 59 KS EAR SLT Busy Tone nn SLT 61 64 _ aQ ass dak NG Mas Fist ihre A DAMPA 5 40 1 TRANS PGM 41 __ Station Attendant 0 TRANS PGM 49 TRANS PGM 50 1 2 3 4 _ 5 8 TRANS PGM 73 TRANS PGM 84 4 85 RANS PGMH90 TRANS PGM 91 ATRANS PGM t92 TRANS PGM 93 __
8. 100 115 corresponding station For 75P X x version GDK 16E 16EA 100 121 FLEX KEY 1 22 TABLE 6 2 2 9 LCR PROGRAM MAIN MENU 10 FLEXKEY SUB RANGE ___ DEFAULT REMARK 1 LCR Access 3 way toggle Disable DISABLE OVERRIDE ALWAYS 1 7 Day Zone F1 Zone 1 Day 1 7 Each day belongs to only one day zone F2 Zone 2 Day 1 7 a te F3 Zone 3 Day 1 7 Time Zone F1 Zone 1 Time 00 24 00 24 F2 Zone 2 Time 00 24 F3 Zone 3 Time 00 24 4 LDT 00 99 Leading total 100 Digit Table Each hour belongs to only one time zone F1 LCR type BOTH INT COL F2 CD 12 digits F3 DMT index 6 digits Total three DMT indices for each time zone1 2 3 F1 Day zone 1 index to the DMT F2 Day zone 2 index to the DMT Day zone index to the DMT F1 A Added digit stream 25digits F2 RP Removal Position 2digits F3 RN Removal Number of digits of CODE in each table 2 digits F4 AP Add Position 2digits F5 CG CO group 1digit F6 ALT Alternative DMT index 2digits DMT 00 99 Digit total 100 Modification Table 73 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM TABLE 6 2 2 10 HUNT GROUP VOICE MAIL PROGRAM MAIN MENU 11 Pewter aa _ Program VWRing None 2 GrupMember StatonNo None Mar 6 stations __ Attr
9. 2 9 MAXIMUM NUMBER CO LINES 6 PORTS 5 2 9 1 GDK 16 GDK 16E 2 Basic BRI CO 3 6 4 BRI in STIB 2T0 or 4LCO in LCOB 2 5 2 9 2 GDK 16A GDK 16EA NUMBER OF PORTS DEFAULT CO NUMBER DESCRIPTION 6LCO in LCOB6 52 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 5 2 10 MAXIMUM NUMBER OF PORTS STATION 5 2 10 1 GDK 16 20 PORTS NUMBER OF PORTS 2 BRI in STIB First T0 or 2 LCO in LCOB 2 BRI in STIB 2 LCO in LCOB2 or 2 S0 stations in STIB CO 5 6 or112 113 Second 1 TO or 1 SO 114 115 Secondary devices for 2 basic ports 5 2 10 2 GDK 16A 20 PORTS NUMBER OF PORTS 4 4 ports or 4 slt ports in MBU slot 3 4 4 ports or 4 sit ports in MBU slot 4 5 2 10 3 GDK 16E GDK 16EA 26 PORTS 2 6 100103 CO 1 2 Basic ports and 2 Basic slt ports Basic 2 BRI 10 1 4DKT ports and4 sit ports in MBU slot 3 DSIB 8 ll 112119 4DKT ports and 4 sitportsin MBU slot 4 DSIB _______ Note To use DSIB the software XX75P version for GDK 16E 16EA should be used 5 2 11 GAIN CONTROL SYSTEM BASE MAIN MENU 5 SUB MENU 14 Digital Keyset RX Gain Australia Belgium 21 Denmark 26 Finland German es 3 22 2 15 3 2 24 17 16 Netherlands New Zealand Norwa Spain Sweden EU Israel CIS Korea Others GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM
10. CO Attribute Sub Menu2 DID RN Terminal Menu to length of area code prefix did number 4 CLIP Calling Line Identification Presentation When a call exists through DISA or DID Calling line identification CLI of the incoming call will be displayed on the internal called station s keyset if PX provide CLI information Calling line identification CLI or name which is matched with the speed dial list is displayed to original called party extension First The system search station speed dial buffer to find out the programmed name and if there is not matched then search system speed dial buffer Not implemented Yet information will be printed in SMDR record through RS 232 port 40 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM 5 COLP Connected Line Identification Presentation Each station user can send CLI information to called party through ISDN line if PX service this supplementary service There are 8 type of calling party number But at this moment GDK only support four kinds of type UNKNOWN NATIONAL TYPE INTERNATIONAL SUBSCRIBER COLP field determines what is used to generate my CLI information in setup message it indicate entry of CO Base Program Main Menu3 SDN Line Attribute Sub Menu2 OLP 00 Terminal 1 When a internal user seize a ISDN DID line which is programmed for GDK system will make calling party number using ISDN COLP TABLE and extension number in s
11. Fror Supplementary Informatior The above products comply with 999 5 EC The conformity to above standards is ver ce GMBH Competent Body with Ref No E8 01 11 27114 123 for EMC and with Ref No N8 01 10 27114 121 for LVD And by TUV Rheinland Product Safety GmbH with Ref No QT 2137586 for TBR15 TBR 21 and EG201121 Anyang City Kyongki do April 19 2002 David Song Location Senior Research Engineer Enterprise Communication Company European Contact Mr K J YOO Milano Representative Officer LG Electronics Milano Office Centro Dirzionale IL Quadrato Via Modigliani 45 20092 Scgrate Milano Italy Tel 39 02 2695 2093 FAX 39 02 2695 0487 MEMO MEMO MEMO MEMO MAR 2002 ISSUE 3 0 P NO MMBA0003301 PRINTED IN KOREA
12. MY Nation Code 82 CLI in setup message 5001100 6 Multi point Working The GDK 16 and other devices can be connected to the same CO NT S bus side Incoming calls to the other ISDN devices with different MSN numbers are treated as an error case in GDK 16 If Error Destination 5 6 2 is Tone then DISCONNECT message is sent to the network And if Error Destination is ATD then CALL PROCEEDING and ALERTING messages are sent to the network For outgoing call GDK 16 requests a B channel as channel base in case of basic BRI port B1 for CO 1 B2 for CO 2 And before GDK 16 tries to request B channel it does not know if the B channe is used by other ISDN device or not 41 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM SECTION 5 SYSTEM CAPACITIES amp FEATURE CODES 5 1 SYSTEM CAPACITIES This chapter describes the capacities of GDK 16 system Max Number of CO Lines Max DSS DLS Console per station Number of CO Line Groups Number of Attendants Number of internal Page Zones Number of System Speed Dial Bins Number of Station Speed Dial Bins 20 Number of SMDR Records 100 Option 1900 Number of External Relays Number of Power Failure Circuit Number of Automatic Fax Transfer Number of DVIB Number of Channel DVIB Max Record Time System 3 Minutes 68 Minutes User 17 Minutes 30 Seconds Number of User Voice Messages 250 ea 400 ea Default Voice Data Prompts Prompts Battery Backup Voi
13. NO Attendant Answer RUNE 2 Other CCR Table 1 9 1 Station 2 Hunt Group 3 DVU 4 DVU DROP 5 System Speed 6 Internal Page 7 External Page 8 All Call Page Not Assigned Admin Password can be Input Type assigned to enter Admin Programming mode for only Administrator who knows the Admin Password Password 69 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM SUB MENU FLEX KEY TERMINALMENU RANGE DEFAULT REMARK 20 DVU 1 DATE TIME Prompt DATE TIME Setting Order DVU Message Retrieve Order Auto Delete of Retrieved Saved Messages Not Assigned Weekly Time Table DATE TIME TIME DATE FIFO LIFO 000 300 days The system attendant can change the date amp time prompt order so that the date amp time is played as date amp time or time amp date order when a DVIB message is retrieved with the recorded date amp time DVIB message retrieve order is settable so that station users are able to retrieve latest message or oldest message first when multiple messages are stored in their stations The recorded DVIB messages in the all stations may be deleted after assigned term with admin programming The retrieved and saved messages will be deleted after assigned term When it is set to 000 the DVIB message will not be deleted automatically ON 050 OFF 100 ACNR Tone Cadence Rin
14. Print Hunt Group Voice Mail Table Print All Database Print GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 6 2 2 DEFAULT VALUES TABLE 6 2 21 STATION BASE PROGRAM MAIN MENU 2 NO SUB MENU FLEX KEY TERMNALMENU _ RANGE DEFAULT REMARK Attribute Speed Dial Access vesno Page Access vesno ves __________ Call Forward Access veESNO YES ___________ 5 PLA Preferred Line Answer YESNO YES y 6 Speaker Phone Headset SP HEAD Speaker Phone ves O 8 ICM Box Signaling YESNO YES ri pee CE Station2 16 NO 10 Line Security No 41 Dvig Access veswo ves 1 Two way Recording vesno No 13 DID Ring ISDN Station Sub Address Attribute extension number in called party sub address information of setup Long Short YES NO NO If this field is set to YES then GDK sends the called extension number in called YES NO NO DID Ring field Main menu 2 Sub menu 1 Terminal menu 13 is used to determine the destination of an incoming DID call If this field is set as Yes the original destination of DID call receives the ring But if it is set as No the original destination 15 ignored and the ring is distributed according to the ing assignment YES NO If this field is set to YES message to ISDN extension party number information of setup message t
15. by automatically In STIB board with T Interface the 2 continuous CO line numbers are assigned automatically Two continuous CO line numbers are assigned per a port 2B D 3 In STIB board with S Interface the 2 continuous station numbers are assigned automatically Two continuous station numbers are assigned per a port 28 0 T Interface CO Line 1 2 jon 112 STIB 1 Parts S Interface Station 112 113 CO Line 3 4 T interface CO Line 3 4 STIB 2 S Interface Station 112 113 Port 2 T Interface CO Line 5 6 4 Two continuous station numbers assigned a single S Interface act as the same station number For example calling to station 112 is same as calling to station 113 37 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 4 3 The Basic Features of ISDN Device S Interface ISDN Devices 1 2 There are many ISDN Devices ex ISDN Phone Video Phone G4 Fax PC Board etc GDK 16 supports all ISDN Devices which is compatible with Euro ISDN ETSI ISDN Specification till now on ISDN Devices can call another station on the GDK 16 and access ISDN CO Lines Current LCD Display on ISDN Device is its own Device Feature not GDK 16 System s Feature Supplementary Service for ISDN Device 1 D In GDK 16 ISDN Station can access the following features ISDN Sub Addressing MSN Intercom Call CO Line Access CO Line Hold CO Line Transfer Etc ommog O 9 gt ISDN Sub Addressin
16. cannot detect the valid tone type until this timer ACNR No Answer 10 50 This Timer is invoked after system Timer 2 Digits detects CO ring back tone or voice from CO party After this timer system retries 1 sec base ACNR Retry Counter This is decreased every time station retries ACNR ACNR is canceled if set to O ACNR Retry No 9 1 1 means 5 seconds GDK 16 will Tone wait this value to decide NO TONE 3 means 15 seconds Only for CIS TABLE 6 2 2 6 TOLL TABLE MAIN MENU 7 FLEX KEY r TERMINAL MENU DEFAULT ee Allowed Table ETE 01 20 MB Denied Table A Eme No 01 10 NEM MEE Allowed Table B Esty todos 20 No 01 2 g Entry No 01 20 Not Assigned Max 8 digits m Denied Table B Eme _ 01 10 Canned Table Allow Entry 01 10 No 01 10 Canned Toll Table Den No 01 10 72 GDK 16 16 16E 16 DIGITAL KEY TELEPHONE SYSTEM TABLE 6 2 2 7 AUTHORIZATION CODE TABLE MAIN MENU 8 SUBMENU FLEXKEY TERMINALMENU RANGE DEFAULT REMARK ntry Code Table 01 30 TABLE 6 2 2 8 FLEXIBLE STATION NUMBERING PLAN MAIN MENU 9 FLEXKEY SUBMENU RANGE DEFAULT REMARK _ Numbering Plan Type Extension Basic Basic STA Number 32 Z 3 lc 3 Flexible Station Number For 70P X x version Each flex key denotes GDK 16 FLEX KEY 1 16
17. desired SLT ports in the Admin program Refer to the Programming Manual GDK MOHU MUSIC ON HOLD UNIT External Paging source GDK 16 Single Line Interface SLT port e Note it is recommended that the MOHU should be installed in the safe place from the humid and ESD Electrostatic Discharge Figure 3 5 4 Connection method of MOHU 35 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM SECTION 4 ISDN DESCRIPTION 4 1 ISDN Boards in GDK 16 1 There are two kinds of ISDN Boards on GDK 16 system as follows Basic 194 Port 2B D 2Pons S T Interface in STIB can selected by Interface T S T changing the Jump Switch on the STIB Board Maximum number of 2 You can install STIB within the station and CO line capacity of the system M EE rc Le Max Stations _ Max _____ GDK16 1620 nyGDK46E 16EA ____ 6 _____ 3 The maximum 8 ISDN devices can be connected to the single S Interface port and any kind of ISDN devices which are compatible with ETS ISDN specification can be connected to the S Interface For example ISDN phone G4 Fax video terminal ISDN PC board etc can be connected 36 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM 4 2 Station CO Line Number Assignments on ISDN Board 1 same as any other station CO boards the station CO line number on ISDN board is assigned
18. fall on the PCB and damage components To insert a PCB hold the PCB and with component side facing right insert the board into the MBU s din connector firmly and tighten To remove reverse the procedure Installation method of PCB is shown in Figure 3 4 1 Figure 3 4 1 PCB installation There are 5 slots in the GDK 16 system for extend or modify the system configuration But there are some restrictions when optional board installation Note that the system can not operate properly with wrong installation The SLOT1 of the MBU is reserved for LCOB2 or LCOB or STIB2 or STIB the next slot is reserved only for DVIB the SLOT3 amp SLOTA are reserved for one of SLIB DTIB or DSIB and the SLOTS is reserved for MFB To summarize see the following table 3 4 1 SLOTI LCOBs STIB2 STIB Option board for CO ISDN SLOT2 DVIB DVIBE DTRB ixed slot for DVIB SLOT3 STA SLOTI __ DKT SLT Interface board Fixed slot for MFB Table 3 4 1 Option Boards Installation Table When the system power on the default slot assignment is automatically redefined according to board installation status 23 GDK 16 16 16E 16 DIGITAL KEY TELEPHONE SYSTEM Main Board Unit MBU Installation The MBU is installed in the KSU default It comprised of main processor two 2 Digital Terminal interface circuits two 2 Single Line Telephone interface circuits five 5 board slots for optional boards memory real time clock ci
19. from PX via DID line then looks up the MSN address TABLE ISDN Program Main Menu 4 MSN Table Sub Menu 9 to provide ring signal to an ISDN internal port GDK 16 will send the information including the called party number to the ISDN station that is ringing 1 Maximum table entry 24 2 The CO line should be programmed as DID Line CO Base Program Main Menu 3 ISDN Attribute Sub Menu 2 DID Use Terminal Menu 4 3 If the called party number is not matched with MSN table then GDK 16 will treat the call like as DID 4 If the called CO line number is not programmed then search ail tables 5 there is matched CO line number in MSN address table then search only matched entry of the table 6 Maximum 8 device can be connected to a SO port 7 MSN Table ISDN Program Main Menu 4 MSN Table Sub Menu 9 CO Line Number Telephone Number Station Number MSN Number NEN GEM 2 or 3 Digit Station Default 3 0 1 0 Direct Inward Dialing The system operates DID CO if ISDN CO assigns DID CO through CO Base Program Main Menu3 ISDN Attribute Sub Menu2 DID Use Terminal Menu 4 If you want to call to a ISDN station which assigns sub addressing of DID or DISA you should dial station numbers and sub address or MSN number 1 8 If your PX send full called party number area code prefix number of DID real DID number for station number and then please set CO Base Program Main Menu3 ISDN
20. is not activated Note 6 Ifa station is forwarded to DVIB port Call Forward is canceled after deleting User Greeting Note 7 Only Call Forward to DVIB port is canceled and recorded User Greeting is not deleted User can delete User Greeting by IMON DND FOR 7 Note 8 COLR CLIR has a double function it is used to restrict both for the CLI for outgoing call and Connected Line number for incoming call Note 9 To use DSIB the software XX75P version for GKD 16E 16EA should be used Note 10 The Database in GDK 16 can t be used in GDK 16E 16EA 44 GDK 16 16A 16 16EA DIGITAL KEY TELEPHONE SYSTEM 5 2 2 BASIC AND EXTENDED NUMBERING PLANS Station Intercom Number CO Line Access Individual ___ Attendant Call Waiting Camp on Meet __ SLT UNA Request Sen Flash SLT CO Hold Door Open ________ 57 EXTENSION REMARKS Line Access Grup 1 8184 Line Access Loop Retrieve Held CO Line Individual Retrieve a Held Line BR CO Line Access First Accessible Group 9 Internal Zone SLT Last Number Redial NP SLT Speed Dial Program 150222155222 SLT Speed Dial Access 2 Alam Reset umu kai c NP 2 8 BTN Message Wait Call Back 2 8 BTN Message Wait Answer SLT Call Waiting Camp on SLT Message
21. it is no use setting Loop Back ON in Admin Program 66 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM TABLE 6 2 2 4 SYSTEM BASE PROGRAM MAIN MENU 5 NG SUB MENU kev TERMINALMENU RANGE DEFAULT Remark _ T System 1 HoldPreterence SYS EXC __ 575 Attributes Privac vES NO YES External Night Ring vES NO NO Multi line Conference YES NO NO SYS YES 5 CO Line Choice Last Choice Round robin Override 1 CO Group vES NO NO MusiconCampon YES NO no Station No 100 17 Station ICM box cannot be assigned as attendant station Attendant Assignment 3 Set System Date Time LCD Display Mode 1 24 DD MM YY 2 24 MM DD Y Y 3 12 DD MM YY 4 12 MM DD YY Max 4 PBX Access Codes 12 DD MM YY Max 2 Digits Not Assigned usy Destination Tone ATD rror Destination Tone ATD PBX Access Code DID DISA 1 T DJ Destination E Counter SMDR vesino No j Attributes 2 SMDR Recording Call aa Type Distance Printincoming Gan YES NO NO _ SMDR Print Baud Rate RS 232C NO 1 8 1 300Bps 2 600Bps 3 1200Bps 4 2400Bps 5 4800Bps 6 9600Bps 7 19200Bps 8 38400Bps SMDR Save NO The system can be set to record either all outgoing calls ALL or only limit set by timer in Btn12 SMDR 67 GDK 16 16 16E 16 DIGITAL KEY TELEPH
22. reference point la or Ib on ETS 300 012 that are TE slave without power feeding or NT master with power feeding By selecting the short pin and DIP switch on each line interface the STIB can support either SO interface Line board function or T interface Trunk function The board line s specific circuitry contains PEB2086 for Physical layer and data link layer This board is comprised of one T only port and one S T Switchable port STIB2 can be installed on the SLOT1 GDK 16 16A 16 16EA DIGITAL KEY TELEPHONE SYSTEM S T Interface Board STIB The S T interface is based on the existing interface described in ETSI 300 012 which is based upon ITU_T Recommendations 1 430 and provides modifications and further requirements This is applied at the S or T reference points for the basic interface structure defined in ITU T 1 412 Layer 1 interfacing requires a balanced metallic transmission medium for each direction of transmit capability to support 192Kbps 2B D For interface circuits one per transmission direction are used for transmit digital signals Data amp bit clock are transmitted by the NT master and extracted by TE slave The GDK 16 system can be positioned at reference point la or ib on ETS 300 012 that is TE slave without power feeding or NT master with power feeding By selecting the short pin and DIP switch on each line interface the STIB can support either SO interface Line board function or T interface Trunk function
23. secondary device of DKTU or SLT 51 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM 5 2 7 2 GDK 16E 16 EA BASIC MBU SLOT 3 MBU SLOT 4 DEFAULT STA NUMBER 104 107 4 LKD 2B Primary devices in slot 3 4 LKD 2B 112 115 4 Secondary devices for the above 104 107 DSIB 4Key OR 451 respectively And in this case key set in slot 4 don t operate because the ports of slot 4 is used as 2B secondary devices 104 107 4 LKD 2B Primary devices in slot 3 112 115 4 Secondary devices for the above 104 107 4 LKD 2B DSIB DSIB respectively And this case key set in slot 4 don t operate because the ports of slot 4 is used as 2B secondary devices e LKD2B 1 If LKD 2B is connected to any 4 port in MBU Slot 3 that port in MBU Slot 4 don t be operated because it is used as 2B secondary device Note To use DSIB the software XX75P version for GDK 16E 16EA should be used 5 2 8 MAXIMUM NUMBER OF STATIONS 5 2 8 1 GDK 16 GDK 16A 16 PORTS DESCRIPTION 2 Basic DKT ports and 2 Basic SLT ports 4 DKT ports or 4 SLT ports 4DKTpotsor4SLTpots Z ____ l 2 X j2SO0staionsinSTIBsecondS0 ________ 2 Secondary devices for 2 basic DKT ports 5 2 8 2 GDK 16E GDK 16EA 22 PORTS NUMBER OF PORTS 4 t00 103 7 2BasicDKTportsand2BasicSLTpots 28 1444 4DKT pons and 4 SLT ports 088 42994 4DKTponsand4SLTpors DSIB 5
24. telephone lines to be connected to the system Model name GDK 16 Local regulatory agency registration number Ringer equivalence Registered jack The necessary information is available from your local LG Electronics representative INCIDENCE OF HARM If the Telephone Company determines that the customer provided equipment is faulty any possibly causing harm or interruption in service to the telephone network it should be disconnected until repair can be effected If this is not done the Telephone Company may temporarily disconnect service CHANGES IN SERVICE The local Telephone Company may make changes in its communication facilities or procedures If these changes could reasonably be expected to affect the use of the GDK 16 system or compatibility with the network the Telephone Company is required to give advanced written notice to user allowing the user to take appropriate steps to maintain telephone service MAINTENANCE LIMITATIONS Maintenance on the GDK 16 Digital Key Telephone System must only be performed by the LG Electronics Inc or its authorized agent The user may not make any changes and or repairs except as specifically noted in this manual Unauthorized alternations or repairs may affect the regulatory status of the system and may void any remaining warranty NOTICE OF RADIATED EMISSIONS The GDK 16 Digital Key Telephone System complies with rules regarding radiation and radio frequency emission as defined b
25. 16E 16EA DIGITAL KEY TELEPHONE SYSTEM 2 3 SYSTEM SPECIFICATIONS The following Tables provide general system specifications Table 2 3 1 Dimensions amp Weights weight Key Service Unit 346mm 90mm 13 6in 9 7in 3 5in 9 3in 7 6in 3 3in 1 8in 5 5in 3 9in Table 2 3 2 Environmental Specifications a ___ Relative Humidity 0 85 non condensing Table 2 3 3 Electrical Specifications 9PK46 GDKi6A GDK 16E GDK I6EA Power Supply AC Input Fuse T500mAH 250 V T800mAH 250 V DC Output Voltages 5 5 30Volts 28 35V Back up Battery Battery Back up Voltage 24 Volt DC Battery Back up Fuse T5AH 250V Charging Current Max 100mA Battery load Current Max 1A with Analog CO or ISDN CO Ext Relay Contacts 3 A 30 Volt DG Music Source Input 600 ohm 0 dBm STIB amp STIB2 Power 3W 40Volt DC 80mA 11 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM Table 2 3 4 Electrical Specifications Digital Keyset 2 wire loop 500 m 1 6K feet 330 m 1K feet 2B modules with Power Adapter 24Vdc 200mA System Primary Keyset Refer to Installation Manual of 2B DTIU and SLIU Primary Keyset Secondary Keyset Primary Keyset Secondary SLT 2B modules without Power Adapter Refer to Installation Manual of 2B DTIU Pri Keyset Secondar
26. 24 1 2 3 Hunt Disconnect Timer 01 10 Call Park Recall Timer 0 600 Determines the amount of time before a call placed in a call park location will recall the station placing the park When Normal CO ring comes all ring assigned station will ring during Normal Ring to DVIB Timer and the call will be routed to DVIB This field is used for the CCR inter digit timer in the DISA DID CO line 100ms base When this timer is expired DISA is activated 1 sec base 120 sec 3 Digits Normal Ring To DVIB Timer 0 300 3 Digits sec Inter Digit Timer 3 Digits 030 030 030 01 2 1 01 05 10 10 20 10 050 20 05 05 20 05 1 20 04 04 03 sec 4 030 00 00 99 3 Digits DISA Delay Timer 71 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM TIMER 2 CCR Inter Digit Timer 000 300 This field is used for the CCR inter digit 3 Digits timer in the DISA DID CO line 100ms 7 DISA Delay Timer 00 99 When this timer is expired DISA is 3 Digits activated ACNR Pause Timer 005 300 When expired ACNR is activated 3 Digits 1 sec base ACNR Delay Timer 000 300 When ACNR Pause Timer expires and 3 Digits there is no available CO Line in the group this timer is invoked ACNR Tone 000 300 This timer is invoked upon Detect Timer 3 Digits completion of dialing and system considers the CO party as busy in the case that CPTU
27. 51 None 4 4 4keyOR4st 12 10071 __ 2 2 51 None 4 451 4keyOR4st 2160 12 2 100 111 C01 2 2 2 51 None 4 4 4 4 4LCO 112 4 100 41 CO14 2 2 sit None 4 4 4keyOR4st erco 12 6 100 111 01 6 100 111 1 2 2 2 sit None 4 4koyORasit __ 12 4 1001116014 5 2 6 3 GDK 16E BASIC BASIC CO SLOT TOTAL MBU SLOT 3 MBU SLOT 4 eme MBUSLOT3 meustora TG DEFAULT i2ky 2st 170 la 113C012 2 29 170 4kyOR4st 8 2 100 107 01 2 1TO 4keyOR4st 4keyOR4st 12 2 100 111 CO1 2 2key 2st 170 __ 4 4844 16 2 100115 CO12 2key 2st 170 psg ose 2 100 19 CO1 2 2key 2st 170 4keyOR4stt 4keyOR4st 21 0 12 4 100 111 01 4 2key 2st 170 DSB __ 2100 16 4 100 15 01 4 2key 2st 170 psg 2tco 20 4 100 119 01 4 2 2 170 4keyOR4st 4 4 arco 12 2key 2st 170 DSB 4 4 2key 2st 170 __ 400 RENE NS 6 100 111 CO1 6 6 100 115 CO1 6 6 100 119 CO1 6 2key 2sit 1TO 4keyOR4stt 4keyOR4st 270
28. IGNALS Alarm Ring Continuous 025 02 Repeat OZ Alarm Ring Sine All Call Page Tone 0 35 sec ON 0 35 sec OFF Repeat Finland EU CIS 0 3 sec ON 0 3 sec OFF Repeat Busy Tone 0 2 sec 0 2 sec OFF Repeat 0 25 sec 0 25 OFF Repeat Denmark 0 5 sec ON 0 5 sec OFF Repeat Finland CO Ring 1 sec ON 4 sec OFF Repeat LCRDummyCODiaToe Coninou O Confirm Tone 12secON _ e nere ON 0 5 sec OFF Repeat Dial Tone ON 0 8 sec OFF Repeat 46 GDK 16 16A 16 16EA DIGITAL KEY TELEPHONE SYSTEM _ TONE RNG _ HFTB Warning Tone 27 7 82secON O2secOFF3Tmes o o Intercom Ring 05secON O5secOFF3Tmes lt Austa 0 4 sec ON 0 2 sec OFF 0 4 sec ON 2 sec OFF Repeat New Zealand Denmark Finland CIS Italy Netherlands Norwa 1 5 3 sec OFF Repeat 1 sec 5 sec OFF Repeat 1 sec 2 sec OFF Repeat Reminder Tone Ring Back Tone 1 sec 4 sec OFF Repeat CO Ring Back Tone SLT SLT RING Finland 1 sec ON 4 sec OFF Repeat italy SLT CO Ring italy 0 6 sec 02 sec OFF 0 2 sec ON 4 sec OFF Repeat SLT Intercom Ring 47 16EA DIGITAL KEY TELEPHONE SYSTEM 16 GDK 16 16 5 2 5 FREQUENCIE
29. JNOO Je aT UADIT 8 3NOL 4 3NOL WO 9 INOL 35 vd TIYO Tv SL ANOL 102 910 EL INOL LNOAWIL JNOO 3NOL 4222 40 3NOL D 3NOL ASNA ZL 3NOL HOVE 100 S INOL LL NOL Wid 22 1SHNA WO 12 02 61 ONIH 7 3NOL 11Nv33G SNIH 3NO L 3NOL ONINBVM L por 49 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM 5 2 6 CONFIGURATION 5 2 6 1 GDK 16 BASIC BASIC CO SLOT TOTAL MBU SLOT 3 MBU SLOT 4 BASIC PASC weustors ce DEFAULT 2key 2st ito C 42 100 103 core 2ky 2st 170 4kyOR4st 11 2 100 107 C012 2key 2sit 170 4keyOR4st 4keyOR 4st 12 2 100 111 CO1 2 2key 2st 170 4keyOR4st 4keyOR4st 21cO 12 4 100 111 CO1 4 2key 2st 170 4 4 4 440 12 6 100 111 2 2 170 4keyOR4sk 4keyOR4st 21 12 6 10011 01 6 1 TO 100 111 CO1 4 5 2 6 2 GDK 16A BASIC BASIC CO SLOT TOTAL MBU SLOT 3 MBU SLOT 4 5580 maustora co aa go Leo DEFAULT None 03 2 2 sit None 8 10 07 2 2
30. N trunk to TO interface ort and ISDN extension to SO interface port Check if ISDN trunk is not connected to 50 interface port and ISDN extension is not connected to TO interface port The mode selection method is shown in table 3 4 3 EH sw S T Port 1 Port STIB sw S T Port 2 Port STIB Manufacture Setting T Description Remark mode Port Jumper Switch SW1 OFF 0 or TO interface mode selection for the port CN2 T position and PEB2086 device respectively sw Pint 2 OFF 1 and 42 External Power feeding ON OFF Pin3 4 3 and 4 Termination Resistor ON OFF Termination Resistor ON OFF Only for T0 interface Connector LINE Selection Method T Move short pins to CN2 s position Move SW1 SW to position OFF W1 2 N2 Move short pins to CN2 s 5 position 3 S SW C Move SW1 SW to S position ON SW SW Move SW3 to position Table 3 4 3 S T Mode Selection Method So To CO5 6 or 2So station 112 113 28 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM Figure 3 4 7 STIB2 It is noted that the PWR and the R markings on the STIB2 amp STIB board are switched with above fiqure DTIB Digital Terminal Interface Board Installation The DTIB provides 4 ports of normal type or 2B type digital terminal interfaces All the ports can support 2B forma
31. ONE SYSTEM NO sus MENU fLex key TERMINALMENU RANGE DEFAULT REMARK SMDR Records In Detail YES YES NO If this field is set as NO Attributes the customer can see not the detailed call information but information of total cali total metering count and total cost for individual station for SMDR Save Record Otherwise the customer can see Attributes 60 40 66 33 66 33 10 PPS 10 Alam 1 YES NO e Alarm Contact Type Close Open 3 Alarm Signal Mode 11 External First Contact 1 3 Controi 2 Second Contact Loud Bell None Contact Door Ext 1 Inetrnal Attribute G 1 3 1 2 External 3 Both 1 inetrnal 2 External 3 DVIB MOH 00 60 System Gain Control l Digital Keyset Rx Gain LT O 2 SLT Rx Gain 00 60 3 CO Line Rx Gain 00 60 68 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 508 MENU FLEX KEY TERMINALMENU RANGE DEFAULT REMARK 4 System Digital CO Line DCO 00 60 Gain Rx Gain Control 5 DVU Rx Gain 00 60 DTMF Rx Gain 00 60 jj Transfer CO Line External Page Port Assignment DID DISA Forward To DVIB T DU Busy vesno NO 7 2 Fwd to DVU YES NO
32. PROGRAM Y Move to the previous main menu INITIALIZATION STA PGM 100 115 ATTRIBUT 4 Pressing a flex key 1 the LCD displays as the left side PRESS FLEX KEY 1 13 STA 100 115 DND 5 Pressing a flex key 1 the LCD displays as the left side And then YES press a flex key 1 to change the current value Press HOLD SAVE button to update the database permanently Go to the other same level menu TRANS PGM Go to the Admin starting menu REDIAL Go to the 1 level upper menu GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM Ton cll U U anan 6 1 4 BUTTON DEFINITION Buttons are used for the following purposes in the Admin Programming mode HOLD SAVE Update the system database permanently TRANS PGM Move to the start of admin program menu REDIAL Move to the upper level menu SUB MENU MAIN MENU or TERMINAL MENU SUB MENU A Move to the next menu in the same level Round robin 1 terminal menu of STATION ATTRIBUTE SPEED DIAL ACCESS 27 terminal menu of STATION ATTRIBUTE Y Move to the previous menu in the same level Round robin Ex 1 INITIALIZATION 1 main menu gt PRINT DATABSE last main menu Ex 2 STATION CLASS OF SERVICE 39 sub menu of 2 main menu ISDN STATION ATTRIBUTE 27 sub menu of 279 main menu SPEED Clear database of the current terminal menu FLEX KEY 1 Used for selecting a menu main sub terminal respondin
33. Qua Digital Key Telephone System Installation Manual MODEL GDK 16 GDK 16A GDK 16E GDK 16EA GDK 16 16 16E 16 DIGITAL KEY TELEPHONE SYSTEM SECTION 6 ADMIN 57 6 1 General Description 57 57 6 1 2 To Enter the Programming Mode nemen 57 6 1 3 How to 58 6 1 4 Button Definition aet cit kw p un reu eV 59 6 2 Admin Programming 2 21 1 201 400 0 144020 enne nennen eere 60 6 2 1 Admin Programming Index 60 622 Default Values asa _______________ 63 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM SECTION 1 INTRODUCTION 1 1 PURPOSE This manual provides the information necessary to install program operate and maintain the LG Digital Key Telephone System GDK 16 1 2 REGULATORY INFORMATION TELEPHONE COMPANY NOTIFICATION Before connecting the GDK 16 to the telephone network you may be required to notify your local servicing Telephone Company of your intention to use customer provided equipment You may further be required to provide any or all of the following information Number of
34. S AND TONES ZH0ZZ Fia oem pce a a A a ss d M sss Gods m AA KAWA m n P o PNE OPE ET a c ERO EN UG 2 91 ZHO9ZL ZHOS ZHSCt ZHOOPL 6 NOLIVINHIJNOO _ paaiasay 2 _b ONIH ONIH TVLIN3H34JIO 2 Buo 09 Awwng HOT OL HOHH3 3TONIS pL ANOL VAHO 8 3NOL 9NINHYM 81 2 3NO1 39vd 9 ENOL To NEUE ee gal pansasay INOL LNOAWIL INO g ANOL ANOL 1 3NOL ASNG onec 20201 ZH0001 4 _ 3NO1 9NINGYYM Vid 3NOL SNIH 3IONIS 22 3nano ONIH LSHNE LIYM TIYO 12 ONIN WHVIY 02 WOOHJ3ANI 61 ONIH INOL H3ONIW3H L ONIH 1Vi LN3H34JIG MIN SONVTHSHISN ONY INI 1179230 ONIH 3NOL E 48 16 16 16E 16 DIGITAL KEY TELEPHONE SYSTEM 72H0ZZ x ZHO8P 2008 v ONIH TVILN3H3HJIG ZHOi6 724068 24229 9 ZHSZP OL ENOL HOHU3 ITONIS 6 3NO1 NOLIVWHI
35. U is installed additional 70 minutes is added to the maximum record time And the protection of recorded messages is controlled by MBU SW7 1 SW7 1 OFF for system default Not deleted Deleted ON for database protection Not deleted Not deleted Table 3 4 4 Protection of recorded messages The DVIB should be installed on the SLOT2 of MBU And the DVEU board should be installed correctly on the CN4 and CN5 of DVIB If the boards are incorrectly installed DVIB or DVEU may be operated abnormally or damaged The connectors of a DVIB is shown in figure 3 4 10 CN2 is used for the trace of a DVIB board using a trace data monitor tool GDK TRC 1 CN4 and CN5 are used for a DVEU installation is inserted on SLOT2 of MBU and is used for a test Figure 3 4 11 Connectors of the DVIB Figure 3 4 12 DVIB 31 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM MOHU Music On Hold Unit The MOHU provides External Music Source to the system through any kind of Single Line Interface including 2B SLIUSO in other GDK System But in the GDK 16 System is used for external paging not for MOH The external paging source provided through single line interface A MOHU has two interface circuits to connect 2 external sources with 2 single line interface In the GDK 16 system just one external source of them is used The single line interfaces connected to MOHU should be selected by Admin programming The characterist
36. a fields and to enter numerical information The 24 buttons located at the top of the phone Flex Buttons are used to indicate the specific data field and to enter information Sometimes SPEED button is used to delete the data See TABLE 6 2 2 1 6 2 2 10 for default data If this pre programming suits the customer additional Admin program is not necessary To change admin data the user enter the admin programming mode and select program code During Admin programming other keysets in the system operate normally When Admin programming LCD and LED s indicate current programmed data and status If the programmer enters correct data then LCD and LED s show the entered data and the data is stored in the temporary buffer area Real system database is not changed and has no effect on telephone operation unless permanent updating procedure is executed Pressing HOLD SAVE button all data in the temporary buffer same as LCD and LED s show their status is saved into permanent memory Tones are provided to let the programmer know whether data entry is correct confirmation tone or not error tone 6 1 2 TO ENTER THE PROGRAMMING MODE 1 Lift handset or press the MON button on the admin station and hear ICM dial tone optional 2 Press TRANS PGM button and dial confirmation tone heard 3 This procedure places the station into the Admin Programming mode confirmation tone heard And LCD will display the first step of Admin Program
37. asonry or plaster board wall It is recommended that a 1 2 inch thickness plywood back board be firmly mounted to the wall first and then the KSU 2 The location must have access to 220 240 Volt AC 50 60 Hz with a circuit breaker or fuse rated at 15 amps 3 wire parallel blade grounded outlet should be within approximately 2 meters 6 feet 3 The location must have access to a good earth ground such as a metallic cold water pipe with no non metallic joints The ground source should be located as close as possible to the system 4 The system should be located in an area which is well ventilated with a recommended temperature of 20 26 degrees C 68 78 8 degrees F and a relative humidity of 5 85 96 non condensing 5 The system should be located within 8 meters 25 feet of the telephone company s termination point Also the location should be within the prescribed station loop lengths for all keysets and terminals If existing cabling is to be employed the location of existing cabling and conduits should be considered 6 The location should have adequate accessibility space and lighting for future servicing and should consider the need for future expansion 7 The site should be away from radio transmitting equipment arc welding devices copy machines and other electrical equipment capable of generating electrical interference The system should be protected from flooding and heavy machinery as well as excessive dust and vibra
38. ata no parity bit and 1 stop bit The RS 232C port only provides three 3 control signals such as TXD RXD and ground Batteries are connected to the connector CN3 of the MFB as shown in Figure 3 5 1 Warning Carefully check the battery polarity with cable colors RED and BLUE when connecting the battery to system is recommended to use fuse 5A 250V between battery and system Recommended battery capacity is 24V 10AH MF battery The system will operate more than 5 hours with this battery Figure 3 5 1 Battery Back Up Wiring 33 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM MFB 2 RX Terminal MFB 3 RX Terminal RS 232C RS 232C RS 232C 3 RX 2 TX RS 232C Connector Connector Connector 9pin 9pin 25pin Connector 9pin 5 GND 5 GND 7 GND Figure 3 5 2 RS 232C 9 pin Connector Wiring Music on Hold MOH Wiring The GDK 16 System sends internal or external music signal to CO lines that are in hold state The default music source input is assigned to internal source And the external music source can be used by changing the system database and connect a external music source to the blue colored TERMINAL BLOCK CN22 pin 5 6 of the MBU General Purpose Relays Wiring There is a general purpose relays in the MBU and these contacts are connected through CN22 pin 1 2 RELAY 1 of the MBU The control of these relays are done by system programming Also this dry relay con
39. ce Messages System All the messages Announcements Number of Station Group 8 4 Max Number of Member in Group 32 Stations 6 Stations 22 in 16E and 16EA Station Base With option Additional 70 Minutes Without option for DVIB total 200 messages Date Time stamp is available With Backup SW ON When backup switch is set OFF only system greetings and prompts are saved User messages are deleted Note To use DSIB the software XX75P version for GDK 16E 16EA should be used The DSIB in GDK 16 can t be used in GDK 16E 42 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM 5 2 FEATURE CODES 5 2 1 NUMBERING PLAN Station Intercom Number cng Access mp Retrieve a Held Line Individual SUMPA Retrieve a Held CO Line Attendant 100 115 Programmable 100 499 16E 66 mo m 5915 84 U i i BOL 886 Bit maa e m CO Line Access First Accessible Group Page ACAN Internal Zone ha Meet __ SLT Last Number Redial LNR _ SLT Forward SLT Speed Dial Program T PEL 55 58 _ 6 HOLD SAVE pash Call Waiting Camp on Ll
40. cludes one External Relay for General purpose 16 GDK 16 16A 16 16EA DIGITAL KEY TELEPHONE SYSTEM Digitized Voice Interface Board DVIB DVIB provides 2 channel Record Play DVIB provides Time amp System prompt All message are saved in Flash memory Max record time Without DVEU 68 Minutes With DVEU 136 Minutes DVIB 68 Min DVEU 68Min System time stamp 8 Min User record time 128 Min Max Number of User Voice Message 400ea With DVEU DVIB 200ea DVEU 200ea DVEU Digitized Voice Expansion Unit Optional PCB of DVIB Note User Greeting does not lost by system power off or reset because ot this message is stored in FLASH memory MBU SW7 1 controls the protection of recorded messages DVIB should be installed on SLOT2 17 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM SECTION 3 INSTALLATION 3 1 INTRODUCTION As with any sophisticated communications device installation of the GDK 16 System requires the care and fore thought of a competent technician Installation proceeds in 4 major steps Site Preparation KSU Installation PCB Installation System Wiring 3 2 SITE PREPARATION General Site Considerations The first step is to locate an acceptable site for the common equipment KSU boards etc When locating a mounting site for the KSUs the following points must be considered 1 The KSUs are designed for wall mounting and should not be mounted directly to a m
41. el however 2 channel operation can be provided for simultaneous voice and data applications or future feature as 2B phone The permitted keyset types are as following KD 36D KD 36N KD 24D KD 24N m KD E 36EXE KD E 36ENH KD E 24EXE KD E 24ENH m LKD 2NS LKD 8DS LKD 30DS etc This board should be installed on the SLOT3 amp SLOT4 STA SLOT1 amp STA SLOT2 DKT amp SLT Interface Board DSIB The DSIB provides the function of SLIB and DTIB simultaneously The DSIB circuit contains exactly the same as Single Line Interface and Digital Terminal Interface circuits Note that you should consider the same condition mentioned above Single Line Interface Board and Digital Terminal Interface Board DSIB should be installed on the SLOT3 and the SLOT4 S T Interface Board STIB2 S T interface is based on the existing interface described in ETSI 300 012 which is based upon ITU T Recommendations 1 430 and provides modifications and further requirements This is applied at the S or T reference points for the basic interface structure defined in T 1 412 Layer 1 interfacing requires a balanced metallic transmission medium for each direction of transmit capability to support 192Kbps 2B D For interface circuits one per transmission direction are used for transmit digital signals Data amp bit clock are transmitted by the NT master and extracted by TE slave The GDK 16 system can be positioned at
42. em Timers SYS TMR Toll Table Authorization Code Tabie Author Code Table Flexible Numbering Pian Program MEMU needed Hunt Group Voice Mail Table Print Database N ON G N Q O 0 G DVU Forward Answer Timer Valid User Message Timer Hunt Disconnect Timer Call Park Recall Timer Normal Ring To DVIB Timer CCR Inter Digit Timer DISA Delay Timer ACNR Pause Timer ACNR Delay Timer ACNR Tone Detect Timer ACNR No Answer Timer ACNR Retry Counter ACNR Retry No Tone Toll Exception Table Allow Entry no 01 20 Toll Exception Table Deny A Entry no 01 10 Toll Exception Table Allow B Entry no 01 20 Toll Exception Table Deny B Entry no 01 10 1 Canned Toll Table Allow Entry no 01 10 2 Canned Toll Table Deny Ent Authorization Code Table Entry no 01 30 Numbering Plan Type Extension Basic Station Number Digit Size 3 2 Flexible Station Number Assignment LCR Access Mode Day Zone Time Zone of Day Zone LDT Table DMT Table Group Type Group Member Group Attribute Put Mail Get Mail Busy Table No Answer Table Error Table DND Table Disconnect T able Station Database Print CO Line Database Print ISDN Database Print System Feature Database Print System Timer Database Print Toll Table Print Authorization Code Table Print Flexible Station Number Print LCR Database
43. er Knob 2 ISDN Loop Back on Loop Back on Off Loop Back off 25 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM Before programming the system SW7 knob 1 should be placed in the Off position and turn the system power off and on for initialize the system database to default Once the database has been initialized SW knob 1 should be placed in the on position to protect the database in the memory Refer to Figure 3 4 3 And there are four red LEDs and one dual color LEDs on the MBU the function of them are as follows LD1 Display system software operation This LED will turn on and turn off at every 100 msec LD2 Display task changing software testing purpose This LED will be turn on off toggle when software task changing LD3 Display event processing This LED will turn on during event processing LD4 Indication for data comm error This LED will be turn on off toggle for keyset data comm error LD5 Basic BRI in use LED Green In Use Red Layer error MEMU Installation The MEMU must be installed on the MBU for the normal operation of the system and following specifications Refer to Figure 3 4 2 Support the CTI for the SMDR record function Support the LCR function Support the Fax Tone Detector function Support the Various Enhanced S W Packages Although MEMU can be separated from MBU the contents of the Memory are preserved for 1 hour MEMU should be posit
44. ersions and pulse signaling Single Line Interface Board SLIB The SLIB provides the capability to connect 4 SLTs to the system with appropriate A D and D A conversions The SLIB allows the SLT to access to CO Lines connected to the system other stations and most features of the system through the use of dial codes Connections to the single line telephones are made by external pair wire The SLIB allows a Single Line Telephone to be connected up to 1 6 Kilometers 5 3 Kfit from the system by using 22 AWG wire In addition one LED is mounted on the PCB to indicate the state of POWER ON OFF LED will turn on when system s POWER is ON India only Loop Impedance for SLT 300 ohm Include SLT 500 ohm GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM SAU TO a VULUY nS Digital Terminal Interface Board DTIB 77 U JU YU U a AA The DTIB provides 4 ports of the LGE proprietary digital port interface for the system The DTIB provides 2 wire interface to digital terminals The DTIB sends receives digitized voice and data signals to from the digital terminals by using the TERMINAL BLOCK CN2 on the DTIB In addition one LED is mounted on the PCB to indicate the state of POWER ON OFF LED will turn on when system s POWER is ON The DTIB allows for either 1 or 2 bearer voice channels from a single hardware port under the control of system software Note that each keyset requires only a single chann
45. etup message UNKNOWN Insert the calling station number at calling party number information field in setup message NATIONAL TYPE D Insert my area code if exist ISDN Program Main Menu4 My Area Code Sub Menu6 i2 Insert prefix of COLP number ISDN Program Main Menu4 COLP Table Sub Menu8 3 Insert the calling station number Ex The calling station 100 seize a ISDN line 01 which is programmed as COLP 01 COLP Table Main Menu4 Sub Menu 8 01 5001 prefix of COLP number and MY AREA CODE 0343 CLI in setup message 03435001100 INTERNATIONAL TYPE D Insert my nation code if exist ISDN Program Main Menu4 My Nation Code Sub Menu7 2 Insert my area code if exist ISDN Program Main Menu4 My Area Code Sub Menu6 3 Insert prefix of COLP number ISDN Program Main Menu4 COLP Table Sub Menu8 Insert the calling station number Ex The calling station 100 seize a ISDN line 01 which is programmed as COLP 01 COLP Table Main Menu4 Sub Menu 8 01 5001 prefix of COLP number AREA CODE 0343 and MY Nation Code 82 CLI in setup message 8203435001 100 SUBSCIBER TYPE 1 Insert prefix of COLP number ISDN Program Main Menu4 COLP Table Sub Menu8 2 Insert the calling station number Ex The calling station 100 seize a ISDN line 01 which is programmed as COLP 01 COLP Table Main Menu4 Sub Menu 8 01 5001 prefix of COLP number AREA CODE 0343 and
46. evices on the same S Interface bus 1 intercom Call to ISDN Station 2 DID Call to ISDN Station 3 DISA Call to ISDN Station On the other features MSN Addressing does not effect ISDN Station s behavior GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 4 5 8 ISDN Intercom Call Any station can call ISDN Devices by dialing station S interface has two stations no So user can call ISDN Devices by dialing one of two pre assigned stations no There is no difference between calling ISDN Devices with the two stations no which is assigned the same S Interface If ISDN Device is set to Sub Addressable ISDN it needs further one digit for calling that ISDN Device ISDN CO Line Access CO Line Access of ISDN Device is the same as that of Single Line Telephone SLT CO Line Hold in GDK 16 system does not use DTMF Receiver for recognizing user s dialing digit So if user want to use Hold Transfer Feature on ISDN Device ISDN Device has the capability of sending Keypad Facility Information on the Information Message If possible holding CO Line Call send Keypad Facility then connected CO Line Call is held and user can hear Intercom Dial Tone Retrieving Held CO Line send Keypad Facility then the held CO Line Call is retrieved Please consult your ISDN Device s Manual for sending Keypad Facility after connection CO Line Transfer in GDK 16 system does not use DTMF Recei
47. face STIB2 1 4B ISDN 1So To 1To Interface DVIB Digital Voice Interface MBU 1 1 1 1 tal Vo DTMF Receiver 2 2 Receiver2Ea 488 DKT Intertaco 0 4 stTinterace o 4 4 8B SLT DKT Interface _____ Battery Changing RS 232C Auto FAX Voice Memory Expansion Unit DVIB DVEU DVIBE 13 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM Key Service Unit KSU The KSU is a plastic cabinet designed for wall mounting The KSU contains a MBU Main Board Unit and POWER Transformer and Mechanical parts Main Board Unit MBU The Power Supply Circuit is on the left upper side of the MBU and an LED in right side of the MBU panel indicates the state of system A Power Supply Circuit is required in the Key Service Unit The Power Supply Circuit converts local AC power 110 240 50 60Hz to 31 5V for distribution to other system components This DC 31 5V output are provided to MBU for generation 5V The MBU contains 2 DTMF receiver circuits Each receiver is time shared under the control of the system software The MBU incorporates the system s memory master clock one internal and one external MOH ports two DTMF receivers one alarm detection circuit one general purpose relays watchdog circuitry and 2 ports digital terminal interface circuits and 2ports SLT circuits as well as the system s PCM voice proces
48. g Sub Addressing can be programmed by Station Base Program Main Menu2 ISDN Station Attribute Sub Menu2 Sub Address Terminal Menu1 its range is YES NO Defauit NO If ISDN Station is allowed sub addressing by admin program in any station user who wants to call to ISDN station has to dial the station No and sub address for that ISDN station For using ISDN Station s Sub Address there is further program on the ISDN Devices Please consult your ISDN Devices manual for programming ISDN Device s Sub Address Sub Address is useful to the following Features for decoding the s ingle ISDN Device from ISDN Devices on the same S Interface bus 1 Intercom Call to ISDN Station 2 DID Call to ISDN Station 3 DISA Call to ISDN Station On the other features Sub Addressing does not effect ISDN Station s behavior ISDN MSN Addressing MSN Addressing can be programmed by Station Base Program Main Menu2 ISDN Station Attribute Sub Menu2 MSN Terminal Menu3 its range is YES NO Default NO If ISDN station is allowed MSN addressing by admin program in any station user who wants to call to ISDN station has to dial the station No and MSN address for that ISDN station For using ISDN Station s MSN Address there is further program on the ISDN Devices Please consult your ISDN Devices manual for programming ISDN Device s MSN Address MSN Address is useful to the following Features for decoding the single ISDN Device from ISDN D
49. g Back Tone Error Tone ON 012 000 255 OFF 012 20 msec ON 070 OFF 000 Second Dial Tone 000 255 20 msec 000 255 20 msec 2 Busy Tone ON 025 000 255 OFF 025 20 msec Day of Week 1 Day Start Time 0000 2359 Default 0900 2 Night Start Time 0000 2359 70 GDK 16 16 16E 16 DIGITAL KEY TELEPHONE SYSTEM TABLE 6 2 2 5 SYSTEM TIMER PROGRAM MAIN MENU 6 KEY TIMER Exclusive Hold Recall Timer 000 300 1 System Hold Recall Timer 000 300 Transfer Recall Timer 000 300 2 TIMER 2 Attendant Recall Timer 00 60 I Hold Recall Timer 000 300 CO Ring Detect Timer 1 9 oso 30 030 ot pm EXTERNE MEN BEEN ELIO un Dial Delay Timer 00 99 os 100msecbase Edd 20 0o 050 20 ass o0 Pause 1 9 CO Release Guard Timer 01 15 gu Preset Forward Timer 00 99 Call Forward Busy No Answer Timer 00 99 10 rq tsecbae DID DISA No answer Timer 00 99 2 Unsupervised Conference Timer 00 99 1 sec base Messaqe Reminder Tone Timer 00 60 9 i 9 DVU User Record Timer 010 255 DVU Station Forward Answer Timer 04 40 1 sec base NW 10 2 FAX Tone Detect 01 10 05 _ D DVU Valid User Message Timer 0 10 04 1secbase lal FAX CO Call Timer 7 10 11 12 13 14 15 16 17 18 19 20 21 22 23
50. g to the number 2 Also used as toggle key for entering data if entered value has only 2 cases number i e Yes No Enable Disable DIGIT Used for entering data by dialing 59 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 6 2 ADMIN PROGRAMMING 6 2 1 ADMIN PROGRAMMING INDEX FLEXKEY FLEXKEY SUBMENU 1 Initialization Station Database Initialization DB INIT CO Line Database Initialization Database Initialization ISDN Table System Feature Database Initialization Database Initialization System Timer Database Initialization Toll Table Authorization Code Table Database Initialization Flexible Station Number Initialization Flexible Button Program Initialization LCR Database Initialization LCR package only MENU Hunt Group Voice Mail Table initialization All Database Initialization Station Base Program Station Attribute STA PGM ISDN Station Attribute Station Class Of Service CO Line Group Access Preset Call Forward Flex Buttons Assignment Warm Line Selection Page Zone Language Code CO Line Base Program CO Line Attribute CO PGM ISDN CO Line Attribute Group Assignment DISA Type CO Fiash Timer CO Loop Supervision Timer CO Line Ring Assignment ISDN Program TEI Type ISDN PGM Calling Sub Address Incoming Zero Insertion Outgoing Zero Insertion Outgoing Check Digit My Area Code My Nation Code International Code COLP Table Entry no 01 10 MSN Table Entry no 01 24 DID D
51. he GDK 16 System achieves a high level of flexibility by providing support for different types of instrumentation The GDK 16 has Four types GDK 16 GDK 16 A GDK 16 E GDK 16 EA GDK 16 GDK 16E have BRI on MBU but GDK 16A GDK 16EA don t GDK 16E GDK 16EA support DSIB but GDK 16 GDK 16A don t The following table shows the difference among each model Table 2 1 1 The basic difference among GDK 16 Series vene E UL GDK 16 GDK 16A GDK 16E GDK 16EA urus O XU x DSIB Not support Not support Support The GDK 16 KSU is wall mounted plastic cabinet that houses the MBU Main Board Unit and contain board slots for the CO line Key Station SLT interface boards S T interface boards and other useful PCBs There are five option board slots in the system The SLOT1 is used to install one of the LCOBA _LCOB4 LCOB6 LCOB LCOB2 LCOBE or STIB2 STIB SLOT2 is used to install the DVIB DVIBE Digitized voice interface board and DTRB DTMF receiver board SLOT3 amp SLOTA is used to install extension boards such as SLIB DTIB and DSIB SLOTS is only used to install the MFB multi function board The system architecture has been designed to allow a high level of software control over the system s hardware The software incorporates a vast array of features and capabilities including PC Database Administration ISDN feature etc The GDK 16 System supports a combination of Digital Keysets LKD KD KD E KD S KD C series and various kinds
52. ibute O poo a a SE Cir 1 Answer Timer moa 1 second Term 12 Ring Timer 0 9 1 second 3 Overflow Destination STA HUNT Destination Type 1 STA 2 HUNT 3 DVU 4 SYS SPD 4 Overflow Timer 000 600 180 e moi Timer 2 Second 1 second Timer Pc Repeat Timer 4 Overflow Destination Destination Type 1 STA 2 HUNT 3 DVU 4 SYS SPD 1 Destination Type 1 STA 2 HUNT 3 DVU 4 SYS SPD DVU SYS SPD STA HUNTA DVU SYS SPD VM EE oe 2 ta 4 Ovarian Destination STA HUNT DVU SYS SPD Timer 2 Overflow Destination STA HUNT Destination Type DVU 1 STA SYS SPD 2 HUNT 3 DVU 4 SYS SPD 3 Timer 600 180 Put Biles P ES 1 for Prefix 2 for Suffix Get Mail Max 12 digits BIN L No Answer Prefix P 4P SU VM Dialing Table Prefix P c TIERE lt 1 Prefix P 3P Disconnect Prefix P 6P 74 DECLARATION OF CONFORMITY according to ISO IEC Guide 22 and EN45014 Date 2002 04 19 Application of Council Directive s 1999 5 Manufacturer s LG Electronics Inc Manufacturer s Address Enterprise Communication Company Dong Hungduck Gu 726 Korea Declares that the Prod Product Type En Product Op Conforman CE affixed Date
53. ics of MOHU interface are followings Impedance 600 ohm Transmission loss 1 dB 1dB at 1020Hz Maximum output level Max 0 dBm 600 ohms The MOHU can be connected to any kind of single line interface including 2B SLIU30 Caution In the GDK 16 MOHU is used for External paging 1 port not for MOH GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM rn sU am Weasrs3wss QV ss H 6 m aF rr rn r Battery Back Up Wiring Installation The system can be equipped with external batteries for proper operation when local AC power fails The Back Up batteries are connected to the connector CN3 of the MFB The External batteries must provide 24 Volts DC This is generally accomplished by connecting two 12 volts batteries in a series arrangement Battery operation is controlled by the MFB The MFB will provide charging current maximum 0 1A India max 0 35A to the batteries during normal AC power operation The MFB will automatically stop the battery operation when AC power re applied or low battery voltage detected The system operating time by external batteries is depend on several elements as follows battery charge state condition of the batteries capacity of the batteries and the system configuration number of station ports The MFB has one industry standard 9 pin RS 232C connector The RS 232C ports are connected by 9 pin connectors as shown 3 5 2 Note that the communication settings are 9600bps Max 38400bps 8 bit d
54. igit Conversion Table ISDN Transfer Code ISDN Supplementary Service Loopback 60 GDK 16 16 16E 16 DIGITAL KEY TELEPHONE SYSTEM FLEXKEY MANMENU FLEXKEY SUBMENU System Base Program System Attribute SYS PGM Attendant Assignment Setting System Date Time LCD Date Time Display Mode PBX Access Code DID DISA Destination DISA Retry Counter SMDR Attributes Pulse Dial Speed Ratio Alarm Attributes External Control Contact BGM Background Music MOH Music On Hold Type System Gain Control Fax Transfer CO Line External Page Station DID DISA Forward to DVU CCR Table Admin Password DVU Setting Weekly Time Table ACNR Tone Cadence Exclusive Hold Recall Timer System Timers SYS TMR System Hold Recall Timer Transfer Hold Recall Timer I Recall Timer Attendant Recall Timer CO Ring Detect Timer CO Ring Stop Detect Timer Pause Timer CO Release Guard Timer CO Dial Delay Timer Preset Forward Timer on Q G N rs Call Forward Busy No Answer Timer DID DISA No Answer Timer Unsupervised Conference Timer MSG Wait Reminder Tone Timer Hook Switch Flash Timer Door Open Timer Enhanced Inter Digit Timer Warm Line Timer SMDR Timer Wake up Fail Ring Timer Fax Tone Detect Timer Fax CO Call Timer DVU User Record Timer GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM FLEX KEY MAIN MENU FLEXKEY SUBMENU Syst
55. ioned correctly If MEMU is incorrectly aligned It may cause damage for the paris of MEMU or MBU Figure 3 4 4 MEMU Installation 26 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM MFB Installation The RS 232C of MFB board is used for the function of system maintenance PC based Admin SMDR print The Followings are the list of the system s output Administration data base Off Line SMDR on demand On Line SMDR Statistical Information System Trace data The installation method is shown in Figure 3 4 5 Figure 3 4 5 MFB installation Analog CO PABX Line Interface Boards LCOB Loop start Installation The LCOB6 LCOB2 be installed on the SLOT1 The exterior of them are shown in Figure 3 4 6 This board provides two 2 Loop Start ports and four 4 Loop Start ports Board LCOBA LCOB LCOBE LCOB2 LCOB4 LCOB6 Figure 3 4 6 Analog CO Interface Boards 27 GDK 16 16A 16 16EA DIGITAL KEY TELEPHONE SYSTEM ISDN STIB2 amp STIB S T Interface Board Installation should be noted that the STIB2 4 STIB board should be installed on the SLOT1 of the The STIB2 provides 1 port of BRI Basic Rate Interface T mode only and 1 of and mode Switchable interface and STIB provides 1 port of S and T mode Switchable interface Select the jumpers and DIP switches for SO or TO interface Be sure to connect ISD
56. lastic frame cabinet designed for wali mounting Employing the KSU mounting template provided with the KSU mark the location of the two screws to mount the KSU Again the KSU must not be mounted on a masonry or dry wall surface in this case a wooden backboard is required refer to paragraph Back Board Installation The distance between mounting holes is shown in Figure 3 3 2 The KSU is mounted with two 10 or larger 1 5 inch or longer screws First drill pilot holes in the two locations marked insert the screws and tighten leaving about 0 5 inch exposed Hang up the KSU on the screws and tighten the KSU Figure 3 3 2 KSU Mounting Holes 4 Installation layout 21 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM Power Installation The Power Supply Circuit of the MBU provides DC power for the system boards and telephones converting the AC Input Voltage to appropriate DC voltages Before installation assure that the AC power cord is NOT plugged into the AC INLET The Power Supply Circuit is located on the left upper side of the MBU The GDK 16 Power can only operate 220 240 VAC based on the connection of the cable 2 wired by the CN16 from the transformer and the connection of the cable 2 wired by the CN17 to the transformer MBU Fuse P2 Refer to the table 2 3 3 Power Transformer Mains lead 220 240 KSU Grounding The GDK 16 mains lead must be connected to a building mains su
57. ming Refer to the below LCD ADMIN PROGRAM START PRESS FLEX KEY 1 11 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 6 1 3 HOW TO PROGRAM There are 12 main menus in the Admin Programming mode Each main program has several sub menus and each sub menu can have several terminal menus sub menus of a sub menu but some sub menus don t have any terminal menus It means that sub menus are terminal menus Refer to the followings N main menu has several sub menus e To select a sub menu press a flex key responding to the sub menu number e sub menu may have several terminal menus but some sub menus may not To select terminal menu press a flex key responding to the terminal menu number e Enter data at the terminal menu with dialing digits or flex keys TERMINAL MENU 6 1 3 1 Example of Admin Program PROCEDURE ADMIN PROGRAM START 1 When the user enters Admin Programming mode the first message PRESS FLEX KEY 1 12 will be displayed on the LCD Press a flex key to select a main menu among 12 main menus STA PGM 2 Select the 274 main menu STATION BASE PROGRAM by pressing ENTER STA RANGE the 279 flex key in step 1 Dial station range The second station number must be more than or equal to the first station number STA PGM 100 100 3 And then press a flex key 1 9 Flex key 1 9 Select a sub menu of STA BASE PROGRAM Zia Move to the next main menu CO LINE BASE
58. n number than stations have you cannot save input value 64 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM TABLE 6 2 2 2 CO LINE BASE PROGRAM MAIN MENU 3 NO SUB MENU FLEX KEY TERMINAL MENU RANGE DEFAULT 1 COLineType PBX CO Attribute ke le Line Signal DTMF Answer UNA C Suma DISA Account 7 6 Loop Supervision Yeso so e a CHE OSEE ENSE ha Sh eae Announcement AE CPT Tone Detect YES NO 1 COLP 00 10 00 Not Assigned 01 10 indicate an entry of Outgoing COLP table 00 99 bi 00 Do not ignore 01 99 indicate an ignored called 3 Type of Calling 2 Number ISDN CO Line Attribute party number DID RN DID removes number from called party information 0 Unknown number 1 international type 2 National number 3 Not used 4 Subscriber number 5 Not used 6 Not used 7 Not used 8 No send COLP Group Assign DISA Type 0 1 2 3 CO Flash Timer CO Loop Supervision 7 CO Line Ring No Day Night B Station Flex key Round robin oth 1 All ring Station 2 16 No ring Station 1 All ring Station Assignment For XX70P version CO Line Ring Assignment Ring to station No Day Night For XX75P Both 2 22 version No ring GDK 16E Ring to Hunt 16EA Group 1 Ring
59. o ISDN then GDK sends the called Long Shot Shot Cd extension e z 63 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM INO SUB MENU FLEXKEY TERMINALMENU RANGE DEFAULT REMARK ISDN Station 4 COLRI CLIR NO 2 Attribute NO 6 Jor no _ 7 Jos NO 2 CLI NAME Display YES NO If this field is ON the H system check whether the received is matched with the speed dial data or not If they are matched the speed dial name is displayed KEYPAD FACILITY KEYPAD This field determines that DTMF ISDN station sends digit in or keypad facility after connected Day COS Night COS 11 77 11 2 Digit 27 Digit Night COS CO Group CO Line Group 1 4 1 4 1 Flex CO GRP 1 4 Flex 4 Preset Call Station No Not Assigned The ISDN station or ICM box cannot be assigned as preset call forward station Forward Flex Buttons Assignment 1 User Button 2 x 3 CO Group x 4 LOOP STA No 5 STA xxx SPD Bin 6 SPD xx Not Assigned 1 Flex Button 2 CO Line 3 CO Group Warm Line Selection 4 Station Page Zone 1 Page Zone 1 2 Page Zone 2 Language Each Code Nation s Language 1 Under following conditions flex button cannot be assigned as warm line If any station among entered range is SLT or 2B SLT you cannot save input value If you entered the bigger flex butto
60. of ISDN terminals as well as analogue single line devices With the keysets commonly used features are activated by direct button selection Additionally many functions may be accessed by dialing specific codes or optionally by assigning these dial codes to Flexible Buttons on the keyset In addition to key telephones an array of optional terminals is available including Intercom Door Box With the flexibility of the GDK 16 extensive feature content and the capability to use an array of instruments the GDK 16 can be tailored to meet the short and long term needs of the most demanding customer requirements GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 2 2 SYSTEM CAPACITY The following Table and Chart provide system capacities and display the system s configuration flexibility Table 2 2 1 System Capacities Time Slots Max 6 analog CO and or Staton connections Max Stations 2B modules Gfdrectstatonsimiedio8 Max Stations ISDNSobus T z DSS DLS Consoles per ston Non blocking 1 zone 20 station 24 digits each 24 digits each intercom Links Paging All Call Internal 1 MBU 1 MBU 1 MFB 1 MBU br 1 MFB KO O 2 MBU 2 DTRB or 2 DVIBE Note 1 Not all maximum capacities may be achieved simultaneously 2 Refer to the System configuration on chapter 5 2 6 Configuration 3 party 10 GDK 16 16A
61. or equivalent type recommended by the manufacturer Dispose of used batteries according to the manufacturer s instructions Notice 1 If this equipment is not equipped with a standby battery supply it will not be possible to make calls to the emergency services when the power fails Alternative arrangements should be made for access to emergency services Notice 2 The equipment has been approved to Commission Decision CTR21 for pan European single terminal connection to the Public Switched Telephone Network PSTN However due to differences between the individual PSTNs provided in different countries the approval does not of itself give an unconditional assurance of successful operation on every PSTN network termination point In the event of problems you should contact your equipment supplier in the first instance GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM SECTION 2 GENERAL DESCRIPTION 2 1 INTRODUCTION The GDK 16 Digital Key Telephone System is a fully digital hybrid Key Telephone System designed to meet the telecommunication need of small sized business offices amp home base The GDK 16 System incorporates state of the art digital technology for command processing and voice switching utilizing a Pulse Code Modulation Time Division Multiplexing PCM TDM distributed switching matrix The system supports both A and u law voice encoding rule based on the requirements of local regulations T
62. pply that includes an earth connection in conformance with current IEEE requirements Earthling is required for user safety and to minimize interference If does not connected mains earth to ensure proper system operation and for safety purpose a good earth ground is required A metallic COLD water pipe usually provides a reliable ground Carefully check that the pipe does not contain insulated joints that could isolate the ground path If insulated joints exist another earth ground source must be used or if allowed the joints may be bridged A 814 AWG or larger copper wire should be used between the ground source and the KSU The wire should be kept as short as possible it is recommended that the wire be no longer than 8 meters about 25 feet System Earthing Point 22 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM cdl dac ied testa 3 4 INSTALLATION Handling amp General Installation aa rrrrFsaaa r a Do Not insert or remove any boards with the system power on Power must be turned off prior to insertion or removal of the PCB The system contain digital circuitry which can be damaged by exposure to excessive static electricity When handling PCBs a grounded wrist strap should be used to protect the boards from static discharges Also use common sense when handling the PCBs For example do not place a PCB in locations where heavy objects might
63. rcuit and data communication circuit which transmits and receives to from other boards The MBU may be equipped with one daughter boards a MEMU for FLASH MEMORY amp RAM expansion Refer to Figure 3 4 2 Oe L a 2 Figure 3 4 2 MBU amp MEMU Installation 24 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM The MBU contains a lithium to keep the memory contents and real time clock functions during power off The battery is soldered to the MBU and connected circuitry by an on off DIP switch SW3 So the DIP switch knob must be ON position before the MBU installation Refer to Figure 3 4 3 Figure 3 4 3 Memory back up switch setting Following table shows the switches on GDK 16 MBU Switch Switch Manufacturer Description Remark No setting ON Battery ON Turn ON the switch before OFF Battery OFF system power on 7 1 OFF ON For database protection Turn ON the switch after system SW 7 OFF For system default power on 7 2 OFF OFF Loop back OFF OFF Always ON Termination resistor ON BRI OFF Termination resistor OFF BRI The MBU also has a two position switch SW7 The following is the function of each switch position Knob 1 System data base initialization when power on Do not initialize system data base when power on Off Initialize system data base when pow
64. sing and main micro processor The micro processor is a 16 bit high speed CPU that receives and transmits signaling information from to other PCBs controls feature activation and PCM time slot interchange The MBU contains 128 Kbytes of RAM with battery backed up and can be expanded up to 256 Kbytes with an optional MEMU RAM associated with the system database and the real time clock are protected from power loss by a long life high energy lithium battery For digital voice processing two ROM s contain PCM tone gain table etc Two 2 FLASH MEMORY 512Kbytes U1 amp U2 contain the basic system operating software Both U1 and U2 should be installed for the operation of the system U1 is on the MBU and U2 is on the expansion card There are four basic ports on MBU for two digital terminals and two SLT The SLOT is used to install one of the LCOBA LCOB4 LCOB6 LCOB LCOB2 LCOBE or STIB2 STIB SLOT2 is used to install the DVIB DVIBE Digitized voice interface board and DTRB DTMF receiver board SLOT3 amp SLOTA are used to install one of the SLIB DTIB or DSIB boards SLOT5 is only used to install the MFB multi function board CO Line Interface Board Loop Start Analog CO PABX Line interface Loop start line interface board such as LCOB is installed at the SLOT1 There are five kinds of LCOB LCOBA LCOB4 LCOB6 LCOBE LCOB2 These boards have 2 4 or 6 CO Loop Start Lines with ring and loop current detection A D and D A conv
65. t of digitized voice data The connection between the DTIB and digital terminals are performed through TERMINAL BLOCK CN2 The exterior of the board is shown in Figure 3 4 8 It should be noted that the DTIB board could be installed on the SLOT3 and 51 4 Yeu u Figure 3 4 8 DTIB 29 GDK 16 16 16E 16EA DIGITAL KEY TELEPHONE SYSTEM Single Line Telephone Interface Board SLIB Installation The SLIB board provides four 4 ports of SLT interface The connection between the SLIB and Single Line Telephone are performed through TERMINAL BLOCK CN2 The exterior of them are shown in Figure 3 4 9 It should be noted that the SLIB board could be installed on the SLOT3 and SLOTA Figure 3 4 9 Exterior of the SLIB DKT amp SLT Interface Board DSIB Installation The DSIB provides 4 ports of normal type or 2B type digital terminal interfaces and 4 ports of SLT interfaces at the same time Note that you should consider the same condition mentioned above Single Line Interface Board and Digital Terminal Interface Board installation The DSIB should be installed on the SLOT3 and the SLOT4 SLT Port 1 SLT Port 4 DKT Port DKT Port 4 Figure 3 4 10 Exterior of the DSIB 30 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM DVIB Digitized Voice Interface Board Installation The DVIB provides 2 voice channels The maximum record time of a DVIB without DVEU Digitized Voice Expansion Unit is 68 minutes and if a DVE
66. tact can be used to Loud Bell Control function Door Open function etc under the software control Note that the maximum rating of the relay contact is 30Volt 3A so do not use over this rating GDK 16 Internal Relay External DC Power Supply Contact DC device e g bell Relay contact Max rating 3A at 30Vdc resistive load N CAUTION tis possible to cause danger of high voltage and electric shock From external source take all appropriate safety precaution if over 50V AC 34 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM is a Alarm Detect Port Wiring One external alarm detect input port is provided from the TERMINAL BLOCK CN22 pin 3 4 of the This port is used for notify to extensions when the external switch on off The connection example is shown in figure 3 5 3 Close or open detection is programmable by administration programming Pin 3 of CN22 External Switch Pin 4 of CN22 Figure 3 5 3 External Switch Wiring Example EUER Y u uuu MOHU installation The maximum distance of the installation is 1 Km 3 2K feet from the system GDK 16 system is capable of accommodating just one external paging source through single line interfaces which are limited by the main program This function has been supported since the main program V2 0 or later version To use the external paging sources through the desired SLT ports assign the
67. tion GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM lt _ _ Back Board Installation A wooden backboard is recommended for all installations and must be installed when the location has masonry or plasterboard walls inch plywood material is sufficient for most installations The back board should be mounted at a convenient height about 1 meter above the floor and be bolted in two number of places to distribute the weight of the system i Verify On Site Equipment Once the equipment installation site has been identified and a dedicated earth ground and lighting and ventilation are available verify that all equipments required are on site and have not been damaged during shipment Assure there is no shipping damage Note that a mounting template is packed with KSU and this template will be required later in the installation Check that the type and quantity of boards received is correct and optional equipments are on site If any equipment is damaged or missing notify appropriate personnel to correct the situation 19 GDK 16 16A 16 16EA DIGITAL KEY TELEPHONE SYSTEM 3 3 KSU amp POWER INSTALLATION GDK 16 system consists of KSU and some optional boards The exterior view of the GDK 16 is shown in Figure 3 3 1 Right View Figure 3 3 1 GDK 16 Exterior View 20 GDK 16 16A 16 16EA DIGITAL KEY TELEPHONE SYSTEM Mounting the KSU The KSU is a p
68. to Hunt Group 2 Ring to Hunt Group 3 4 Ring to Hunt Group 4 65 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM TABLE 6 2 2 3 ISDN PROGRAM MAIN MENU 4 i cl BM KEY 3 Ports button on MBU to operate with the new type 2 Calling Sub Yes No If this field is set to YES then GDK Address sends the calling extension number in calling party sub address information of setup e um co ew eee Zero Insertion the next upgrade version acd Sai NN NE Zero Insertion kadi NGA Check Digit Kali BN icc NA Code i Nation 01 10 Entry Not Assigned Flex key 2 Day destination 01 24 STA 2digit Sdigit HUNT 61 64 DVU Flex key 4 Night destination STA st 2digit 3digit HUNT 61 64 DVU MSN Table PX 11 DID Digits LEN Conversion 2 DID First Two Digits DID 0 9 Conversion Received Ignore digit Digit No using received digit Conversion 12 vd Transfer Supplemen Type 2 3 party Conf Keypad i a fee C 2 pm tary Service 2 Hold Code 3 Retrieve Code 4 3 Party Conference Code Loop Back On Off Note 1 In Basic version MSN destination can be either a station or a station group So it is possible to program MSN destination as a group number 61 64 Note 2 The switch SW7 2 must be turned on to enable Loop Back feature Otherwise
69. ver for recognizing user s dialing digit So if user want to use Hold Transfer Feature on ISDN Device ISDN Device has the capability of sending Keypad Facility Information on the Information Message If possible holding CO Line Call send Keypad Facility and dial the station No to transfer the call then connected CO Line Call is held and user can hear Intercom Dial Tone Retrieving Held CO Line send Keypad Facility then the unanswered CO Line Transfer Call is retrieved Please consult your ISDN Device s Manual for sending Keypad Facility after connection Etc B ISDN station accesses the above features Other features are not supported currently m ISDN station cannot accept additional ring when it is used whether the ring is external or internal recommended to use ISDN S port with DATA terminal instead of pure voice terminal m the GDK 16 is set with Extension Numbering Plan user can not make call because of all digit are reported with keypad facility when dialing CO access code e g 8 8 1 and telephone number in ISDN station 39 GDK 16 16A 16E 16 DIGITAL KEY TELEPHONE SYSTEM 4 4 The Features of ISDN CO Line T Interface 1 Normal CO Line Features Normal CO Line Features of STIB BRI is the same as Analog CO Line Normal CO Line Features are described GDK 16 Manual Consult your GDK 16 for normal CO Line Features 2 MSN GDK 16 will receive some called party number
70. y Keyset rimary Keyse condary Keyse and SLIU Primary Keyset Secondary SLT Table 2 3 5 CO Loop Specifications Ring Detect Sensitivity 20 60 Hz 38 Vrms DTMF Dialing Frequency Deviation less than 1 1 600 m 5 3K feet 1 000 m 3 3K feet Signal Rise time 3 msec maximum Tone Duration on time 75 msec minimum Interdigit time 75 msec minimum Pulse Dialing 10 pps 60 4096 or 66 3396 Pulse Rate Break Make Ratio Table 2 3 6 Miscellaneous Specifications Main System Memory Read Only Memory 1 Megabyte Max U1 512Kbyte FLASH MEMORY or EPROM 02 512Kbyte Random Access Memory SRAM 256 Kbytes Max U7 128 Kbytes Battery Backed up MEMU U3 128 Kbytes 12 GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM 2 4 SYSTEM COMPONENTS IBRI 2DKT 2SLT n MBU Slot Position 2DKT 2SLT on MBU DK 16 16EKSU pol __6 oo Ba si GDK 16A 16EAKSU 4 2 ed Co LCOBA Ja PRCPTU4 4 LCOBA Call Progress Tone Detect 4 ports memu MBU DefamistledonMBU ico 1 2 j teStatCO iterace ME 4 L tart CO Interf LCOBE SP KU oop Sta nterface LCOBE w PRU KU Call Progress Tone Detect 2 ports Loop Start CO Interface Polarity Detect 2 ports LCOB2 Loop Start CO Interface es 2 4 1 2B ISDN 1So To Inter
71. y local regulatory agencies In accordance with these agencies you may be required to provide information such as the following to the end user GDK 16 16A 16E 16EA DIGITAL KEY TELEPHONE SYSTEM WARNING This equipment generates and uses R F energy and if not installed and used in accordance with the Instruction Manual it may cause interference to radio communications It has been tested and found to comply with the appropriate limits for a telecommunication device The limits are designed to provide reasonable protection against such interference when operated in a commercial environment Operation of this equipment in a residential area could cause interference in which case the user at his own expense will be required to take whatever measures may be required to correct the interference HEARING AID COMPATIBILITY The GDK 16 Digital Key Telephone System has been designed to comply with the Hearing Aid Compatibility requirements as defined in Section 68 316 of Part 68 FCC Rules REPLACEMENT OF LITHIUM BATTERIES The GDK 16 Digital Key Telephone System is provided with replaceable Lithium Batteries on MBU for the purpose of protecting SRAM data including the system database and the real time clock from power loss When the authorized Serviceman replaces them it has to be carefully considered as followings CAUTION Danger of explosion if battery is incorrectly replaced Replace only with the same

Digital Key Telephone System Installation Manual

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