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GDK-100
DIGITAL KEY TELEPHONE SYSTEM

iii

Table of Contents

SECTION 1. INTRODUCTION

1.1 PURPOSE

.................................................................................................................1

1.2 REGULATORY

INFORMATION

................................................................................1

1.2.1 Telephone

Company

Notification ...............................................................................1

1.2.2

Incidence Of Harm.....................................................................................................1

1.2.3 Changes

Service ...................................................................................................1

1.2.4 Maintenance

Limitations ............................................................................................2

1.2.5

Notice Of Radiated Emissions ...................................................................................2

1.2.6 Hearing

Aid

Compatibility ..........................................................................................2

1.2.7

Notice Of Replacement with Lithium Battery .............................................................2

SECTION 2. GENERAL DESCRIPTION

2.1 INTRODUCTION

.......................................................................................................3

2.2 SYSTEM

CAPACITY

.................................................................................................4

2.2.1 System

Capacity........................................................................................................4

2.2.2

System Configuration Chart.......................................................................................5

2.2.2.1 Overview ....................................................................................................................5

2.2.2.2

System Configuration Chart with Analog CO ............................................................6

2.2.2.3

System Configuration Chart with BRI Line ................................................................8

2.2.2.4

System Configuration Chart with PRI Line ..............................................................10

2.3 SYSTEM

SPECIFICATIONS

...................................................................................12

2.4 SYSTEM

COMPONENTS

.......................................................................................15

2.4.1

BKSU/SBKSU (Basic Key Service Unit/ Small Basic Key Service Unit) .................15

2.4.2

EKSU (Expansion Key Service Unit) .......................................................................15

2.4.3

PSU (Power Supply Unit) ........................................................................................15

2.4.4

RGU (Ring Generator Unit) .....................................................................................16

2.4.5

PFTU (Power Failure Transfer Unit) ........................................................................16

2.4.6

MPB (Main Processor Board) ..................................................................................17

2.4.7

MISB (Miscellaneous Board) ...................................................................................17

2.4.8

DVIB (Digitized Voice Interface Board)....................................................................18

2.4.9 Extension

Boards.....................................................................................................19

2.4.9.1

DTIB12/DTIB24 (Digital Terminal Interface Boards)................................................19

2.4.9.2

ETIB (Electronic Terminal Interface Board) .............................................................20

2.4.9.3

SLIB24/SLIB48 (Single Line Interface Boards with 6 ports)....................................20

2.4.9.4

SLIB II (Single Line Interface Board with 12 ports) .................................................21

2.4.9.5

DSIB (DKT/SLT Interface Board with 12 ports) .......................................................21

2.4.9.6

WTIB /WTIU (Wireless Terminal Interface Board / Unit) .........................................22

2.4.10

Analog CO line Boards ............................................................................................23

2.4.10.1 LCOB (Loop Start CO Line Interface Board) ...........................................................23

Summary of Contents for GDK-100

Page 1: ... out 1 Add description for ISDN Appendix 1 1 Add description for ISDN Board Part ISSUE 2 1997 07 1 Add AC15 SLIB II DSIB II DTRU II MSGU II installation ISSUE 3 1998 09 1 The manufacturer is changed to LGIC 2 Separate from SW programming manual ISSUE 4 0 1999 10 1 Update ISDN boards and their installation 2 Update the cabling method of the whole system 3 Add SMEMU 2B modules CTI module MOHU GDK TR...

Page 2: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM ii Blank sheet ...

Page 3: ...h PRI Line 10 2 3 SYSTEM SPECIFICATIONS 12 2 4 SYSTEM COMPONENTS 15 2 4 1 BKSU SBKSU Basic Key Service Unit Small Basic Key Service Unit 15 2 4 2 EKSU Expansion Key Service Unit 15 2 4 3 PSU Power Supply Unit 15 2 4 4 RGU Ring Generator Unit 16 2 4 5 PFTU Power Failure Transfer Unit 16 2 4 6 MPB Main Processor Board 17 2 4 7 MISB Miscellaneous Board 17 2 4 8 DVIB Digitized Voice Interface Board 18...

Page 4: ... 12 6 DTRU DTRU II DTMF Receiver Units 31 2 4 12 7 MSGU MSGU48 MSGU II Message Wait Units 32 2 4 12 8 CPTU Call Progress Tone Detection Unit CPTU A CPTU B 32 2 4 12 9 CMU Call Metering Unit 32 2 4 12 10DMEU DMEU4 DRAM Memory Expansion Units 33 2 4 12 11 ADPU ADPCM unit 33 2 4 13 Keyset Terminals 34 2 4 13 1 Digital Keysets and Terminals 34 2 4 13 2 Electronic Keysets and Terminals 36 2 4 13 3 MOHU...

Page 5: ... 3 4 4 7 MSGU MSGU48 MSGU II Installation 75 3 4 5 Analog CO Line Board Installation 76 3 4 5 1 LCOB Installation 76 3 4 5 2 AC15 Board Installation UK 77 3 4 5 3 EMIB Installation Korea 78 3 4 5 4 DIDB Installation Korea 79 3 4 5 5 BWDIDB Installation New Zealand 80 3 4 6 ISDN Board Installation 82 3 4 6 1 ISDN BRIB Basic Rate T Interface Installation 82 3 4 6 2 ISDN STIB Basic Rate S T Interface...

Page 6: ...rol Connection Multi ISDN board installation 128 3 5 7 6 QSIG connection 130 3 5 7 7 EMI Suppression 132 3 5 8 Contact Assignments of various types of connectors 133 3 5 8 1 RJ21 type connectors 133 3 5 8 2 Miniature 6 position jack 133 3 5 8 3 Miniature 8 position jack for ISDN connection 134 SECTION 4 ISDN BOARDS 4 1 Basic Information 135 4 2 Station CO Line Number Assignments 136 4 3 Other Info...

Page 7: ... TABLE 5 6 11 ISDN COLP TABLE ASSIGNMENT 153 TABLE 5 6 12 STATION BASE PROGRAM 1 2 153 TABLE 5 6 13 STATION LINK PROGRAM 155 TABLE 5 6 14 FLEXIBLE BUTTONS PROGRAM 155 TABLE 5 6 15 CO LINE BASE PROGRAM 156 TABLE 5 6 16 SYSTEM BASE PROGRAM 157 TABLE 5 6 17 TOLL TABLE 163 TABLE 5 6 18 PRINT DATABASE 163 APPENDIX A Maximum Number of Boards in a System APPENDIX B Power Consumption Alpha Numeric INDEX ...

Page 8: ...ystem Model name GDK 100 Local regulatory agency registration number Ringer equivalence Registered jack The necessary information is available from your local representative of LGIC 1 2 2 Incidence Of Harm If the telephone company determines that the customer provided equipment is faulty due to any possibly causing harm or interruption in service to the telephone network it should be disconnected ...

Page 9: ...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 inte...

Page 10: ...ystem Model name GDK 100 Local regulatory agency registration number Ringer equivalence Registered jack The necessary information is available from your local representative of LGIC 1 2 2 Incidence Of Harm If the telephone company determines that the customer provided equipment is faulty due to any possibly causing harm or interruption in service to the telephone network it should be disconnected ...

Page 11: ...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 inte...

Page 12: ...TIB and WTIB can be installed from slot 1 to slot 7 of Basic KSU and DVIB Digital Voice Interface Board can be installed from slot 1 to slot 7 of Basic KSU Thus the system capacity is established by the number of cabinets and the types of interface boards installed and is not limited by an artificially fixed Station to CO Line ratio The system architecture has been designed to allow a high level o...

Page 13: ...ants Intercom Links Non blocking Paging All Call External Internal 1 zone 2 zones 15 zones Station Speed Dial 20 station 24 digits each 500 System Speed Dial 24 digits each 200 Last Number Redial 48 digits Save Number Redial 48 digits Memo Dial 48 digits SMDR 100 without MEME SMEMU 2 000 with MEMU SMEMU 2 000 Music Source Inputs 1 internal MPB 2 externals MISB 1 external DVIB 2 external MOHU 9 Ext...

Page 14: ...em capacity without WTIB wireless terminals The system capacity without GAP expanded is limited by the maximum 72 ports of extensions and the maximum 48 ports of CO lines regardless of the maximum time slots b The system capacity with WTIB wireless terminals The total time slots of GDK 100 system are 144 but the maximum time slots for user communication channels are limited by 127 because of the u...

Page 15: ... same 2B module can be connected to the every even numbered port 0 2 4 of the boards like DTIB12 DTIB24 DSIB then any DKTU can not be connected to the consecutive port 1 3 5 in this case 32 CO 28 24 20 16 12 08 04 00 00 12 24 36 48 60 72 Stations Figure 2 2 2 2 b Configuration with Analog CO and 24 port Extension Board BKSU only BKSU and EKSU 32 CO 28 24 20 16 12 08 04 00 00 12 24 36 48 60 72 Stat...

Page 16: ...istrable Maximum number of Wireless Terminal For more details refer to Installation and Maintenance Manual of GDK 162 100 FPII WOTS Wireless Office Telephone System 2 See the description on clause 2 2 2 2 a Note 1 and 2 in relation to the configuration with 6 port extension boards and 2B module 00 12 24 88 100 112 124 136 Stations 32 CO 28 24 20 16 12 08 04 00 00 12 76 88 100 112 124 136 Stations ...

Page 17: ...terface mode T or S of STIB 3 See the description on clause 2 2 2 2 a Note 1 and 2 in relation to the configuration with 6 port extension boards and 2B module CO 48 40 32 24 16 08 00 00 12 24 36 48 60 72 Stations Figure 2 2 2 3 a Configuration with BRI line and 12 port Extension Board BKSU only BKSU and EKSU CO 48 40 32 24 16 08 00 00 12 24 36 48 60 72 Stations Figure 2 2 2 3 b Configuration with ...

Page 18: ...r to Installation and Maintenance Manual of GDK 162 100 FPII WOTS Wireless Office Telephone System 2 CO capacity in above chart means the quantity of B channels 3 Above configuration can be a little different according to the interface mode T or S of STIB 4 See the description on clause 2 2 2 2 a Note 1 and 2 in relation to the configuration with 6 port extension boards and 2B module CO 48 40 32 2...

Page 19: ...cording to the interface mode T or S of STIB 3 See the description on clause 2 2 2 2 a Note 1 and 2 in relation to the configuration with 6 port extension boards and 2B module 00 12 24 36 48 60 72 Stations Figure 2 2 2 4 b Configuration with PRI BRI line and 24 port Extension Board CO 46 38 30 00 00 12 24 36 48 60 72 Stations Figure 2 2 2 4 a Configuration with PRI BRI line and 12 port Extension B...

Page 20: ... For more details refer to Installation and Maintenance Manual of GDK 162 100 FPII WOTS Wireless Office Telephone System 2 CO capacity in above chart means the quantity of B channels 3 Above configuration can be a little different according to the interface mode T or S of STIB 4 See the description on clause 2 2 2 2 a Note 1 and 2 in relation to the configuration with 6 port extension boards and 2...

Page 21: ...tal Key Set 236mm 9 3in 192mm 7 6in 84mm 3 3in 1 5 Kg 3 3 lbs Electronic Key Set 220mm 8 6in 220mm 8 6in 70mm 2 8in 1 6 Kg 3 51bs Digital DSS DLS Console 236mm 9 3in 125mm 4 9in 62mm 2 4in 0 9 Kg 2 0 1bs Electronic DSS DLS Console 236mm 9 3in 125mm 4 9in 62mm 2 4in 0 9 Kg 2 0 1bs Digital ICM Door Box 45mm 1 8in 140mm 5 5in 100mm 3 9in 0 5 Kg 1 1 1bs Electronic ICM Door Box 45mm 1 8in 140mm 5 5in 1...

Page 22: ... been officially stopped since March 1999 Table 2 3 4 Electrical Specifications 22 AWG Wire 24 AWG Wire Digital Keyset 2 wire loop 500 m 1 6 Kft 330 m 1 Kft 2B modules with Power Adapter 24Vdc 200 mA System Primary Keyset Primary Keyset Secondary Keyset Primary Keyset Secondary SLT 300 m 300 m 1000 m 2B modules without Power Adapter System Secondary Keyset System Secondary SLT 10 m 100 m Electroni...

Page 23: ...eak Make Ratio 10 pps or 20 pps 60 40 or 67 33 Note Ring Detection sensitivity and Pulse Ratio may differ from above in some countries because of the relevant special national specification Table 2 3 6 Miscellaneous Specifications Main System Memory Memory size Read Only Memory EPROM Random Access Memory RAM basic 2 Megabytes basic 512 Kbytes expansion 512 Kbytes MEMU SMEMU Account Codes Number Nu...

Page 24: ...ey Service Unit The Expansion KSU is a metal housing designed for wall mount installation The EKSU contains a back plane with 4 card edge connectors The card slots numbered slots 9 through 12 house the various system plug in boards except Digital Trunk Boards WTIB DVIB and MISB On the front edge of the lower card rail are cable ties for the station and CO interface cables The connecting cables for...

Page 25: ...al RGU7 20Hz pure sine wave internal One of them can be selected and installed according to the desired capacity of ring and the requirements of local regulations The internal RGU is fitted on the lower right side panel inside the basic cabinet the external RGU is mounted suitable place outside the cabinet And all RGUs are electrically connected to the back plane regardless of RGU type 2 4 5 PFTU ...

Page 26: ...MU RAM associated with the system database and the real time clock are protected from power loss by a long life high energy lithium battery On board ROM contains PCM tone gain table etc needed for the digital voice processing The 2 Megabytes of ROM on MPB contains basic system operating software MPB should be installed in the MPB slot in the right most side of BKSU SBKSU MPB contains 1 internal MO...

Page 27: ...U4 to be expanded GDK 100 allows up to 2 DVIB board to be installed ACD UCD Announcements are protected from power loss by a long life lithium battery but User Greetings are not The capacity of ACD UCD announcements will not be expanded even though 2 boards are installed in a system DVIB employs ADPCM channel to store and play System Voice Prompts ACD UCD announcements and Recorded User Greetings ...

Page 28: ...faces for terminal connection and three versions according to the capacity are available Board Name DKT interface circuits SLT interface circuits Remarks DTIB12 12 cct None DTIB24 24 cct None DSIB 6 cct 6 cct See clause 2 4 9 5 Note There are KD KD E KD C LKD series DKTU KD and KD E DSS Digital Phone box and external CTI module as LG digital terminals KD KD E C external CTI module and Data Module ...

Page 29: ... battery feed See 2 4 9 4 DSIB 6 cct 24 VDC battery feed See 2 4 9 5 Note 1 DSIB provides 6 digital terminal interfaces and 6 single line analogue interfaces For SLIB II and DSIB see the parts of SLIBII and DSIB in this section SLIB24 SLIB48 are capable of accommodating up to 6 single line analog devices The boards are configured with hybrid circuit and COMBO converts A D and D A signal SLIB24 SLI...

Page 30: ...e or more ports are busy SLIB II can be installed in any of slot No 1 12 The maximum extension boards except Wireless Terminals are limited by 72 extensions in a system Add on boards DTRU II MSGU II 2 4 9 5 DSIB DKTU SLT Interface Board with 12 ports DSIB provides 6 SLT and 6 DKT interfaces Connections to the DSIB are made through RJ21 type female connector An LED is mounted on the PCB to indicate...

Page 31: ...m 8 Base Stations to be connected Following table shows the capacity of WTIB and its expansion board Items WTIB Max Capacity with WTIU expansion Maximum Cell Number Base Station Number 4 8 Voice channels Cell 5 5 Registrable Maximum Terminal Number 8 64 by step 8 8 64 by step 8 Max Simultaneous Wireless calls 16 32 Note 1 Registrable Maximum Wireless Terminal numbers are programmable in Admin fiel...

Page 32: ...ess Tone Unit CPTU to monitor call progress tone and a DTMF Receiver Unit DTRU to detect DTMF A CMU supports call metering function and can be installed on each line And the appropriate type of CMU should be installed on the line according to the national specification Each CPTU contains two tone detection circuits that are time shared under software control as system resources These detectors are...

Page 33: ...EMIB can be installed in any of slot No 1 12 The maximum analog CO interface boards are limited by 32 analog lines in a system Add on board DTRU 2 4 10 4 DIDB Direct Inward Dialing Board Korea The DIDB provides 4 analog DID interfaces circuits which support DTMF or Pulse dialing but not R2 MFC dialing It only supports Incoming call Each of line circuits contains A D and D A conversion circuitry co...

Page 34: ... four LEDs to indicate the status of each line A RJ21 type male connector is mounted on the front edge of the board for the connection to lines DTMF Receiver Unit DTRU Call Progress Tone detection units CPTU A can be installed optionally on the BWDIDB It is designed to comply with the New Zealand specification and application so it may not suitable for the other national specification and or appli...

Page 35: ... LXT304A which provides receive jitter attenuation MT8979 which provides a complete interface between a 2 048Mbps primary rate and MITEL s Serial Telecomm Bus ST BUS and MT8920 which is provides a simple interface between ST BUS and parallel system environments PRIB should be installed in any of slot No 1 7 A PLLU MUST be installed for proper operation One PRIB can be installed in a system QSIG fu...

Page 36: ...riented local function such as software programming or S Q channel information or access to internal register of line interface devices SCC2 of CPU is assigned as 512Kbps HDLC communication to main processor on MPB SCC3 of CPU is assigned as 38400bps RS232C channel This RS232 channel will be used only in development stage for software and hardware debugging For physical layer interface function SI...

Page 37: ... generate the system main clock 32 768MHZ and data clock 2 048MHZ 4 096MHZ which are synchronized The Frame has a duration of 125usec and contains 32 time slots TSs of 8 bits TS 0 is allocated to frame alignment sync and TS 16 is allocated to signaling channel the other TSs are available for allocation to the B channel MITEL s CEPT PCM30 interface device which provides a complete interface between...

Page 38: ... Note 1 DTRU can be installed on SLIB24 SLIB48 DSIB LCOB AC15 BWDIDB EMIB and DIDB And DTRUII can be only installed on SLIBII 2 MSGU can be installed on SLIB24 and DSIB MSGU48 on SLIB48 and MSGUII on SLIBII 3 CPTU A CPTU B can be installed on LCOB BWDIDB and E1IB 4 Each type of CMU can be installed on the LCOB according to the local market condition and regulatory requirements 2 4 12 1 MEMU Memory...

Page 39: ...GDKSP based on TAPI 2 1 1 2 Note 1 Above features are supported by the software 98FEB or later version But the features marked 1 are only supported by the software 99A or later version 2 SMEMU should be required for the features marked 2 The SMEMU can be optionally installed on the position of MEMU of MPB SMEMU MUST be installed on the MPB for proper operation of QSIG TAPI and or PC ATTENDANT in t...

Page 40: ...r earlier should be not used in GDK 100 system PLLU should be installed on MPB when any ISDN card including E1IB is installed in the system 2 4 12 5 SIU Serial Interface Unit SIU provides additional two RS232C interface circuits Two connectors are 9 pin RS232C Serial Interfaces on MPB and SIU The SIU is useful for system maintenance PC based admin SMDR print out and SMDI for PC based voice mail sy...

Page 41: ...circuits that are time shared under the control of the system software as a system resource regardless its position CPTU have two versions CPTU A and CPTU B CPTU A has wide tone detection range 305Hz 640Hz and CPTU B has narrow tone detection range 350Hz 620Hz 440Hz 480Hz 1 Any Kind of CPTU can be optionally installed on the LCOB BWDIDB and E1IB It is important to check the local specification reg...

Page 42: ... expands to 512 seconds for Recorded User Greetings time And the DMEU4 expands to 1024 seconds for Recorded User Greetings time DMEU or DMEU4 can be optionally installed on the DVIB See clause 2 4 8 DVIB 2 4 12 11 ADPU ADPCM Unit The ADPU allows for expansion of ADPCM channels on DVIB The ADPU expands to 4 channels for ADPCM ADPU can be optionally installed on DVIB ...

Page 43: ...DLS Console Note 1 This type of terminal and KD C and KD EC series Keysets will not be supplied any more but CTIU8 CTIU30 which are inserted on the bottom side of LKD Keysets are supplied for CTI operation See GDK PC PHONE CTI in this section 2 Minimum software requirements for LKD operation 3 2 or later version except 3 4 version Digital Keysets General Description Each Digital Keyset has a stand...

Page 44: ...cond line And The Large Display Keysets with LD suffix also incorporate a 7 line 112 character large Liquid Crystal Display LCD Digital DSS The Digital Direct Station Selection Direct Line Selection DSS DLS Consoles can be connected to any port of a DTIB in place of a Keyset Up to 6 DSS DLS Consoles can be associated with a Keyset in the system database Each console incorporates a 4 by 12 matrix o...

Page 45: ...of Digital KTS The ETIB of Digital KTS Analog KTS KD Digital Phone Box Yes X X KD ICM Box X Yes X GSX Phone Box X X Yes Electronic Keysets General Description Each Electronic Keyset has a standard 12 button dial pad color coordinated handset an integral Wall Mount kit a slide out Directory Tray volume control slide switches an ICM control switch an array of Flexible Buttons and 5 or 11 Fixed Featu...

Page 46: ...Box The Intercom Door Box KD ICM Box provides hands free intercom conversation from any location that generally does not require a fully functional Key Telephone The ICM Door Box is also used to monitor areas such as a door or entry way The ICM Door Box is connected to any port of an ETIB in place of a Keyset The ICM Door Box incorporates a volume control slide switch and has 2 feature buttons wit...

Page 47: ...ls 2 DTIB is capable of connecting to single line device through 2B SLIU30 It is useful for the customer who wants more single line devices even though DTIB is installed in the system 3 DTIB is capable of connecting to single line device such as Fax Modem without any SLIB board 2B modules are supported in the following condition Software 3 2 or later version except 3 4 version Hardware Digital Ter...

Page 48: ... a RS 232C One of RJ 11 type jack is used for the connection to Digital Terminal Interface port of the system through 2 wire telephone line and the other is for the connection to KD C or KD EC series through 6 wire telephone line And RS 232C comprised of 9 pin connector is for the connection to a computer All the line cords and RS 232 cable are provided in the same package External CTI module allo...

Page 49: ...plier on the order 2 4 15BRI Line Terminating Board GDK 162 100 TERM 2923NP1656A GDK 162 100 TERM unit provides four pairs of 100 ohm terminating resistors The unit is capable of accommodating 4 BRA lines with RJ45 type jacks It has metal case This can be connected at outside of the system If a customer use Basic Rate S or T interface but the 100 ohm terminating resistors are not introduced on the...

Page 50: ... 100 All GDK 100 cards except MPB 2923NP2167A Modular connector board These are the boards for line connection which contain a RJ21 type connector and RJ 11 type jacks A RJ21 type connector of the board is connected to the opposite type of RJ21 type connector on the function boards or the system and RJ 11 type jacks of the board are connected to CO lines or terminals through line cord It is easy t...

Page 51: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 42 KD 36EXE KD 33LD Figure 2 4 1 KD Digital Keysets KD E 8BTN KD E 36EXE KD E 36LD Figure 2 4 2 KD E Digital Keysets ...

Page 52: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 43 LKD 2NS LKD 8DS LKD 30DS LKD 30LD Figure 2 4 3 LKD Digital Keysets ...

Page 53: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 44 GSX 8BTN Figure 2 4 4 GSX Electronic Keysets GSX 33 EXE ...

Page 54: ...ate national or local electrical adapter a 2B DTIU30 Connection Primary Station LKD 30DS Secondary Station Digital Keyset GDK 100 system DTIB12 DTIB24 DSIB 2 wire 2 wire Optional Mains Adapter AC DC Figure 2 4 5 2B Modules Note For the connection to SLT device SLT Fax Modem MOHU behind LKD 30DS 2B SLIU30 should be inserted in the bottom side of LKD 30DS b 2B SLIU30 Connection Primary Station LKD 3...

Page 55: ...nt 2 wire line cord 6 wire line cord RS 232C 9 pin GDK 100 system DTIB12 DTIB24 DSIB MP Call Software 99A or later version Note 1 For this type of connection using the internal CTI module CTIU30 CTIU8 LKD Keyset should be required 2 RS232C cable is provided with CTIU30 CTIU8 in the same package b The connection method of the internal CTI module Figure 2 4 6 CTI modules PC PC application Window 3 1...

Page 56: ...ge 2 Caution This tool should be only used by LG Information Communications Ltd and its agent for the purpose of the maintenance of GDK 100 system but not by a end user Figure 2 4 7 The connection method of the GDK TRC1 GKD TRC1 GDK TRC1 External trace Tool PC 4 wire cable RS 232C 9 pin GDK 100 system BRIB STIB PRIB E1IB WTIB ...

Page 57: ...mly mounted to the wall and the KSU and the MDF if other than the MDF be mounted to the back board b The location must have access to a dedicated 110 Volt AC or 220 Volt AC 50 60 Hz circuit with a circuit breaker or fuse rated at 15 amps A 3 wire parallel blade grounded outlet should be within approximately 2 meters 6 feet of the lower left rear of the BKSU mounting c The location must have access...

Page 58: ... to distribute the weight of the system Space should be available on the bottom side of the back board for the MDF and or other MDF and for optional equipment such as a music source and PFTU etc 3 2 3 Verify On Site Equipment Once the equipment installation site has been identified and a dedicated AC outlet earth ground and lighting and ventilation are available verify that all equipment required ...

Page 59: ...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 Mount the BKSU or SBKSU on the screws and tighten the screws securely Second remove the front cover by turning the two cover screws 0 5 turn counterclockwise tilt and lift the cover to remove And insert the screws to the mounting holes of BKSU or SBKS...

Page 60: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 51 Figure 3 3 a Basic KSU Exterior Insert Figure 3 1a in the existing Manual here ...

Page 61: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 52 Figure 3 3 b Small Basic KSU Exterior Insert Figure 3 1b in the existing Manual here ...

Page 62: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 53 Figure 3 3 c BKSU EKSU Mounting Holes Installation Layout Insert Figure 3 1c in the existing Manual here ...

Page 63: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 54 Figure 3 3 d SBKSU EKSU Mounting Holes Installation Layout Insert Figure 3 1d in the existing Manual here ...

Page 64: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 55 Figure 3 3 e Connection between BKSU and BKSU Insert Figure 3 1e in the existing Manual here ...

Page 65: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 56 Figure 3 3 f Connection between SBKSU and EKSU Insert Figure 3 1f in the existing Manual here ...

Page 66: ...ng on PCB connector on the system back plane of Basic KSU or CN9 of Small Basic KSU The internal RGU is fixed on the bottom side panel with the two screws provided inside the BKSU or SBKSU and is connected to CN12 marking on PCB connector on the system back plane of Basic KSU or CN9 of Small Basic KSU See figure 3 3 3 A corresponding cable for connecting between external internal RGU and BKSU SBKS...

Page 67: ...he specification of control wires is AWG 22 24 or 26 regardless of their length A RJ21 type connector which consists of 25 pairs is connected CO line LCOB SLIB and SLT as section 3 5 PFTU Wiring An earth terminal is provided and the grounding method of the PFTU is shown in figure 3 3 5 when the PFTU is installed outside BKSU And there is a test switch on the surface of PFTU TEST position of the sw...

Page 68: ... joints may be bridged A separate conductor should be used between the ground source and the KSU which confirms to the appropriate national or local electrical codes AGW 14 or larger copper wire is recommended The wire should be kept as short as possible it is recommended that the wire be no longer than 8 meters about 25 feet Connecting Wire 1 UL 1015 AWG 18 or larger than this 2 Length 1 meter Th...

Page 69: ...LECTOR Switch on the lower front of the PSU Generally the PSU is shipped with this switch set for 220 230VAC If local AC is 110 volts move the switch to the upper to display 110 115V If local AC is 230 volts move the switch to the lower to display 220 230V Default setup of the products 220 230VAC The range of mains input voltage and the fuse ratings of PSU3 according to the position of VOLTAGE SEL...

Page 70: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 61 Figure 3 3 6 a Power Supply Unit Insert Figure 3 2a in the existing Manual here ...

Page 71: ...GDK 100 DIGITAL KEY TELEPHONE SYSTEM 62 Figure 3 3 6 b Installation of PSU Insert Figure 3 2b in the existing Manual here ...

Page 72: ...owing figure 3 3 7 Figure 3 3 7 MDF installation with Local MDF Note 1 The external MDF being in wide use in local country can be used according to the requirements of local regulation 2 In this case the cables with RJ21 type connector 25 pair Amphenol will be required Those can be locally got otherwise supplied by LGIC see 5MC1 and 5MC2 3 See Figure 3 3 e and 3 3 f for the shape of cable arrangem...

Page 73: ...e 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 fall on the PCB and damage components To insert a PCB hold the PCB by the injectors and with components facing right align the top and bottom edge of the PCB in the card guides Slide the card into the system and use the injectors to ...

Page 74: ...osition is as followings Default setting All ON position Switch Function OFF ON 1 Administration Programming Access Disable Enable 2 CTS Send to Clear of RS232 Enable Disable 3 Command Event Trace The purpose of testing software Enable Disable 4 Not used 5 SMDI Simplified Message Desk Control Voice Mail SMDI ON SMDI OFF 6 Not used 7 Power up status trace of board Enable Disable 8 Database default ...

Page 75: ... the variety features by Admin programming after the system power up and initialization See Table 3 4 2 When the system power is on the default slots will be automatically redefined from the most left slot if the 8 th pole of SW2 is set to ON position So It is recommended that a board among DTIB12 DTIB24 and DSIB is installed in the most left slot and a Digital Keyset with display is connected to ...

Page 76: ...U has a lithium dry cell and SW1 must be set to ON position to protect the database in the memory before installing it into the MPB The SMEMU should be installed on the position of MEMU on MPB Note If SMEMU is newly installed during operation then the SMDR recorded in the basic memory of MPB before SMEMU installation will be lost If MEMU is replaced with SMEMU during operation some database will b...

Page 77: ... KEY TELEPHONE SYSTEM 68 3 4 2 4 MODU Installation The MODU is used for remote access the system for system maintenance and PC based administration function MODU can be installed on MPB through CONN9 and CONN10 of MPB ...

Page 78: ...Figure 3 4 3 SIU Installation 3 4 3 1 SIU Installation The SIU board is used for system maintenance PC based Admin SMDR print and SMDI The system supports up to 3 Serial Interface circuits 1 circuit on MPB and additional 2 circuits on SIU board The SIU should be installed if more than 1 serial interface devices are required Followings are the list of the system s output Administration database Off...

Page 79: ...y be connected to this port Function of LEDs LED Function Remark LED1 The status of ports ON in use OFF idle Function of connector Connector Function Remark CHAMP1 RJ21 type female connector for terminal connection See clause 3 4 5 Note 1 The distance between Digital Terminal Interface Board and Digital Terminal see Table 2 3 4 In GDK 100 system LDK 30DS with 2B module and secondary terminal can b...

Page 80: ... MSGU MSGU48 with 6 circuits can be optionally installed on SLIB24 SLIB48 respectively to light a message waiting lamp in the SLT connected to SLIB24 SLIB48 and a DTRU with 2 receivers can be optionally installed on SLIB24 SLIB48 to receive DTMF signals Function of LED LED Function Remark LED1 The status of ports ON in use OFF idle Function of various connectors Connector Function Remark CONN1 and...

Page 81: ...ceivers can be optionally installed on SLIB II to receive DTMF signals Function of LED LED Function Remark LD1 The status of ports ON in use OFF idle Function of various connectors Connector Function Remark CN2 and CN4 DTRUII connection CN3 and CN5 MSGUII connection 1 CN1 RJ21 type connector female for terminal connection See clause 3 4 5 Note 1 If you want Message Waiting function on SLIBII MSGUI...

Page 82: ... waiting lamp in the SLT connected to DSIB and a DTRU with 2 receivers can be optionally installed on DSIB to receive DTMF signals using a system resource Function of LED LED Function Remark LED1 The status of ports ON in use OFF idle Function of various connectors Connector Function Remark CN1 and CN2 DTRU connection CN3 and CN4 MSGU connection 1 CN5 RJ21 type connector female for terminal connec...

Page 83: ...as a system resource regardless its position The position of Installation The quantity of receivers Marking on PCB DTRU SLIB24 SLIB48 DSIB LCOB AC15 BWDIDB EMIB DIDB 2 DTMF receivers DTRU of GDK 34 36 DTRU II SLIB II 4 DTMF receivers GDK 100 DTRU II The System is capable of supporting DTMF receivers up to 22 At least a DTRU or DTRU II should be installed to receive DTMF signals Take a cautious att...

Page 84: ...rface board to light a message waiting lamp in the SLT connected There are 3 kinds of message waiting unit as followings according to the line voltage The position of Installation The quantity of circuits The line voltage MSGU SLIB24 DSIB 6 circuits 24Vdc MSGU48 SLIB48 6 circuits 48Vdc DTRU II SLIB II 12 circuits 28Vdc Signal voltage 90 100Vdc ...

Page 85: ...mark LED1 The status of line 1 ON in use Green LED2 The status of line 2 ON in use Green LED3 The status of line 3 ON in use Green LED4 The status of line 4 ON in use Green Function of various connectors Connector Function Remark CN1 and CN2 DTRU connection CN3 and CN4 CPTU A or CPTU B connection CN100 and CN104 The connectors for a CMU on line 1 See Note CN101 and CN105 The connectors for a CMU o...

Page 86: ... 3 4 5 1 CMU CPTU DTRU Installation 3 4 5 2 AC15 Board Installation UK The AC15 board provides 3 private interface circuits each line supports AC15a signaling It is designed to comply with the UK specification and application so it may not suitable for the other national specification and or application Function of LED LED Function Remark LED1 The status of line 1 ON in use LED2 The status of line...

Page 87: ...o it may not suitable for the other national specification and or application Function of LED LED Function Remark LED1 The status of line 1 ON in use LED2 The status of line 2 ON in use LED3 The status of line 3 ON in use LED4 The status of line 4 ON in use Function of various connectors Connector Function Remark CN1 and CN2 DTRU connection CN3 The connector with screws for line 1 CN4 The connecto...

Page 88: ... line and jumper position Add on board DTRU 3 4 5 4 DIDB Installation Korea The DIDB provides 4 analog DID interfaces Each line supports DTMF and Pulse signaling but not R2 MFC It is designed to comply with the Korean specification and application so it may not suitable for the other national specification and or application Function of LED LED Function Remark LED1 The status of line 1 ON in use L...

Page 89: ...d DTRU 3 4 5 5 BWDIDB Installation New Zealand The BWDIDB provides 4 analog both way DID interfaces Each line supports Outgoing Incoming call It is designed to comply with New Zealand specification and application so it may not suitable for the other national specification and or application Function of LED LED Function Remark LD1 The status of line 1 ON in use LD2 The status of line 2 ON in use L...

Page 90: ...nnection CN3 The connector with screws for line 1 and 2 Figure 3 4 5 5 CN4 The connector with screws for line 3 and 4 Figure 3 4 5 5 BWDIDB can be installed in any of slot No 1 12 Analog CO line boards are limited by maximum 32 analog lines in a system Add on boards DTRU CPTU A CPTU B Figure 3 4 5 5 Board Layout and DTRU installation LD1 LD2 LD3 LD4 DTRU CPTU CN5 ...

Page 91: ...ED2 The status of Line 2 Red Error Green In use OFF Idle LED3 The status of Line 3 Red Error Green In use OFF Idle LED4 The status of Line 4 Red Error Green In use OFF Idle Function of SW1 default all OFF when delivering the board pole Function ON OFF Remark 1 Not used 2 TEI Fixed TEI Automatic TEI Note 1 2 3 Layer 2 trace Enable Disable Note 3 4 Layer 3 trace Enable Disable Note 3 Note 1 The func...

Page 92: ...be set to the ON position to terminate two terminating resistors on a line default ON 2 Terminating resistors and selectable switches are introduced only on PCB issue 3 or later but not on PCB issue 1 and 2 So if you use BRIB issue 1 and 2 the external terminating resistors are required For the external termination you can get the terminating unit locally or use GDK 162 100 TERM which is the termi...

Page 93: ... CON3 and CON4 are used to control the clock signal when multi ISDN boards are installed Refer to Clock Control Cable Wiring of section 3 5 Function of LED No Function Status Remark LED1 The status of Line 1 Red Error Green In use OFF Idle LED2 The status of Line 2 Red Error Green In use OFF Idle LED3 The status of Line 3 Red Error Green In use OFF Idle LED4 The status of Line 4 Red Error Green In...

Page 94: ... If necessary the S T selection switches of SW2 SW3 SW4 and or SW5 can be respectively set to the T or S position by using shorting traps short pins supplied on the boards 2 Two poles of SW6 SW7 SW8 and or SW9 should set to the ON position to terminate two terminating resistors on a line default ON 3 Terminating resistors and selectable switches are introduced only on PCB issue 2 or later but not ...

Page 95: ...interface type of each line 4 Terminating resistors on the line 5 The 2 nd pole of SW1 should be set to the proper position according to the type of TEI 6 The clock control cable should be connected to the proper position when multi ISDN cards are installed in a system See section 3 5 7 SMEMU MUST be required on MPB for QSIG operation See SMEMU in section 2 Figure 3 4 6 2 STIB Layout RJ45 CON5 CON...

Page 96: ...rm Error Error Normal LED7 CRC Error Error Normal LED8 The status of the line In use All channel idle Note 1 All LEDs will be the status of OFF when normal operation 2 When PRI line is plugged out LED 2 4 and 5 will be ON Function of SW1 default all OFF when delivering the board Pole Function ON OFF Remark 1 CRC Disable Enable 2 Loop back Enable Disable Note 1 3 Not used 4 Trace Enable Disable Not...

Page 97: ...access the board for the purpose of development and maintenance The external module GDK TRC1 for RS 232C serial interface should be required to access the board through this connector See GDK TRC1 in section 2 2 CON3 NT TE mode selection Open circuit between 2 pins TE mode normal operation Short circuit between 2 pins NT mode Special operation e g NT mode in QSIG operation 3 CON6 CON7 They are use...

Page 98: ...PLLU2 issue 3 board should be installed on the MPB If required install the CPTU on the E1IB as shown in Figure 3 4 6 4 It is designed to comply with the special national specification and application so it may not suitable for the other national specification and or application Function of LED Status No Function ON OFF Remark LED1 PLL Synchronization Sync Error Normal LED2 Loss Of Signal from the ...

Page 99: ...y not assembled except for special countries 3 CON5 CON6 They are used to control the clock signal when multi ISDN boards are installed See Clock Control Cable Wiring in section 3 5 Check Points 1 One E1 board should be installed on one of the slot No 1 7 except slot No 8 and EKSU 2 PLLU or PLLU2 issue 3 or later MUST be installed on MPB 3 Check the contact assignments of RJ45 or BNC Figure 3 4 6 ...

Page 100: ...ors Connector Function Remark CONN1 Serial interface connector 4pin for trace Note 1 CONN3 RCA jack for Audio Input DVU MOH input CONN4 RCA jack for Audio Output Note 2 CONN5 For the purpose of development Note 2 CONN6 For the purpose of development Note 2 CONN7 For the purpose of development Note 2 CONN8 CONN9 DMEU or DMEU4 connection CONN10 CONN11 ADPU connection Note 1 CONN1 Trace for the purpo...

Page 101: ...n if battery is incorrectly replaced Replace only with the same or equivalent type recommended by the manufacturer Dispose of used batteries according to the manufacturers instruction 3 JP8 It should be OFF A law for audio input Check Points 1 JP8 and IC on U36 2 CONN5 CONN6 and CONN7 should be open 3 Add on boards DMEU DMEU4 ADPU Figure 3 4 7 Board Layout and ADPU DMEU DMEU4 installation U1 CONN1...

Page 102: ... or the battery voltage is too low to maintain proper system operation If a low battery cut off occurs and a new battery is installed it is necessary to reset the Battery Back Up circuit in PSU manually by momentarily pressing the switch marked as BATT RESTART located on the upper side of PSU It is not available in SBKSU The length of time that the system will operate on the batteries is dependent...

Page 103: ...ication And it is recommended In DTEs and DCEs protective ground frame ground is a point which is electrically bonded to the equipment frame Protective ground frame ground is not an interchange circuit in RS232 standard EIA TIA 232 F If bonding of the equipment frames of the DCE and the DTE is necessary a separate conductor should be used which confirms to the appropriate national or local electri...

Page 104: ... board MOH1 Pin No 11 and Pin No 36 MOH2 Pin No 12 and Pin No 37 The level can be adjusted by the administration programming Program 66 in 0 5 dB steps to 20 dB of the input Note if the output of the source is too high or low it will be necessary to lower or raise the output level control at the source Above External Music sources including an Internal Music Source on MPB are selectable by Admin P...

Page 105: ...nd Pin No 28 RLY4 Pin No 4 and Pin No 29 Alarm Detection wiring GDK 100 MISB provides an external alarm detection input which can be used to notify to extensions when the external switch is on off This alarm detection input is provided through a pair of a RJ21 type connector CHAMP1 on the board ALARM Pin No 18 and Pin No 48 Close or open detection is programmable by Admin Programming External DC P...

Page 106: ...7 9 34 RD BN 18 9 BN RD 19 10 35 RD SL 20 10 SL RD 21 11 36 BK BL MOH1 R 22 11 BL BK MOH1 T 23 12 37 BK OR MOH2 R 24 12 OR BK MOH2 T 25 13 38 BK GN EXP1 R 26 13 GN BK EXP1 T 27 14 39 BK BN EXP2 R 28 14 BN BK EXP2 T 29 15 40 BK SL 30 15 SL BK 31 16 41 YL BL 32 16 BL YL 33 17 42 YL OR 34 17 OR YL 35 18 43 YL GN ALARM R 36 18 GN YL ALARM T 37 19 44 YL BN 38 19 BN YL 39 20 45 YL SL 40 20 SL YL BL BLUE...

Page 107: ...the contact numbers 3 R and 4 T But two additional contacts R1 and T1 are provided in the digital terminal as shown in Figure 3 5 4 1 The contact number 3 R and 2 R1 are connected together in the digital terminals and also the contact number 4 T and 5 T1 are connected together Because there is a country in which the contact number 2 and 5 are used for the 2 wire connection method according to his ...

Page 108: ... of the terminals at the Terminal connection point e g terminating adapter so that those are not drawn out any more Note 1 Digital terminals operate regardless of line polarity not with a fixed polarity 2 Each area means the followings A GDK system B between the GDK system and MDF C cable in building D between Terminal connection point e g terminating adapter and Terminal E digital terminals 3 DTI...

Page 109: ... between Terminal connection point e g terminating adapter and Terminal E digital terminals 2 Only two wires should be connected to digital terminals and Interface Board so the rest should be removed at MDF or Terminal Connection Point as X points shown in above figure Figure 2 5 4 1 c Connection method when the 4 wire line cord or special connection method with with contact number 2 and 5 MDF 1 2...

Page 110: ...ap of the coupling transformers of each of 2 pairs Figure 3 5 4 2 a shows contact assignments of RJ11 type jack on LG proprietary electronic terminals Connection method between the ETIB and the Electronic terminals The cable with 25 pair male connector is required between Electronic Terminal Interface board and MDF It is possible to get the cable locally or use GDK 162 5MC2 supplied by LGIC on the...

Page 111: ...and MDF It is possible to get the cable locally or use GDK 162 5MC2 supplied by LGIC on the order if necessary The MDF that is in wide use in the country can be locally used according to the requirements of local regulation Figure 3 5 4 2 b wiring between board and electronic terminal Note 1 Each area means the followings A GDK system B between the GDK system and MDF C cable in building D between ...

Page 112: ...e entry hole in the base plate and connect the wires to the four screw terminals as shown in the figures 3 5 4 4 a and 3 5 4 4 b When the wiring is complete pull any slack wire back through the base plate and push the housing back together Connection method between the Digital Interface Board and KD Digital Phone Box KD Digital Phone Box can be only connected to the Digital Interface Board Wiring ...

Page 113: ...ng side of KD Digital Phone Box GR RD Figure 3 5 4 4 a wiring between the board and KD Digital Phone Box Note 1 A pair for voice signal can be connected regardless of the polarity of Tip and Ring But the other for signaling and data transmission should be connected with a fixed polarity as above figure 2 The GSX or GK Phone Box that can be connected to the LG Analog Key Telephone System should not...

Page 114: ...he installation is 1 Km 3 2 Kft from the system GDK 100 system is capable of accommodating up to 5 external music sources through 5 single line interfaces which are limited by the main program This function has been supported since the main program GS00P 3 2D or later version To use the external music sources through the desired SLT ports assign the desired SLT ports in the Admin program field 1 a...

Page 115: ...DR 9 19 10 35 RD SL DT 10 9 20 10 SL RD DR 10 21 11 36 BK BL DT 11 10 22 11 BL BK DR 11 23 12 37 BK OR DT 12 11 24 12 OR BK DR 12 DTIB12 24 25 13 38 BK GN DT 13 12 DTIB24 only 26 13 GN BK DR 13 27 14 39 BK BN DT 14 13 28 14 BN BK DR 14 29 15 40 BK SL DT 15 14 30 15 SL BK DR 15 31 16 41 YL BL DT 16 15 32 16 BL YL DR 16 33 17 42 YL OR DT 17 16 34 17 OR YL DR 17 35 18 43 YL GN DT 18 17 36 18 GN YL DR...

Page 116: ...35 RD SL DT 5 20 10 SL RD DR 5 21 11 36 BK BL VT 6 5 22 11 BL BK VR 6 23 12 37 BK OR DT 6 24 12 OR BK DR 6 25 13 38 BK GN VT 7 6 26 13 GN BK VR 7 27 14 39 BK BN DT 7 28 14 BN BK DR 7 29 15 40 BK SL VT 8 7 30 15 SL BK VR 8 31 16 41 YL BL DT 8 32 16 BL YL DR 8 33 17 42 YL OR VT 9 8 34 17 OR YL VR 9 35 18 43 YL GN DT 9 36 18 GN YL DR 9 37 19 44 YL BN VT 10 9 38 19 BN YL VR 10 39 20 45 YL SL DT 10 40 ...

Page 117: ...T 7 6 SLIB II only 14 7 OR RD VR 7 15 8 33 RD GN VT 8 7 16 8 GN RD VR 8 17 9 34 RD BN VT 9 8 18 9 BN RD VR 9 19 10 35 RD SL VT 10 9 20 10 SL RD VR 10 21 11 36 BK BL VT 11 10 22 11 BL BK VR 11 23 12 37 BK OR VT 12 11 24 12 OR BK VR 12 25 13 38 BK GN 26 13 GN BK 27 14 39 BK BN 28 14 BN BK 29 15 40 BK SL 30 15 SL BK 31 16 41 YL BL 32 16 BL YL 33 17 42 YL OR 34 17 OR YL 35 18 43 YL GN 36 18 GN YL 37 1...

Page 118: ... 15 8 33 RD GN VT 2 7 SLT 1 16 8 GN RD VR 2 17 9 34 RD BN VT 3 8 SLT 2 18 9 BN RD VR 3 19 10 35 RD SL VT 4 9 SLT 3 20 10 SL RD VR 4 21 11 36 BK BL VT 5 10 SLT 4 22 11 BL BK VR 5 23 12 37 BK OR VT 6 11 SLT 5 24 12 OR BK VR 6 25 13 38 BK GN 26 13 GN BK 27 14 39 BK BN 28 14 BN BK 29 15 40 BK SL 30 15 SL BK 31 16 41 YL BL 32 16 BL YL 33 17 42 YL OR 34 17 OR YL 35 18 43 YL GN 36 18 GN YL 37 19 44 YL BN...

Page 119: ...s possible to get the cable locally or use GDK 162 5MC1 supplied by LGIC on the order if necessary The MDF that is in wide use in your country can also be locally used according to the requirements of local regulation MDF 1 26 4 29 SLIB1 T SLIB1 R PFTU 25 50 COT1 IN COR1 IN 2 27 COT1 OUT COR1 OUT 3 28 TEL1 T TEL1 R SLIB interface CO line LCOB interface SLT RJ21 type connector in PFTU Connected to ...

Page 120: ... COT3 OUT 20 10 SL RD COR3 OUT 21 11 36 BK BL TEL3 T 22 11 BL BK TEL3 R 23 12 37 BK OR SLIB3 T 24 12 OR BK SLIB3 R 25 13 38 BK GN COT4 IN 4 th Circuit 26 13 GN BK COR4 IN 27 14 39 BK BN COT4 OUT 28 14 BN BK COR4 OUT 29 15 40 BK SL TEL4 T 30 15 SL BK TEL4 R 31 16 41 YL BL SLIB4 T 32 16 BL YL SLIB4 R 33 17 42 YL OR COT5 IN 5 th Circuit 34 17 OR YL COR5 IN 35 18 43 YL GN COT5 OUT 36 18 GN YL COR5 OUT...

Page 121: ...on the board The cable with RJ21 type female connector is required between PFTU connector and MDF It is possible to get the cable locally or use GDK 162 5MC1 supplied by LGIC on the order if necessary The MDF that is in wide use in the country can be locally used according to the requirements of local regulation Note 1 CO lines of LCOB can operate regardless of line polarity 2 Connect TRC Telecomm...

Page 122: ...ied by LGIC on the order if necessary The MDF that is in wide use in your country can be locally used according to the requirements of local regulation Note 1 A pair of a line is for RX signal and the other is for TX signal Each pair can be connected regardless of the polarity of Tip and Ring 2 AC15 board is capable of connecting to up to 3 lines Figure 3 5 6 2 AC15 Private line wiring MDF 1 26 4 ...

Page 123: ... LGIC on the order if necessary The MDF that is in wide use in your country can be locally used according to the requirements of local regulation Note 1 The BWDIDB is polarity sensitive so it is important to check the polarity of wires when wiring In idle state 48V is fed on Ring wire and Reference is on Tip wire in GDK 100 system 2 BWDIDB board is capable of connecting to up to 4 lines Figure 3 5...

Page 124: ... is for audio signal and it can be connected regardless of line polarity of Tip and Ring 2 The other is for signaling and it is polarity sensitive EAR wire of EMIB is connected to MOUTH wire of Network PBX and vice versa It is important to check EAR and MOUTH of Network before wiring because some network equipment may describe opposite marks 3 EMIB board is capable of connecting to up to 4 lines F...

Page 125: ... requirements of local regulation Note 1 DIDB is polarity sensitive so it is important to check the polarity of wires when wiring In idle state 48V is fed on Ring wire and Reference is on Tip wire in GDK 100 DIDB But some network equipment may operate regardless of line polarity 2 DIDB board is capable of connecting with up to 4 lines Figure 3 5 6 5 wiring DID line MDF DIDB The connecting block wi...

Page 126: ...6 31 RD BL 12 6 BL RD 13 7 32 RD OR 14 7 OR RD 15 8 33 RD GN 16 8 GN RD 17 9 34 RD BN 18 9 BN RD 19 10 35 RD SL 20 10 SL RD 21 11 36 BK BL 22 11 BL BK 23 12 37 BK OR 24 12 OR BK 25 13 38 BK GN 26 13 GN BK 27 14 39 BK BN 28 14 BN BK 29 15 40 BK SL 30 15 SL BK 31 16 41 YL BL 32 16 BL YL 33 17 42 YL OR 34 17 OR YL 35 18 43 YL GN 36 18 GN YL 37 19 44 YL BN 38 19 BN YL 39 20 45 YL SL 40 20 SL YL BL BLU...

Page 127: ...7 32 RD OR 14 7 OR RD 15 8 33 RD GN 16 8 GN RD 17 9 34 RD BN 18 9 BN RD 19 10 35 RD SL 20 10 SL RD 21 11 36 BK BL 22 11 BL BK 23 12 37 BK OR 24 12 OR BK 25 13 38 BK GN 26 13 GN BK 27 14 39 BK BN 28 14 BN BK 29 15 40 BK SL 30 15 SL BK 31 16 41 YL BL 32 16 BL YL 33 17 42 YL OR 34 17 OR YL 35 18 43 YL GN 36 18 GN YL 37 19 44 YL BN 38 19 BN YL 39 20 45 YL SL 40 20 SL YL BL BLUE 41 21 46 VI BL BK BLACK...

Page 128: ... 15 8 33 RD GN 16 8 GN RD 17 9 34 RD BN 18 9 BN RD 19 10 35 RD SL 20 10 SL RD 21 11 36 BK BL 22 11 BL BK 23 12 37 BK OR 24 12 OR BK 25 13 38 BK GN 26 13 GN BK 27 14 39 BK BN 28 14 BN BK 29 15 40 BK SL 30 15 SL BK 31 16 41 YL BL 32 16 BL YL 33 17 42 YL OR 34 17 OR YL 35 18 43 YL GN 36 18 GN YL 37 19 44 YL BN 38 19 BN YL 39 20 45 YL SL 40 20 SL YL BL BLUE 41 21 46 VI BL BK BLACK 42 21 BL VI BN BROWN...

Page 129: ...PBX between NT1 and PBX system 4wire and 1Km max distance 4 S point ISDN standard user interface Standard point for ISDN terminal connection physically same as T point multiple connection possible 5 R point X or V series terminal interface Reference point between Terminal adapter and non ISDN terminal connection Functional Units 1 NT1 Network Termination 2 NT2 Protocol Handle PBX 3 TE1 Standard IS...

Page 130: ...on resistor 100 ohm Figure 3 5 7 c ISDN Terminal connection Basic Rate Interface S 1 Connection Type P to P Point to Point connection P to MP Point to Multi Point connection 2 TR Termination resistor 100 ohm This may be contained in a TE among multi TEs P to P Connection TR TE TR GDK SYSTEM TR STIB S BRIB STIB T TR TR Max 1000 meters TE1 TE2 TE8 Max 200 meters TR TR TE1 TE2 TE8 Max 500 meters Max ...

Page 131: ...2 3 4 5 6 7 8 ISO 8877 ITU T Rec I 430 Contact 1 2 3 4 5 6 7 8 TE Power Source 3 Power Source 3 Transmit Receive Receive Transmit Power Source 2 Power Source 2 NT Power Source 3 Power Source 3 Receive Transmit Transmit Receive Power Source 2 Power Source 2 Polarity Table 3 5 7 a Contact assignments Figure 3 5 7 f RJ 45 Type Jack 1 2 3 4 5 6 7 8 ISO 10173 ANSI T1 408 Contact 1 2 3 4 5 6 7 8 TE Rece...

Page 132: ... of NT1 as Figure 3 5 7 1 b Terminating resistors should be required on each line to match line impedance See clause 3 5 7 4 Note 1 Connect the TX pair of an RJ45 type jack on BRIB to the RX pair of NT1 and vice versa 2 Check terminating resistors See clause 3 5 7 4 3 BRIB is capable of connecting to up to 4 lines Figure 3 5 7 1 b BRI trunk line wiring Figure 3 5 7 1 a contact assignments of RJ 45...

Page 133: ... assignments of RJ 45 Connectors of STIB 1 2 3 4 5 6 7 8 TX TX RX RX 1 2 3 4 5 6 7 8 RX RX TX TX a When a line is set to T interface a When a line is set to S interface Note 1 Connect the TX pair of RJ45 type jack on STIB to the RX pair of NT1 and vice versa And connect the TX pair of RJ45 type jack on STIB to a RX pair of ISDN terminal and vice versa 2 Check terminating resistors See clause 3 5 7...

Page 134: ...X one on PRIB is to the TX one of DSU as Figure 3 5 7 3 b Note 1 Connect the TX pair of RJ45 type jack on PRIB to the RX pair of DSU and vice versa 2 PRIB is capable of connecting with 1 PRI line Figure 3 5 7 3 b PRI trunk line TE connection wiring DSU NT Box PRIB RJ45 type jack RX RX TX TX 1 2 4 5 1 2 4 5 TX TX RX RX From to PX Figure 3 5 7 3 a Contact assignments of RJ 45 type jack of PRIB 1 2 3...

Page 135: ... 5 7 3 So it is important that the wiring with contact assignments of RJ45 type connector should be checked when PRIB is set to master mode NT during installation The TX pair of RJ45 connector on PRIB in master mode is connected to the RX pair of PRIB of another system and vice versa as following figure 3 5 7 3 c Note 1 When PRIB is set to NT mode two pins of CON3 should be shorted by shorting tra...

Page 136: ...923NP1656 which is the terminating unit provided by LGIC can be used Note 1 R is 100 ohm terminating resistor and the line is terminated at 100 ohm when switches are ON 2 SWx means terminating switches on each interface of BRIB STIB See clause 3 4 6 1 and 3 4 6 2 Figure 3 5 7 4 a Terminating method of BRIB STIB with switchable terminating resistors BRIB issue 3 or later STIB issue 2 or later RJ45 ...

Page 137: ...ynchronized with ISDN line and transmits the clock to PLLU on MPB according to the clock control signal High 1 state Low 0 state IN Enable the reference clock circuit Disable the reference clock out circuit OUT Enable next clock circuit Disable next clock circuit Figure 3 5 7 5 a Example of multi ISDN board installation when PRIB is the highest priority MPB PRIB TE mode BRIB STIB T interface s PLL...

Page 138: ... installation MPB STIB T interface s the highest priority STIB T interface s STIB all S interfaces PLLU Back Plane Basic Mother Board OUT IN Priority of Boards OUT IN OUT IN BRI Line TE S Figure 3 5 7 5 a Example of multi ISDN board installation when a STIB is the highest priority and all the interface of another STIB are set to S interfaces 1 Note 1 Clock control cables supplied by LGIC should be...

Page 139: ...he direct connection For more details see the manual for GDK186 100 FPII Q signaling Interface Note 1 The wiring of RJ45 type jack and mode selection connector on GDK 100 PRIB should be checked when GDK 100 PRIB is set to master NT mode See the clause 3 5 7 3 PRIB wiring and figure 3 5 7 3 c 2 The clock control cable connected to PRIB is not required when GDK 100 PRIB is set to master NT mode 3 To...

Page 140: ... GDK PRIB BRIB STIB can be used for this connection For more details see the manual for GDK186 100 FPII Q signaling Interface GDK system GDK system Public ISDN Figure 3 5 7 6 b The connection through the Public Network for QSIG feature GDK system PRI BR I TE PRI BRI TE PRI BRI TE ...

Page 141: ...press EMI Install two EMI cores supplied in STIB package as following figure 3 5 7 7 When the core is installed on 1 or 2 lines it may be slip down In that case winding wire with a string such as cable tie is recommended Below 30 Cm Below 30 Cm GDK 100 BKSU Line x 4 Figure 3 5 7 7 Ferrite core installation to suppress EMI STIB ...

Page 142: ...nnectors The contact assignments of RJ21 type 25 pair Amphenol connectors 3 5 8 2 Miniature 6 position jack The contact assignments of miniature 6 position jack registered in FCC Figure 3 5 8 2 Contact assignments of miniature 6 position jack T1 R2 R1 T2 1 2 3 4 5 6 Figure 3 5 8 1 Contact assignments of RJ21 type connectors 25 50 1 26 2 27 3 28 a Female connector b male connector 25 50 3 28 2 27 1...

Page 143: ...8 TE Power Source 3 Power Source 3 Transmit Receive Receive Transmit Power Source 2 Power Source 2 NT Power Source 3 Power Source 3 Receive Transmit Transmit Receive Power Source 2 Power Source 2 Polarity Table 3 5 8 3 a Contact assignments Figure 3 5 8 3 b RJ 45 Connector 1 2 3 4 5 6 7 8 ISO 10173 ANSI T1 408 Contact 1 2 3 4 5 6 7 8 TE Receive Receive Shield R Transmit Transmit Shield T Power Sou...

Page 144: ...ot no 8 Note 1 The GDK 100 system is capable of accommodating 7 boards of STIB but the maximum channels for T interface should not more than 48 channels 2 In GDK 100 system BRIB PRIB STIB board should be put in the BKSU not in EKSU You can install BRIB PRIB STIB within the station and CO line capacity of the system Max Stations Max CO Lines GDK 100 72 48 Not achieved the simultaneously See the sys...

Page 145: ... S Interface and T interface then system assigns the continuous CO line number on each T Interface and the continuous station number on each S Interface as follows If the first Sta No is 120 and the first CO No is 24 Port 1 S Interface Station 120 121 STIB Board Port 2 T Interface CO line 24 25 Port 3 S Interface Station 122 123 Port 4 T Interface CO line 26 27 7 Two continuous station numbers are...

Page 146: ...to use STIB board on the system please check the S W version of MPB PRIB BRIB STIB You have to use S W ver 3 0A or later for using MPB BRIB PRIB STIB There is no compatibility between ver 3 0xx and the other previous version 2 xxx or previous 3 LCD display on ISDN TE is its own device feature not GDK 162 system s feature 4 Etc ISDN station cannot be the master of conference and a member of confere...

Page 147: ...ram code During admin programming other keysets operate normally When Admin programming LCD and LEDs indicate the current programmed data and status If the programmer enters correct data then LCD and LEDs show the entered data and the data is stored in the temporary buffer area Real system databases is not changed and has no effect on telephone operation unless permanent updating procedure is exec...

Page 148: ...eeds NUMBER ITEM REMARK 162 100 291 100 100 235 FPII 100 177 Station Number 162 620 649 100 620 634 FPII 620 627 Station Group Number 3 PGM Enter Code SLT 162 401 420 100 401 415 FPII 401 405 Internal Page Zones 43 Internal All Call Paging 44 Meet Me Page 46 External Page Zone 1 47 External Page Zone 2 48 External All Call Paging 49 All Call Paging 50 Enter SMDR Account Code 4 8 BTN Keyset SLT 51 ...

Page 149: ...801 809 CO Group Access 162 8801 8896 100 8801 8848 FPII 8801 8834 CO Line Access 89 Tie Routing Access 8 Retrieve Holding CO Group Keyset 162 8 01 8 96 100 8 01 8 48 FPII 8 01 8 34 Retrieve Holding CO Line Keyset 9 Access the first CO line 0 Attendant Call 0 Print SMDR Station Base Attendant 1 Print SMDR Account Group Base Attendant 2 Delete SMDR Station Base Attendant 3 Delete SMDR Account Group...

Page 150: ...s 41 Wake up Time Registration One time 42 Wake up Time Cancel 43 SMEMU Serial Number Display Keyset with LCD 44 Authorization Code Registration 45 Authorization Code Change 46 Station COS Change 47 Station COS Restore 48 Custom Message Display Message 00 49 Intercom Answer Mode 1 HF 2 TONE 3 PV Digital Keyset 50 Differential Ring 51 LCD Display Mode English Korean Keyset 52 Set World Time 54 RECO...

Page 151: ...1 Wake up Time Registration One time 42 Wake up Time Cancel 4 Authorization Code Cancel System Attendant 5 LCD Date Mode Change 6 LCD Time Mode Change 7 Custom Display Message Program 11 20 8 CO Line Access Attendant 9 DND Call Forward Pre selected MSG Cancel 0 Door Phone Music Selection 1 System Date Time Setting 2 Station COS Change COS 7 3 Station COS Restore 4 DVU Record System Greeting System...

Page 152: ...ION BASE PROGRAM PGM 10 Station Attribute I PGM 11 Station Attribute II PGM 12 Station Attribute III PGM 13 Station ID Assignment PGM 14 Station Class Of Service PGM 15 CO Line Group Access PGM 16 ICM Tenancy Group PGM 17 Internal Page Zone PGM 18 Preset Call Forward PGM 19 Hot Line Warm Line PGM 20 SMDR Account Group PGM 21 Station Attribute IV PGM 22 CTI Attribute PGM 23 ISDN Station Attributes ...

Page 153: ... Speed Ratio PGM 58 Modem Assignment PGM 59 Setting System Date Time PGM 60 LCD Date Time Display Mode PGM 61 S W Version Display PGM 62 SMDR Attribute I PGM 63 SMDR Attribute II PGM 65 TIE Routing Tables PGM 66 System Gain Control PGM 67 System Speed Zone Programming PGM 68 ACNR Tone Cadence PGM 69 System Tone Frequency PGM 71 World Time Attribute PGM 72 Display World Time PGM 73 Voice Mail Diali...

Page 154: ...IGITAL KEY TELEPHONE SYSTEM 145 PRINT DATABASE PGM 80 Database Print QSIG TABLE PGM 1 QSIG Basic Attribute PGM 2 QSIG Routing Table PGM 3 QSIG MSN Sub Address PGM 4 DDI for ISDN Service PGM 5 Line Identification ...

Page 155: ... 162 PGM BTN ITEM BASIC EXTEND REMARK 01 First 24 Flexible Number 1 Station Number 100 291 100 699 2 Station Group Number 620 649 620 649 3 Station PGM Enter Code 3 3 SLT 4 Internal Page Zones 401 420 401 420 5 Internal All Call Page 43 43 6 Meet Me Page 44 44 7 External Page Zone 1 46 46 8 External Page Zone 2 47 47 9 External All Call Page 48 48 10 All Call Page EXT INT 49 49 11 Enter SMDR Accou...

Page 156: ... Tie Routing Access 89 89 6 Retrieve Held CO Group 8 8 7 Retrieve Held CO Line 8 01 8 96 8 01 8 96 8 Access to CO Line in the 1st available CO Group 9 9 9 Attendant Call 0 0 10 Print SMDR Station Base 0 0 11 Print SMDR Account Group Base 1 1 12 Delete SMDR Station Base 2 2 13 Delete SMDR Account Group Base 3 3 14 Display Call Charge On LCD 4 4 15 Abort SMDR Printing 16 Door Open 1 1 1 17 Door Open...

Page 157: ... 50 91 50 50 12 Flash Command to CO line 51 51 51 51 51 51 13 Last Number Redial LNR 52 52 52 52 52 52 14 Do Not Disturb 53 53 53 53 53 53 15 Call Forward 54 54 54 49 54 54 16 Speed Dial Programming 55 55 55 40 55 55 17 MSG Wait Call Back Enable 56 56 56 66 56 56 18 MSG Wait Call Back Answer 57 57 57 67 57 57 19 Speed Dial Access 58 58 58 9 58 58 20 Cancel DND CFW Pre selected MSG 59 59 59 59 59 5...

Page 158: ... 1 1 1 17 Door Open 2 2 2 2 2 2 2 18 Door Open 3 3 3 3 3 3 3 19 Door Open 4 4 4 4 4 4 4 20 VM MSG Wait Enable 8 8 8 8 8 8 21 VM MSG Wait Cancel 9 9 9 9 9 9 22 UCD DND 68 68 68 68 68 68 23 Station ISDN Flash TABLE 5 6 4 FLEXIBLE NUMBERING PLAN GDK FPII PGM BTN ITEM NUM SET 2 NUM SET 3 NUM SET 4 NUM SET 5 NUM SET 6 NUM SET 7 REMARK 01 First 24 Flexible Number 1 Station Number 100 177 100 177 100 177...

Page 159: ... Reset 65 65 65 65 65 65 23 Group Call Pick Up 66 66 1 66 66 24 Station DVU Access 67 67 40 22 67 67 01 Second 24 Flexible Number 1 Night Answer 69 69 77 2 69 69 2 Direct Call Pick Up 7 7 7 42 7 7 3 CO Group Access 801 809 801 809 801 809 401 409 801 809 801 809 SLT 4 CO Line Access 8801 8834 8801 8834 8801 8834 4801 4834 8801 8834 8801 8834 5 Tie Routing Access 89 89 89 47 89 89 6 Retrieve Held C...

Page 160: ...Station Slot Assignment Max 78 stations or Max 7 slots 3 08 WTIB Port Number GDK 100 1 08 07 06 12 11 CO Line Slot Assignment Max 48 CO lines or Max 8 slots 2 01 02 03 04 05 09 10 11 Station Slot Assignment Max 136 stations 3 08 WTIB Port Number GDK 162 1 06 07 08 14 15 16 17 CO Line Slot Assignment Max 96 CO lines 2 02 03 04 05 09 10 11 12 13 Station Slot Assignment Max 186 stations 3 08 WTIB Por...

Page 161: ...EM RANGE DEFAULT REMARK 07 1 LCR Access Mode DIS OVR ALL DIS 2 Set the Day of week zone 1 7 1234567 3 Set the Time of week zone 00 24 0024 4 LCR Leading Digit Table 5 Digit Modification Table 6 Initialization of LCR Database TABLE 5 6 10 SYSTEM ATTRIBUTE IV PGM BTN ITEM RANGE DEFAULT REMARK 08 1 In zero insertion 1 0 0 OFF 2 My area code 5 digits 3 CO ATD Code 2 digits 4 DID Conversion Table 0 1 2...

Page 162: ...ine Answer YES NO YES 6 Auto Speaker Select YES NO YES 7 Warm Line YES NO NO 8 SMDR Dial Digit Hidden Display YES NO NO 11 1 CO Line Queuing YES NO YES 2 3 Minute Warning Tone YES NO NO 3 Override Privilege YES NO NO 4 Automatic CO Hold YES For Attendant NO For Others YES NO 5 Data Line Security YES NO NO 6 Group Listening YES NO NO 7 Speaker Phone Headset SP HEAD Speakerphone 8 Howling Tone To SL...

Page 163: ...01 09 01 24 01 24 CO Line Group 25 48 N A N A 25 48 16 1 ICM Tenancy Group Assign 01 05 10 01 2 ICM Tenancy Group Attendant STA No 3 ICM Tenancy Access Group 01 05 10 01 17 1 xx Internal Page Zone Access 01 05 20 GRP 01 18 Preset Call Forward 19 Hot Line Warm Line 1 Flex Button 01 24 2 CO Line 01 34 48 96 3 CO Group 01 09 24 48 4 Station STA No 20 SMDR Account Group Assign 01 24 99 21 1 DID Ring Y...

Page 164: ...NAME DISP 1 0 1 ON 24 1 CO Name Bin 00 10 00 2 COLR YES NO NO 3 HSR Headset Ring ON OFF OFF UK ON 4 CO Group Access with dialing YES NO YES 5 Keypad Facility YES NO NO TABLE 5 6 13 STATION LINK PROGRAM PGM BTN ITEM RANGE DEFAULT REMARK 28 1 Linked Station Pairs View TABLE 5 6 14 FLEXIBLE BUTTONS PROGRAM PGM BTN ITEM RANGE REMARK FP II 100 162 DEFAULT 29 01 48 Flex Buttons Assignment BTN 01 48 1 Us...

Page 165: ...DATA VOICE 7 Line Drop using CPT YES NO NO 8 Night DVU YES NO NO 32 CO Line Ring Assignment 1 Ring Assign to Stations Ring Mode Delay Ring Counter U D N B O 0 9 U0 U Unassigned 0 D Day Only 1 N Night Only 2 B Day Night 3 O On demand 4 2 Ring Assign to Hunt Group 0 4 Ring Mode 33 CO Flash Timer 00 30 05 100msec base 34 Open Loop Detect Timer 00 20 00 100msec base 35 TIE Line Assignment 1 7 1 1 2 3 ...

Page 166: ...reference SYS EXC SYS 2 Privacy YES NO YES 3 Privacy Warning Tone YES NO YES 4 Page Warning Tone YES NO YES 5 Off Hook Ring Signal Type Mute Ring One Burst Ring Mute Ring 6 Multi Line Conference YES NO YES 7 Common Speed Toll Check YES NO YES For GDK 162 8 Attendant Call Queuing Ringback MOH MOH 41 1 Background Music Channels 0 9 1 2 MOH Channel 0 9 1 3 ICM BOX Music Channel 0 9 1 4 Music source o...

Page 167: ...0 1 sec base 15 ACNR Retrial Delay Timer 000 300 030 1 sec base 16 Flexible DID Time out Timer 000 300 030 100 msec base 17 ACNR No Answer Timer 10 50 30 1 sec base 18 ACNR Retry Counter 1 3 3 19 Warm Line Timer 01 20 05 1 sec base 20 PBX Code Print 1 0 0 21 Prepaid Call Warning Tone Timer 00 99 15 1 sec base 22 DISA Retry Counter 1 13 3 23 COS when DISA seize CO 1 6 6 UK 1 24 DVU Forward Answer T...

Page 168: ... 150 060 100 msec base 13 Wink Timer 010 200 010 10 msec base 14 Min Hook flash Timer 000 250 020 10 msec base 15 SMDR Start Timer 000 250 000 1 sec base 16 DVU Recording Time 10 90 20 1 sec base 17 CO Digit Analysis Counter 0 9 3 18 ACD Print Timer 000 255 000 19 SLT Ring Phase Time 2 5 5 1 sec base 20 Camp On Recall Timer 000 200 050 1 sec base 21 Station Auto Release Timer 000 200 060 1 sec bas...

Page 169: ...600 000 1 sec base 5 Overflow Destination STA No STA GRP No 6 Announce Location DVU 1 9 7 Group Call By Pilot Number 1 0 0 UCD Group Attribute 1 Queuing To DVU Announce 1 Timer 000 999 015 1 sec base 2 Queuing To DVU Announce 2 Timer 000 999 000 1 sec base 3 Supervisor Timer 000 999 030 1 sec base 4 Supervisor Call 00 99 00 5 Overflow Timer 000 600 000 1 sec base 6 Wrap Up Timer 002 999 002 1 sec ...

Page 170: ...Up Group Attribute 1 Auto Pick Up YES NO NO 2 All Ringing YES NO NO 49 1 xx Executive Secretary Pairs STA No 50 1 Alarm Enable YES NO NO 2 Alarm Mode Alarm Door Bell Alarm 3 Alarm Contact Type Close Open Close 4 Alarm Signal Mode Repeat Once Repeat 51 1 x External Contact Assign 1 2 4 6 52 1 5 PBX Dialing Codes Max 2 digits 53 1 5 SMDR Long Distance Codes Max 2 digits 1 0 54 Authorization Codes 5 ...

Page 171: ...t SMDR YES NO NO 3 SMDR Recording Call Type LD All Long Distance Only 4 Print Incoming Call YES NO NO 5 Record Detailed SMDR YES NO YES 6 SMDR Print Baud Rate RS 232 1 8 6 1 Baud 300 2 Baud 600 3 Baud1200 4 Baud 2400 5 Baud 4800 6 Baud 9600 7 Baud 19200 8 Baud 38400 7 SMDR Currency 3 English Chars 63 1 SMDR Cost Per Unit Pulse 6 digits 2 SMDR Fraction 0 5 0 65 1 6 TIE Routing Table 01 30 CO 01 34 ...

Page 172: ... TABLE PGM BTN ITEM RANGE DEFAULT REMARK 70 Exception Tables 1 Allowed Table A 01 20 2 Denied Table A 01 10 3 Allowed Table B 01 20 4 Denied Table B 01 10 64 Canned Toll Exception Table 1 Allowed Table 01 10 2 Denied Table 01 10 79 CCR Tables 01 09 TABLE 5 6 18 PRINT DATABASE PGM BTN ITEM REMARK 80 1 Print Flexible Numbering Plan 2 Print Slot Assignment 3 Print Station Database 4 Print Flex Button...

Page 173: ...nt to make the complex configuration with various extension boards consult it with its supplier or authorized agent Table A 1 The maximum number of cards in a system Board Name The Maximum Number of Boards in a system Slot Position Remark AC15 UK 8 1 12 BRIB 6 1 7 BWDIDB NZ 8 1 12 DIDB KOREA 8 1 12 DSIB 6 1 12 DTIB12 6 1 12 DTIB24 3 1 12 DVIB 2 1 7 E1IB 1 1 7 EMIB KOREA 8 1 12 ETIB 6 1 12 LCOB 8 1...

Page 174: ...The capacity of 30Vdc in table A 2 includes the capacity of 5Vdc 5Vdc 48Vdc is locally generated on the card that it is required Table A 2 Power Capacity of GDK 100 PSU1 and PSU3 5Vdc 5Vdc 30Vdc 48Vdc GDK 100 PSU1 Linear 1 1500 500 2500 None GDK 100 PSU3 SMPS 5000 1000 8500 None Note 1 Manufacturing GDK 100 PSU1 has been officially stopped since March 1999 ...

Page 175: ... 0 DVIB 545 7 0 0 E1IB 340 30 0 0 EMIB KOREA 95 55 230 0 ETIB 135 110 890 0 LCOB 120 80 80 0 MISB 55 40 40 0 MPB 400 7 0 0 PRIB 280 0 0 0 SLIB24 100 70 215 0 SLIB48 115 75 750 0 SLIBII 240 160 490 0 STIB 200 0 150 0 WTIB 700 0 320 0 WTIU 480 0 320 0 MEMU 4 0 0 0 SMEMU 7 0 0 0 PLLU 70 0 0 0 PLLU2 issue 3 30 0 0 0 MODU 15 7 0 0 SIU UK 180 0 0 0 SIU ST 120 0 0 0 CMU 8 3 0 0 PFTU 0 0 55 0 RGU1 2 5 Ext...

Page 176: ...ard Installation 49 Battery Back Up Wiring 93 C CMU Call Metering Unit 32 CO LINE BASE PROGRAM 156 CPTU Call Progress Tone Detection Unit CPTU A CPTU B 32 Cables 5MC1 5MC2 40 Changes In Service 1 Clock Control Connection Multi ISDN board installation 128 Contact Assignments of RJ21 type Connectors on Extension Boards 106 Contact Assignments of RJ21 type connectors on Analog CO line board 117 Conta...

Page 177: ... 71 Electronic Keyset and Terminal wiring 101 Electronic Keysets and Terminals 36 Extension Board Installation 77 Extension Board wiring 98 Extension Boards 19 F FLEXIBLE BUTTONS PROGRAM 155 FLEXIBLE DID TABLE PROGRAM 152 FLEXIBLE NUMBERING PLAN GDK 100 148 FLEXIBLE NUMBERING PLAN GDK 162 146 FLEXIBLE NUMBERING PLAN GDK FPII 149 G GDK PC PHONE CTI 39 General Site Consideration 48 H Hearing Aid Com...

Page 178: ...0 Keyset Terminals 34 L LCOB Loop Start CO Line Interface Board 23 LCOB Installation 76 LCOB wiring 112 LCR TABLE ASSIGNMENT 152 M MDF Installation 63 MEMU Memory Expansion Unit 29 MEMU Installation 67 MISB Miscellaneous Board 17 MISB Installation 69 MISB wiring 95 MODU Modem Unit 30 MODU Installation 68 MOHU Music On Hold Unit 36 MOHU installation 105 MPB Main Processor Board 17 MPB Installation ...

Page 179: ...RPOSE 1 Q QSIG connection 130 R REGULATORY INFORMATION 1 RGU Ring Generator Unit 16 RGU Installation 57 RJ21 type connectors 133 RS 232C WIRING on MPB and MODU 94 S SITE PREPARATION 48 SIU Serial Interface Unit 31 SIU Installation 69 SLIB II Single Line Interface Board with 12 ports 21 SLIB II Installation 72 SLIB24 SLIB48 Single Line Interface Boards with 6 ports 20 SLIB24SLIB48 Installation 71 S...

Page 180: ...uration Chart with BRI Line 8 System Configuration Chart with PRI Line 10 T TOLL TABLE PROGRAMMING 163 Telephone Company Notification 1 Terminating Resistors on Basic Rate interface BRIB STIB 127 Test Accessories For The Purpose Of Test 41 Trace Tool GDK TRC1 40 V Verify On Site Equipment 49 W WTIB WTIU Wireless Terminal Interface Board Unit 22 ...

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Summary of Contents for GDK-100

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LG GDK-100, Manual, Page: 3 / 180

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Summary of Contents for GDK-100

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