Karel DS200, DS200S, DS200M, DS200L Technical Reference And Installation Manual

DS SERIES

TECHNICAL REFERENCE AND INSTALLATION GUIDE

11/2010

PBX

DS SERIES

PBX

TECHNICAL REFERENCE

AND

INSTALLATION GUIDE

NOVEMBER 2010

DS SERIES PBX TTMK – REV. AAB – 12.11.2010

KAREL reserves the right to make modifications in product features mentioned in this document for development and improvement purposes, without prior notice. Individual products may possess characteristics different from those that have been mentioned in this document, due to their differences in software and hardware versions.

Version Table

Date/Version of Guide

03.04.2010/AAA

12.11.2010/AAB

III

CAUTION

Since DS Series systems are electronic-based products, the requirements below should be

fulfilled in order to utilize them with desired performance:

The system covers must not be opened by unauthorized persons in any way.

The cover of the exchange cabinet should always be kept closed.

All the ground connections on the covers must be fixed and checked before closing all the covers of the system.

Prior to mounting the exchange cabinet on the wall, it should be made sure that the screws are not defective.

Precautions must be taken in order to prevent any harmful substances from leaking or spilling into the exchange in any way.

Serious hazards may occur unless the conditions above are matched completely!

LEGAL WARNING!

Karel can not be held responsible for any loss in function, data, privacy, any damage that may occur on the network or illegal use of the network caused by any internal or external

attack which comes through the data network formed/configured to use the facilities or

applications of the purchases Karel system.

Customer, by purchasing the equipment, declares that the warning above is read and

accepted.

Attention!

For the proper operation of the system, please make sure that the following criteria are

satisfied.

♦ Check the performance of the earth line connected to the system. If this line is not safe

enough, make a new and proper earth connection to the system to avoid possible hazards

that may occur due to the high voltages which may affect the system.

♦ For the wall type systems, the rack holder metal part must be 100 cm above from the

floor level.

♦ It must not be permitted to install the system into the places:

• Exposed to direct sunlight,

• Extremely hot and cold places,

• Where the temperature is out of the range of 5 C

to +40 Co and the relative humidity

is above 80%,

• Where vibrations or shocks are frequent or strong,

• Close to radio broadcast antennas,

• Where the system may be in contact with water, oil or dust,

• Close to Sulfuric gas producing areas like thermal springs, etc. that may damage the

system,

• Near high frequency sewing machines or electric welders.

♦ The frequent power cut-off may affect the performance of the system. Therefore, make

sure the system has an uninterrupted power source specific to the system.

♦ Anything, which may prevent proper ventilation of the system may be risky and affect the

performance of the system.

Preface

The two chapters in this guide are prepared to supply detailed information for the people who

may need detailed technical information about the structure and installation of the system.

Thus, the methods to configure the system to meet the customer requirements can be

learned from this guide.

The first chapter – “Technical Reference Guide” - gives detailed information about the

hardware and the software structure of the DS200 systems. The information in this chapter

may require some background on mechanics, electric and electronics. The information flow

goes from the whole to the pieces forming up the whole. At the end a table of summary can

be found.

The second chapter – “Installation Guide” – explains the methods to configure the system in

a proper way and to meet all the customer requirements. Also the steps to run the system

and the items to be inspected at the first run time are explained in this chapter. This chapter

must be read carefully by the personnel who will make the installation of the system.

Best regards,

KAREL

CONTENTS

SYSTEM CAPABILITIES........................................................................................................................ 1

HARDWARE FEATURES: ...................................................................................................................... 1

SOFTWARE FEATURES........................................................................................................................ 1

PHYSICAL FEATURES........................................................................................................................... 2

COMPATIBILITY FEATURES................................................................................................................. 2

RELIABILITY FEATURES....................................................................................................................... 3

OPTIONAL FEATURES .......................................................................................................................... 3

SYSTEM ACCESSORIES.......................................................................................................................4

I. SYSTEM DEFINITION .........................................................................................................................6

I.1. DS200................................................................................................................................................ 6

I.2. DS200S ............................................................................................................................................. 9

I.3. DS200M........................................................................................................................................... 10

I.4. DS200L............................................................................................................................................ 11

I.5. COMMON UNITS ............................................................................................................................ 12

II. FUNDAMENTAL HARDWARE STRUCTURE................................................................................. 14

II.1. DS200............................................................................................................................................. 14

II.1.A. WALL-TYPE RACKS: ................................................................................................................. 14

II.1.B. CABINET-TYPE RACKS ............................................................................................................ 17

II.1.C. AUXILIARY PARTS FOR THE CABINET-TYPE FOURTH RACK............................................. 19

II.1.D. CABINET .................................................................................................................................... 20

II.1.D.1. THE THREE-RACK CABINET: ................................................................................................................ 21

II.1.D.2. THE FOUR-RACK CABINET: .................................................................................................................. 22

II.1.E. INTER-CABINET CONNECTION UNITS ................................................................................... 23

II.1.E.1. CCU CARD .............................................................................................................................................. 23

II.1.E.2. CLOCK MASTER & CLOCK SLAVE CARDS .......................................................................................... 23

II.2. DS200S .......................................................................................................................................... 24

II.3. DS200M.......................................................................................................................................... 26

II.4. DS200L........................................................................................................................................... 28

II.4.A. RACK STRUCTURE OF TW200 (TOWER 200) ........................................................................ 28

II.4.B. THE SIX-RACK CABINET .......................................................................................................... 28

III. BACKPLANES................................................................................................................................. 30

III.1. DS200............................................................................................................................................ 30

III.1.A. BACKPLANE OF THE MAIN RACK - BPL200-MAIN................................................................ 30

III.1.B. BACKPLANE OF THE AUXILIARY RACK – BPL200-AUX....................................................... 31

III.1.C. BACKPLANE OF POWER SUPPLIES–BPL200-SPS............................................................... 32

III.1.D. BACKPLANE OF POWER SUPPLIES WITH BACKUP – BPL200-SPSX ................................ 33

III.2. DS200S ......................................................................................................................................... 34

III.2.A. BPL200S .................................................................................................................................... 34

III.2.B. BACKPLANE OF THE POWER SUPPLY– BPL200S-SPS ...................................................... 35

III.2.B.1. HR08 POWER FAILURE TRANSFER STATION RELAY MODULE CONNECTOR............................... 35

III.3. DS200M......................................................................................................................................... 36

III.3.A. BPL200M ................................................................................................................................... 36

III.3.B. BACKPLANE OF THE POWER SUPPLY – BPL200S-SPS ..................................................... 37

III.4. DS200L.......................................................................................................................................... 37

IV. POWER SUPPLIES......................................................................................................................... 38

IV.1. DS200 ........................................................................................................................................... 38

IV.1.A. THE AC/DC POWER SUPPLY - SPS200................................................................................. 38

IV.1.B. THE DC/DC POWER SUPPLY - SPS248................................................................................. 42

IV.2. DS200S & DS200M ...................................................................................................................... 44

IV.2.1. THE POWER SUPPLY - SPS200M........................................................................................... 44

IV.3.A. THE AC/DC POWER SUPPLY - SPS200................................................................................. 46

IV.3.B. THE DC/DC POWER SUPPLY- SPS248.................................................................................. 46

IV.3.C. THE EXTERNAL POWER BLOCK ........................................................................................... 47

VII

IV.3.C.1. THE POWER INVERTER....................................................................................................................... 47

V. CENTRAL PROCESSING MODULE - CPU & CPU CONNECTION CARD - CPUKON................ 48

V.1. DS200 ............................................................................................................................................ 48

V.1.A. CPU200 MODULE...................................................................................................................... 48

V.1.B. REDUNDANT CPU200 MODULE.............................................................................................. 50

V.1.C. DS200 CPUKON CARD:............................................................................................................ 50

V.1.C.1. EXTERNAL MUSIC CONNECTOR ......................................................................................................... 51

V.1.C.2. DOOR OPENER CONNECTORS ........................................................................................................... 52

V.1.C.3. KTS OUTPUT CONNECTORS ............................................................................................................... 52

V.1.C.4. PC OR SERIAL PRINTER CONNECTORS (RS232) .............................................................................. 53

V.1.C.5. HR08 POWER FAILURE TRANSFER STATION RELAY MODULE CONNECTOR ............................... 53

V.1.C.6. ALARM CONNECTOR ............................................................................................................................ 54

V.1.C.7. EXTERNAL PAGING CONNECTOR....................................................................................................... 54

V.2. DS200S & DS200M ....................................................................................................................... 55

V.2.A. CPU200S MODULE ................................................................................................................... 55

V.2.B. DS200S CPUKON CARD:.......................................................................................................... 56

V.3. DS200L .......................................................................................................................................... 57

V.3.A. THE PCU200 BLOCK................................................................................................................. 57

V.3.A.1. GENERAL INFORMATION...................................................................................................................... 57

V.3.A.2. COMMUNICATION.................................................................................................................................. 57

V.3.A.3. REDUNDANCY........................................................................................................................................ 58

V.3.B. THE CC MODULE...................................................................................................................... 58

VI. THE SWITCHING MODULE............................................................................................................ 60

VI.1. DS200-UTIL200 ............................................................................................................................ 60

VI.2. DS200S & DS200M ...................................................................................................................... 61

VI.3. DS200L ......................................................................................................................................... 62

VI.3.A. THE DCC (DIGITAL CROSS CONNECT) BLOCK ................................................................... 62

VI.3.A.1. THE DCC CHASSIS ............................................................................................................................... 63

VI.3.A.2. THE DCC BACKPLANE ........................................................................................................................ 63

VI.3.A.3. THE DCC POWER IN CARD.................................................................................................................. 63

VI.3.A.4. THE DCC UTILITY CARD ...................................................................................................................... 65

VI.3.A.5. THE DCC 8E1 INTERFACE CARD ....................................................................................................... 67

VI.3.A.6. THE SWITCHING STRUCTURE OF DCC ............................................................................................. 68

VI.3.B. THE NETWORK SWITCH......................................................................................................... 69

VI.3.C. EX200 UTILITY 4E1 CARD....................................................................................................... 69

VII. EXTENSION / LINE MODULES - EX200....................................................................................... 71

VII.1. CONNECTION CARDS AND CABLES ....................................................................................... 72

VII.2. EX200 EXPANSION MODULES ................................................................................................. 75

VII.3.A. EX200 (0/16R) ANALOG EXTENSION MODULE ................................................................... 76

VII.3.B. EX200 (0/16C) ANALOG EXTENSION MODULE ................................................................... 76

VII.3.C. EX200 (8+/0) ANALOG EXPANDABLE LINE MODULE WITH CALLER ID ........................... 77

VII.3.D. EX200 (0/8S0) ISDN BRI EXTENSION MODULE................................................................... 77

VII.3.E. EX200 (1E1/0) PRI /R2 /QSIG SWITCHABLE E1 LINE MODULE......................................... 78

VII.3.F. EX200 (1CAS3B/0) CAS3B DIGITAL LINE MODULE ............................................................. 78

VII.3.G. EX200 (0/8KoU) DIGITAL EXTENSION MODULE.................................................................. 79

VII.3.H. EX200 (0/16KoU) DIGITAL EXTENSION MODULE................................................................ 79

VII.3.I. EX200 (8 T0/0) ISDN BRI LINE MODULE ................................................................................ 79

VII.3.J. EX200 (0/8LB) LOCAL BATTERY EXTENSION MODULE...................................................... 79

VII.3.K. EX200 (4 VoIP) VOICE OVER IP MODULE ............................................................................ 80

VII.3.L. EX200 (8 VoIP) VOICE OVER IP MODULE............................................................................. 80

VII.3.M. EX200 (16 VoIP) VOICE OVER IP MODULE.......................................................................... 81

VII.3.N. EX200 (4TWT) SPECIAL DUPLEX LINE MODULE ................................................................ 81

VII.3.O. EX200 (8TWT) SPECIAL DUPLEX LINE MODULE................................................................ 82

VII.3.P. EX200 (4E&M/0) E&M LINE MODULE .................................................................................... 82

VII.3.Q. EX200 (8E&M/0) E&M LINE MODULE.................................................................................... 87

VII.3.R. EX200 (4PLC/0) PLC LINE MODULE...................................................................................... 87

VII.3.S. EX200 (ALARM) ALARM MODULE ......................................................................................... 88

VII.3.T. EX200 (MGW1) MEDIA GATEWAY MODULE ........................................................................ 89

VII.3.U. EX200 (MGW2) ADVANCED MEDIA GATEWAY MODULE................................................... 89

VIII. THE AUTO ATTENDANT AND VOICE MAIL MODULE – EVM200L.......................................... 90

VIII

IX. SOFTWARE..................................................................................................................................... 92

IX.1. GENERAL FEATURES FOR THE USE OF TDM EXTENSIONS ................................................ 95

IX.2. ISDN SERVICES SUPPORTED BY THE SYSTEM..................................................................... 97

IX.3. QSIG SERVICES SUPPORTED BY THE SYSTEM .................................................................... 98

IX.4. FEATURES FOR THE IP EXTENSIONS ..................................................................................... 98

IX.5. CONFIGURING THE SYSTEM SOFTWARE............................................................................. 102

X. TECHNICAL SPECIFICATIONS.................................................................................................... 103

XI.ARRANGEMENTS FOR INSTALLATION..................................................................................... 111

XI.1. HOW TO CHOOSE THE PROPER LOCATION FOR INSTALLATION ..................................... 111

XI.1.A. SIZE OF THE ROOM IN WHICH THE EXCHANGE IS TO BE INSTALLED:......................... 111

XI.1.B. STRUCTURE OF THE CABLE GUIDES: ............................................................................... 112

XI.1.C. MAIN DISTRIBUTION FRAME & PROTECTION DEVICES: ................................................. 113

XI.1.D. GROUND CONNECTION: ...................................................................................................... 115

XI.1.D.1.GROUNDING MEASUREMENT WITH THE MEGER DEVICE............................................................. 119

XI.1.E. MAINS SUPPLY AND BATTERY CONNECTIONS OF THE EXCHANGE: ........................... 119

XI.1.F. VENTILATION: ........................................................................................................................ 120

XI.1.G. HOW TO DETERMINE THE CONFIGURATION:................................................................... 120

XI.1.G.1. HOW TO CALCULATE THE EXCHANGE COMPONENTS................................................................. 120

XI.1.G.2.HOW TO CALCULATE THE DISTRIBUTION FRAME COMPONENTS ............................................... 122

XI.1.G.3. HOW TO CALCULATE THE POWER CONSUMPTION ...................................................................... 122

XI.2. UNPACKING AND CHECKING THE SYSTEM PARTS............................................................. 124

XI.2.A. PARTS LIST ............................................................................................................................ 124

XI.2.A.1. DS200 MAIN RACK.............................................................................................................................. 124

XI.2.A.2. DS200 AUXILIARY RACK .................................................................................................................... 125

XI.2.A.3. DS200 THE FOURTH RACK................................................................................................................ 126

XI.2.A.4. DS200S ................................................................................................................................................ 126

XI.2.A.5. DS200M................................................................................................................................................ 127

XI.2.A.6. DS200L................................................................................................................................................. 127

XII. MECHANICAL INSTALLATION OF THE SYSTEM.................................................................... 129

XII.1. DS200 ........................................................................................................................................ 130

XII.1.A. HOW TO SET UP THE WALL-TYPE DS200 SYSTEM ......................................................... 130

XII.1.B. HOW TO SET UP THE CABINET-TYPE DS200 SYSTEM ................................................... 133

XII.1.C. HOW TO SET UP SYSTEMS WITH FOUR OR MORE RACKS ........................................... 137

XII.1.C.1. CONNECTIONS IN THE MAIN RACK:................................................................................................ 138

XII.1.C.1.1. INTEGRATION OF THE CLOCK MASTER CARD TO THE MAIN RACK:....................................... 138

XII.1.C.1.2. HOW TO CONNECT THE BPLSPS-FCX CABLE: ........................................................................... 139

XII.1.C.2. CONNECTIONS IN THE FOURTH RACK:.......................................................................................... 140

XII.1.C.2.1. INTEGRATION OF THE CLOCK SLAVE CARD TO THE MAIN RACK ........................................... 140

XII.1.C.2.2. PLUGGING THE CCU CARD ONTO THE BACKPLANE................................................................. 140

XII.1.C.2.3. CONNECTING THE BPLSPS-FCX CABLE: .................................................................................... 140

XII.2. DS200S...................................................................................................................................... 141

XII.3. DS200M ..................................................................................................................................... 143

XIII. HOW TO INSTALL POWER SUPPLIES IN THE SYSTEM........................................................ 148

XIII.1. DS200 ....................................................................................................................................... 148

XIII.1.A. SPS200 AC/DC POWER SUPPLY ....................................................................................... 148

XIII.1.B. SPS248 DC/DC POWER SUPPLY ....................................................................................... 148

XIII.1.C. EXTERNAL RECTIFIER UNIT & REDUNDANT SPS248 UNIT ........................................... 149

XIII.1.D. INTER-RACK POWER CABLING......................................................................................... 149

XIII.1.E. BATTERY CONNECTION..................................................................................................... 151

XIII.1.E.1. THE WALL-TYPE SYSTEM................................................................................................................ 151

XIII.1.E.2. THE CABINET-TYPE SYSTEM.......................................................................................................... 151

XIII.2. DS200S & DS200M .................................................................................................................. 154

XIII.2.A. SPS200M AC/DC AND DC/DC POWER SUPPLY ............................................................... 154

XIII.2.B. BATTERY CONNECTION..................................................................................................... 154

XIII.3.A. SPS200 AC/DC POWER SUPPLY ....................................................................................... 155

XIII.3.B. SPS248 DC/DC POWER SUPPLY ....................................................................................... 155

XIII.3.C. USING AN EXTERNAL RECTIFIER UNIT AND INSTALLATION OF THE REDUNDANT

SPS248 UNIT ...................................................................................................................................... 155

XIII.3.D. BATTERY CONNECTION..................................................................................................... 156

XIII.4. CABLING AND MAINTENANCE OF BATTERIES ................................................................... 156

XIV. INTEGRATION OF THE CONTROL MODULES TO THE SYSTEM ......................................... 157

XIV.1. DS200....................................................................................................................................... 157

XIV.1.A. THE CPU200, REDUNDANT CPU200 & DS200 CPUKON CARDS ................................... 157

XIV.1.B. THE UTIL200 UTILITY MODULE ......................................................................................... 158

XIV.2. DS200S & DS200M.................................................................................................................. 159

XIV.2.A. THE CPU200S AND DS200S CPUKON CARDS................................................................. 159

XIV.3.A. THE CC & DS200 CPUKON CARDS ................................................................................... 160

XIV.3.B. THE UTIL200 UTILITY MODULE ......................................................................................... 160

XV. INTEGRATION OF EXPANSION CARDS TO THE SYSTEM ....................................................161

XV.1. CON LINE CONNECTION CARDS........................................................................................... 161

XV.2. HOW TO INSTALL EX200 MODULES: .................................................................................... 163

XV.3. CABLING OF EX200 MODULES: ............................................................................................. 165

XV.3.A. EX200 (0/16R) ANALOG EXTENSION MODULE:................................................................ 166

XV.3.B.EX200 (8+/0) (EXTERNAL) LINE EXTENSION MODULE:.................................................... 167

XV.3.C. EX200 (0/8S0) ISDN BRI EXTENSION MODULE: ............................................................... 168

XV.3.D. EX200 (1E1/0) PRI/R2/QSIG SWITCHABLE LINE MODULE:.............................................. 169

XV.3.E. EX200 (CAS3B/0) CAS3B DIGITAL LINE MODULE:............................................................ 170

XV.3.F. EX200 (0/8KoU) DIGITAL EXTENSION MODULE:............................................................... 171

XV.3.G. EX200 (0/16KoU) DIGITAL EXTENSION MODULE: ............................................................ 172

XV.3.H. EX200 (8T0/0) ISDN BRI LINE MODULE: ............................................................................ 173

XV.2.I. EX200 (0/8LB) LOCAL BATTERY EXTENSION MODULE: ................................................... 174

XV.3.J. EX200 (4VoIP) VOICE OVER IP MODULE: .......................................................................... 174

XV.3.K. EX200 (8VoIP) VOICE OVER IP MODULE:.......................................................................... 175

XV.3.L. EX200 (16VoIP) VOICE OVER IP MODULE: ........................................................................ 175

XV.3.M. EX200 (4TWT) SPECIAL DUPLEX LINE MODULE: ............................................................ 176

XV.3.N. EX200 (8TWT) SPECIAL DUPLEX LINE MODULE:............................................................. 176

XV.3.O. EX200 (4E&M/0) E&M LINE MODULE: ................................................................................ 177

XV.3.P. EX200 (8E&M/0) E&M LINE MODULE:.................................................................................

178

XV.3.Q. EX200 (4PLC/0) PLC LINE MODULE: .................................................................................. 179

XV.3.R. EX200 ALARM CARD:........................................................................................................... 180

XV.3.S. EX200 (0/16C) ANALOG EXTENSION MODULE WITH CALLER ID:.................................. 183

XV.3.T. EX200 (MGW1) MEDIA GATEWAY MODULE: ..................................................................... 184

XV.3.U. EX200 (MGW2) ADVANCED MEDIA GATEWAY MODULE: ............................................... 184

XV.3.V. HOW TO INSTALL THE EVM200L MODULE ....................................................................... 185

XV.4. JUMPER SETTINGS ON THE EX200

(8T0/0) MODULE ......................................................... 186

XV.5. JUMPER SETTINGS ON THE EX200 (4E&M/0) MODULE ..................................................... 186

XV.6. JUMPER SETTINGS ON THE EX200 (8E&M/0) MODULE ..................................................... 189

XVI. DISTRIBUTION FRAME AND ARRANGEMENT OF CABLES TO BE USED.......................... 190

XVI.1. DISTRIBUTION FRAME........................................................................................................... 190

XVI.2. CABLES.................................................................................................................................... 192

XVI.3. CABLE GUIDES ....................................................................................................................... 194

XVII. FINAL PREPARATIONS ...........................................................................................................197

XVIII. HOW TO PUT THE SYSTEM INTO SERVICE......................................................................... 198

XVIII.1. DS200..................................................................................................................................... 198

XVIII.1.A. WALL-TYPE SYSTEMS WITH SINGLE RACK .................................................................. 198

XVIII.1.B. WALL-TYPE SYSTEMS WITH TWO RACKS .................................................................... 198

XVIII.1.C. CABINET-TYPE SYSTEMS................................................................................................ 199

XVIII.1.D. CABINET-TYPE SYSTEMS WITH TWO CABINETS......................................................... 200

XIX. TESTING THE SYSTEM AND TROUBLESHOOTING BASIC PROBLEMS ............................205

DS Series PBX Technical Reference And Installation Guide

SYSTEM CAPABILITIES

• Medium and Large-capacity Digital/Modular Telephone Branch Exchange

• As for the DS200, 672 lines in three-rack structure / 1344 lines as the maximum in six-

rack structure

• Line capacities of 224 for the DS200S and 144 for the DS200M

• As for the DS200L, 672 lines in three-rack structure (1 TW200 tower) / 10752 lines as the

maximum in 16-towers structure. (Maximum capacity of DS200L system can be increased due to the DS200L system’s software)

• Reliable and High Quality Voice, Data and Video Transmission

• As for the DS200, 224 Simultaneous intra-rack and 256 Simultaneous inter-rack Speech

Channels. As for the DS200L, 224 Simultaneous intra-rack, 256 Simultaneous inter-rack and for the entire system 8192 speech channels (when 2 of DCC blocks are used).

• Busy Hour Traffic of 3600 Calls/Hour per rack

• TDM & IP Ports on Extensions and Trunks

• SIP Extensions, SIP & H323 Trunks

HARDWARE FEATURES:

• Distributed Microprocessor Structure That Provides At Most Flexibility For a Digital

System

• Open Architecture Design

• Flexible and Hybrid Structure

• DSP/ICP/SMPS Technologies

• Cards That Have Been Produced By SMD Technology

• Different Types of General-Purpose Capacity Expansion Modules

SOFTWARE FEATURES

• IP Extension And Trunk Channels

• Embedded Proxy, Registrar, Presence And IM Servers

• License Controlled IP Channels

• Embedded Self Test/Solution Ability

• Linux (Suse 11.0) Real-Time Operating System

• SDL for the Main System Software as the Programming Language, And C for the

Modules

• Computer Aided Software Engineering (CASE)

• Possibility of Programming the Exchange Locally or Remotely

• Possibility of Programming over a PC, Thanks to a User-Friendly, Exchange-Specific

Interface

PHYSICAL FEATURES

• Modular Structure with Slots for Easy Installation/Maintenance

• Possibility of Wall Or Cabinet Type Installation

COMPATIBILITY FEATURES

• SIP and H323 Protocols on IP Side

• Direct Use Of Full Digital / ISDN Phone Sets

• Compliance to the Requirements for Connection to Peripheral Devices Like Answering

Machine, DECT Telephone, Fax and Modem

• Euro-ISDN BRI / Euro-ISDN PRI Compatible

• DDI/MSN Numbering

• PP/PMP Configuration

• 1000 Different Phone Numbers on PRI Lines

• Possibility of Configuring PRI Lines in Both TE and NT Modes

• Possibility of Making Use of All ISDN Services

• Interface Unit That Operates with the R2 Protocol That Contains 30 Digital Channels

• Support for Video Conference and Fast Ethernet Applications

• Serial Computer / Serial Printer Output

• Easy and Flexible Connection to any Router

• Support for Many Inter-Exchange Connections

• Interface for Local Battery Telephone Connection

• Compatibility with Hotel Software

• External Music Connection

• Door Opener Activation

DS Series PBX Technical Reference And Installation Guide

RELIABILITY FEATURES

• Backed Up Power Supplies for Uninterrupted Operation

• Automatically Activated Redundant CPU card for Uninterrupted Operation

• Module Replacement by Programming without Cutting the System Power

• Low Battery Power Cut-off / Automatic Charging

• Three-Stage Over- Voltage/Current Protection

• Possibility of Transferring Exchange / User Parameters to a Printer

• By Special Maintenance Programs,

• Transfer of the Information Related to the Communication between the CPU200

Communication Controller and Peripheral Devices to a File

• Transfer of the software version of the CPU200 Communication Controller to a File

• Transfer of the Software Version of Modules and Cards to a File

• Transfer of the Extension Parameters to a File

• Transfer of the Status Information to a File After an Error is Generated in the System

• Access to Call Record Information over a PC or a Printer

• Possibility of Filtering Call Records

• Flexible Numbering / Automatic Numbering Plan

OPTIONAL FEATURES

• Power Back-Up by the Battery

• Conference Feature with 32 Participants

• Capability of Allowing Messages to Be Left During Extension-Extension / Line-Extension

Calls

¾ Voice Mail Capacity That Can Be Increased up to 1360 Minutes

¾ Capacity of Processing 32 Recordings / 32 Playbacks Simultaneously

• Informing Users about the Statuses of Their Phones through Voice Messages

• Possibility of Economical GSM Calls by Allowing Access to GSM Lines over a GSM

External Line (by the GT10 and the GT20 Accessories)

• Compatible with Digital Wireless Telephones with IP DECT integration

• Direct Transfer of Lines to Specified Extensions in Case of Power Failure (by the HR08

Accessory)

• Extra Protection against Lightning, AM Interference and Leakage Signals from the Power

Lines (by the SF04 and the SP04 Accessories)

• NET-CONSOLE, Which Provides Telephone-Computer Integration NET-CONSOLE

• Protection Against High Voltage (by the Fuse-10 Accessory)

SYSTEM ACCESSORIES

FT20 Feature Telephone Set: The multi-functional telephone set, which is connected to

analog extensions over the special data line of the exchange, and which has LCD (Liquid Crystal Display) display with two or four-line options, smart display control keys, 16 LEDs (lights) in two colors with two functions, handsfree (conversation without handset) feature and special output for headset connection. It is connected to the exchange by the four-wire KTS line. It can be connected to the EX200 (0/16), EX200 (0/16R) and EX200 (0/16C) Analog Extension modules. (Not used with DS200L)

ST26 Digital Feature Telephone Set: The multi-functional telephone set, which is

connected to digital extensions, and which has LCD (Liquid Crystal Display) display with four-lines, smart display control keys, 16 LEDs (lights) in two colors with two functions, handsfree (conversation without handset) feature and special output for headset connection. It is connected to the exchange over a two-wire connection. It can be connected to the EX200 (0/8KoU) and EX200 (0/16KoU) Digital Extension modules.

ST30 Digital Feature Telephone Set: The multi-functional telephone set, which is

connected to digital extensions, and which has LCD (Liquid Crystal Display) display with eight lines, smart display control keys, 16 LEDs (lights) in two colors with two functions, handsfree (conversation without handset) feature and special output for headset connection. It is connected to the exchange over a two-wire connection. It can be connected to the EX200 (0/8KoU) and EX200 (0/16KoU) Digital Extension modules. It has a BLUE-TOOTH interface for headsets or GSM phone connections.

NT30D Digital Operator Console: The multi-functional console, which is connected to

digital extensions, and which has a graphical LCD (Liquid Crystal Display) display, smart display control keys, 6 LEDs (lights) in red color for displayed options , full-duplex handsfree (conversation without handset) feature and special output for headset connection. It is connected to the exchange over a two-wire connection. It can be connected to the EX200 (0/8KoU) and EX200 (0/16KoU) Digital Extension modules.

NT32I IP Telephone Set: The multi-functional telephone set, which is connected to IP

network of the system and which has LCD (Liquid Crystal Display) display with a graphical display, smart display control keys, 6 LEDs (lights) in red color, full-duplex handsfree (conversation without handset) feature and special output for headset connection. It is connected to the IP network via standard Ethernet connection.

IP112 IP

Telephone Set: The multi-functional telephone set, which is connected to IP

network of the system and which has LCD (Liquid Crystal Display) display with a graphical display, smart display control keys. It is connected to the IP network via standard Ethernet connection.

IP116 IP

Telephone Set: The multi-functional telephone set, which is connected to IP

network of the system and which has LCD (Liquid Crystal Display) display with a graphical display, smart display control keys, speed dialing keys, full-duplex handsfree (conversation without handset) feature and special output for headset connection. It is connected to the IP network via standard Ethernet connection.

YT101 IP Softphone: A SIP compatible softphone which is rich on features and IP capabilities.

Iris ISDN Feature Telephone Set: The multi-functional telephone set, which is connected

to ISDN extensions, and which has LCD (Liquid Crystal Display) display with two or four-line options, smart display control keys, 16 programmable keys with two functions, handsfree (conversation without handset) feature and special output for headset connection. It is

DS Series PBX Technical Reference And Installation Guide

connected to the exchange over a four-wire connection. It can be connected to the EX200(0/8S0) ISDN BRI modules.

LT200 (-H) Feature Telephone Set: The multi-functional telephone set, which is

connected to analog extensions over the special data line of the exchange, and which has two-line LCD (Liquid Crystal Display) display, 10 LEDs (lights) in single color with two functions and handsfree (conversation without handset) option. It is connected to the exchange by the four-wire KTS line. It can be connected to the EX200 (0/16), EX200 (0/16R) and EX200 (0/16C) Analog Extension modules. (Not used with DS200L)

EVM200L Auto Attendant System and Voice Mail Box: The module that provides the

exchange with the features of automatic call distribution, the system messages and the voice mail boxes.

IDEA Software: The windows-based software that is used for programming the exchange

over a computer.

KNE: The windows-based software that is used to program the IP parameters of the exchange.

Net-Console Software: The computer-telephone integration software that allows extensions

of the exchange to perform several operations by making use of their computers through computer screens, which they can otherwise perform through their phones, and even more.

Net-CM Software: The windows-based single-user software that is used for taking,

processing and archiving records of all calls made over the exchange.

Web-CM Software: The Web-based multi-user software that is used for taking, processing

and archiving records of all calls made over an exchange or a network of exchanges.

GT20M & GT10M GSM Terminals: The interface that allows GSM calls made over the

exchange to be more economical.

HR08 Power Failure Transfer Station Relay: The module that directly connects the

desired lines to the desired extensions in case of power failure in the systems without battery backup.

SF04 Protection and Filtering Module: The module that protects remote extensions and

lines of the exchange from high voltage and signals in AM radio frequency that may exist in the environment.

SP04 Protection Module: The module that protects remote extensions and lines of the

exchange from high voltages and currents.

I. SYSTEM DEFINITION

DS200 series exchanges are TDM based IP enabled communication systems. The systems have distributed processor structure. The TDM switching part is based on different interface boards and relevant protocol implementations on these relevant interface boards. Therefore, the system's TDM structure is a modular structure, thus the system TDM capacity can be increased by simply adding desired boards to the system.

The IP structure, on the other hand, is a software based structure. The IP capabilities of the system come embedded on the main CPU and can be activated by the appropriate licensing options. Therefore except for the media gateway channels no additional hardware is required for the IP channels.

The DS200 series systems have different software options with different capacities. Below is the complete family of DS200 series systems:

System Name Max Capacity DS200M 144 TDM + 750 IP ports DS200S 224 TDM + 750 IP ports DS200 1344 TDM + 750 IP ports DS200L 32000 TDM + 5000 IP ports

I.1. DS200

DS200 is a large-capacity telephone branch exchange, whose capacity can be extended to 672 lines and to 1344 lines, for three-rack and six-rack structures, respectively. The system supports maximum 750 IP ports. Due to its distributed CPU structure, it is a very reliable and flexible communication system, which is open to development.

DS200 can be configured in two different mechanical structures, namely wall or cabinet type: The wall-type DS200 can be configured in two structures: the single-rack type (with cover) which can be extended to a maximum of 224 lines, and the two-rack type (with cover) which can be extended to a maximum of 448 lines. As for the cabinet-type DS200, it can be configured in the following structures:

- Single-rack (224 lines at the maximum),

- Two-rack (448 lines at the maximum),

- Three-rack (672 lines at the maximum),

- Four-rack (896 lines at the maximum),

- Five-rack (1120 lines at the maximum),

- Six-rack (1344 lines at the maximum)

In that structure, the system can reach a capacity of six racks by the use of two cabinets.

The figures below illustrate general appearances of the wall-type DS200 system and the cabinet.

DS Series PBX Technical Reference And Installation Guide

Racks constitute the basis of the mechanical structure of DS200. There are two types of rack structure used in the DS200 systems, namely Main Rack and Auxiliary Rack

The both types of racks have 14 general-purpose slots for the same EX200 interfaces; however, the CPU200 and DS200 CPUKON cards are situated only in the main rack. Therefore, there are special slots for these cards in the main rack, whereas those slots are not present in auxiliary racks. As a result, backplanes of the main rack and auxiliary racks are different (BPL200-MAIN and BPL200-AUX) and they cannot be used interchangeably.

DS Series PBX Technical Reference And Installation Guide

I.2. DS200S

DS200S is a medium-capacity digital telephone branch exchange in a single-rack structure, which has been designed to be mounted on wall, and whose capacity can be extended to 224 lines. Similar to DS200 system, DS200S supports 750 IP ports. Due to its distributed CPU structure, it is a very reliable and flexible communication system that is open to development.

The figure below illustrates the general appearance of the DS200S system.

DS200S

I.3. DS200M

DS200M is a medium-capacity digital telephone branch exchange in a single-rack structure, which has been designed to be mounted on wall, whose capacity can be extended to 144 lines. Similar to DS200 system, DS200M supports 750 IP ports. Due to its distributed CPU structure, it is a very reliable and flexible communication system that is open to development.

The figures below show the general appearance of the DS200M system.

DS200M

DS Series PBX Technical Reference And Installation Guide

I.4. DS200L

The system hardware consists of TW200 (Tower200) towers, the PCU200 (PC Unit) Block, the DCC Block, a network switch, power inverter and the external power block ( if SPS200 is not used). In the figure below, DS200L system in a 6-rack and 19” cabinet is illustrated. (There are 2 TW200 towers in the figure).

Fundamental differences of the DS200L system from the DS200 system are briefly as follows:

• DS200L has high capacity up to 32000 ports,

• The PCU200 Block fulfills the tasks of the CPU200 card,

• DS200L has the DCC Block for high capacity switching,

• The units communicate over LAN with TCP/IP protocol,

• It is necessary to install Utility 4E1 cards on UTIL200 cards,

• It is possible to utilize the CC cards in main racks, instead of the CPU200 card ,

• External power block is utilized instead of the SPS200 power supply at high

capacities,

• DS200L utilizes power inverter and network switch.

I.5. COMMON UNITS

DS200S and DS200M exchanges are two systems that have been designed to meet different capacity needs, although they have the same structure. In this regard, it is a natural fact that many units are employed in both exchanges. Such common units are called ‘the DS200S unit’ throughout the rest of the guide; so one should keep in mind that the units mentioned in this way can be employed in both the DS200S and the DS200M exchanges.

The EX200 Expansion Modules and the EVM200L modules listed below can be installed in the general-purpose slots that are present in racks of the entire exchanges of the DS200 series:

• EX200 (0/16R) Analog Enhanced Extension Module

• EX200 (0/16C) Analog Extension Module With Caller ID

• EX200 (8+/0) Analog Expendable Line Card With Caller ID

• EX200 (CAS3B/0) CAS Signalling Line Module

• EX200 (0/8S0) ISDN BRI Extension Module

• EX200 (1E1/0) PRI / R2 /QSIG Switchable E1 Line Module

• EX200 (0/8KoU) Digital Extension Module

• EX200 (0/16KoU) Digital Extension Module

• EX200 (8T0/0) ISDN BRI External Line Module

• EX200 (0/8LB) Local Battery Telephone Extension Module

• EX200 (4VoIP) Voice Over IP Module

• EX200 (8VoIP) Voice Over IP Module

• EX200 (16VoIP) Voice Over IP Module

• EX200 (MGW1) Media Gateway Module

• EX200 (MGW2) Advanced Media Gateway Module

• EX200 (4TWT) Special Duplex External Line Module

• EX200 (8TWT) Special Duplex External Line Module

• EX200 (4E&M/0) External Line Module

• EX200 (8E&M/0) External Line Module

• EX200 (4PLC/0) External Line Module

• EX200 (ALARM) Alarm Module

• EVM200L Auto Attendant and Voice Mail Module

DS Series PBX Technical Reference And Installation Guide

The system can be configured so as to include any combination of the modules above. The table below shows the maximum number of each TDM line type that can be installed in a system:

Module

Minimum

number Hardware Increments

The maximum number of

lines

Analog extensions 0 16 1200

Digital extensions 0 8 ,16 256

All Trunks 0 4, 8, 32 640

Analog Trunks 0 4, 8 256

Digital Trunks 0 8, 32 600

AA + VM Channels 0 4(record) / 4(play) 32(record) / 32(play)

Note: The limitations above are also valid for two towers of DS200L system. As the number of towers increases the limits increase proportionally.

In addition to the TDM lines given above the table below shows the number of IP channels available on a system:

Module

Minimum

number License Options

The maximum number of

channels

IP extensions 0 1, 5, 10, 100, 500 750

IP Trunks channels 0 1, 5, 10, 100 256

IP Trunk routes 8 - 8

Media Gateway channels 0 4, 8, 12, 24... 256

In addition to the common use of several cards, the software structures of the entire exchanges of the DS200 series are the same. Hence, the codes and the ways of application of all user and programming features are the same.

Likewise, all of the accessories introduced at the beginning of this guide are common to the entire exchanges of the DS200 series.

II. FUNDAMENTAL HARDWARE STRUCTURE

II.1. DS200

The DS200 system has been designed in a way that allows it to be configured in four different basic structures, so that it can be installed in the most convenient way towards the customer demands.

II.1.A. WALL-TYPE RACKS:

The wall-type racks provide the small-size exchanges with the hardware to fix them by hanging them on walls. They are equipped with covers for the sake of safety.

The main rack of the wall-type DS200 system is composed of the parts listed below:

• RACK200 basic metal rack structure

• CS200 metal casing

• SPS200 AC/DC Power Supply

• SPS 248 DC/DC Power Supply

• BPL200-MAIN Backplane

• BPL200-SPS Backplane or BPL200-SPSX Backplane

• The CPU200 Central Processing Unit, the Redundant CPU200 Central

Processing Unit (optional), the DS200 CPUCON CPU Connection Card and the DS200 CPU-FC CPU Flat Cable

• The UTIL200 Utility Card

• The EX200 Expansion Modules (at most 14 modules)

The figures below illustrate the major mechanical and electronic parts of the main rack of the wall-type DS200 exchange.

DS Series PBX Technical Reference And Installation Guide

A- DS200 Rack (With cover) B- SPS200 C- SPS248 D- CPU200 E- DS200 CPUKON F- UTIL200 G- BPL200

Covers

1a- Front Cover 1b- Top Cover 1c- Bottom Cover

1d- Back Cover 1e- Front Cover Bolts

Parts of the Rack

2a- Lower Front Part of the Rack 2b- Upper Front Part of the Rack 2c- Lower Back Part of the Rack

2d- Upper Back Part of the Rack 2e- Left Side Cover 2f- Right Side Cover

2g- Rack Partitioning Piece

2h- Front Rack Support Holder (During Shipment)

2i- Bottom Cover Support Piece

Other

3- SPS Fixing Screws 4- Grounding Screw 5- Bottom/Top Cover Grounding Cables

6- Card Slot 7- Wall Mount Bar 8- Cable Guide

DS Series PBX Technical Reference And Installation Guide

Auxiliary rack of the wall-type DS200 system is composed of the parts listed below:

• RACK200 basic metal rack structure

• SPS200 AC/DC Power Supply

• SPS 248 DC/DC Power Supply

• BPL200-AUX Backplane

• BPL200-SPS Backplane or BPL200-SPSX Backplane

• UTIL200 Utility Card

• EX200 Expansion Modules (At most 14 modules)

Note that structures of the first rack (the main rack) and structures of the second, third, fifth and the sixth racks (auxiliary racks) are different. (There are no CPU200 and DS200 CPUKON cards in the auxiliary racks.)

II.1.B. CABINET-TYPE RACKS

Racks (the main rack and the auxiliary rack) of the cabinet-type DS200 system include the entire modules that have already been specified for the wall-type DS200, except the CS200 covers. This system is presented for use in a metal cabinet instead of CS200_ that may contain three or four racks. The figures below show the details of major mechanical and electronic parts of the main rack of the cabinet-type DS200 exchange.

A- DS200 Rack (Without cover) B- SPS200 C- SPS248

D- CPU200 E- DS200 CPUKON F- UTIL200

G- BPL200

Parts of the Rack

1a- Lower Front Part of the Rack 1b- Upper Front Part of the Rack 1c- Lower Back Part of the Rack

1d- Upper Back Part of the Rack 1e- Left Side Cover 1f- Right Side Cover

1g- Rack Partitioning Piece 1h- Support Holder (During Shipment)

Other

2- SPS Fixing Screws 3- Grounding Screw

In addition to those, there are some cables that are used for inter-rack connections, whose details are explained in later sections. These are:

• BPL200-FC, connection cable between the BPL200-MAIN and BPL200-AUX backplanes

• BPLSPS-FC, connection cable among BPL200-SPS backplanes

DS Series PBX Technical Reference And Installation Guide

1 – Auxiliary Rack C – BPL200-SPS (Main Rack)

2 – Main Rack D – BPL200-SPS (Auxiliary Rack)

A – BPL200-MAIN E – BPL200-FC

B – BPL200-AUX F – BPLSPS-FC

II.1.C. AUXILIARY PARTS FOR THE CABINET-TYPE FOURTH RACK

Mechanical structure of the fourth rack, which has been designed to be used in two-cabinet configurations, is the same as that of the main rack; however, it does not include CPU200 and DS200 CPUKON cards. Instead, it contains the supplementary units listed below:

• Clock Master card

• CCU card

• Clock Slave card

• BPLSPS-FCX, inter-cabinet power connection cord

• PCM carrier cables

• BPL200-FC Flat connection cable

The CCU card

The Clock Master Card The Clock Slave Card

The PCM Carrier Cable BPLSPS-FCX

BPL200-FC

Related units shall be mentioned with these names in the remaining part of this guide.

II.1.D. CABINET

Cabinet is a metal closet, which encloses racks in systems with two or more racks; which facilitates mounting operation; which includes special compartments for batteries and the distribution frame (MDF); which is self-lit and ventilated by fan. It is manufactured in sizes capable enough to contain three and four racks, in order to meet different capacity demands.

+ 192 hidden pages

Karel DS200, DS200S, DS200M, DS200L Technical Reference And Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual