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Transcription

1 idc 00 Installation Guide

2 iii Copyright amsung Electronics Co., td. 003 All rights reserved. amsung, the amsung logo, amsung idc 00 are registered trademarks. All other product names are used for identification only and may be trademarks and/or registered trademarks of their respective companies. Product specifications subject to change without notice. No part of this manual may be reproduced in any form or by any means graphic, electronic or mechanical, including recording, taping, photocopying or information retrieval systems without express written permission of the publisher of this material.

3 iv Preface About This Manual idc 00, Digital Communication ystem, is a digital telephone system designed for small to medium sized businesses. This manual provides the information about installation of the amsung idc 00, Digital Communication ystem, including information about connecting the equipments. This guide consists of following 9 chapters. Find and read necessary chapters.! ite Requirements! Installing Basic KU and Expansion Cabinet! Installing Printed Circuit Cards! Power Up Procedures! Connecting CO Circuit! Connecting tation Equipment! Connecting Optional Equipment! Installing Keyset Daughter Boards! Changing oftware upporting Documents Further detail on all of the aspects covered in this manual is included in the system General Description and Programming guide. The idc 00 system provides the following manuals for more information:! General Description Guide This manual provides an overview of the amsung idc 00, Digital Communication ystem, including system structure and hardware, features and facilities and specifications.! Installation Guide This manual provides the information about installation of the amsung idc 00, Digital Communication ystem, including information about connecting the equipments.! Programming Guide idc 00 system provides MMC(Man Machine Communication) program. Users can configure the system using the MMC program at the digital telephone. This manual describes how to use the MMC program.

4 v Table of Contents CHAPTER ITE REQUIREMENT...- CHAPTER INTAING BAIC KU AND EXPANION CABINET...- YTEM CAPACITY...- UNPACKING AND INPECTION...- BAIC KU INTAATION...- EXPANION KU INTAATION...-3 RGU(RING GENERATOR UNIT) INTAATION...-7 GROUNDING...-8 MDF CABING...-8 BATTERY FOR POWER FAIURE...-9 CHAPTER 3 INTAING PRINTED CIRCUIT CARD...3-3TRK CARD TRK CARD MWI CARD I CARD I CARD DI CARD MIC CARD MIC CARD TEPRI OR PRI CARD BRI(40T0)/BRI(0T0) CARD P CARD...3- MODEM CARD...3- MEM CARD (MEM3 OR MEM4)...3- VMi-4 CARD VMi-8 CARD ITM3 CARD CHAPTER 4 POWER UP PROCEDURE...4- CONNECT POWER TO THE YTEM...4- MEM CARD INDICATION...4- PCB VERIFICATION...4- DEFAUT TRUNK AND TATION NUMBERING CHAPTER 5 CONNECTING CO CIRCUIT...5- AFETY PRECAUTION...5- OOP TART INE...5- OFF PREMIED EXTENION (OPX) IDN CO INE CHAPTER 6 CONNECTING TATION EQUIPMENT...6- AFETY PRECAUTION...6- IDC 00 KEYET...6- ADD-ON MODUE INGE INE TEEPHONE DOOR PHONE AND DOOR OCK REEAE IDN TE (IDN PHONE, G4 FAX, ETC)...6-0

5 vi CHAPTER 7 CONNECTING OPTIONA EQUIPMENT...7- MUIC ON HOD/BACK GROUND MUIC...7- EXTERNA PAGING...7- COMMON BE RING OVER PAGE TATION MEAGE DETAI RECORDING (MDR) PC PROGRAMMING REMOTE PROGRAMMING POWER FAIURE TRANFER (PFT) VOICE MAI/AUTO ATTENDANT CHAPTER 8 ADDING A KEYET DAUGHTER MODUE...8- ADDING A DAUGHTER MODUE TO EURO KEYET(FOR EUROPE)...8- KDB KDB-D Connecting to the KDB-D & KDB ADDING A DAUGHTER MODUE TO IDC ERIE KEYET(FOR U.) CHAPTER 9 CHANGING OFTWARE...9-

6 vii ist of Figures FIGURE - BAIC KU (KEY ERVICE UNIT)...- FIGURE BAIC KU + EXPANION A...-3 FIGURE 3 BAIC KU + EXPANION B...-3 FIGURE -4 RIGHT IDE VIEW OF BAIC KU...-4 FIGURE -5 AEMBE BETWEEN BAIC KU & EXP.CABINET()...-5 FIGURE -6 AEMBE BETWEEN BAIC KU & EXP.CABINET()...-5 FIGURE -7 BOTTOM IDE OF BAIC KU...-6 FIGURE -8 CABING FOR MDF...-6 FIGURE -9 INTAATION OF RGU...-7 FIGURE -0 CABING FOR BATTERY CONNECTION...-9 FIGURE 3-3TRK CARD AND 6TRK CARD...3- FIGURE 3-6MWI CARD FIGURE 3-3 8I CARD AND I CARD FIGURE 3-4 8DI CARD AND MIC/ MIC CARD FIGURE 3-5 TEPRI CARD FIGURE 3-6 PRI CARD FIGURE 3-7 OCATION OF TERMINATION ON/OFF WITCH FIGURE 3-8 4BRI/BRI CARD FIGURE 3-9 P CARD AND MODEM...3- FIGURE 3-0 MEM3 CARD...3- FIGURE 3- MEM4 CARD...3- FIGURE 3- VMi-4 CARD FIGURE 3-3 VMi-8 CARD FIGURE 3-4 ITM3 CARD FIGURE 5- MDF CONNECTION OOP TART INE TO OPTION CARD...5- FIGURE 5- MDF CONNECTION OFF PREMIE EXTENION FROM I CARD FIGURE 5-3 IDN INTERFACE CONNECTION FOR PRI FIGURE 5-4 MDF CONNECTION FOR IDN CO INE TO CARD (4BRI) FIGURE 5-5 MDF CONNECTION FOR IDN CO INE TO CARD (BRI) FIGURE 6- MDF CONNECTION DIGITA KEYET TO BAIC KU P...6- FIGURE 6- MDF CONNECTION DIGITA KEYET TO OPTION CARD FIGURE 6-3 MDF CONNECTION AOM TO BAIC KU P FIGURE 6-4 MDF CONNECTION AOM TO OPTION CARD FIGURE 6-5 MDF CONNECTION INGE INE TEEPHONE TO I CARD FIGURE 6-6 MDF CONNECTION T TO OPTION CARD FIGURE 6-7 MDF CONNECTION DOOR PHONE TO BAIC KU P FIGURE 6-8 MDF CONNECTION DOOR PHONE TO DOOR CARD FIGURE 6-9 MDF CONNECTION IDN TEs TO BRI/4BRI CARD FIGURE 7- MDF CONNECTION CONNECTING MOH OURCE TO KU...7- FIGURE 7- MDF CONNECTION CONNECTING PAGE AMPIFIER TO KU...7- FIGURE 7-3 MDF CONNECTION CONNECTING PAGE AMPIFIER TO KU FIGURE 7-4 MDF CONNECTION COMMON BE CONTACT FIGURE 7-5 PIN CONNECTION FOR MIC CARD TO PRINTER FIGURE 7-6 PIN CONNECTION FOR MIC CARD TO PERONA COMPUTER FIGURE 7-7 PIN CONNECTION FOR MIC CARD TO MODEM FIGURE 7-8 MDF CONNECTION VOICE MAI TO I CARD FIGURE 8- BOTTOM KT (Euro KT)...8- FIGURE 8- BOTTOM OF KT (Euro KT)...8- FIGURE 8-3 BOTTOM OF KT (Euro KT)...8- FIGURE 8-4 BOTTOM OF KT (Euro KT)...8- FIGURE 8-5 BOTTOM OF KT (Euro KT) FIGURE 8-6 CONNECTING FOR MDF (Euro KT) FIGURE 8-7 CONNECTING A TATION DEVICE TO A KDB VIA THE MAIN DITRIBUTIONFRAME (Euro KT)..8-4 FIGURE 8-8 CONNECTING A INGEINE TEEPHONE TO A KDB- (Euro KT)...8-5

7 viii FIGURE 8-9 CONNECTING A KEYET TO A KDB-D (Euro KT)...8-5

8 - Chapter ite Requirements When planning the installation of the idc 00, choose a site that meets the following requirements:! elect a location for the key service unit (KU) that has enough space for easy installation and has adequate lighting (ee Figure -).! elect a location that will minimize cable lengths. ee the CABE REQUIREMENT table below.! The equipment must not be exposed to direct sunlight, corrosive fumes, dust, constant vibration or strong magnetic fields such as those generated by motors and copy machines.! A direct commercial AC power outlet is required. Do not use extension cords. Preferably, a dedicated circuit must be used to minimize the risk of other electrical equipment being connected that could adversely affect system operation.! Ensure that all wires and cable going to and coming from the KU are properly routed. Do not cross fluorescent lights or run parallel with AC wires.! The equipment must be located in an environment that will maintain a temperature range of 3 ~04 F (0 ~40 C) and a humidity range of 0%~90% non-condensing.! Allow at least 5cm clearance on both sides and 5cm clearance on top of the KU to ensure proper ventilation.! Do not install in close proximity to a fire sprinkler head or other sources of water. Meeting these requirements will help to ensure proper performance and greater life expectancy of the system. CABE REQUIREMENT EQUIPMENT CABE AWG MAX FEET MAX METER DIGITA KEYET PR. TWITED ADD-ON MODUE PR. TWITED INGE INE TATION PR. TWITED KM DOOR PHONE PR. TWITED 4 330* 00 * This is the maximum distance a door phone can be from the DPIM. The DPIM can be a maximum of 70 meters cable from the KU.

9 - Chapter ite Requirements EECTRICA PECIFICATION Item AC INPUT 0~40VAC, 50Hz, 3.0A POWER CONUMPTION (MAX) DC OUTPUT 40 WATT (MAX) pecification FUE RATING AMP +5 VOT 4.0 AMP MAX - 55 VOT.7 AMP MAX (for T/KT Feeding voltage) - 54 VOT 0.4 AMP MAX (for Battery charge) DIMENION AND WEIGHT Item Height (mm) Width(mm) Depth(mm) Weight(kg) Basic Cabinet Expansion Cabinet Digital Keyset Add-On Module Door Phone ENVIRONMENTA IMIT Item pecification Operating Temperature 0 ~ 40 C torage Temperature ~ 70 C

10 - Chapter Installing Basic KU and Expansion Cabinet ystem Capacity idc 00 system can have up to 48 stations if VMi-8 is not used, and can have up to 40 stations if VMi-8 is used. There is no limit in the analog C.O. line, and IDN C.O line if any slot is available and PRI(TEPRI) or VMi-8 can be adopted in the DC slot on the EXP cabinet of idc 00. ome configuration examples are below.! In this table, 4BRI (40T0) is used as digital trunk.! 4BRI (40T0) card can be used as IDN NT. Each port can have up to 8 IDN TEs, but power consumption of each port is limited to 4 WATT.! Only one ITM3 card can be equipped into the basic cabinet slots per system. Combination of Boards oop tart Trunk/BRI I/F Key sets KDB-D /KDB- Max Capacity (Including KDB line) Basic * 8 (6) Basic+3TRK * 8 (6) Basic+4BRI(40T0) 4(8CH) * 8 (6) Basic +4BRI(40T0)+8DI * 4(8CH) * 4 (3) Basic +3TRK * + 8DI * 6 (4) Basic(4BRI (40T0) + 8DI * ) +EXP(4BRI (40T0)+8DI * ) Basic(6TRK+8DI* ) +EXP(3TRK * +8DI) 8(6CH) * 40(48) 3 8 * 3(40) Basic Cabinet Basic Rack Plus Expansion Cabinet Unpacking and Inspection After unpacking the KU, inspect for signs of physical damage. If any damage is detected, do not attempt to install. Contact amsung Technical upport Department. Check to see that Basic KU carton includes the following items.! Basic Key ervice Unit (KU)! pare Parts Ass y Check to see that Expansion KU carton includes the following items.! Expansion Key ervice Unit(KU)! pare Parts Ass y

11 - Chapter Installing Basic KU and Expansion Cabinet Basic KU Installation Basic KU is accommodated in a metal cabinet which is wall mounted. In case of wall mounted, the KU should be mounted on a polywood back at least 5/8" thick. Attach a mounting screw to the back board. Next hang the KU on the screws and screw it to the back board with the remaining two screws. Tighten all four screws to secure KU in place. (ee Figure -) idc 00 Mounting Hole Mounting Hole FIGURE - BAIC KU (KEY ERVICE UNIT)

12 -3 Expansion KU Installation Expansion KU is simply attached to basic KU with the following procedure. This manual instanced the Expansion cabinet A as the installation figures. The installation procedure of Expansion Cabinet A is same with Expansion Cabinet B. CHAMP connector P CHAMP connector P5 P Ringer P I M E M M I C O T O T O T 3 O T 4 O T 5 O T 6 P4 D C P R I Power upply FIGURE BAIC KU + EXPANION A FIGURE 3 BAIC KU + EXPANION B

13 -4 Chapter Installing Basic KU and Expansion Cabinet. witch OFF the power and remove the covers of both basic KU and Expansion Cabinet A or B.. Remove dummy tabs on the right side of the basic with appropriate tools for connection route. A is for MDF cable and B is for signal and power cable. (ee Figure -4) A B FIGURE -4 RIGHT IDE VIEW OF BAIC KU

14 -5 I CHAMP connector P P CHAMP connector P O T O T O T M E M Power upply M I C O T 4 O T 5 O T 6 D C P R I 3. Move Expansion cabinet to basic cabinet and attach it via groove. (ee Figure -5) FIGURE -5 AEMBE BETWEEN BAIC KU & EXP.CABINET() 4. Fix Expansion cabinet with offered screw to back plane. (ee Figure -6) FIGURE -6 AEMBE BETWEEN BAIC KU & EXP.CABINET()

15 -6 Chapter Installing Basic KU and Expansion Cabinet 5. Connect Exp KU to basic with flat cable and wires. (ee Figure -6) 6. Insert new optional card. 7. Connect MDF cable through appropriate path. (ee figure -7 & -8) FIGURE -7 BOTTOM IDE OF BAIC KU P5 CHAMP connector P CHAMP connector P Ringer I M E M M I C O T O T O T 3 O T 4 O T 5 O T 6 D C P R I Power upply FIGURE -8 CABING FOR MDF 8. Now cover the cabinets and switch ON the power.

16 -7 RGU(Ring Generator Unit) Installation The RGU can be mounted in the Basic KU by offered screw. The Cable Ass y(4pin) of RGU should be connected to connector P of 008 Base board. (ee Figure -9) CHAMP connector P P I M E M M I C O T O T O T 3 Ringer Power upply FIGURE -9 INTAATION OF RGU

17 -8 Chapter Installing Basic KU and Expansion Cabinet Grounding idc 00 comes equipped ready to use with a third wire AC ground provided through the power cord. This third ground will be adequate for most application. However, if it is suspected that there is a problem with the ground provided at AC outlet or local codes require a solid earth ground to be connected to the KU, the existing third wire ground must be disconnected before power is applied. The existing third wire ground is disconnected by removing the holding screw and tapping and storing the wire. After this wire has been disconnected, the grounding lug on the PU(Power upply Unit) must be connected to a ground rod or metal cold water pipe using # A0 AWG solid copper wire. Failure to provide an adequate ground may cause intermittent problems or even circuit card failure. WARNING: Unplug the power cord from the AC outlet before attempting to connect the ground. Hazardous voltage may cause death or injury. Observe extreme caution when working with AC power. Remove champ connectors. MDF Cabling All connection to the idc 00 system are made by way of a customer-provided main distribution frame (MDF). The KU and expansion kit are each connected to the MDF using a 5 pair female amphenol-type cable(with the exception of the TEPRI, ITM3 cards). These cables can be routed into the KU cabinet from below. (ee Figure -7 & -8) Use one pair twisted wire to cross-connect stations or lines to their associated port.

18 -9 Battery for Power Failure Battery election If you want to use idc 00 system during power failure, install appropriate batteries. If you adopt battery whose capacity is too large, idc 00 system may be shut down, and if too small, idc 00 system may not operate during power failure. In any case, use battery connection cable offered with idc 00. Installation Procedure Feed battery cable through MDF cable path; connect cable to battery, RED to positive(+), BACK to negative(-), then insert housing connector to head pin in power supply. (ee Figure -0) P5 CHAMP connector P CHAMP connector P Ringer I M E M M I C O T O T O T 3 O T 4 O T 5 O T 6 D C P R I Power upply BACK RED + BATTERY FIGURE -0 CABING FOR BATTERY CONNECTION

19 -0 Chapter Installing Basic KU and Expansion Cabinet Recommanded Battery pecification Charge Discharge Minimum oad Current (A) Maximum oad Current (A) Norminal oad Current (A) Norminal Output Voltage (V) 54 49! Max KT current consumption : 30mA CAUTION: Be sure the polarity is observed. Equipment damage will result if polarity is reversed. Do not connect external AC or DC power to the system shocked by electric power.

20 3- Chapter 3 Installing Printed Circuit Cards Unpack and inspect each card before installing. Check for signs of physical damage. If any damage is detected, do not attempt to install. Contact amsung Technical upport immediately. 3TRK Card 3 loop start trunk Ports and PFT Ports for Power failure transfer. (ee Figure 3-) This card has no selectable option. Insert the 3 TRK card into the appropriate slot. Push firmly in the middle of both card ejectors to ensure that it is fully inserted into the back plane connector.

21 3- Chapter 3 Installing Printed Circuit Cards FIGURE 3-3TRK CARD AND 6TRK CARD

22 3-3 6 TRK Card 6 loop start trunk ports and PFT ports for power failure transfer. (ee Figure 3-) This card has no selectable option. Insert the 6 TRK card into the appropriate slot. Push firmly in the middle of both card ejectors to ensure that it is fully inserted into the back plane connector. 6 MWI Card FIGURE 3-6MWI CARD

23 3-4 Chapter 3 Installing Printed Circuit Cards Q58 ZD7 C T9 C7 Q59 JP Q6 MADE IN KOREA COMPACT II [ 8I ] C/ U4 U8 HYB4 HYB U U 60 U9 U C84 C4C08 C B U0 U6 U3 C07 C05 U5 R84 U U7 D44 U4 C90 C95 C7 C P3 DIP 8I DIP C6 C0 C78 C75 5 P 0 5 VA4 VA7 VA6 VA3 0 VA VA VA8 VA5 6 P HYB 0 HYB C65 C6 R 0 U3 5 U C74 T8 Q7 T7 Q6 T6 Q5 T5 Q4 T4 Q3 T3 Q T Q T Q4 Q8 Q6 Q5 Q4 Q3 Q Q Q0 Q9 C3 C40 C4 C3 C39 C38 C9 C C8 C36 C7 C35 C6 C34 C5 C33 C37 R3 C3 C30 R30 C R9 R8 C0 R7 C9 R6 C8 R5 C7 C64 C63 C6 C5 C50 C59 C58 C57 R8 R3 R56 C56 R5 C55 R55 R4 R54 R3 C54 C53 R53 R C5 R5 R5 R R0 R9 R49 C5 C50 C49 R8 R7 R6 R5 R4 R3 R R C8 C48 C7 C47 C6 C46 C5 C45 C4 C44 C3 C43 C C4 C C4 BAR CODE I Card Which has 8 subscriber line ports (ee Figure 3-3) This card has no selectable option. Insert the 8 I card into the appropriate slot. Push firmly in the middle of both card ejectors to ensure that it is fully inserted into the back plane connector. U0 5 0 U0 5 0 BAR CODE T C03 [ I ] DBAA C/ PC; MADE IN KOREA Q K K HYB3 HYB HYB C04 T C03 RW C04 Q C0 C0 C0 C0 RW3 AR03 AR03 AR0 AR0 AR0 AR0 BT4 BT3 BT BT HYB4 RW C C3 C FIGURE 3-3 8I CARD AND I CARD I Card which has subscriber line port (ee Figure 3-3) This card has no selectable option. Insert the card into the I slot. Push firmly in the middle of both card ejectors to ensure that it is fully inserted into the back plane connector.

24 3-5 8 DI Card Which has 8 digital phone ports. (ee Figure 3-4) This card has no selectable option. Insert the 8 DI card into the appropriate slot. Push firmly in the middle of both card ejectors to ensure that it is fully inserted into the back plane connector. H U U7 U3 U4 H4 H0 MIC P U TP Y 4 PCM U U U3 C8 C8 C5 RY RY3 RY C33 TNR TNR TNR3 H H7 P C3 B4 B3 74HC5 B5 U0 U C34 74HC08 U5 U9 D H U6 H5 U4 MIC H6 68EC C400 7C5 H7 U3 74HC04 U9 74HC04 U8 U4 BAR BAR KM68000 KM68000 B BAT H D H5 B 5 U KM68000 KM68000 KM68000 KM68000 KM68000 KM68000 U5 4 PCM P5 U30 U HC74 U9 0 74HC08 74HC54 74HC45 74HC3 C P3 0 H H8 00 P MHz TC T H HC39 U H H6 6 Y H3 T MHz 30 MC45407 C9 U6 U8 MC45407 U U TP3057 MC3407D C6 U8 C MC6868 D7 DIP H T 9 T U5 FIGURE 3-4 8DI CARD AND MIC/ MIC CARD

25 3-6 Chapter 3 Installing Printed Circuit Cards MIC Card Which has many miscellaneous function DTMF receiver(4ch), R3C, BGM, PAGE, COMMON PURPOE REAY(3port), MODEM(option) (ee Figure 3-4) elect appropriate type of MIC card for your system. If you choose MIC card then insert the MIC card into the MIC slot and PUH firmly in the middle of both card ejectors to ensure that it is fully inserted into the back plane connector. MIC Card Which has many miscellaneous function DTMF receiver (4ch), R3C, BGM, PAGE, COMMON PURPOE REAY (3port), AA, MODEM (option) (ee Figure 3-4) elect appropriate type of MIC card for the system. If you choose MIC card then insert the MIC card into the MIC slot and PUH firmly in the middle of both card ejectors to ensure that it is fully inserted into the back plane connector.

26 3-7 TEPRI or PRI Card Which has 30 channel U interface ports. This card has no selectable options. Insert PRI into the last slot in the Expansion cabinet (type A or B). Firmly push in the middle of the card to ensure that it is fully inserted into the back plane connector. PRI card needs P B'd installing first. Before installing PRI card, P B'd must be installed. The TEPRI card is installed in the DC slot on expansion cabinet. The idc 00 supports either E or IDN PRI service. The first four EDs on the front of the card provide the status of the service (ync, AI, oss and ayer Active states). The second four ED s on the front of the card display the type of service. There are two RJ45 modular jacks on the face of the card. The settings for E or PRI service are selected by a bank of DIP switches as defined below (ee Figure 3-5). Push firmly in the middle of both card ejectors on each card to ensure that it is fully inserted into the back plane connector. TEPRI CARD DIP WITCH witch No. ON OFF T E PRI T 4 NETWORK UER 5,6,7 Not-used Not-used 8 Not-used TEPRI ED DEFINITION ED Name Function tatus (Normal tatus/error tatus) YN ynchronization oss. Indicates wander or loss of framing. OFF/ON O oss of ignal. No PCM Clocking is being received. OFF/ON AI Alarm Indicating ignal. Indicating that all one s are being OFF/ON received. ayer is active. PRI messaging is being received. OFF/ON IPC IPC link set up. OFF/IPC link set up CK Card clock status. MODE ED s TP & TP show the span type TP, TP E mode E PRI mode T mode T PRI mode OFF/CARD is secondary source ON card is primary source. OFF/OFF OFF/ON ON/OFF ON/ON

27 3-8 Chapter 3 Installing Printed Circuit Cards FIGURE 3-5 TEPRI CARD

28 3-9 FIGURE 3-6 PRI CARD 4BRI(40T0)/BRI(0T0) Card This card supports both of and T reference points defined by ITU-T. You can select the /T mode of each port respectively by MMC. Insert the 4BRI (40T0) card or BRI(0T0) into the universal slot and push firmly in the middle of both card ejectors to ensure that it is fully inserted into the back plane connector.

29 3-0 Chapter 3 Installing Printed Circuit Cards BRI card needs P board. Before installing 4 BRI, BRI, P board must be installed. The BRI card is equipped with DIP switch controlled line termination registers. Termination ON/OFF switches FIGURE 3-7 OCATION OF TERMINATION ON/OFF WITCH P B9 B0 B B P B3 B4 B5 B6 P3 B7 B8 B9 B0 P4 B AR8 AR9 R97 AR0 AR R98 AR AR3 R99 AR4 AR5 R00 AR6 3 H P 6 4 B 74HC74 74HC74 74HC39 H3 H U C K3 0 C83 P 0 C8 C8 74HC44 U5 U4 U3 74HC74 74HC04 74HC3 U7 U0 U9 U8 U W U7( 337 ) C69 RW K4 C87 C86 C84 H4 0 7C00 K K C79 U C6 C5 U U5 (EVEN) U4 7C U34 P3 COMPACT II EU 0 40T0 REV. 0 U33 P H HR R/A(F) HR R/A(F) B3 60 Y 0 T HC74 68EC H8 H3 H0 H H PEB HR R/A(F) H9 74HC3 74HC63 74HC74 74HC3 74HC04 U9 U8 U6 U5 U U3 H U 80 B5 B4 U4 U3 U B H7 H5 74HC U6 74HC54 74HC45 74HC04 74HC09 U30 U9 U3 U BAR CODE 74HC08 74HC63 74HC08 D3 74HC74 PEB054 PEB075 74HC5 6 U8 RW U35(337) C77 H4 Y C85 T 40 U U T4 T3 5 H35 H30 C4 5 T C80 C B6 B7 AR R93 AR B8 AR3 R94 AR4 AR5 R95 AR6 AR7 R96 DIP FIGURE 3-8 4BRI/BRI CARD

30 3- P Card This card has no selectable option and this card is only used when TEPRI, PRI or BRI card is adopted. Push firmly in the middle of 4 pin female connector. (ee Figure 3-9) FIGURE 3-9 P CARD AND MODEM

31 3- Chapter 3 Installing Printed Circuit Cards MODEM Card This card is option card of MIC or MIC, idc 00 can adopt internal modem. Push firmly in the middle of 4 pin female connector. (ee Figure 3-9) MEM Card (MEM3 or MEM4) elect the appropriate of MEM for the system. Make sure that back up switch is OFF position. Insert the MEM card in the KU slot labeled MEM. Push in middle of the MEM card (MEM3 or MEM4) to ensure that it is fully inserted into the back plane connector. To prevent accidental damage to MEM card, the connector on the back plane is positioned to mate only with the MEM card. Other interface cards will not mate with this connector and MEM card will not mate with any other connector. MEM3 card has EPROM memory to support new features Window PC-MMC, ITM3 & TEPRI cards. MEM4 card with AN interface module, no selectable options. The AN module is required to expand the system memory, to provide IO ports EA, and a 0/00 base T AN interface processor. MEM4 card has Flash memory to support new features Window PC-MMC, ITM3, TEPRI cards and Networking solution by TEPRI, Program/Database up/down-load by AN interface. (ee Figure 3-0 and Figure 3-) FIGURE 3-0 MEM3 CARD FIGURE 3- MEM4 CARD

32 3-3 VMi-4 CARD The VMi-4 is a self contained plug in voice mail and auto attendant card for the idc 00. It is designed to meet the demands of the sophisticated voice mail user without sacrificing simplicity. The VMi-4 may act as an Auto Attendant system only, a Voice mail system only or both. Out of the box the VMi-4 can handle calls simultaneously. It can be easily upgraded to handle up to 4 calls simultaneously. No external line or power connections are necessary, these are accomplished directly through the phone system. At this time of this writing the memory capacity is about 5 hours, although changes in technology will allow for additional storage as time goes on. (ee Figure 3-) FIGURE 3- VMi-4 CARD

33 3-4 Chapter 3 Installing Printed Circuit Cards VMi-8 CARD NOTE: Before installing this card it should be correctly configured with a hard disk drive and the appropriate number of voice processing modules. One additional Voice Processing Module can be added. The VMi-8 card is installed in DC slot on the expansion cabinet. Only one VMi-8 can be installed in an idc 00 system and it counts as eight(8) stations of the power supply rating. Check that the cabinet power switch is in the OFF position. Next, position the VMi-8 card in the grooves of the card guide and gently slide the card in until it makes contact with the connector. Press gently but firmly on the top and bottom of the front edge of the card until the card sits in its connector. Ensure that you have installed the correct power supply. (ee Figure 3-3) FIGURE 3-3 VMi-8 CARD

34 3-5 ITM3 Card The number of the installed ITM3 card is limited to one in the idc 00 system. The ITM3 card can be installed in the universal slots on the Basic KU. There are no options to select on the ITM3 card. The card has eight(8) EDs on its faceplate to indicate the status of the card. These indications are described below. Insert the card into any universal card slot. Push firmly in the middle of both card ejectors to ensure the card is firmly seated into the back plane connector. PWR RUN RX TX PD ED Name Power tate Function Processor tatus AN TX tate AN RX tate AN peed Future Future OFF Power is OFF ON Power is ON tatus OFF Power is OFF ON Card is booting Flicker Normal Operation OFF 0 MBP ON 00 MBP 3 Future

35 3-6 Chapter 3 Installing Printed Circuit Cards FIGURE 3-4 ITM3 CARD

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38 4- Chapter 4 Power Up Procedures Connect Power to The ystem During the initial installation, it is best to verify proper system operation before plugging in any amphenoltype cable to the MDF. If you have already plugged the cables in, unplug them. Verify that the AC voltage at the dedicated electric outlet is in the range of 0-40 VAC. Make sure the AC power switch is in the OFF position and that MEM battery switch is OFF. Plug the KU power cord into the dedicated polarized AC outlet. Turn the AC power switch to the ON position. The AC and DC ED on the power supply will light steady to confirm the presence of power. If the PU is operated by external battery, AC ED is OFF and DC ED is ON. If the PU AC ED fails to illuminate, unplug the system, remove the power supply and check the AC fuse located on the bottom. If the fuse is good but the AC ED does not illuminate, check your AC outlet. Turn off the power switch; unplug all cards using card ejectors. Turn the system on. Check the AC ED again. If the problem is corrected, you have a defective card. Test and remove the faulty card before continuing. If the AC ED still does not light, unplugging the KU and change power supplies. This in all probability will solve the problem. If it does not, contact amsung Technical upport. MEM Card Indications Having verified proper operation of the power supply, visually check the MEM card indications. The ED of MEM3 or the ED4 of MEM4 should flicker rapidly indicating the main processor is functioning. The battery switch should now be turn ON. The system is equipped with a halt program. When this program is running, the ED is ON steady. The system must be reset to release the halt program and restore the system to manual operation. ee MMC 80 for operation of the halt program. MEM4 ED INDICATION ED tatus Indication OFF ON OFF ON OFF ON Flicker lowly (500ms) Flicker Quickly (00ms) Flicker lowly (500ms) Flicker Quickly (00ms) The status of AN transmit chip (T97) is in abnormal The status of AN transmit chip (T97) is in normal AN is linked AN is not linked There is no AN Rx data There is AN Rx data RUN ED for main program. The main program is in normal operation status. RUN ED for main program. The main program is in booting operation status. RUN ED for main program. The AN program is in normal operation status. RUN ED for main program. The AN program is in booting operation status.

39 4- Chapter 4 Power Up Procedures PCB Verification Before connecting all MDF cable, plug in a test cable to the first DI port. Connect a digital Telephone set and verify that it is working. Use maintenance program MMC 77 to verify the system version, and that all cards are recognized by the CPU. Process with rest of the installation.

40 4-3 Default Trunk and tation Numbering Upon initial power up, the CPU reads each slot for the existence of a card and identifies the type of card. It stores this as the default configuration. The system assigns trunk numbers beginning with 70 and continues. tation number are assigned in the same manner. The lowest station is assigned station number 0 and continued Keyset daughter boards are assigned numbers beginning with 30 and continued. Default data assigns the 4 button keyset in the lowest port to the operator group and all trunks ring that station until default is changed. It is recommended that the operator station will default to a 4 button key set as extension 0. tation and trunk numbers can be changed, rearranged and reassigned as needed using MMC 74.

41

42 5- Chapter 5 Connecting CO Circuit afety Precaution To limit the risk of personal injury, always follow these precautions before connecting CO circuit.! Never install telephone wiring during a lightning storm.! Never install telephone jacks in a wet location unless the jack is specially designed for wet location.! Never touch uninsulated telephone wires or terminals unless the telephone line has been disconnected at the network interface.! Use caution when installing or modifying telephone lines.

43 5- Chapter 5 Connecting TECO Circuit oop tart ines The idc 00 system requires MDF connection. All CO ine and tation is connected to the system with MDF. (ee Figure 5-) 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P 5 PAIR CABE WITH FEMAE CONNECTOR TO EXPANION P5 OT NO. PIN NO. 3TRK 6TRK 5,50 C.O C.O OT NO. OT 4 OT 5 OT 6 4,49 C.O C.O PIN NO 3TRK 3,48 4TRK C.O 3 6TRK C.O 3 5,50 C.O,47 C.O N.C C.O 4 OT 4,49 C.O,46 C.O PFT C.O 5 3,48 C.O 0,45 3 C.O PFT 3 C.O 36,47 N.C 9,44 C.O N.C4 C.O PFT 4,46 PFT 8,43 N.C C.O PFT 5 0,45 PFT 7,4 C.O N.C 4 C.O 67 9,44 N.C 6,4 C.O N.C 5 PFT C.O 8 8,43 N.C 5,40 C.O N.C 6 PFT C.O 9 7,4 C.O 4,39 4 C.O N.C5 C.O 70 OT 6,4 C.O 3,38 5 C.O PFT3 6 C.O 8 5,40 C.O,37 6 C.O PFT4 7 C.O 9 4,39 N.C,36 C.O N.C8 C.O PFT3 0 3,38 PFT3 0,35 N.C C.O PFT4,37 PFT4 9,34 C.O N.C 7 C.O 3,36 N.C 8,33 C.O N.C 8 PFT3 C.O 4 0,35 N.C 7,3 C.O N.C 9 PFT4 C.O 5 9,34 C.O 6,3 7 C.O N.C9 C.O 3 6 OT 3 8,33 C.O 5,30 8 C.O PFT5 0 C.O 4 7 7,3 C.O 4,99 C.O PFT6 C.O 5 8 6,3 N.C 3,8 C.O N.C C.O PFT5 6 5,30 PFT5,7 N.C C.O PFT6 7 4,9 PFT6 C.O 8 3,8 N.C PFT5,7 N.C PFT6 CO-PROVIDED NETWORK ACCE JACK RJ C RJ 4C RJ X CONNECT TO ANY C.O CIRCUIT FIGURE 5- MDF CONNECTION OOP TART INE TO OPTION CARD

44 5-3 OFF Premised Extension (OPX) Using one pair twisted #4 AWG or #6 AWG wire, cross-connect each any I port to telephone company OPX circuits. (ee Figure 5-) 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P FUNCTION CIRCUIT PIN COOR T TIP T RING 6 4 Blue/yellow Yellow/blue T TIP T RING 5 40 Grey/black Black/grey CO-PROVIDED NETWORK ACCE JACK RJ C RJ 4C RJ X CONNECT TO ANY CIRCUIT ON I CARD FIGURE 5- MDF CONNECTION OFF PREMIE EXTENION FROM I CARD Circuit on I card is specially designed to meet CO requirements for OPX use. These circuits are provided with the same over voltage and over current protection as CO ine circuit. WARNING: Using long line Extensions on a 8I or KDB I may cause damage to your equipment.

45 5-4 Chapter 5 Connecting TECO Circuit IDN CO ines idc 00 system is fully IDN compatible. For Basic Rate Interface BRI card can be used as IDN TE(Terminal Equipment) or NT(Network Termination /Multiway IDN Interface). When programmed to T-mode(default setting) this port provides T point and can be access NT(NT or NT) derived from CO ine Connect each point of BRI card to NT to use as IDN TRK. NOTE: When you are to connect a T port to a NT, please be careful if there is a termination present in any other place than this BRI card on the bus. ince typical 00 ohm line termination resistance exists on each port of this card. PRI or TEPRI cards supports a RJ45 connector to access IDN PRI lines from CO Connect the PRI port with given line cord as shown in Figure P5 CHAMP connector P CHAMP connector P Ringer I M E M M I C O T O T O T 3 O T 4 O T 5 O T 6 D C P R I RJ 45 JACK Power upply PRI ine (IDN U-Interface) FIGURE 5-3 IDN INTERFACE CONNECTION FOR PRI

46 5-5 If -interface is needed, IDN C.O line from C.O must be connected to MDF. (ee Figure 5-4 & 5-5) 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P 5 PAIR CABE WITH FEMAE CONNECTOR TO EXPANION P5 OT NO. PIN NO. FUNCTION OT NO. OT 4 OT 5 OT 6 PIN NO 5,50 OT 4,49 3,48,47,46 0,45 9,44 8,43 7,4 OT 6,4 5,40 4,39 3,38,37,36 0,35 9,34 OT 3 8,33 7,3 6,3 5,30 4,9 5,50 4,49 xb, xa (To N.T.) RB, RA (From N.T.) 3,48 FUNCTION xb, xa (To N.T.) xb,,47 xa (To RB, N.T.) RA (From N.T.) 0 RB,,46 RA (From xb, xa N.T.) (To N.T.) xb, 0,45 xa (To RB, N.T.) RA (From N.T.) RB, 9,44 RA (From xb, xa N.T.) (To N.T.) xb, 8,43 xa (To RB, N.T.) RA (From N.T.) RB, 7,4 RA (From xb, xa N.T.) (To N.T.) xb, 6,4 xa (To RB, N.T.) RA (From N.T.) 3 RB, 5,40 RA (From xb, xa N.T.) (To N.T.) xb, 4,39 xa (To RB, N.T.) RA (From N.T.) 0 RB, 3,38 RA (From xb, xa N.T.) (To N.T.) xb,,37 xa (To RB, N.T.) RA (From N.T.) RB,,36 RA (From xb, xa N.T.) (To N.T.) xb, 0,35 xa (To RB, N.T.) RA (From N.T.) RB, 9,34 RA (From xb, xa N.T.) (To N.T.) xb, 8,33 xa (To RB, N.T.) RA (From N.T.) 3 RB, 7,3 RA (From xb, xa N.T.) (To N.T.) xb, 6,3 xa (To RB, N.T.) RA (From N.T.) 0 RB, 5,30 RA (From xb, xa N.T.) (To N.T.) xb, 4,9 xa (To RB, N.T.) RA (From N.T.) RB, 3,8 RA (From xb, xa N.T.) (To N.T.) xb,,7 xa (To RB, N.T.) RA (From N.T.) RB,,6 RA (From N.T.) CO-PROVIDED NETWORK ACCE JACK RJ C RJ 4C RJ X CONNECT TO IDN C.O CIRCUIT 3,8,7 xb, xa (To N.T.) RB, RA (From N.T.) 4,6 FIGURE 5-4 MDF CONNECTION FOR IDN CO INE TO CARD (4BRI)

47 5-6 Chapter 5 Connecting TECO Circuit 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P 5 PAIR CABE WITH FEMAE CONNECTOR TO EXPANION P5 OT NO. PIN NO. FUNCTION OT NO. PIN NO. 5,50 4,49 OT 3,48,47 OT 4,46 0,45 9,44 8,43 7,4 OT 6,4 5,50 xb, xa (To N.T.) 4,49 RB, RA (From N.T.) FUNCTION 3,48 xb, xa (To N.T.) xb,,47xa (To RB, N.T.) RA (From N.T.) 0 RB, RA (From N.T.) xb, xa (To N.T.) RB, RA (From N.T.) xb, xa (To N.T.) RB, RA (From N.T.) 7,4 xb, xa (To N.T.) xb, 6,4xA (To RB, N.T.) RA (From N.T.) 3 RB, RA (From N.T.) 5,40 xb, xa (To N.T.) xb, 4,39xA (To RB, N.T.) RA (From N.T.) 0 RB, RA (From N.T.) CO-PROVIDED NETWORK ACCE JACK RJ C RJ 4C RJ X CONNECT TO IDN C.O CIRCUIT OT 5 5,40 4,39 3,38,37,36 0,35 9,34 OT 8,333 xb, xa (To N.T.) RB, RA (From N.T.) 9,34 8,33 7,3 xb, xa (To N.T.) xb, 6,3xA (To RB, N.T.) RA (From N.T.) RB, RA (From N.T.) xb, xa (To N.T.) RB, RA (From N.T.) OT 6 7,3 6,3 5,30 4,9 3,8,7 xb, xa (To N.T.) RB, RA (From N.T.),6,6 FIGURE 5-5 MDF CONNECTION FOR IDN CO INE TO CARD (BRI) 4BRI(including BRI) card can support both of and T reference points defined by ITU-T. Detailed description & MMC is referred in Programming Guide.

48 5-7 RJ-45 connector to TEPRI(PRI) card RJ-45 PIN NAME DECRIPTION RxR RxT RECEIVE TWITED PAIR 3 N.C NOT UED 4 TxT 5 TxR TRNMIT TWITED PAIR 6 N.C NOT UED 7 N.C NOT UED 8 N.C NOT UED IDN C.O CIRCUIT FIGURE 5-6 TEPRI (PRI) CONNECTION FOR REFERENCE ONY NOTE: TEPRI(PRI) card must be installed to DC slot in Expansion Cabinet only. TEPRI(PRI) connection is provided via the RJ-45 socket. Connect the system and network termination point (NT) using an 8 conductor UTP CAT 5 cable.

49 5-8 Chapter 5 Connecting TECO Circuit (This page is left blank intentionally.)

50 6- Chapter 6 Connecting tation Equipment afety Precautions To limit the risk of personal injury, always follow these precautions before connecting telephone circuits:! Never install telephone wiring during a lightning storm.! Never install telephone jacks in a wet location unless the jack is specifically designed for wet locations.! Never touch uninsulated telephone wires or terminals unless the telephone line has been disconnected at the network interface.! Use caution when installing or modifying telephone lines.

51 VOUME ABC DEF GHI JK MNO PR TUV WXY REDIA DND TRF HOD CRO MEMORY PEAKER RECA AN/R TE : 6- Chapter 6 Connecting tation Equipment idc 00 Keyset Using one pair twisted #4 AWG or #6 AWG wire, cross-connect each keyset to the DI port of your choice (ee Figures 6- and 6-). 8DI port in the base board can support the KDB-D/KDB- function. 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P PIN COOR CIRCUIT FUNCTION 5 50 Grey/purple Purple/grey DI TIP DI RING Brown/purple Purple/brown Green/purple Purple/green 3 DI TIP DI RING DI TIP DI RING ONE PAIR TWITED HEATHED TATION CABE 4 OR 6 AWG 47 Orange/purple Purple/orange 4 DI TIP DI RING Blue/purple Purple/blue 5 DI TIP DI RING 0 45 Grey/yellow Yellow/grey 6 DI TIP DI RING 9 44 Brown/yellow Yellow/brown 7 DI TIP DI RING 8 43 Green/yellow Yellow/green 8 DI TIP DI RING CONNECT TO ANY DI CIRCUIT ON KU P DIGITA KEYET FIGURE 6- MDF CONNECTION DIGITA KEYET TO BAIC KU P

52 VOUME ABC DEF GHI JK MNO PR TUV WXY REDIA DND TRF HOD CRO MEMORY PEAKER RECA AN/R TE : VOUME ABC DEF GHI JK MNO PR TUV WXY REDIA DND TRF HOD CRO MEMORY PEAKER RECA AN/R TE : PAIR CABE WITH FEMAE CONNECTOR TO BAIC P 5 PAIR CABE WITH FEMAE CONNECTOR TO EXPANION P5 OT NO. PIN NO. 8 DI 5,50 TN 4,49 TN OT NO. PIN NO. 8 DI 3,48 6 DITN 3,47 TN 4 OT,46 TN 5 ONE PAIR TWITED HEATHED TATION CABE 4 OR 6 AWG OT 4 0,45 TN ,44 TN 7 8,43 TN 8 7,4 TN 9 6,4 TN 0 5,40 TN OT 4,39 TN 3,38 TN 3,37 TN 4 OT 5,36 TN 5 3 0,35 TN ,34 TN 7 8,33 TN 8 7,3 TN DIGITA KEYET OT 3 6,3 TN 0 5,30 TN 4,9 TN OT 6 3,8 TN 3,7 TN 4 4,9 TN TN 8 3,8 TN 3 N.C,7 TN 4 N.C CONNECT TO ANY DI CIRCUIT ON A EXP CARD FIGURE 6- MDF CONNECTION DIGITA KEYET TO OPTION CARD NOTE: Because the idc 00 is a self-configuring system, if you connect a button keyset to a DI port that previously had a 4 button keyset installed, the existing data will be rewritten with button keyset default data (ee MMC 73).

53 6-4 Chapter 6 Connecting tation Equipment Add-On Module Using one pair twisted #4 AWG or #6 AWG wire, cross-connect each add-on module (AOM) to the DI port of your choice (ee Figures 6-3 and 6-4). 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P PIN COOR CIRCUIT FUNCTION 5 50 Grey/purple Purple/grey DI TIP DI RING Brown/purple Purple/brown Green/purple Purple/green 3 DI TIP DI RING DI TIP DI RING ONE PAIR TWITED HEATHED TATION CABE 4 OR 6 AWG 47 Orange/purple Purple/orange 4 DI TIP DI RING 46 Blue/purple Purple/blue 5 DI TIP DI RING Grey/yellow Yellow/grey 6 DI TIP DI RING 9 44 Brown/yellow Yellow/brown 7 DI TIP DI RING 8 43 Green/yellow Yellow/green 8 DI TIP DI RING CONNECT TO ANY DI CIRCUIT ON KU P. FIGURE 6-3 MDF CONNECTION AOM TO BAIC KU P ADD-ON MODUE

54 6-5 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P 5 PAIR CABE WITH FEMAE CONNECTOR TO EXPANION P5 OT NO. PIN NO. 8 DI 5,50 TN 4,49 TN OT NO. PIN NO. 83,48 DI 6 TN DI 3,47 TN 4 OT,46 TN 5 ONE PAIR TWITED HEATHED TATION CABE 4 OR 6 AWG OT 4 0,45 TN 6 9,44 TN 7 8,43 TN 8 7,4 TN 9 6,4 TN 0 5,40 TN OT 4,39 TN 3,38 TN 3,37 TN 4 OT 5,36 TN 5 0,35 TN 6 OT 3 9,34 TN 7 8,33 TN 8 7,3 TN 9 6,3 TN 0 5,30 TN 4,9 TN ADD-ON MODUE OT 6 4,9 TN 3,8 TN 3,7 TN 4 3,8 TN 3,7 TN 4 CONNECT TO ANY DI CIRCUIT ON A EXP CARD FIGURE 6-4 MDF CONNECTION AOM TO OPTION CARD If an AOM is to operate as a stand-alone unit, there is nothing else required other than assigning keys. When an AOM is to be used with a station, it must be assigned in MMC 09. Add-on modules can be assigned to any keyset.

55 6-6 Chapter 6 Connecting tation Equipment ingle ine Telephone Using one pair twisted # 4 AWG or # 6 AWG wire, cross-connect each single line telephone to the I port of your choice (ee Figures 6-5 and 6-6). Circuit on I card is specially designed to meet CO requirements for OPX use (ee Figure 5-3). 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P PIN COOR CIRCUIT FUNCTION 6 4 Blue/yellow Yellow/blue I TIP I RING 5 40 Grey/black Black/grey I TIP I RING CONNECT TO ANY DI CIRCUIT ON A EXP CARD ONE PAIR TWITED HEATHED TATION CABE 4 OR 6 AWG INGE INE TEEPHONE FIGURE 6-5 MDF CONNECTION INGE INE TEEPHONE TO I CARD

56 6-7 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P 5 PAIR CABE WITH FEMAE CONNECTOR TO EXPANION P5 OT NO. PIN NO. 8 I 6 MWI 5,50 T T 4,49 T T OT NO. PIN NO. 83,48 DI 6 T DI 3 T 3,47 T 4 T 4 OT,46 T 5 T 5 ONE PAIR TWITED HEATHED TATION CABE 4 OR 6 AWG OT 4 0,45 T 6 T 6 9,44 T 7 N.C 8,43 T 8 N.C 7,4 T 9 T 7 6,4 T 0 T 8 5,40 T T OT 4,39 T T 0 3,38 T 3 T OT 5,37 T 4 T,36 T 5 N.C 0,35 T 6 N.C 9,34 T 7 T 3 8,33 T 8 T 4 7,3 T 9 T 5 INGE INE TEEPHONE OT 3 6,3 T 0 T 6 5,30 T T 7 4,9 T T 8 OT 6 3,8 T 3 N.C,7 T 4 N.C 4,9 T T 8 3,8 T 3 N.C,7 T 4 N.C CONNECT TO ANY I CIRCUIT ON A EXP CARD FIGURE 6-6 MDF CONNECTION T TO OPTION CARD

57 6-8 Chapter 6 Connecting tation Equipment Door Phone and Door ock Release Using one pair twisted #4 AWG or #6 AWG wire, cross-connect each DPIM to the DI port of your choice (ee Figures 6-7 and 6-8). Next, connect the DPIM to the door phone using # 4 AWG or # 6 AWG twisted pair wire. 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P PIN COOR CIRCUIT FUNCTION 5 50 Grey/purple Purple/grey DI TIP DI RING 4 49 Brown/purple Purple/brown DI TIP DI RING ONE PAIR TWITED HEATHED TATION CABE 3 48 Green/purple Purple/green 3 DI TIP DI RING 4 OR 6 AWG Orange/purple Purple/orange Blue/purple Purple/blue 4 5 DI TIP DI RING DI TIP DI RING Grey/yellow Yellow/grey 6 DI TIP DI RING TO CUTOMER-PROVIDED DOOR OCK REEAE WHITE BUE 9 44 Brown/yellow Yellow/brown 7 DI TIP DI RING OCK DOORBOX INE 8 43 Green/yellow Yellow/green 8 DI TIP DI RING THREE PAIR MODUAR CABE DOOR PHONE INTERFACE MODUE (DPIM) CONNECT TO ANY DI CIRCUIT DOOR PHONE P+ P- RED GREEN TWO PAIR MODUAR CABE BACK YEOW FIGURE 6-7 MDF CONNECTION DOOR PHONE TO BAIC KU P

58 6-9 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P 5 PAIR CABE WITH FEMAE CONNECTOR TO EXPANION P5 OT NO. PIN NO. 8 DI 5,50 TN 4,49 TN OT NO. PIN NO. 83,48 DI 6 TN DI 3,47 TN 4 OT,46 TN 5 ONE PAIR TWITED HEATHED TATION CABE 4 OR 6 AWG 0,45 TN 6 OT 4 9,44 TN 7 8,43 TN 8 7,4 TN 9 TO CUTOMER-PROVIDED DOOR OCK REEAE ,4 TN 0 WHITE BUE 5,40 TN OCK DOORBOX INE OT 4,39 TN 3,38 TN 3,37 TN 4 THREE PAIR MODUAR CABE DOOR PHONE INTERFACE MODUE (DPIM) OT 5,36 TN 5 0,35 TN 6 9,34 TN 7 DOOR PHONE P+ P- RED GREEN TWO PAIR MODUAR CABE 8,33 TN 8 BACK YEOW 7,3 TN 9 OT 3 6,3 TN 0 5,30 TN 4,9 TN OT 6 4,9 TN 3,8 TN 3,7 TN 4 3,8 TN 3,7 TN 4 CONNECT TO ANY DI CIRCUIT FIGURE 6-8 MDF CONNECTION DOOR PHONE TO DOOR CARD When a customer-provided electric door release is installed, cross-connect the corresponding door release contacts on the DPIM to the door lock-mechanism (ee Figures 6-7 and 6-8). Use MMC 50 to program the duration of the contact closure as required. ee the user guides for door lock release operation. The door release contacts on the DPIM are to be used for low voltage relay control only. The contacts are rated at 4 VDC- amp. WARNING: Do not attempt to connect commercial AC power to these contacts.

59 6-0 Chapter 6 Connecting tation Equipment IDN TE (IDN Phone, G4 FAX, etc) Using two pair twisted #4 AWG or #6 AWG wire, cross connect each IDN TEs to 4BRI s mode slot. (ee Figure 6-9) 5 PAIR CABE WITH FEMAE CONNECTOR TO BAIC P 5 PAIR CABE WITH FEMAE CONNECTOR TO EXPANION P5 OT NO. OT 4 OT 5 OT 6 OT NO. PIN NO. 5,50 4,49 OT 3,48,47,46 0,45 9,44 8,43 7,4 6,4 OT 5,40 4,39 3,38,37,36 0,35 9,34 8,33 OT 3 7,3 6,3 5,30 4,9 PIN NO. 5,50 RB, RA (from T.E.) 4,49 FUNCTION XB, XA (to T.E.) RB, 3,48 RA (from RB, T.E.) RA (from T.E.) XB,,47 XA (to XB, T.E.) XA (to T.E.) RB,,46 RA (from T.E.) XB, 0,45 XA (to T.E.) 9,44 8, ,4 6,4 RB, 5,40 RA (from RB, T.E.) RA (from T.E.) XB, 4,39 XA (to XB, T.E.) XA (to T.E.) RB, 3,38 RA (from T.E.) XB,,37 XA (to T.E.),36 0,35 9,34 8,33 IDN T.Es BRI RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, 7,3 RA (from RB, T.E.) RA (from T.E.) XB, 6,3 XA (to XB, T.E.) XA (to T.E.) RB, 5,30 RA (from T.E.) XB, 4,9 XA (to T.E.) 3,8,7 4BRI RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) RB, RA (from T.E.) XB, XA (to T.E.) 3,8,7 CONNECTION TO ANY CIRCUIT ON THE BRI CARD FIGURE 6-9 MDF CONNECTION IDN TEs TO BRI/4BRI CARD NOTE: idc 00 is a self-configuring system, but you must program 4BRI (including BRI) mode by MMC #43, #49, #4, #48, #44.

60 7- Chapter 7 Connecting Optional Equipment Music On Hold/Back Ground Music Connect each customer-provided music source to the music input on the KU connecting block (ee Figure 7-). 5 PAIR CABE WITH FEMAE CONNECTOR TO KU P PIN COOR TERM CIRCUIT FUNCTION 36 Blue/black Black/blue OPEN A OPEN B 0 35 Grey/red Red/Grey BGM A BGM B 9 34 Brown/red Red/brown BGM A BGM B 8 33 Green/red Red/green PAGE A PAGE B 7 3 Orange/red Red/orange PAGE A PAGE B 5 30 Grey/white White/grey TACT A TACT B 4 9 Brown/white White/brown TACT A TACT B 3 8 Green/white White/green TACT 3A TACT 3B 7 Orange/white White/orange AARM AARM CONNECT ONE MUIC OURCE TO EACH INPUT A NEEDED NOTE: MOH REQUIRE A MIC CARD FIGURE 7- MDF CONNECTION CONNECTING MOH OURCE TO KU Each C.O. ine (trunk) can be programmed to receive a music source, system generated TONE or NO MUIC when it is put on hold. ee MMC 408. Each keyset can receive a music source or NO MUIC for background music. ee programming manual for instructions (ee MMC 308).

61 7- Chapter 7 Connecting Optional Equipment External Paging The KU provides a voice pair to be used with customer-provided paging equipment. Connect the customer provided paging equipment to the page output pins of the KU connecting block (ee Figure 7-). The page voice pair is 600 ohm impedance. When the amplifier page input is not 600 ohm, an impedance matching transformer must be used. 5 PAIR CABE WITH FEMAE CONNECTOR TO KU P PIN COOR CIRCUIT FUNCTION 36 Blue/black Black/blue OPEN A OPEN B 0 35 Grey/red Red/Grey BGM A BGM B Brown/red Red/brown Green/red Red/green BGM A BGM B PAGE A PAGE B IN CUTOMER-PROVIDED AMPIFIER OUT 7 3 Orange/red Red/orange PAGE A PAGE B 5 30 Grey/white White/grey TACT A TACT B 4 9 Brown/white White/brown TACT A TACT B 3 8 Green/white White/green TACT 3A TACT 3B 7 Orange/white White/orange AARM AARM FIGURE 7- MDF CONNECTION CONNECTING PAGE AMPIFIER TO KU

62 7-3 Basic provide zone control relays and If installed, the MIC card provides three zone control relays (ee Figure 7-3). These paging contact pairs are for control of low voltage circuits or amplifier output. The contacts are rated at 4 VDC- amp. 5 PAIR CABE WITH FEMAE CONNECTOR TO KU P PIN COOR TERM CIRCUIT FUNCTION 36 Blue/black Black/blue OPEN A OPEN B 0 35 Grey/red Red/Grey BGM A BGM B Brown/red Red/brown Green/red Red/green Orange/red Red/orange BGM A BGM B PAGE A PAGE B PAGE A PAGE B CUTOMER-PROVIDED PAGING AMPIFIER IN ZONE OUT 5 30 Grey/white White/grey 3 TACT A TACT B ZONE 4 9 Brown/white White/brown 4 TACT A TACT B ZONE Green/white White/green TACT 3A TACT 3B ZONE 4 7 Orange/white White/orange AARM AARM NOTE: THE TACT REAY REQUIRE A MIC CARD FIGURE 7-3 MDF CONNECTION CONNECTING PAGE AMPIFIER TO KU WARNING: Do not attempt to connect commercial AC power to these contacts.

63 7-4 Chapter 7 Connecting Optional Equipment Common Bell A customer-provided loud ringing device can be controlled using the dry contact pair on the KU. (ee Figure 7-4). 5 PAIR CABE WITH FEMAE CONNECTOR TO KU P PIN COOR CIRCUIT FUNCTION 36 Blue/black Black/blue OPEN A OPEN B 0 35 Grey/red Red/Grey BGM A BGM B 9 34 Brown/red Red/brown BGM A BGM B 8 33 Green/red Red/green PAGE A PAGE B 7 3 Orange/red Red/orange PAGE A PAGE B 5 30 Grey/white White/grey TACT A TACT B 4 9 Brown/white White/brown TACT A TACT B Green/white White/green Orange/white White/orange 3 TACT 3A TACT 3B AARM AARM 4V DC/A OURCE CUTOMER-PROVIDED COMMON BE CONNECT THE COMMON BE TO ANY PORT OF TACT //3 A REQUIRED FOR CORRECT OPERATION. FIGURE 7-4 MDF CONNECTION COMMON BE CONTACT Programming allows for INTERRUPTED or CONTINUOU operation of the contacts using MMC 04. The interrupted selection follows the C.O. ring cadence - one second ON/two seconds OFF. After connecting a common bell, you must assign it to a group in MMC 60 as a ring destination by using the code for Common Bell. The basic steps for common bell operation are the following:! Wire the loud ringing device to the common bell control contact pair.! Program the contacts for continuous or steady operation.! Program the hunt group to include the common bell.! Assign the trunk to ring the hunt group containing the common bell. Common bell control can be used with station hunt groups, individual stations and Universal Answer. Contacts are rated at 4 VDC- amp. WARNING: Do not attempt to connect commercial AC power to these contacts.

64 7-5 Ring Over Page When a customer-provided paging system is installed, incoming calls can be assigned to ring over page. Program the line or lines to ring a hunt group. Using MMC 60, assign ROP as a destination in this hunt group. Ring over page can be used for day or night operation or both. tation Message Detail Recording (MDR) To receive an MDR printout, connect a customer-provided printer to one of the serial interface connectors on a MIC card (ee Figure 7-5). IO defaults as MDR. MIC card(db9) RX TX 3 GND 5 Printer(DB5) TX 3 RX 7 GND FIGURE 7-5 PIN CONNECTION FOR MIC CARD TO PRINTER Use a pin to pin R3C cable. Only pins, 3, 4 and 5 are required (ee Figure 7-5). When the printer or optional call accounting device needs to be more then 5 feet away from the KU, use shielded computer cable. Attach a male DB9 connector to the MIC end and then attach one that matches the requirements of the call accounting device or printer to the other end. This cable must not exceed 300 feet. Use MMC 75 to set MDR print options and MMC 804 to set the transmission parameters and the MIC port.