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NEC 2400 ipx User's Manual

1. The following explains how to solve the problems When the problem not be solved by the step go to the next step 1 Remove and insert the circuit card and make sure that the sub card 1s stable when used 2 Make sure office data and mount location data by using ALIDL 3 Initialize the circuit card 4 Re download the firmware into the circuit card by using CD 5 Replace the circuit card 2 Confirm that LINK lamp B on PHA is lighting green which indicates that the circuit card 15 connected to the network physically NO When the lamp is flashing check the following Check LAN cables straight are stable in the connector Check LAN cables by using a tester or other equipment Check the normality of network equipment SW HUB and Router YES In the case of using MC make sure that ON LINE lamp on MC is lighting 3 Call an analog terminal attached to MC by using an analog terminal attached to MC At this time analog signaling 1 received sent between MC and via PHA Is the test successfully completed P Connection restriction 15 cancelled by using ATNR and other commands sure that the settings of the analog terminal are correct by using AISTL and other commands Check the LEDs PWR ONLINE and LINK on the front panel of MC are lighting NO SE
2. POWER LOGON gt i 505 5 i Lamp is ON Green 3 amp Lamp is Flashing Green Lampis OFF JE ND 71548 E CHAPTER 4 Page 307 07 31 02 Issue 2 SYSTEM STARTUP NAP 200 022 Sheet 4 5 Check of Lamp Indications and System Messages Figure 022 3 LED Indications of IMG1 in Normal Operation Multiple IMG Configuration This figure shows the LED indications on a fully expanded IMGI system as an example Note that this example assumes that all of the four IMGs are used in an integrated multimedia exchange service IMG1 System State TOPU gt ACT PLO 0 DLKC 0 gt ACT PIM3 PIM2 FANU PIM1 PIMO HERE 08 09110 11 12113 14 151 16 17 181 19 20 21 22 x e olofofo bi Q 1191919191919 19 U OIII TSWM 9 OLOO O a 6019 vd 19 6019 1 gt gt Je Ye Ye HE Lamp is a Lamp is OFF CHAPTER 4 ND 71548 E Page 308 Issue 2 SYSTEM STARTUP Figure 022 4 LED Indications of IMG 2 3 in Normal Operation example Multiple IMG Configuration This figure shows
3. 9 Pio way ARVIN CONN SPPWREAA 10 pmo n 48VINCONN pmi 40 2 PIM PWR 4RVINCONN pmi avi 15 Pine wR ARVINCONN pm 0 _ DM NEWER pm avi _ CHAPTER 3 ND 71548 E Page 128 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 32 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 17 Power Cable Connections for IMG1 4 PIM System Multiple IMG Configuration Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system REAR VIEW FRONT VIEW TOPU PIM 3 FANU PIM 2 FANU PIM 1 PIM 0 TSWM 1 BASEU ND 71548 E CHAPTER 3 Page 129 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 33 64 Internal Cable Connections Multiple IMG Configuration Table 010 10 Power Cable Connections for IMG1 4 PIM System Multiple IMG Configuration __ NN NAME MODULE NAME LT BASU _ 1 wm rm _ 3 sasu Pii pmo pwra aPPwRcAc 4 Bassu ei pmo PWRB _ 5 BASEU em MMi PWRA 4PPWRCME
4. O 5 C gt 4 je Figure 010 1 Locations of Connectors on the PIM Backplane es CM as o lt lt Ww v N a z INSTALLATION PROCEDURE O IMG1 MISC10 CPUPW1 MISC11 IMG2 ALM 3888888888 2 oJ oJ oJ tl i Ji gt 5 1 SS 4 lt MISCOO a CPUPWO MISCO1 REAR VIEW 1 Iu CHAPTER 3 ND 71548 E Page 106 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 10 64 i 5 4 je Figure 010 3 Location of Connectors on the TSWM Backplane Multiple IMG Configuration lt Y 2400008 240000 H UL exeo JC N H L L EMAEHES H JL H Ee Terminal Resistors PZ M497 are to be fastened onto these connectors MIORESI and TIORESI are for dual configuration Note CHAPTER 3 ND 71548 E Page 107 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 11 64 Internal Cable Connections Figure 010 4 Locations of Connectors on the Power Distribution Terminal Board PZ M371 REAR VIEW 69 PAO PBO PA1 PB1 PA2 9PB2 PB3 PB4 Q 80 HH HHHH 48VA GA1 GB1 48VB C9 PZ M371
5. e E Top View _ Bottom View _ CHAPTER 3 ND 71548 E Page 256 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 25 44 Installation of the DESK CONSOLE and Cable Connection Figure 016 17 Mounting of Add On Console Right Side of DESK CONSOLE Continued Mount the ADD ON CONSOLE to DESK CONSOLE with 3 screws as shown below Projection ADD ON CONSOLE DESK CONSOLE ND 71548 E CHAPTER 3 Page 257 Issue 2 INSTALLATION PROCEDURE b When mounting at the left side of DESK CONSOLE Figure 016 18 Mounting of Add On Console Left Side of DESK CONSOLE TRKSL SVC sc _ Position Position DDC HWS BV arm i u i U L us WUS DDS RCS MWS LDN T Busy ADM NANS Recall TF PAGE REC O O O O O Oo O0 0 0 WUR DDR RCR MWR STS DD GST LT ICPT Start Mute OO XE O O O O O 00 0 0 MR CLR lt lt gt gt _ JIE C 3 lt gt lt gt lt INS JESL SSeS LJ 1 Remove the metal plate from the ADD ON CONSOLE turn it over and mount it to the ADD ON CONSOLE again Refer to the figure below Turn over the metal plate When mounting at the right side When mounting at the left side Metal Plate Metal Plate ADD ON CONSOLE A
6. 00 e connector Pin Assignment Pins are assigned as follows on connector When clock is distributed from a digital interface use one pair of DI Uxxx leads among a maximum of 4 inputs DIU leads have the following precedence DIUOxx High gt DIU3xx Low On the contrary to receive clock from an external high stability oscillator use DCSxx leads 34PH EXCLK CA A Cable Lead Accommodation i l 1 27 2 31 6 SYNOA 32 DIU3A 33 DIU2B DIU2A 34 DIU1B DIU1A 10 3 o TSWM EXCLK1 EXCLKO REAR VIEW 34 PH EXCLK CA A 4 Installation Cable To Digital Interface and or DCS CHAPTER 3 ND 71548 E Page 228 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 29 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 22 Cable Connection Diagram for Accepting Synchronization Clocks from an External High
7. 03 04 05 06 07 08 m LPM gt Se eee x U gt SENSE MBR SYSTEM SELECT 2 6 BASEU press Legend 1 i 505 i Lamp is ON Green 3 amp Lamp is Flashing Green Lamp is OFF CHAPTER 4 ND 71548 E Page 306 Issue 2 07 31 02 SYSTEM STARTUP NAP 200 022 Sheet 3 5 Check of Lamp Indications and System Messages Figure 022 2 LED Indications of IMGO in Normal Operation Multiple IMG Configuration The figure shows the LED indications on a fully expanded system as an example TOFU lt System State gt CPU 0 gt TSW 0 gt ACT PLOZ0 gt ACT PIM 3 54 MUX ACT PIM 2 9 Od Hd XNW 2 FANU oe ISISL MUXACTEL I MUX ACT PIM 1 2 XNW 2 XNW 34 m MUX ACT PIM 0 2 XNW 2 XNW nmm d CPUOPE BSCM ere 03 04 05 06 07 08 LI Me SOE AN 72 TN CPUOPE PIMOPE Su CPUOPE LPM i 2 8 SYSTEM SELECQQL Z 2080205 B 0001 W 000d Xd
8. E Died B aS J sat ace 14 SYSTEM ACCOMMODATION 14533 EE RR RU EE 15 System AccommodalLlOFi p v xtd ERE AI wx SCR e ROCK n Below qe ADAC aranea 15 9 Card LOCAlIONS ee ce ee 22 9 3 Preparation of Trunking Diagram 26 9 4 Preparation of Module Group Face Layout And Port Accommodation Diagram 26 9 5 Preparation of Circuit Card Switch Setting Sheets 26 INSTALLATION CABLES utt set arca gode a Ordre VR did ERE EROS Bee eee ee 26 10 1 AC Input DC Power And Ground Cables 27 10 2 Cables Between The PBX And MDF 33 ND 71548 E TABLE OF CONTENTS Pagei Issue 2 TABLE OF CONTENTS CONTINUED Page CHAPTER S INSTALLATION PROCEDURE Robe Ro deed ofer 35 suce eeepc rend ane nee hea Laut Bue ated o LLLI ii ica iie ue 35 2 PRECAUTIONS BEFORE BEGINNING INSTALLATION 36 neg esa indie Bt ecg ace rc 36 INSTALLATION PROCEDURE 2210644 cen d Iv Bee Ae owe He Hes 38 NAP 200 001 Installation Preparation 39 NAP 200 002 Marketing Leveling and 0 41 1 WHEN
9. The following explains how to solve the problems When the problem can not be solved by the step go to the next step 1 Remove and insert the circuit card and make sure that the sub card is stable 2 Make sure office data and mount location data by using ACRD ACTK command when used 3 Initialize the circuit card 4 Re download the firmware into the circuit card by using CD 5 Replace the circuit card NO YES 2 Confirm that VCO lamp B on IPTRK is lighting which indicates that voice compression is active When sub card is installed confirm VC1 lamp B on the circuit card is lighting The following explains how to solve the problems When the problem can not be solved by the step go to the next step 1 Remove and insert the circuit card and make sure that the sub card is stable when used 2 Initialize the circuit card 3 Re download the firmware into the circuit card by using CD 4 Replace the circuit card YES 3 Confirm that IP LINK lamp C on IPTRK is lighting green which indicates that the circuit card 1s connected to the network physically When IP LINK is off Make sure IP LAN connectors and external LAN cables are installed NO Check LAN cables straight are stable in the connector Check LAN cables by a tester or other equipment Check the normality of network equipment SW HUB and Router and HUB circuit card YES 6426442253 4232 224226232
10. Bottom View of DESK CONSOLE Recording equipment is positioned between the line and telephones One recording equipment can be shared with multiple RECC cards When sharing one recording equipment with multiple RECC cards multiple connection of ZA and ZB terminals is required CHAPTER 3 ND 71548 E Page 248 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 17 44 Installation of the DESK CONSOLE and Cable Connection When using three DESK CONSOLEs and one recorder Note 1 Note 1 Switch settings of SW10 SW12 and SW13 on the 87 card are required For switch setting and con nector lead accommodation refer to the NEAX2400 IPX Circuit Card Manual Figure 016 10 Three DESK CONSOLEs and One Recording Equipment PIM MDF DESK CONSOLE Note 2 AO 0 2 Circuit O Note 3 M eo UJ 2 KO KOB Front Connector Circuit 1 Circuit 2 Recording Equipment C O line side LOA BE LOB leads Note 4 at et ee CE TOA Telephone side UE leads Note 4 Circuit 3 Recording Sete Equipment C O line side EA leads Note 4 a Telephone side m leads Note 4 Circuit 4 Circuit 5 Note 2 Refer to Figure 016 9 RECC Card Cable Connection Diagram for cable connection Note 3 Connections of Circuit 1 through 5 are the same as those of Circuit 0 Note 4 Recording equipment is positioned between the C O line and telephones ND 71548 E CH
11. Station A and B both go on hook Remove the temporary cross connections ND 71548 E CHAPTER 1 Page 5 Issue 2 INTRODUCTION Figure 1 5 Static Caution Indication ATTENTION Contents otatic Sensitive Handling Precautions Required This manual provides Static Caution indicators see Figure 1 5 on pages where work involving static sensi tive components is described The 3M Model 8012 Portable Field Service Kit shown in Figure 1 6 is recommended as an effective coun termeasure against static electricity Figure 1 6 3M Model 8012 Portable Field Service Kit wrist strap PS SS Connect ground wire to the frame wrist strap Place the circuit card on a conductive sheet conductive sheet Note 3M isa registered trademark of Minnesota Mining and Manufacturing Inc CHAPTER 1 ND 71548 E Page 6 Issue 2 07 31 02 INTRODUCTION 2 4 Figure and Table Numbers Each Figure and Table within this manual are numbered as shown below 1 Figure and table in NAP Figure XXX X Serial number of Figures in each NAP mm Serial number 000 999 of the NAP in which the Figure exists 2 Other figure and table Table X X Serial number of Table in each Chapter im Number of the Chapter in which the Table exists Understanding this numbering rule will help you when looking for the desired Figure or Table 2 5 Essential Critical Information To prevent accidents or equipment damage from occurri
12. ND 71548 E ISSUE 2 NEAX 2400 IPX Internet Protocol eXchange Installation Manual AUGUST 2002 NEC Corporation LIABILITY DISCLAIMER NEC Corporation reserves the right to change the specifications functions or features at any time without notice NEC Corporation has prepared this document for use by its employ ees and customers The information contained herein is the property of NEC Corporation and shall not be reproduced without prior written approval from NEC Corporation All brand names and product names on this document are trade marks or registered trademarks of their respective companies Copyright 2002 NEC Corporation PRODUCT LIABILITY BEFORE THE USE OF THIS MANUAL 1 FOR SAFETY USE Here explains the safety use for the customer which prevents danger to the life and damage to the property ac cidentally The following are symbols and their meanings Please read the following carefully before using this manual SYMBOLS DESCRIPTION DANGER This symbol indicates danger You might be involved in a situation that could cause deadly and bodily injury if you take wrong action This symbol indicates warning You might be involved in a situation that could cause bodily injury and serious system fault if you take wrong ac tion ATTENTION This symbol indicates attention The system might not acheive its perfor mance or lead to the system stall if you take wrong action This telephone system
13. Slots bare Slots ND 71548 E CHAPTER 3 Page 205 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 6 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines SIART Checking the terminal locations on Referring to Section 1 CROSS CONNECTION OF the Module Group side of the MDF STATIONS and Section 2 CROSS CONNECTION OF TRUNKS C O LINES AND TIE LINES in this NAP identify the lead names ofthe stations and trunks to be connected to the PFT NCUJ card and the terminal locations of the leads Referring to description of PFT card in the NEAX 2400 IPX Circuit Card Manual identify the lead names for the connector connector and the terminal locations of the leads Cross Connection Referring to Figure 015 4 provide the necessary cross connections END CHAPTER 3 ND 71548 E Page 206 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 7 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 4 Cross Connection for PFT Installation Cable Central Office When PIM Power is OFF When PIM Power is ON ND 71548 E CHAPTER 3 Page 207 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 8 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines 4 CROSS CONNECTION OF ALARM IND
14. HANK ULM LT connector BN4820 48V EE mc BN4820 48V BN4821 48V EE BN4821 48V To Desk Console 0 m 533 MN Modular Block A3 PAUVRES GENE FM BN4830 48Vv BN4830 48V To Desk Console 1 BN4831 48V ____ m MEN BN4831 48V RPT Terminal PZ M377 NENNEN EN HE EN BASEU 7 PZ M377 2 3 4 TPWR e piii ie REEBSEER PBX RPT BASEU QOL ae Len FRONT VIEW ND 71548 E CHAPTER 3 Page 235 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 4 44 Installation of the DESK CONSOLE and Cable Connection Note When replacing Attendant Console with DESK CONSOLE follow the procedure below 1 Turn OFF the PWR card in the PIM 2 Remowve installation cables connected to ATTI and LT connectors on the ATT TERM 3 Remove installation cables connected to the following connectors RLT connector on the ATT TERM ATIO and LT5 and LT11 connectors on the 4 Install DESK CONSOLE using the LT connector on the ATT TERM 5 Turn ON the PWR card in the PIM CHAPTER 3 ND 71548 E Page 236 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 5 44 Installation of the DESK CONSOLE and Cable Connection 1 CABLE CONNECTION DIAGRAM a When the power is supplied from the PBX Fig
15. 271 Gotta ant ate eee Bat 272 2i THOEDISDARUIREEEASE SWAP ool rdc Eo ac 273 22 2ND RINGING T TTE 274 275 24 UPDATING CONFIGURATION 276 200 017 Installation of Maintenance Administration Terminal MAT and Cable Connections 277 1 INSTALLATION OF AND CABLE CONNECTIONS 277 2 INSTALLATION OF MAT AND CABLE CONNECTION BY USING MODEM 280 INSTALLATION OF SYSTEM MESSAGE PRINTER AND CABLE CONNECTIONS 202 NAP 200 018 Connecuorms or uu cir M re mon e ie Ai eie M CR 287 CHAPTER 4 SYSTEM STARTUP od RO obe Dor a Rodeo 291 k GENERA Xr 291 2 PRECAUTIONS BEFORE BEGINNING SYSTEM STARTUP 291 o SYSTEM STARTUP PROCEDURE 33527 91333 A ato e ER Bie d RET ee Ce Fea den cO Ecc scs 294 NAP 200 019 POWOI ON a aea testa ot det ena ate 295 ND 71548 E TABLE OF CONTENTS Page iii Issue 2 TABLE OF CONTENTS CONTINUED Page NAP 200 020 Program Installand Load ku 297 NAP 200 021 Assignment of Office Data 303 NAP 200 022 Check of Lamp In
16. From EMA MUSIC TEPEDE UEFA 1 4 hapa 3 LVDS MUX T gt TSW INT pO I MERC i LC TRK NN NN MUX MERCI 7 0 PHSW10 DTI DCS ND 71548 E CHAPTER 5 Page 323 Issue 2 INSTALLATION TEST PROCEDURE System Changeover Test Multiple IMG Configuration Figure 026 6 System Block Diagram GT and Other Controlling Blocks Multiple IMG Configuration This figure shows a system block diagram centering on the CPU and its controlling GT Although each side ap pears to have complicated connections the controlling route of CPU 0 goes directly to GT 0 and that of CPU 1 to GT 1 Therefore if the system of CPU is once changed over the ACT STBY of GT is also changed over IMG 1 IMG 2 IMG 3 TSW I O BUS DLKC 1 m DX As shown below though an ex ternal cable is physically con nected between ISAGT 0 and GT 1 the actual control signal is sent received only between IS AGT 0 and GT 0 via the back board bus ISAGT PZ GT26 LANI PZ PC19 GT PH GT09 TSW PH SW12 MUX PH PC36 DLKC PH PC20 EMA IOC 1000 PLO PH CK16 17 Note Because the ACT STBY changeover of CPU also affects the GT status the MBR key on GT card is not used for GT system changeover The key is used to switch over the Speech Path System involving TSW DLKC and MUX circuit cards See the next pag
17. START IP PAD Connection Test NAP 200 050 IP PAD Card IPTRK Connection Test NAP 200 051 IP Trunk Card for FCCS IPTRK Connection Test NAP 200 052 IP Trunk Card for CCIS IPTRK Connection Test 200 053 IP Trunk Card for H 323 PHA Connection Test NAP 200 054 PHA Card ho PHD Connection Test NAP 200 055 PHD Card PHC Connection Test NAP 200 056 PHC Card END CHAPTER 5 ND 71548 E Page 362 Issue 2 INSTALLATION TEST PROCEDURE The following describes the procedure for confirming the normality of IP PAD Here describes procedure for per forming connection test between IP Enabled D and the existing terminal and analog terminal or the ex isting trunk COT TLT and so on Perform the test with the other combinations of terminals when needed Note 1 is essential that IPX and the controlled LC TRK are in normal condition Note 2 Perform the test after confirming that PHD PHA is working normally by using tests Figure 050 1 Diagram of IP PAD Connection Test IP PAD PA 32IPLB y LC ELC Network Equipment SW HUB Router etc Existing Terminal b PZ46VCTB id PZ 16VCTB Sub PKGO Sub PKG1 ND 71548 E CHAPTER 5 Page 363 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 050 Sheet 2 3 ATTENTION Contents Static Sensitive Handling Precautions Required IP PAD Connection Test START 1 Confirm that OPE lamp A on IP PAD is lighting A A Th
18. 00101 02 03 04 05 06 07 08 09 10 14 12 1344 15116 17 18 19 20 21 22 23 Table 2 5 Controlling Circuit Cards in PIM 0 Single IMG Configuration Only LMMd 8 rSMd Vd T if oO gn UJ A 2 Circuit Card Symbol Functions Mounting Conditions 01 PA PW55 B PWR This circuit card supplies operating power to circuit cards accommodated in the PIM PA PW54 B DPWR This circuit card supplies operating power to circuit cards accommodated in the PIM 13 14 PH SW 10 TSW This circuit card combines the Time Division Switch TSW INT PLO MUX and CFT The TSW capacity 15 2048 x 2048 time slots and it allows non block switching for the maximum configuration This card 15 mounted within the PIMO only ND 71548 E CHAPTER 2 Page 23 Issue 2 INSTALLATION DESIGN Figure 2 11 Controlling Circuit Cards in PIM U zm E zx LMMd 8 rSMd Vd LXNIW 95 Table 2 6 Controlling Circuit Cards in PIM Slot No Circuit Card Symbol Functions Mounting Conditions 01 PA PWS5 B PWR This circuit card supplies operating power to circuit cards accommodated in the PIM PA PW54 B DPWR This circuit card supplies operating power to circuit cards accommodated in the PIM 13 14 PH PC36 MUX This circuit card 1 an interface card for mounting line circuits and or trunks Between the CPR and the Port Microprocessor PM of the line trunk circuit this
19. 350 5 2 Overall J6sEPTOCOdUl6 hes desta eios ir tad e sme vasa ebur be wen 350 NAP 200 043 Overall Test for C O Line Outgoing Call 351 NAP 200 044 Overall Test for C O Line Incoming Call 352 NAP 200 045 Overall Test of CCIS Tie Line Outgoing Call 353 NAP 200 046 Overall Test of CCIS Tie Line Incoming Call 355 NAP 200 047 Test of Connection and Alternate Routing to All Tie Lines 356 NAP 200 048 Test of Tandem Connection to Tie Line 358 NAP 200 049 PAD SCUING MTM 360 6 IPSONNECTIONBESE stn ee tone eke Boos done fus tee v 362 TABLE OF CONTENTS Page iv Issue 2 ND 71548 E TABLE OF CONTENTS CONTINUED Page arta cine teri ed 362 6 2 IP Connection Test Procedure 362 NAP 200 050 IP PAD Connection TeSt ua deed s ed bd ed 363 NAP 200 051 IP Trunk Card for FCCS Connection Test 366 NAP 200 052 IPTRK IP Trunk Card for CCIS Connection Test 369 NAP 200 053 IPTRK IP Trunk Card for H 323 Connection 372 200 054 PHA Connection Test 375
20. 7 v NCU XBlx NCU XTIx Y O gt gt PFT gt gt RUM TOALARM amp ALM MN INDICATOR ALM E Oa IPX EXALM CA A INST CABLE Note 1 Legend 4 Male CONNECTOR Female CONNECTOR Note 2 lt 0 or gt in the above drawing indicates the CONNECTOR ended Cable to be connected between module connector and MDF CHAPTER 2 ND 71548 E Page 34 Issue 2 INSTALLATION PROCEDURE CHAPTER 3 INSTALLATION PROCEDURE 1 GENERAL This chapter explains the procedures for installing the PBX the Maintenance Administration Terminal MAT Desk Consoles and various types of terminal equipment single line telephones 05 Data Modules etc The procedures in this chapter are shown in Figure 3 1 Before installing it thoroughly read Section 2 PRECAUTIONS BEFORE BEGINNING INSTALLATION and observe the precautions while performing the installation Figure 3 1 Scope of Installation Procedure Installation of Peripheral Equipment NAP 200 015 Installation Preparation Basic Procedures C O Tie Line NAP 200 001 002 003 Assembly and Installation of the Module Ono Single line TEL Group NAP 200 004 005 2 Cable Termination NAP 200 014 X Paging Announcement N ALM IND TAS IND External CHAMP Connector Key Box Cable Running NAP 200 013 Installation of MDF NAP 200 007 Circuit Card Desk Console Re
21. CHAPTER 3 ND 71548 E Page 132 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 36 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 19 Power Cable Connections for IMG2 3 2 PIM System Multiple IMG Configuration Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system REAR VIEW FRONT VIEW RTT 1 wa OXNW 9 Od Hd 2 0 ND 71548 E CHAPTER 3 Page 133 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 37 64 Internal Cable Connections Multiple IMG Configuration Table 010 12 Power Cable Connections for IMG2 3 2 PIM System Multiple IMG Configuration FROM FTO UNIT MODULE CONNECTOR CONNECTOR CABLE NAME NAME MODULE NAME CIT BAWU PWRA f mw wem o ROB S Pino wR pmo 40 PPWRCKA 6 PiMo PWR A8VINCONN pmo Vi 3PPWRCAB LT PIMIGWR A8VINCONN avo _ CHAPTER 3 ND 71548 E Page 134 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 38 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 20 Power Cable Connections for IMG2 3 3 PIM System Mu
22. E CHAPTER 7 ND 71548 E Page 398 Issue 2 FRONT COVER Note The Front Cover can be set to open to either the left side or right side The Front Cover in this figure is open to the left side as an example When it is to open to right side mount the Front Cover onto the frame by setting the respective hing es on the left side of the frame and the Front Cover WORK AFTER INSTALLATION TESTS Figure 7 9 Front Cover Mounted Method FANU FRONT COVER C U ND 71548 E CHAPTER 7 Page 399 Issue 2 WORK AFTER INSTALLATION TESTS 4 ATTACHMENT OF INTER FRAME BRACKETS This section covers how to attach inter frame brackets between the cabinets Figure 7 10 Locations of Inter frame Brackets When the maximum four IMG configuration is adopted the inter frame brackets should be attached in the following locations 7 Na Inter frame Brackets CHAPTER 7 ND 71548 E Page 400 Issue 2 WORK AFTER INSTALLATION TESTS Attachment Procedure STEP 1 Referring to the Figure 7 11 through Figure 7 11 fix the brackets E between the modules Figure 7 11 How to Attach Inter frame Brackets Dedicated screws for inter module stabilization Note Bracket E LPM PIM Note 7hese screws are appended when obtaining the module components from NEC STEP 2 Referring to Figure 7 11 and Figure 7 11 fix the brackets A with the screws STEP 3 Referring to Figure 7 11 and Figure 7 11 fi
23. o ng N 4 lt e A ND 71548 E CHAPTER 3 Page 59 Issue 2 INSTALLATION PROCEDURE Figure 005 7 Attachment of the Top Cover Mount the Top Cover onto the TOPU Then fasten the four screws by using the Phillips screwdriver Top Cover CHAPTER 3 ND 71548 E Page 60 Issue 2 INSTALLATION PROCEDURE NAP 200 005 Sheet 8 18 Mounting of Units and Modules 4 PROCEDURE FOR FANU IN THE FAN BOX When any IMG is configured by 3 or 4 PIMs the FANU must be accommodated within the FAN BOX in the center of the cabinet Because the FANU is originally mounted on the TOPU as shown in Figure 005 3 relocate the FANU into the dedicated FAN BOX as per the STEPs below STEP 1 Referring to Figure 005 3 remove the FANU from the TOPU Remove the two screws fastening the PZ M369 Then lift away the PZ M369 e Remove the four screws fastening the FAN Mounting Plate tipped with three FANs Then lift away the FAN Mounting Plate Note Retain the removed screws STEP 2 Fasten the PZ M369 and FAN Mounting Plate onto the FAN BOX connection bar refer to Figure 005 8 Use two screws for PZ M369 and four screws for FAN Mounting Plate retained in STEP l STEP 3 Connect the FAN cables for and FC2 connectors on the PZ M369 Refer to Figure 005 9 STEP 4 Insert the FANU prepared in STEP 1 through STEP 3 into the FAN BOX Then secure the FANU with the
24. INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Single IMG Configuration Run the bus cables referring to Figure 010 23 Then fasten the bus cables to the cabinet referring to the figure be low Figure 010 22 Bus Cable Connections for 1 PIM System The drawing below illustrates how to run the bus cables for the 1 PIM system For details on actual cable running see Figure 010 23 Note Normally the cable are fastened onto the cabinet at the proposed locations where small dots are provided in this figure ND 71548 E CHAPTER 3 Page 139 07 31 02 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 43 64 Internal Cable Connections Single IMG Configuration Contents Static Sensitive Handlin Precautions Required Figure 010 23 Details on Bus Cable Connections for 1 PIM System Connect the bus cables as shown below Note that dotted line indicates a bus cable for a dual system FRONT VIEW REAR VIEW Table 010 15 Bus Cable Connections for 1 PIM System UNIT UNIT CONNECTOR CABLE NAME ENT CPR 0 ON IPX GT BUS CA A Front Connector s LPM 227 PIMO BUSIA IPX GT BUS CA A Front 20AL 60 FLTCA 7 MUSIC W
25. NAP 200 020 Sheet 1 7 ATTENTION Contents Static Sensitive Handling Precautions Required Program Install and Load Perform the following items for loading the program from the flash card Figure 020 1 Locations of Switches OPE and Flash Card Slot PZ IO31 k PIMOPE WDT E Ne 11 Slot for inserting teysremsevecrh 2 2 Flash Card 8 DSP STATUS MBR SENSE Flash Card Ejector MB by sliding s POWER downward MB is set to ON FRONT VIEW ND 71548 E CHAPTER 4 Page 297 Issue 2 SYSTEM STARTUP NAP 200 020 Sheet 2 7 Program Install and Load SIART Flash Card Insertion software Merging CHAPTER 4 Page 298 Issue 2 ATTENTION Contents Static Sensitive Handling Precautions Required Here describes the procedure for inserting a flash card into PC PC needs to be installed Windows 2000 and equipped with PCMCIA card slot Insert Steps Insert a flash card into PC Note 7e flash card FLASH ATA 320M prepared by NEC must be used Make sure the card icon appears in the task box indicating PC recog nized the flash card successfully Here describes the procedure for merging basic software and software s Prepare the appropriate CDs to be installed Merger Steps 1 2 3 Select Program MAT 10015 MSVICD to display MSVICD window Select Initial Setup and click Execute button When Step 1 Basic Software CD Copy
26. e Ifthe system operates as directed by the office data Whether reinitialization or system changeover can be performed Whether the interface with the associated distant office is normal e Chapter 6 FAULT RECOVERY DURING TESTS This chapter explains the recovery procedure which the installer needs to follow in case of a fault occur rence while engaging in work pertaining to system startup and basic connections e Chapter 7 WORK AFTER INSTALLATION TESTS This chapter explains various kinds of work and site cleaning etc which must be performed after comple tion of installation tests so that the system can be cut over normally 2 2 How to Follow NAPs This manual categorizes the work contents of installation system startup and installation tests into detailed work items and an NEC Action Procedure NAP number is assigned to each of such work item The following shows how to interpret a NAP number NAP XXX XXX Serial Number 000 999 Note Work Category Number 200 Installation 215 System Startup Installation Test Fault Recovery Note Performing NAPs in sequential order by serial numbers is recommended Figure 1 3 shows an example of an NAP ND 71548 E CHAPTER 1 Page 3 Issue 2 INTRODUCTION Figure 1 3 Example of NAP NAP Number Sheet Number of NAP Installation of the Base Unit Title of NAP 1 INSTALLING THE BASE UNIT USING A SPECIAL STAND START Securing the Base Unit __ Secure the
27. wa oe NEAX2400 IPX Internet Protocol eXchange Installation Manual Revision Sheets 3 6 ND 71548 E ISSUE No ISSUE No J SEN PAGE No PAGE No 45 57 5 5 59575 39 TERT wa oe NEAX2400 IPX Internet Protocol eXchange Installation Manual Revision Sheets 4 6 ND 71548 E ISSUE No ISSUE No J SEN PAGE No PAGE No 45 57 5 5 59575 EN 1T LLL EE LG wem oe mwwsrmm NEAX2400 IPX Internet Protocol eXchange Installation Manual Revision Sheets 5 6 ND 71548 E ISSUE No ISSUE No Ed PAGE N PAGE No 45575 59575 me wa oe mwwsrmm ONE NEAX2400 IPX Internet Protocol eXchange Installation Manual Revision Sheets 6 6 ND 71548 E
28. Bos risa 35A 49A _ Note Selection of T Type Clamp Terminal The asterisk in Table 2 9 indicates that an auxiliary conductor is necessary when using a main power wire and a branch power wire of a thinner diameter and the clamp terminal of the type indicated in the selected columns ND 71548 E CHAPTER 2 Page 31 Issue 2 INSTALLATION DESIGN Table 2 10 Clamping Tool APPLICABLE CROSS TOOL TYPE ACCESSORIES SECTION OF WIRE mm 0 25 6 64 NEM Md Manual type for A and C type terminal D type terminal No 10 6 64 117 02 die 4 Convex die 8 No 11 6 64 117 02 Convex die 4 Pedal type hydraulic tool for all Convex die 8 terminal types No 12 117 02 325 j Conus d el Z E and No 12 tools are used with o 13 14 122 Convex die 7 pairs Handling type hydraulic tool for T type terminal 123 365 Convex die 5 pairs Use with No 13 for T type terminal Figure 2 16 Calculation Method for Sectional Area 6 64 42 42 Convex die 2 pieces Handling type hydraulic tool for A C BATTERY RECTIFIER ECOSSE c I1 M1 2 2 s 0 018 11 1 12 2 V Sectional area required mm2 Max current passing between battery and rectifier Two way cable length between battery and rectifier Max current passing between rectifier and PBX Two way cable length between rectifier and PBX Voltage d
29. CABLE NAME MODULE NAME MODULE NAME MUX000 PIMO IMGO MUX Slot 13 MT24 TSW CA F TSW00 00 DE TSWM MUX100 IMGO MUX Slot 14 34PH MT24 TSW CA F 10 TSWM MUXO001 PIMI IMGO MUX Slot 13 MT24 TSW CA E TSW 00 Nee tek ND 71548 E CHAPTER 3 Page 165 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 5 24 Inter Frame Cable Connections Multiple IMG Configuration Contents Static Sensitive Handlin Precautions Required Figure 011 3 Inter Frame Bus Cable Connections for IMG1 IMG2 1 PIM System Connect the inter frame bus cables between IMG1 and IMG2 1 PIM system as shown below Note that the dotted line indicates the bus cable for a dual system IMG2 IMG1 i TSW12 TSW02 MUX120 REAR VIEW FRONT VIEW Table 011 3 Inter Frame Bus Cable Connections for IMG1 IMG2 1 PIM System UNIT MODULE _ NES IM CONNECTOR CABLE NAME NAME MODULE NAME MUX020 51013 24 TSW TSW 02 PIMO TSWM MUXI20 IMG2 51014 34PH MT24 TSW CA F TSW 12 CHAPTER 3 ND 71548 E Page 166 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 6 24 ATTENTION Contents Static Sensitive Handling Precautions Required Inter Frame Cable Connections Multiple IMG Configuration
30. DETAIL OF BOARD CHAPTER 3 ND 71548 E Page 108 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Run the power cables referring to Figure 010 6 Then fasten the cables to the cabinet referring to the figure below Figure 010 5 Power Cable Connections for 1 PIM System The drawing below illustrates how to run the power cables for the 1 PIM system For details on actual cable running see Figure 010 6 FRONT Note Normally the cable are fastened onto the cabinet at the proposed locations where small dots are provided in this figure ND 71548 E CHAPTER 3 Page 109 07 31 02 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 13 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 6 Details on Power Cable Connections for 1 PIM System Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system REAR VIEW FRONT VIEW OMSL OLMS Hd LMS L OLMS Hd CHAPTER 3 ND 71548 E Page 110 Issue 2 07 31 02 INSTALLATION PROCEDURE 200 010 Sheet 14 64 I
31. END CHAPTER 7 ND 71548 E Page 390 Issue 2 WORK AFTER INSTALLATION TESTS Figure 7 1 Mounting of the Covers ND 71548 E CHAPTER 7 Page 391 07 31 02 Issue 2 WORK AFTER INSTALLATION TESTS Mounting Method BASEU LPR PIM0 Figure 7 2 Side Cover SIDE COVER FRONT ND 71548 E CHAPTER 7 Page 392 2 07 31 02 WORK AFTER INSTALLATION TESTS Figure 7 3 Side Cover Mounting Method PIM a fos ND 71548 E CHAPTER 7 Page 393 Issue 2 WORK AFTER INSTALLATION TESTS Figure 7 4 Rear Cover Mounting Method BASEU LPR PIMO REAR COVER SIDE VIEW CHAPTER 7 ND 71548 E Page 394 Issue 2 WORK AFTER INSTALLATION TESTS Figure 7 5 Rear Cover Mounting Method PIM MODULE 0 e SCREW wy lt REAR COVER REAR SIDE MODULE ax cM ee ee MM 771 7 SIDE VIEW ND 71548 E CHAPTER 7 Page 395 Issue 2 WORK AFTER INSTALLATION TESTS Figure 7 6 Rear Cover Mounting Method FANU REAR COVER REAR COVER CHAPTER 7 ND 71548 E Page 396 Issue 2 WORK AFTER INSTALLATION TESTS Figure 7 7 Front Cover Mounting Method BASEU LPR PIMO V S A TTI gt TTT IY fe FRONT COVER CHAPTER 7 Page 397 Issue 2 ND 71548 E WORK AFTER INSTALLATION TESTS Figure 7 8 Front Cover Mounting Method PIM Mount the Front Cover onto the module using screws
32. Figure 015 2 Cross Connection of Trunks C O Lines and Tie Lines Module Group Side 1 16COT card 16COT CARD C O LINE 2 8TLT card for DID Trunk 8 CARD TIE LINE 3 8TLT card for E amp M Trunk TAX MX B TIE LINE TBX mx Note 1 For 2W 4W E amp M systems these leads are not used 309909 Note 2 For 4 7 trunks the leads appear at the front of the card Refer to the description of the card in the Circuit Card Manual CHAPTER 3 ND 71548 E Page 204 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 5 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines 3 CROSS CONNECTIONS FOR PFT Note 1 The COT must be accommodated in a universal slot of the same Unit U in which the cross connected is mounted See the figure below Note 2 Provide the necessary cross connections at the MDF by using copper wires of 0 5 mm diameter 24 2 core twisted wire is used for speech path and single core wire is used for control wire It is recommended that wires of different colors be used for trunks station lines PFT etc so that they can easily be distin guished Figure 015 3 Mounting Locations of PFT PA M53 The 53 card is mounted in slot 04 or in slot 15 of each PIM FRONT VIEW 00 01 02 03 04 05 06 07 0809 10 11 12 13 14 15 16 17 18 19 20 2122 23 MS L XNW MSL XNW
33. IT 6 LEAD PIN LEAD MUSIC SL SOURCE _ meam Note 1 SA O a or Il to EXALM E pes TO sues 6 sura MIB MNB T RPT1 G a O I 0 9 i RPTO 48V 32 7 BELL sj x z 9 ee as extn External When the rectifier is equipped with a dry relay connect the cable as follows Rectifier EMA 5 No 3 Rectifier IPX EXALM CA A Installation Cable FRONT VIEW Note 1 is not used at this time Note 2 The distance between PBX and Alarm Indicating Pannel must be less than 100 m 3 281 feet Note 3 Following numbers of lines 48V wire GND wire are required depending on the wire gauge WIRE GAUGE NUMBER OF REQUIRED LINES More than 6 lines for each 48V wire GND wire More than 3 lines for each 48V wire GND wire More than 2 lines for each 48V wire GND wire CHAPTER 3 ND 71548 E Page 210 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 7 Connection of Alarm Indicating Panel Multiple IMG Configuration Cabling Diagram MPALM is used to receive alarm information from Power Equipment Rectifier
34. 329 NAP 200 029 ORT RST Card Connection Test 330 NAP 200 030 ATTCON ATI Card Connection Test 332 NAP 200 031 Line LC ELC DLC Card Connection Test 333 NAP 200 032 Outgoing Trunk TLT DTI Card Connection Test 334 NAP 200 033 Incoming Trunk COT TLT DTI Card Connection Te SL dee dud Retina RE eae s 337 NAP 200 034 Direct In Termination Trunk COT Card CONNECCION TESE s bac de ES mee nU LEE Ib e du 339 NAP 200 035 SND RST Card Connection Test 340 NAP 200 036 3 party Conference Trunk Function Test 341 NAP 200 037 Connection Test Announcement Trunk for Announcement Service 342 NAP 200 038 Connection Test Digital Announcement Trunk for Announcement Service 343 NAP 200 039 Connection Test Paging Trunk for Paging Access Service 344 NAP 200 040 Connection Test Paging Trunk for Paging Transfer Service 345 NAP 200 041 Radio Paging Trunk Card Connection Test 347 NAP 200 042 Howler amp Ringing Signal Test 348 oO OVERALL TEST 2334534 deti gehe du ded dcr scis 350 Oe Lore sets de reno dut Rud Ls zer ence cnet aoa cd Mig irs aie
35. 95 OXNW 95 LXNW 95 OXNW 95 LXNW 95 Note 2 LANI cards in slots 0 3 of CPR are optional 01 03 04 05 CPR 1 Note 2 gt 50 212 252 E 339 25 Xx 115 o 2 CPRO o M e o ud Note 2 ND 71548 E CHAPTER 2 Page 19 07 31 02 Issue 2 INSTALLATION DESIGN Figure 2 7 Face Layout of Multiple IMG System IMG1 IMG 1 NE Multiple IMG TOPU L E U U 79170 eis 2 E EE xx 2 2 E 2112165365196 w s s T U U 79179 elke 2 amp 3 2 5 n FANU eT TT v o Tes S sv a des U U Ul U PIM1 31 3 o o w ow w s s vf va va va 5 my P gt I I U U Ul U 3 ale 23 To o o ss or os os s s o w s s opm n z 5 01 U U Ul 91717 717 717 U 70 sss s Ul U DIDAIDI NI DIN DN O O 5 TSWM A gt e e 3 5 5 amp x O O Er BASEU ote No circuit card is mounted in Slot 02 of TSWM CHAPTER 2 ND 71548 E Page 20 Is
36. DUMMY BASEU INSTALLATION PROCEDURE NAP 200 011 Sheet 16 24 Inter Frame Cable Connections Multiple IMG Configuration Table 011 9 Inter Frame Bus Cable Connections for IMG1 IMG3 3 PIM System EN m CONNECTOR UNIT MODULE EN NUN CABLE NAME MODULE NAME NAME TSWM MUX030 PIMO IMG3 MUX Slot 13 34PH MT24 TSW CA H TSW 03 Lr swa Paes STATON Pe swe Mux rive acs MUX Gloria MTAETS ND 71548 E CHAPTER 3 Page 177 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 17 24 ATTENTION Inter Frame Cable Connections Multiple IMG Configuration Contents Static Sensitive Handling Precautions Required Figure 011 10 Inter Frame Bus Cable Connections for IMG1 IMG3 4 PIM System Connect the inter frame bus cables between IMG1 and IMG3 4 PIM system as shown below Note that the dotted line indicates the bus cable for a dual system IMG3 TOPU PIM3 PIM2 FANU PIM1 TOPU PIMO TSW13 MUX133 TSW03 MUX132 TSWM DUMMY MUX131 MUX130 BASEU BASEU 2 REAR VIEW FRONT VIEW CHAPTER 3 ND 71548 E Page 178 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 18 24 Inter Frame Cable Connections Multiple IMG Configuration Table 011 10 Inter Frame Bus Cable Connections for IMG1 IMG3 4 PIM System Em R CONNECTOR UNIT MODULE NE
37. IMGO IMG IMG2 ae TIER E Internal Cable IMG2 0037 PIM1 PIM1 PIM1 IMG3 010 35 011 1 011 1 IMGO IMGI 14 PIM 22 Inter Frame Bus Cable IMG0 IMG3 011 13 011 13 IMGO 011 13 010 6 IMGI 010 17 010 10 IMG2 010 21 010 14 IMG3 010 20 010 13 IMGO 010 30 010 19 ERR E 010 34 010 23 T Internal Cable M9 01034 01023 IMG 3T o IMG3 16 o4 oni IMGO IMGI sat 15 PIM System Inter Frame Bus Cable IMGI IMG2 011 6 011 6 IMGI IMG3 011 9 011 9 IMGO0 IMGI 011 11 011 11 Inter Frame Alarm Bus Cable IMG0 IMG2 011 12 011 12 IMGO IMG3 011 13 011 13 Inter Frame Alarm Bus Cable Power Cable ND 71548 E CHAPTER 3 Page 103 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 7 64 Internal Cable Connections Table 010 1 Quick Reference Table Continued SYSTEM TYPE KIND OF CABLE FRAMENAME FIGURE TABLE IMGO 010 13 010 6 IMGI 010 17 010 10 Power Cable IMG2 010 21 010 14 IMG3 010 21 010 14 IMGO 010 30 010 19 IMGI 010 34 010 23 IemalCaue MO 01034 01022 mE PM FANU IMG3 010 37 16 PIM System Inter Frame Bus Cable IMGI IMG2 011 6 011 6 IMGI IMG3 011 10 011 10 IMGO0 IMGI 011 11 011 11 IMG0 IMG2 011 12 011 12 IMG0 IMG3 011 13 011 13 Inter Frame Alarm Bus Cable CHAPTER 3 ND 71548 E Page 104 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 8 64 i
38. MN EM mE L emo Vi mowo VINCONN GPFWRCRB _ LE mE EN mE NEM CHAPTER 3 ND 71548 E Page 120 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 24 64 Internal Cable Connections Multiple IMG Configuration Run the internal power cables referring to Figure 010 13 through Figure 010 21 Figure 010 13 Power Cable Connections for IMGO Multiple IMG Configuration Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system ATTENTION Contents Static Sensitive Handling Precautions Required REAR VIEW FRONT VIEW TOPU PIM 3 PIM 2 Tees ess poor o es Fo T s s TS 9 S es B os oe eor e o vo p s v o vo 20 g 27 o OXNW 95 1 1 OXNW 9 9d Hd PIM O BSCM y 01 03 04050607 08 pe 1 zzpu ge NS gt MGC F ND 71548 E 121 07 31 02 Issue 2 INSTALLA
39. Note Jf the MBR key is once flipped on the active GT card all the Speech Path related systems TSW INT DLKC and MUX in the same switching block are totally changed over However ACT STBY of GT and PLO is not affected ND 71548 E CHAPTER 5 Page 325 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 027 Sheet 1 2 Contents Static Sensitive Handling Precautions Required System Initialization Test Test Outline Tests are performed to see if system initialization can be executed There are two kinds of test method test by using START button on the TOPU and test by turning power ON OFF START Perform system initialization via START button Set the SYSTEM DATA key on the TOPU to NON LOAD side and set the PROGRAM key to NON LOAD side Perform system initialization by pressing START button on the TOPU Confirm the system When the system is initialized CPU OPE lamp Green on the DSP circuit card lights When the system is initialized System Message 7 B is displayed on the MAT Figure 027 1 System Initialization via Start Button To perform system initialization set the switch keys on the TOPU as shown below then press START button EFFECT PROGRAM SYSTEM DATA INITIAL LOAD NON LOAD START Qo uL PZ DK222 NON LOAD CHAPTER 5 ND 71548 E Page 326 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 027 Sheet 2 2 System Initialization Test ATTENTION
40. This NAP explains the procedure for securing the Base Unit onto the floor directly or using special stand 1 INSTALLING THE BASE UNIT DIRECTLY ONTO THE FLOOR START Securing the Base Unit Secure the Base Unit onto the floor as per Figure 004 1 and 004 2 When the floor elevation is in use secure the Base Unit by referring to Figures 004 1 and 004 3 END Level Check Check the level ofthe Base Unit If necessary adjust the level by inserting spacers beneath the Base Unit Figure 004 1 Mounting the Base Unit on an Ordinary Floor BOLT LOCK WASHER PLAIN WASHER ND 71548 E CHAPTER 3 Page 51 Issue 2 INSTALLATION PROCEDURE NAP 200 004 Sheet 2 3 Installation of the Base Unit Figure 004 2 Mounting the Base Unit on a Free Access or Computer Floor BASE UNIT FREE ACCESS FLOOR FLAT WASHER COMPRESSED PIPE FLAT WASHER A ANCHOR BOLT P4 Id d d d di d di d CR gt Figure 004 3 Mounting the Base Unit on Free Access Computer Floor via Elevation Example The floor elevation is higher than 150 mm 5 9 inches FLOOR ELEVATION BASE UNIT FREE ACCESS FLOOR CHAPTER 3 ND 71548 E Page 52 Issue 2 INSTALLATION PROCEDURE NAP 200 004 Sheet 3 3 Installation of the Base Unit 2 INSTALLING THE BASE UNI
41. connectors on the IOC card Referring to Figure 013 3 secure the connector cables to the Module ND 71548 E CHAPTER 3 Page 193 Issue 2 INSTALLATION PROCEDURE NAP 200 013 Sheet 8 13 ATTENTION Contents Static Sensitive Handlin Precautions Required Cable Running from the PBX to MDF ATTCON MAT and SMDR Figure 013 3 Example of Cable Tying Using Tie Wrap Backplane A Zz 2 ake E 2 Fi TE Zr lt ec REAR SIDE o 0 7 09 _ o 0 Pa CHAPTER 3 ND 71548 E Page 194 Issue 2 INSTALLATION PROCEDURE NAP 200 013 Sheet 9 13 Cable Running from the PBX to MDF ATTCON MAT and SMDR 5 TERMINATION OF THE CABLES BETWEEN THE PBX AND THE MDF OR ATTCON ONTO THE CABLE SUPPORT ASSEMBLY SIART Removing the Cable Support Assembly Remove the Cable Support Assembly from the BASEU See Figure 013 4 Peeling the cable cover Referring to Table 013 1 confirm the cable terminating locations on the Cable Support Assembly At the cable terminating locations peel off the cable cover as shown on Figure 013 5 Terminating the cable Referring to Figure 013 5 wind the clamp M 398902 0809 onto the cable portion from which the cover has been peeled off Referring to Figure 013 6 terminate the cable onto the Cable Support Assembly When all the cables have been terminated to the Cable Support Assembly A likewise
42. installing batteries an EMF panel must be placed in line series with the input 48 V DC supplied to the PBX This panel is necessary when changing the state of the rectifier from float to equalize and vice versa ND 71548 E CHAPTER 2 Page 11 Issue 2 INSTALLATION DESIGN Note 1 When the rectifier is in the equalize state charging the batteries the output DC voltage should be 1 5 to 2 volts higher than the float voltage Examples of the voltages for floating and equalizing are listed below Float 50 5 V DC Equalize 52 V DC Refer to Note 2 Note 2 The Equalize voltage is 1 5 to 2 V higher when EMF panel Diode Drop is utilized When an EMF panel is not provided the Float and Equalize Voltage must be the same 50 5 V Note 3 The main source power is AC input Note 4 Noise caused in the 48 V output from the rectifier should be less than 5 mV 6 2 Current Consumption The PBX operates on 48 V 5 V DC which is supplied from external power equipment the rectifier and the battery Various DC voltages required within the system are provided by the DC DC converter in each module The DC DC converter upon receiving the 48 V DC source power converts it into various DC voltages and supplies them to the associated circuits Figure 2 2 shows the current consumption of the PBX Figure 2 2 Current Consumption of the PBX 500 600 900 No of PORTS CHAPTER 2 ND 71548 E Page 12 Issue 2 INSTALLATION DESIGN
43. length you use For example if you use distance in feet you must also use DC resistance per foot Resistance of 48V cables J Resistance of GND cables u Q m x x m Q m x x m 2 1 Number of 48V cables p Number of GND cable Resistance of 48V cables Resistance of GND cables V Q m x y m v O m x y m 2 2 Number of 48V cables Number of GND cables Resistance of 48 cables Resistance of GND cables w x z m w x z m 2 2 i Number of 48V cables M Number of GND cables Direct Current resistance per meter in the range of A m v Diurect Current resistance per meter in the range of B O m Direct Current resistance per meter in the range of C Q m x Cable length m in the range of A y Cable length m in the range of B 7 Cable length m in the range of C CHAPTER 3 ND 71548 E Page 238 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 7 44 Installation of the DESK CONSOLE and Cable Connection b When using Local Power Supply Note Note When using local power supply DESK CONSOLE cannot be used in case of power failure Figure 016 4 Cable Connection Diagram When Using Local Power Supply Installation DESK CONSOLE Cable 6 core Modular 6 core Modular Rosette Cable DESK CONSOLE The maximum distance between the ATI circuit card and DESK CONSOLE 1 as shown below Local Power Supply 1 200 m 3 937 ft 1 500 m 4 921
44. press the SRC key d When pressing the Release key Configuration Menu disappears and the DESK CONSOLE returns to normal operation ND 71548 E CHAPTER 3 Page 263 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 32 44 Installation of the DESK CONSOLE and Cable Connection 12 SELECTION OF CONFIGURATION ITEM By using a numeric key press the desired number in Configuration Menu A menu for assigning configuration data appears Assign configuration data referring to Assignment of Configuration Data on the next page Figure 016 21 Selecting a Configuration Item Position Position Alarm Available Busy ATND NANS Recall TRKSL Park SC SVC gt 1 2 3 ABC gt 4 5 6 1 L3 7 8 9 Answer key Lo t7 Numeric keys Release key CHAPTER 3 ND 71548 E Page 264 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Installation of the DESK CONSOLE and Cable Connection 13 ASSIGNMENT OF CONFIGURATION DATA This section explains how to assign each configuration data When assigning configuration data the following shaded keys are used Figure 016 22 Assigning Configuration Data Position Alarm gt LDN TIE ATND NANS JO 0 EMG BV TRKSL Call Park SC O Numeric keys ND 71548 E CHAPTER 3 Page 265 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 34 44 Installatio
45. window displays Insert a CD con taining Basic Software and select a folder to be copied in Copy To field Then click Next button A confirmation dialog displays indicating that making sure the path on the screen click Yes button to copy Basic Software into the folder When Step 2 Software Merge window displays insert the CDs System Capacity License IP Capacity License and Softphone Client Li cense to be merged with the basic software Then click Next but ton Note 7e merged file varies depending on the system After the merger is complete a dialog box displays indicating whether to keep merging software To merge the file again click Yes button Other wise click No button to exit the process The merged file varies depending on the system After the merger is complete a dialog box displays indicating whether to keep merging software To merge the file again click Yes button Other wise click No button to exit the process Note When other message is displayed refer to ERROR MES SAGE LIST Click OK button to close the window ND 71548 E SYSTEM STARTUP NAP 200 020 Sheet 3 7 ATTENTION Contents Program Install and Load Static Sensitive a D Handling Precautions Required Software Writing Here describes the procedure for writing updated program into a flash card This step 15 performed using FLCVTR Be careful when using this command as following Login
46. 22 28222286 e264 25425 4244 Check the system message NO Make sure the office data by using commands AGIP AVIPS ARTD ADPC ARTI ATRK ACSC and ACIC2 ELS o YES ND 71548 E CHAPTER 5 Page 373 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 053 Sheet 3 3 ATTENTION IPTRK IP Trunk Card for H 323 Contents Static Sensitive Connection Test Handling Precautions Required 5 Confirm that L1 lamp on IPTRK 1 changed into lighting which indicates the data 1s successfully registered in Gate Keeper GK When LI lamp remains flashing check the following NO Make sure the office data by using commands AGIP AVIPS ARTD ADPC ARTI ATRK ACSC ACICI ACIC2 Make sure the system message indicates the data 15 successfully registered in YES Check the settings for GK 6 Block all the trunks except for the trunk to be tested and then self node makes a test call with an station number which other node accommodates Is the test successfully completed Is the trunk successfully seized Make sure that the trunk to be tested is unblocked using MBTK Use PING command to check the normality of connection between router or other equipment and Gate Keeper Check the office data by using commands AGIP AVIPS ARTD ADPC ACSC ACICI ACIC2 AR
47. 6 3 Power Distribution Box Requirements The Power Distribution Box PDB should be installed with the following considerations 1 The AC power source service outlet and the fuse for the junction box should be provided independently of any equipment other than the switching equipment 2 A warning notice should be attached to be PDB circuit breaker so that it will not be turned off acciden tally 3 Power Distribution Box should be installed at a location that is easy to reach 4 The Power Distribution Box should be installed at a location where the connecting cables extending to the switching equipment will not be broken accidentally 5 The PDB cables should be run in such a way that they do not hamper the technician performing the instal lation 6 The Personal Computer MAT must have a separate AC service outlet 6 4 Grounding System grounding must have a specific ground resistance and AC noise level and is to be connected to a prede termined terminal in the PBX Standard grounding requirements are shown below e Communication grounding Less than ohm e Security ground for Module Group Less than ohm e Grounding for the line protector of the MDF Less than 1 ohm Note The AC ripple of various types of grounding should be less than 1 2 V pp 7T MDF REQUIREMENTS Either a self standing or wall mounted type MDF can be used The MDF must be equipped with the following types of terminal blocks e Arrester board for
48. Attachment of Inter frame Brackets 5 Site Cleaning 1 OFFICE DATA MANAGEMENT This paragraph explains the method of creating backup of the Office Data and the method of protecting the Of fice Data The PBX executes various kinds of processing according to the results of access by the CPU to the Data Memory in which the Office Data are stored If the contents of Data Memory become faulty it may result in erroneous operation of the system or in a system down If any part of the Office Data has been illegally changed it may also bring about a trouble the same as in the case of a fault occurrence to the Data Memory Thus upon completion of the installation tests ensure to create backup of the Office Data and provide a proper measure of office data protection 1 1 Preservation of Office Data The following items should be kept at the job site after the installation test has been completed for preservation of office data 1 Office Data Programming Sheets Since the office data programming sheets should reflect the latest data at all times entries into the office data programming sheets must be made with pencil 2 Flash Card for Storing Data If a major change is made to the office data especially a change involving System Data command ASYD ASYDL ASYDN the system may not function as expected afterward To prepare for such an occurrence two flash cards should be kept on hand one contains office data before the change the
49. C O lines and external lines e Test spring terminals for localization tests Local Block terminals The number of terminals is to be determined according to the circuit configuration of the PBX and the number of local lines ND 71548 E CHAPTER 2 Page 13 Issue 2 INSTALLATION DESIGN 8 INSTALLATION TOOLS Table 2 2 shows the tools used in a typical NEAX2400 IPX installation Table 2 2 Typical Installation Tools FUNCTION TOOLS PURPOSE Marking Steel Tape Measure Center Punch For Leveling and L Square Step Ladder Marking Plumb Iron Square Scriber Line Iron Level Drilling Electric Drill Concrete Chisel Drilling Module Group and Rack Installation Power Cable Installation Miscellaneous Electric Vibration Drill Hammer Point Drill Drill Bit for Concrete Plump Bob Jigsaw Hacksaw Frame Hacksaw Blade Flat File Half Round File Set File Adjustable Angle Wrench Clamping Tool for End Terminal Branch Terminal Circuit Tester Pocket Measure Scissors Wire Clipper Cable Cutter Nipper Wire Stripper Round Nose Pliers Non Metallic Stick Solder Helper Solder Sucker IC Clip Mini Test Probe Drill Bit for Metal Power Cable Drum Extension Cable Frame Cart Cutter Set Wrench Socket Wrench Set Step Ladder Phillips Screwdriver Screwdriver Plastic Hammer Phillips Screwdriver Screwdriver Cutter Telephone Set Working Lamp Wrapping Tool Unwrapping Tool Soldering Iron Mo
50. CA D EE e Bassu mmi pwee _ LT 48VIN CONN 480 3PPWRCAA s Pino wR 48VINCONN 3PPWRCAB _ o Pit wry Pmi 3PPWRCAA 10 MIGNE 48VINCONN Pmi avi 3PPWRCMB CHAPTER 3 ND 71548 E Page 126 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 30 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 16 Power Cable Connections for IMG1 3 PIM System Multiple IMG Configuration Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system REAR VIEW FRONT VIEW TOPU PIM 2 FANU PIM 1 TSWM BASEU ND 71548 E CHAPTER 3 Page 127 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 31 64 Internal Cable Connections Multiple IMG Configuration Table 010 9 Power Cable Connections for IMG1 3 PIM System Multiple IMG Configuration EN NENNEN ON NAME MODULE NAME LT BASU _ wm rm f TW 3 sasu PA pmo PWRA aPPwRcAC 4 Bassu ei pmo PWRB P MMi PWRA aPPWREAE _ mer mo BASU MM
51. CHAPTER 2 Page 17 Issue 2 INSTALLATION DESIGN Figure 2 5 Face Layout Single IMG Configuration PH SW10 N N N i N N E b E E E a 24 36 PA PW55 B PWRO BSCM L ote 1 JOC card in slot 06 is optional N D O E gt lt gt gt oO oO LL A A r 1 21 ir ol c5 L l TSW1 CPR 1 Note 2 CPRO Note 2 EMA PX PC00 A IOC PX IO00 03 04 05 06 07 08 PWR 1 PX PW01 01 PWR 0 PX PW01 PM MGC BASEU N q e 9 ps N e e 2 3 8 Re 14 O D ev gt 53 QO A u Y 59 T T CN C o 9 lt I wc o L INSTALLATION DESIGN Figure 2 6 Face Layout of Multiple IMG System IMGO 71 Multiple IMG TOPU L PIM 3 PIM 2 FANU PIM 1 0 5 LPM BASEU Note 1 OC card in slot 06 is optional puppa 0MMd 8 SSMd Vd 8 SSMd Vd 9 7SMd Wd 8 FSMd Vd 8 FSMd Vd EZ gc Te 5 a 8 oa 2 ozo a afelol OXNW 95 LXNW 95 OXNW LXNW
52. Cable lines Tie Lines and Cable Running Routes MDF Line Protector Ground must be separated from the Communication Ground connected to the rectifier END ND 71548 E CHAPTER 3 Page 71 Issue 2 INSTALLATION PROCEDURE NAP 200 008 Sheet 1 13 Connection of Power and Ground Cables from the Power Equipment Contents Static Sensitive Handlin Precautions Required This NAP explains the following work items e Connection of Power and Ground Cables e Connection of DC DC Converter for Telephone sets equipped with Message Waiting Lamps e End Jointing of Power and Ground Cables e Branching of Power Cables 1 CONNECTION OF THE POWER AND GROUND CABLES CAUTION Grounding circuit continuity is vital for safe operation of telecommunication equipment Never operate telecommunication equipment with grounding conductor disconnected START Cable Running Ru n the power and ground cables per Figure 008 1 and Figure 008 3 Running of power and ground cables to the An example of cable running on a free access or Power Receiving Terminals in the BASEU computer floor is shown in Figure 008 1 Confirming that the Circuit Breaker NFB of the Rectifier is OFF Connection of the power and ground cables Connect the power and ground cables to the Power Receiving Terminals on the BASEU per Figure 008 3 Connect the power and ground cables to the output terminals of
53. Cable Connection Diagram for Desk Console To connect DESK CONSOLE s the PA CS33 card is used as the interface card The card may be mounted in slot No 12 or in slot No 23 The leads appear on LTS and LT11 respectively However when replacing Attendant Console with DESK CONSOLE the leads appear on the LT connector on the ATT TERM See Note on the next page Front View eer Universal Slots Universal Slots PA CS33 ATI mounting slots PA CS33 ATI card may be mounted in PIM slots 12 and or 23 Backplane cable connectors Use LTS connector when the PA CS33 PIM card 1s mounted in slot 12 When the card is mounted in slot 23 use LT11 connector PA CS33 Pin Assignment LT cable Pin Assignment TENG ERG NAME Pins are assigned as follows for PA CS33 card 7 12 8 For ADD ON CONSOLE 0 34 4800 9 4801 Eins LT Connector For DESK CONSOLE 4 0 71 12 For ADD ON CONSOLE 1 gt For DESK CONSOLE 41 gt For ADD ON CONSOLE 0 42 BO 17 AO DESK CONSOLE 0 44 B2 19 A2 CHAPTER 3 ND 71548 E Page 234 Issue 2 INSTALLATION PROCEDURE Figure 016 2 Cable Connection Diagram for Desk Console Continued Cable Connection Diagram Provide the following wirings at the MDF and IDF PBX MDF IDF LT Connector Cable Modular Block A2
54. Contents Static Sensitive Handling Precautions Required TSWMO IMG3 PIMO PIM2 PIM3 IMG2 PIM2 PIM3 2 0 LPM 2 Confirm When the system 15 initialized the CPU OPE lamp Green on the DSP turns ON When the system is initialized System Message 7 B 16 displayed the MAT Perform system initialization by powering ON OFF Initialization by powering On all PWR Supplies set the circuit breaker OFF ON OFF Down If a module contains two PWR Supplies they must be turned OFF Power OFF gt e Single IMG Configuration LPM PIMI PIM2 gt PIM3 Note Be sure to turn OFF the power of LPM first IMGO LPM PIM2 PIM3 M 2 PIMO PIM2 PIM3 IMG3 PIMO gt PIMI PIM2 PIM3 Note Be sure to turn OFF the power of LPM first Turn ON the PWR Supplies in each module in the following order If a module contains two PWR Supplies they must be turned ON Power ON Procedure gt e Single IMG Configuration LPM PIM2 gt PIM3 Multiple IMG Configuration Assignment of Date and Time HW After comp
55. Figure 011 4 Inter Frame Bus Cable Connections for IMG1 IMG2 2 PIM System Connect the inter frame bus cables between IMG1 and IMG2 2 PIM system as shown below Note that the dotted line indicates the bus cable for a dual system al Is O 65 x c 791 12 TSWO02 MUX121 MUX120 og REAR VIEW FRONT VIEW ND 71548 E CHAPTER 3 Page 167 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 7 24 Inter Frame Cable Connections Multiple IMG Configuration Table 011 4 Inter Frame Bus Cable Connections for IMG1 IMG2 2 PIM System UNIT uir opurp CONNECTOR CABLE NAME MODULE NAME NAME CHAPTER 3 ND 71548 E Page 168 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 8 24 ATTENTION Contents Static Sensitive Handling Precautions Required Inter Frame Cable Connections Multiple IMG Configuration Figure 011 5 Inter Frame Bus Cable Connections for IMG1 IMG2 3 PIM System Connect the inter frame bus cables between IMG1 and IMG2 3 PIM system as shown below Note that the dotted line indicates the bus cable for a dual system IMG2 TOPU PIM2 FANU PIM1 TOPU PIMO XAN LXNW 969d Hd TSW12 TSWO02 MUX122 4 MUX121 d MUX120 Er i i etree ee ete Nee nd IBN E BASEU TSWM DUMMY mom om omo mom oum oom REA
56. IMGI Inter Frame Bus Cable 011 2 011 2 IMGI IMG2 011 5 011 5 Inter Frame IMG0 IMGI 011 11 011 11 Alarm Bus Cable IMG0 IMG2 011 12 011 12 CHAPTER 3 Page 101 Issue 2 ND 71548 E INSTALLATION PROCEDURE NAP 200 010 Sheet 5 64 Internal Cable Connections Table 010 1 Quick Reference Table Continued SYSTEM TYPE KIND OF CABLE FRAMENAME FIGURE TABLE IMGO 010 13 010 6 Power Cable IMGI 010 17 010 10 IMG2 010 21 010 14 IMGO 010 30 010 19 IMG0 01030 01019 Internal Cable IMGI 010 34 010 23 011 1 011 1 IMG0 IMGI Inter Frame Bus Cable 011 2 011 2 IMG1 IMG2 011 6 011 6 NIU IMG0 IMGI 011 11 011 11 Alarm Bus Cable IMG0 IMG2 011 12 011 12 IMGO 010 13 010 6 IMGI 010 17 010 10 IMG2 010 21 010 14 IMG3 010 18 010 11 MGO MG MG IMGO 010 30 010 19 PIM3 Internal Cable IMGI 010 34 010 23 PIM2 E IMG2 010 37 PIM 011 1 011 1 IMG0 IMGI 011 2 011 2 Inter Frame Bus Cable IMGI IMG2 011 6 011 6 IMGI IMG3 011 7 011 7 IMGO0 IMGI 011 11 011 11 Inter Frame Wissen Bust ble IMGO IMG2 011 12 011 12 IMGO IMG3 011 13 011 13 Power Cable CHAPTER 3 ND 71548 E Page 102 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 6 64 Internal Cable Connections Table 010 1 Quick Reference Table Continued SYSTEM TYPE KIND OF CABLE FRAMENAME FIGURE TABLE IMGO 011 13 010 6 IMGI 010 17 010 10 Power Cable IMG2 010 21 010 14 IMG3 010 19 010 12 IMGO 010 30 010 19
57. IMGO IMGI 011 2 011 2 8 PIM System 011 11 011 11 Bus Cable LL 010 13 010 6 Power Cable IMG 010 17 010 10 ms 010 18 010 11 PIM3 PIM3 Internal Cable EL 010 34 010 23 millers 011 1 011 1 IMG0 IMGI Inter Frame Bus Cable 011 2 011 2 IMG1 IMG2 011 3 011 3 Inter Frame IMGO IMGI 0 1 1 l l 0 1 1 1 1 Alarm Bus Cable IMG0 IMG2 011 12 011 12 CHAPTER 3 ND 71548 E Page 100 Issue 2 200 010 Sheet 4 64 Internal Cable Connections INSTALLATION PROCEDURE Table 010 1 Quick Reference Table Continued SYSTEM TYPE KIND OF CABLE FRAMENAME FIGURE TABLE IMGO 1 1 T PIM3 PIM2 2 2 PIM1 PIM1 PIM1 PIMO PIMO PIMO LPM TSWM DUMMY BASEU BASEU BASEU 10 PIM System IMGO 1 1 T PIM3 PIMS PIM2 PIM2 PIM2 PIM1 PIM1 PIM1 PIMO PIMO PIMO TSWM DUMMY BASEU BASEU BASEU 11 PIM System IMGO 010 13 010 6 Power Cable IMGI 010 17 010 10 IMG2 010 19 010 12 IMGO 010 30 010 19 Internal Cable IMGI 010 34 010 23 011 1 011 1 IMGO0 IMGI Inter Frame Bus Cable 011 2 011 2 IMGI IMG2 011 4 011 4 IMGO0 IMGI 011 11 011 11 Inter Frame Alarm Bus Cable IMG0 IMG2 011 12 011 12 IMGO 010 13 010 6 Power Cable IMGI 010 17 010 10 IMG2 010 20 010 13 IMGO 010 30 010 19 Internal Cable IMGI 010 34 010 23 011 1 011 1 IMGO0
58. Issue 2 INSTALLATION TEST PROCEDURE 5 OVERALL TEST 5 1 Outline Tests are to be performed to check C O Lines and or Tie Lines by connecting them to a trunk on an individual basis The speech path conditions speech level presence of noise one way speech no speech etc over the connec tion to the distant office will be checked Release of the trunk used will also be checked 5 2 Overall Test Procedure The procedure for the Overall Test 15 described in the NAPs indicated to the right of each item in the following flowchart START Overall Test of C O Line Outgoing Call 200 043 Overall Test of Line Incoming Call NAP 200 044 Overall Test of CCIS Tie Line Outgoing Call NAP 200 045 Overall Test of CCIS Tie Line Incoming Call 200 046 Test of Connection Alternate Routing to Tie Lines NAP 200 047 Test of Tandem Connection to Tie Line NAP 200 048 PAD Setting NAP 200 049 END CHAPTER 5 ND 71548 E Page 350 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 043 Central Office Exchange Sheet 1 1 Overall Test for C O Line Outgoing Call Station A ATTCON ATTCON START Seizure of trunk to be tested When seizing from a Place the trunk to be tested into idle state and make all other station trunks busy Station A dials the trunk access number Station A after hearing dial tone from the C O dials the pilot number for the local office and allows the call to be termina
59. OPE lamps G are shown in Figure 022 1 through system circuit cards Figure 022 4 If any alarm lamp illuminates check switch settings on the circuit card on that module control cable connections Front amp Backplane and Office Data assignments Confirm that no alarm lamps R Y As for the TOPU Top Unit lamp indications refer to are illuminating on the TOPU the System Operations and Maintenance Manual Check System Messages Display System Messages using MAT command If a message indicating a fault is displayed investigate and recover the fault referring to the System Operations and Maintenance Manual ND 71548 E CHAPTER 4 Page 305 Issue 2 SYSTEM STARTUP NAP 200 022 Sheet 2 5 Check of Lamp Indications and System Messages Figure 022 1 LED Indications in Normal Operation Single IMG Configuration The figure shows the LED indications on a fully expanded system as an example 100000 ovsem System State qemp 2 T CPU 0 gt TSW 0 gt ACT 0 gt ACT PIM 3 ES rA T U O 9 PIM 2 As E U U ojo FANU PIM 1
60. Rear Connector Locations of IP terminal The rear connectors have switching HUB function to forward each packet only to required port Rear View to LAN to PC Note PC connector marked with X on IP terminal is exclusively for PC not IP terminal CHAPTER 3 ND 71548 E Page 224 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 25 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 18 Connecting IP Terminals to Network REAR VIEW Straight Cable Straight Cable 8 Not Used 7 Used 6 5 Not Used 4 Not Used 3 RD 2 TD RJ 45 Connector Pin Assignment INASET IP Enabled D Connect the Ether cable with LAN connector To connect a PC use PC X connector Note P Enabled D is used in this diagram as an example 9 3 When using 0 SP20 SP20 is a software which is installed in PC and has the same function as IP terminals The following shows an example of connecting SP20 to LAN Figure 015 19 Connecting SP20 to Network Straight Cable perm SP20 ND 71548 E CHAPTER 3 Page 225 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 26 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines 10 CROSS CONNECTI
61. Required Figure 010 8 Details on Power Cable Connections for 2 PIM System Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system REAR VIEW FRONT VIEW BSCM L Md ahanda LASH 1 1 ND 71548 E CHAPTER 3 Page 113 07 31 02 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 17 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handlin Precautions Required Table 010 3 Details on Power Cable Connections for 2 PIM System UNIT MODULE CONNECTOR UNIT CONNECTOR CABLE NAME NAME MODULE NAME BASEU 48VINCONN MISCPWRCA A 1 BASEU LPM PWR 48VIN CONN MISC PWR CA B BASEU PIMO PWR A 4P PWR CA C BASEU PIMO PWR B PWR CA D B BASEU PIMI PWR A PWR CA E mE 1 o D Am aer 1 mE mE mE X AVIN CONN GRPWRCARB PIM EWR AVIN CONN BRPWRCRA CHAPTER 3 ND 71548 E Page 114 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Run the power cables referring to Figure 010 10 Then fasten the cables to the cabinet
62. Required Multiple IMG Configuration Figure 010 31 Internal Bus Cable Connections for IMG1 1 PIM System Multiple IMG Configuration Connect the bus cables as shown below Note that dotted line indicates a bus cable for a dual system FRONT VIEW REAR VIEW TSW11 751 01 MUX113 MUX013 MUX112 MUX012 MUX111 MUX110 Table 010 20 Internal Bus Cable Connections for IMG1 1 PIM System Multiple IMG Configuration CONNECTOR UNITI CONNECTOR CABLE NAME NAME MODULE NAME ALMA PIMO ALMA 20AL 60 FLTCA TSWM TSWM MUX010 PIMO MUX slot 13 MT24 TSW CA D TSW 01 TSWM MUXIIO PIMO MUX slot 14 MT24 TSW CA D TSW 11 CHAPTER 3 ND 71548 E Page 152 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 56 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 32 Internal Bus Cable Connections for IMG1 2 PIM System Multiple IMG Configuration Connect the internal bus cables for 2 PIM system of IMG1 as shown below Note that dotted line indicates bus cables for a dual system FRONT VIEW REAR VIEW OXNW 95 1 1 MN TSW11 TSWO1 MUX113 MUX013 MUX112 MUX012 MUX111 MUX110 ND 71548 E CHAPTER 3 Page 153 Issue 2 INSTALLATION PROCEDUR
63. Stability Oscillator Single IMG Configuration Cable Connection Diagram Provide the following wirings at the MDF The following connection diagram shows an example where the system has the TSW cards in a dual configuration maximum 400 meters 1320 feet 24AWG MDF DCSAO0 PCM Cable IP External High Stability peseo DCSB1 CLK tor om onnector able DCSA1 x PLO PCM Cable IP External High Stability Oscillator 1 om Note This diagram shows connections for a system having dual TSWs ND 71548 E CHAPTER 3 Page 229 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 30 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 23 Cable Connection Diagram for Accepting Synchronization Clocks from an External High Stability Oscillator Multiple IMG Configuration Cable Connection Diagram Provide the following wirings at the MDF The following connection diagram shows an example where the system has the PLO cards in a dual configuration IMG1 maximum 400 meters 1320 feet 24AWG PCM Cable IP External High Stability Oscillator 1 PLO 1 d 34 PH EXCLK CA A EXCLK1 34 PH EXCLK CA A PCM Cable IP KO External High Stability Oscillator 0 ET Note This diagram shows connections
64. Test of SUP SUPERVISORY On the EMA circuit card flip the MB switch DOWN Lamp UP DOWN Confirm that the SUP lamp yellow on TOPU turns ON Stop the alarm indication by pressing ALM RST button on TOPU END ND 71548 E CHAPTER 4 Page 311 Issue 2 INSTALLATION TEST PROCEDURE CHAPTER5 INSTALLATION TEST PROCEDURE BASIC CONNECTION TEST DT Connection page 315 Station to Station page 316 C O Line outgoing page 351 C O Line incoming page 352 CCIS outgoing page 353 CCIS incoming page 355 Alternate Routing page 356 Changeover page 318 Tandem Connection page 358 Initialization page 326 PAD page 360 Circuit Card Initialization page 328 SYSTEM INITIALIZED TEST RST Card ORT page 330 3 Party Conference page 341 ATTCON page 332 Announcement page 342 Line LC ELC DLC Card page 333 Digital Announcement page 343 COT TLT DTI outgoing page 334 Paging Access page 344 COT TLT DTI incoming page 337 Paging Transfer page 345 Direct In Termination page 339 Radio Paging page 347 RST Card SND page 340 Howler amp Ringing Signal page 348 1 HOW TO ENTER DATA IN THE TEST CHECK COLUMN Each NAP in this Chapter has check column for test result entry for each test item see Figure 5 1 This para graph explains the method of entering test result into the check column concerned using Figure 5 1 as an exam pl
65. When Ground is detected the PBX regards it as Alarm IPX EXALM CA cable Pin Assignment PIN No NAME IPX EXALM CA and Installation cable 25P GND POWER EQUIPMENT RECTIFIER When the power equipment Rectifier 15 equipped with a dry relay connect the MPALM as shown below LPM MGO IPX EXALM CA cable PIN No 3 POWER EQUIPMENT FRONT Installation Cable RECTIFIER Note 1 The distance between PBX and Alarm Indicating Pannel must be less than 100 m 3 281 feet Note 2 Following numbers of lines 48V wire GND wire are required depending on the wire gauge WIRE GAUGE NUMBER OF REQUIRED LINES More than 6 lines for each 48V wire GND wire 0 4 More than 3 lines for each 48V wire GND wire More than 2 lines for each 48V wire GND wire Figure 015 8 Connection of Music on Hold Multiple IMG Configuration e Cabling Diagram 34 PH EXCLK CA A and Installation Cable 25P Pin Assignment for Receiving Music on hold Source No NAME NAME E Eae i30 5 Note 1 Note 2 FMI is not used ND 71548 E CHAPTER 3 Page 211 Issue 2 INSTALLATION PROCEDURE Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Cable Specification Figure 015 9 IPX EXALM CA A Cable 1500mm 43 feet 2 inches CHAPTER 3 ND 71548 E Page 212 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 13 32 Cable Termination and Cross Conne
66. a starting wire is required the No 1 circuit cannot be used for a COT ND 71548 E CHAPTER 3 Page 221 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 22 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines 9 CROSS CONNECTIONS 9 1 When Using 0 Series E D 75 Note 1 Available distance between Module Group and is a maximum of 850 meters 2459 feet The instal lation cable must be 24 AWG 0 5 mm dia or larger SIART Cable running Referring to Figure 015 16 run the cables between each and its Modular Block Jack and between the Modular Blocks and the MDF Protect the cables by using cable ducts etc Termination of cables 1 Referring to Figure 015 16 terminate the installed cables to the MDF and the Modular Blocks Check terminal locations onthe Referring to Port Accommodation sheet and Module Group side of the MDF description of 16ELC card in the Circuit Card Manual identify the lead names for the ELC card and the terminal locations of the leads Cross Connection Referring to Figure 015 16 provide the necessary cross connections at the side and the PBX side END Figure 015 15 Outer View of Series E D 75 CHAPTER 3 ND 71548 E Page 222 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 23 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination
67. and C are automatically connected with END CHAPTER 5 ND 71548 E Page 346 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 041 Sheet 1 1 Radio Paging Trunk COT Card Connection Test Station A Station B RADIO PAGING SLAVE STATION SIART Station A dials the radio paging access code and hears Call the Radio Paging Equipment Special Dial Tone from the Radio Paging Equipment then BE dials the slave station number The paging radio of the slave station starts ringing By hearing CRBT Continuous Ring Back Tone from the Radio Paging Equipment Station A confirms that the slave station 1s being paged then goes on hook The paged party answers The slave station the radio pages party dials the paging an END swer code at the nearby Station B hears SPDT through the Radio Paging Equipment then dials the paging answer code Station A rings and picks up the handset Confirm that Stations A and B can talk with each other Release Stations and B both go on hook ND 71548 E CHAPTER 5 Page 347 Issue 2 INSTALLATION TEST PROCEDURE Howler Signal NAP 200 042 Sheet 1 2 Station A Howler amp Ringing Signal Test Station B Station C Test Outline The Howler Tone Generator and the Ringing Generator are equipped on the PWR Supply The purpose of the test 1s to confirm ringing signal by setting up a station to station connection and a howler tone connection from
68. and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 16 Cable Connection for Series E D 9 75 Provide the following connections at the MDF term term D Series E D 75 LT connector Cable Modular Block Jack LT connector 1 pair cable Modular Cable 4 850 m 2459 feet gt ND 71548 E CHAPTER 3 Page 223 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 24 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines 9 2 When using IP Terminals IP Enabled D ang INASET SIART Cable connection Referring to Figure 015 16 17 connect 10 100 HUB IP Terminal BASE T TX cable to each IP Terminal and the Networking Equipment Cable connection IP Terminal is equipped with a switching HUB to IP Terminal PC connect LAN and a PC 10 100 BASE T TX cable 15 used for the connection Referring to the figure below IP Terminal has two RJ 45 connectors in it s backside The connector marked with indicates the straight connection for external HUB The other connector marked with X indicates the straight connection for the PC Connect 10 100 BASE T TX straight cable between the Networking Equipment and LAN connector marked with Connect 10 100 BASE T TX straight cable between PC and the PC connector END marked with X Figure 015 17
69. card provides an interface for multiplexing de multiplexing voice PCM Pulse Code Modulation information and digital data information CHAPTER 2 ND 71548 E Page 24 Issue 2 INSTALLATION DESIGN Figure 2 12 Controlling Circuit Cards in TSWM Multiple IMG Configuration 00101 02 03 04 05 06 07 08 09 10 11 12 1344 15116117118 19 2021 22 23 M S Hd MS Hd MS Hd MS Hd MS Hd MS Hd MS Hd MS Hd LMSL OMSL OMSL LMSL OMSL OMSL OMSL OMSL LO1d ZL 9LMO Hd 5 T N OMSHMd tL Md Hd LMSYMd FL Md Hd Table 2 7 Controlling Circuit Cards in TSWM Multiple IMG Configuration Slot No Circuit Card Symbol Functions Functions Mounting Conditions Conditions 00 01 PH PW14 PWRSW __ This circuit card operating power to circuit cards accommodated in the TSWM 08 09 PH PC20 DLKC This circuit card provides the Attendant Consoles ATTs with information such as ATT call termination answer release abandoned call via the Data Link which is established in the TSW card In addition station idle busy information is sent to the ATTs the same Data Link m 11 PH 5 circuit card permits CPU to directly control TSW 54 and MISC circuit cards via TSW Bus and MISC Bus uH 19 PH This circuit card supplies the Time Division Switch TSW and INT function for the system The TSW ca
70. from the Power Equipment 4 BRANCHING OF POWER CABLES START Stripping Main and Branch Cable Referring to Figure 008 8 strip insulation coating with an electrician s knife Avoid damage to the conductor during the stripping process Inserting of Cables into Terminal Insert the stripped main wire and branch wire into the terminal as shown in Figure 008 9 Clamping for Branch Jointing Place T Type terminal on the die of the clamping tool T 20 T 44 terminals should be placed on the center of the die T 60 T 365 terminals should be placed on the die in such a way that the terminal will be pressed on the part marked with the roulette NO ROULLETTE 2 ROULLETTES T 20 T 44 T 60 T 122 3 ROULLETTES T 154 T 365 Proceed with the operation of the clamping tool referring to Figure 008 10 Clean the terminal with a dry cloth Taping and Covering Referring to Figures 008 11 and 008 12 put an installation cover over the clamped portion after taping with installation tape ND 71548 E CHAPTER 3 Page 81 Issue 2 INSTALLATION PROCEDURE NAP 200 008 Sheet 11 13 Connection of Power and Ground Cables from the Power Equipment Table 008 1 Stripped Length l 2 APPLICABLE TERMINAL STRIPPED MAIN WIRE LENGTH I STRIPPED MAIN WIRE LENGTH inch mm inch mm 1 98 uu Sum of the cross sections of the main and branching or the main and extension ca
71. ft ND 71548 E CHAPTER 3 Page 239 Issue 2 INSTALLATION PROCEDURE Figure 016 5 Cable Connection Diagram for DESK CONSOLE Modular Block Wire the cables to the Modular Block as shown below Bottom View 6 core Modular Cable 6 core Modular Block IDE MDF Modular Jack DESK CONSOLE Viewed from direction to be inserted DESK CONSOLE 123456 Desk Console 6 core Modular Block Modular Jack 6 core Modular Cable Surge reme ese T L Lewes TI RII ewe IDFIMDF DC DC END GND 48 1 48 Convertor Law Mid Note xrepresents 2 or 3 CHAPTER 3 ND 71548 E Page 240 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 9 44 Installation of the DESK CONSOLE and Cable Connection 3 MOUNTING OF HEADSET OPTIONAL The Headset cable connects to one of the modular jacks HAND H S 0 or H S 1 on the bottom of DESK CONSOLE Figure 016 6 Headset Head Band Capsule Unit Microphone and Speaker Ear PIN1 TX 2RX 3 RX 4 TX HAND 50 H S1 Note Jn daily use use Quick Disconnect when connecting disconnecting the Headset ND 71548 E CHAPTER 3 Page 241 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 10 44 Installation of the DESK CONSOLE and Cable Connection 4 MOUNTING OF HANDSET OPTIONAL The Handset cable connects to the modular jack HAND H S 0 on the bottom of DESK CONSOLE a When mou
72. gene NH EO 7 CHAPTER 2 INSTALLATION DESIGN 2 259 x ERA en tu S Magee atta Sid febres 8 ac tor Eden diit I i aute Sh ERE UE 8 ENVIRONMENTAL REQUIREMENTS SC eee eae eek ra se 8 2 1 Temperature And Humidity 8 2 2 Heat Generation From Switching Equipment 9 FLOOR SPACE eta aos aso eas As Math qur ud qu 10 FLOOR LOAD REQUIREMENTS 2255 xd bet he SBS Rye S 10 EQUIPMENT ROOM REQUIREMENTS 2 10 FOOL SUN GCC Sas vod ax DIL do Balen ace aa en ce ean Ae ee Sc ae 10 952 Wal wre ty o Bo ner OM ee aod Ages std a 11 CENTRE CE TT eames aa imate eee 11 F ACIES epe mccum 11 POWER SUPPLY REQUIREMENTS wee ncs ences 11 o T SoUree se bebe ooo date A eo e v I DEC RR 11 06 2 CUNEATE CONSUIMPUOM 9 3 oro ue o CEPR e dicit afa S ses 12 6 3 Power Distribution Box Requirements 13 ee GhOURGING Baca E Se SES 13 MDF REQUIREMENTS auctis vee eee Satan abo qoM eo nes 13 INSTALEATION TOOLS
73. in the UP position operations of K0 K7 are effective To turn on a circuit set the corresponding key K0 K7 in the UP position CHAPTER 3 ND 71548 E Page 216 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 17 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 12 Connection of External Switches Provide cable connections at the MDF as shown below REAR VIEN PIM Backplane LPR BASCF e 2 External Switch No 0 01 02 03 04 0 Pin Assignment 1 PIN LEAD LEAD NAME Pin Assignment 2 ND 71548 E CHAPTER 3 Page 217 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 18 32 Contents Static Sensitive Handlin Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines 7T CONNECTION OF ANNOUNCEMENT MACHINE Note Provide the necessary cross connections at the MDF by using copper wires of 0 5 mm diameter 24 2 core twisted wire is used for speech path and single core wire is used for control wire It is recommended that wires of different colors be used for trunks station lines PFT etc so that they can easily be distinguished START Mounting Announcement Machine Mountthe Announceme
74. is designed for use in the country NEC provides and can not be used in any other country If system down malfunction defects and external factors such as electricity failure cause profit loss indirectly NEC does not take any responsibilities for the profit loss We pay careful attention to making this manual however when you find mistakes on this manual notify to NEC Contact the supplier or the service technician if the system needs repairs and installation Please read all the manuals related to your system carefully ND 71548 E PRODUCT LIABILITY PL 1 Issue 2 PRODUCT LIABILITY 2 NOTICE WHEN USED 2 1 Consideration of PBX Power related Equipment and Peripheral Equipment This item describes the consideration before using PBX the power related equipment and the peripheral equip ment such as console MDF DAU telephone PC printer etc Preserve the following When the system gives off smoke or burning smell it might cause a fire an electric shock or a failure if the system keeps operating Turn off the power and confirm the smoke disappears and then contact supplier If equipment such as PBX Main Power cabinet and peripheral equipment fall down and be broken turn off the power and then contact the supplier If the inside of PBX or Main Power is wet by liquid such as water turn off the power It might cause a fire an electric shock or a failure if the system keeps operating Do not touch the int
75. make idle all the trunks CHAPTER 5 ND 71548 E Page 358 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 048 Sheet 2 2 Test of Tandem Connection to Tie Line Test of tandem connection via _ Station dials the access code for the ATTCON ATTCON The ATTCON answers and sets up a tandem connection to Station B The ATTCON releases and speech between Stations A and B 15 confirmed Release Test of tandem connection via Station A calls Station C station Station C after answering makes a Switch Hook Flash SHF and calls Station B After Station B answers Station C release Speech between Stations and B 15 confirmed Release END ND 71548 E CHAPTER 5 Page 359 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 049 Sheet 1 2 PAD Setting For the PBX PADs can be set according to the connecting status of the Tie Line involved a Foran outgoing incoming call via a Tie Line Via MAT command ARTD and switch settings on the TLT circuit card b Fora tandem Tie Line connection e Via command or switch settings on the TLT circuit card s At both the originating and terminating offices an 8 dB PAD is set for the EMT route via ARTD command or switch settings At the tandem office a 4 dB PAD 1 set for the terminating and originating sides of each EMT route via command APAD Through this arrangement an 8 dB PAD is in service for outgoing and incom
76. necessary repair procedure s based on Chapter 6 FAULT RECOVERY DURING TESTS START DT Dial Tone Connection Test NAP 200 024 Station to Station Connection Test NAP 200 025 END CHAPTER 5 ND 71548 E Page 314 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 024 Sheet 1 1 DT Dial Tone Connection Test START Check whether the OPE lamp G is turning ON on the RST circuit cards EHE Check whether the OPE lamp G is turning ON on the LC circuit cards Lift handset B Confirm DT Dial Tone Check whether the Busy lamp R is turning ON for the connected ORT and LC Keep listening to DT for about 12 seconds Confirm that DT changes to Reorder Tone ROT Keep listening to ROT for about 30 seconds When System Data SYSI Confirm that ROT changes to tone INDEX 64 b 0 b4 0 are assigned dL When System Data SYSI Confirm that howler tone 1 heard after ROT INDEX 64 6 0 64 1 stops Analog Ports only b3 1 b4 0 are assigned Hang up and release the connection END ND 71548 E CHAPTER 5 Page 315 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 025 Sheet 1 1 Station to Station Connection Test START Confirm that a connection can be established between Station A and Station B Station A goes off hook Station A hears DT Station A dials the station number of Station B Station A confirms that DT stops when the first digit h
77. of RS 232C CA 3 RS 232C CA 3 1500mm 4 feet 1 inch Pd Champ Connector 25 Pin Cannon Connector Female Male Connect to IPX 2PORT CA A TYP 1 SD TYP 2 RD TYP 3 RS TYP 4 CS TYP 5 DR TYP 6 SG TYP 7 CD DCE 2 SD DCE 3 RD DCE 4 RS DCE 5 CS DCE 6 DR DCE 7 SG DCE 8 CD Connect to MODEM 8 20 TYP 10 SPO DCE 17 RT TYP 11 SP2 DCE 24 ST1 12 1 DCE 15 ST2 CHAPTER 3 Page 286 Issue 2 ND 71548 E INSTALLATION PROCEDURE NAP 200 018 Sheet 1 4 Connections of SMDR ATTENTION ontents Static Sensitive Handling This NAP explains the cable connection of SMDR equipment Precautions Required Note The SMDR RS 232C interface specifications are e Synchronization Asynchronous Data Speed 9600 bps maximum Code ASCII 7 bit Parity Bit Maximum Distance 15 meters 50 feet without Modems START Installation of SMDR equipment Cable connection cables referring to Figure 018 1 e Refer to Figure 018 3 when the length of the cables exceeds 15 meters 49 5 feet END ND 71548 E CHAPTER 3 Page 287 Issue 2 INSTALLATION PROCEDURE LPM MGC BASEU CPR RJ45 connector Category 5 straight cable for 10 100M ATTENTION Contents Static Sensitive Handling Precautions Required 10BASE T straight Note n the case of connecting some equipment MC PHA PHD PHC IP PAD a swi
78. remainder of this manual as the system During the period from equipment carry in of the system till it is placed in service the following must be performed e Installation of the system and its peripheral equipment e System startup e Installation test Miscellaneous jobs This manual explains how to proceed with these activities and related precaution It is recommended that the installer thoroughly read Section 2 HOW TO FOLLOW THE MANUAL before engaging in any phase of the installation Figure 1 1 NEAX2400 IPX Outer View This figure shows the outer view of the fully expanded system lt Multiple IMG Configuration gt lt Single IMG Configuration gt LPM MGC MGC Media Gateway Controller Top Unit LPM Local Processor Module BASEU Base Unit PIM Port Interface Module FANU Fan Unit ND 71548 E CHAPTER 1 Page 1 Issue 2 INTRODUCTION The figure below shows an example of the system configuration of NEAX2400 IPX PHA Handles control signals sent to from an analog terminal connected to Analog Media Con verter PHD _ Handles control signals sent to from IP terminals such as INASET and SP20 PHC Sends receives CCIS control signal from to IP network IP PAD Provides interface function between terminals devices on LAN and conventional network such as PSTN ISDN and private network Figure 1 2 System Configuration Example D Series E D 75 PSTN Private Netwo
79. that lamp flashes and the ringer sounds Lim At each ATTCON the operator answers the call by pressing ATND key Station A confirms speech with each ATTCON The operator at each ATTCON releases by pressing CANCEL key Station A goes on hook Each ATTCON calls a station At each ATTCON the operator dials the number of Station A by pressing LOOP keys one at a by using LOOP keys L1 L6 one at a time time Ringing at Station A 1s confirmed Station answers the call and confirms speech operator at the ATTCON releases by pressing CANCEL key Station A goes on hook CHAPTER 5 ND 71548 E Page 332 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 031 LC ELC Sheet 1 1 Line being tested XXXX Line LC ELC DLC Card Connection Test ATTCON D term ATI ELC DT RBT An ATTCON D is called On the MDF a telephone set is connected to the line circuit from each station The called to be tested prm The station XXXX to be tested goes off hook and confirms DT Dial Tone GE The station XXXX calls an ATTCON The called ATTCON or answers the call and confirms speech and the station number of the calling station The call 15 released The ATTCON or D calls The ATTCON or dials the station number of the station being tested station being tested The called station answers and confirms speech om The ATTCON confirms t
80. the LED indications on a fully expanded system of IMG 2 3 as an example System State TSW 0 gt IMG 2 3 PIM1 BASEU FRONT VIEW Legend it Lamp is ON B Lampis OFF ND 71548 E CHAPTER 4 Page 309 Issue 2 SYSTEM STARTUP NAP 200 023 Sheet 1 2 Check of Alarm Lamps of the TOPU Test Outline System has Alarm Lamps on the TOPU Figure 023 1 shows the Alarm Lamps on the TOPU For more information about each lamp see the NEAX2400 IPX System Operations and Maintenance Manual Figure 023 1 Alarm Lamps on the TOPU sm PWR SMJ SMN MJ MN SUP Note SMJ and SMN are used multiple IMG configuration only CHAPTER 4 ND 71548 E Page 310 Issue 2 Contents Static Sensitive Handling Precautions Required SYSTEM STARTUP 200 023 Sheet 2 2 Contents Static Sensitive Check of Alarm Lamps of the TOPU Handling Precautions Required START Test of MJ MAJOR Lamp Set the circuit breakers ofthe Power Supplies PWRO 1 in a PIM to OFF About 10 seconds later set the circuit breaker s to ON again Confirm that the MJ lamp red on TOPU turns ON Stop the alarm indication by pressing ALM RST button on TOPU Test of MN MINOR Lamp Take an act side RGU Fuse out of the PWR card Confirm that the MN lamp red on TOPU turns ON Stop the alarm indication by pressing ALM RST button on TOPU
81. the power receiving terminals of the PBX 48 V and terminals are provided in dual A side and B side For two PIMs or less the DC main power cable connects only to A side terminals For three PIMs or more the cable is branched out A side supplies power to LPM PIMO and and B side to PIM2 and PIM3 3 For the main ground cable an IV or CV cable of more than 14 mm 6 AWG is to be used See Figures 2 13 through 2 15 As the security ground cable for the MAT and externally installed equipment IV cable of 2 mm 14 AWG is to be used For the ground cable for the line protector of the MDF an IV cable of 14 mm 6 AWG is to be used Figure 2 13 DC Main Power Cable and Main Ground Cable 1 or 2 PIM System Single IMG Configuration BATTERY CABLES RECTIFIER For 1 2 PIM Configuration BATTERY IV BL POWER AND IV R CV or IV AC POWER DISTRIBUTION BOARD AC SERVICE OUTLET VCT CABLE E Earth Bar MDF c GROUND TERMINAL CABLE SPECIFICATION DC Main Power Main Power Cable Calculate the sectional area of cable referring to Figure 2 16 Main lt a Cable More than 14 mm 6AWG Note Jf the cover of CV Cable to be used is black use the following clamp cover terminals so they can be easily identified 48V Black cover G Red cover E Green cover ND 71548 E CHAPTER 2 Page 27 Issue 2 INSTALLATION DESIGN Figure 2 14 DC Main Power Cable and Main Ground Cable 3 o
82. the temperature in the switch room e Does the air conditioning function properly at night Doesthe temperature fluctuate constantly because people go in and out frequently or rise above the rec ommended level due to excessive heat being generated by any single piece of equipment The fan should be left ON constantly until the installation tests are completed 7 floppy disk FD copy of the programmed Office Data should be created If the backup is not stored and the contents of the Data Memory are accidentally altered or destroyed all the Office Data will have to be programmed again ND 71548 E CHAPTER 4 Page 291 Issue 2 SYSTEM STARTUP 8 portion of the Office Data especially data related to ringing patterns has been changed via com mands or ASY D the system must be initialized and test must be performed to verify the data 9 After the system 15 initialized perform the following Set the current date and time using MAT command When the system is initialized the system begins operating with Day Mode To change over to Night Mode depress the NITE key on the Attendant Console fno Attendant Console is equipped the system begins operating with Night Mode 10 The following cross connections must be made at the MDF Complete necessary cross connections by extracting the related circuit cards from their mounting slots or by disconnecting the circu
83. to 25 68 to 77 F and the humidity should be more or less 50 95 2 2 Air Conditioning Facilities The power and installation of air conditioners must be different from those of PBX To keep electromagnetic arc from making noise attach surge limiting capacitor and resistor on the coil of the electromagnetic switch WARNING It might be necessary to adjust the ventilation to be air conditioned equally through the machine room In the case of using duct or ceiling air conditions do not place PBX in the location where the dew might fall If PBX is installed in the location near the ventilation the PBX might be damaged due to the air containing humidity and exhaust 2 3 Notice Regarding Lightenning Strikes WARNING It is necessary to take proper procedures to avoid damage to the PBX caused by local lightening strikes and other electrical surges As for grounding conductors there needs to be two type grounding conductors one is below 10 Type 1 and the other is below 100 Q 2 In particular the Type 1 is used for the electronics circuit installment therefore it must be used as isolated system to keep from electricity difference caused by lightening strikes The Type 1 is used when connecting the FE of PBX the PE of Main Power MDF etc Extract the ground terminal grounding electrode of three terminals from the earth board same with that of the main equipment The ground terminal attached with AC100V pl
84. to PC as administrator or the same level privilege Do not restart the PC installing a flash card Do not attach a lot of equipment CD R MO etc to a PC It might cause the PC not to recognize the flash card drive Writing Steps 1 Select Program MAT tools FLCVTR to display FLCVTR window 2 Click Execute button next to Initial installation 3 Select the flash card drive in Flash Card field and specify the path for the merged software in Folder field Note When selecting the drive partition to be written in the flash card select option drive to display the drive field Then click the drive check box 4 Click Set button 5 After Start writing the data message box displays make sure the updated program path and the flash card drive on the mes sage box then click OK button It takes approximately 5 minutes to complete the data writing 6 Data write was completed message box displays click OK button to close it Note When other message is displayed refer to ERROR MESSAGE LIST Flash Card Here describes the procedure for removing a flash card from Removal PC Removal Steps 1 Click the card icon in the task bar 2 Select Cancel on the menu and wait until the message ap END pears EE 3 Make sure the message and push the eject button to remove the flash card Note not remove the flash card without this procedure It might damage your system ND 7
85. two screws refer to Figure 005 8 ND 71548 E CHAPTER 3 Page 61 Issue 2 INSTALLATION PROCEDURE Figure 005 8 Relocation of FANU and Insertion into FAN BOX Screws for FAN Mounting Plate ATTENTION FAN BOX connection bar Screws for PZ M369 Note Before inserting the FANU into the FAN BOX connect the FAN cables for FC0 FCI and FC2 connectors on the PZ M369 Refer to Figure 005 9 CHAPTER 3 ND 71548 E Page 62 Issue 2 INSTALLATION PROCEDURE Figure 005 9 FAN Cable Connections for FCO FC1 FC2 Connectors Before installing the FANU into the FAN BOX connect FAN cables as shown below ATTENTION FAN1 ND 71548 E CHAPTER 3 Page 63 Issue 2 INSTALLATION PROCEDURE NAP 200 005 Sheet 11 18 Mounting of Units and Modules STEP 5 Fix a FAN fuse 5 0A onto the PZ M369 by referring to Figure 005 4 STEP 6 Connect the remaining FAN cables as per Figure 005 10 and Figure 005 11 STEP 7 Lastly attach the Top Cover onto the of the cabinet Then fasten the four screws refer to Fig ure 005 7 Note The procedures STEP 1 through STEP 7 must be performed at each PBX cabinet adopting 3 PIM or 4 PIM configurations CHAPTER 3 ND 71548 E Page 64 Issue 2 INSTALLATION PROCEDURE THOTH1TH2FAN 69 PZ M3 0000 000 00 Note 1 2 369 Front View EN FAN BOX 2 mcn R Note 1 For details on the FAN connector PIM backplane r
86. 0 Sheet 3 3 ATTENTION IP PAD Connection Test Contents Static Sensitive Handling Precautions Required 4 Call the existing terminal Dterm analog terminal and trunk by using IP Enabled Dterm IP PAD translates voice from IP packets to PCM signaling then sends it to LC ELC TRK accommodating the existing terminals Check that the speech path channel is unblocked using MBTK Route restriction 15 cancelled by using ATNR and ARSC Make sure the settings of IP Enabled Dterm by using ALIDL AFPC ACTL and AISTL or the hardware settings 6 Perform the above procedures between IP Enabled Dterm and the existing terminal or the existing trunk when needed END ND 71548 E CHAPTER 5 Page 365 Issue 2 INSTALLATION TEST PROCEDURE IPTRK IP Trunk Card for FCCS Connection Test The following describes the procedure for confirming the normality of IPTRK in the case of FCCS over IP Here describes procedure for performing connection test over FCCS between existing terminals Note tis essential that IPX and the controlled LC TRK are in normal condition Figure 051 1 Diagram of IPTRK FCCS Connection Test IPTRK PA 16IPTC External LAN External LAN Voice Signaling Voice Signaling 4 4 FCCS Signaling FCCS Signaling H l Internal LAN Internal LAN gt gt F LINK C Voice Signaling RJ45 Connector IP LINK C Existing Terminal FCCS Signaling p CHAPTER 5
87. 1 2dB Up 2 OdB Standard level 3 44 Down 4 8dB Down SRC Return to Configuration Menu Note Default setting is 2 b Press the SRC key The display returns to Configuration Menu CONFIG MENU P3 VER x SRC prev page 1 REC VOLUME Release exit 2 BLF Answer update 3 HOLD START RELEASE SWAP c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELECTION OF CONFIGURATION ITEM ND 71548 E CHAPTER 3 Page 271 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 40 44 Installation of the DESK CONSOLE and Cable Connection 20 BLF This item specifies On Off setting of the BLF function When using BLF function system data assignment is also required a Press the desired number An asterisk shows the selected number BLF SRC menu 1 ENABLE 2 DISABLE 1 BLE Available 2 Not available SRC Return to Configuration Menu Note Default setting is 2 DISABLE b Press the SRC key The display returns to Configuration Menu CONFIG MENU P3 VER x DEST next page 1 REC VOLUME Release exit 2 BLF Answer update 3 HOLD START RELEASE SWAP c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELECTION OF CONFIGURATION ITEM CHAPTER 3 ND 71548 E Page 272 Issue 2 INSTALLAT
88. 11 11 Inter Frame Alarm Bus Cable Connections for IMGO IMG1 CABLE NAME NM m _ MEM mg DSP ND 71548 E CHAPTER 3 Page 181 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 21 24 Inter Frame Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 011 12 Inter Frame Alarm Bus Cable Connections for IMG0 IMG2 Connect the inter frame alarm bus cables between IMGO and IMG2 as shown below IMGO TOPU PIM3 PIM2 FANU PIM1 PIMO LPM MGC BASEU REAR VIEW CHAPTER 3 Page 182 Issue 2 ND 71548 E REAR VIEW INSTALLATION PROCEDURE NAP 200 011 Sheet 22 24 Inter Frame Cable Connections Multiple IMG Configuration Table 011 12 Inter Frame Alarm Bus Cable Connections for IMGO IMG2 CABLE NAME NEM m _ MEN IMG2 DSPALM CA B TUUS ALMA ND 71548 E CHAPTER 3 Page 183 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 23 24 ATTENTION Contents Static Sensitive Handling Precautions Required Inter Frame Cable Connections Multiple IMG Configuration Figure 011 13 Inter Frame Alarm Bus Cable Connections for IMGO IMG3 Connect the inter frame alarm bus cables between IMGO and IMG3 as shown below IMGO i mE PIMO FA i LPM REAR VIEW REAR VI
89. 1548 E CHAPTER 4 Page 299 Issue 2 SYSTEM STARTUP NAP 200 020 Sheet 4 7 ATTENTION Contents Static Sensitive Handling Precautions Required Program Install and Load ERROR MESSAGE LIST Specify the flash card Make sure the flash card drive 15 correctly selected Specify a folder Make sure the folder is correctly specified The specified CD is not correct Make sure the appropriate CD is inserted and the path ICS The process is aborted BOOT SYS is located is correctly specified The specified folder is not correct Make sure the appropriate CD is inserted and the path ICS The process is aborted BOOT SYS is located is correctly specified card 5 NOL MMe nO Maleate Make sure the flash card has been formatted The process is aborted Flash card space is not enough The process is aborted Check the program capacity to be installed Failed to write the data into the flash card The process is aborted ee Check the flash card 15 firmly inserted in the slot The process is aborted Drive is not specified Specify a drive partition DOTT D E E TE E Make sure the one drive partition is selected Do not spec ify more than one drive du Mos ME aaa Make sure the folder exists The process 1s aborted Check the flash card is firmly inserted in the slot CHAPTER 4 ND 71548 E Page 300 Issue 2 SYSTEM STARTUP NAP 200 020 Sheet 5 7 ATTENTION Pro
90. 2C CA 0 RS 232C CA 0 lt 1500mm 4 feet 1 inch Z 7 1 _ Champ Connector _ 25 Pin Cannon Connector Female Male TYPE 1 SD DTE 3 RD TYPE 2 RD TYPE 2 SD TYPE 3 RS TYPE 8 CD TYPE 4 CS TYPE TYPE 5 DR TYPE 20 ER TYPE 6 SG TYPE 7 SG Connect to TYPE 7 CD TYPE 4 RS IPX 2PORT CA A Connect to 5 CS TYPE 8 ER TYPE 6 DR TYPE 9 PB TYPE 11 PB TYPE 10 SPO TYPE 24 ST1 IMH TYPE 12 SP2 TYPE 11 SP1 TYPE 17 RT TYPE 15 ST2 CHAPTER 3 ND 71548 E Page 284 Issue 2 INSTALLATION PROCEDURE NAP 200 017 Sheet 9 10 Installation of the Maintenance Administration Terminal MAT and Cable Connections Figure 017 7 Detail of RS 232C CA 1 RS 232C 1 4 1500mm 4 feet 1 inch 5 01 _ Champ Connector 25 Pin Cannon Connector Female Female TYPE 1 SD DTE 3 RD TYPE 2 RD TYPE 2 SD TYPE 3 RS TYPE 8 CD TYPE 4 CS TYPE TYPE 5 DR TYPE 20 ER TYPE 6 SG TYPE 7 SG P Connect to TYPE 7 CD TYPE 4 RS Connect to IPX 2PORT CA A RS 232C Cable 5 CS 8 TYPE 6 DR ee TYPE 9 PB TYPE 11 PB P a lt TYPE 10 SPO TYPE 24 ST1 TYPE 12 SP2 TYPE 11 SP1 TYPE 17 RT SS SSS Se TYPE 15 ST2 ND 71548 E CHAPTER 3 Page 285 Issue 2 INSTALLATION PROCEDURE NAP 200 017 Sheet 10 10 Installation of the Maintenance Administration Terminal MAT and Cable Connections Figure 017 8 Detail
91. 3 1 CABLE CONNECTION DIAGRAM 237 2 CALCULATION OF THE DISTANCE BETWEEN THE ATI CIRCUIT CARD AND MODULAR ROSEITE aa Baie hae wad See oe od auri 238 3 MOUNTING OF HEADSET 241 4 MOUNTING OF HANDSET 242 5 CONNECTION OF RECORDING 248 6 8 CORE LINE CABLE INSTALLATION CABLE 251 7 CONNECTION OF AC DC ADAPTER 252 8 MOUNTING OF ADD ON CONSOLE FOR HOTEL 5 5 253 9 MOUNTING OF ADD ON CONSOLE aana 256 10 CONNECTION OF AC DC ADAPTER FOR ADD ON CONSOLE OPTIONAL 260 11 CONFIGURATION E echec Rus cde qe Reni a Soh ld oic o sete 261 12 SELECTION OF CONFIGURATION ITEM 264 13 ASSIGNMENT OF CONFIGURATION 265 14 HEADSETIHANDSEJT 5 here dx ed Sec X de dete 266 HEADSET TYRE dep dei dien 267 268 269 10 SUP CONNECTIONS a weed awe Mob 270 19 REC VOLUME ADJUSTMENT
92. 4 CABLE TYING AT THE PBX at SOR RR acd e phu Bee 193 5 TERMINATION OF THE CABLES BETWEEN THE PBX AND THE MDF OR ATTCON ONTO THE CABLEE SUPPORT ASSEMBLY aod RD Pena bad 195 NAP 200 014 Termination of Cables on MDF Wire Accommodation of Each Cable 200 TABLE OF CONTENTS ND 71548 E Page ii Issue 2 TABLE OF CONTENTS CONTINUED Page NAP 200 015 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O MINES TEILT TITRE 201 1 GROSS CONNEC HON OF STATIONS gree ck CR QC Ged cid S c 202 2 CROSS CONNECTION OF TRUNKS C O LINES AND 203 3 CROSS CONNECTIONS FOR PFT 205 4 CROSS CONNECTION OF ALARM INDICATING PANEL AND MUSIC ON HOLD 208 5 CROSS CONNECTIONS FOR 5 213 6 CROSS CONNECTIONS FOR EXTERNAL SWITCHES 216 7 CONNECTION OF ANNOUNCEMENT MACHINE 218 8 CONNECTION OF PAGING 220 9 CROSS CONNECTIONS dive etl eniti e oa 222 10 CROSS CONNECTIONS FOR DIGITAL 5 226 NAP 200 016 Installation of the DESK CONSOLE and Cable Connection 23
93. 5 Connector ND 71548 E CHAPTER 5 Page 369 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 052 Sheet 2 3 ATTENTION Contents Static Sensitive Handling Precautions Required IPTRK IP Trunk Card for CCIS Connection Test START 1 Confirm that OPE lamp A on IPTRK is lighting The following explains how to solve the problems When the problem can not be solved by the step go the next step 1 Remove and insert the circuit card and make sure that the sub card 15 stable when used 2 Make sure office data and mount location data by using ACRD ACTK command 3 Initialize the circuit card 4 Re download the firmware into the circuit card by using 5 Replace the circuit card 2 Confirm that VCO lamp B on IPTRK 1s lighting which indicates that voice compression is active When sub card is installed confirm VC1 lamp B on the circuit card is lighting The following explains how to solve the problems When the problem not be solved by the step go to NO the next step 1 Remove and insert the circuit card and make sure that the sub card 15 stable when used 2 Initialize the circuit card YES 3 Re download the firmware into the circuit card by using CD 4 Replace the circuit card 3 Confirm that IP LINK lamp C on IPTRK is lighting green which indicates that the circuit card 15 connected to the network physic
94. 57 Sheet 2 2 Contents Static Sensitive Handling Precautions Required Abnormal Lamp Indications After System Startup Perform the following when the OPE lamp Green does not turn ON on a Trunk circuit card Confirm that the MB switch of the circuit card is DOWN Using command ATRK check whether Trunk data has been assigned for the circuits on the card Replace the circuit card with a spare Perform the following when the OPE lamp of a Trunk circuit card turns ON but the BL lamp Red for an individual circuit flashes Confirm that the MB switch for each circuit of the card is OFF Using command MBTK confirm that the trunk circuit is not in Make Busy state Using command ATRK check whether trunk data has been assigned for the trunk circuit Replace the circuit card with a spare Perform the following before replacing a circuit card which is considered defective with a spare Confirm the switch settings on the circuit card Poor contact at the connector portion of the circuit card may be responsible for the malfunction Check the circuit card once again by inserting and extracting it two or three times END ND 71548 E CHAPTER 6 Page 385 Issue 2 FAULT RECOVERY DURING TESTS NAP 200 058 Sheet 1 1 Contents Static Sensitive Handling Precautions Required DT Dial Tone Connection Fault SIART Dial tone 16 not heard On the MDF ch
95. 5P already run in NAP 2 2 00 013 Connections are made using installation cable A total of three wires are required per line two wires for speech and one starting wire For a loop start system only two wires are required Note An ANTK circuit is only available on the No 0 circuit of the 16COT card If a starting wire is required the No 1 circuit cannot be used for a COT ND 71548 E CHAPTER 3 Page 219 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 20 32 ATTENTION Contents Static Sensitive Handlin Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines 8 CONNECTION OF PAGING EQUIPMENT Note Provide the necessary cross connections at the MDF by using copper wires of 0 5 mm diameter 24 AWG 2 core twisted wire is used for speech path and single core wire is used for control wire It is recommended that wires of different colors be used for trunks station lines PFT etc so that they can easily be distinguished START Mounting Paging Equipment Mount the Paging Equipment using AY plugs curl plugs board plugs etc Cable running Referring to Figure 015 14 run the cables between the Paging Equipment and the MDF Protect the cables by using cable ducts etc Termination of cables Terminate the installed cables to the Paging Equipment and the MDF Ch
96. 8 E CHAPTER 5 Page 379 Issue 2 INSTALLATION TEST PROCEDURE The following describes the procedure for confirming the normality of PHC Here describes procedure for perform ing connection test between IP Enabled Perform the test with the other combinations of terminals when needed Note tis essential that IPX and the controlled LC TRK are in normal condition Figure 056 1 Diagram of PHC Connection Test PHC PA CC117 Signaling Network Equipment 1 SW HUB Routers etc RJ45 Connector Voice peer to peer Note Voice is directly sent received between the terminals not using MGC IP Enabled D IP Enabled D Note Peer to Peer is a direct calling connection between IP terminals IP stations with each other with out the use of a PBX line card CHAPTER 5 ND 71548 E Page 380 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 056 Sheet 2 3 ATTENTION Contents Static Sensitive PHC Connection Test START Handling Precautions Required 1 Confirm that OPE lamp A on PHC is lighting The following explains how to solve the problems When the problem can not be solved by the step go to the next step 1 Remove and insert the circuit card 2 Make sure office data and mount location data by using ARTD ARTI ATRK DLEN 3 Initialize the circuit card 4 Re download the firmware into the circuit card by using CD 5 Replace the circuit card 2 Confirm t
97. ALLATION PROCEDURE NAP 200 010 Sheet 22 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 12 Details on Power Cable Connections for 4 PIM System Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system FRONT VIEW REAR VIEW TOPU B OXNW 9 9d Hd BSCM e A 4 S ibi SLOTNO n 3 4 5 n e ND 71548 E CHAPTER 3 Page 119 07 31 02 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 23 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handlin Precautions Required Table 010 5 Details on Power Cable Connections for 4 PIM System UNIT MODULE NAME MODULE NAME T BASEU SVINCONN MSCPWRCKA _ 1 BASEU RN LPM WR VINCONN _MISCPWRCAB _ PIMI PWRA 4P PWR CA E PIMI PWR B 4P PWR CA F BASEU BASEU BASEU PIM2 PWR B 4P PWR CA H BASEU 10 BASEU PIM3 PWR B PWR 11 PIMO 48V0 PIMO PWR 48V IN CONN 3P PWR CA A R PIM3 PWRA 4P PWR CA I um
98. ALLATION TEST PROCEDURE SPDT RBT NAP 200 036 Sheet 1 1 3 party Conference Trunk Function Test Station A Station B TSW INT Station C CARD START Made busy all _ busy all CFTs using MAT command Test CFTs one at a time Un busy make idle only CFT to be tested Stations and B are engaged in a station to station connection Station A makes a Switch Hook Flash SHF and after hearing DT dials the station number of Station C Station C answers the call Station A after having talked with Station C makes a SHF and confirms that a three way connection has been set up The call is released Cancel the Make Busy of Un busy make idle CFT using the MBTK command the CFT END ND 71548 E CHAPTER 5 Page 341 Issue 2 INSTALLATION TEST PROCEDURE 200 037 ANNOUNCEMENT Sheet 1 1 Station A TRK Connection Test Announcement Trunk for Announcement Service Station B MACHINE START Dial the announcement service Station A dials the announcement service code code Check the contents of the Station A is connected to the announcement machine and announcement hears the announcement Dial the announcement service Station B dials the announcement service code code Check the contents of the Station B 15 connected to the announcement machine and announcement hears the announcement Release 4 Confirm that the announcement machine stops
99. AME NAME MODULE NAME 1 TSWM PIMO 20AL 60 FLTCA ss E MUX 13 34PH MT24 TSW CA D TSW 01 TSWM MUX110 PIMO MUX Slot 14 MT24 TSW CA D TSW 11 Mox ox si seri as nsw cae L SW MUX Gio 13 TSW CASE s mmo ALMB em AMA 20AL IQFUTCA 9 em nm om AMA XALQURTCA _ CHAPTER 3 ND 71548 E Page 156 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 60 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 34 Internal Bus Cable Connections for IMG1 4 PIM System Multiple IMG Configuration Connect the internal bus cables for 4 PIM system of IMG1 as shown below Note that dotted line indicates bus cables for a dual system FRONT VIEW REAR VIEW TOPU PIM 3 PIM 2 FANU PIM 1 PIM 0 OXNW 9 9d Hd XAN xni 5 TSW11 MUX113 MUX112 TSWM MUX111 MUX110 ND 71548 E CHAPTER 3 Page 157 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 61 64 Internal Cable Connections Multiple IMG Configuration Table 010 23 Internal Bus Cable Connections for IMG1 4 PIM System Multiple IMG Configuration Ezra deum NAME MODULE NAME TSWM HPHMEHTSWCA
100. APTER 3 Page 249 Issue 2 INSTALLATION PROCEDURE b When using six DESK CONSOLEs and one recording equipment Note 1 Note 1 Switch settings of SW10 SW12 and SW13 on the 87 card are required For switch setting and con nector lead accommodation refer to the NEAX2400 IPX Circuit Card Manual Figure 016 11 Six DESK CONSOLEs and One Recording Equipment DESK CONSOLE Circuit O Note 3 Front Connector i 0B Circuit 1 Ecc E EROS ONCE Equipment C O line side leads Note 4 Telephone side 1 leads Note 4 Note 2 Refer to Figure 016 9 RECC Card Cable Connection Diagram for cable connection Note 3 Connections of Circuit 1 through 5 are the same as those of Circuit 0 Note 4 Recording equipment is positioned between the C O line and telephones CHAPTER 3 ND 71548 E Page 250 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 19 44 Installation of the DESK CONSOLE and Cable Connection 6 8 CORE LINE CABLE INSTALLATION CABLE Figure 016 12 8 core Line Cable Note 1 8 pin Modular Connector Rosette side 8 pin Modular Connector DESK CONSOLE side 8 core Line Cable Installation Cable Pin No 12345678 Dooe o o _ 7 Recording Start Signal Relay Contact 7 LA Note 2 Recording Lamp Signal LB Note 2 Recording Lamp Signal Note 1 C
101. ATION ITEM ND 71548 E CHAPTER 3 Page 269 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 38 44 Installation of the DESK CONSOLE and Cable Connection 18 SUP CONNECTION This item specifies whether the supervisory console is connected or not a Press the desired number An asterisk shows the selected number SUP CONNECTION SRC menu 1 NONE 2 CONNECTED 1 Supervisory Console 15 not connected 2 Supervisory Console is connected SRC Return to Configuration Menu Note Default setting is 1 NONE b Press the SRC key The display returns to Configuration Menu CONFIG MENU P2 VER x SRC prev page 1 REC CONTROL DEST next page 2 PAGE CONTROL Note Release exit 3 SUP CONNECTION Answer update Note Do not change this data c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELECTION OF CONFIGURATION ITEM CHAPTER 3 ND 71548 E Page 270 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 39 44 Installation of the DESK CONSOLE and Cable Connection 19 REC VOLUME ADJUSTMENT This item specifies the recording level of the received voice from the other party Note that the voice level at the operator side cannot be adjusted a Press the desired number An asterisk shows the selected number REC VOLUME ADJUSTMENT SRC menu 1 2dB 4 8dB 2 3 4dB
102. Base Unit onto the special stand as per Figure 004 4 Level Check _ Check the level of the Base Unit If necessary adjust the level by inserting spacers beneath the Base Unit END BOLT M 10 LOCK WASHER PLAIN WASHER q_a CHAPTER 1 ND 71548 E Page 4 Issue 2 INTRODUCTION 2 3 How To Follow Trees This manual explains performance of a predetermined procedure work contents covered in each NAP in a Tree format as shown in Figure 1 4 Before engaging in the intended work be sure to understand the work contents by tracing the given tree Figure 1 4 Example of a Tree On the MDF make temporary cross connections between the Trunk for Direct In Termination DIT and an LC C O Line Incoming Call Station B dials the number of LC C Station C Incoming Call to Station via l DIT Trunk B The call terminates to Station A Station A rings Confirm that the ringing is distinct from that of an intra office call or ordinary C O call e The ringing signal for Direct In Termination calls can be the same as that used for C O calls if the related Office Data is assigned System Data SYSI INDEX 72 SYS3 INDEX 0 and parameter DR of Command ARTD Answer and Talk Station goes off hook ET Station and B talk with each other Release
103. C TSWM DUMMY DUMMY BASEU Base Unit BASEU BASEU BASEU BASEU A BSCM Basic Control Module max 3072 ports A max 4608 ports dri CE DLE M dCi DE CL max 6144 ports 8192 time slots A ND 71548 E CHAPTER 2 Page 15 Issue 2 INSTALLATION DESIGN Table 2 3 Conditions for Configuration UNIT NAME NUMBER OF MODULES CONDITIONS FANU Mounted in TOPU Fan Unit than two modules PIM Mounted in between the 2nd PIM and Three or more modules the 3rd PIM 2nd NFILU Less than two modules Noise Filter Three or more modules MountedinBASEU in BASEU TOPU with PZ DK222 KEY and Top Unit PZ DK223 DSP Cards Note A NFILU is mounted in BASEU CHAPTER 2 ND 71548 E Page 16 Issue 2 INSTALLATION DESIGN Figure 2 4 Time Slot Group Number Assignment Time Slots are allocated for a PIM as shown below TS Physical ports Slot No E 00 oso 5 EIN TS B ED Bo 48 TS SW 48 TS SW TS SW ports Group Numbers are allocated for a PIM as follows Slot No 02 0405 05 067 08 09 10 1 12 13 14 1516 7 8 19 20 0110310507109111 01103105 07109 11 Group No p 22 ar 21 02104 10 24 25 ta e go ES Extended 27 29 g Group No Number PIM of Time Slots Note 1 Extended Group No can be used by FCH PA FCHA card Note 2 4 PIM consists of 384 physical ports 512 total ports ND 71548 E
104. CHAPTER 3 Page 91 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handlin Precautions Required STEP 4 Insert the ISAGT PZ GT25 26 card into slot 6 as shown below Figure 009 6 Insertion of the ISAGT card in slot 6 slot 0 PCI PZ PC19 optional 1 slot 3 PCI PZ PC19 slot 6 ISA PZ GT25 26 Note This figure shows PZ GT25 as an example STEP 5 Connect the following cables to the connectors on the inserted ISAGT card For more information refer to Figure 9 15 MISC CA A CONN upper connector on the ISAGT e 50AL FLT CA A CONN lower connector the ISAGT PWRGDCA A PWRGD PZ IO31 lt gt PWG Note This figure shows PZ GT25 as an example CHAPTER 3 ND 71548 E Page 92 Issue 2 INSTALLATION PROCEDURE Contents Static Sensitive Handling Precautions Required STEP 6 Insert the optional LANI card s when FCCS 15 used via LAN Note FCCS stands for Fusion Call Control Signaling Figure 009 8 Insertion of the LANI card in slot 0 3 2 1031 to KEY A STEP 7 Remove the blind covers of the slots in which ISAGT LANI card to be used Figure 009 9 Removal of Blind Covers This is an example for installing two LANI cards Front Panel blind cover ND 71548 E CHAPTER 3 Page 93 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Hand
105. CIC2 ARTI APIPL APIPN AFRSL and AFRSN jp When the connection is available check the data by using AFRSL AGIP and APIPL When the connection is not available check the data by using ACSC ADPC AGIPS ARTD and ARTI 7 Perform the previous page for all the trunks by using MBTK or END ND 71548 E CHAPTER 5 Page 371 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 053 Sheet 1 3 IPTRK IP Trunk Card for H 323 Connection Test The following describes the procedure for confirming the normality of IPTRK the case of H 323 over IP Here describes procedure for performing connection test with H 323 between existing terminals Note tis essential that IPX and the controlled LC TRK are in normal condition Figure 053 1 Diagram of IPTRK H 323 Connection Test IPTRK PA 16IPTC AN OPE D External LAN External LAN Voice Signaling Voice Signaling H 323 Signaling H 323 Signaling a gt p gt IP LINK Existing Terminal Existing Terminal TA RJ45 Connector CHAPTER 5 ND 71548 E Page 372 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 053 Sheet 2 3 ATTENTION Contents Static Sensitive Handlin Precautions Required IPTRK IP Trunk Card for H 323 Connection Test START 1 Confirm that OPE lamp A on IPTRK 15 lighting
106. CONNECTOR CABLE NAME MODULE NAME NAME TSWM MUX020 IMG2 MUX Slot 13 MT24 TSW CA F TSW 02 TSWM MUXI20 IMG2 MUX Slot 14 24 TSW CA F TSW 12 Swat MUXT22 Pime MUX rH MPHMTHTSWCAT TSW 12 Pms aca vux Goria MPHMIMTSWCATi TSW 2 CHAPTER 3 ND 71548 E Page 172 Issue 2 INSTALLATION PROCEDURE 200 011 Sheet 12 24 Inter Frame Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 011 7 Inter Frame Bus Cable Connections for IMG1 IMG3 1 PIM System Connect the inter frame bus cables between IMG1 and IMG3 1 PIM system as shown below Note that the dotted line indicates the bus cable for a dual system IMG3 IMG1 i TSW13 TSW03 REAR VIEW FRONT VIEW Table 011 7 Inter Frame ISA Bus Cable Connections for IMG1 IMG3 1 PIM System UNIT MODULE CABLE MODULE NAME PIMO MUX030 IMG3 MUX Slot 13 34PH MT24 pam TSW c CA H TSW 03 TSWM MUX130 aa MUX Slot 14 34PH MT24 TSW CA H TSW 13 ND 71548 E CHAPTER 3 Page 173 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 13 24 ATTENTION Contents Static Sensitive Handling Precautions Required Inter Frame Cable Connections Multiple IMG Configuration Fi
107. Configuration Table 010 18 Bus Cable Connections for 4 PIM System FROM UNIT CONNECTOR UNIT CONNECTOR CABLE NAME MODULE NAME MODULE NAME LPM LCON GT 25 LPM LCON GT 25 4 LPM P ee PIMO MUSICO IPX MUSIC CA A Front Connector PIMO ALMB PIMI ALMA 20AL 10 FLT CA ALMB PIM2 ALMA 20AL 20 FLT CA 7 PIM2 ALMB PIM3 ALMA 20AL 10 FLT CA KEY and DSP LPM TOES DSPL forsingle DSPKEY CA A Front Connector stack PH SW10 MUX PH PC36 TSW MUX card PH SW10 MUX PH PC36 TSW MUX card MUX2 PH SW10 MUX PH PC36 TSW MUX card Front Connector due in Slot No 13 MUX2 PH SW10 MUX PH PC36 TSW MUX card tae Front Connector UMS Front Connector MAS OM in Slot No 14 MUX3 PH SW10 MUX PH PC36 TSW MUX card wo NOS PH SWIO MUX PH PC36 oa Tsw CA TSW card TOPU PI PI gt m Front Connector Front Connector in Slot No 14 15 E RET D FALM FALM CA A Connector Cable in bracket is for a dual system e D ND 71548 E CHAPTER 3 INSTALLATION PROCEDURE NAP 200 010 Sheet 53 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 30 Internal Bus Cable Connections for IMGO Multiple IMG Configuration Connect the bus cables as shown below Note that dotted lines indicate bus cables for
108. D 5 Replace the circuit card NO YES 2 Confirm that LINK lamp B on PHD 1 lighting green which indicates that the circuit card 1 connected to the network physically Check LAN cables straight are stable in the connector Check LAN cables by using a tester or other equipment Check the normality of network equipment SW HUB and Router YE CS HS SSS SSS SS 23 3 Call IP Enabled Dterm by using IP Enabled Dterm At this time controlling signaling 15 received sent between MGCS or terminals via PHD Connection restriction is cancelled using ATNR and other commands Make sure that the setting of IP Enabled Dterm is correctly registered using AISTL AMAC and its hardware setting ELO X M YES CHAPTER 5 ND 71548 E Page 378 Issue 2 INSTALLATION TEST PROCEDURE 200 055 Sheet 3 3 Contents Static Sensitive Handling Precautions Required PHD Connection Test 4 Is the speech available 5 Perform the above procedures between IP Enabled Dterm and IP Enabled Dterm or an analog terminal attached to MC if necessary END ND 7154
109. DD ON CONSOLE CHAPTER 3 ND 71548 E Page 258 Issue 2 INSTALLATION PROCEDURE HWS BV WUS DDS RCS MWS WUR DDR RCR MWR STS _ ee TG2 TG7 lt gt c TESISI C Bottom View Top View 2 Mount the ADD ON CONSOLE to DESK CONSOLE with 3 screws as shown below Projection DESK CONSOLE ADD ON CONSOLE ND 71548 E CHAPTER 3 Page 259 Issue 2 INSTALLATION PROCEDURE 10 CONNECTION OF AC DC ADAPTER FOR ADD ON CONSOLE OPTIONAL The AC DC adapter is required when the power supply from the distant PBX 15 not available Figure 016 19 Connection of AC DC Adapter for Add On Console The connector for the AC DC adapter 15 on the rear side of ADD ON CONSOLE AC DC Adapter O 3 4 Connector for Adapter CHAPTER 3 ND 71548 E Page 260 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 29 44 Installation of the DESK CONSOLE and Cable Connection 11 CONFIGURATION MENU 11 1 General Configuration Menu is used for assigning configuration data for DESK CONSOLE The menu has the fol lowing items HEADSET HANDSET HEADSET TYPE MUTE REC CONTROL PAGE CONTROL Note SUP CONNECTION REC VOLUME BLF HOLD START RELEASE SWAP 400525 cue 2ND RINGING 11 RINGING
110. E NAP 200 010 Sheet 57 64 Internal Cable Connections Multiple IMG Configuration Table 010 21 Internal Bus Cable Connections for IMG1 2 PIM System Multiple IMG Configuration MMEKE RN UNIT MODULE CONNECTOR UNIT CONNECTOR CABLE NAME NAME MODULE NAME TSWM PIMO ALMA 20AL 60 FLTCA nm Mi AMA MALQ HTCA CHAPTER 3 ND 71548 E Page 154 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 58 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 33 Internal Bus Cable Connections for IMG1 3 PIM System Multiple IMG Configuration Connect the internal bus cables for 3 PIM system of IMG1 as shown below Note that dotted line indicates bus cables for a dual system FRONT VIEW REAR VIEW TOPU PIM 2 OXNW 95 LXNW 95 2 2 N v T c X 5 c epe epe CN PIM 0 TSW11 MUX113 MUX112 TSWM MUX111 MUX110 ND 71548 E CHAPTER 3 Page 155 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 59 64 Internal Cable Connections Multiple IMG Configuration Table 010 22 Internal Bus Cable Connections for IMG1 3 System Multiple IMG Configuration NL BEEN CONNECTOR CABLE N
111. EW CHAPTER 3 ND 71548 E Page 184 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 24 24 Inter Frame Cable Connections Multiple IMG Configuration Table 011 13 Inter Frame Alarm Bus Cable Connections for IMGO IMG3 CABLE NAME NEN m EE MEN IMG3 DSPALM CA C TUUS ALMA ND 71548 E CHAPTER 3 Page 185 Issue 2 INSTALLATION PROCEDURE NAP 200 012 Sheet 1 1 Contents Static Sensitive Handling Precautions Required Front Cable Connections between Circuit Cards This NAP describes front cable connections between circuit cards Note Protection against static electricity A Portable Field Service Grounding Kit must be used to protect system components from static discharge START When CCH DCH and DTI cards are mounted in PIM For CCIS ISDN connect the front cable between CCH DCH and DTI cards by referring to Figure 012 1 END Figure 012 1 Front Cable Connections between Circuit Cards for CCIS ISDN O I Connecting Cable Specification FRONT VIEW Cable Name 10AL 10 FLT CA Desig No gt NR 510247 001 Color Label White Length 10 4 cm inch CHAPTER 3 ND 71548 E Page 186 Issue 2 INSTALLATION PROCEDURE NAP 200 013 Sheet 1 13 Cable Running from the PBX to MDF ATTCON MAT and SMDR This NAP explains the following work items e Cable Running from the PBX to the MDF and ATTCON Desk Console Cable Run
112. G TWO L SW io 13 MIA CASE TSWOI s muxos MS MUXGSILIS WPHMTHTSWCAG _ 9 SW MS MUX let VPRMTATSWCAG _ of ame AMA 0aLqinrurca n am om AMA MALQUHTCA CHAPTER 3 ND 71548 E Page 158 Issue 2 200 010 Sheet 62 64 Internal Cable Connections Multiple IMG Configuration INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Figuers 010 35 through 010 37 show the configuration of the internal bus cables for IMG2 3 Because bus cables for the 1 PIM system all adopt inter frame connections with other cabinets IMGO and 1 explanations are given here about the 2 PIM configuration or more cf NAP 200 011 Inter frame Cable Connections Figure 010 35 Internal Bus Cable Connections for IMG2 3 2 PIM System Multiple IMG Configuration When 2 PIM system is adopted in IMG2 or 3 the required connection is as follows REAR VIEW FRONT VIEW Teo I5I L PIM 1 IMG1 To To E To IMG1 Note To IMGO DSPALM CA B for IMG2 DSPALM CA C for IMG3 Note For these cable running refer to NAP 011 Inter frame Cable Connections ND 71548 E CHAPTER 3 Page 159 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 63 64 ATTENTION Contents
113. ICATING PANEL AND MUSIC ON HOLD Note Provide the necessary cross connections at the MDF by using copper wires of 0 5 mm diameter 24 2 core twisted wire is used for speech path and single core wire is used for control wire It is recommended that wires of different colors be used for trunks station lines PFT etc so that they can easily be distin guished e Alarm Indicating Panel SIART Mounting Alarm Indicating panel Mount the Alarm Indicating Panel using AY plugs curl plugs board plugs etc Cable running Referring to Figure 015 6 run the cables between the Alarm Indicating Panel and the MDF Referring to Figure 015 6 run the cable between the RPT on BASEU and the MDF Protect the cables by using cable ducts etc Termination of cables Terminate the installed cables to the Alarm Indicating Panel MDF and RPT terminals Cross connection Referring the Figure 015 6 provide the necessary cross connections at the Alarm Indicating Panel side and Module Group side END e Music On Hold START Cross connection Referring to Figures 015 6 run the cable between the MDF and the music source Connect the music source to the FMO and E connections Note FMI is not used at this time END CHAPTER 3 ND 71548 E Page 208 Issue 2 200 015 Sheet 9 32 Cable Termi
114. ION PROCEDURE NAP 200 016 Sheet 41 44 Installation of the DESK CONSOLE and Cable Connection 21 HOLD START RELEASE SWAP This item specifies the locations of HOLD START and RELEASE key Note Note a Press the desired number An asterisk shows the selected number HOLD START RELEASE SWAP SRC menu 1 ORIGINAL 2 SWAPPED Original setting Swapped setting The locations of each key changes as shown below ORIGINAL SETTING SWAPPED SETTING RELEASE START HOLD RELEASE START HOLD SRC Return to Configuration Menu Default setting is 1 ORIGINAL b Press the SRC key The display returns to Configuration Menu CONFIG MENU P3 VER x DEST next page 1 REC VOLUME Release exit 2 BLF Answer update 3 HOLD START RELEASE SWAP c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELECTION OF CONFIGURATION ITEM ND 71548 E CHAPTER 3 Page 273 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 42 44 Installation of the DESK CONSOLE and Cable Connection 22 2ND RINGING This item specifies on off setting of the 2nd ringing a Press the desired number An asterisk shows the selected number 2ND RINGING SRC menu 1 ENABLE 2 DISABLE 1 2nd Ringing available 2 2ndRinging Not available SRC Return to Configuration Menu Note Default setting is 2 DISABLE
115. IT MODULE CONNECTOR UNIT CONNECTOR CABLE NAME NAME MODULE NAME LL enso _ me 3 sasu Pii pmo PWRA 4 BASU pmo PWRB 4PPWRCAD s Pino wR pmo 40 6 Piso wR pmo avi _ CHAPTER 3 ND 71548 E Page 124 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 28 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 15 Power Cable Connections for IMG1 2 PIM System Multiple IMG Configuration Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system FRONT VIEW REAR VIEW To es e op v ow s va s o 2 PIM 0 OXNW 95 OXNW 95 LXNW 95 ND 71548 E CHAPTER 3 Page 125 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 29 64 Internal Cable Connections Multiple IMG Configuration Table 010 8 Power Cable Connections for IMG1 2 PIM System Multiple IMG Configuration NEN UNE NEUE NNI UNIT MODULE CONNECTOR UNIT CONNECTOR CABLE NAME NAME MODULE NAME BASEU Pwra PPWROAA BASEU PBO TSWM PWRB PWR CA B BASEU PAI PIMO PWRA PWR CA C EE BASEU PIMO PWR B 4P PWR
116. N URN CABLE NAME MODULE NAME NAME TSWM MUX030 PIMO IMG3 Slot 13 34PH MT24 TSW TSW 03 aE TSWM MUXI30 PIMO IMG3 MUX Slot 14 34PH MT24 TSW CA H TSW 13 TSWM MUX031 PIMI IMG3 MUX Slot 13 34PH MT24 TSW CA H TSW 03 TSWM MUXI31 PIMI IMG3 MUX Slot 14 34PH MT24 TSW CA H TSW 13 TSWM 0 032 PIM2 IMG3 MUX Slot 13 24 TSW CA I TSW 03 TSWM MUXI32 PIM2 IMG3 MUX Slot 14 MT24 TSW CA I TSW 13 TSWM MUXO33 PIM3 IMG3 MUX Slot 13 MT24 TSW TSW 03 TSWM MUXI33 PIM3 IMG3 MUX Slot 14 MT24 TSW CA J TSW 13 ND 71548 E CHAPTER 3 Page 179 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 19 24 ATTENTION Contents Static Sensitive Handling Precautions Required Inter Frame Cable Connections Multiple IMG Configuration Figure 011 11 Inter Frame Alarm Bus Cable Connections for 0 1 Connect the inter frame alarm bus cables between IMGO and IMG1 as shown below IMGO PIM3 PIM2 FANU IMG1 PIM1 FEN 1 DSPALM CA A PIMO Nes ys 21 LPM TSWM To Front Connector n Des MUSIC on EMA Card EMAFH EMA 2 51 REAR VIEW REAR VIEW CHAPTER 3 ND 71548 E Page 180 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 20 24 Inter Frame Cable Connections Multiple IMG Configuration Table 0
117. NAP 200 013 PBX 2MDF ATTCON MAT SMDR Cable Termination Desk Console Setting Power and Ground Cables NAP 200 014 NAP 200 016 Connection NAP 200 008 Circuit Cards Cable Termination and Cross oa one a l Connection NAP 200 015 1 1 gt Lines Tie Lines Cable Connections Peripheral Equipment i p quip Connection of SMDR internal Cable 200 018 Inter Frame Cable Connections NAP 200 011 Front Cable Connections betwee Circuit Cards NAP 200 012 Cleaning and Visual Check CHAPTER 3 ND 71548 E Page 38 Issue 2 INSTALLATION PROCEDURE NAP 200 001 Sheet 1 2 Installation Preparation This NAP explains the following work items e Confirmation of Equipment Locations e Confirmation of Floor Layout e Confirmation of Power and Ground Supply e Check of Quantity of Equipment Packages Note 1 Confirmation procedures are discussed in Chapter 2 of this manual Note 2 Be sure to correct any abnormal conditions encountered during installation preparation missing hard ware floor not level etc before proceeding to the next step START Confirmation of Equipment Environmental Confirmation of temperature and Locations humidity Floor Space Floor Load Floor surface Equipment Room Wall Ceiling Lighting facilities According to the floor layout Improper Locations confirm that the equipment e An open
118. NAP 200 055 LES sla su xe a a 377 NAP 200 056 FESE ere b rei 380 CHAPTER6 FAULT RECOVERY DURING TESTS 383 CZ zs p 383 2 OUTLINE OF PROCEDURE FOR FAULT RECOVERY 383 200 057 Abnormal Lamp Indications After System Startup 384 NAP 200 058 DT Dial Tone Connection Fault 386 NAP 200 059 Station to Station Connection Fault 387 CHAPTER7 WORK AFTER INSTALLATION TESTS 389 1 ORRICE DATA MANAGEMENT 5 42 52 95 dances o deu ven ca 389 1 1 Preservation of Office Data 389 2 JPREPARATION OF TEST RESULT REPORT REESE RR bao RUEDAS E eR Tes 390 3 MOUNTING OF THE FRONT AND REAR COVERS 390 4 ATTACHMENT OF INTER FRAME BRACKETS 400 SITE CLEANING varrriigi Bere whee ow oc hele SURES eee 404 ND 71548 E TABLE OF CONTENTS Page v Issue 2 This page is for your notes TABLE OF CONTENTS ND 71548 E Page vi Issue 2 INTRODUCTION CHAPTER 1 INTRODUCTION 1 GENERAL The figure below shows the outer view of the NEAX2400 IPX referred to in the
119. ND 71548 E Page 366 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 051 Sheet 2 3 ATTENTION Contents Static Sensitive Handling Precautions Required IPTRK IP Trunk Card for FCCS Connection Test SIART 1 Confirm that OPE lamp A on IPTRK is lighting The following explains how to solve the problems When the problem can not be solved by the step go to the next step 1 Remove and insert the circuit card and make sure that the sub card 15 stable when used 2 Make sure office data and mount location data by using ACRD ACTK command 3 Initialize the circuit card 4 Re download the firmware into the circuit card by using CD 5 Replace the circuit card 2 Confirm that VCO lamp B on IPTRK is lighting which indicates that voice compression is active When sub card is installed confirm VC1 lamp B on the circuit card is lighting The following explains how to solve the problems When the problem can not be solved by the step go to the next step 1 Remove and insert the circuit card and make sure that the sub card 15 stable when used 2 Initialize the circuit card YES 3 Re download the firmware into the circuit card by using CD 4 Replace the circuit card 3 Confirm that IP LINK F LINK lamps C on IPTRK are lighting green which indi
120. Note Do not change this data 11 2 Selection of Configuration Item 1l Displaying Configuration Menu ND 71548 E CHAPTER 3 Page 261 Issue 2 INSTALLATION PROCEDURE a Turn on the Position Busy lamp When the Position Busy lamp is off press the Position Busy key to turn on the Position Busy lamp red b Press the L2 L4 and SRC keys simultaneously Figure 016 20 Displaying the Configuration Menu sition Alarm Cc cs LDN TIE EMG CHAPTER 3 ND 71548 E Page 262 Issue 2 200 016 Sheet 31 44 Installation of the DESK CONSOLE and Cable Connection INSTALLATION PROCEDURE The first page of Configuration Menu appears on the LCD Configuration Menu has a total of four pages Note Ist Page CONFIG MENU PI VER x 1 HEADSET HANDSET 2 HEADSET TYPE 3 MUTE 2nd Page CONFIG MENU P2 VER x 1 REC CONTROL 2 PAGE CONTROL Note DEST next page Release exit Answer update SRC prev page DEST next page Release exit 3 SUP CONNECTION Do not change this data 3rd Page CONFIG MENU P3 VER x 1 REC VOLUME 2 BLF 3 HOLD START RELEASE SWAP 4th Page CONFIG MENU P4 VER x 1 2ND RINGING 2 RINGING Answer update SRC prev page DEST next page Release exit Answer update SRC prev page DEST next page Release exit Answer update c When pressing the DEST key the display changes to the next page When returning to the previous page
121. ON OF MOUNTED CIRCUIT CARDS START Removing the Card Stopper Extracting Circuit Cards END Contents Static Sensitive Handlin Precautions Required Referring to Figure 009 1 remove the card stopper from the module Referring to Figure 009 2 pull the card puller tabs in the direction indicated by the arrow The card will release from the connector and can then be removed Pull the card out about 50 mm 2 inches from the edge of the module so that it does not contact the backplane connector CHAPTER 3 ND 71548 E Page 86 Issue 2 INSTALLATION PROCEDURE Contents Static Sensitive Handling Precautions Required PAN HEAD SCREW M3 8mm 3 inches length SPRING WASHER M3 PLAIN WASHER M3 PL C P I MS3815BF Remove the card stopper from the module using a phillips head screwdriver CARD STOPPER ND 71548 E CHAPTER 3 Page 87 Issue 2 INSTALLATION PROCEDURE NAP 200 009 Sheet 4 13 ATTENTION Contents Static Sensitive Handling Precautions Required Setting of Switch Positions and Mounting of Circuit Cards 3 MOUNTING OF CIRCUIT CARDS SIART Unpacking the Circuit Cards Unpack each circuit card and remove it from its polyethylene bag Cleaning the connector portion of Wipe the connector portion clean using a soft cloth the Circuit Cards moistened with pure trichloroethylene or methanol me
122. ONS FOR DIGITAL INTERFACES Perform the cross connections for digital interfaces as shown below Note 1 When your system is single IMG configuration Time Division Switch TSW is equipped with Phase Lock Oscillator PLO Therefore dedicated PLO card is not required when using Digital Interfaces How ever when the system requires a higher precision oscillator use the Oscillator OSC PA CK14 card The cards may be mounted in slots numbered 9 and 17 of PIMO For the OSC card no external wiring is re quired Note 2 Provide the necessary cross connections at the MDF by using copper wires of 0 5 mm diameter 24 2 core twisted wire is used for speech path and single core wire is used for control wire It is recommended that wires of different colors be used for trunks station lines PFT etc so that they can easily be distin guished WARNING Zack card out of the module before attempting cross connection Otherwise the fuse mounted on the DTI card will blow and the card will become inoperative START Checking terminal Digital Trunk locations on the Referring to the Port Accommodation END CHAPTER 3 Page 226 Issue 2 DTI CCT PRT Module Group side of the MDF PLO leads Cross Connection When accepting synchronization Note clocks from other node master or submaster node When accepting synchronization clocks from External High Stability Oscillator ND 71548 E sheet and descripti
123. PM PIMO MUSICO IPX MUSIC CA A Front Connector PIMO ALMB PIMI ALMA 20AL 10 FLT CA PIMI ALMB PIM2 ALMA 20AL 20 FLT CA KEY and DSP LPM TOPU DSPL for single DSPKEY CA A Front Connector Stack 7 9 PH SW10 MUX PH PC36 TSW MUX card PH SW10 MUX PH PC36 TSW MUX card MUX2 PH SW10 MUX PH PC36 TSW MUX card Front Connector FM Front Connector NER ENCES iy in Slot No 13 MUX2 PH SW10 MUX PH PC36 TSW MUX card Front Connector PME Front Connector MEUS NY SR in Slot No 14 Connector Note Cable in bracket is for a dual system CHAPTER 3 ND 71548 E Page 146 Issue 2 Single IMG Configuration INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Run the power cables referring to Figure 010 29 Then fasten the cables to the cabinet referring to the figure below Figure 010 28 Bus Cable Connections for 4 PIM System The drawing below illustrates how to run the bus cables for the 4 PIM system For details on actual cable running see Figure 010 29 PIM 3 PIM 2 FANU ON KK cz 1 LP als PIM 0 5 L LPM MGC 1 1 z VN A MN i Mv i MN MM NN Ia MN i VN vA omms M va gt po Ny NN NN 87 Fb L E Ive Im NA im SN VN
124. PX 2PORT CA A RS 232C CA 0 and RS 232C cable IOC PX IO00 port 0 port 1 4 27 1 port 2 port 3 RS 232C cable customer provided RS 232C CA 0 CHAPTER 3 ND 71548 E Page 282 Issue 2 INSTALLATION PROCEDURE Installation of the Maintenance Administration Terminal MAT and Cable Connections Figure 017 5 IPX 2PORT CA A Cable Cable Specification 98 59 v 99 99 99 AN 99 Cable Accommodation A Cable Accommodation TYP1 1 RD 02 RD c 04 CS em o 5 RT 10 16l OR 05 DR O 8 SD Ooo 1 0 SD 3 RS Joj m m ER 1 8 ER CJ 06 G RD pe E 1161 572 lay eD 7 86 RE 19 DR Joj a 21 so J P Jal RS 28 51 24 ER Cable Accommodation TYPO 25 G 02 RD Oo 104 CS i2 sz N N o o lo on o o o m l o x ol Jol fo e o gt a 42 A 0 T Note Line with no indication within the diagram is treated all open ND 71548 E CHAPTER 3 Page 283 Issue 2 INSTALLATION PROCEDURE NAP 200 017 Sheet 8 10 Installation of the Maintenance Administration Terminal MAT and Cable Connections Figure 017 6 Detail of RS 23
125. Page 36 Issue 2 Note INSTALLATION PROCEDURE As the cable to be run between the PBX and the Rectifier use a CV cable 600 V Crosslinked Polyethylene Insulated PVC Sheathed Cable as the circumstance permits Compared with an ordinary IV cable 600 V PVC Insulated Cable the CV cable is stronger because of its thicker cover Thus it is suitable to run along the free access floor where it is difficult to protect the cable from damage Also for easy identification of different cables use cables of different colors as follows e 48 V Blue White GND Red Black e E Green The color shown in a bracket is applicable to the UL Specification ND 71548 E CHAPTER 3 Page 37 Issue 2 INSTALLATION PROCEDURE 3 INSTALLATION PROCEDURE The flowchart in Figure 3 2 shows the installation procedure Each step is assigned a NAP number NAPs NAP 200 001 through NAP 200 018 follow Figure 3 2 These NAPs should be followed sequentially when perform ing the installation Individual steps such as installation of SMDR can be performed independently by referring to the corresponding NAP Figure 3 2 Installation Procedure START Installation Preparation NAP 200 001 Marking Leveling and Drilling NAP 200 002 Unpacking and Inspection NAP 200 003 Base Unit Installation NAP 200 004 Mounting of Units and Modules NAP 200 005 MDF Installation Power Equipment Installation NAP 200 007 NAP 200 006 Cable Running
126. R 3 ND 71548 E Page 142 Issue 2 07 31 02 INSTALLATION PROCEDURE 200 010 Sheet 46 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Table 010 16 Bus Cable Connections for 2 PIM System FOM TO UNIT CONNECTOR UNIT CONNECTOR CABLE NAME MODULE NAME MODULE NAME LPM LCON GT 25 LPM LCON GT 25 4 LPM 217 PIMO MUSICO IPX MUSIC CA A Front Connector PIMO ALMB PIMI ALMA 20AL 10 FLT CA KEY and DSP TOM DSPL for single DSPKEY CA A Front Connector stack PH SW10 MUX PH PC36 TSW MUX card MUX1 PH SW10 PIMI MUX PH PC36 MT24 TSW CA 90 TSW MUX card Front Connector Front Connector in Slot No 14 Connector Note Cable in bracket is for a dual system ND 71548 E CHAPTER 3 Page 143 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Single IMG Configuration Run the bus cables referring to Figure 010 27 Then fasten the bus cables to the cabinet referring to the figure be low Figure 010 26 Bus Cable Connections for 3 PIM System The drawing below illustrates how to run the bus cables for the 3 PIM system For details on actual cable running see Figure 010 27 m Lt Note Normally the cable are fastened onto the cabinet at the proposed locations where
127. R VIEW 6 FRONT VIEW ND 71548 E CHAPTER 3 Page 169 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 9 24 Inter Frame Cable Connections Multiple IMG Configuration Table 011 5 Inter Frame Bus Cable Connections for IMG1 IMG2 3 PIM System NEN NNNM UNIT CONNECTOR CONNECTOR CABLE NAME MODULE NAME NAME TSWM MUX020 IMG2 MUX Slot 13 MT24 TSW CA F TSW 02 SW pm mo Gor 19 MPH TSW CAT Tsw 12 CHAPTER 3 ND 71548 E Page 170 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 10 24 ATTENTION Contents Static Sensitive Handling Precautions Required Inter Frame Cable Connections Multiple IMG Configuration Figure 011 6 Inter Frame Bus Cable Connections for IMG1 IMG2 4 PIM System Connect the inter frame bus cables between IMG1 and IMG2 4 PIM system as shown below Note that the dotted line indicates the bus cable for a dual system IMG2 TOPU PIM3 PIM2 FANU PIM1 PIMO LXNW 9 TSW12 MUX123 Muxi22 TSWM DUMMY MUX121 MUX120 BASEU BASEU REAR VIEW FRONT VIEW ND 71548 E CHAPTER 3 Page 171 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 11 24 Inter Frame Cable Connections Multiple IMG Configuration Table 011 6 Inter Frame Bus Cable Connections for IMG1 IMG2 4 PIM System O MEN MEN UNIT CONNECTOR 1 7 popu
128. RE NAP 200 002 Sheet 5 8 Marking Leveling and Drilling 2 WHEN SECURING THE PBX WITH THE SPECIAL STAND SIART Marking and Drilling of Special Drill the Special Stand for securing the PBX Stand See Figure 002 3 Marking Drilling and Cutting of drill and cut the free access floor according to Free Access Floor the size of the special stand to be used nstalling the Special Stand Secure the special stand onto the floor See Figure 002 4 Level Check Check the level of the special stand If necessary adjust the level by inserting spacers beneath the stand END ND 71548 E CHAPTER 3 Page 45 Issue 2 INSTALLATION PROCEDURE NAP 200 002 Sheet 6 8 Marking Leveling and Drilling CHAPTER 3 Page 46 Issue 2 Figure 002 3 Example of Special Stand HOLE FOR SECURING BASE UNIT 600 Unit mm inch 1 11 62 Figure 002 4 Special Stand Installation Method LPM MGC FREE ACCESS OR COMPUTER FLOOR es SPECIAL STAND ANCHOR BOLT ND 71548 E INSTALLATION PROCEDURE NAP 200 002 Sheet 7 8 Marking Leveling and Drilling 3 WHEN SECURING PBX WITH FLOOR ELEVATIONS START Installing the Floor Elevation Secure the Floor Elevation on the concrete floor See Figure 002 5 Marking Mark the locations of the anchor bolt holes for the Base Unit See Figure 002 1 D
129. S ee ee eee eee ee eee eee T 4 Perform the above procedures between an analog terminal or IP Enabled Dterm and an analog terminal via MC 1f necessary END CHAPTER 5 ND 71548 E Page 376 Issue 2 INSTALLATION TEST PROCEDURE The following describes the procedure for confirming the normality of PHD Here describes procedure for perform ing connection test between IP Enabled Perform the test with the other combinations of terminals when needed Note tis essential that IPX and the controlled LC TRK are in normal condition Figure 055 1 Diagram of PHD Connection Test PHD 118 Signaling Network Equipment SW Router etc IP Enabled IP Enabled Note Peer to Peer is a direct calling connection between IP terminals IP stations with each other without the use of a PBX line card ND 71548 E CHAPTER 5 Page 377 Issue 2 INSTALLATION TEST PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required 1 Confirm that OPE lamp A on PHD is lighting OPE and BLN lamps need about one minute to turn on after the initialization The following explains how to solve the problems When the problem can not be solved by the step go to the next step 1 Remove and insert the circuit card 2 Make sure office data and mount location data by using ALIDL 3 Initialize the circuit card 4 Re download the firmware into the circuit card by using C
130. SECURING THE PBX DIRECTLY ONTO THE FLOOR 42 2 WHEN SECURING THE PBX WITH THE SPECIAL 5 45 WHEN SECURING PBX WITH FLOOR 8 47 4 MARKING LEVELING AND DRILLING FOR MDF POWER EQUIPMENT AND PERIPHERAL EQUIPMENT 22 sc dete e Go ed ROE ed as 48 NAP 200 003 Unpacking and Inspecci inc Sue d an erede wr om ed qct v E EE Ne Ps 49 NAE DI Lied cM 49 2 INSPRE MU rer 50 NAP 200 004 Installation of the Base Unit 51 1 INSTALLING THE BASE UNIT DIRECTLY ONTO THE FLOOR 51 2 INSTALLING THE BASE UNIT USING A SPECIAL 5 53 NAP 200 005 Mounting of Units and Modules 54 1 MOUNTING OF UNITS AND MODULES 54 2 INSTALLATION OF FANU idea uet Sees E WE TE qe TES t eui ma 55 3 PROCEDURE FOR FANU ON THE 56 4 PROCEDURE FOR FANU IN THE 61 5 ATTACHING THE ADDITIONAL NOISE FILTER UNIT NFILU TO THE BASEU 67 NAP 200 006 Installation of Power Equipment 70 200 007 Installation of the MDF 71 200 008 Connection of Power and Ground Cables from the Power Equi
131. Sheet 1 2 Paged Station C Connection Test Paging Trunk for Paging Transfer Service Hold Station Paging Transfer Service can be selected according to System Data SYS1 INDEX 73 1 Non Delay System 2 Delay and Non Delay System 3 Paging Transfer Supervision START Call the Paging Trunk stations A and B are engaged in a station to station connection Station A makes a Switch Hook Flash SHF and hears SPDT Station B is held on the line Station A dials the paging access code and hears CRBT In about 1 sec CRBT is no longer heard and Station A is able to page through the loudspeaker The paging party For a Non Delay System Station A remains on hold For Delay System with Paging Transfer Supervision Station hangs up The paged party answers Station C the paged party dials the paging access code answer NN ND 71548 E CHAPTER 5 Page 345 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 040 Sheet 2 2 Connection Test Paging Trunk for Paging Transfer Service each other For Paging Transfer Supervision mE Station C is connected to Station B Release Connection For Non Delay System EN Station C is connected to Station A When Station A hangs up Stations B and C are automatically connected with each other For a Delay System Station A rings and picks up handset Station A is connected to Stations When Station A hangs up Stations B
132. Static Sensitive Handling Precautions Required r1 FAN PWR CA A 50AL FLT CA A lower connector MISC CA A upper connector 40AL FLT CA A SW PWR CA A PZ GT25 PZ GT26 PZ GT25 PZ GT26 FRONT ND 71548 E CHAPTER 3 Page 97 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 1 64 Internal Cable Connections This NAP explains how to run the following internal cables between Modules START Confirming connector locations Connection of FANU cables Connection of Internal Power Cables Connection of Internal Bus Cables END CHAPTER 3 Page 98 Issue 2 Referring to Figures 010 1 through 010 4 confirm the locations of the connectors into which the internal cables are inserted Referring to the figures listed in Figures 010 4 through 010 9 connect FANU cables Referring to the figures shown in Figures 010 5 through 010 12 connect internal power cables Referring to figures shown in Figures 010 22 through 010 29 connect internal bus cables ND 71548 E INSTALLATION PROCEDURE NAP 200 010 Internal Cable Connections Since cable connections vary depending on the system configuration which includes how many Port Interface Mod ules PIMs are accommodated in the system or whether redundancy is taken into account as to the CPU Before starting cable connections find your system in Quick Reference Table When you find your system in the table open the related pages on which ne
133. Static Sensitive Handling Precautions Required Internal Cable Connections Multiple IMG Configuration Figure 010 36 Internal Bus Cable Connections for IMG2 3 3 PIM System Multiple IMG Configuration When 3 PIM system is adopted in IMG2 or 3 the required connection is as follows FRONT VIEW REAR VIEW wpe s 4 PIM 2 20AL 20 FLT CA IP To IMG1 o p ALMB LL x 20AL 10 FLT CA IMG1 epe 5 PIM 0 To IMG1 li OXNW 9 9d Hd LXAW 9 0d Hd Note To IMGO DSPALM CA B for IMG2 DSPALM CA C for IMG3 DUMMY Note For these cable running refer to NAP 011 Inter frame Cable Connections CHAPTER 3 ND 71548 E Page 160 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 64 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 37 Internal Bus Cable Connections for IMG2 3 4 PIM System Multiple IMG Configuration When 4 PIM system is adopted in IMG2 or 3 the required connection is as follows FRONT VIEW REAR VIEW _ PIM 3 F 20AL 10 FLT CA To 01102 03 13 14 qs PIM 2 To IMG1 20AL 20 FL
134. T Cable running While referring to Figure 016 2 through Figure 016 5 run the cables between each DESK CONSOLE and its Modular Block Jack and between the Modular Blocks and the MDF Protect the cables by using cable ducts etc Termination of cables While referring to Figure 016 2 through Figure 016 5 terminate the installed cables to the MDF and the Modular Blocks Check the terminal locations on the While referring to Port Accommodation sheet and Module Group side of the MDF description of PA CS33 card in the NEAX2400 IPX Circuit Card Manual identify the lead names for the card and the terminal locations of the leads Cross Connection While referring to Figure 016 2 and Figure 016 5 provide the necessary cross connection at the DESK CONSOLE side and the PBX side Mounting of Headset Optional While referring to Figure 016 6 mount optional Headset on DESK CONSOLE Mounting of Handset Optional While referring to Figure 016 7 or Figure 016 8 mount optional Handset on DESK CONSOLE Figure 016 1 Outer View of Desk Console ND 71548 E CHAPTER 3 Page 233 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 2 44 ATTENTION Contents Static Sensitive Handling Precautions Required Installation of the DESK CONSOLE and Cable Connection Figure 016 2
135. T CA e TeTe Ts m B 20AL 10 FLT CA p 0 MEA Note To IMG1 L ud Eres E 0 IMG1 2 DSPALM for IMG2 DSPALM CA C for IMG3 DUMMY BASEU Note For these cable running refer to 011 Inter frame Cable Connections ND 71548 E CHAPTER 3 Page 161 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 1 24 Inter Frame Cable Connections Multiple IMG Configuration This NAP explains how to run the frame to frame cables for 2 3 4 IMG System STAR T Connection of Inter frame ISA Bus Cables Refer to Figure 011 1 Connection of Inter frame Bus Cables Refer to Figures 011 2 through 011 10 Connection of Inter frame Alarm Bus Cables Refer to Figures 011 11 through 011 13 END CHAPTER 3 ND 71548 E Page 162 Issue 2 INSTALLATION PROCEDURE 200 011 Sheet 2 24 Inter Frame Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 011 1 Inter Frame ISA Bus Cable Connections for 0 1 Multiple IMG Configuration Connect the inter frame ISA bus cables as shown below Note that the dotted line indicates the bus cable for a dual system IMGO REAR VIEW FRONT VIEW Table 011 1 Int
136. T USING A SPECIAL STAND START Securing the Base Unit Secure the Base Unit onto the special stand as per Figure 004 4 Level Check Check the level of the Base Unit If necessary adjust the level by inserting spacers beneath the Base Unit END Figure 004 4 Setting the BASEU via Special Stand BOLT LOCK WASHER PLAIN WASHER J SPECIAL STAND ND 71548 E CHAPTER 3 Page 53 Issue 2 INSTALLATION PROCEDURE 1 MOUNTING OF UNITS AND MODULES START Mounting of Modules FAN Mount modules FAN BOX and TOPU for each cabinet by BOX and TOPU referring to the Figure 005 1 END Figure 005 1 Procedure for Mounting Units and Modules TOPU Note Tighten these screws Do the same at the rear side too PIM3 Tighten these screws Do the same at the rear side too PIM2 Tighten these screws Do the same at the rear side too FAN BOX Note Tighten these screws Do the same at the rear side too PIM1 Tighten these screws Do the same at the rear side too FAN Unit is mounted on the or inside the FAN BSCM LPM MGO BOX LPM MGC For detailed procedures refer to Section 2 of this NAP 7 Jl Il SSS SS CHAPTER 3 ND 71548 E Page 54 Issue 2 INSTALLATION PROCEDURE NAP 200 005 Sheet 2 18 Mounting of U
137. TI APIPL APIPN AFRSL and AFRSN When the connection 15 available check the data by using AGIP AVIPS and data setting of Gate Keeper When the connection is not available check the data by using AGIP YES 8 Perform the previous page for all the trunks by using MBTK or MBTC END CHAPTER 5 ND 71548 E Page 374 Issue 2 INSTALLATION TEST PROCEDURE The following describes the procedure for confirming the normality of PHA Here describes procedure for perform ing connection test between analog terminals attached to MC Perform the test with the other combinations of ter minals when needed Note tis essential that IPX and the controlled LC TRK are in normal condition Figure 054 1 Diagram of PHA Connection Test PHA PA CC118 Network Equipment SW HUB Router etc Signaling 1 Voice peer to peer RJ45 Connector note Analog Terminal Analog Terminal Note Peer to Peer is a direct calling connection between IP terminals IP stations with each other without the use of a PBX line card ND 71548 E CHAPTER 5 Page 375 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 054 Sheet 2 2 ATTENTION Contents Static Sensitive Handling Precautions Required PHA Connection Test START 1 Confirm that OPE lamp A on PHA 15 lighting A
138. TION OF CONFIGURATION ITEM CHAPTER 3 ND 71548 E Page 268 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 37 44 Installation of the DESK CONSOLE and Cable Connection 17 REC CONTROL This item specifies the operation mode of a recording device The following two types of modes are available Note Note Manual mode Manual mode is available when the REC circuit card is mounted in the system When the REC key is pressed the system starts recording and the REC lamp lights When the REC key 1s pressed again the re cording stops and the REC lamp goes off Automatic mode In Automatic mode a dedicated recording device 1s directly connected to the REC connector When a call is connected disconnected the system starts ends recording automatically Note that the REC key is not ef fective in Automatic mode a Press the desired number An asterisk shows the selected number REC CONTROL SRC menu 1 MANUAL 2 AUTO Manual mode Automatic mode SRC Return to Configuration Menu Default setting is 1 MANUAL b Press the SRC key The display returns to Configuration Menu CONFIG MENU P2 VER x DEST next page 1 REC CONTROL Release exit 2 PAGE CONTROL Note Answer update 3 SUP CONNECTION Do not change this data c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELECTION OF CONFIGUR
139. TION PROCEDURE NAP 200 010 Sheet 25 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handlin Precautions Required Table 010 6 Power Cable Connections for IMGO Multiple IMG Configuration UNIT MODULE NAME MODULE NAME I BASEU LPM UNWO MSCPWRCKA _ 1 BASEU VINCONN _MISCPWRCAB _ PIMI PWRA 4P PWR CA E PIMI PWR B 4P PWR CA F BASEU BASEU BASEU PIM2 PWR B 4P PWR CA H BASEU 10 BASEU PIM3 PWR B PWR 11 PIMO 48V0 PIMO PWR 48V IN CONN 3P PWR CA A R PIM3 PWRA 4P PWR CA I um MN EM mE L emo Vi mowo VINCONN GPFWRCRB _ LE mE EN mE NEM CHAPTER 3 ND 71548 E Page 122 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Multiple IMG Configuration Figure 010 14 Power Cable Connections for IMG1 1 PIM System Multiple IMG Configuration Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system FRONT VIEW REAR VIEW poonam 1 1 wa Hd 95 OXPIN ND 71548 E CHAPTER 3 Page 123 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 27 64 Internal Cable Connections Multiple IMG Configuration Table 010 7 Power Cable Connections for IMG1 1 PIM System Multiple IMG Configuration BENE NNI UN
140. U on TOPU ATTENTION FAN Mounting Plate PZ M369 CHAPTER 3 ND 71548 E Page 56 Issue 2 INSTALLATION PROCEDURE STEP 4 Fix a FAN fuse 5 0A onto the PZ M369 Figure 005 4 Attachment of FAN Fuse PZ M369 ATTENTION Omm BIB Fasten a FAN fuse 5 0 A here Note Heat run test of the FANU is shown in Chapter 4 SYSTEM STARTUP Therefore keep the PWR SW key to the center position OFF still at this time STEP 5 Connect the FAN cables as shown in Figure 005 5 and Figure 005 6 STEP 6 Lastly attach the Top Cover onto the TOPU ofthe cabinet Then fasten the four screws refer to Fig ure 005 7 Note The procedures STEP 4 through STEP 6 must be performed at each PBX cabinet adopting 1 PIM or 2 PIM configuration ND 71548 E CHAPTER 3 Page 57 Issue 2 INSTALLATION PROCEDURE Figure 005 5 Cable Connections for FANU on TOPU ATTENTION ontents 7 SSS THO 1 2 FCO 2 TALMO FANU TOPU Top View Note 1 For details on the FAN connector PIM backplane refer to Figure 005 6 Note 2 For details on the TALM connector panel refer to Figure 005 3 CHAPTER 3 ND 71548 E Page 58 Issue 2 INSTALLATION PROCEDURE Figure 005 6 Connection of Connector Cable TOPU PIM ATTENTION p ls 1 THO TH1 m FAN e ea ds OFF o
141. USIC EMA PIMO MUSICO IPX MUSIC CA A Front Connector KEY and DSP 5 LPM oe for sin DSPKEY CA A Front Connector gle stack ref ue Ra eee suc Connector Note Cable in bracket is for a dual system CHAPTER 3 ND 71548 E Page 140 Issue 2 07 31 02 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Single IMG Configuration Run the bus cables referring to Figure 010 25 Then fasten the bus cables to the cabinet referring to the figure be low Figure 010 24 Bus Cable Connections for 2 PIM System The drawing below illustrates how to run the bus cables for the 2 PIM system For details on actual cable running see Figure 010 25 E Note Normally the cable are fastened onto the cabinet at the proposed locations where small dots are provided in this figure ND 71548 E CHAPTER 3 Page 141 07 31 02 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Single IMG Configuration Figure 010 25 Details on Bus Cable Connections for 2 PIM System Connect the bus cables as shown below Note that dotted lines indicate bus cables for a dual system FRONT VIEW REAR VIEW 144444444544 p po p ES IEEE 0900000000 CHAPTE
142. VN vA vA VN im VN VA im 2 mmm sn V T LE PIM 3 PIM2 FANU PIM 1 PIM 0 LPM MGC Note Normally the cable are fastened onto the cabinet at the proposed locations where small dots are provided in this figure ND 71548 E 07 31 02 CHAPTER 3 Page 147 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 51 64 Internal Cable Connections Single IMG Configuration Figure 010 29 Details on Bus Cable Connections for 4 PIM System ATTENTION Contents Static Sensitive Handling Precautions Required Connect the bus cables as shown below Note that dotted lines indicate bus cables for a dual system FRONT VIEW REAR VIEW ez ____ 5 PZ DK222 TOPU om ES E E EZ E EE KE EE EE E ELE ES PIM 3 14 PIM 2 FANU I i THEE E ELE ES L PIM 1 PIM O BSCM CPR 1 LPM MGC NS WY 0 0900000000 3 ND 71548 E Page 148 Issue 2 07 31 02 INSTALLATION PROCEDURE 200 010 Sheet 52 64 Contents Static Sensitive Handling Precautions Required Internal Cable Connections Single IMG
143. _ sp mer mo BASU MM BASEU PIM2 PWR B 4P PWR CA H Om RS mun of Bassu Pbi Ms PWRB apwe Li SCAN GENOA 2 ARVINCONN pmo PIM PWR ARVINCONN 40 SPPWROKA DM emi ewe 48VINCONN avi 3PPWRCKB 15 ARVINCONN pm 40 16 PNG avi _ LIT PINS PWR 48VINCONN pms avo _ LR Pins wR Pms avi _ CHAPTER 3 ND 71548 E Page 130 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Multiple IMG Configuration Figure 010 18 Power Cable Connections for IMG2 3 1 PIM System Multiple IMG Configuration Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system FRONT VIEW REAR VIEW ND 71548 E CHAPTER 3 Page 131 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 35 64 Internal Cable Connections Multiple IMG Configuration Table 010 11 Power Cable Connections for IMG2 3 1 PIM System Multiple IMG Configuration MEN MEM NN UNIT MODULE CONNECTOR UNIT CONNECTOR CABLE NAME NAME MODULE NAME LT saso arwa 1 Basu pmo PWRB 3 PIMo PWR pmo 0
144. a dual system FRONT VIEW REAR VIEW PZ DK222 TOPU cT Tos eoe ess Te eoo s Ts s s TT PIM 3 To ores eos e rore s s esL blot PIM 2 Tos oo s Fs s Es ET PIM 1 oa ofa for Joo ooo E o ss Esp BSCM CPR 1 LPM es MGC i CPR 0 BASEU PZ M377 CHAPTER 3 ND 71548 E Page 150 Issue 2 07 31 02 INSTALLATION PROCEDURE 200 010 Sheet 54 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Table 010 19 Internal Bus Cable Connections for IMGO Multiple IMG Configuration NEN HM CONNECTOR NEN CONNECTOR CABLE NAME MODULE NAME MODULE NAME LPM PIMO ALMA 20AL FLT 1 ES PIMO ALMA 20AL 10 FLT CA PIMI ALMB PIM2 ALMA 20AL 20 FLT CA MEM PIM2 ALMB PIM3 ALMA 20AL 10 FLT CA NENNEN KEY and DSP LPM TOP EMA i 5 MGC Front Connector DSPL for single DSPKEY CA A stack LPM DENAEMA BASEU FALM FALM CA A Front Connector ND 71548 E CHAPTER 3 Page 151 Issue 2 INSTALLATION PROCEDURE Contents Static Sensitive Handlin Precautions
145. a station accommodated in any PIM START Check PWRO in each PIM While both PWR Supplies are OFF turn ON power to PWRO Leave PWRI OFF Check howler tone Gm A station accommodated in the PIM whose PWR Supply is to be tested goes off hook analog port only The station hears DT The station hears ROT within 12 seconds The station should confirm hearing howler tone within 30 seconds Check ringing signal xj Set up a station to station connection between two stations in the IM inm whose PWR Supply is to be tested analog port only Confirm that ringing signal is sent out CHAPTER 5 ND 71548 E Page 348 Issue 2 200 042 Sheet 2 2 Howler amp Ringing Signal Test END INSTALLATION TEST PROCEDURE Contents Static Sensitive Handling Precautions Required Check PWRI in each PIM While both PWR Supplies are OFF turn ON power to PWRI Leave PWRO OFF Check howler tone station accommodated in the for which the PWR Supply is to be tested goes off hook analog port only The station hears DT The station hears ROT within 12 seconds The station should confirm hearing howler tone within 30 seconds Check ringing signal Set up a station to station connection between two stations accommodated the IM inm whose PWR Supply is to be tested analog port only Confirm that ringing signal 1 sent out ND 71548 E CHAPTER 5 Page 349
146. aisle or place where sprinklers are provided locations are appropriate A place where there is a water pipeline A place where there is a pipeline generating heat and an exhaust for such heat e location near an exhaust port for corrosive fumes or gas generated from a facility machine A location near a copying machine or apparatus which dis sipates heat e A location where the switch will be exposed to direct sun light A location near a kitchen facility etc from which vapor is generated A high EMI environment for example a location near an U elevator motor or X ray equipment ND 71548 E CHAPTER 3 Page 39 Issue 2 INSTALLATION PROCEDURE NAP 200 001 Sheet 2 2 Installation Preparation Proper Locations A dry and clean place place that 1 well ventilated A sufficiently illuminated room 200 lux at floor level A location around which there are no obstructing objects thus allowing easy maintenance A place where C O lines can be brought in or local cables can be brought up to the MDF easily A place where communication and security ground can END be obtained as required Confirmation of Power and Confirm AC voltage and current capacity Ground Suppl eae Confirm that a Circuit Breaker NFB is provided exclusively for the system Confirm that ground terminals are provided separately from those of the power supply system Confirm that one main power is prov
147. alled near the motor or the power transformer How to resist to static electrification The floor around the PBX must be made up with resistance material to Electric Static Dis charge ESD 2 2 3 Windows ATTENTION Please close all the windows if the location is affected by dust salty wind or corrosive gas Besides curtains or blinds are necessary to avoid direct sunlight 2 2 4 Fire Extinguishert WARNING Please place the extinguisher for electric fire such as carbon gas extinguisher and halon gas extinguisher It is recommend that automatic fire detector be equipped with the room In case of smoking and firing turn off the power for Main Power and backup battery Then use the extinguisher for electric fire to put out the fire Do not inhale the smorking while extin guishing the fire ND 71548 E PRODUCT LIABILITY PL 7 Issue 2 2 2 5 Safety Environment WARNING Consider countermeasures for disasters such as firing flood and earthquake and safety for the operator It is necessary to keep cleaning the machine room Also be careful of spraying an insecticide not to affect the machinery 2 2 6 Temperature and Humidity Other than fulfilling the appropriate humidity and temperature it is necessary to consider the maintenance operation and the all time ventilation in non loading operation during day off and night For example when the height above floor 1 1 m 3 281 feet the temperature should be from 20
148. ally When IP LINK is off Make sure F LAN connectors and external LAN cables are installed NO Check LAN cables straight are stable in the connector Check LAN cables by a tester or other equipment Check the normality of network equipment SW HUB and Router and HUB circuit card YES CHAPTER 5 ND 71548 E Page 370 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 052 Sheet 3 3 ATTENTION Contents Static Sensitive Handling Precautions Required IPTRK IP Trunk Card for CCIS Connection Test 4 Confirm that LO lamp D on IPTRK 15 lighting green which indicates CCIS 15 available Make sure the office data by using commands AVIPS ARTD ADPC ACSC ACIC2 ARTI APIPL APIPN AFRSL and AFRSN 5 Block all the trunks except for the trunk to be tested and then self node make test call with an station number which other node accommodates voice signaling and control signaling are sent received via IPTRK between the nodes Is the test successfully completed Is the trunk successfully seized Make sure that the trunk to be tested is unblocked using MBTK NO Use ping command to check the normality of connection between router or other equipment and PBX Check the office data by using commands AGIP AVIPS ARTD ADPC ACSC ACICI A
149. ard set the MB switch to the OFF position making the trunk busy Test the trunk circuits one at a Un busy make idle only the trunk to be tested time by establishing access froma The station dials the Access Code of the trunk being tested and the number for the call destination station LI The called side answers The station confirms speech The call 1s released Make temporary cross connections for the next trunk to be tested Restore the temporary connections temporary Office Data etc to original configuration END CHAPTER 5 ND 71548 E Page 334 Issue 2 INSTALLATION TEST PROCEDURE Outgoing Trunk COT TLT DTI Card Connection Test Set up a loop back connection between the COT C O Trunk to be tested and a station line Figure 032 1 COT Test Configuration The trunk route must be assigned for Loop Start Figure 032 2 TLT Test Configuration Set up a loop back connection between the TLT Tie Line Trunk to be tested and another EMT If the TLT is a DID Direct Inward Dialing Trunk connected the related leads as shown below p 5 s TLT TLT If the TLT is a2W E amp M System connect the related leads as shown below PI I M M TLT TLT ND 71548 E CHAPTER 5 Page 335 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 032 Sheet 3 3 Outgoing Trunk COT TLT DTI Card Connection Test e Ifthe TLT is a AW E amp M System connect t
150. ards After the switches have been set partially insert the card in the module The card should extend about 50 mm 2 inches from the module and must not contact the backplane connector Refer to Figure 009 3 END ND 71548 E CHAPTER 3 Page 89 Issue 2 INSTALLATION PROCEDURE NAP 200 009 Sheet 6 13 Setting of Switch Positions and Mounting of Circuit Cards Figure 009 2 Extraction of Circuit Cards Figure 009 3 Circuit Card Mounting Partial Insertion SS RKC x About 50 mm 2 inches About 50 mm 2 inches CHAPTER 3 ND 71548 E Page 90 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required 5 INSTALLATION OF CPR This section explains how to install the CPR into the LPM Perform the following procedure for each CPR STEP 1 Remove the eight screws from the top cover and the two screws from the front panel then lift away the top cover STEP 2 Disconnect the SW PWR CA A from PWR SW connector Figure 009 4 Removal of Top Cover Top Cover Front Panel STEP 3 Remove the two screws from the front panel then detach the front panel Figure 009 5 Removal of Front Panel Note 1 Do not bend the LED when attaching the front panel Pass the LED through Note 1 the hole on the front panel Note 2 Pass the tip of MB switch through the front zip 9 lever E Front Panel front panel lever Screws ND 71548 E
151. as been dialed Station A confirms that RBT Ring Back Tone is heard after dialing ends Station B hears ringing on the telephone set Station B lifts handset and answers the call After answering both Stations A and B confirm that they can talk with each other Stations A and B hang up The connection is released END CHAPTER 5 ND 71548 E Page 316 Issue 2 INSTALLATION TEST PROCEDURE 3 SYSTEM INITIALIZED TEST 3 1 Outline Tests are to be performed on the restart processing reinitialization and system changeover functions which en able the system to restart its operations and services 3 2 System Initialized Test Procedure The System Changeover Test and Initialization Tests are to be performed per the NAP Numbers indicated to the right of each item in the following flowchart START System Changeover Test NAP 200 026 System Initialization Test NAP 200 027 Circuit Card Initialization Test NAP 200 028 END ND 71548 E CHAPTER 5 Page 317 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 026 Sheet 1 8 System Changeover Test Single IMG and Multiple IMG Configuration Test Outline ATTENTION Contents Static Sensitive Handling Precautions Required Tests are performed to see if a changeover of the dual systems Control Systems and Speech Path Systems of the PBX can be executed START Perform a Control System Changeover test by switch opera
152. as that of the label showing the Slot Number 3 SYSTEM STARTUP PROCEDURE The NAPs in the following flowchart describe the procedures for powering on starting up the system assigning Office Data and checking the startup conditions START Power On NAP 200 019 Program Install Load 200 020 Office Data Assignment 200 021 Check of Lamp Indication and System Messages 200 022 Check of Alarm Lamps of the TOPU 200 023 END CHAPTER 4 ND 71548 E Page 294 Issue 2 200 019 Sheet 1 2 Power ON SIART Visual Inspection SYSTEM STARTUP Contents Static Sensitive Handling Precautions Required Check whether any pins on the backplane of each Module are bent and cause a short Check whether any foreign matter such as a cleaning fluid residue is present on the connector portion of the circuit cards On each circuit card equipped with ROM CPU etc check whether any pins of the ROM are bent or improperly seated Leave all circuit cards inserted Mount all circuit cards including PWR Supplies in the halfway Module leaving them inserted only halfway They should not be inserted into their connectors Check input voltage Check insulation across the 48 V and G terminals on the power receiving terminal of the Base Unit Turn ON power to the rectifier and check the voltage DC 48V 5V and its polarity on the power receiving terminal
153. at the right side When mounting at the left side Screw 2 Screw 5 Handset Handset Screw 3 Screw 4 Metal Plate Screw 5 Screw 1 Metal Plate 2 Put the Handset code through the hole as shown below DESK CONSOLE Handset code OOO 1 DESK CONSOLE side Handset side Side View ND 71548 E CHAPTER 3 Page 245 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Bottom view Top View 3 Connect the Handset code to HAND H SO connector as shown below 51 is not used for the Handset Bottom View of DESK CONSOLE CHAPTER 3 ND 71548 E Page 246 Issue 2 INSTALLATION PROCEDURE Handset Support ND 71548 E CHAPTER 3 Page 247 Issue 2 INSTALLATION PROCEDURE 5 CONNECTION OF RECORDING EQUIPMENT The following are required for using recording function The RECC circuit card Recording Equipment e 8 Line Cable Rosette An card PA M87 connects DESK CONSOLE Ss and recording equipment in the following combinations e Six DESK CONSOLES and one recording equipment x 1 set e Three DESK CONSOLES and one recording equipment x 2 set Figure 016 9 RECC Card Cable Connection Diagram DESK CONSOLE E d Installation Cable Recording Equipment Front 8 core Line Cable Circuit Card Front Connector Recording Equipment Note 1 Telephone side leads Note 1 C O line side leads r r l r a a me um
154. ation B PBX to be tested START Seizure of trunk to be tested _ 11 Place the trunk to be tested into idle state and make busy all other trunks Termination of incoming call to ______ An incoming call from the distant office terminates to Station A in the self office Station A Check of speech Afterthe call has been answered at Station A check the speech conditions including speech level presence of noise and one way speech state Release When all CCIS Tie Line Trunks Perform fault localization procedure when a fault has have been checked and a fault has occurred to CCIS Tie Line See Procedure A of NAP 200 been detected 045 If the distant office is faulty make a request to the distant office for repair END ND 71548 E CHAPTER 5 Page 355 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 047 Sheet 1 2 Test of Connection and Alternate Routing to All Tie Lines START Test the trunks in the primary Make busy all trunks in the primary route except the trunk to route one at a time be tested Station A calls Station B via the primary route After Station B answers check the normality of the speech condition including the speech level presence of noise and one way speech Release Make all the trunks in the primary route busy Test the trunks in the alternate Make busy all trunks in the alternate route except the trunk route one at a time to be tested Station A calls Station B via the alternate r
155. b Press the SRC key The display returns to Configuration Menu CONFIG MENU P4 VER x SRC menu 1 2ND RINGING DEST next page 2 RINGING Release exit Answer update c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELECTION OF CONFIGURATION ITEM CHAPTER 3 ND 71548 E Page 274 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 43 44 Installation of the DESK CONSOLE and Cable Connection 23 RINGING This item specifies on off setting of ringing a Press the desired number An asterisk shows the selected number 2ND RINGING SRC menu 1 ENABLE 2 DISABLE 1 Ringing available 2 Ringing Not available SRC Return to Configuration Menu Note Default setting is 1 ENABLE b Press the SRC key The display returns to Configuration Menu CONFIG MENU P4 VER x SRC prev 1 2ND RINGING DEST next page 2 RINGING Release exit Answer update c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELECTION OF CONFIGURATION ITEM ND 71548 E CHAPTER 3 Page 275 Issue 2 INSTALLATION PROCEDURE 24 UPDATING CONFIGURATION DATA After assigning the configuration data take the next step as below To update the configuration data While one of configuration menus 15 displayed on the LCD press ANSWER ke
156. bell at the called station remains silent Check whether the called station 1s assigned the correct LENS data in command When all the stations accommodated in a specific PIM do not ring replace PWR circuit card with a spare If the fault involves one or more lines within the same LC circuit card replace LC card with a spare ND 71548 E CHAPTER 6 Page 387 Issue 2 FAULT RECOVERY DURING TESTS NAP 200 059 Sheet 2 2 Contents Static Sensitive Handling Precautions Required Station to Station Connection Fault After the call has been answered noise is heard or the speech path is one way If the fault involves one or more lines within the same LC circuit card replace the card with a spare If the fault involves a specific PIM replace either the MUX or TSW circuit card with a spare If noise 1 heard throughout the entire system replace the TSW circuit card with a spare END CHAPTER 6 ND 71548 E Page 388 Issue 2 WORK AFTER INSTALLATION TESTS CHAPTER7 WORK AFTER INSTALLATION TESTS This Chapter explains various kinds of work and site cleaning etc which the installer must perform after completing installation tests so that the system can be cut over normally Upon completion of all the required tests the technician must confirm or perform the following 1 Office Data Management 2 Preparation of Test Result Reports 3 Mounting of the Front and Rear Covers 4
157. bles Type of clamp terminal T type Figure 008 8 Stripped Length of Main and Branch Cable x x x CLAMP TERMINAL MAIN CABLE CONDUCTOR BRANCH CABLE 2222 CHAPTER 3 ND 71548 E Page 82 Issue 2 INSTALLATION PROCEDURE Figure 008 9 Inserting of Cables into Terminal MAIN CABLE T TERMINAL NEN BRANCH CABLE S gt 1 8 inch 1 2 mm BEND PRIOR TO INSERTION Figure 008 10 Clamping for Branch Jointing CLAMPED PORTION Waa T TYPE TERMINAL CONDUCTOR MAIN AND BRANCH CABLE Note Prevent the wires from slipping out of the clamp ter minal by holding them firmly e Check the indication of the pressure regulator Operate the pressure release lever to release the wires from the die ND 71548 E CHAPTER 3 Page 83 Issue 2 INSTALLATION PROCEDURE NAP 200 008 Sheet 13 13 Connection of Power and Ground Cables from the Power Equipment Figure 008 11 Taping INSULATION TAPE 7777 4 1 2 10 30 More than 4 in 10 mm Note should be done in two rounds with the tape overlapping half the tape width Figure 008 12 Covering INSULATION COVER CHAPTER 3 ND 71548 E Page 84 Issue 2 INSTALLATION PROCEDURE 200 009 Sheet 1 13 Contents Static Sensitive Handling Precautions Required Setting of Switch Positions and M
158. c i 1 1 1 4 D f E E E E H 2 7 p e 2271 E E E 2 P ess 2 P M lt 2 ND 71548 E CHAPTER 3 Page 95 07 31 02 Issue 2 INSTALLATION PROCEDURE NAP 200 009 Sheet 12 13 Contents Static Sensitive Handlin Precautions Required Setting of Switch Positions and Mounting of Circuit Cards Table 009 1 ISAGT and LANI Mounting Slots ISAGT PZ GT25 26 ISA Required Note1 LANI PZ PC19 PC Optional used for FCS Link Note LANI PZ PC19 Optional used for FCCS Link lt dual gt Note 1 PZ GT25 is for Single IMG PZ GT26 is for Multiple IMG Note 2 FCCS stands for Fusion Call Control Signaling Table 009 2 Cable Connections to the ISAGT card no _ 3 MSCCAA Figure 009 14 Connectors on the Front Panel and ISAGT card ISAGT PZ GT25 26 CONN Lower Connect 50AL FLT to this connector PZ GT25 26 e 6 e 226 m SLOT NO 0 1 58 BE J PWR GD T gt HE A DSP PZ DK237 2 LAN RJ45 connector Flash Card Front Panel FRONT VIEW g to PWRGD on CONN Upper Connect PZ IO31 MISC to this connector ISAGT PZ GT25 26 Note This figure shows PZ GT25 as an example CHAPTER 3 ND 71548 E Page 96 Issue 2 2 1031 INSTALLATION PROCEDURE ATTENTION Contents
159. cate that the circuit card 15 connected to the network or FCCS Network physically When IP LINK 1s off Make sure IP LAN connectors and external LAN cables are installed NO When F LINK is off Make sure F LAN connectors and internal LAN cables are installed Check LAN cables straight are stable in the connector Check LAN cables by a tester or other equipment Check normality of network equipment SW and router and HUB circuit card Emo LS uL emen v emi ND 71548 E CHAPTER 5 Page 367 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 051 Sheet 3 3 ATTENTION Contents Static Sensitive Handling Precautions Required IPTRK IP Trunk Card for FCCS Connection Test 4 Confirm that LO lamp D on IPTRK 15 lighting green which indicates FCCS is available Make sure the office data by using commands AFCH AGIP AETH ACAN AFRT AVIPS and so on R Er RI 2 M 1 S l l U EM M UMr ur 5 Block all the trunks except for the trunk to be tested and then self node make a call with an Station number which other node accommoda
160. cations After System Startup START Perform the following when the OPE lamp Green does not turn ON on any circuit cards in a PIM Using MAT command AUNT check whether UNIT data has been assigned Replace the TSW MUX card in the PIM with a spare Check whether the flat cable connected to the BUSXX terminal on the PIM backplane is securely connected A PIM will occasionally malfunction due to a single circuit card in the PIM Therefore check the circuit cards via the following steps Extract all circuit cards from the PIM other than the TSW MUX and the PWR Supplies Insert one circuit card into its mounting slot and see if its OPE lamp turns ON Repeat this procedure for the remaining circuit cards Perform the following when the OPE lamp Green does not turn ON on a Line Circuit card Confirm that the MB switch of the circuit card is DOWN Using command check whether station data is assigned to the circuits on the card Replace the card with a spare Perform the following when OPE lamp of a Line Circuit card illuminates but the BL lamp Red for an individual line flashes Using command 5 confirm that the specific line is not in Make Busy state Using command check whether station data has been assigned to the line circuit Replace the circuit card with a spare CHAPTER 6 ND 71548 E Page 384 Issue 2 FAULT RECOVERY DURING TESTS 200 0
161. cessary information is provided and then set about the cable connections Table 010 1 Quick Reference Table SYSTEM TYPE KIND OF CABLE FRAMENAME FIGURE TABLE single IMG Configuration 010 5 Power Cable IMGO 010 12 010 2 010 5 010 22 010 15 Internal Cable IMGO 010 29 010 18 IMGO 010 13 010 6 Power Cable IMGI 010 14 010 7 IMGO 010 30 010 19 Internal Cable IMGI 010 31 010 20 011 1 011 1 Inter Frame Bus Cable IMGO IMGI Teu ewe 011 2 011 2 Inter Frame Alarm Bus Cable IMG0 IMGI 011 11 011 11 IMGO 011 13 010 6 Power Cable IMGI 010 15 010 8 IMGO 010 30 010 19 nternal Cable IMGI 010 32 010 21 011 1 011 1 Inter Frame Bus Cable IMGO IMGI 011 2 011 2 6 System Inter Frame Alarm Bus Cable IMG0 IMGI 011 11 011 11 ND 71548 E CHAPTER 3 Page 99 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 3 64 Internal Cable Connections Table 010 1 Quick Reference Table Continued SYSTEM TYPE KIND OF CABLE FRAMENAME FIGURE TABLE IMGO 010 13 010 6 Power Cable MGO IMGI 010 16 010 9 IMG IMGO 010 30 010 19 SL IRR Internal Cable IMGI 010 33 010 22 011 1 011 1 Inter Frame Bus Cable IMGO IMGI 011 2 011 2 Inter Frame IMGO0 IMGI 011 11 011 11 7 PIM Sm Alarm Bus Cable Power Cable IMGO 010 13 010 6 IMG IMGI 010 17 010 10 m IMGO 010 30 010 19 ntema IMGI 010 34 010 23 PM int 011 1 011 1 Inter Frame Bus Cable
162. ch as not meet the customer s specifica tion Refer to the Circuit Card Manual describing the switch settings on Switch Setting Sheets and make sure the switch setting entries Keep in mind that the card needs settings suitable for the surroundings 10 INSTALLATION CABLES The following installation cables are required for the PBX e DC Power Cable For connections between the Rectifier and battery and be tween the Rectifier and the PBX e Power Cable For supplying AC source power to the Rectifier e Ground Cable Communication Security and Line Protector grounding e 25 Shielded Cable with CHAMP e Amphenol connector at one end For connections between the MDF and the PBX 25P Shielded Cable with CHAMP e Amphenol connector at both ends For connections between the MAT and the PBX and be tween peripheral equipment and the PBX e House Cable For connections between terminals telephone sets etc and the MDF e Cables for lines and Tie Lines e Others For connections between Alarm Indicators and the MDF CHAPTER 2 ND 71548 E Page 26 Issue 2 INSTALLATION DESIGN 10 1 AC Input DC Power And Ground Cables 1 For AC input cable Polyvinyl Chloride Cabtyre Cable 15 to be used However if shielding is nec essary is the case when the AC input cable is to be installed in parallel with a low voltage power cable etc be sure to use VCT S Shielded Polyvinyl Chloride Cabtyre Cable 2 For
163. confirm that no fuses are blown in the process Check Steps 1 Set MB switch UP and insert the card 2 Set MB switch DOWN 3 Confirm that there are no abnormal indications 4 Set MB switch UP and remove the card Insert and check control system Insert control system circuit cards TSW MUX etc one at cards a time and confirm that no fuses are blown in the process Check Steps 1 Set MB switch UP and insert the card 2 Set MB switch DOWN 3 Confirm that there are no abnormal indications 4 Set MB switch UP and remove the card Note Jfa module contains dual PWR Supplies they must be turned ON or OFF lt Power ON Procedure gt lt Power OFF Procedure gt Single IMG Configuration e Single IMG Configuration LPM gt PIM2 PIM3 LPM PIMO PIM2 PIM3 Multiple IMG Configuration Multiple IMG Configuration 0 PIM3 2 PIMI PIM0 gt 0 PIM3 gt PIM2 0 PIM3 PIM2 PIMI PIM3 PIM2 0 2 PIM3 PIM2 0 2 PIM3 PIM2 PIM PIMO IMG3 PIM3 PIM2 IMG3 PIM3 PIM2 PIMI TSWM TSWM Page 296 Issue 2 SYSTEM STARTUP
164. confirm the location of the Terminal Block to which the cable 1s to be terminated then bring the cable up to the terminal block CHAPTER 3 ND 71548 E Page 188 Issue 2 INSTALLATION PROCEDURE NAP 200 013 Sheet 3 13 Cable Running from the PBX to MDF ATTCON MAT and SMDR connector position on the front of the STLT cards to be mounted in the PIM At the MDF side confirm the location of the Terminal Blocks to which each cable 1 to be terminated then bring the cables up to the Cables for ODT Connectors Referring to description of STLT card in the Circuit Card Manual connect each 2400 ODT CABLE 2400 ODT CABLE A and the corresponding installation cables At the PBX side bring each 2400 ODT CABLE 2400 ODT CABLE A up to the terminal blocks END ND 71548 E CHAPTER 3 Page 189 Issue 2 INSTALLATION PROCEDURE NAP 200 013 Sheet 5 13 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Running from the PBX to MDF ATTCON MAT and SMDR Figure 013 2 Cable Routing of Circuit Card Front Cable Circuit Card AE Circuit Card as J Up to three circuit card Cable Duct Six circuit card front front cables can be run cables can be accommodated through the cable hole three on the left side and three on the right side SIDE VIEW FRONT VIEW ND 71548 E CHAPTER 3 Page 191 Issue 2 INSTALLATION PROCEDURE NAP 200 013 Sheet 6 13 Cable Ru
165. crete Strength more than 20 580 000 Pa 2984 871 PSI ND 71548 E CHAPTER 3 Page 41 Issue 2 INSTALLATION PROCEDURE NAP 200 002 Sheet 2 8 Marking Leveling and Drilling 1 WHEN SECURING THE PBX DIRECTLY ONTO THE FLOOR START Marking Referring to Figure 002 1 mark the holes for the anchor bolts of the base unit Drilling Drill holes at the locations marked for base unit Cutting of Free Access Floor Referring to Figure 002 2 cut the free access floor at the marked cable locations by using a jigsaw Leveling Measure the level of floor surface of the free access floor When it is not level adjust the support of the free access floor until it is level END CHAPTER 3 ND 71548 E Page 42 Issue 2 INSTALLATION PROCEDURE single IMG Configuration M 55 247 Multiple IMG Configuration lt 40 1 57 600 1 11 62 Unit mm inch ND 71548 E CHAPTER 3 Page 43 Issue 2 INSTALLATION PROCEDURE NAP 200 002 Sheet 4 8 Marking Leveling and Drilling Figure 002 2 Cable Hole on a Free Access or Computer Floor 52525 2 000006 XXX 100 3 94 115 4 53 115 4 53 1 11 62 CABLE HOLE 55555525552 FREE ACCESS FLOOR Unit mm inch CHAPTER 3 ND 71548 E Page 44 Issue 2 INSTALLATION PROCEDU
166. ct a 10BASE T straight cable to the RJ 45 connector on the front panel of CPR RJ45 connector Category 5 straight cable for 10 100M Category 5 straight cable for 10 100M 10BASE T straight Note the case of connecting some equipment MC PHA PHD PHC IP PAD a switching hub is necessary to connect them with MAT CHAPTER 3 ND 71548 E Page 278 Issue 2 INSTALLATION PROCEDURE Installation of the Maintenance Administration Terminal MAT and Cable Connections ATTENTION Contents Static Sensitive Handling Precautions Required Figure 017 2 Cable Connection Diagram for the MAT when Using RS 232C Connect the MAT using the cables IPX 2PORT CA A RS 232C CA 1 and RS 232C cable ee port 0 port 1 CONN1 port 2 port 3 RS 232C cable customer provided RS 232C CA 1 ND 71548 E CHAPTER 3 Page 279 Issue 2 INSTALLATION PROCEDURE NAP 200 017 Sheet 4 10 ATTENTION Contents Static Sensitive Handling Precautions Required Installation of the Maintenance Administration Terminal MAT and Cable Connections 2 INSTALLATION OF MAT AND CABLE CONNECTION BY USING MODEM Note When the distance between PBX and the MAT Maintenance Administration Terminal exceeds 15 meters 50 feet connect them with Modems as shown in Figure 017 3 START Preparation ofthe Setup PC CRT Display Printer and so on Preparation of the modems 1 Set
167. ctions from MDF to Peripheral Equipment C O Lines and Tie Lines 5 CROSS CONNECTIONS FOR TAS INDICATOR Note Provide the necessary cross connections at the MDF by using copper wires of 0 5 mm diameter 24 AWG 2 core twisted wire is used for speech path and single core wire is used for control wire It is recommended that wires of different colors be used for trunks station lines PFT etc so that they can easily be distin guished Mounting TAS Indicator Mount the TAS Indicator using AY plugs curl plugs board plugs etc Referring to Figure 015 10 run the cables between the TAS and the MDF Protect the cables by using cable ducts etc Cable running Termination of cables Terminate the installed cables to the TAS Indicator and MDF Checking the terminal locations on _ Referring to Port Accommodation sheet and the Module Group side of the MDF description of ATI PA CS33 card in the Circuit Card Manual identify the lead names for the ATI card and the terminal locations of the leads Cross Connection Referring to Figure 015 10 provide the necessary cross connections at the TAS Indicator side and the PBX side END ND 71548 E CHAPTER 3 Page 213 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 14 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figur
168. d circuit Make busy all outgoing trunks other than the cross connected trunk Test incoming trunk circuits one at a time For Ringdown Signal Station dials the station number of Station C Interface The call terminates to an Attendant Console The Attendant Console answers the call and confirms speech The call 1s released Make temporary connections for the next trunk to be tested ND 71548 E CHAPTER 5 Page 337 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 033 Sheet 2 2 Incoming Trunk COT TLT DTI Card Connection Test For a Dial In Signal Station A dials the access code for the outgoing trunk and Interface the number of Station B 1 Station B answers the call and confirms speech The call is released Make temporary cross connections for the next trunk to be tested Restore the temporary cross connections temporary Office Data etc to original configuration END CHAPTER 5 ND 71548 E Page 338 Issue 2 200 034 Sheet 1 1 Direct In Termination Trunk COT Card Connection Test SIART END INSTALLATION TEST PROCEDURE END Station A Station B Station C On the MDF make temporary cross connections between the Trunk for Direct In Termination DIT and an LC C O Line Incoming Call Station B dials the number of LC Station C Incoming Call to Station via The call terminates to Station A Station rings DIT Trunk Confirm t
169. dical alcohol Make sure that no lint or dust remains on the connector after cleaning Circuit cards which are already mounted should be extracted and cleaned as per the above instructions Confirming the mounting positions of Confirm the mounting position of each circuit card the Circuit Cards by referring to the Module Face Layout Confirm that the color code of the card puller tab coincides with that of the card mounting slot Confirm the Slot No on the Module Slot numbers are indicated at the bottom of each module and range from 00 to 23 Inserting the cards into the Module Partially insert the circuit card into the module making sure that it 15 correctly aligned at the top and bottom The card should extend about two inches from the module and must not contact the backplane connector see Figure 009 3 END CHAPTER 3 ND 71548 E Page 88 Issue 2 INSTALLATION PROCEDURE 200 009 Sheet 5 13 Contents Static Sensitive Handling Precautions Required Setting of Switch Positions and Mounting of Circuit Cards 4 SETTING OF SWITCH POSITIONS ON CIRCUIT CARDS START Extracting the Circuit Cards from the Extract one circuit card requiring switch setting from Module the module Place the extracted card onto the anti static sheet Performing switch setting Set the required switches according to the Switch Setting Sheets in the Circuit Card Manual Mounting of Circuit C
170. dications and System Messages 305 NAP 200 023 Check of Alarm Lamps of the 310 CHAPTER5 INSTALLATION TEST PROCEDURE 312 1 HOW TO ENTER DATA IN THE TEST CHECK COLUMN 312 2 BASIC CONNECTION VES te Sp E E DS or Mee ntn ol rte pe do o Ed A E 314 pen die cM oem M cd 314 2 2 Basic Connection Test Procedure 314 NAP 200 024 DT Dial Tone Connection Test 315 NAP 200 025 Station to Station Connection Test 316 9 eX oTEMANIHALIZED TEST cux usto ores se eee a bass aru su tt aes 317 o NEC E PE 317 3 2 System Initialized Test Procedure 317 NAP 200 026 system Changeover Test 318 NAP 200 027 system Initialization Test 326 NAP 200 028 Circuit Card Initialization 328 J PORT CONNEGTION TEST io ir x SEXE 329 OUE da y aria ied dad a sub Xu A eae a ird d OX duds P 329 4 2 Port Connection Test Procedure
171. dule Group and Rack Installation Power Cable Installation See Note Soldering Iron Stand Connector Clamping Tool Logic Checker and Counter Pen Light Precision Screwdriver IC Buzzer Tweezers Portable Field Service Kit Note For selection of Clamping Tool refer to Tables 2 8 through 2 10 CHAPTER 2 Page 14 Issue 2 ND 71548 E INSTALLATION DESIGN 9 SYSTEM ACCOMMODATION 9 1 System Accommodation Module Group Configuration and Conditions for Configuration The module group configuration of the PBX 1s shown in Figure 2 3 and the conditions for configuration are shown in Table 2 3 Figure 2 3 System Configuration Single IMG Configuration FRONT VIEW 4 PIM PIM3 3 PIM TOPU PIM2 PIM2 2 PIM FANU TOPU FANU FANU 1 PIM PIM1 PIM1 PIM1 TOPU PIMO PIMO PIMO PIMO BSCM BSCM BSCM BSCM LPM MGC LPM MGC LPM MGC LPM MGC BASEU BASEU BASEU BASEU max 1536 ports max 1152 ports max 768 ports max 384 ports 2048 time slots 1536 time slots 1024 time slots 512 time slots Multiple IMG Configuration Fully Expanded System FRONT VIEW IMGO IMG1 IMG2 IMG3 TOPU TOPU TOPU TOPU PIM3 PIM3 PIM3 PIM3 PIM2 PIM2 PIM2 PIM2 FANU FANU FANU Ue ee ee es TOPU Top Unit PIM Port Interface Module PIM1 PIM1 PIM1 PIM1 FANU Fan Unit PIMO PIMO PIMO PIMO LPM Local Processor Module BSCM MGC Media Gateway Controller LPM MG
172. e CHAPTER 5 ND 71548 E Page 324 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 026 System Changeover Test Multiple IMG Configuration Figure 026 7 System Block Diagram Speech Path Multiple IMG Configuration This figure shows a system block diagram centering on the GT and its controlling Speech Path System By chang ing over the ACT STBY ofthe Speech Path System all the related systems such as TSW INT DLKC and MUX are totally switched over The changeover can be executed by a key operation on the active GT card IMG 0 IMG 1 IMG 2 IMG 3 Line Trunk PM Line Trunk PM Line Trunk PM Line Trunk PM U U U U U U Uu Uu 0 70 10 0 U U U U DU U U U U U U U U U Uu UD U Ujo O 2 TGL Sl C IIC I IC I IC II E I IC mg use Mes e dienes S ie dU d MUX MUX MUXI MUX MUXI MUX AL E i E j N P TSW 0 4 DLKC 1 7 UJ C ISAGT PZ GT26 LANI PZ PC19 GT PH GT09 TSW PH SW12 PH PC36 DLKC PH PC20 PLO PH CK16 17
173. e The following explains how to solve the problems When the problem can not be solved by the step go to the next step 1 Remove and insert the circuit card 2 Make sure office data and mount location data by using ARTD ARTI ATRK DLEN 3 Initialize the circuit card 4 Re download the firmware into the circuit card by using CD 5 Replace the circuit card 5 Perform the above procedures between an analog terminal or IP Enabled Dterm and an analog terminal via MC if necessary END CHAPTER 5 ND 71548 E Page 382 Issue 2 FAULT RECOVERY DURING TESTS CHAPTER 6 FAULT RECOVERY DURING TESTS 1 GENERAL The fault recovery procedures in this Chapter are used when a connection cannot be established in the normal manner or an abnormal connection is discovered as a result of the tests in Chapter 4 SYSTEM STARTUP and Section 2 BASIC CONNECTION TEST of Chapter 5 2 OUTLINE OF PROCEDURE FOR FAULT RECOVERY The procedures for performing fault recovery are described in the NAPs indicated to the right of each item in the following flowchart START Abnormal Lamp Indication After System Startup NAP 200 057 Faulty DT Dial Tone Connection NAP 200 058 Faulty Station To Station Connection NAP 200 059 END ND 71548 E CHAPTER 6 Page 383 Issue 2 FAULT RECOVERY DURING TESTS NAP 200 057 Sheet 1 2 Contents Static Sensitive Handling Precautions Required Abnormal Lamp Indi
174. e l Method of Entry Each check column consists of two sections PROVIDED and If the equipment or service feature pertaining to the test item is provided in the system enter in the PROVIDED section At the time of performing installation tests the test item with in the PROVIDED section must be tested with out exception In the column enter the results of each test as follows When the test result is good een o When the test result is no good Fault Recovery If a fault is detected as a result of an installation test enter F into the related check sheet After finishing all tests the same category be sure to repair the fault before proceeding to the next test Entry into Check Column after Fault Recovery After completing fault recovery work a test must be performed to confirm that the fault has been corrected If the result of this confirmation indicates that the fault has been corrected enter next to the entered ec 1 previously This entry should appear as CHAPTER 5 ND 71548 E Page 312 Issue 2 INSTALLATION TEST PROCEDURE Figure 5 1 Example of Entry to Test Check Column e This example is NAP 200 023 DT Connection Test When is already printed in the PROVIDED section the item concerned is a basic function of the system Test the item without exception START Check whether OPE lamp G is tu
175. e Default setting is 1 SUPRA b Press the SRC key The display returns to Configuration Menu CONFIG MENU P1 VER x DEST next page 1 HEADSET HANDSET Release exit 2 HEADSET TYPE Answer update 3 MUTE c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELECTION OF CONFIGURATION ITEM ND 71548 E CHAPTER 3 Page 267 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 36 44 Installation of the DESK CONSOLE and Cable Connection 16 MUTE This item specifies On Off setting of the mute function for the HAND 50 or H S1 connector While the mute function is set to On if the Mute key 15 pressed the voice at the DESK CONSOLE side is not sent to the other party a Press the desired number An asterisk shows the selected number MUTE 1 H SO ON H S1 ON 2 H S0 ON H S1 OFF 3 H SO OFF 51 ON 1 Both H SO and H S1 are set to On 2 Only 50 is set to On 3 Only H SI is set to Off SRC Return to Configuration Menu Note Default setting is 1 H S0 ON H SI ON b Press the SRC key The display returns to Configuration Menu CONFIG MENU P1 VER x DEST next page 1 HEADSET HANDSET Release exit 2 HEADSET TYPE Answer update 3 MUTE c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELEC
176. e 008 5 Removal of Shorting Piece and Cable Connection Power Receiving Terminal Block Power Cable Remove the shorting piece Connect the Cable to the 80 Connector of PZ M371 card CHAPTER 3 ND 71548 E Page 78 Issue 2 INSTALLATION PROCEDURE NAP 200 008 Sheet 8 13 Connection of Power and Ground Cables from the Power Equipment 3 END JOINTING OF POWER AND GROUND CABLES SIART Stripping of Insulation Sheath Strip the wire to exceed the length of the terminal body by 1 2 mm 1 8 inch WIRE SHEATH x XxX X X xX CONDUCTOR 1 8 inch 1 2 mm CLAMP TERMINAL END Clamping Referring to Figure 008 6 place the terminal body on the die with the soldered part facing upward Referring to Figure 008 7 insert the stripped wire into the terminal body up to the insulation sheath edge and clamp the terminal Wipe the terminal with a dry cloth ND 71548 E CHAPTER 3 Page 79 Issue 2 INSTALLATION PROCEDURE Figure 008 6 Placing the Clamp Terminal on the Die CHAPTER 3 Page 80 Issue 2 CONVEX DIE SOLDERED PART CONCAVE DIE Figure 008 7 Clamping Method CONVEX DIE INSULATION SHEATH p 1 8 inch 1 2mm TERMINAL CONCAVE DIE SOLDERED PART CLAMPED PORTION CLAMPED PORTION CONDUCTOR ND 71548 E INSTALLATION PROCEDURE NAP 200 008 Sheet 10 13 Connection of Power and Ground Cables
177. e 015 10 Cable Connection Diagram for TAS To connect TAS the PA CS33 card 15 used as the interface card The card may be mounted in Slot No 12 or in Slot No 23 The leads appear on LTS and LT11 respectively Front View e PA CS33 ATI mounting slots 533 ATI card may be mounted rr g in Slot 12 and or 23 a ed E Slots Universal Slots LT cable connectors Backplane Use LT5 connector when the PA CS33 card is mounted in Slot 12 When the card is mounted in Slot 23 use LT11 connector PIM LT cable Pin Assignment Pins are assigned as follows on the LT connector for PA CS33 card 34 BN4800 9 BN4801 for TAS 1 for TAS 0 pol t LT Connector 3 ND 71548 E Page 214 Issue 2 200 015 Sheet 15 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Cable Connection Diagram Provide the following connections at the MDF INSTALLATION PROCEDURE Figure 015 10 Cable Connection Diagram for TAS Continued PBX LT connector Cable TASOBO LT connector T TASOA1 TASOB1 ND 71548 E Ff Cable 1P __ TAS Indicator CHAPTER 3 Page 215 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 16 32 Cable Termination and Cross Connections
178. e following explains how to solve the problems When the problem can not be solved by the step go the next step 1 Remove and insert the circuit card 2 Make sure office data and mount location data by using AFPC ACTK and ALIDL 3 Initialize the circuit card 4 Re download the firmware into the circuit card by using CD 5 Replace the circuit card 2 Confirm that VC0 3 lamps B on IP PAD are lighting when using voice compression sub B The lamps on the circuit card turn on in the following condition When a sub Sub PKGO is installed VCO and turn on When two sub cards Sub PKG0 1 are installed VC2 and turn on The following explains how to solve the problems When the problem can not be solved by the step go to NO the next step 1 Remove and insert the circuit card 2 Initialize the circuit card 3 Re download the firmware into the circuit card by using CD 4 Replace the circuit card YES 3 Confirm that LINK lamp C on IP PAD is lighting which indicates that the circuit card is connected to the network physically NO Make sure LAN cables straight are connected correctly Check LAN cable by a tester or other equipment Check the normality of network equipment SW HUB Router etc YES Be a a a b CHAPTER 5 ND 71548 E Page 364 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 05
179. eck the cross connections between the telephone and the corresponding line circuit Check whether LT cable 15 securely connected to the PIM Replace LC card with a spare DT cannot be heard from one or more lines of the same circuit card Replace LC card with a spare DT cannot be heard from the lines accommodated by a specific PIM Check the switch settings on the TSW MUX circuit card Replace TSW MUX card with a spare Check the switch settings on the TSW circuit card Replace TSW card with a spare Check whether the MT24 TSW cable is securely inserted to the connectors on the front edge of TSW and MUX cards END CHAPTER 6 ND 71548 E Page 386 Issue 2 FAULT RECOVERY DURING TESTS 200 059 Sheet 1 2 Contents Static Sensitive Station to Station Connection Fault Handling Precautions Required START Dial Tone DT 15 still heard after a digit 15 dialed cannot break dial tone A specific RST card is involved A specific LC card 15 involved A specific UNIT card is involved Entire System 15 involved Reorder Tone ROT is heard after a station number 1s dialed Using MAT command ANPD ANPDL ANPDN check Necessary Number of Digits data Using command ASPA ASPAL ASPAN check Special Number data Using command check Station data Using command ATNR check Tenant Restriction Class data _ Ring Back Tone is heard but the
180. ecking terminal locations on the Referring to Port Accommodation sheet and Module Group side of the MDF description of 16COT card in the Circuit Card Manual and Figure 015 14 identify the lead names for the Paging Trunk PGT and the terminal locations of the leads Cross connections Referring to Figure 015 14 provide the necessary cross connections at the Paging Equipment side and the PBX side END CHAPTER 3 ND 71548 E Page 220 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 14 Connection of Paging Equipment Configuration of 16 COT Lead uii B A Starting Wire noo B0 4 Speech Wires 1 2 180 lt Wren using 16 COT BE connect to ground When No O circuit is used for COT When No O circuit is used for PGT Paging Equipment Cabling Diagram MDF AMP SP SPEECH WIRES A pea TSW STARTING WIRE LT Tru 51201 already run in 013 Connections are made using installation cable A total of three wires are required per line two wires for speech and one starting wire For a loop start system only two wires are required Note 4 PGT circuit is only available on the No 0 circuit of the 16COT card If
181. ectrolyte is put on the cloth clean it using enough amount of water Do not cause the battery short intentionally Do not put it near fire or put it into fire Do not damage it such as disassembly falling and impact The battery life varies depending on the surroundings The battery life is approxi mately three years If the battery 15 used outside with high temperature the battery life is shortened to approximately one year If not replacing terminal or dead battery the PBX system will not work in case such as power failure Besides it might cause smoking or fire due to leaking battery electrolyte Perform the periodic diagnosis surely Note that the battery 15 one of periodic replace ment parts whose cost are charged to the customer We recommend you to make a con tract with supplier or service technician about the routine maintenance Do not touch the peripheral equipment by wet hand Do not wet the peripheral equip ment Do not touch the ink head and the internal of the printer When replacing the ink ribbon or the paper make sure it is cool enough Do not drop nor impact the peripheral equipment It might cause a failure ND 71548 E PRODUCT LIABILITY PL 5 Issue 2 PRODUCT LIABILITY ATTENTION Do not use benzine thinner and alcohol for cleaning When it 1s difficult to clean dust and dirt put weaken neutral detergent onto a cloth and give the cloth a wiring Clean dust and dirt with the cloth and rub them
182. efer to Figure 005 11 Note 2 For details on the TALM connector refer to Figure 005 3 ND 71548 E CHAPTER 3 Page 65 Issue 2 INSTALLATION PROCEDURE NAP 200 005 W EE le d Ge FAN power cable STK N LE Xx AG p M THO TH1 TH2 FA ole flo e 2 uy rus e CHAPTER 3 ND 71548 E Page 66 Issue 2 INSTALLATION PROCEDURE NAP 200 005 Sheet 14 18 Mounting of Units and Modules 5 ATTACHING THE ADDITIONAL NOISE FILTER UNIT NFILU TO THE BASEU The following flowchart shows the procedure for attaching the Additional Noise Filter Unit NFILU to the BASEU of the PBX This work should be performed when the module stack contains 3 or 4 PIMs SIAR T Referring to Figure 005 12 and Figure 005 13 insert the NFILU to BASEU and attach the NFILU with two screws Referring to Figure 005 14 connect the cables equipped with NFILU to the terminals on the BASEU ND 71548 E CHAPTER 3 Page 67 Issue 2 INSTALLATION PROCEDURE NOISE FILTER UNIT NFILU CHAPTER 3 ND 71548 E Page 68 Issue 2 INSTALLATION PROCEDURE NAP 200 005 PZ M371 Already Attached Noise Filter Unit Additional Noise Filter Unit NFILU ND 71548 E CHAPTER 3 Page 69 Issue 2 INSTALLATION PROCEDURE NAP 200 006 Sheet 1 1 Contents Static Sensitive Handling This NAP e
183. er Frame ISA Bus Cable Connections for IMGO IMG1 Multiple IMG Configuration UNIT MODULE a NEM M CONNECTOR CABLE NAME NAME MODULE NAME 0 in LCON LPM MGC PZ GT26 TSWM Slot 11 5 11 LCON LPM MGC PZ GT26 TSWM IOPI Slot 10 34PH 50AL CA A PEE ND 71548 E CHAPTER 3 Page 163 07 31 02 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 3 24 ATTENTION Contents Static Sensitive Handling Precautions Required Inter Frame Cable Connections Multiple IMG Configuration Figure 011 2 Inter Frame Bus Cable Connections for IMG0 IMG1 Multiple IMG Configuration Connect the inter frame bus cables between IMGO and IMG1 as shown below Note that dotted line indicates bus cables for a dual system IMGO TOPU 70 e E 3 3 C JE 3 3 2 AE _ BE ooforfozfosy 1 3 E TSW10 MUX103 L MUX102 TSWM LPM MGC MUX101 MUX100 BASEU 2 REAR VIEW FRONT VIEW CHAPTER 3 ND 71548 E Page 164 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 4 24 Inter Frame Cable Connections Multiple IMG Configuration Table 011 2 Inter Frame Bus Cable Connections for IMGO IMG1
184. ernal parts of Main Power for the purpose of disassembly and re modeling It might cause a fire an electric shock or a failure NEC does not take any responsibilities if the system or the equipment is disassembled or remodeled Do not put any container such as vase cup and cosmetics on Main Power and periph eral equipment It might cause a fire an electric shock or a failure PRODUCT LIABILITY ND 71548 E PL 2 Issue 2 PRODUCT LIABILITY Do not damage remake forcefully bend forcefully extract nor forcefully twist an elec tric code and a wiring to from PBX Main Power and peripheral equipment It might cause a fire an electric shock or a failure If the wiring is damaged ask the supplier to fix it Insert the electric plug into the outlet properly Confirm no dust is on the blade of plug it might cause a fire Do not use other than the power designated when installed Do not try to fix or move Main Power by yourselves without the supplier or service tech nician s help Please ask them when the repair or the movement is necessary Do not put any metal or combustible object into a vent of PBX Main Power and the peripheral equipment If the object is in those equipment turn off the power and ask the supplier It might cause a fire an electric shock or a failure if the system keeps operat ing Be careful of using the display part which the peripheral equipment has In the case of liquid crystal the liquid i
185. for a system having dual PLOs CHAPTER 3 ND 71548 E Page 230 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 31 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 24 Cable Connection Diagram for Distributing Clock from a Digital Interface Single IMG Configuration Cable Connection Diagram Perform the following wirings at the MDF The following connection diagram shows an example where the Digital Trunk POUT leads are used as the 1st clock distribution route IMG1 maximum 200 meters 660 feet 24AWG LT Connector MDF PCM T PCM Cable 2P Carrier to other node Equipment Digital Interface maximum 100 meters 330 feet Installation Cable PLO 1 DIUOBO DIU1BO DIU3A0 DIU3BO DIUOA1 for 0 BASEU for 1 Note 1 has a maximum of four inputs DIU1xx leads are used for the first clock distribution routes Thus DIUA4xx leads are used for the fourth The first input has the highest priority Note 2 connection is required for a dual TSW system ND 71548 E CHAPTER 3 Page 231 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 32 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipmen
186. from MDF to Peripheral Equipment C O Lines and Tie Lines 6 CROSS CONNECTIONS FOR EXTERNAL SWITCHES Note Provide the necessary cross connections at the MDF by using copper wires of 0 5 mm diameter 24 AWG 2 core twisted wire is used for speech path and single core wire is used for control wire It is recommended that wires of different colors be used for trunks station lines PFT etc so that they can easily be distin guished START Mounting External Switches Mount the External Switches using AY plugs curl plugs board plugs etc Cable running Referring to Figure 015 12 run the cables between the External Switches and the MDF Referring to Figure 015 12 run the cables between the External Switches and RPT on the BASEU Protect the cables by using cable ducts etc Termination of cables Terminate the installed cables to the External Switches and MDF Checking the terminal locations Referring to Port Accommodation sheet and the Module Group side of the MDF description of 53 card in the Circuit Card Manual identify the lead names for the LT connector and the terminal locations of the leads Cross connection Referring to Figure 015 12 provide the necessary cross connections at the External Switch side and the END PBX side Figure 015 11 Outer View of External Switch When the EFCT key is
187. gn TCP IP Module data Save basic data ___________ Save the above data onto the Flash Card using the MEM HDD Command Initialization Make sure that the SENSE switch on the CPU Front with office Data Loading Panel has been set to 2 Set the keys on the TOPU as follows e PROGRAM KEY gt NON LOAD e SYSTEM DATA KEY LOAD Press CPURST button on the CPU Front Panel Clear the alarm by pressing ALM RST button on the TOPU Assign Office Data __________________ Assign data according to the office data programming sheet ND 71548 E CHAPTER 4 Page 303 Issue 2 SYSTEM STARTUP NAP 200 021 Sheet 2 2 Assignment of Office Data ATTENTION Contents Static Sensitive Handling Precautions Required Save Office Data onto Flash Card Save the Office Data onto the Flash Card from the MEM using the MEM HDD command END CHAPTER 4 ND 71548 E Page 304 Issue 2 200 022 Sheet 1 5 Check of Lamp Indications and System Messages START END SYSTEM STARTUP Contents Static Sensitive Handling Precautions Required Check lamp indications on Line Check lamp indications on each of the assigned Line Trunk circuit cards Trunk circuit cards E OPE lamp G BL lamp R OFF If the lamp indications are other than above investigate per Chapter 6 FAULT RECOVERY DURING TESTS Check lamp indications on control The
188. gram Install and Load Contents Static Sensitive Handling Precautions Required 9 Prepare the flash card containing the program Make sure that all power of the PBX 15 off nsert the Flash Card into the slot LOAD CPUOPE PIMOPE WDT Insert the flash card into the slot Return the MB plate to the previous position SENSE gt 1 Program is loaded from the flash card to the MEM then the data memory is cleared Men Set SENSE to 1 ND 71548 E CHAPTER 4 Page 301 Issue 2 SYSTEM STARTUP NAP 200 020 Sheet 6 7 ATTENTION Contents Static Sensitive Handling Precautions Required Program Install and Load Turn ON the PBX as follows Note Turn on the 01 card s Turn on the by pressing the PWR switch Turn on the 1 by pressing the PWR switch option qp POWER 2 IS Turn on the power of the PIMs as follows PIMO gt PIMI gt PIM2 gt PIM3 Note CPR 1 PIMI 3 may not be used depending on the system configuration 000 2150 Loading starts LOAD lamp lights red while the Fla
189. gure 011 8 Inter Frame Bus Cable Connections for IMG1 IMG3 2 PIM System Connect the inter frame bus cables between IMG1 and IMG3 2 PIM system as shown below Note that the dotted line indicates the bus cable for a dual system O 65 c lt c 751 13 TSWO03 MUX131 1 778 1 MUX130 REAR VIEW FRONT VIEW CHAPTER 3 ND 71548 E Page 174 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 14 24 Inter Frame Cable Connections Multiple IMG Configuration Table 011 8 Inter Frame Bus Cable Connections for IMG1 IMG3 2 PIM System E CONNECTOR UNIT MODULE m MEM CABLE NAME MODULE NAME NAME NEM Lr ss snos recen ND 71548 E CHAPTER 3 Page 175 Issue 2 INSTALLATION PROCEDURE NAP 200 011 Sheet 15 24 Inter Frame Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 011 9 Inter Frame Bus Cable Connections for IMG1 IMG3 3 PIM System Connect the inter frame bus cables between IMG1 and IMG3 3 PIM system as shown below Note that the dotted line indicates the bus cable for a dual system TOPU TSW13 TSWO3 2 771 TSWM MUX131 MUX130 BASEU 2 REAR VIEW CHAPTER 3 ND 71548 E Page 176 Issue 2 IMG3 mm mmm mom om omm oum omo omi 6 FRONT VIEW TOPU PIM2 FANU PIM1 PIMO
190. hat LINK lamp B on PHC 15 lighting which indicates that the circuit card is connected to the network physically Check LAN cables straight are stable in the connector Check LAN cables by using a tester or other equipment Check the normality of network equipment HUB SW Router 3 Call the other IP Enabled Dterm by using IP Enabled Dterm At this time controlling signaling is received sent between MGCs via PHC Is the test successfully completed Check that the trunk is unblocked using MBTK Check that the virtual trunk 1 initialized using SCVT Route restriction is cancelled using ARSC and other commands Make sure that the numbering plan data is correctly registered using commands ANDPL ASPAL AFRSL AOPRL APIPL AMND ARNPL Make sure that CCIS related data is correctly registered using commands ADPC ACSC ACICI ACIC2 Make sure that PHC related data 15 correctly registered using AGIP E d ed c mm gen munia U YES ND 71548 E CHAPTER 5 Page 381 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 056 Sheet 3 3 ATTENTION Contents Static Sensitive PHC Connection Test Handling Precautions Required 4 Is the speech availabl
191. hat the dialed number and the number of the station being tested are the same The call 1s released The test involving the station is The station being tested goes off hook and confirms Ring assigned as a Hot Line House Back Tone RBT Phone The station checks whether the call is routed to the predetermined station ATTCON or that a call is originated to predetermined trunk The called side answers the call and confirms speech The call is released END ND 71548 E CHAPTER 5 Page 333 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 032 Sheet 1 3 Outgoing Trunk COT TLT DTI Card Connection Test Test Outline The purpose of this test is to confirm by setting up an outgoing connection test for each outgoing trunk that speech can be made and that the call can be released Outgoing trunks must be tested one at a time using the sequence of Routes and Trunk Numbers assigned at each office START When a C O Line or Tie Line is Referring to Figures 032 1 through 032 3 make temporary not connected with a trunk circuit cross connections on the MDF for a loop back circuit temporary cross connections between the outgoing trunk being tested and the terminating trunk should be set up on the MDF as a loop back circuit Temporarily assign Office Data from the MAT so that a loop back connection from the trunk can be established busy all outgoing trunks the front of the Trunk circuit c
192. hat the ringing 15 distinct from that of an intra office call or ordinary C O call Theringing signal for Direct In Termination calls can be the same as that used for calls if the related Office Data 15 assigned System Data SYSI INDEX 72 SYS3 INDEX 0 and parameter DR of Command ARTD Answer and Talk Station goes off hook Stations A and B talk with each other Release Station B both go on hook Remove the temporary cross connections ND 71548 E CHAPTER 5 Page 339 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 035 Sheet 1 1 SND RST Card Connection Test Station A Station B N START When Line or Tie Line 15 On the MDF make temporary cross connections for a not connected with the trunk loop back circuit make an arrangement for trunk loop back as illustrated above Temporarily assign Office Data from the MAT so that a connection can be set up with Station B via a SND Make busy allSNDs 2 On the front of the RST circuit card set all MBS switches 0 7 to the OFF position thereby making all SNDs busy Test SNDs one after another Un busy make idle only the SND to be tested Station dials the access code of the trunk and the station number of Station B Station B answers and talks The call is released Restore the temporary cross connections temporary Office Data etc to original configuration END CHAPTER 5 ND 71548 E Page 340 Issue 2 INST
193. he brackets D with the screws STEP 5 Referring to Figure 7 11 and Figure 7 11 fix the brackets F with the screws ND 71548 E CHAPTER 7 Page 403 Issue 2 WORK AFTER INSTALLATION TESTS 5 SITE CLEANING Upon completion of the works described in Section 1 to 4 of this Chapter execute or confirm the following items e Restore the cross connections arranged for test purposes to their original conditions Clean around the Module Group and the MDF e Collect and organize all test equipment tools etc used during the installation tests e Dispose of dust trash etc CHAPTER 7 ND 71548 E Page 404 Issue 2 ISSUE No ISSUE No PAGE No ER ESESESERESES EX NENM eee ood 7 O O O O O o o O EN EC Jije 5 1 EE E 2 de _ ome _ NEAX2400 IPX Internet Protocol eXchange Installation Manual Revision Sheets 1 6 ND 71548 E ISSUE No ISSUE No J SEN PAGE No PAGE No ee 41 me mwa oe wos OE NEAX2400 IPX Internet Protocol eXchange Installation Manual Revision Sheets 2 6 ND 71548 E ISSUE No ISSUE No J SEN PAGE No PAGE No 41
194. he related leads as shown below Re T T Re ceive R R ceive TLT TLT ri Send R R Send e Setupaloop back connection between the DTI Trunk to be tested and another DTI Trunk as shown below Figure 032 3 DTI Test Configuration Re RA RA Re ceive RB RB ceive DTI DTI TA Send TB TB Send e If the office is the primary office Clock Source Office perform the tests by disconnecting the PLO and the M OSC The mode of the PLO becomes Self Operation Mode CHAPTER 5 ND 71548 E Page 336 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 033 Sheet 1 2 Incoming Trunk COT TLT DTI Card Connection Test Test Outline The purpose of this test is to confirm by setting up an incoming trunk connection test for each incoming trunk that speech can be made with ATTCON when a Ringdown Signal Interface is used or with a station when a Dial In Sig nal Interface 1s used This test also confirms that the call can be released Incoming trunks must be tested one at a time using the sequence of Route and Trunk Numbers assigned at each office START MDF make temporary r Referring to Figures 032 1 through 032 3 in NAP 200 032 cross connections between the make temporary cross connections on the MDF for a loop incoming trunk to be tested and an back circuit outgoing trunk as a loop back Temporarily assign Office Data from the MAT so that a loop back connection from the trunk can be establishe
195. he switching equipment room If the switching system is operated in an environment that does not meet these specifications the reliability of the switching equipment may be impaired Improper operating conditions can cause circuit boards etc to de teriorate Therefore to enable the equipment to operate for the extent of its expected lifetime careful consider ation must be given to the location of the equipment and to proper ventilation and air conditioning If no equipment is provided to remove the heat generated by the system or if the temperature or humidity fluc tuates repeatedly the system s electronic parts can be adversely affected Such conditions will promote corro sion of metal parts and deterioration of insulation thereby lowering the overall reliability of the system CHAPTER 2 ND 71548 E Page 8 Issue 2 INSTALLATION DESIGN Table 2 1 Temperature and Humidity RELATIVE During Normal Operations 5 C 30 C 41 F 86 F 15 65 During Storage amp In Transit 18 C 50 C 0 F 122 F 8 90 Temperature Change Max 5 C 30 Min 9 F 30 Min Note A short period means a period not exceeding three consecutive days 72 hours or 15 days 360 hours a year Operations Sbort Period Note 0 C 40 C 32 F 104 F 1596 906 2 2 Heat Generation From Switching Equipment Figure 2 1 shows heat generation from the switching equipment with respect to current consumption Figure 2 1 Heat Generat
196. ided to connect the IMG s Check the Quantity of Check the quantity of packages to see if there is a Packages discrepancy with the Packing List If any equipment is missing report it to the supplier immediately CHAPTER 3 ND 71548 E Page 40 Issue 2 INSTALLATION PROCEDURE NAP 200 002 Sheet 1 8 Marketing Leveling and Drilling This NAP explains the procedures for marking drilling and other necessary work when the PBX 15 to be installed on a free access floor by either one of the following three methods e Securing the PBX directly onto the floor e Securing the PBX with the special stand e Securing the PBX with the floor elevation This NAP also explains the procedures for marking leveling and drilling for MDF Power Equipment and Periph eral Equipment See Section 4 Note Kinds of Anchor Bolts Various types of anchor bolts are available the type of bolt to be used depends on the application Sleeve expansion type anchor bolts are generally preferred for the PBX installation Table 002 1 shows anchor bolt specification Table 002 1 Specification of Anchor Bolts Sleeve Expansion Type ae E E oru MAX THICKNESS SCREW SLEEVE DA OF ITEM TO BE APPLICATION COMPONENTS FIXED 3 5 017 5 15 mm 0 6 in For concrete Bolts Washers em 2 8 58 2 3 70 2 8 Concrete Mortar Prts 20 mm 0 8 in thick i Concrete Mortar 30 mm 1 2 in thick Pull out Strength 1 900 Kg 4185 Ib Con
197. ing Precautions Required Perform a TSW system changeover test by means of switch operations Refer to Figure 026 3 TSW changeover via On TSW PH SW10 card whose TSW ACT lamp is switch turning ON flip the TSW MBR switch DOWN UP DOWN 1 System Messages 7 7 and 1 T are displayed END in succession Perform PLO system changeover test if TSW PH SW10 is provided in dual On TSW card whose PLO ACT lamp 15 turning ON flip System message 7 G and 7 H are displayed in succession Figure 026 3 LEDs and Switches on TSW MUX TSW PH SW10 MUX PH PC36 MUX ACT FRONT VIEW CHAPTER 5 ND 71548 E Page 320 Issue 2 INSTALLATION TEST PROCEDURE 200 026 Sheet 4 8 ATTENTION Contents Static Sensitive andling Precautions Required System Changeover Test Multiple IMG Configuration Perform a Speech Path system changeover test by switch operations Refer to Figure 026 4 TSW changeover via On the active GT PH GT09 card whose OPE MB lamp is switch illuminating flip the MBR switch DOWN UP DOWN EN Make sure that the active Speech Path system has been changed over to the STBY mode Check all the related circuit cards which were formerly active have been totally changed over to the STBY mode Circuit Cards to be affected e TSW PH SW12 e PH PC20 e MUX PH PC36 Note Refer to Figure 026 4 Analyze the system
198. ing connections and 4 dB PADs are in service for each line in a tandem connection total 8 dB This arrangement is shown in Figure 049 1 Figure 049 1 Example of PAD Setting Tandem Office Carrier Carrier Terminal Terminal EMT pe 8 dB 8 4 dB VEM ui 4 dB a ae Carrier MT CHAPTER 5 ND 71548 E Page 360 Issue 2 INSTALLATION TEST PROCEDURE When setting up a No 7 CCIS Network PAD setting differs from that in the analog network c Foran outgoing call to incoming call from a Tie Line e Via ARTD command d Fora tandem Tie Line connection e Via command At both the originating and terminating offices 0 dB 15 set to the outgoing side and 8 dB 15 set to the terminating of the DTI CCT route via ARTD command At the tandem office 0 dB 15 set for both the terminating and originating sides of each DTI CCT route via command This arrangement is shown in Figure 049 2 Figure 049 2 Example of PAD Setting for CCIS ND 71548 E CHAPTER 5 Page 361 Issue 2 INSTALLATION TEST PROCEDURE 6 IP CONNECTION TEST 6 1 Outline Connection tests are to be performed to check IP connection by connecting terminals to the trunks and verify the normality of the system FCCS stands for Fusion Call Control Signaling 6 2 IP Connection Test Procedure The procedures for the IP connection test are described in the NAPs at the right of each item in the following flowchart
199. ing test SIART Seizure of trunk to be tested Call termination to ATTCON Speech Condition Check Release When all COT trunks have been checked and a fault 1s detected END CHAPTER 5 Page 352 Issue 2 L From the ATTCON set up a connection with a specific trunk designated via Individual Trunk Access After hearing dial tone from the C O dial the C O Line number of the trunk being tested from the ATTCON The call looped back at the C O terminates to the ATTCON After the call has been answered at the ATTCON check the speech conditions including speech level presence of noise and one way speech Perform a trunk loop back test at the C O and identify whether the trunk side or the C O Line side is faulty If the Line side 15 faulty make a request to the for repair ND 71548 E INSTALLATION TEST PROCEDURE NAP 200 045 Sheet 1 2 Overall Test of CCIS Tie Line Outgoing Call Station A Station B AS PBX to be tested When seizing from an ________ ATTCON sets up the connection with a specific trunk ATTCON designated by Individual Trunk Access for CCIS TRK service and dials the number for Station B in the PBX B the PBX B Check of speech conditions ________ After the call has been answered at the ATTCON check the speech conditions including speech level presence of noise and one way speech state Release When all CCIS Tie Line Trunks Perform fault locali
200. ing to Figure 015 1 provide the necessary Cross connections END Figure 015 1 Cross Connection of Stations Module Group Side AXX lt TELEPHONE SET BXX CHAPTER 3 ND 71548 E Page 202 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 3 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines 2 CROSS CONNECTION OF TRUNKS C O LINES AND TIE LINES Note 1 Provide the necessary cross connections at the MDF by using copper wires of 0 5 mm diameter 24 AWG 2 core twisted wire is used for speech path and single core wire is used for control wire It is recommended that wires of different colors be used for trunks station lines PFT etc so that they can easily be distin guished Note 2 For cross connections between stations and C O lines for PFT refer to Section 3 CROSS CONNEC TIONS FOR in this NAP START Checking the terminal locations on Referring to Port Accommodation sheet and the Module Group side of the MDF description of 16COT card or 8TLT card in the Circuit Card Manual identify the lead names for the 16COT or STLT card and the terminal locations of the leads Cross Connection Referring to Figure 015 2 provide the necessary cross connections END ND 71548 E CHAPTER 3 Page 203 Issue 2 INSTALLATION PROCEDURE Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines
201. ion from Switching Equipment for the PBX BTU hour 3 5K 500 600 No of PORTS Note BTU British Thermal Unit 1 BTU 1058 4 ND 71548 E CHAPTER 2 Page 9 Issue 2 INSTALLATION DESIGN 3 FLOOR SPACE 1 The PBX requires floor space for the following system equipment e Switching Equipment Module Group Maintenance Administration Terminal MAT MDF e Rectifier e Batteries e Attendant Console 2 required floor space for the various equipment rooms is as follows e Switching Equipment Room For installing the Module Group MAT MDF and Rectifier Battery Room For installing Batteries Operator Room For installing an Attendant Console with desk and chair 3 Equipment Room Free Access Floor or Computer Floor 4 FLOOR LOAD REQUIREMENTS Required floor capacities are as follows e Switching Equipment Room More than 3430 Pa 71 6 pounds per square foot Operator Room More than 2940 Pa 61 4 pounds per square foot 5 EQUIPMENT ROOM REQUIREMENTS The following floor conditions should be considered prior to installation 5 1 Floor Surface 1 Switching Equipment Room e The maximum difference in floor level at each point within the room should be less than 5mm 0 2 inch e An elevated type floor such as Free Access floor or computer room floor should be constructed 2 Battery Room tis recommended that the floor have a slope 1 1000 and drain at the end of the slope The floor surface sho
202. ions while performing the system startup Neglecting the precautions may delay the system cutover or may damage the system equipment PRECAUTIONS BEFORE BEGINNING SYSTEM STARTUP 1 The system is to be started up using the basic system data 2 When starting up the system it is necessary to start up the MAT 3 The following preparatory steps must be completed before the tests are executed All circuit card switches should be correctly set Flat cables should be securely connected CHAMP connectors should be securely connected All connector ended cables should be secured at both ends e The 4 V Blue and Red power supply leads must be correctly connected e An earth lead less than 10 ohms must be connected to the communication ground The installer should confirm at this point that all installation steps have been completed 4 Do not place any object a tool manual etc on top of the Module Group or within a unit module e An object such as a book when placed on top of the Module Group will adversely affect heat dissipa tion from the Module Group e fan object placed on top of the Module Group or left within a unit module falls out it may cause backplane pins circuit cards etc to short circuit 5 Before initially turning ON power to the system read the Power On Procedure NAP 200 019 Until the normal operation of all circuit cards has been confirmed leave power ON only during testing 6 Observe
203. ircuit Card The number of cables 15 When the required number of limited to three for one cables exceeds 20 the Cable PIMI side and six for both Support Assembly extra sides cables should be used ND 71548 E CHAPTER 3 Page 197 Issue 2 INSTALLATION PROCEDURE Figure 013 5 Clamp Winding There are 2 kinds of clamp M 398902 and 0809 this figure shows an example where M 398902 clamp is used In the case of EO809A you can bypass step 2 Step 1 Strip off about 18mm of cable sheath as shown below Approx 18 mm 0 72 inch Shield cable Step 2 Fold over the clamp M 398902 as shown below In the case of EO809A clamp this step is not necessary CLAMP M 398902 ers Step 3 Wind the clamp 398902 0809 onto the cable por tion where the cover has been stripped off CHAPTER 3 ND 71548 E Page 198 Issue 2 INSTALLATION PROCEDURE NAP 200 013 Sheet 13 13 Cable Running from the PBX to MDF ATTCON MAT and SMDR Figure 013 6 Termination of Installation Cables FRONT m CABLE CABLE SUPPORT ASSEMBLY CABLE SUPPORT ASSEMBLY CLAMP CABLE PANHEAD SCREW PL C P B MS 4X8X3 GF ND 71548 E CHAPTER 3 Page 199 Issue 2 INSTALLATION PROCEDURE NAP 200 014 Sheet 1 1 Contents Static Sensitive Handlin Precautions Required Termination of Cables on MDF Wire Accommodation of Each Cable This NAP explains the procedure
204. ircuit card be sure to wear the grounded wrist strap provided with the Portable Field Service Kit e Set the MB switch to the UP position and extract the circuit card from its mounting slot When holding a circuit card with bare hands do not touch the component mounted side of the card or the connector portion CHAPTER 4 ND 71548 E Page 292 Issue 2 SYSTEM STARTUP Contents Static Sensitive Handling Precautions Required Figure 4 1 How to handle Circuit Cards When holding a circuit card with bare hands do not touch the component mounted side of the card or the connector portion How to hold a circuit card Connector Contact Portion Set MB switch to UP installer Connect ground wire to the Earth terminal of the frame A wrist strap gt gt Component A ee Mounted Side lil Place the circuit card on a conductive sheet conductive sheet ND 71548 E CHAPTER 4 Page 293 07 31 02 Issue 2 SYSTEM STARTUP e When placing a circuit card on a table or other flat surface spread out a conductive sheet and set the card on the sheet Circuit Card Perform work on the conductive sheet while wearing a grounded wrist strap e Set the MB switch of the circuit card to the UP position and confirm its mounting slot Note Then insert the card into its mounting slot Note Confirm that the color of the card puller tab is the same
205. its with a cut plug if test springs are in use e Ifthe connection to D is made incorrectly the electronic fuse of the circuit card may be damaged Repair Method Correct the cross connections and flip the MB switch on the card Down Up Down While a test is in progress do not perform cross connections without notifying to the person conducting the test Ringing signal AC 20 Hz effective value 90 V may be flowing through the terminals Remove all temporary cross connections after the tests have been completed If Office Data was as signed for test purposes restore the original Office Data 11 Observe the following when connecting cables Before connecting or disconnecting the control cable Front amp Backplane turn OFF power to the Mod ule Group LPM PIM etc Before connecting or disconnecting a CHAMP connector turn OFF power to the Module Group This will prevent an accident from occurring in the event that a metal object such as a screw screwdriver etc accidentally contacts the backplane circuitry or pins Whenconnecting or disconnecting the connector cable of the Attendant Console first set the MB switch on the ATI circuit card to the UP position then connect disconnect the cable 12 Precautions when Handling Circuit Cards When handling a circuit card use a Field Service Kit to protect against static discharge example 3M No 8012 Portable Field Service Kit available from NEC When touching a c
206. iv g ex 14AWG Earth Bar TERMINAL IV G ex GAWG MDF GROUND Note 1 Do not make a multiple connection across A terminal and B terminal of 48V Likewise do not make a multiple connection across A terminal and B terminal of GND Note 2 t is recommended that each 48V lead from the PBX be connected to a separate circuit breaker at the rectifier Note 3 When the lightning occurs it might cause the difference of voltages between IMGs and damage these electric circuits To keep from the differences of voltages in case use one main power to connect the IMGs The cables between connecting each of the terminal boards must be as short as possible ND 71548 E CHAPTER 2 Page 29 Issue 2 INSTALLATION DESIGN Table 2 8 Clamp Terminal Shape and Purpose TYPE SHAPE PURPOSE REMARKS DENEN Branch or extend power cable CHAPTER 2 ND 71548 E Page 30 Issue 2 INSTALLATION DESIGN Table 2 9 Selection of T type Clamp Terminal BRANCH 14 AWG 12 AWG 10 AWG 8 AWG 6 AWG sawe a ma t mo sawe wo 79 9 sawe T4 T4 usa k ra ra B mu ra T ro w amp 79 T6 T e MA o an T re me we 37 Bs as 28A w mr um um um 3 _ pomm Ei iis Ti
207. lated NL Procedures NAP 200 016 Maintenance NAP 200 009 Administration Terminal 200 017 200 018 SMDR Interface Power amp Ground Cabling NAP 200 008 Cabling within the Module Group NAP 200 010 012 Mounting of Covers and Post Installation Procedures Refer to Chapter 7 Power Equipment Installation NAP 200 006 Note Work procedures are explained in detail in each NAP Refer to the procedures by number NAP 200 XXX ND 71548 E CHAPTER 3 Page 35 07 31 02 Issue 2 INSTALLATION PROCEDURE 2 PRECAUTIONS BEFORE BEGINNING INSTALLATION 2 1 Outline l Before beginning the installation check to see if the installation requirements grounding the quantity and kind of installation cables etc are all present by referring to Chapter 2 of this manual 2 standard installation the system is installed on a free access floor so no explanations are provided pertaining to cable racks and cable ducts 3 The PBX is connected to the MDF by use of 25 pair shielded cables as the installation cables Each of these installation cables 1 grounded at the cable support assembly of the BASEU as shown below By this ar rangement noise radiation from each cable is prevented For the installation method refer to NAP 200 013 Cable Running from the Module Group to MDF MAT and SMDR CABLE SUPPORT ASSEMBLY CHAMP Connector CHAPTER 3 ND 71548 E
208. leting all the initialization tests assign data and time via MAT command END ND 71548 E CHAPTER 5 Page 327 Issue 2 INSTALLATION TEST PROCEDURE Contents Static Sensitive Handling Precautions Required Make the No 0 CPU the ACT system each PIM initialize any On the selected Line Trunk circuit card set MB switch UP Line Trunk circuit card The OPE lamp goes out System Message 7 is displayed Set MB switch DOWN OPE lamp turns ON System Message 7 L is displayed Clear the alarm Clear the alarm indication by pressing ALM RST button on the TOPU Make No 1 CUP the ACT system n each PIM initialize any On the selected Line Trunk circuit card set MB switch UP Line Trunk circuit card OPE lamp goes out System Message 7 K is displayed Set MB switch DOWN OPE lamp turns ON System Message 7 1 15 displayed Clearthe alarm Clearthealarm indication by pressing ALM RST button on the TOPU END CHAPTER 5 ND 71548 E Page 328 Issue 2 INSTALLATION TEST PROCEDURE 4 PORT CONNECTION TEST 4 1 Outline Tests are to be performed on all the circuits of LC and Trunk circuit cards and PWR Supplies LC and Trunk circuit cards are tested to confirm their operations and speech path conditions PWR Supplies are tested to con firm h
209. ling Precautions Required STEP 8 Attach the Front Panel again by fastening the removed two screws at the lower side of the front panel STEP 9 Connect SW PWR CA A cable again STEP 10 Connect 50AL FLT CA A to KEY A and KEYB connectors on PZ DK237 Figure 009 10 Cable Connections to the ISAGT card Tie Wrap STEP 9 Front Panel KEYA KEYB PZ DK237 r Note Secure all cables at the tie wrap so that they may not block flow of air STEP 11 Attach the top cover again by using the removed ten screws Figure 009 11 Attaching the Top Cover Top Cover Front Panel CHAPTER 3 ND 71548 E Page 94 Issue 2 INSTALLATION PROCEDURE Contents Static Sensitive Handling Precautions Required STEP 12 Turn ON the MBR key on the DSP of the CPR Figure 009 12 Turning ON the MBR key STEP 13 Insert the CPR into the LPM so that three connectors may be firmly plugged into the connectors on the backplane STEP 14 Fasten the CPR to the LPM using the four screws Figure 009 13 Accommodation of CPR into LPM MGC ETT paa IIIT LI NNNM iii LLLA 9f LPM MGC 17 LPM i T 2 55 2 p 7 1 ere 8 NL e TUS neiereqp4 el 1 E z np 22 Ae e
210. ltiple IMG Configuration Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system REAR VIEW FRONT VIEW TOPU Te Ts o 2 5 PIM 2 OXNW 95 FANU i PIM 0 OXNW 9 Od Hd DUMMY BASEU ND 71548 E CHAPTER 3 Page 135 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 39 64 Internal Cable Connections Multiple IMG Configuration Table 010 13 Power Cable Connections for IMG2 3 3 PIM System Multiple IMG Configuration FROM FTO UNIT MODULE CONNECTOR CONNECTOR CABLE NAME NAME MODULE NAME CIT BAWU 1 m o ome we f emea s sasu pwa 6 Bassu Pbi PWRB 4PPWRCAM LT PIMo PWR AWVINCONN pmo s FIMO PWR A8VINCONN pmo ARVINCONN pmi avo PPWRCMA _ o emi PWR 4SVINCONN avi n ARVINCONN pm 80 CHAPTER 3 ND 71548 E Page 136 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 40 64 Internal Cable Connections Multiple IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 21 Power Cable Connections for IMG2 3 4 PIM System Multiple IMG Configuration Connect the power cables as shown below Cables represented in dotted lines i
211. messages 7 7 and 1 T to be displayed automatically Perform a PLO system changeover test by switch operations Refer to Figure 026 3 PLO changeover via On PLO card on which ACT OPE lamp 1s illuminating flip switch the MB switch DOWN UP DOWN Note Make sure that the active PLO system has been changed over to the STBY mode ACT OPE lamp goes OFF Analyze the system messages 7 U and 7 V to be displayed automatically Note 4s for the PLO any of the following cards can be used PH CKI END e PH CKI7 ND 71548 5 321 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 026 Sheet 5 8 System Changeover Test Multiple IMG Configuration ATTENTION Contents Static Sensitive Handlin Precautions Required Figure 026 4 LEDs and Switches for System Changeover Multiple IMG Configuration DLKC PH PC20 GT PH GTO9 MUX PH PC36 TSW PH SW12 OPE MB 0 MBR TSW MBR FRONT VIEW Note 1 PH CKI6 PH CKI7 CHAPTER 5 Page 322 Issue 2 ND 71548 E PLO Note 1 ACT E ve INSTALLATION TEST PROCEDURE Single IMG Configuration Figure 026 5 System Block Diagram TSW and MUX Single IMG Configuration PCM HW MUA aks PM BUS BUS i MUX HW gus 7 LC TRK o emus A TSW INT PLO PM BUS LANI j
212. n of Power and Ground Cables from the Power Equipment 2 CONNECTION OF DC DC CONVERTER FOR TELEPHONE SETS EQUIPPED WITH MESSAGE WAITING LAMPS SIART Cable Running Removal of shorting piece and cable connection Referring to Figure 008 4 run the power and ground cables Referring to Figure 008 5 remove the shorting piece from the 80 V connector of PZ M371 card and then connect the cable provided on the 80 V Power Receiving Terminal Block to the 80 V connector Confirming that the Circuit Breaker NFB of the Rectifier 15 OFF Connection of Power and Ground Cables Check after cable connections END CHAPTER 3 Page 76 Issue 2 Referring to Figures 008 4 and 008 5 connect the power and ground cable to each terminal of the equipment Using a continuity tester confirm that the 48 V and 80 V power cable are not short circuiting with the G power cable or FE ground cables ND 71548 E INSTALLATION PROCEDURE NAP 200 008 Sheet 6 13 Connection of Power and Ground Cables from the Power Equipment Figure 008 4 Example Connection Diagram DC DC Converter for Message Waiting Lamps 80V IV WHITE DC DC CONVERTER IV R TO RECTIFIER IV G The current capacity of the DC DC Converter is calculated by multiplying the current capacity of the message waiting lamp by the number of telephone sets ND 71548 E CHAPTER 3 Page 77 Issue 2 INSTALLATION PROCEDURE Figur
213. n of the DESK CONSOLE and Cable Connection 14 HEADSET HANDSET This item specifies an optional device connected to the HAND H SO connector Note With regard to the 51 connector only the Headset is connected Accordingly data assignment for H S1 connector is not required a Press the desired number An asterisk shows the selected number HEADSET HANDSET SRC menu 1 HEADSET 2 HANDSET 1 Headset is connected to the HAND H SO connector 2 Handset is connected to the HAND 50 connector SRC Return to Configuration Menu Note Default setting is 1 HEADSET b Press the SRC key The display returns to Configuration Menu CONFIG MENU P1 VER x DEST next page 1 HEADSET HANDSET Release exit 2 HEADSET TYPE Answer update 3 MUTE c When configuration data assignment is completed proceed to UPDATING CONFIGURATION DA TA When the other item is also specified return to SELECTION OF CONFIGURATION ITEM CHAPTER 3 ND 71548 E Page 266 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 35 44 Installation of the DESK CONSOLE and Cable Connection 15 HEADSET TYPE This item specifies the type of Headset connected to the H S1 connector a Press the desired number An asterisk shows the selected number HEADSET TYPE SRC menu 1 SUPRA 2 OTHER l Thetype of Headset is SUPRA 2 The type of Headset is other than SUPRA SRC Return to Configuration Menu Not
214. nation and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Figure 015 5 IPX EXALM CA A Cabling Diagram e ocations of Terminal and Connector EXALM connector appears on the front edge of EMA EMA card in slot 08 Lop ceuoeePWoPEWor LPM MGC RPT Terminal PZ M377 BASEU FRONT VIEW e Cabling Diagram Installation Cable EXALM IPX EXALM CA A EMA card RPT Terminal PZ M377 Ww 8 8 9 BASEU 48V RPTO GND RPT1 ND 71548 E MDF MN E MN BELL Audible and Visual Alarm Indicating Panel a a CHAPTER 3 Page 209 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 10 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 6 Connection of Alarm Indicating Panel and Music on Hold Single IMG Configuration e Cross Connections MPALM is used to receive alarm information from Power Equipment Rectifier When Ground is detected the PBX regards it as alarm IPX EXALM CA A and Installation cable 25p IPX EXALM CA A Pin Assignment 1
215. ndicate power cable for a dual system REAR VIEW FRONT VIEW TOPU TeTe Topps s Tes T2 s s V eT s o s ops 9 E 2 OXNW 2 20 i 2 PIM 2 5 U I 2 2 PIM 1 z Te eT vs vr s w v s U 2 PIM 0 z 5 DUMMY BASEU ND 71548 E CHAPTER 3 Page 137 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 41 64 Internal Cable Connections Multiple IMG Configuration Table 010 14 Power Cable Connections for IMG2 3 4 PIM System Multiple IMG Configuration FROM FTO UNIT MODULE CONNECTOR CONNECTOR CABLE NAME NAME MODULE NAME o sasu m o ome we s sasu pm pwa _ mem ms mwr _ BASU RM PM Pwa PG ark car 9 Pio wR SVN CONN 3PPWROMA 10 FIMO PWR A8VINCONN pmo n A8VINCONN pmi 2 PIM PWR 48V INCONN Piva PWR ARVINCONN pm _ DM pm 1 A8VINCONN pms Ce PIM PWR 4SVINCONN MS CHAPTER 3 ND 71548 E Page 138 Issue 2
216. ng while work 15 being performed each manual pro vides WARNING CAUTION and Note indications to draw the technician s attention to specific matters l Meaning WARNING Personal injury may result if the warning is not heeded CAUTION Damage to the equipment and or the system may result if the caution 1s not heeded Note ndicates an item which requires special attention 2 Locations of Indicators WARNING and CAUTION indications are located at the top of the page Notes are included as part of the work procedures on the page ND 71548 E CHAPTER 1 Page 7 Issue 2 INSTALLATION DESIGN CHAPTER 2 INSTALLATION DESIGN 1 GENERAL This chapter provides information pertaining to installation design and preparation of the required installation materials The following topics are discussed e Environmental Requirements e Floor Space e Floor Load Requirements e Equipment Room Requirements e Power Supply Requirements e MDF Requirements e Installation Tools e System Accommodation e Installation Cables 2 ENVIRONMENTAL REQUIREMENTS The PBX is sensitive to the same rises in temperature and humidity as a computer Air conditioning may be re quired depending on the installation environment The following paragraphs address the following environ mental conditions e Temperature and Humidity e Heat Generation from Switching Equipment 2 1 Temperature And Humidity Table 2 1 shows the environmental conditions required in t
217. ning from the PBX to the MAT and SMDR e Connections at the PBX Side e Cable Tying at the Equipment Frame Note Compliance with EMI To comply with EMI Shielded cables with CHAMP connector should be used for the following installation cables e Cable from the PBX to the MDF Cable from the PBX to Attendant Console Cable from the PBX to alarm indicating equipment e Cable from the PBX to the external music on hold source Cable for line test connected to TEST connection ND 71548 E CHAPTER 3 Page 187 Issue 2 INSTALLATION PROCEDURE NAP 200 013 Sheet 2 13 Cable Running from the PBX to MDF ATTCON MAT and SMDR 1 CABLE RUNNING FROM THE PBX TO THE MDF AND ATTCON START Cables 25 for LT Connectors At the PBX side verify the names of the connectors on the PIM backplane then bring each LT cable up to the corresponding connector position Refer to Figure 013 1 Cables for Desk Console Connectors Referring to NAP 200 016 run the installation cables for the Desk Console to the relevant connector positions Cables 25P for EXALM At the PBX side confirm the name of the connectors Connector on the EMA card then bring the IPX EXALM CA A and installation cable up to the connector position Cables 25P for NCU Connectors At the PBX side bring each NCU cable up to the connector on the front of the PFT cards to be mounted in the PIM Refer to Figure 015 4 At the MDF side
218. nits and Modules 2 INSTALLATION OF FANU Location of FANU PZ M369 and three electronic FANs 1s shown in Figure 005 2 Depending on your system con figuration mount the FANU the proper position Figure 005 2 Locations of FANU The mounting location of FANU differs depending on the module configuration of each cabinet When the cabinet consists of a total of two PIMS or fewer the FANU is mounted on the TOPU Otherwise the FANU is housed in the dedicated FAN BOX the center of the cabinet emu D TOPU FAN BOX FRONT VIEW When FANU is mounted on TOPU When FANU is mounted in FAN BOX ND 71548 E CHAPTER 3 Page 55 Issue 2 INSTALLATION PROCEDURE NAP 200 005 Sheet 3 18 Mounting of Units and Modules 3 PROCEDURE FOR FANU ON THE TOPU When any IMG is configured by two PIMs or less the FANU is mounted as shown in Figure 005 3 Because the FANU 15 already mounted on the TOPU of the cabinet perform STEP 4 through STEP 7 only excepting a special case STEP 1 through STEP 3 are not required in the normal cases STEP 1 Referring to Figure 005 3 mount the three FANs onto the FAN Mounting Plate Then fasten every four screws STEP 2 Accommodate the FAN Mounting Plate tipped with three onto TOPU Then tighten the four screws refer to Figure 005 3 STEP 3 Mount the PZ M369 onto Then fasten the two screws also refer to Figure 005 3 Figure 005 3 Mounting of FAN
219. nning from the PBX to MDF ATTCON MAT and SMDR 2 CABLE RUNNING FROM THE PBX TO THE MAT AND SMDR Referring to NAP 200 017 connect IPX 2PORT CA MAT Refer to NAP 200 017 A and the installation cable 25P At the PBX side confirm the connector name on the IOC card then run IPX 2PORT CA A up to the connector position At the MAT side run RS 232 CA 1 up to the MAT SMDR Refer to NAP 200 018 Referring to 200 018 connect the PBX and the SMDR equipment At the PBX side confirm the connector name on the IOC card then run IPX 2PORT CA A up to the connector position At the SMDR equipment side run the installation cable 25P up to the SMDR equipment trj J CHAPTER 3 ND 71548 E Page 192 Issue 2 200 013 Sheet 7 13 Cable Running from the PBX to MDF ATTCON MAT and SMDR 3 CONNECTIONS AT THE PBX SIDE START LT Connectors EXALM Connector _ Connectors SSSSSSSFSSSSSS FSSSSSSSSS IOC Connectors END 4 CABLE TYING AT THE PBX START INSTALLATION PROCEDURE Contents Static Sensitive Handling Precautions Required Confirm each connector name on the backplane and the corresponding LT connector then connect the two Connect the IPX EXALM CA A to the EXALM connector on the EMA card Connect the NCU cable to the connector on the front of the PFT card Connect IPX 2PORT to the CONNO 1
220. nt Machine using AY plugs curl plugs board plugs etc Cable running Referring to Figure 015 13 run the cable between the Announcement Machine and the MDF Protect the cables by using cable ducts etc Termination of cables Terminatethe installed cables to the Announcement Machine and MDF Checking the terminallocations Referring to Port Accommodation sheet and the Module Group side of the MDF description of 16COT card in the Circuit Card Manual and Figure 015 13 identify the lead names of the Announcement Trunk ANTK and the terminal locations of the leads Cross connections Refernng to Figure 015 13 provide the necessary cross connections at the Announcement Machine side and the PBX side END CHAPTER 3 ND 71548 E Page 218 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 19 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 13 Connection of Announcement Machine Configuration of 16COT Lead Starting Wire Speech Wires When using 16 connect to ground When No O circuit is used for COT When No circuit is used for Announcement Trunk Announcement Machine Cabling Diagram MDF TSW SPEECH WIRES ANNOUNCEMENT MACHINE ANTK COT STARTING WIRE Connector Cable
221. nternal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Table 010 2 Details on Power Cable Connections 1 PIM System NE CONNECTOR CABLE NAME MODULE NAME MODULE NAME BASEU PAO J LPM PWR 48V IN CONN MISCPWRCA A PWR CA A re incen crams s mm mW PRWRCAC _ Ime uw mw jam _ 486 HMOUNWE _ a mo ND 71548 E CHAPTER 3 Page 111 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Run the power cables referring to Figure 010 8 Then fasten the cables to the cabinet referring to the figure below Figure 010 7 Power Cable Connections for 2 PIM System The drawing below illustrates how to run the power cables for the 2 PIM system For details on actual cable running see Figure 010 8 PIM 1 PIM 1 0 PIM 0 LPM LPM MGC MGC Note Normally the cable are fastened onto the cabinet at the proposed locations where small dots are provided in this figure CHAPTER 3 ND 71548 E Page 112 Issue 2 07 31 02 INSTALLATION PROCEDURE NAP 200 010 Sheet 16 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions
222. nting at the left side of DESK CONSOLE Standard Figure 016 7 Mounting of Handset Left Side of DESK CONSOLE Alarm Postion Availtable gt gt WY LDN TIE Busy ATND AUN UN f TRKSL Call Park N 1 Put the Handset code through the hole as shown below Handset code uci DESK CONSOLE side Handset side Side View CHAPTER 3 ND 71548 E Page 242 Issue 2 INSTALLATION PROCEDURE Top View Bottom View 2 Connect the Handset code to HAND 0 connector as shown below H S1 is not used for the Handset HAND H SO Handset code Bottom View of DESK CONSOLE ND 71548 E CHAPTER 3 Page 243 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 12 44 Installation of the DESK CONSOLE and Cable Connection Figure 016 7 Mounting of Handset Left Side of DESK CONSOLE Continued Mount the Handset Support to DESK CONSOLE with 3 screws as shown below Handset Support CHAPTER 3 ND 71548 E Page 244 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 13 44 Installation of the DESK CONSOLE and Cable Connection b When mounting at the right side of DESK CONSOLE Figure 016 8 Mounting of Handset Right Side of DESK CONSOLE 1 Remove the metal plate from the Handset turn it over and mount it to the Handset again Refer to the figure below Turn over the metal plate When mounting
223. of Alarm a Indicating Panel and page Music on Hold Cross connections for TAS indicator page Cross connections for Ta PBX External Switches page Connection of au Announcement page Machine Connection of Paging Equipment page 220 Cross connections for ptem Series E pte 75 page 222 Cross Connections 958 for Digital Interfaces page ND 71548 E CHAPTER 3 Page 201 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 2 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines 1 CROSS CONNECTION OF STATIONS Note 1 Provide the necessary cross connections at the MDF by using copper wires of 0 5 mm diameter 24 2 core twisted wire is used for speech path and single core wire is used for control wire It is recommended that wires of different colors be used for trunks station lines PFT etc so that they can easily be distin guished Note 2 For cross connections between stations and C O lines for PFT refer to Section 3 CROSS CONNEC TIONS FOR START Checking the terminal locations on the Referring to Port Accommodation sheet Module Group side of the MDF description of 16LC card in the Circuit Card Manual identify the lead names for the 16LC card and the terminal locations of the leads Cross Connection Referr
224. of the Base Unit Turn ON Fan Units Turn FAN UNIT ON Verify that air 15 blown upwards If the Fuse blows the input polarity is reversed Turn OFF the FAN UNIT Correct polarity replace the fuse and turn FAN UNIT ON Verify that the FAN blows air upwards Check PWR Supply Check the Power Supplies for each Module one at a time Check Steps 1 Turn circuit breaker OFF and insert the PWR Supply 2 Turn circuit breaker ON See Note 3 Various lamps Green illuminate 4 Observe the PWR Supply for a while and confirm that nothing abnormal unusual smell smoke etc occurs 5 Turn the circuit breaker ON OFF a few times and observe the condition 6 Turn the circuit breaker OFF and remove the PWR Supply Note Jfa Module is equipped with dual PWR Supplies they must be turned ON OFF ND 71548 E CHAPTER 4 Page 295 Issue 2 SYSTEM STARTUP NAP 200 019 Sheet 2 2 ATTENTION Contents Static Sensitive Handlin Power ON 9 Precautions Required Insert all PWR Supplies Insert all PWR Supplies into their positions Insertion Steps 1 Turn each Power Supply s circuit breaker OFF and insert them one at a time 2 Turn circuit breakers ON 3 Confirm that there are no abnormal indications unusual smell smoke alarm etc Insert and check Line Trunk circuit Insert Line 16LC etc and Trunk 16COT etc circuit cards cards into their backplane connectors one at a time and
225. on of Digital Trunk card in the Circuit Card Manual identify the lead names for the Digital Trunk card and the terminal locations of the leads Referring to Figure 015 20 Figure 015 21 to identify the lead names and the terminal locations for the PLO Referring to Figure 015 24 Figure 015 25 provide the necessary cross connections Referring to Figure 015 22 Figure 015 23 provide the necessary cross connections INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 20 PLO Pin Assignments for Receiving Clock Single IMG Configuration Since PLO circuit is equipped with TSW card PLO input leads appear on the LT connector labeled PLO Front View e TSW mounting slots 0jo1 02 03 04 05 o6 07 o O9 10 11 12 13 14 15 16 t7 8 192002 70 TSW card 16 mounted in slots 13 and 14 PIMO 3 of PIMO Universal Slots Slots cable connector Backplane Connect an LT cable to the connector labeled PLO on PIMO backplane PIMO e PLO connector Pin Assignment Pins are assigned as follows on PLO connector When clock is distributed from a digital interface use one pair of DIUxxx leads among a maximum of 4 inputs DIU leads have the following precedence DIUOxx High DIU3xx Low To receive clock from an external high stability oscillator use DCSx
226. other contains office data after the change The flash card containing the data before the change allows the technician to restore the previous running condition if the system does not operate properly with the new data ND 71548 E CHAPTER 7 Page 389 Issue 2 WORK AFTER INSTALLATION TESTS 2 PREPARATION OF TEST RESULT REPORT When submitting a report of test results to the end user or when performing test with customer s representatives attending prepare Test Result Report and record the test results into the prepared Test Result Report 3 MOUNTING OF THE FRONT AND REAR COVERS When mounting the front cover and the rear cover of the PBX follow the procedure below START Inspection Set all MB switches back to their positions prior to the installation tests Confirm that all circuit cards are mounted in the proper slots according to the Bayface Layout Mounting of Side Covers Referring to Figure 7 1 through Figure 7 3 mount the side covers onto the Modules and the Fan Unit Mounting of Rear Covers Modules Referring to Figure 7 4 and Figure 7 5 mount the rear covers Fan Unit Referring to Figure 7 6 mount the rear covers Modules Referring to Figure 7 7 through Figure 7 9 mount the front cover A Mounting of Front Covers Check Confirm that the mounted covers do not contact any of the cables circuit cards etc
227. ounting of Circuit Cards This NAP explains the following work items e Extraction of Mounted Circuit Cards e Mounting of Circuit Cards e Setting of Switch Positions on Circuit Cards e Installation of CPR 1 PRECAUTIONS 1 1 Protection Against Static Electricity When setting switches on circuit cards use a Portable Field Service Grounding Kit in order to prevent damage to static sensitive components Example 3M Model 8012 consists of e 2x2 VELOSTAT Work Mat e 15 ft 4 5 m Ground Cord e CHARGE GUARD Wrist Strap with alligator clip Before handling any circuit cards first spread out the work mat then connect the ground cord to the frame or other ground source If a CHARGE GUARD wrist strap is to be used connect the wrist strap to the frame or other ground using the provided cable 1 2 Handling Circuit Cards Whenever possible do not handle circuit cards with bare hands The only portion of the card that can be touched is its edge Do not touch the surface or the mounted components Doing so may damage the card Handle circuit cards carefully Never bang or drop them 1 3 Mounting or Removing Circuit Cards when the System Is in Operation Never mount or remove a circuit card without first setting its MBR and or MB switch to the UP position ND 71548 E CHAPTER 3 Page 85 Issue 2 INSTALLATION PROCEDURE NAP 200 009 Sheet 2 13 Setting of Switch Positions and Mounting of Circuit Cards 2 EXTRACTI
228. oute After Station B answers check the normality of the speech condition including the speech level presence of noise and one way speech Release Cancel the Make Busy condition of the trunks END CHAPTER 5 ND 71548 E Page 356 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 047 Sheet 2 2 Test of Connection and Alternate Routing to All Tie Lines Figure 047 1 Combination of Tie Line Network and Public Network Basic Route Tie Line Network Station A PBX to Station B be tested Alternate Route Public Network Figure 047 2 Tie Line Network BASIC ROUTE N ALTERNATE D Station A PBX to be AM Station B ROUTE tested ND 71548 E CHAPTER 5 Page 357 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 048 Sheet 1 2 Test of Tandem Connection to Tie Line Figure 048 1 Test of Tandem Connection to Tie Line Primary Route Route 092 Station A Station A x TONES Alternate IN O OQ 252 E 4 i ATTCON PBX to be tested Station OQ 1 Direct tandem connection by dial in 2 Tandem connection ATTCON 3 Tandem connection via Station START Test of direct dial in tandem Test of Primary Route dE Station A calls Station B Confirm speech between Stations A and B Release Test of Alternate Route Make busy all the trunks in the primary route Station A calls Station B Confirm speech between Stations A and B Release Un busy
229. owler tone and ringing signal While tests are in progress the No 0 CPU and TSW systems must be ACT active 4 2 Port Connection Test Procedure The connection test procedure for each type of circuit card 15 described in the NAP indicated to the right of each item in the following flowchart START ORT RST Card Connection Test ATTCON ATI Card Connection Test Line LC ELC Card Connection Test Outgoing Trunk COT TLT DTI Card Connection Test Incoming Trunk COT TLT DTI Card Connection Test Direct In Termination Trunk COT Card Connection Test SND RST Card Connection Test 3 Party Conference Trunk Function Test Connection Test Announcement Trunk for Announcement Service Connection Test Digital Announcement Trunk for Announcement Service Connection Test Paging Trunk for Paging Access Service Connection Test Paging Trunk for Paging Transfer Service Radio Paging Trunk COT Card Connection Test Howler and Ringing Signal Test ND 71548 E NAP 200 029 NAP 200 030 NAP 200 031 NAP 200 032 NAP 200 033 NAP 200 034 NAP 200 035 NAP 200 036 NAP 200 037 NAP 200 038 NAP 200 039 NAP 200 040 NAP 200 041 NAP 200 042 CHAPTER 5 Page 329 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 029 Sheet 1 2 ORT RST Card Connection Test START Make busy all ORTs On the front of RST card set all MBR switches 0 7 to OFF making all ORTs bu
230. pacity 1s 8192 x 2048 TS time slots for an IMG and 4 cards achieves 8192 x 8192 TS switching for Multiple IMG configuration 21 23 16 This circuit card used with a digital interface circuit card sets up network synchronization With this circuit card the IPX Multiple IMG system can be a clock subordinate office of the digital network 2 23 PH CK17 PLO This circuit card used with a digital interface circuit card sets up network synchronization Since this circuit card provides high precision base clock oscillator the IPX Multiple IMG system can be a clock source office of the digital network ND 71548 E CHAPTER 2 Page 25 Issue 2 INSTALLATION DESIGN 9 3 Preparation of Trunking Diagram Prepare the trunking diagram for the customer s specification Since there are different types of switching of fices such as a single office network offices etc are involved the trunking diagram must be prepared for each of the customer s specification 9 4 Preparation of Module Group Face Layout And Port Accommodation Diagram To mount circuit cards in the PBX the company which is supposed to install the IPX should prepare the face layout of module group and port accommodation diagram 9 5 Preparation of Circuit Card Switch Setting Sheets Prepare the switch setting sheets for the circuit cards to be mounted in the PBX Some of the circuit cards might not be operated properly with the initial settings due to some reason su
231. pment 72 1 CONNECTION OF THE POWER AND GROUND 72 2 CONNECTION OF DC DC CONVERTER FOR TELEPHONE SETS EQUIPPED WITH MESSAGE WAITING LAMP Siete 4 1 rite tr RE Ep GR ae o RO OR ee 76 END JOINTING OF POWER AND GROUND CABLES 79 4 BRANCHING OF POWER CABLES 81 NAP 200 009 Setting of Switch Positions and Mounting of Circuit Cards 85 PRECAUNONS uraa a Sas titu ati BOBO a dolce ced 85 2 EXTRACTION OF MOUNTED CIRCUIT 86 3 MOUNTING CIRCUIT CARDS ee ute gei tutup eek etu EQ eee 88 4 SETTING OF SWITCH POSITIONS ON CIRCUIT CARDS 89 o INSTALLA HON OF tatc rotations t e ca de Boe X RE a ee naa ts 91 NAP 200 010 Internal Cable 98 NAP 200 01 1 Inter Frame Cable Connections 162 NAP 200 012 Front Cable Connections between Circuit Cards 186 200 013 Cable Running from the PBX to MDF ATTCON MAT and SMDR 187 1 CABLE RUNNING FROM THE PBX TO THE MDF AND ATTCON 188 2 CABLE RUNNING FROM THE PBX TO THE MAT AND 5 192 ge CONNECTIONS AT FHE PBX 9DE si See Meca eases 193
232. r 4 PIM System Single IMG Configuration BATTERY PBX CABLES RECTIFIER For 3 4 PIM Configuration BATTERY IV BL IV R O POWER AND GROUND CABLES CV or IV IV R AC POWER DISTRIBUTION BOARD AC SERVICE OUTLET IV G ex 14 AWG VCT CABLE MDF Earth Bar s GROUND ex 6 AWG TERMINAL CABLE SPECIFICATION DC Main Power Cable Main Cable Calculate the sectional area of cable referring to Figure 2 16 Branch Cable IV cable more than 14 mm 6 AWG Main Ground Cable More than 14 mm 6 AWG Note 1 Jf the cover of CV Cable to be used is black use the following clamp cover terminals so they can be easily identified 48V Black cover G Red cover E Green cover Note 2 Extension jointing is usually performed with a T type terminal for wires of the same size Refer to Tables 2 6 through 2 10 Note 3 t is recommended that each 48V lead of A and B be connected to a separate circuit breaker at the rec tifier CHAPTER 2 ND 71548 E Page 28 Issue 2 INSTALLATION DESIGN Figure 2 15 DC Main Power Cable and Main Ground Cable Multiple IMG Configuration IMG 0 IMG 1 IMG 2 IMG 3 IV BL ES BATTERY BATTERY ROT RECTIFIER SEE ERR RE ERR RR Yiv BL EE REN E _ 1 AC POWER MM POWER AND GROUND CABLES DISTRIBUTION BOARD O AC SERVICE 1 OUTLET IV G
233. ram of Add On Console When using Local Power Supply Note Note When using local power supply DESK CONSOLE cannot be used in case of power failure Figure 016 15 Add On Console Cable Connection Diagram When Using Local Power Supply Installation ADD ON CONSOLE Cable 6 core Modular 6 core Modular Rosette Cable N ADD ON CONSOLE CHAPTER 3 ND 71548 E Page 254 Issue 2 INSTALLATION PROCEDURE Figure 016 16 Cable Connection Diagram for Add On Console Modular Block Wire the cables to the Modular Block as shown below Bottom View 6 core Modular Cable Modular Jack ADD ON CONSOLE ADD ON CONSOLE 123456 Add On Console Modular Jack 6 core Modular Cable pee ims J e T DC DC TI ARIAL exo Convertor mean Note ND 71548 E 6 core Modular Block IDE MDF Viewed from direction to be inserted 6 core Modular Block 48 0 48 48 1 48 x represents 0 or 1 CHAPTER 3 Page 255 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 24 44 Installation of the DESK CONSOLE and Cable Connection 9 MOUNTING OF ADD ON CONSOLE When mounting at the right side of DESK CONSOLE Figure 016 17 Mounting of Add On Console Right Side of DESK CONSOLE O8 OF G3 c TG2 TG7 O O O O
234. red Table 010 4 Details on Power Cable Connections for 3 PIM System BE ie s iai amd m MODULE NAME MODULE NAME BASEU MISCPWRCA A PWR CA A Hr sss a Jie as com fasea _ m mw Lem mr es mr area paseo Pi WRA 0 _ Ew Bem WEB _ o ws i BV IN CONN frewa Wm murum amc rece L wi avo AVIN SPPWREAA B Wi Vi PMIOWE VIN CONN srw cas BEEN PIM2 A8V0 PIM2 m 48V IN CONN 3P PWR CA A PIM2 48V1 PIM2 PWR 48V IN CONN 3P PWR CA B ND 71548 E CHAPTER 3 Page 117 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Run the power cables referring to Figure 010 12 Then fasten the cables to the cabinet referring to the figure below Figure 010 11 Power Cable Connections for 4 PIM System The drawing below illustrates how to run the power cables for the 4 PIM system For details on actual cable running see Figure 010 12 PIM 3 PIM 3 BIO PIM 2 FANU FANU PIM 1 PIM 1 PIM 0 0 f LPM LPM MGC MGC Note Normally the cable are fastened onto the cabinet at the proposed locations where small dots are provided in this figure CHAPTER 3 ND 71548 E Page 118 Issue 2 07 31 02 INST
235. referring to the figure below Figure 010 9 Power Cable Connections for 3 PIM System The drawing below illustrates how to run the power cables for the 3 PIM system For details on actual cable running see Figure 010 10 ons SAN S Note Normally the cable are fastened onto the cabinet at the proposed locations where small dots are provided in this figure ND 71548 E CHAPTER 3 Page 115 07 31 02 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 19 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 10 Details on Power Cable Connections for 3 PIM System Connect the power cables as shown below Cables represented in dotted lines indicate power cable for a dual system FRONT VIEW REAR VIEW TOPU EE Ez ES E EE EE EZ EE EE 22123 OXNW 95 LXNW 95 BSCM CHAPTER 3 ND 71548 E Page 116 Issue 2 07 31 02 INSTALLATION PROCEDURE 200 010 Sheet 20 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Requi
236. report it to the supplier immediately Note 2 Save all packing materials and boxes so that they can be used to return damaged equipment to the supplier 1 UNPACKING START Quantity cheek of packages received against the Packing List Check for external damage Check the packaging for external damage Carry In Carry the packages containing the Module Group into the switching equipment room Unpacking Note 2 Module Group Modules and Units Covers Circuit Cards ATTCON Cables END ND 71548 E CHAPTER 3 Page 49 Issue 2 INSTALLATION PROCEDURE Sheet 2 2 unpacking and inspection Unpacking and Inspection NAP 200 003 CAUTION Equipment may become damaged if not handled properly during ATTENTION Contents Static Sensitive Handling Precautions Required 2 INSPECTION START Visually Inspect Modules and Units Overall distortion scratches or dents on the surface Distortion of shelves Cracks to connectors on the backplane Broken or bent pins on the backplane Circuit Cards Scratches and cracks Provide protection from static electricity Loose wires and parts Damage to card puller tabs Desk Console and MAT Scratches and dents on the body Damage to keys and lamps END CHAPTER 3 ND 71548 E Page 50 Issue 2 INSTALLATION PROCEDURE NAP 200 004 Sheet 1 3 Installation of the Base Unit
237. rilling Drill holes in the locations Cutting of Free Access Floor Cut the Free Access Floor with a jigsaw See Figure 002 2 END Figure 002 5 Example of Elevation HOLE FOR SECURING ig BASEU CONCRETE FLOOR ANCHOR BOLT ELEVATION ND 71548 E CHAPTER 3 Page 47 Issue 2 INSTALLATION PROCEDURE NAP 200 002 Sheet 8 8 Marking Leveling and Drilling 4 MARKING LEVELING AND DRILLING FOR MDF POWER EQUIPMENT AND PERIPHERAL EQUIPMENT START Leveling Measure the level of floor surface and determine the reference level S HIGHEST LEVEL WALL REFERENCE LEVEL FLOOR Marking Mark the holes for securing Power Equipment equipment MDF Peripheral Equipment Drilling Drill holes locations marked for power equipment MDF and peripheral equipment Secure the anchor bolts to the floor Embed nuts and sleeves Remove the anchor bolts temporarily Remove anchor bolts and washers END CHAPTER 3 ND 71548 E Page 48 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required NAP 200 003 CAUTION Equipment may become damaged if not handled properly during unpack Sheet 1 2 Ing and Inspection Unpacking and Inspection This NAP explains the procedure for unpacking and inspection Note 1 f any equipment is missing or damaged
238. rk Analog Terminal VDSL lex adapter hs A Terminal INASET Z CCISNo7 nme IP Network IP Enabled D SP20 MGC Media Gateway Controller MC Media Converter ELC Electric Line Circuit Analog MC LC Line Circuit PHA Protocol Handler for Analog MC PHD Protocol Handler for IP Enabled Der 2 3 Protocol Handler for CCIS Analog Terminals VHd Aq CHAPTER 1 ND 71548 E Page 2 Issue 2 07 31 02 INTRODUCTION HOW TO FOLLOW THE MANUAL 2 1 Outline The requiring work 15 divided into the following chapters Basically the work is performed in the order of these chapters e Chapter 2 INSTALLATION DESIGN This chapter explains installation design and preparation of the required installation materials e Chapter 3 INSTALLATION PROCEDURE This chapter explains the procedures pertaining to equipment carry in installation power supply cabling wiring etc of the system and also explains the installation procedures concerning peripheral equipment MDF Rectifier Terminal Equipment e Chapter 4 SYSTEM STARTUP This chapter explains the procedures for initial power on and office data entry upon completion of the sys tem installation e Chapter 5 INSTALLATION TEST PROCEDURE This chapter explains the test procedures to be performed upon completion of the system startup to deter mine
239. rning ON on RST circuit cards HEN Check whether OPE lamp G is turning ON on LC circuit cards HE Lift handset Confirm DT Dial Tone HEN These are the Check whether the Busy lamp R is turning ON for the Test Check connected ORT and LC Columns the left column is PROVIDE Keep listening to DT for about 12 seconds column and the right columns is Confirm that DT changes to Reorder Tone ROT HEN the CHECK columns Keep listening to ROT for about 30 seconds When System Data SYS1 Confirm that ROT changes to INDEX 64 6 0 b4 0 no tone are assigned When System Data SYS1 Confirm that howler tone is EH INDEX 64 6 0 64 1 heard after ROT stops b3 1 64 0 are assigned Analog Ports only Hang up and release the connection END When PROVIDED section is blank the installer should enter mark as per the Job Specification The item with must be tested without exception ND 71548 E CHAPTER 5 Page 313 Issue 2 INSTALLATION TEST PROCEDURE 2 BASIC CONNECTION TEST 2 1 Outline After the system has been started up establish some basic connections and verify that the system operates nor mally 2 2 Basic Connection Test Procedure Perform tests on the operations of the processors and the system by referring to the NAP Number indicated to the right of each item in the following flowchart If an operation cannot be performed satisfactorily perform the
240. rop CHAPTER 2 ND 71548 E Page 32 Issue 2 INSTALLATION DESIGN 10 2 Cables Between The PBX And MDF Regarding lines trunks and NCU 25 shielded the PBX and the MDF are connected by using cables with a CHAMP Amphenol connector at one end Table 2 11 shows the procedure for calculating the required number of cables Figure 2 17 also shows an outline of cable connections from the Module Group to the outside Table 2 11 Calculation of Number of Cables CABLE NAME CALCULATION SUB TOTAL ND 71548 E CHAPTER 2 Page 33 Issue 2 INSTALLATION DESIGN Figure 2 17 Outline of Cables from Module Group to the Outside CONNECTOR CONNECTOR DESIGNATIION LEAD DESIGNATION DESIGNATION DESIGNATION Pi Y LT X Axx LT X Axx NE D go Qe INST CADO edu 30 OF TO C O CABLE LT X Bxx lt lt 7 DISTANT ge do PABX 2 lt lt SWITCHING FACILITIES INST i INST CABLE TA CABLE 42 XX LT X Axx LUN LT X Bxx LT X Bxx b SE 2 lt lt xXx O OR gt gt d 5 NCU X Yo O 6 OA 15 NCU X BOx NCU X TOx 7 Y L NCU XAlx NCU X
241. s for terminating cables at the MDF CAUTION When terminating Cables to the MDF the line trunk circuit card should extend about 50 mm 2 inches from the module and must not contact the backplane connector START Cable trying at the MDF Secure the CHAMP Connector cables which have been extended to the MDF whenever connecting a front cable NAP 200 012 to the cable supports on the MDF after confirming their positions on the terminal block Cutting excess cable Shorten each CHAMP connector cable leaving enough length so that they can be neatly terminated to the terminal block Cable termination to the MDF Referring to the Circuit Card Manual punch down the CHAMP connector cables to the MDF Confirming connections After confirming that no erroneous connections have been made on the Module Group side use an IC buzzer on similar device to verify the connections at the MDF END CHAPTER 3 ND 71548 E Page 200 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 1 32 Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines This NAP explains the following work items MDF Cross Connection of 2905 Stations page 20 C O Line Cross Connection of Trunks C O Lines and page 203 Tie Lines Cross Connections for PFT page 205 Cross connection
242. s leaked and causes harm to human body and systems Before connecting customer provided equipment such as the other company products with NEC products such as PBX and peripheral equipment ask the supplier and make sure your equipment is compatible with NEC product If it is not confirmed do not con nect them It might cause a fire or an electric shock ND 71548 E PRODUCT LIABILITY PL 3 Issue 2 PRODUCT LIABILITY E PRODUCT LIABILITY PL 4 Issue 2 WARNING Fix the equipment Do not put any object on PBX and Main Power it might be danger ous if the object should fall down When plugging off a plug be sure to grip the plug and extract it If you grip the code and extract it it might cause a fire and an electric shock If a fault is considered as the lightening cause ask the supplier Other than fulfilling the appropriate humidity and temperature it is necessary to consid er the maintenance operation and the all time ventilation in non loading operation dur ing day off and night For example when the height above floor is 1 m 3 281 feet the temperature should be from 20 to 25 68 to 77 F and the humidity should be more or less 50 9 ND 71548 E PRODUCT LIABILITY WARNING Be careful of using a battery as following Rechargeable lead battery is used as the emergency battery of PBX Check the back up for an electricity failure Battery electrolyte is harmful to human body If the battery el
243. sh Card 15 being accessed The 7 seg LED right side indicates the process of the loading as follows Accessing the flash card LOAD lights red j Gu fA Program LOAD rd STATUS LED right Office Data LOAD ees the office data from the flash card System Initialization B the system The system starts up again ee is completed Loading completes LOAD crure WDT z9 SENSE gt 2 On Line mode Restart without data memory clear E Specify the LDM installation by using ASYDL SYS 1 Index513 Using AACT command input Activation Code labeled on the back of Basic Software CD Note Jn the case of North America and Austria contact the supplier END CHAPTER 4 ND 71548 E Page 302 Issue 2 SYSTEM STARTUP 200 021 Sheet 1 2 Contents Static Sensitive Assignment of Office Data Handling Precautions Required START Start up the MAT Enter basic data Assign the following data via the MAT for each of the office data programming sheet ATIM Assignment of Date and Time ASYD SYS 1 2 amp 3 ASYDL SYS 1 amp 2 System Data assignment ASYD Assign SYSI INDEX 92 bit 3 1 AUNT Unit Data assignment ADTM Assi
244. small dots are provided in this figure CHAPTER 3 ND 71548 E Page 144 Issue 2 07 31 02 INSTALLATION PROCEDURE NAP 200 010 Sheet 48 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handling Precautions Required Figure 010 27 Details on Bus Cable Connections for 3 PIM System Connect the bus cables as shown below Note that dotted lines indicate bus cables for a dual system FRONT VIEW REAR VIEW lon on a oe of of oo oo ol ETE T2 PIM 2 FANU L L L L 00 01 02 os oe 07 08 09 10 1 2 13 14 1516 17 18 19 20 21 22 23 L L L 10 11 PIM 1 oof orf ozfos o4 os oef orf osf 1 1 Hi o HA PIM 0 CPR 1 lt wusic o BE ALMA BSCM LPM MGC CPR 0 ND 71548 E CHAPTER 3 Page 145 07 31 02 Issue 2 INSTALLATION PROCEDURE NAP 200 010 Sheet 49 64 Internal Cable Connections Single IMG Configuration ATTENTION Contents Static Sensitive Handlin Precautions Required Table 010 17 Bus Cable Connections for 3 PIM System NN UNIT CONNECTOR UNIT CONNECTOR CABLE NAME MODULE NAME MODULE NAME LPM LCON GT 25 LPM LCON GT 25 3 M PIMO ALMA 20AL 60 FLT CA MERE 4 L
245. sue 2 INSTALLATION DESIGN Figure 2 8 Face Layout of Multiple IMG System IMG2 3 IMG 2 3 Multiple IMG TOPU MN SUP IP M Tees v w wv e s S 8 9 v 9 9 s a al spo Ts o oe ss o ws v a s s mz za PIM 3 LXNW 9 Od Hd PIM 2 LYMd 9 75 OXNW 9 Od Hd LXNW 9 Od Hd ONMd 8 SSMd Vd FANU PIM 1 g rSMd vd OXNW 9 Od Hd LXNW 9 9d Hd c oi m Qo Az S PIM 0 LYMd 9 75 OXNW 9 9d Hd LXNW 9 9d Hd ONMd 8 SSMd Vd BASEU ND 71548 E CHAPTER 2 Page 21 Issue 2 INSTALLATION DESIGN 9 2 Circuit Card Locations This section explains the main function of controlling circuit cards on a module basis For more detailed infor mation on each card please refer to the NEAX2400 IPX Circuit Card Manual Figure 2 9 Controlling Circuit Cards in LPM 01 03 04 05 06 07 08 LPM MGC SYSTEM seLECT status ss cri iii SYS cT2 SE 55 a POW U U gt D 2 S y x U U gt 5 29 Note 1 LANI cards in slots 0 3 of CPR are op
246. sy From Station A DP test ORTs one circuit at a time EI Un busy make idle only ORT to be tested Station goes off hook and after hearing DT dials the station number of Station B Station A confirms ringing to Station B and Station B answers Stations and B go on hook From Station B PB test ORTS on circuit at a time E Un busy only ORT to be tested Station B goes off hook and after hearing DT dials the station number of Station A Station B confirms ringing to Station A and Station A answers Stations A and B go on hook CHAPTER 5 ND 71548 E Page 330 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 029 Sheet 2 2 ORT RST Card Connection Test Perform tests for a situation where all ORTs are busy System Data SYSI Station A goes off hook INDEX 4 b 0 Station A confirms that Reorder Tone ROT is heard EE Station A goes off hook System Data SYSI station goes off hook INDEX 4 bo 1 Station A confirms that no tone 15 heard 2 Un busy make idle a single ORT circuit Station A confirms that DT 15 heard Station A goes off hook END ND 71548 E CHAPTER 5 Page 331 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 030 ATTCON Sheet 1 1 ATTCON ATI Card Connection Test Station A START A station repeats an ATTCON Station A dials the operator access code normally 0 call Each ATTCON answers At each ATTCON the operator confirms
247. t C O Lines and Tie Lines Figure 015 25 Cable Connection Diagram for Distributing Clock from a Digital Interface Multiple IMG Configuration Cable Connection Diagram Perform the following wirings at the MDF The following connection diagram shows an example where the Digital Trunk POUT leads are used as the 1st clock distribution route IMG1 maximum 200 meters 660 feet 24AWG Se LT Connector Interface MDF Oy to oth d PCM Cable 2P Carrier other node Equipment maximum 100 meters 330 feet 24AWG Note 1 Installation Cable a EXCLKO 1 for PLO 0 2 di BASEU Installation Cable MI 1 d Note2 2 for PLO 1 3 4 Note 1 has a maximum of four inputs DIU1xx leads are used for the first clock distribution routes Thus DIUA4xx leads are used for the fourth The first input has the highest priority Note 2 connection is required for a dual PLO system CHAPTER 3 ND 71548 E Page 232 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 1 44 Installation of the DESK CONSOLE and Cable Connection This NAP explains the installation of the DESK CONSOLE and Cable Connection Figure 016 1 shows the outer view of the DESK CONSOLE Use the PA CS33 ATI card as an interface card between the system and the DESK CONSOLE The card can connect a maximum of two DESK CONSOLESs STAR
248. tching hub is necessary to connect them with SMDR CHAPTER 3 Page 288 Issue 2 ND 71548 E INSTALLATION PROCEDURE Contents Static Sensitive Handling Precautions Required Figure 018 2 Cable Connection Diagram for the SMDR when Using RS 232C Connect SMDR using the cables IPX 2PORT CA A RS 232C CA 1 and RS 232C cable IOC PX IO00 CONNO port 0 port 1 A 1 Ec x PAN CONN1 port 2 port 3 RS 232C cable customer provided IPX 2PORT CA A RS 232C CA 1 ND 71548 E CHAPTER 3 Page 289 Issue 2 INSTALLATION PROCEDURE NAP 200 018 Sheet 4 4 Connections of SMDR ATTENTION Contents Static Sensitive Handling Precautions Required Figure 018 3 Connection of SMDR by Using MODEM To connect PBX and the SMDR via modems the following cables are used RS 232C cable should be prepared by the customer CONNO port 0 port 1 1 port 2 port 3 IPX 2PORT CA A Installation Cable less than 10m 33 feet LINE 2W AW Female CHAPTER 3 ND 71548 E Page 290 Issue 2 SYSTEM STARTUP 4 SYSTEM STARTUP 1 GENERAL This Chapter describes the initial startup procedure and the diagnosis procedure after installing PBX Before be ginning the system startup thoroughly read Section 2 PRECAUTIONS BEFORE BEGINNING SYSTEM STARTUP of this Chapter and observe the precaut
249. ted to that office via loop back at the C O When seizing from an An ATTCON sets up the connection with a specific trunk ATTCON designated via Individual Trunk Access service The ATTCON after hearing dial tone from the C O dials the pilot number for the local office and allows the call to be terminated to that office via loop back at the C O Call termination to ATTCON The call looped back at the terminates to the ATTCON Check of speech conditions has been answered at the ATTCON check the speech conditions including speech level presence of noise and one way speech state Release When all have been Perform a trunk loop back test at the C O and determine checked and a fault is detected whether the trunk side or the Line side 15 faulty If the C O Line is faulty make a request to the C O for repair END ND 71548 E CHAPTER 5 Page 351 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 044 Sheet 1 1 Overall Test for C O Line Incoming Call Test Outline Central Office Exchange ATTCON ATTCON The tests comprising this NAP are to be performed according to the C O Line Number Table provided by the C O If the C O Line Numbers are not known tests cannot be performed because loop back cannot be performed at the C O In addition tests cannot be performed which involve Direct Inward Dialing Under such circumstances ask the C O to perform an incom
250. terminate the cables onto the Cable Support Assembly B C D E in order END ND 71548 E CHAPTER 3 Page 195 Issue 2 INSTALLATION PROCEDURE Figure 013 4 Cable Support Assembly BASEU LPM CABLE SUPPORT ASSEMBLY SIDE VIEW CHAPTER 3 ND 71548 E Page 196 Issue 2 INSTALLATION PROCEDURE NAP 200 013 Sheet 11 13 Cable Running from the PBX to MDF ATTCON MAT and SMDR Table 013 1 Cable Support Assembly BACKPLANE MODULE CONNECTOR NAME SUPPORT No CONNO CONNI Not Used For I O Equipment These connectors appear on LPM MAT Printer etc the front edge of IOC EMA MGC EXALM For Alarm Indicating card Not Used Panel etc Front of Circuit Card The number of cables 15 When the required number of A limited to three for one cables exceeds 20 the Cable PIMO side and six for both Support Assembly extra sides cables should be used LTO LT11 A LT cable LT cable The number of cables 15 When the required number of limited to three for one cables exceeds 20 the Cable side and six for both Support Assembly extra LTO LT11 sides cables should be used Front of Circuit Card PIM2 LTO LT11 LT cable Front of Circuit Card The number of cables is When the required number of limited to three for one cables exceeds 20 the Cable PIM3 side and six for both Support Assembly extra sides cables should be used LTO LT11 LT cable Front of C
251. tes voice signaling and control signaling are sent received via IPTRK between the nodes Is the test successfully completed Is the trunk successfully seized sure that the trunk to be tested is unblocked using MBTK NO Check the office data by using commands AFCH AETH ACAN ACTK AFRT AGIP AVIPS etc Use ping command to check the normality of connection between router or other equipment and PBX When the connection is available check the data by AFCH AGIP AFRT and AETH When the connection is not available check the data by AETH and AGIP Em ou a m oe o RSS de dL em LA dm de LL em uU i ee ee ee ee 7 Perform the previous page for all the trunks by using MBTK or MBTC END CHAPTER 5 ND 71548 E Page 368 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 052 Sheet 1 3 IPTRK IP Trunk Card for CCIS Connection Test The following describes the procedure for confirming the normality of IPTRK in the case of CCIS over IP Here describes procedure for performing connection test over CCIS between existing terminals Note tis essential that IPX and the controlled LC TRK are in normal condition Figure 052 1 Diagram of IPTRK CCIS Connection Test IPTRK PA 16IPTC OPE A External LAN External LAN Voice Signaling Voice Signaling CCIS Signaling CCIS Signaling TOR RJ4
252. the Rectifier Check after cable connections ______ Using a continuity tester confirm that the 48 V power cable is not shorting to the G power cable or FE ground cable END CHAPTER 3 ND 71548 E Page 72 Issue 2 INSTALLATION PROCEDURE 200 008 Connection of Power and Ground Cables from the Power Equipment ATTENTION Contents Static Sensitive Handlin Precautions Required Figure 008 1 Detail of Cable Running Single IMG Configuration POWER RECEIVING TERMINAL ND 71548 E CHAPTER 3 Page 73 Issue 2 INSTALLATION PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required Figure 008 2 Detail of Cable Running Multiple IMG Configuration POWER RECEIVING TERMINAL E CHAPTER 3 ND 71548 E Page 74 Issue 2 INSTALLATION PROCEDURE Contents Static Sensitive Handlin Precautions Required Figure 008 3 Connection of Power and Ground Cables to Power Receiving Terminal 80V Terminal 48V B Terminal G B Terminal 48 G A Terminal FE Terminal Note 1 POWER AND GROUND CABLES REAR VIEW Note 1 For 1 2 PIM configuration connect the cable only to the A terminal Note 2 example of End Jointing using A Type Clamp terminal is explained in Section 3 of this NAP ND 71548 E CHAPTER 3 Page 75 Issue 2 INSTALLATION PROCEDURE NAP 200 008 Sheet 5 13 Connectio
253. tional Note 2 OC card in slot 06 is optional Table 2 4 Controlling Circuit Cards in LPM MGC Slot No Circuit Card Symbol Functions Mounting Conditions 06 07 1000 This circuit card supplies the system with a serial interface RS 232C a which connects to external equipment such as the MAT SMDR and Output MCI One card is equipped with four I O ports A maximum port of the Controller system is up to eight ports two cards 00 This card detects the system event which might occur in the system and Emergency notify the information to the maintenance personnel In addition this card Alarm has the following functions Controller Music On Hold sending function Single IMG configuration only e Active stand by changeover function CPR Central Processor Rack CPR consists of the following components CPU Board Includes the Main Processor Unit MPU flash ROM and 256 MB Random Access Memory RAM 256 MB RAM is used for a system using FUSION features In addition the board is equipped with GT Note 3 card and LANI PZ PC19 card DSP Equipped with switches and 7 seg LEDs on the panel Flash card PWR Supplies the operating power to the LPM Note 3 PZ GT25 is for Single IMG PZ GT26 is for Multiple IMG systems respectivery CHAPTER 2 ND 71548 E Page 22 Issue 2 07 31 02 INSTALLATION DESIGN Figure 2 10 Controlling Circuit Cards in PIM 0 Single IMG Configuration Only
254. tions Control System change On the DSP card whose OPE lamp is turning ON flip the over via MBR switch on MBR switch DOWNUP DOWN gt gt the DSP PZ DK237 T card The lamp indication of the DSP changes to DSP in STBY mode in Figure 026 1 T1 System message 7 C and 7 D are displayed in succession CPU changeover via Designate CPU changeover via the CPU SEL switch on switch Forced Change the EMA 00 card over CPU SEL UP Position No 1 ACT e CPU SEL DOWN Position No 0 ACT Be System Messages 7 C and 7 D are displayed in succession CHAPTER 5 ND 71548 E Page 318 Issue 2 IMG qe SYSTEMSELECTO 2 e starus ff SENSE MBR B SELECT 2 EST LOAD CPU PIMOPE WDT M A IMG d 8 SYSTEM Wf 1 id Ped 205205205 1 SENSE MBR 7 Flip the MBR switch on SYSTEM SELECT 2 Q the DSP Ji MBR ND 71548 E INSTALLATION TEST PROCEDURE ATTENTION Contents Static Sensitive Handling Precautions Required IMG svsrEMsELECTO 2 3 e STATUS SENSE MBR e IMG SYSTEM SELECT Onl 47 NT status SENSE MBR SYSTEM SELECT 2 POWER CHAPTER 5 Page 319 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 026 Sheet 3 8 System Changeover Test ATTENTION Contents Static Sensitive Single IMG Configuration Handl
255. ug outlet is used for MAT printer MODEM and measurement machine for maintenance PRODUCT LIABILITY ND 71548 E PL 8 Issue 2 PRODUCT LIABILITY 2 4 Periodic Repair Parts and Disposables ATTENTION Replace the periodic repair parts such as fan battery backup battery HD fuse and display If not change the parts and past the periodic term sudden traffic fault might lead to the whole system failure and damaging Replace the disposables such as ink ribbon FD recording paper and headset We recommend you to make a contract for the maintenance service ND 71548 E PRODUCT LIABILITY PL 9 Issue 2 PRODUCT LIABILITY This page is for your notes PRODUCT LIABILITY ND 71548 E PL 10 Issue 2 16 2 1 2 B O9 10 ND 71548 E ISSUE 2 AUGUST 2002 NEAX2400 IPX Internet Protocol eXchange Installation Manual TABLE OF CONTENTS Page CHAPTER T INTRODUCTION aede 1 GENERAL 25 2 32 ovi eae ge 1 HOW TO FOLLOW THE MANUAL Oe vad UR RU DURS eee 3 3 2 2 Follow NAPS iacu E ce thee lee 3 2 9 How To Follow Trees dex mor EC bed RC RO Ue pr rex Ro e en 5 2 4 Figure and Table Numbers 7 2 5 Essential Critical Information xax eO eb vik eS eS PER Mee Saw ie
256. uld be made of acid resistant materials CHAPTER 2 ND 71548 E Page 10 Issue 2 INSTALLATION DESIGN 5 2 Wall Switching Equipment Room concrete wall is necessary so that cable racks can be installed unless a free access floor 1s used tis recommended that the walls be painted so that the wall materials do not generate dust etc The maximum difference in level at the wall surface should be less than 5 mm 0 2 inch 5 3 Ceiling Switching Equipment Room e The required ceiling height is more than 2 3 meters 7 5 feet 5 4 Lighting Facilities 1 Switching Equipment Room Fluorescent lamps are recommended Noless than 200 lux at the floor level is necessary 2 Operator Room Fluorescent lamps are recommended e No less than 200 lux at the floor level is necessary 3 Battery Room e Anti explosion type lamps must be utilized Noless than 150 lux at the floor level is necessary POWER SUPPLY REQUIREMENTS 6 1 Main Source Power The PBX requires an operating power of 48 V DC 5V DC This DC operating power is supplied from the rec tifier which receives AC power from the commercial AC power source For greater system reliability it is rec ommended that the PBX be supplied with backup DC operating power for a predetermined duration from the batteries installed as the auxiliary power supply source The batteries for the PBX must be connected in parallel with the 48 V DC output of the rectifier Also when
257. up the modems referring to its instruction book Cable connection Connect the cables referring to Figure 017 3 END CHAPTER 3 ND 71548 E Page 280 Issue 2 INSTALLATION PROCEDURE Installation of the Maintenance Administration Terminal MAT and Cable Connections ATTENTION Contents Static Sensitive Handling Precautions Required Figure 017 3 Cabling of MAT Using Modems To connect PBX and the MAT via modems the following cables are used RS 232C cable should be prepared by the customer IOC PX IO00 m CONNO RS 232C CA 3 port 0 port 1 1 port 2 port 3 M 7 Installation Cable less than 10m 33 feet 2 2W 4W RS 232C cable F Female customer provided ND 71548 E CHAPTER 3 Page 281 Issue 2 INSTALLATION PROCEDURE NAP 200 017 Sheet 6 10 Contents Static Sensitive Handlin Precautions Required Installation of the Maintenance Administration Terminal MAT and Cable Connections 3 INSTALLATION OF SYSTEM MESSAGE PRINTER AND CABLE CONNECTIONS START Installing printer 1 Install printer according to its instructions Cable connection _ Connect cable between PBX and the dedicated System Message Printer which is equipped with a parallel port referring to Figure 017 4 END Figure 017 4 Connection of System Message Printer Connect the printer using the cables I
258. ure 016 3 Cable Connection Diagram When the Power Is Supplied from the PBX a Installation Cable 6 core Modular DESK CONSOLE Rosette S BN4820 EX Rosette BN4830 BN4831 6 core Modular Cable 0 5 Cable 0 65 Cable 350 m 1 148 ft 500 m 1 640 ft When exceeding the distance above calculate the distance referring to the next page ND 71548 E CHAPTER 3 Page 237 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 6 44 Installation of the DESK CONSOLE and Cable Connection 2 CALCULATION OF THE DISTANCE BETWEEN THE ATI CIRCUIT CARD AND MODULAR ROSETTE The distance M in Figure 016 3 is determined by the Direct Current resistance of power supply cables 48V and GND Note that the maximum resistance is 26 as shown in the following formula M at bt c lt 26Q M Maximum Direct Current resistance between the ATI circuit card and Modular Rosette a Diurect Current resistance of power supply cables 48V and GND in the range of A b Direct Current resistance of power supply cables 48 and GND in the range of B c Direct Current resistance of power supply cables 48V and GND in the range of C Example of Calculation a b and c are calculated by the following formula Note You not required to use cable lengths in meters in the following formula You may use cable lengths in feet yards or whatever unit you prefer However the units of resistance you use must match the units of
259. ut the cable in proper length Attach the modular connector to both sides of the 8 core line ca ble using installation tool Note 2 Be sure to check the polarity of pin numbers 7 LA and 8 LB ND 71548 E CHAPTER 3 Page 251 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 20 44 Installation of the DESK CONSOLE and Cable Connection 7 CONNECTION OF AC DC ADAPTER OPTIONAL The AC DC adapter is required when the power supply from the distant PBX 15 not available Figure 016 13 Connection of AC DC Adapter The connector for the AC DC adapter 1 on the rear side of DESK CONSOLE AC DC Adapter Q CHAPTER 3 ND 71548 E Page 252 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Installation of the DESK CONSOLE and Cable Connection 8 MOUNTING OF ADD ON CONSOLE FOR HOTEL SYSTEM ADD ON CONSOLE is used in the Hotel System 1 Cable Connection Diagram a Cable Connection Diagram of Add On Console When the power is supplied from the PBX Figure 016 14 Add On Console Cable Connection Diagram When the Power Is Supplied from the PBX a Installation Cable 6 core Modular ADD ON CONSOLE Rosette S E 4801 6 Modular ADD ON CONSOLE Rosette BN4810 BN4811 6 core Modular Cable ND 71548 E CHAPTER 3 Page 253 Issue 2 INSTALLATION PROCEDURE NAP 200 016 Sheet 22 44 Installation of the DESK CONSOLE and Cable Connection b Cable Connection Diag
260. when both Stations A and B goes on hook END CHAPTER 5 ND 71548 E Page 342 Issue 2 200 038 Sheet 1 1 Connection Test Digital Announcement Trunk for Announcement Service SIART Dial the announcement service code Check the contents of the announcement LE Dial the announcement service code Check the contents of the announcement mE Release INSTALLATION TEST PROCEDURE ANNOUNCEMENT Station A StationB Station A dials the announcement service code Station A 15 connected to the announcement trunk and hears the announcement Station B dials the announcement service code Station B is connected to the announcement trunk and hears the announcement Confirm that the announcement stops when both Stations A and B goes on hook ND 71548 E CHAPTER 5 Page 343 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 039 Sheet 1 1 Station A Connection Test Paging Trunk for Paging Access Service ATTCON START Dial the paging access code Station A ATTCON dials the paging access code and hears CRBT Continuous Ringback Tone In about 1 second CRBT stops Speaker Paging 2 Check whether speaker paging is possible after CRBT has stopped Release Station A goes on hook or the ATTCON depresses CANCEL key END CHAPTER 5 ND 71548 E Page 344 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 040
261. with a dry cloth Do not place equipment in the following Locations which receive direct sunlight Locations where the moisture exceeds the allowed level Locations which might be wet with water oil and chemicals Locations which is particularly low in temperature such as an ice compartment Locations which receive the electric wave or the magnetism from TV and two way radio Locations which receive the illegal electric wave Note that the life of PBX and Main Power is shorten if placed in the location affected by much of hydrogen sulfide or salt such as seaside area PRODUCT LIABILITY ND 71548 E PL 6 Issue 2 PRODUCT LIABILITY 2 2 Installation Environment These items describe the consideration before the installation Preserve the following 2 2 1 Oscillation WARNING To prevent the system from moving and falling down which might injure the person it 15 necessary to make the resistance to earthquake Besides the system is installed in the always oscillation environment such as locations near the motor and the automatic door Install PBX with anchor bolts for resistance to earthquake 2 2 2 Floor Wall and Ceiling The materials of wall and ceiling must be non static electrification and heat insulation WARNING Because the battery life varies depending on the surrounding temperature the room where the battery 1s installed must be with good ventilation using ventilator and blowhole Besides it should not be inst
262. x for receiving clock from for distributing clock from a High Stability Oscillator a digital interface for PLO PIN LEAD LEAD LEAD PIN LEAD equipped NAME No NAME NAME 27 DIUOBO 2 DIUOAO for PLO 27 DIUOBO 2 DIUOAO PUPPES with TSW 0 31 ISYNOBO ISYNOAO 31 ISYNOBO ISYNOAO ee ez 7 e ao 8 equipped an with TSWV 1 oe with TSW t e sof 5 as ND 71548 E CHAPTER 3 Page 227 Issue 2 INSTALLATION PROCEDURE NAP 200 015 Sheet 28 32 ATTENTION Contents Static Sensitive Handling Precautions Required Cable Termination and Cross Connections from MDF to Peripheral Equipment C O Lines and Tie Lines Figure 015 21 PLO Pin Assignments for Receiving Clock Multiple IMG Configuration PLO input leads appear on the LT connectors labeled EXCLKO and EXCLK1 Front View mounting slots 00 01 02 0304 05 06 0708 09 10 1 12 13 14 15 16 17 18 19202122123 PLO card is mounted in slots 21 and 23 of TSWM LT cable connectors Backplane TSW Connect LT cables to the connectors labeled EXCLKO and EXCLKI on the TSWM backplane 0 1867678 17000 TSWM
263. x the brackets B with the screws ND 71548 E CHAPTER 7 Page 401 Issue 2 WORK AFTER INSTALLATION TESTS Figure 7 11 How to Attach Inter frame Brackets Continued SL C P B M S x 4 x 8 x 3GF Bracket D gt aa Ee i ies Bracket A PIM Bracket A Bracket B _ RC BASEU S PL C P I M S x 4 x 10 x 15 BF P I WA x 4 x 15 BF H EN Ri 2 ST L WA x 4 x 15 BF Bracket F 1 x 4x 15 BF CHAPTER 7 ND 71548 E Page 402 Issue 2 WORK AFTER INSTALLATION TESTS Figure 7 11 How to Attach Inter frame Brackets Continued Bracket D N p s Bracket A oe Bi S Pd of Bracket A ES ES 15 Bracket B 2 iy 16 Voy placer EN SS Ra 2 Ge P d di Bracket A EE i pec e Bracket A ine Ec Q E Bracket eS EMO 7 M Virg oss E M p Ju S eee aaa in 5754 if Bracket F Ds xa bs Bracket A Ru P E gt T 2 D zs P Bracket A B 55 A i Se A ON jd Sis P Bracket A SS m EE 2 PM Bracket B M 8 P E Bracket F EC aee STEP 4 Referring to Figure 7 11 and Figure 7 11 fix t
264. xplains the procedures for installing the power equipment Precautions Required Installation of Power Equipment Note The Circuit Breaker NFB for the Rectifier s DC output must remain OFF START Install the power equipment at the predetermined location using anchor bolts etc Install the framework for the batteries to be used for backup Secure the framework using anchor bolts etc Check the cabling at the primary and secondary sides of the power equipment and the cabling to the batteries Confirm that the specifications of the customer installed AC PDB NFB capacity voltage phase etc conform to the specifications of the Rectifier Confirm that the proper communication ground is available Connect the input power cable and grounding cable to the rectifier Supply electrolyte to each battery as per the specifications of the battery Charge the batteries after verifying that the rectifier 1s operating normally CHAPTER 3 ND 71548 E Page 70 Issue 2 INSTALLATION PROCEDURE 200 007 Sheet 1 1 ATTENTION Contents Static Sensitive Handlin This NAP explains the procedures for installing the MDF Precautions Required Installation of the MDF SIART Install the MDF at the predetermined location on the floor or wall Be sure to check the quantity of accessory items such as arresters block terminals etc nstall the MDF taking into consideration the locations of lead in holes for Local
265. y DESK CONSOLE is automatically restarted To cancel the update Press RELEASE key Figure 016 23 Updating Configuration Data Position iti li Alarm Available Night co c co LDN TIE ATND NANS PAGE REC BV TRKSL Call Park SC 1 2 3 a e gt SRC DEST 2 TD lt BJA A 5 F Answer key Update m Release key Cancel CHAPTER 3 ND 71548 E Page 276 Issue 2 INSTALLATION PROCEDURE 200 017 Sheet 1 10 Contents Static Sensitive Handling Precautions Required Installation of Maintenance Administration Terminal MAT and Cable Connections This NAP explains the installation of Maintenance Administration Terminal MAT and System Message Printer focusing on their cable connections 1 INSTALLATION OF MAT AND CABLE CONNECTIONS START Preparation of the MAT Setup PC CRT Display Printer and so on Cable Connection Connect the cables between the MAT and PBX referring to Figures 017 1 and 017 2 END ND 71548 E CHAPTER 3 Page 277 Issue 2 INSTALLATION PROCEDURE NAP 200 017 Sheet 2 10 ATTENTION Contents Static Sensitive Handling Precautions Required Installation of the Maintenance Administration Terminal MAT and Cable Connections Figure 017 1 Cabling of MAT when Using Ethernet Conne
266. zation procedure when a fault has have been checked and a fault occurred to CCIS Tie Line See Procedure A has been detected If the distant office is faulty make a request to the distant office for repair START Seizure of trunk to be tested When seizing from a Place the trunk to be tested into idle state and make busy all station other trunks Station A dials the number for Station B in the PBX B Call termination to Station Bin The call terminates to Station B via a CCIS Tie Line END ND 71548 E CHAPTER 5 Page 353 Issue 2 INSTALLATION TEST PROCEDURE NAP 200 045 Sheet 2 2 Overall Test of CCIS Tie Line Outgoing Call Procedure A START On the DTI CCT card set its MB switch UP In any office other than the Primary Office Clock Source Office disconnect the DTI CCT cable connector at the DTI CCT side Backplane of PIM ___ PLO alarm is generated but ignore it The PLO starts running by itself the following connection at the MDF using a paired wire CROSS CONNECTION The DTI does not recover CCH CCT Link Failure may occur but System message 3 7 is not displayed ignore it The DTI CCT is faulty The DTI recovered CCH CCT System message 3 is displayed Link Failure may occur but ignore it The DTI CCT is normal Call the distant office and ask for repair END CHAPTER 5 ND 71548 E Page 354 Issue 2 INSTALLATION TEST PROCEDURE St

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