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NEC NEAX1000IVS User's Manual

1. PIM1 PZ PW86 PZ PW112 PA BWB Back Wiring Board PWR1 PWROC H SIG CN103 LT 1 CARD SLOT AREA J _ _ __ _ PWR0A I LT PWROB PWR PIMO PWR CNT CA C PZ PW86 PZ PW112 BWB Back Wiring Board PW PWROC DOR UNT US m CARD SLOT AREA H _ _ __ _ PWROA J PWROB LTC CONNECTOR AREA 3 i e Figure 003 8 PWR CNT CA C Cable Connection between PIMs CHAPTER 3 NDA 24219 Page 40 Revision 2 0 200 003 Sheet 12 12 Installation of Main Equipment 3 Bring the AC CORD A U out of the PIM through the cable hole on the bottom of the lower PIM and plug it into a commercial AC outlet TO FG TERMINAL AC CORD A U Figure 003 9 AC Power Cable Wiring NDA 24219 CHAPTER 3 Page 41 Revision 2 0 200 004 Sheet 1 2 PWR CA A and BUS Cable Connection 1 When the system is two PIM configuration connect the PZ PW86 PZ PW 112 Cards to each other using PWR CA A cables as shown in Figure 004 1 When using internal batteries When using external batteries
2. Figure 007 9 MDF Cross Connection for 4 Line DID Trunk Card PN 4DITB NDA 24219 CHAPTER 3 Page 65 Revision 2 0 200 007 Sheet 17 55 Termination of Cables on MDF 4 Single Line Telephone a Standard Line PN 8LC see Figure 007 10 PIMO PN 8LC LENO000 No 0 LENOO01 No 1 LTO1 LEN0006 No 6 LEN0007 LEN0000 LENO001 LEN0006 LEN0007 LTCO J P Note The same connection is required when using PN 4LC TO SINGLE LINE TELEPHONE Figure 007 10 MDF Cross Connection for Single Line Telephone Standard Line CHAPTER 3 Page 66 Revision 2 0 NDA 24219 200 007 Sheet 18 55 Termination of Cables on MDF b Long Line PN AUCA see Figure 007 11 PIMO PN AUCA MDF x TO SINGLE LINE LEN0000 No 0 TELEPHONE lt FOR LONG LINE 4 TO SINGLE LINE LEN0001 No 1 55 TELEPHONE LTO1 FOR LONG LINE 3 28 4 29 LTCO J P LEN0000 LEN0001 Note 1 The PN AUCA card can also be used as a DID Trunk card Note 2 For the cross connection for the Power Failure Transfer see item 12 in this Figure 007 11 MDF Cross Connection for Single Line Telephone Long Line N
3. lt lt 4LC RO M 4LC TO lt lt lt C O RO lt C O TO 4COT RO 4COT TO INSTALLATION CABLE Figure 007 36 MDF Cross Connection for PFT PZ 8PFTA CHAPTER 3 NDA 24219 Page 96 Revision 2 0 200 007 Sheet 48 55 Termination of Cables on MDF 1 PFTO CONNECTOR J P Sta RO TO STATION 4LC RO TO PN 4LC C O RO TO C O LINE 4COT RO 4 TO TO PN 4COT Sta TO 4LC TO C O TO 4COT TO 2 PFT1 CONNECTOR PFT1 J P 49 E 24 50 27 25 TO PZ PW86 PZ PW112 3 LTC0 CONNECTOR LTCO J P LENO000 TO PZ 8PFTA LEN0008 TO PZ 8PFTA Figure 007 36 MDF Cross Connection for PFT PZ 8PFTA Continued NDA 24219 CHAPTER 3 Page 97 Revision 2 0 200 007 Sheet 49 55 Termination of Cables 13 Alarm Display Panel Figure 007 37 shows the cross connection for an Alarm Display Panel ALARM DISPLAY PANEL PWR MJ MIN PIMO MDF PN CP03 J P FRONT lt 125 425 lt 4420 1420 REAR LTCO J Figure 007 37 MDF Cross Connection for Alarm Display Panel CHAPTER 3 NDA 24219 Pag
4. 129 Led PIS uses cha dor e CC n doe RUP RR dea 129 TE uid ac buo c aca a az dol 130 LES nk Dele ches RUE UE HE ps 130 t24 Giation Huning QUOD EU ace daro pit de dao qe dapi deles d ERR od 131 125 Call Pickup Group Dala ue ERETTE xm EUR ris 131 1 26 Sp edCalling System iai erede aeg dodo d cd cg dice do ae ad WSQ sipi ei d 132 12 7 Port Assignment Table deci uem ue epu RE SR E dade ware vanes 132 Lo Gusiamer Specitibatorn SHOES vio cece EARN RE Ru R34 ede 137 Rad PIBU SS S Ugo awe te de oe ee dane EORR 187 Toe ESI Lond RR CE ddd 138 La UNE Cele de S derer OUO QUI equ qq eed qu bie edd 139 1 24 Staion Hunting Group Dalasi eck br q lu Y PEG OUR E LE a 140 Les Gall Pickup Gropp Dala UU u recep LARE AREE OS ER 141 1 3 6 Speed Calling System mme Rm AIR x a Ron s 142 ORE RR qt duca ak dose le e ena 143 1 41 PornAssignment Table xe RE RR RR pu EG d RR 143 1 4 2 Bay Layout Mod le Lucus cuz puni dex dados edo Re dare dod 144 1 4 3 Quantity Table tor Circuit CBE ies see
5. Rol ea Ra 9 m Fijnglional Outing ol xod RETE RIP eee RE eaGdq RR 10 BRI Lan DNEHELDOSR yqa usa qudd der equ Casi pesa pax Kaho 10 392 Application accade RARE RARE RAS I ALe 11 So Lina Tronk Cards osa daa cxx L dies Oh a Aa E d Aor dee x eos 12 NDA 24219 TABLE OF CONTENTS i Revision 2 0 TABLE OF CONTENTS CONTINUED Page 4 CIRCUIT CARD INSTALLATION CONDITIONS 17 4 Circuit Card Mounting SIGS u u CRY 17 Le auc oae esr bens a dees 18 3 INSTALLATION PROCEDURE Lco saber die dene OC 19 ti PRECAUTIONS rear tember NUR d qs 19 Li Grounding Requirements ao u DES ORG ee E 19 Le 20 1 3 Removing Inserting Circuit Cards 22 PROLE lol ae a a 24 NAP 200 SET aa eS 26 1 Unpacking Procedure sciita 26 SOE Marking and DAIMO ona e eh RU coded A 28 1 CONFIRMING Equipment Layout issues sure mex mmm 28 B Morici el CORR Ud pg eee od tace LAO deba bdo ps 28 Se ET ae pe deed 29 003 Installation of Main Equipment iier Lgs sedo am acce a
6. CHAPTER 3 NDA 24219 Page 90 Revision 2 0 200 007 Sheet 42 55 Termination of Cables on MDF LENO0001 LEN0008 LEN0009 Figure 007 31 MDF Cross Connection for PN AUCA Continued Note 1 The No 2 and No 3 circuit in the PN 4COT card can not be used with the function Note 2 When using Ground Start trunks with the PFT function the single line stations must have a ground sending button and a ground lead must be run to the station NDA 24219 CHAPTER 3 Page 91 Revision 2 0 200 007 Sheet 43 55 Termination of Cables b When using PZ 8PFTA card Figure 007 32 shows an outline of a PZ 8PFTA connection PZ 8PFTA PBX TEL PN 4LC PN 4COT MDF E MDF MDF zi MOF Note Figure 007 32 PZ 8PFTA Connection Outline Note Using the PN AUCA card long line card instead of the PN 4LC card is not recommended due to the variations from Central Office to the PBX line quality cannot be assured CHAPTER 3 NDA 24219 Page 92 Revision 2 0 200 007 Sheet 44 55 Termination of Cables STEP 1 Mount the PFT bracket to the PIM as indicated in Figure 007 33 Then insert the PZ 8PFTA card into the mounting bracket and secure it the s
7. MP CARD Figure 0010 2 MP Card Switch Setting Note 70 set Hold Tone Source on the MP card set the JP1 switch to UP CHAPTER 3 NDA 24219 Page 122 Revision 2 0 200 010 Sheet 6 7 System Initialization and System Data Entr 2 Programming Procedure for Pushbutton Calling START DESCRIPTION Assign the Card Number of internal PB Receiver to the LEN No 0124 INITIAL Note When using the internal PB Receiver on the MP card assign the Card No E200 E203 to the LEN No 0124 If resident load is used PB Receiver ports E200 LENS 0124 are automatically as signed Assign the type of telephone set DTMF to DTMF Stations This data assignment is not required for Multiline Terminal station Assign PB Receivers for use with DTMF Stations NDA 24219 DATA 1 LEN 0124 2 E200 E203 PB Receiver No YY 00 1 Station No 2 2 DTMF Telephone set Y 0 Make Busy 1 XX X Circuit No 0 3 Card No 00 03 assigned by CM10 E200 E203 2 lt Make Busy Cancel Y Purpose 1 XXX Ditto to Y 0 2 14 For both DTMF station and Tie Line DID CHAPTER 3 Page 123 Revision 2 0 200 010 Sheet 7 7 System Initialization and System Data Entr DESCRIPTION DATA CM35 Assign the type of signaling DTMF for Outgoing 01 Bothway Trunk Routes 1 Trunk Route No 00 63 2 74 Specify the
8. ui SW102 CUM OoN d ON MODE v GND FG 27 r ON e SW301 5 sie x BATT2 swt ON 4 oooo BATT1 oooo 100 120VAC Co AC INPUT 240VAC FRONT VIEW SIDE VIEW Figure 008 2 PZ PW86 PWR Card NDA 24219 CHAPTER 3 Page 109 Revision 2 0 200 008 Sheet 6 10 ATTENTION Contents Static Sensitive Handling Precautions Required Switch Setting of Circuit Card PZ PW86 D OM O MN OoN ON 2 OAA MODE BATTERY START Swio2 ON GND 27 SW301 i f SIG CN103 SIG BATT2 CN103 O O O O 100 120VAC 1 240VAC ON AC INPUT 4 FRONT VIEW SIDE VIEW Figure 008 2 PZ PW86 PWR Card Continued 2 Lamp Indications see Table 008 5 Table 008 5 PZ PW86 PWR Card Lamp Indications LAMP NAME FUNCTION Red Lights upon occurrence of a major fault Yellow Lights upon occurrence of a minor fault Green Remains lit while the power is on
9. 008 6 PZ PW86 PWR Card Switch Settings 008 7 PZ PWI12 PWR Gard Lamp Indications gt loe Rr aia RR cdi 008 8 PZ PW112 PWR Card Switch Settings siue eeu ck kee i adhe KEES 008 8 PN BCOT COT Card Lamp Iridicationis iiis eee ee re meme mee 4 1 Data Programming PIOGIUEG cea C x KEES 4 2 Par MEG sacs edu re qo Helin ne ex Y RAE RR ORXA quo CER ARA ati 4 3 Pas Dog THE edu 4 4 stator Data L asss 43 4 4E OQ OE RE ER CR o d CRDI OE I CC RC e d RR 4 5 Tod nk acre 4 6 zug Hunting Group Data uu EE ARES Shaded REPE NU ROLE Bias GER VERG KO 4 7 all Pup Group Data Table ded dde dew erret epe eae capes aa dq dde 4 8 Speed Calling System Data Table 4 9 POR ueque cade ox PE CREE ACRE o RR Eq RR A ER ARIA 4 10 Table Tor Module ia cs u Sead RE Raa eae ME EWR 4 11 Quantity Table Tor Line Trunk Circuit Cards _ 4 12 Quantity Table for Control Circuit Cards 4 13 Quantity Table for Application Circuit Cards LIST OF TABLES NDA 24219 Page vi Revision 2 0 REGULATORY INFORMATION 1
10. ND 24219 ISSUE 2 STOCK 151980 NEAX 10001VS Very Small Platform System Manual NEAX2000 IVS Family of Products AUGUST 1998 NEC America Inc LIABILITY DISCLAIMER NEC America Inc reserves the right to change the specifications functions or features at any time without notice NEC America Inc has prepared this document for use by its em ployees and customers The information contained herein is the property of NEC America Inc and shall not be reproduced without prior written approval from NEC America Inc NEAX and are registered trademarks of NEC Corporation Copyright 1998 NEC America Inc Printed in USA NEAX1000 IVS Very Small Platform System Manual NEAX2000 IVS Family of Products TABLE OF CONTENTS NDA 24219 ISSUE 2 AUGUST 1998 Page LIST OFFGURES 2a Pewee nach upas k usuka qa iv s 2940456524393 P A MOX vi REGULATORY INFORMATION t Haa ee 4 993 deje d a aa PCR eed E RC a vii i Regulatory Reguiremenls a ROSES ARE CS RC RO Seb vii ES Pan Regie neri d RESO VR vii ds vii ZI Company dnd ed taka ed de dol Reed AGES dao edo OR ded aca CR DR den vii wc eris SUNRISE 2c uode dqedqdeu idees dique qaid a Dane adde e pend dp epi qa abd viii me Locaono Fos Gomplangs Label ecko vase syed od ooh PETITE TA TERE EROI viii
11. Unpacking Contents Static Sensitive Handling Precautions Required 1 UNPACKING PROCEDURE 1 Check the received quantity of packages containing the PBX system with the description on the shipping document 2 Check the packaging for external damage done by transportation and record it as necessary 3 Unpack the packaging see Figure 001 1 unpacking the packages containing circuit cards a grounded wrist strap should be worn 4 Check the quantity of equipment and materials unpacked with the shipping document 5 Perform visual inspection checking for the following items Modules Overall distortion Scratches and dents on the surface m Scratches and cracks on PIM Backplane Broken or bent pins on PIM Backplane Covers Scratches and dents Circuit Cards Overall distortion Scratches and cracks Loss or damage of parts on circuit cards Attendant Console Scratches and cracks on the keyboard Overall distortion Damage to keys and lamps CHAPTER 3 NDA 24219 Page 26 Revision 2 0 200 001 Sheet 2 2 Unpacking ACCESSORIES gt o Figure 001 1 Unpacking Main Equipment CHAPTER 3 NDA 24219 Page 27 Revision 2 0 200 002 Sheet 1 2 Marking and Drilling 1 CONFIRMING EQUIPMENT LAYOUT Install the equipment in an area that provides adequate ventilation a
12. PBX lr External Tone Source Equipment i PN TNTA Card External Tone Source Equipment Be e When using Pin Jack on PN CP03 PN CP03 Card External Tone Source Equipment c gt Q A A A Figure 007 25 External Tone Source Connection Outline NDA 24219 CHAPTER 3 Page 83 Revision 2 0 200 007 Sheet 35 55 Termination of Cables b MDF Cross Connection see Figure 007 26 PIMO MDF PN DK00 LTO1 N LEN0002 gt PN 4COT LENOO08 No 0 Co EXTERNAL TONE SOURCE EQUIPMENT E LEN0009 No 1 CIRCUIT LT02 LEN0010 2 99 SPEECH LENOO11 No 3 PATH CIRCUIT A Figure 007 26 MDF Cross Connection for External Tone Source Equipment CHAPTER 3 NDA 24219 Page 84 Revision 2 0 200 007 Sheet 36 55 Termination of Cables LENO000 LEN0002 LEN0008 LEN0010 LENOO11 Figure 007 26 MDF Cross Connection for External Tone Source Equipment Continued NDA 24219 CHAPTER 3 Page 85 Revision 2 0 200 007 Sheet 37 55 Termination of Cables
13. CHAPTER 3 NDA 24219 Page 110 Revision 2 0 200 008 Sheet 7 10 Switch Setting of Circuit Card 3 Switch Settings see Table 008 6 Table 008 6 PZ PW86 PWR Card Switch Settings SWITCH SETTING SWITCH NAME NUMBER POSITION FUNCTION Mode Piano Key SW Always set to OFF 1 Standard setting for equalize charging set to ON equalize for Gel cell or no battery 2 Float charging for vented batteries only M OFF SWI For turning AC power and the battery on ON For turning AC power and the battery off OFF O OFF SW102 BATTERY START To start each PIM on battery power when AC i rovided PRESS Mo Power prow MENTARILY switch SW must be ON AC INPUT 180 V 264 V 100 120 VAC AC INPUT 180 V 264 V DOWN 240 VAC SW301 ON CR Voltage 75 Vrms 1 20 2 25Hz OFF CR Voltage 90 Vrms en SEE ON Frequency 20 Hz 75V 90V 2 OFF Frequency 25 Hz The figure in the SWITCH NAME column and the position in in the SETTING POSITION col umn indicate the standard setting of the switch When the switch is not set as shown by the figure and C the setting of the switch varies with the system concerned NDA 24219 CHAPTER 3 Page 111 Revision 2 0 200 008 Sheet 8 10 Switch Setting of Circuit Card CAUTION When the operating power is being su
14. LEN0008 LEN0009 LEN0010 LENOO11 Figure 007 24 MDF Cross Connection for Paging Equipment NDA 24219 CHAPTER 3 Page 81 Revision 2 0 200 007 Sheet 33 55 Termination of Cables 10 External Tone Source Equipment The cross connection for a customer owned external tone source equipment is shown in Figure 007 25 as an example Requirement for External Tone Source Equipment Output level Less than 0 dbm Adjustable Outputimpedance Less than 1 When using PN 4COT and PN DK00 Less than 10 When using Pin Jacks on PN TNTA Control Method Start Ground Start Note 1 Stop Ground Off Open Note 1 The current capacity of relay contact PN DKO0 card is 0 125 A Note 2 When connecting the external tone source equipment using the PN 4COT 8 and PN DK00 cards an appropriate diode must be installed on the MDF as shown in Figure 007 25 CHAPTER 3 NDA 24219 Page 82 Revision 2 0 200 007 Sheet 34 55 Termination of Cables a Outline of the Connection see Figure 007 25 When using PN 4COT 8COT and PN DK00 VEM MEM MDF PN 4COT Card External Tone Source Equipment t lt H Diode lt I Rating for the Diode e Lessthan 50 V lo More than 20 mA Less than 1 0 V 1 PN DK00 Card 1
15. LEVEL 1 LEVEL 0 r Not to be assigned Card No E800 E807 E900 E915 Card number must be assigned to Ist LEN LEVEL 0 and or LEN LEVEL 2 of each LT slot Card numbers of External Equipment Interface are E800 E807 Card numbers of External Key Interface are E900 E915 NDA 24219 CARD TO BE ASSIGNED PORT ASSIGNMENT TABLE LEVEL 7 LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3 LEVEL 2 LEVEL 1 LEVEL 0 Not to be assigned 0 Card No EDO0 EDO3 Table 4 2 Port Assignment Method Continued REMARKS Card number must be assigned to Ist LEN LEVEL 0 of each LT slot PN 2DPC LEVEL 7 LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3 LEVEL 2 LEVEL 1 LEVEL 0 Not to be assigned Primary Extension No FX FXXXX To assign data station number to PN 2DPC by CMIA specify primary extension number of multiline terminal as a dummy station number Primary extension number must be assigned to 1st LEN LEVEL 0 and or 3rd LEN LEVEL 2 of each LT slot LEVEL 7 LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3 LEVEL 2 LEVEL 1 LEVEL 0 Not to be assigned Card No DA00 DA09 NDA 24219 Card number must be assigned to 1st LEN LEVEL 0 and or 3rd LEN LEVEL 2 of each LT slot CHAPTER 4 Page 135 Revision 2 0 Table 4 2 Port Assignment Method Continued CARD TO BE ASSIGNED PO
16. 0007 0015 0023 0031 0039 0047 0062 0006 0014 0022 0030 0038 0046 Fill Blank With Station Trunk No 0061 005 0013 0021 0029 0037 0045 0060 0004 0012 0020 0028 0036 0044 PIMO 0059 0003 0011 0019 0027 0031 0035 0039 0043 LEN No 0058 0002 0010 0018 0026 0030 0034 0038 0042 0057 0001 0009 0017 0025 0029 0033 0037 0041 0056 0000 0008 0016 0024 0028 0032 0036 0040 NDA 24219 CHAPTER 4 Page 143 Revision 2 0 1 4 2 Bay Face Layout for Module TOP COVER PIMAB A BOTTOM COVER FUNCTIONAL NAME PIM Figure 4 1 Module Configuration Table 4 10 Quantity Table for Module MODULE QUANTITY REMARKS SN1420 PIMAB A TOP BOTTOM COVER 19 BRACKET CHAPTER 4 Page 144 Revision 2 0 19 BRACKET H NDA 24219 1 4 3 Quantity Table for Circuit Cards FUNCTIONAL NAME CARD NAME AMP PN 2AMP Table 4 11 Quantity Table for Line Trunk Circuit Cards QUANTITY FUNCTIONAL NAME CARD NAME DLC PN 8DLC QUANTITY AUC PN AUC DPC PN 2DPC CFT PN CFT ILC PN 2ILC COT PN 4COT LC PN 4LC COT PN 8COT LC PN 8LC DAT PN 2DAT M03 PN M03 DIT PN 4DIT ODT PN 20DT DK PN DK00 PBR PN 8RST DLC PN 2DLC TNT PN TNT DLC PN 4DLC FUNCTIONAL NAME CARD NAME MP PN CP03 Table 4 1
17. Figure 007 20 External TAS Indicator Connection Outline NDA 24219 CHAPTER 3 Page 77 Revision 2 0 200 007 Sheet 29 55 Termination of Cables b MDF Cross Connection When using a TAS Indicator with a Battery see Figure 007 21 PIMO TAS INDICATOR PN DKOO MDF WITH BATTERY i LENO000 N LEN0002 A AA A A A A A A A A PZ PW86 PZ PW112 LEN0002 LEN0000 Figure 007 21 MDF Cross Connection for TAS Indicator with Battery CHAPTER 3 NDA 24219 Page 78 Revision 2 0 200 007 Sheet 30 55 Termination of Cables on MDF When using a TAS Indicator with a Battery Ground Start see Figure 007 22 PIMO TAS INDICATOR WITH BATTERY MDF GROUND START PN DK00 Ko LENO000 27 LTO1 99 LEN0002 A A A A A A A A A N LEN0002 Figure 007 22 MDF Cross Connection for TAS Indicator with Battery Ground Start NDA 24219 CHAPTER 3 Page 79 Revision 2 0 200 007 Sheet 31 55 Termination of Cables on MDF 9 Paging Equipment Figure 007
18. 4 Dialing DID Galle uua deed doe Rb wee viii 5 Regulatory Information on Single Line Analog Telephones ix Hearig uu 22 272 03 dcs delta ac e cari a e aa ix Za Indus canada 0 RR ues ix BS Ru DONI BOB curia d dab d Ced odia ok deas dedi Red tp eda d id x Bel x CHAPTER 1 TE d pu cl m doa das d 1 le PUAPOSE rrr 1 E PREFERENCE MANUAL doi ELA 1 S HOW TO FOLLOW THIS MANUAL era 2 4 SCOPE INSTALLATION PROCEDURES ion i ales due ace ici deck sac cad 2 CHAPTER 2 GENERAL INFORMATION ires ue Eae b RERO RH HER lade ye eee 3 JV dr dota ERE dei A 3 2 SYSTEM CONFIGURATIONS oc Rer qus n 2d dede dra e eie d d aie EQ EU ie ied da 5 2 lnstallation aues ems says RE nece xod 6 FUNCTIONAL OUTLINE OF EQUIPMENT ospi peius dace dudit dre did ca boe oca elc 9 3 Functional Outline of Modules os tomm xh e mde sasa 9 3 2 Functional Outline of Installation Hardware uc leues kee
19. 48 V DC On Board Power Supply This card can also be used as a 2 line Direct Inward Dialing trunk card PN CFTA Conference Trunk Card Use of one card Can control a conference of up to six participants Use of two cards Can control a conference of up to ten participants PN 4COTB COT 4 line Central Office Trunk Card ground start loop start trunk equipped with the functions for loop detection sending detecting ground on Ring Tip wire PN 4COTG COT 4 line Central Office Trunk Card loop start trunk equipped with the functions for loop detection receiving sending the Caller ID CLASS SM signal PN 8COTM COT 8 line Central Office Trunk Card loop start trunk only No loop disconnect detection is provided PN 8COTP COT 8 line Central Office Trunk Card loop start trunk only loop disconnect detection is provided PN 2CSIA CSIA 2 Line Zone Transceiver Card PN 2DATA DAT 2 line Digital Announcement Trunk Card Duration Max 60 seconds CHAPTER 2 NDA 24219 Page 12 Revision 2 0 Table 2 6 Functional Outline of Line Trunk Circuit Cards Continued CARD NAME FUNCTIONAL FUNCTIONAL OUTLINE NAME PN 4DITB DIT 4 line Direct In Dialing Trunk Card This card is equipped with the function for loop detection sending reverse signal and PB to DP signal conversion This card is internally equipped with 48 V DC On Board Power supply PN DK00 DK Circuit card for External Relay Control External Key Scan This ca
20. Card 2 Lamp Indications see Table 008 3 Table 008 3 MP Card Lamp Indications LAMP NAME COLOR FUNCTION Flashes at 120 IPM while the circuit card is operating normally Lights while receiving clock signals to the PLO oscillator CHAPTER 3 NDA 24219 Page 106 Revision 2 0 200 008 Sheet 3 10 Switch Setting of Circuit Card 3 Switch Setting see Table 008 4 Table 008 4 MP Card Switch Settings SWITCH SETTING SWITCH NAME NUMBER POSITION FUNCTION SW3 Rotary SW On Line Call processing is in progress Off Line Call processing is stopped port Depending CM40 Y Y 08 Off Line Call processing is stopped O port 1200bps Fixed For clearing office data For setting resident system program Not used SWI Push SW For initializing CPU SW2 Piano Key SW KF Mode OFF Mode Selection of PLO Phase Locked Oscillator When using internal PLO of MP card SWITCH NUMBER FUNCTION 2 3 1 5MHz clock For PN 24DTA PN 24DTA A 192kHz clock For PN BRTA 2MHz clock For PN 30DTC Not used NDA 24219 CHAPTER 3 Page 107 Revision 2 0 200 008 Sheet 4 10 Switch Setting of Circuit Card Table 008 4 MP Card Switch Settings Continued SWITCH SETTING SWITCH NAME NUMBER POSITION FUNCTION CHECK SW2 Piano Key SW When using t
21. LTCO LTC1 26 1 LEN0064 26 1 LEN0088 27 2 0065 27 2 0089 28 3 0066 28 3 0090 29 4 0067 29 4 0091 30 5 0068 LTO1 30 5 0092 LTO4 APO LTO5 AP1 31 6 0069 31 6 0093 32 7 0070 32 7 0094 33 8 0071 33 8 0095 34 9 0072 34 9 0096 35 10 0073 35 10 0097 36 11 0074 36 11 0098 37 12 0075 37 12 0099 38 13 0076 LTO2 38 13 0100 LT06 AP2 LT07 AP3 39 14 0077 39 14 0101 40 15 0078 40 15 0102 41 16 0079 41 16 0103 42 17 0080 42 17 0104 43 18 0081 43 18 0105 44 19 0082 44 19 0106 45 20 0083 45 20 0107 46 21 0084 46 21 0108 08 4 47 22 0085 47 22 0109 48 23 0086 48 23 0110 49 24 LEN0087 49 24 LEN0111 50 25 50 25 When ADS is mounted in LTOO pins 25 and 50 of LTC1 bring out the AD8 internal modem leads Figure 007 3 LTC Connector Pin Arrangement Continued NDA 24219 CHAPTER 3 Page 53 Revision 2 0 200 007 Sheet 5 55 Termination of Cables on MDF 2 MDF CROSS CONNECTIONS Table 007 2 shows the cross connections on the MDF for LTCO and LTC1 Table 007 2 LTCO and LTC1 MDF Cross Connection Information TYPE OF INTERFACE RUNNING STATION 2 WIRE 4 WIRE CABLE CABLE CO CO E amp MTIE E amp MTIE DID DID 4COT 8COT LINE LINE AUC 4DIT 20DT 2ODT CHAPTER 3 NDA 24219 Page 54 Revision 2 0 200 007 Sheet 6 55 Termination of Cables on
22. Regulatory Requirements The Federal Communications Commission FCC has established rules that permit the NEAX1000 IVS to be direct ly connected to the telephone network A jack is provided on party lines or coin lines The telephone company may make changes in its technical operations and procedures If such changes affect the compatibility or use of the NEAX1000 IVS the telephone company must provide adequate notice of the changes This equipment complies with the requirements in Part 15 of FCC Rules for a Class A computing device Operation of this equipment in a residential area may cause unacceptable interference to radio and TV reception requiring the operator to take whatever steps are necessary to correct this interference 2 FCC Part 15 Requirements In compliance with FCC Part 15 Rules the following statement is provided WARNING This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause in terference to radio communications It has been tested and found to comply with the limits for a Class A computing device pursuant to Subpart J of Part 15 of FCC Rules which are designed to provide reasonable protection against such interfer ence when operated in a commercial environment Operation of this equipment in a residential area is likely to cause interference in which case the user at his own expense will be required to take whatever
23. To reset CAT mode While COMMAND is displayed on the LCD 1 Lift the handset off hook SPKR lamp turns off 2 Restore the handset on hook ANS lamps turn off LCD returns to clock The 48 port Quick Install program allows the technician to set up the NEAX1000 IVS by completing a step by step guide to install and program stations line keys and selective features into the NEAX1000 IVS Additional program ming can be done using the CAT or MAT 2 2 MAT In addition to the CAT mode programming the MAT can also be used in the MAT mode Refer to the MAT Opera tion Guide and the Command Manual 2 3 Feature Programming This section provides the feature programming Music On Hold Push Button Calling related to the internal PB Re ceiver and internal TNT on the MP card For the other feature programming refer to the Feature Programming Man ual In the programming procedure the meaning of 1 2 and marking are as follows 1 1st Data 2 2nd Data 4 Initial Data With the system data clear command CM00 1 the data with this marking is automatically assigned for each command INITIAL System Initialization After entering the data system initialization is required Press SW1 on MP card CHAPTER 3 NDA 24219 Page 120 Revision 2 0 200 010 Sheet 4 7 System Initialization and System Data Entr 1 Programming Procedure for Music On Hold For providing H
24. 0 R6 9 29 4 4COT RO 29 T6 4 4COT R6 30 Sta T1 5 Sta R1 30 7 5 Sta R7 31 4LC T1 6 4LC R 31 4LC T7 6 4LC R7 ub 7 32 C 0 T1 7 1 2 7 7 C O R7 33 4COT T1 8 4COT R1 33 4 T7 8 4COT R7 34 Sta T2 9 Sta R2 34 9 35 4LC T2 10 4LC R2 2 35 10 36 2 11 R2 36 11 37 4COT 2 12 R2 37 2 38 Sta T3 13 38 13 39 4LC T3 14 4LC R3 3 39 14 40 C O T3 15 R3 i 40 15 41 4COT 16 4COT R3 41 16 42 Sta T4 17 Sta 42 17 43 4LC TM 18 4LC R4 43 18 44 C O T4 19 C O R4 i 44 19 45 4COT 4 20 4COT R4 45 20 46 Sta T5 21 Sta R5 46 21 47 4LC T5 22 4LC R5 i 5 47 22 48 C O T5 23 C O R5 i 48 23 Note 49 4COT T5 24 4COT R5 49 E 24 25 25 Note Pin 23 on PFTI is MJ alarm input from LTCO pin 25 This is also used when NEAX1000 is set up as Remote PIM Figure 007 35 PFT Connector Pin Assignment NDA 24219 CHAPTER 3 Page 95 Revision 2 0 200 007 Sheet 47 55 Termination of Cables on MDF Figure 007 36 shows the MDF cross connection for the No 0 circuit on the PFT PZ 8PFTA as an example MDF Tip 7 Ring TO C O LINE Tip Ring TO STATION PZ 8PFTA
25. 0037 0041 0056 0000 0008 0016 0024 0028 0032 0036 0040 LTOO LTO1 LTO2 LTO3 LTO4 1705 1706 1707 LTO8 lt CARD SLOT NUMBER Note 1 Note 2 Note 3 Note 1 Do not mount line trunk circuit card with cabling in this slot this slot has no connection to the MDF via the backplane LTC cables Note 2 When an 8 port line trunk card which requires cabling to MDF is mounted in Slot 04 Slot 05 must be left vacant or mounted with circuit cards that do not interfere with the 8 port card mounted in LT04 Note 3 When an 8 port line trunk card which requires cabling to MDF is mounted in SLot 06 Slot 07 must be left vacant or mounted with circuit cards that do not interfere with the 8 port card mounted in LTO6 Note 4 When using internal DTMF Receiver 4RST on MP card assign Card No E200 to LEN No 0124 Note 5 f single line cards are mounted in LT or LT AP slots an external ring generator must be connected to PWROB The system power supply does not provide these voltages It is recommended that the APR adapter be used in dual port mode to provide for single line devices l When an 8 port card is mounted in Slot 04 06 Slot 05 07 can only be mounted with the following cards SPN APOO SPN APO1 SPN MEO00 SPN SCOI SPN SC02 SPN 4RSTB SPN 4RSTB 911 SPN 4RSTC SPN CK00 SPN CC00 PN M03 SPN SC03 CSH ICH Figure 007 2 Location of Each LEN NDA 24219 CHAPTE
26. 100 Revision 2 0 200 007 Sheet 52 55 Termination of Cables b MDF Cross Connection with AC Adapter Power Option see Figure 007 40 PIMO MDF PN 8DLC SN716 DESKCON Ax lt Bx MODULAR TERMINAL 24 AC Adapter to Commercial AC Outlet LTCO J P LENOO00 26 Bx 1 Ax 1 Ax 26 Bx Figure 007 40 MDF Cross Connection with AC Adapter Power Option NDA 24219 CHAPTER 3 Page 101 Revision 2 0 200 007 Sheet 53 55 Termination of Cables c MDF Cross Connection via PN PW00 Power Option see Figure 007 41 PIMO MDF PN 8DLC Ax 7 LENOOOO Bx 5 SN716 DESKCON MODULAR TERMINAL LTCO J P LENOOO0 26 Bx 1 Ax 1 Ax 26 Bx Figure 007 41 MDF Cross Connection via PN PW00 Power Option CHAPTER 3 NDA 24219 Page 102 Revision 2 0 200 007 Sheet 54 55 Termination of Cables 15 Single Line Device Interface Recommended Method The NEAX1000 does not provide Ring Generator Voltage or Message Waiting light supply An external Ring Generator may be installed but there is no connector for interfacing a Message Waiting power supply It is therefore recommended that single line devices be interfaced to the system via Analog Por
27. 200m 3937ft 1200m PN 2DLCB 2DLCN LONG NDA 24219 2788ft 850m 3937ft 1200m CHAPTER 2 Page 15 Revision 2 0 Table 2 7 Line Condition of Each Terminals Continued CABLE LENGTH Cable 24AWG ETJ 16DD 1 PN 8DLCJ 83DLCP 656ft 200m STANDARD PN 4DLCD 4DLCQ 656ft 200m STANDARD 3937ft 1200m PN 2DLCB 2788ft 850m LONG 3937ft 1200m TERMINAL TYPE CARD TYPE REMARKS ETJ 24DS 1 PN 8DLCJ 8DLCP 492ft 150m STANDARD PN 4DLCD 4DLCQ 492ft 150m STANDARD 3937ft 1200m PN 2DLCB 2788ft 850m LONG 3937ft 1200m SN610 ATTCON PN 2DLCC 3937ft 1200m LONG PN 4DLCF 984ft 300m STANDARD DESKCON PN 4DLCD 4DLCQ and 1500ft 457m PW00 or AC Adapter PN 8DLCJ 8DLCP and 1000ft 304m PW00 or AC Adapter The value in the shows the cable length when using the long line function Note 1 When using PN 8DLCJ or PN SDLCP card it is not available long line function Note 2 The DSS BLF Console requires local AC DC power supply Note 3 With AC DC power at DESKCON 3000 with 4DLCD CHAPTER 2 NDA 24219 Page 16 Revision 2 0 4 CIRCUIT CARD INSTALLATION CONDITIONS 4 1 Circuit Card Mounting Slots Figure 2 6 shows circuit card mounting slots allocated in the PIM on the basis of circuit card type Number of Ports Available per Slot 4 Port Card Mounted i 4 4 4 4 4 4 4 4 4 8 Po
28. DSS Console DESKCON Note 3 4 wire type for Multiline Terminal SN610 ATTCON CHAPTER 3 Page 56 Revision 2 0 NDA 24219 200 007 Sheet 8 55 Termination of Cables on MDF Table 007 2 LTCO and LTC1 MDF Cross Connection Information Continued RUNNING CABLE STATION CABLE TYPE OF INTERFACE Multiline Terminal 8DLC Note 2 Multiline Terminal 4DLC Note 2 Multiline Terminal 2DLCB Note 2 SN610 ATTCON 2DLCC Note 3 EXT KEY DK00 4 Major and minor alarm connections are used for external indications Note 1 When LT04 or LT06 is mounted with an 8 port card LT05 and or LT07 must be vacant or mounted with a noninter facing card Note 2 2 wire type for Multiline Terminal DSS Console DESKCON Note 3 4 wire type for Multiline Terminal SN610 ATTCON Note 4 When NEAXmail AD8 is mounted in the pins on LTCI are used for NEAXmail AD8 internal modem connection NDA 24219 CHAPTER 3 Page 57 Revision 2 0 200 007 Sheet 9 55 Termination of Cables on MDF 1 C O Trunk a 4 Line Trunk PN 4COT see Figure 007 4 PIMO PN 4COT MDF LENO000 No 0 lt TO C O LINE lt 4 4 2 LEN0
29. For Dual Port Mode assign upper 4 LENs of 8DLCJ in LT08 and lower 4 in Virtual Slot for APR Extension Figure 007 43 Message Center Interface Connection for to CHAPTER 3 NDA 24219 Page 104 Revision 2 0 200 008 Sheet 1 10 Switch Setting of Circuit Card 1 CIRCUIT CARDS SWITCH SETTING Table 008 1 shows the control circuit cards and Table 008 2 shows the line trunk circuit cards This NAP provides information on each of these cards As for the other circuit cards refer to the Circuit Card Manual NAME FUNCTIONAL NAME PN CP03 MP Table 008 1 Control Circuit Cards EXISTENCE OF LAMPS X PROVIDED NOT PROVIDED EXISTENCE OF SWITCHES X PROVIDED NOT PROVIDED EXTRACTION INSERTION WITH POWER ON X ALLOWED NOT ALLOWED PZ PW86 PWR PZ PW112 PWR NAME FUNCTIONAL NAME PN 8DLC DLC Table 008 2 Line Trunk Circuit Cards EXISTENCE OF LAMPS X PROVIDED NOT PROVIDED EXISTENCE OF SWITCHES X PROVIDED NOT PROVIDED EXTRACTION INSERTION WITH POWER ON X ALLOWED NOT ALLOWED PN 8COT COT NDA 24219 CHAPTER 3 Page 105 Revision 2 0 200 008 Sheet 2 10 Switch Setting of Circuit Card 2 PN CP03 MP 1 Locations of Lamps Switches and Connectors see Figure 008 1 SW3 RUN SW1 SW2 JACK CLK VR RS1 RS0 Figure 008 1 PN CP03 MP
30. LEVEL 2 r Station No LEVEL 1 ey i SI LEVEL 0 PN 4COT Trunk number must be assigned to 1st LEN PN 4DIT Notto be LEVEL 0 through 4th LEN LEVEL 3 of each assigned LT slot LEVEL 7 LEVEL 6 LEVEL 5 LEVEL 4 Trunk No 0000 0255 LEVEL 3 LEVEL 2 LEVEL 1 p ee LEVEL 0 PN AUC Trunk number must be assigned to 1st LEN PN 20DT Not to be LEVEL 0 and or 2nd LEN LEVEL 1 of each LT LEVEL 7 assigned slot LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3 LEVEL 2 r Trunk No LEVEL 1 D000 D255 s EIE LEVEL 0 NDA 24219 CHAPTER 4 Page 133 Revision 2 0 CARD TO ASSIGNED PN 2DAT PORT ASSIGNMENT TABLE LEVEL 7 LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3 LEVEL 2 LEVEL 1 LEVEL 0 Not to be assigned Card No EB000 EB031 Table 4 2 Port Assignment Method Continued REMARKS Cardnumber must be assigned to 1st LEN LEVEL 0 and or 3rd LEN LEVEL 2 of each LT slot PN 8RST LEVEL 7 LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3 LEVEL 2 LEVEL 1 LEVEL 0 Not to be assigned Card No 200 203 Card number must be assigned to 1st LEVEL 0 and or LEN LEVEL 2 of each LT slot Note When using the internal DTMF Receiver on the MP card assign Card No E200 to LEN No 0124 PN DK00 CHAPTER 4 Page 134 Revision 2 0 LEVEL 7 LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3 LEVEL 2
31. MODULAR TERMINAL AN AN A KR KR KR LTCO J P LENO000 LENO0001 Figure 007 18 MDF Cross Connection for SN610 ATTCON NDA 24219 CHAPTER 3 Page 75 Revision 2 0 200 007 Sheet 27 55 Termination of Cables 7 Day Night Mode Change by External Key see Figure 007 19 PIMO PN DK00 MDF TO KEYS 11 26 LEN0000 lt lt 1 lt 2 lt 4 27 i LTO1 lt lt 4 321 4 28 28 LEN0002 lt lt 4 el i 1 129 29 N LTCO P LEN0002 LENO000 Figure 007 19 MDF Cross Connection for Day Night Mode Change by External Key CHAPTER 3 NDA 24219 Page 76 Revision 2 0 200 007 Sheet 28 55 Termination of Cables 8 External TAS Indicator a Outline of the Connection see Figure 007 20 PBX TAS Indicator with Battery PN DK00 Card I I i ue a Passed IND PZ PW86 PZ PW112 Card G G ad PBX _ _ TAS Indicator with Battery Ground Start PN DK00 Card i MDF I I lt Hli li
32. PN 2ODT card Figure 007 6 MDF Cross Connection for 4W E amp M Trunk Card PN 20DT CHAPTER 3 NDA 24219 Page 60 Revision 2 0 200 007 Sheet 12 55 Termination of Cables on MDF D LTC CONNECTOR CN1 CONNECTOR FRONT CONNECTOR CN1 1 E1 LENO0001 MO Figure 007 6 MDF Cross Connection for 4W E amp M Trunk Card PN 20DT Continued NDA 24219 CHAPTER 3 Page 61 Revision 2 0 200 007 Sheet 13 55 Termination of Cables on MDF b 2W E amp M PN 20DT see Figure 007 7 PIMO a INSTALLATION CABLE 7 PN 20DT MDF J J LEN0001 lt TO 10 M gt lt Jin TO 9 E 4 LTO1 Ring Tip TO TIE LINE LENOO00 No 0 N N LEN0001 A A Note 1 Both No 0 and No 1 circuits must be set to same purpose 2 wire or 4 wire in one PN 2ODT card Note 2 When connecting the E and M make the installation cable by using the connector attached with PN 2ODT card Figure 007 7 MDF Cross Connection for 2W E amp M Trunk Card PN 20DT CHAPTER 3 NDA 24219 Page 62 Revision 2 0 200 007 Sheet 14 55 Termination of Cables D LTC CONN
33. PZ PW86 PZ PW86 PZ PW112 PZ PW112 PIM1 PIM1 BATT2 BATT2 TO BATTERY BATT1 BATT1 PWR PZ PW86 PWR PZ PW86 PZ PW112 PZ PW112 PIMO PIMO BATT2 BATT2 TO BATTERY 4 BATT1 BATT1 v TO BATTERY Note For details of battery connection see NAP 200 004 Figure 004 1 Connection of PWR CA A Cables CHAPTER 3 NDA 24219 Page 42 Revision 2 0 200 004 Sheet 2 2 PWR CA A and BUS Cable Connection 2 Mount the 500 Card in the BUS slot of PIMO Also mount the 501 Card in the BUS slot of PIMI When the system is a single PIM configuration neither PN BS00 nor PN BS01 is needed 3 Connect the BUS cards using BUS cable 48 TW 0 7 CONN CA BS01 PIM1 CN2 48 TW 0 7 BS00 CONN CA PIMO CN2 CN1 Figure 004 2 Mounting BUS Cards NDA 24219 CHAPTER 3 Page 43 Revision 2 0 200 005 Sheet 1 4 Connection of Battery 1 BATTERY CONNECTION CAUTION 1 24V batteries must be used in this system CAUTION 2 If battery terminals contact with the module under connecting the battery cable to the PZ PW86 PW112 card the PZ PW86 PW112 card or the BWB may be broken Therefore the in staller must perform work in accordance with the following steps when mounting or removing the batteries When mounting batteries 1 Connect the bat
34. Sheet 1 1 Cleaning and Visual Check 1 CLEANING Clean the following places Inside of the main equipment especially the bottom of the base the Top Cover Around the Main Equipment and the MDF Keyboard on the Attendant Console 2 VISUAL CHECK 1 Check to see if all circuit cards are in their positions correctly 2 Check that the cable connections in the PIM are correctly and completely connected and the routing of the cables has been done smoothly and neatly 3 Check to see if the MAT 15 removed CHAPTER 3 NDA 24219 Page 126 Revision 2 0 200 013 Sheet 1 1 Mounting of Front Cover 1 MOUNTING FRONT COVER Mount the Front Cover onto PIM using the provided screws as shown in Figure 013 1 FRONT COVER PIM Figure 013 1 Mounting Front Cover NDA 24219 CHAPTER 3 Page 127 Revision 2 0 This page is for your notes CHAPTER 3 NDA 24219 Page 128 Revision 2 0 4 OFFICE DATA PROGRAMMING 1 CUSTOMIZING DATA 1 1 Data Programming Procedure Table 4 1 shows the procedure and the outline of the work related data programming for the system Table 4 1 Data Programming Procedure REMARKS Obtain the customer s requirements and fill in the Customer Specification Sheets on Section 1 3 Allocate the LC TRUNK and other interface cards to the Port Assignment Table on Section 1 2 7 Make a Bay Face Layout on Section 1 4 2 for accommodatin
35. TO FRAME GROUND GREEN TERMINAL ON THE AC CORD A CHASSIS TO AC MAINS INPUT Figure 003 7 Cable Connection on PZ PW86 PW112 Continued CHAPTER 3 NDA 24219 Page 38 Revision 2 0 200 003 Sheet 10 12 Installation of Main Equipment PZ PW112 POWER OUTPUT CABLE 45V 27 ow OMN TO PWROA CONNECTOR OON PZ PW112 SALUTARI GND Note Note If GND Signal GND has to be ui FG separated from FG Frame GND 27v remove the link between GND and FG terminal TO PWR1 CONNECTOR TO OTHER PZ PW112 X PWR PWR CNT BATTERY CONNECTOR BATT2 PWR CNT TO BATTERY OR OTHER PZ PW112 YS BATTERY CABLE PWR CA A BATTERY CONNECTOR BATT1 WHITE BLACK J ToL FRAME GROUND TERMINAL ON THE CORD A CHASSIS AC MAINS INPUT Figure 003 7 Cable Connection on PZ PW86 PW112 Continued NDA 24219 CHAPTER 3 Page 39 Revision 2 0 200 003 Sheet 11 12 Installation of Main Equipment 2 When the system is two PIM configuration unplug the PWR CNT CA A and connect the PWR CNT CA C as shown in Figure 003 8
36. Type Handset Headset 5 SUPRA Headset D Type Handset Replace the directory and access panel SWITCH Figure 007 16 SN610 ATTCON Switch Setting Continued NDA 24219 CHAPTER 3 Page 73 Revision 2 0 200 007 Sheet 25 55 Termination of Cables Plug the line cord into the modular jack located at the bottom of the console as shown in Figure 006 16 STEP 4 For the MDF cross connection for the SN610 ATTCON refer to Figure 007 17 LINE CORD PBX MODULAR MDF TERMINAL I 2P 2P 2P PN 9 2DLCC 4 5 85 SN610 ATTCON E Figure 007 17 Cable Connection to SN610 ATTCON CHAPTER 3 NDA 24219 Page 74 Revision 2 0 200 007 Sheet 26 55 Termination of Cables b MDF Cross Connection see Figure 007 18 PIMO PN 2DLCC MDF LEN0000 No 0 N N 27 Y LTO1 N LEN0001 No 1
37. hardware to mount the PIM in IEC standard 19 inch rack One set of 19 inch bracket is required for PIM NDA 24219 CHAPTER 2 Page 9 Revision 2 0 3 3 Functional Outline of Circuit Cards 3 3 1 Control Circuit Card Table 2 4 shows the functional outline of each control circuit cards Table 2 4 Functional Outline of Control Circuit Cards CARD NAME FUNCTIONAL OUTLINE PN CP03 Main Processor Card This card is equipped with Memory TDSW 1024CH x 1024 16 Line CFT DTMF Sender Clock PLO receiver mode 2 ports RS 232C Ports 2 ports for MAT Built in SMDR modem for remote maintenance and Music On Hold tone source Melody IC TNT 4 circuit PBR for PB calling or DID This card is used on the basis of one per system PZ PW86 Main Power Supply Card Input 120 V 50 Hz 60 Hz Output 27 V 4 5 A 5 V 7 5 A One card is mounted in PIM Note This card does not provide ring generator or message wait volt age PZ PW112 Main Power Supply Card Input 120 V 50 Hz 60 Hz Output 27 V 3 5 A 5 V 4 0 A One card is mounted in PIM Note This card does not provide ring generator or message wait volt age PN BS00 B Bus Interface Card for PIMO This card is equipped with functions of driver receiver of various signals functions of adjusting gate delay timing and cable delay timing functions of monitoring I O Bus and PCM Bus and functions of controlling power supply When the system c
38. on MDF Ifa D C voltage is supplied with the tone from the external tone source equipment a transformer or cou pling capacitor should be used as shown in Figure 007 27 CAPACITOR Ring TRANSFORMER 2 uF SOURCE TO COT VOLTAGE SOURCE EXTERNAL EQUIPMENT K TO CONTROL CIRCUIT O FROM PN DK00 CAPACITOR i 2 HF SOURCE TO COT DC Tip VOLTAGE o SOURCE EXTERNAL EQUIPMENT K TO CONTROL CIRCUIT FROM PN DK00 Figure 007 27 Connecting Tone Source Supplied with D C CHAPTER 3 NDA 24219 Page 86 Revision 2 0 200 007 Sheet 38 55 Termination of Cables 11 External BGM Source Figure 007 28 and Figure 007 29 show the cross connection for customer owned external BGM sources The system provides a maximum of 10 BGM sources a When using PN ACOT see Figure 007 28 PIMO PN 4COT BGM SOURCE A LEN0000 No N LEN0001 No IS N N LTO1 LEN0002 No gt gt LEN0003 No N LKR UN AN A LENO000 LENO0001 LEN0002 LEN0003 Figure 007 28 MDF Cross Connection for External BGM Sources NDA 24219 CHAPTER 3 Page 87 Revision 2 0 200 007 Sheet 39 55 Termination of Cables
39. on MDF b When using Pin Jacks on PN TNTA see Figure 007 29 PN TNTA BGM SOURCE JACKO s BGM SOURCE 1 JACK1 Figure 007 29 Cable Connection Between PN TNTA and External BGM Sources CHAPTER 3 NDA 24219 Page 88 Revision 2 0 200 007 Sheet 40 55 Termination of Cables on MDF 12 Power Failure Transfer PFT The PN AUCA card or the PZ 8PFTA card can be used as the PFT card a When using PN AUCA card e Figure 007 30 shows an outline of a PN AUCA connection e Figure 007 31 shows the MDF cross connection for a PN AUCA PBX MDF e e TO C O LINE PN AUCA PN 4COT Figure 007 30 PFT Connection Outline NDA 24219 CHAPTER 3 Page 89 Revision 2 0 200 007 Sheet 41 55 Termination of Cables PIMO PN 4COT MDF LEN0000 No 0 4 0 26 26 LEN0001 No 1 ih 27 427 LTO1 3145 28 28 lt lt 5 lt 4 29 lt 29 lt 4 lt lt 4Q TW 0 3 CONN CA LEN0008 No 0 kom Sta TO 34 434 x 10 10 lt 4 LEN0009 No 1 F 35 35 p 11 11 LTO2 lt 36 36 la 12 2 elle Pa 97 637 lt lt lt 4 Figure 007 31 MDF Cross Connection for
40. the functional outline of the equipment modules installation hardware circuit cards used in the PBX 3 1 Functional Outline of Modules Table 2 2 shows the functional outline of the modules MODULES Table 2 2 Functional Outline of Modules FUNCTIONAL NAME FUNCTIONAL OUTLINE SN1420 PIMAB A PIM Port Interface Module PIM A PIM provides 10 card slots for common control Line Trunk and Application Processor AP cards It also houses a AC DC Power Supply and batteries for protection from short term power interruption standard Two champ connectors for line trunk LTCO to 1 and a connector for Power PWR are located at the lower front side of the PIM A PIM provides a maximum of 9 card slots for line trunk LT cards At maximum configuration the system is comprised of 2 PIMs and it provides 88 physical ports 48 ports x 2 to PIMO Slot LT8 AP4 used for PN BS00 3 2 Functional Outline of Installation Hardware Table 2 3 shows the functional outline of installation hardware INSTALLATION HARDWARE COVER PARTS Table 2 3 Functional Outline of Installation Hardware FUNCTIONAL NAME TOP BOTTOM COVER FUNCTIONAL OUTLINE Bottom Cover includes Top Cover This hardware bottom cover and top cover is used for all NEAX1000 installations A 4 rubber foot is required for desktop installation with PIM 19 BRACKET 19 BRACKET 19 inch Bracket The 19 inch bracket is sets of
41. xb RR REALTA 145 NDA 24219 TABLE OF CONTENTS Page iii Revision 2 0 LIST OF FIGURES Figure Title 1 1 lnetallallon Reference Manas UU cane weaken Epp era e uq E abd 1 2 Scope of Installation 2 1 PEA WORKING uuo sued idee CREE ET REN RETTALE HEC SO OR do qe 2 2 apes pru PM cT T TEES 2 3 Tesis Ouro Melano oua Speed ewe e PERRA RII I P 2 4 19 Inch Rack Mounting Installation scs eere Rm dere eR 2 5 Desktop rupe ser RTRT TRATTE RTRT 2 6 Circuit Gard Mounting SIS 2229 ELIO dw edad IAM LI SERRA QS SR XAR LIT 3 1 Ic Else OT posse aa Eee 3 2 Procedure FIOGWERBIE ur 2 2 ka d eor GR door oC oed bool Rok op d ole AUD i oe o Sew 3 3 btatle Sensitive Caution Label U u sae cider HOES RARE 001 1 Unpacking Main Equi pL auos u Qu d ODER RR e y quor doe eats XO CR e RR Sano 002 1 Wal EOD oos autant Cox ep Sud e HN PIDE qe DEEP eqq TTT TT 022 Anchor a UR Rar BAe RR ada Ge Rok Rn 003 1 DOM Sowno PME E dX x SERO ERA do BRA AK EN X dore US 3 Qonnectng COVES ccs sss dX EH Rx x ace RE XE EE dE da se a REN 0034 AC CORD Te Pu ie od aided ede DOR a 0035 Mounting PIM to 19 nch be HER deen REOR Rn RUE RR Rees 0935 Connecting Rubber Foot Io
42. 001 No 1 lt TO C O LINE 27 UU LTO1 lt 4 3 LEN0002 No 2 lt C O LINE lt 428 lt 4 LEN0003 No 3 29 TO C O LINE lt 4 lt LEN0000 LEN0001 LEN0002 LEN0003 Figure 007 4 MDF Cross Connection for 4 Line C O Trunk Card PN 4COT CHAPTER 3 NDA 24219 Page 58 Revision 2 0 200 007 Sheet 10 55 Termination of Cables b 8 Line C O Trunk PN 8COT see Figure 007 5 PIMO PN 8COT MDF LEN0000 No 0 LEN0001 No 1 LTO1 TO C O LINE LEN0006 No 6 LEN0007 lt lt LTCO J P LEN0000 LEN0001 LEN0006 LEN0007 Figure 007 5 MDF Cross Connection for 8 Line C O Trunk Card PN 8COT NDA 24219 CHAPTER 3 Page 59 Revision 2 0 200 007 Sheet 11 55 Termination of Cables on MDF 2 Tie Line Trunk 4W E amp M Trunk PN 20DT see Figure 007 6 PIMO INSTALLATION CABLE PN 20DT LENO001 No 1 LEN0000 No 0 LTO1 TO TIE LINE LENOOO0 0 LEN0001 No 1 A Note 1 Both 0 and No 1 circuits must be set to same purpose 2 wire or 4 wire one PN 20DT card Note 2 When connecting the E and M make the installation cable by using the connector attached with the
43. 1 007 32 007 33 007 34 007 35 007 36 007 37 007 38 007 39 007 40 007 41 007 42 007 43 008 1 008 2 008 3 008 4 009 1 009 2 009 3 0010 1 0010 2 013 1 4 1 LIST OF FIGURES CONTINUED Title Page MDF Cross Connection for TAS Indicator with 78 MDF Cross Connection for TAS Indicator with Battery Ground Start 79 Paging Equipment Connection Outline 80 MDF Cross Connection for Paging Equipment re i 81 External Tone Source Connection OUITIB aa aaa 83 MDF Cross Connection for External Tone Source Equipment 84 Connecting Tone Source Supplied with D C 86 MDF Cross Connection for External BGM SourceS 87 Cable Connection Between PN TNTA and External BGM Sources 88 PFT Connection Outline dh dea oo dde eR ee REED HES SERRE REED 89 MDF Cross Connection for PN AUCA s an suanaaaaaa annae 90 PFI IBPZ BPPTA Commecton Outline sasis ELITE 92 Mounting PSSPETA Card te 93 Connection of 25 Pair Cable and 7 8 94 Connector Pin A ERD 95 Gross Connection
44. 1 Card Slots and LTC Connectors Location Table 007 1 LTC Connector Accommodation CARD SLOT NUMBER LTO1 LTO3 REMARKS LTO4 APO LT08 AP4 When ADS is mounted in LTOO pins 25 and 50 bring out leads for AD8 internal CHAPTER 3 Page 50 Revision 2 0 NDA 24219 modem connection 200 007 Sheet 2 55 Termination of Cables on MDF 2 Figure 007 2 shows the relationship between each Line Equipment Number LEN and each Card Slot Number LT Number Note 1 Note 2 Note 3 0127 0071 0079 0087 0095 0103 0111 0126 0070 0078 0086 0094 0102 0110 0125 0069 0077 0085 0093 0101 0109 0124 0068 0076 0084 0092 0100 0108 LEN PIM1 0123 0067 0075 0083 0091 0095 0099 0103 0107 LINE EQUIPMENT NUMBER 0122 0066 0074 0082 0090 0094 0098 0102 0106 0121 0065 0073 0081 0089 0093 0097 0101 0105 0120 0064 0072 0080 0088 0092 0096 0100 0104 LTOO LTO1 LTO2 LTO3 LTO4 LTO5 LTO6 LTO7 LTO8 lt CARD SLOT NUMBER 0063 0007 0015 0023 0031 0039 0047 0062 0006 0014 0022 0030 0038 0046 0061 0005 0013 0021 0029 0037 0045 0060 0004 0012 0020 0028 0036 0044 LEN PIMO 0059 0003 0011 0019 0027 0031 0035 0039 0043 LINE EQUIPMENT NUMBER 0058 0002 0010 0018 0026 0030 0034 0038 0042 0057 0001 0009 0017 0025 0029 0033
45. 2 Quantity Table for Control Circuit Cards QUANTITY FUNCTIONAL NAME CARD NAME PWR PZ PW86 QUANTITY BS00 PN BS00 B PWR PZ PW112 501 PN BS01 B NDA 24219 CHAPTER 4 Page 145 Revision 2 0 Table 4 13 Quantity Table for Application Circuit Cards FUNCTIONAL NAME FUNCTIONAL NAME CARD NAME QUANTITY CARD NAME QUANTITY AP00 DTI PN AP00 PN 24DTA 1 1 PN CC00 BRI EXTMEM PN BRTA PN ME00 CCH ICH PN SC00 PN SC02 SC03 CIR MFR PN 4RSTC PN 4RST DCH PLO PN SCOI PN CK00 CHAPTER 4 NDA 24219 Page 146 Revision 2 0
46. 23 and Figure 007 24 show an example of the cross connection for a customer owned paging equipment Requirement for Paging Equipment Input Impedance 600 ohm Control Method Start Ground Start Note Stop Ground Off Open Note The current capacity of relay contact PN DK00 is 0 125 A a Outline of the Connection see Figure 007 23 PBX For Amplifier Input PN 4COT Card MDF CB PN DKOO Card P For Control 4 4 Paging Equipment PZ PW86 PZ PW112 Card Figure 007 23 Paging Equipment Connection Outline CHAPTER 3 NDA 24219 Page 80 Revision 2 0 200 007 Sheet 32 55 Termination of Cables b MDF Cross Connection see Figure 007 24 PIMO MDF LTCO P PN DK00 J LENO000 N LTO1 LEN0002 A A A A A A A A PN 4COT LEN0008 No 0 PAGING EQUIPMENT E LEN0009 No 1 CONTRO CIRCUIT SPEAKER LT02 LEN0010 No 2 E CIRCUIT LENOO11 No 3 Y A A A A G LTCO J P LEN0002
47. 35 DTE Interface Card This card is used together with the PN 2DPCB card to provide the V 35 interface PN 20DTA ODT 2 line OD Trunk Card This card can be used as either a 2 wire E amp M trunk or a 4 wire E amp M trunk and is internally equipped with a 48 V DC On Board Power Supply Both No 0 and No 1 circuits must be set to same purpose 2 wire or 4 wire in one card PN PWO00 PWR Provides 48V power for one DeskCon or two zone transceivers maximum is 3 per system uses two card slots PN 8RSTA PBR 8 line DTMF Receiver Card This card can be used for a DTMF station line DID or tie line PN TNTA TNT 2 line Tone Music Source interface Card This card is used for BGM or Music on Hold and is equipped with two interface for an external tone music source PZ VM00 4VM 4 Port Voice Mail Card NEAX Mail AD 8 PZ VMOI 4VMEXT 4 Port Expansion Card for AD 8 VM00 Note The cable length between the DLC and terminal varies depending on the type of terminal For the line conditions each terminal refer to Table 2 7 Table 2 7 Line Condition of Each Terminals CABLE LENGTH TERMINAL TYPE CARD TYPE Cable 24AWG REMARKS PN 8DLCJ 984ft 300m STANDARD PN 4DLCD 4DLCQ 984ft 300m STANDARD 3937ft 1200m PN 2DLCB 2DLCN 2788ft 850m LONG 3937ft 1200m DTP 8D 1 PN 8DLCJ 8DLCP 984ft 300m STANDARD PN 4DLCD 4DLCQ 984ft 300m STANDARD 3937ft 1200m PN 2DLCB 2DLCN 2788ft 850m
48. 7 7 MDF Cross Connection for 2W E amp M Trunk Card 200 007 8 MDF Cross Connection for 2 Line DID Trunk Card 007 9 MDF Cross Connection for 4 Line DID Trunk Card PN 4DITB 007 10 MDF Cross Connection for Single Line Telephone Standard Line 007 11 MDF Cross Connection for Single Line Telephone Long Line 007 12 MDF Cross Connection for Multiline Terminal DSS Console Standard 007 13 MDF Cross Connection for Multiline Terminal DSS Console Long 007 14 Mounting Handset Support SN610 007 15 Jack Set Installation for SN610 ATTCON 007 16 SNETOATTCON Switch Seting dad ep uoc a lC dolis d i al e tec qd de 007 17 Cable Connection to SN610 cae kom ete en ks RR Re vem o 007 18 MDF Cross Connection for 53610 ATTCON 007 19 MDF Cross Connection for Day Night Mode Change by External Key 007 20 External TAS Indicater Connection Outline LIST OF FIGURES NDA 24219 Page iv Revision 2 0 Figure 007 21 007 22 007 23 007 24 007 25 007 26 007 27 007 28 007 29 007 30 007 3
49. DA 24219 CHAPTER 3 Page 67 Revision 2 0 200 007 Sheet 19 55 Termination of Cables 5 Multiline Terminal DSS Console a Standard Line PN 8DLC see Figure 007 12 PIMO PN 8DLC MDF RO 0 TO RI LEN0001 No 1 LTO1 LENO006 No 6 A A A LEN0007 No 7 LTCO J LEN0000 TO MULTILINE TERMINAL DSS CONSOLE MODULAR TERMINAL LENO0001 LEN0006 LEN0007 Note The same connection is required when using PN 4DLCD Figure 007 12 MDF Cross Connection for Multiline Terminal DSS Console Standard Line CHAPTER 3 NDA 24219 Page 68 Revision 2 0 200 007 Sheet 20 55 Termination of Cables b Long Line PN 2DLCB N see Figure 007 13 PIMO TO MULTILINE TERMINAL PN 2DLCB N DSS CONSOLE LEN0000 No 0 LEN0001 No 1 LTO1 MODULAR TERMINAL N A A LTCO Figure 007 13 MDF Cross Connection for Multiline Terminal DSS Console Long Line NDA 24219 CHAPTER 3 Page 69 Revision 2 0 200 007 Sheet 21 55 Termination of Cables 6 SN610 ATTCON a Installat
50. DTMF Sender characteristics to match YY 24 Inter Digital Pause the distant office 1 Trunk Route No 00 63 0 32ms 1 64ms 2 80ms 3 96ms 4 160ms 5 192ms 6 240ms 74 128ms 26 DTMF Sender Signal Width 1 Trunk Route No 00 63 2 0 14 64ms 128ms 46 DTMF Sender Release Timing 1 Trunk Route No 00 63 2sec 1 4sec 2 6sec 8sec 4 12sec 5 14sec 6 16 74 10sec Assign whether or from a DTMF Telephone 1 050 is used as Switch Hook Flash is used as Switch Hook Flash while hearing Busy 2 0 Available Tone 1 052 st is used as Switch Hook Flash 2 0 Available END CHAPTER 3 NDA 24219 Page 124 Revision 2 0 200 011 Sheet 1 1 Operation Test 1 OPERATION TEST Confirm the entered system data and hardware including cable connection by completing the following operational tests Basic Connection Test at Station Line Test Operator Call from all stations Central Office Trunk Test Incoming Outgoing TieLine Trunk Test Incoming Outgoing Service Feature Test Call Transfer Step Call Executive Right of Way Call Hold Call Back Call Forwarding All Calls No Answer Busy Line Call Pickup Station Hunting Pilot Circular Speed Calling System Station Paging Access Announcement Service etc NDA 24219 CHAPTER 3 Page 125 Revision 2 0 200 012
51. ECTOR CN1 CONNECTOR FRONT CONNECTOR CN1 LTCO J LEN0000 MI E1 LENO0001 MO Figure 007 7 MDF Cross Connection for 2W E amp M Trunk PN 20DT Continued NDA 24219 CHAPTER 3 Page 63 Revision 2 0 200 007 Sheet 15 55 Termination of Cables 3 DID Trunk a 2 Line DID Trunk PN AUCA see Figure 007 8 PIMO PN AUCA MDF 4 LEN0000 No 0 TO DID LINE lt 42 LEN0001 No 1 a TO DID LINE LTO1 4 lt 2 29 LTCO J P Note The PN AUCA card can also be used as a long line circuit with the Power Failure Transfer PFT function Figure 007 8 MDF Cross Connection for 2 Line DID Trunk Card PN AUCA CHAPTER 3 NDA 24219 Page 64 Revision 2 0 200 007 Sheet 16 55 Termination of Cables b 4 Line DID Trunk PN 4DITB see Figure 007 9 PIMO PN 4DITB MDF LEN0000 No 0 adm TO DID LINE lt 4 lt lt lt 42 LEN0001 No 1 TO DID LINE 27 LTO1 lt 3 4 4 LEN0002 No 2 lt TO DID LINE lt lt 4 4 lt 4 4 LENOO03 No 3 TO DID LINE lt lt 4 LENO000 LENO0001 LEN0002 LEN0003
52. ERY CONNECTOR BATT1 OTHER PZ PW86 100 120V BATTERY CABLE PWR CA A WHITE BLACK CAUTION Set the appropriate voltage before turning on the SW switch TE FRAME GROUND TERMINAL ON THE CHASSIS GREEN AC CORD A TO AC MAINS INPUT Figure 003 7 Cable Connection on PZ PW86 PW112 NDA 24219 CHAPTER 3 Page 37 Revision 2 0 200 003 Sheet 9 12 Installation of Main Equipment PZ PW86 D PZ PW86 D Note 1 Follow the Label on Front Plate of PZ PW86 D Note 2 If GND Signal GND has to be separated from FG Frame GND remove the link between GND and BATTERY MODE SWITCH 1 1 NO CONNECTION 2 Note 1 2 ON SEAL FLOAT 2 i OFF OPEN FLOAT 1 FG terminal I POWER OUTPUT CABLE 5V 27V E TO AUXILIARY Note 2 EQUIPMENT 27V i 3 TO PWROA CONNECTOR TO PWR1 CONNECTOR TO OTHER PZ PW86 X PWR PWR CNT BATTERY CONNECTOR BATT2 PWR CNT CONNECTOR CAUTION Set the appropriate volt 100 120 TO BATTERY OR age before turning on the OTHER PZ PW86 SW switch YS BATTERY CABLE PWR BATTERY CONNECTOR BATT1 ON WHITE BLACK ES
53. HORE RC RE RERO RE E 115 1 Monning udis up a A Ra dd d 115 010 System Initialization and Sy ls FPD EN DS Re eee ve deed 118 1 System initslizallgIl ORE RE DA REY RA 118 1 1 All Clear Except LENDOOD CAT AX RG REESE HERRERA ARG REED RR 118 1 2 Resident Systemi PIOGIAMI us eins dee evens seed M SNR X quis 118 Bi Gove EIE qon wea bawdy N 119 DA DA Lu sedie Rate Gear abor ALTIERI AE 119 cM Pcr 120 2 Fere PRI SEIN ARIETE 120 TABLE OF CONTENTS NDA 24219 Page ii Revision 2 0 TABLE OF CONTENTS CONTINUED Page DET 125 Ts OBSESIODN gs ce ed sx ore e a RR ob do de CR Ro ooo Rd 125 012 Cleaning and Visual Check 126 Ta ouv aod e Eo S et LI Dro deo RW XA eS FAO wawan 126 x BUE CBE sopa dedi au deret ass wap qui eeu 126 013 Mounting of Front 127 Mo ning Froni COYS cc cedure Geor dd Re Redde qi Red Rei 127 CHAPTER 4 OFFICE DATA PROGRAMMING 2 2 re Rr RE 129 1 SUSTOMZING DATA 129 11 Date Programming FEOGOUMIB is ig bRRRREXEAAXQUEC X Ee 3 RA C DA XE d DR PER dees 129 1 2 General Information on Customizing Data
54. LONG 3937ft 1200m CHAPTER 2 NDA 24219 Page 14 Revision 2 0 TERMINAL TYPE CARD TYPE PN 8DLCJ 8DLCP STANDARD Table 2 7 Line Condition of Each Terminals Continued CABLE LENGTH Cable 24AWG 656ft 200m REMARKS PN 4DLCD 4DLCQ STANDARD 656ft 200m 3937ft 1200m PN 2DLCB 2DLCN LONG 2788ft 850m 3937ft 1200m DTP 16D 1 PN 8DLCJ 83DLCP STANDARD 656ft 200m PN 4DLCD 4DLCQ STANDARD 656ft 200m 3937ft 1200m PN 2DLCB 2DLCN LONG 2788ft 850m 3937ft 1200m PN 8DLCJ 8DLCP STANDARD 656ft 200m PN 4DLCD 4DLCQ STANDARD 656ft 200m 3937ft 1200m PN 2DLCB 2DLCN LONG 2788ft 850m 3937ft 1200m DTP 32D 1 PN 8DLCJ 8DLCP STANDARD 656ft 200m PN 4DLCD 4DLCQ STANDARD 656ft 200m 3937ft 1200m PN 2DLCB 2DLCN LONG 2788ft 850m 3937ft 1200m DSS BLF Console Note 2 PN 8DLCJ 8DLCP STANDARD 984ft 300m PN 4DLCD 4DLCQ STANDARD 984ft 300m PN 2DLCB 2DLCN LONG 2788ft 850m PN 8DLCJ 8DLCP STANDARD 984ft 300m PN 4DLCD 4DLCQ STANDARD 984ft 300m 3937ft 1200m PN 2DLCB 2DLCN LONG 2788ft 850m 3937ft 1200m ETJ 16DC 1 PN 8DLCJ 8DLCP STANDARD 656ft 200m PN 4DLCD 4DLCQ STANDARD 656ft
55. MDE E TO TAS INDICATOR ALM INDICATOR Figure 1 2 Scope of Installation Procedures CHAPTER 1 NDA 24219 Page 2 Revision 2 0 CHAPTER2 GENERAL INFORMATION 1 TRUNKING DIAGRAM Figure 2 1 shows a typical trunking diagram for the PBX 8 gt ICH ISDN BRI RSTB 911 9579791 VOICE MAIL LCD INCLUDING COT L6 5 C O LINE SYSTEM SW AUC DIT DID LINE DESKCON c PIU DTG 2W E amp M i ODT Single Line PBSND TIE LINE Telephone Via APR 16CFT o_o 4W E amp M MLDT Multiline Terminal lt 1 PLO J DIGITAL LINK J ISDN PRI Multiline Terminal DLCB MODEM NETWORK Long Line 085 lt 1 PBR BRT ISDN BRI TNT NETWORK SN610 ATTCON L DLCC SMDR SMDR m AP00 Wireless Ps VM00 PLO MFR PC FOR OAI RS 232C APOT r aa E APO ARRONE T V11 ANNOUNCEMENT PC for OAI MACHINE TCP IP COT DTE XH DPC EXTERNAL HOLD TONE RS 232C COT MAT O RS 232C From LC MODEM d SOTTNT si SPEAKER For Remote Maintenance Note 1 EXTERNAL HOLD TNT pes PWOO TNT TRANSCEIVER CSIA COT ALL PSAP COTG ANALOG CALLER ID CSH RSTC Note 3 An external Modem is not required when the Built In Modem on the MP is used Note 4 NEAX1000
56. MDF Table 007 2 LTCO and LTC1 MDF Cross Connection Information Continued TYPE OF INTERFACE RUNNING STATION 2 WIRE 4 WIRE CABLE CABLE CO CO E amp MTIE E amp MTIE DID DID 4COT 8COT LINE LINE AUC ADIT 20DT 2ODT Major and minor alarm connections are used for external indications Note 1 When an 8 port card is mounted in LT04 or LT06 LTO5 or LT07 must be left vacant or mounted with circuit card which do not interfere with the 8 port cards Note 2 When AD8 is mounted in LTOO the pins on LTCI are used for AD8 internal modem connection NDA 24219 CHAPTER 3 Page 55 Revision 2 0 200 007 Sheet 7 55 Termination of Cables on MDF RUNNING CABLE Table 007 2 LTCO and LTC1 Cross Connection Information Continued TYPE OF INTERFACE STATION CABLE Multiline Terminal 8DLC Note 2 Multiline Terminal 4DLC Note 2 Multiline Terminal 2DLCB Note 2 SN610 ATTCON 2DLCC Note 3 EXT KEY DK00 EXT RELAY DK00 EXT PAGE MOH BGM 4COT As aaa Note 1 When LT04 or LT06 is mounted with an 8 port card LT05 and or LT07 must be vacant or mounted with a noninter facing card Note 2 2 wire type for Multiline Terminal
57. OF DID TRUNK REMARKS NUMBER TEL A B DAY NIGHT NUMBER Note fspace is insufficient use copies CHAPTER 4 NDA 24219 Page 138 Revision 2 0 1 3 3 Trunk Data Table 4 5 Trunk Data Table PROGRAMMING CM10 30 35 36 ACCESS DESTINA KINDOF TYPEOF NUMBER KIND OF NUMBER TION TRUNK TRUNK OF LINE SIGNAL REMARKS Note fspace is insufficient use copies NDA 24219 CHAPTER 4 Page 139 Revision 2 0 1 3 4 Station Hunting Group Data KIND OF STATION HUNTING Pilt Table 4 6 Station Hunting Group Data Table PROGRAMMING CM18 KIND OF STATION HUNTING Pilt KIND OF STATION HUNTING Pilot KIND OF STATION HUNTING Pilt Circular Circular Circular Circular Switch Back SECRETARY STATION Switch Back SECRETARY STATION Switch Back SECRETARY STATION Switch Back SECRETARY STATION STATION NUMBER STATION NUMBER STATION NUMBER STATION NUMBER CHAPTER 4 Page 140 Revision 2 0 Note fspace is insufficient use copies NDA 24219 1 3 5 Call Pickup Group Data Table 4 7 Call Pickup Group Data Table PROGRAMMING CM16 STATION NUMBER STATION NUMBER STATION NUMBER STA
58. ON DLCC Digital Line Circuit Card RSTB 911 Register Sender E911 for SN610 ATTCON DPC Data Port Controller Card RSTC Register Card for Analog Caller ID DSS DSS Console SMDR Station Message Detail Recording DTI Digital Trunk Interface Card SW Time Division Switch DTG Digital Tone Generator TNT Tone Music Source Interface Card ETHER Ethernet Control Card 16CFT 16 Circuit Three Four Party Conference Trunk FP Firmware Processor Card VM00 Digital VMS with 4 Digital Ports ICH BRI Station Application Card VMOI 4 additional Digital Ports Note Refer to NAP 200 008 and the Circuit Card Manual for details of circuit cards CHAPTER2 NDA 24219 Page 4 Revision 2 0 2 SYSTEM CONFIGURATIONS 2 1 Configuration The PBX system can accommodate a maximum of 48 ports per PIM maximum of 88 ports are available with a two PIM configuration PIMO Slot LT08 AP4 used for PN BS00 ONE PIM CONFIGURATION TWO PIM CONFIGURATION Figure 2 2 PIM Configuration NDA 24219 CHAPTER 2 Page 5 Revision 2 0 2 2 Installation Methods Figure 2 3 Wall Mounting Installation CHAPTER 2 NDA 24219 Page 6 Revision 2 0 PIM lt 19 BRACKET Figure 2 4 19 Inch Rack Mounting Installation NDA 24219 CHAPTER 2 Page 7 Revision 2 0 Figure 2 5 Desktop Installation NDA 24219 CHAPTER 2 Page 8 2 0 ision Rev 3 FUNCTIONAL OUTLINE OF EQUIPMENT This section explains
59. ON col umn indicate the standard setting of the switch When the switch is not set as shown by the figure and C the setting of the switch varies with the system concerned NDA 24219 CHAPTER 3 Page 113 Revision 2 0 200 008 Sheet 10 10 Switch Setting of Circuit Card 5 PN 8COTM 8COTP 1 Locations of Lamps Switches and Connectors see Figure 008 4 BL7 BL6 BL5 BL4 BL3 BL1 BLO Figure 008 4 PN 8COT COT Card 2 Lamp Indications see Table 008 9 Table 008 9 PN 8COT COT Card Lamp Indications LAMP NAME COLOR FUNCTION Remains lit when the corresponding circuit is in use BLO 7 Flashes at 60 IPM when the corresponding circuit is in the make busy state or the sys tem data for this card is not assigned 3 Switch Settings This card has no switches CHAPTER 3 NDA 24219 Page 114 Revision 2 0 200 009 Sheet 1 3 Mounting Circuit Cards 1 MOUNTING PROCEDURE 1 For testing turn SW1 switch on the PZ PW86 PZ PW112 card Make sure that ON lamp green is lit See Figure 009 1 2 Turn off SWT switch PZ PW86 PW1 12 ON LAMP GREEN SW SWITCH Figure 009 1 PZ PW86 PZ PW112 Card Lamp Indication NDA 24219 CHAPTER 3 Page 115 Revision 2 0 200 009 Sheet 2 3 Mounting Circuit Cards 3 Before mounting the circuit cards confirm the fo
60. PIM _ ce dk cee eR RR e CR Caci RO 003 7 Cable Connection on PZ PW80 PW112 e weed 003 8 CNT CA C Cable Connection between PIMS 003 9 AC Power Cable WN cue tke up ER ERR S RIA ri 004 1 Connection of PWR 0042 Mounting BUS TAN XE ius REPRE FEE Roe REUS S abdo 005 1 Battery Replacement Mormaton ssa ia a pde e ARR e RC CA ek a 005 2 Internal Battery tee deb hoy kk heb ee 005 Battery CODO au cca d adea ed X cde de odo ed o OC eee ed acean a Ca 006 1 NDF Gable us s Elo E Ru SERE TERRE ERN QUE CR pu EE ed qup e Ea 006 2 Cable Ronning to MDF l u u icc Re bci E cene diac 007 1 Slots and LTC Connectors Location cocus semen hm emm heme excom km hh da ken DES L caton ol ER LEN ili cas CR oC dodo edd Fur pb eles eed 0073 LTC Connector Pin Arrangement E Cx X ADR Y aru cd 007 4 MDF Cross Connection for 4 Line C O Trunk Card 4 007 5 MDF Cross Connection for 8 Line C O Trunk Card PN 8COT 007 6 Cross Connection for 4W E amp M Trunk Card 200 00
61. R 144 24219 LIST OF FIGURES Page v Revision 2 0 LIST OF TABLES Table Title 2 1 Symbols in Trunking Diagram 2 2 Functional Outline of ore add owe Ba CARA I ERI RERO CRDI ORC 2 3 Functional Outline of Installation Hardware 2 4 Functional Outline of Control Circuit Cards 2 5 Functional Outline of Application Circuit 2 6 Functional Outline of Line Trunk Circuit Cards 2 7 Lime Condition er Each Terminals iecur ei Re E ERRO OR UR RC UE 3 1 Removing Inserting Circuit Cards Procedure anaana nanana 003 1 Recommended FastenelB is su ausa E AUR RO TA ATI ARRE RC de 007 1 LIC Connector Accommodation lt s 397239 dy BOR OCIO RC EUR OR Hehe beens tales AR Oc oda 007 2 LTCO and LTC1 MDF Cross Connection Information 008 1 MT 008 2 Linea Tr nk Cards ACA BES 008 3 PN CPOS MP Card Lamp lt 008 4 PM CPOS Card Switch Settings ke e CR ACER CREER ewes 008 5 PZ PW86 PWR Card Lamp Indications
62. R 3 Page 51 Revision 2 0 200 007 Sheet 3 55 Termination of Cables 3 Figure 007 3 shows the LTC connector pin arrangement PIMO LTCO LTC1 26 1 LEN0000 26 1 LEN0024 27 2 0001 27 2 0025 28 3 0002 28 3 0026 29 4 0003 29 4 0027 30 5 0004 LTO1 30 5 0028 LTO4 APO LTO5 AP1 31 6 0005 31 6 0029 32 7 0006 32 7 0030 33 8 0007 33 8 0031 34 9 0008 34 9 0032 35 10 0009 35 10 0033 36 11 0010 36 11 0034 37 12 0011 37 12 0035 38 13 0012 LT02 38 13 0036 LT06 AP2 LT07 AP3 39 14 0013 39 14 0037 40 15 0014 40 15 0038 41 16 0015 41 16 0039 42 17 0016 42 17 0040 43 18 0017 43 18 0041 44 19 0018 44 19 0042 45 20 0019 45 20 0043 46 21 0020 46 21 0044 108 47 22 0021 47 22 0045 48 23 0022 48 23 0046 49 24 LEN0023 49 24 LEN0047 50 MN 25 50 25 When ADS is mounted in LTOO pins 25 and 50 of LTC1 bring out the AD8 internal modem leads Figure 007 3 LTC Connector Pin Arrangement CHAPTER 3 NDA 24219 Page 52 Revision 2 0 200 007 Sheet 4 55 Termination of Cables
63. RT ASSIGNMENT TABLE REMARKS PN 2AMP Card number must be assigned to the 1st LEN 4 Not to be LEVEL 0 and or 3rd LEN LEVEL 2 of each LT LEVEL 7 assigned slot lt LEVEL 6 lt LEVEL 5 lt LEVEL 4 lt LEVEL 3 Card No LEVEL 2 C100 C163 LEVEL 1 LEVEL 0 PN 2ILC ISDN circuit station number must be assigned to Ist LEN LEVEL 0 and or 2nd LEN LEVEL 1 of lt Not to be each LT slot LEVEL 7 assigned lt LEVEL 6 lt a LEVEL 5 lt LEVEL 4 gq LEVEL 3 LEVEL 2 1 ISDN Circuit LEVEL 1 Station No LEVEL 0 CHAPTER 4 NDA 24219 Page 136 Revision 2 0 1 3 Customer Specification Sheets This section provides the various sheets for designing the customer specifications of the PBX The office data re quired for customizing the system are programmed with the customer specification The installer should complete the following sheets by referring the RESIDENT SYSTEM PROGRAM in the Command Manual and Section 1 2 General Information on Customizing Data of this chapter 1 3 4 Numbering Plan Table 4 3 Numbering Plan Data Table Numbering Plan Group PROGRAMMING 20 21 ACCESS CODE FUNCTIONS REMARKS Note fspace is insufficient use copies NDA 24219 CHAPTER 4 Page 137 Revision 2 0 1 3 2 Station Data Table 4 4 Station Data Table CM10 11 12 13 15 SERVICE CLASS RESTRICTION CLASS STATION TYPE
64. TION NUMBER Note fspace is insufficient use copies NDA 24219 CHAPTER 4 Page 141 Revision 2 0 1 3 6 Speed Calling System Data Table 4 8 Speed Calling System Data Table ABBREVIATED CODE SENDING NUMBER PROGRAMMING CMT1 72 REMARKS Note fspace is insufficient use copies CHAPTER 4 Page 142 Revision 2 0 NDA 24219 1 4 System Configuration 1 4 1 Port Assignment Table Table 4 9 Port Assignment Table LT SLOT No LTOO 1701 LTO2 LTO3 LTO4 1705 LTOG 1707 0127 0071 0079 0087 0095 0103 0111 0126 0070 0078 0086 0094 0102 0110 Fill Blank With Station Trunk No 0125 0069 0077 0085 0093 0101 0109 0124 0068 0076 0084 0092 0100 0108 PIM1 0123 0067 0075 0083 0091 0095 0099 0103 0107 LEN No 0122 0066 0074 0082 0090 0094 0098 0102 0106 0121 0065 0073 0081 0089 0093 0097 0101 0105 0120 0064 0072 0080 0088 0092 0096 0100 0104 LT SLOT No LTOO 1701 LTO2 LTO3 1704 1705 1706 1707 LTOB8 0063
65. VENTILATED INTERVAL YEARS YEARS YEARS AREA ELECTROLYTE LEAKAGE OR OTHER HAZARDS NOT SHORT RESULT IF THE BATTERY IS NOT REPLACED IN REPLACE BATTERY ONLY AFTER BATTERY GASES ACCORDANCE WITH THE SPECIFIED INTERVALS C HAVE BEEN DISPERSED P Figure 005 1 Battery Replacement Information NDA 24219 CHAPTER 3 Page 45 Revision 2 0 200 005 Sheet 3 4 Connection of Battery 1 1 Internal Battery Connection 1 Mount the battery unit 24V DC 2 6 AH into the PIM standard with system as shown in Figure 005 2 BATTERY UNIT 2x12V DC 2 6 AH STANDARD DIMENSION OF BATTERY 34mm 1 3 C 60mm 2 4 inches PIM 178mm 7 inches re FRONT Figure 005 2 Internal Battery Mounting CHAPTER 3 NDA 24219 Page 46 Revision 2 0 200 005 Sheet 4 4 Connection of Battery 2 Plug the battery cable connector into the BATT1 connector on the PZ PW86 PZ PW 112 as shown in Fig ure 005 3 3 Secure the batteries and battery cable using tie wraps PLUG IN TO BATT 1 CONNECTOR ON PZ PW86 PIM BASE TIE WRAP Figure 005 3 Internal Battery Connection NDA 24219 CHAPTER 3 Page 47 Revision 2 0 200 006 Sheet 1 2 Cable Running to MDF 1 MDF CABLE To facilitate the termination of the 25 pair cables MDF cables from the system to the the length of each ca
66. ains the procedures for installing the PBX system The installer should follow the flowchart proce dure shown in Figure 3 2 In the flowchart an NAP NEC Action Procedure Number denoted on the right side of each action refers to the details for each procedure START UNPACKING NAP 200 001 MARKING AND DRILLING NAP 200 002 INSTALLATION OF MAIN EQUIPMENT NAP 200 003 BUS E ONNETON 200 004 SE NAP 200 005 CABLE RUNNING NAP 200 006 TERMINATION OF CABLES ON MDF NAP 200 007 SWITCH SETTING OF CIRCUIT CARDS NAP 200 008 9 Figure 3 2 Procedure Flowchart CHAPTER 3 NDA 24219 Page 24 Revision 2 0 MOUNTING OF CIRCUIT CARDS NAP 200 009 SYSTEM INITIALIZATION AND NAP 200 010 SYSTEM DATA ENTRY OPERATION NAP 200 011 TEST edd CLEANING AND VISUAL CHECK NAP 200 012 MOUNTING OF FRONT COVER NAP 200 013 Figure 3 2 Procedure Flowchart Continued The label shown in Figure 3 3 is attached to the NAP sheet for each procedure in which circuit cards are handled When doing such a procedure the installer must perform the procedure with caution to prevent damage caused by static electricity See Section 1 2 Static Electricity Guard in this chapter ATTENTION Contents Static Sensitive Handling Precautions Required Figure 3 3 Static Sensitive Caution Label NDA 24219 CHAPTER 3 Page 25 Revision 2 0 200 001 Sheet 1 2
67. ata 15 and System Reset system with SCOT card CHAPTER 3 NDA 24219 Page 118 Revision 2 0 200 010 Sheet 2 7 System Initialization and System Data Entr 2 SYSTEM DATA ENTRY There are two methods for data entry both of which employ a Customer Administration Terminal CAT or a Maintenance Administration Terminal MAT 2 1 CAT Any multiline terminal can be assigned as a CAT terminal through programming The multiline terminal can still be used as a regular telephone when it is not in CAT mode If the system is initialized by Resident System Pro gram every multiline terminal will be able to go into CAT mode If the system is initialized by Clear only LENO0OO is assigned as CAT port the DLC card must be installed in slot LTOO The following procedures provide actions to set up a multiline terminal as a CAT To set CAT mode 1 Press TRF 2 Press CNF CNF lamp flashes 3 Press CNF lamp is off 4 Press TRF 5 Press CNF CNF lamp flashes 6 Press SPKR ANS lamps are lit CAT MODE displays on the LCD 7 Press ST COMMAND displays on the LCD Note Itis necessary to complete Steps 1 through 6 within 4 seconds NDA 24219 CHAPTER 3 Page 119 Revision 2 0 200 010 Sheet 3 7 System Initialization and System Data Entr
68. ble to be used should be predetermined according to the distance between the MDF and the system Each cable should be labeled at both ends using a cable number or cable designation as shown in Figure 006 1 CHAMP CONNECTOR TO PIM lt TWISTED 25 PAIR CABLES Al 2 TO MDF FROM CABLE CABLE MODULE CONNECTION NUMBER DESTINATION LTCO 1 0 LTCO PIMO MDF LTCI 2 0 LTCI LTCO 3 1 LTCO PIMI MDF LTCI 4 1LTCI Figure 006 1 MDF Cable CHAPTER 3 NDA 24219 Page 48 Revision 2 0 200 006 Sheet 2 2 Cable Running to MDF 2 CABLE RUNNING TO EXTERNAL MDF 1 Bring the MDF cable up to the Main Equipment through the cable hole s of the bottom cover 2 Connect the champ connector of each MDF cable to an LTC connector located on a PIM using the screws provided as shown in Figure 006 2 3 Pare the sheath of each MDF cable and secure the shield to the bottom of the PIM using tie wraps as shown in Figure 006 2 PIM 25 30 mm 1 0 1 2 inch SHIELD TO MDF Figure 006 2 Cable Running to External MDF NDA 24219 CHAPTER 3 Page 49 Revision 2 0 200 007 Sheet 1 55 Termination of Cables 1 CABLE CONNECTION TO MDF 1 Connect the cables to the MDF referring to Figure 007 1 and Table 007 1 PIM Vacant Space LTC CONNECTOR Figure 007
69. ca c alc eee 30 1 Walkhiouniing Installation secos e x ehem x Rh meh 30 2 19 Inch Rack Mounting 35 3 DESRTOP naala ER RE E 36 S S DD cic aei ics ac haku d FQ TG eg bett 37 004 PWR CA A and BUS Cable Connection 42 005 44 Te Baler C Ons lo u die ce RETOUR REX VOTE PC PAR AREA 44 Td Jana Battery Cannes 46 Cable Running io isis seas ahw ah ERR 48 te DP abe AA LE 48 2 Gable Running to External MBP JU a s ER 49 DO Tennination of Cables on MDP uU u suut RF AR 50 1 Cable Connection to EC dea 50 2 MDF Cross Connections arca lie ab RR PRAE ASTRA KC 54 JUS Swich Seling dI Greuil Card iy ARR QR E Rea ER SR 105 1 Grout Carde Swen Segreterie darei pex eb 105 s PRIGPUSIMIP 2 rade doo A dw ie doe ADR 106 Os PP eG os cece ta ae dete duende tae dee wae qiu EE e dq dE qu kus 109 q PEP ets A AIRONE ex d a baba RU eee ds 112 B PROG ROO ati ae pau aure p up qe ide Mp ane 114 009 Mounting Circuit RR ERROR RE RR
70. crews provided PZ 8PFTA PIM L Figure 007 33 Mounting PZ 8PFTA Card to PIM NDA 24219 CHAPTER 3 Page 93 Revision 2 0 200 007 Sheet 45 55 Termination of Cables Install the PZ 8PFTA card to the PIM according to the following steps STEP2 Connect the champ connectors of 25 pair cables to the PFTO and PFT1 connectors on the PZ 8PFTA card as shown in Figure 007 34 Then secure them to each other using screws and tie wraps PFTO CONNECTOR TO MDF SEE STEP 3 PFT1 CONNECTOR PZ 8PFTA 25 PAIR CABLE CHAMP CONNECTOR PROVIDED WITH PZ 8PFTA Figure 007 34 Connection of 25 Pair Cable and PZ 8PFTA CHAPTER 3 NDA 24219 Page 94 Revision 2 0 200 007 Sheet 46 55 Termination of Cables on MDF STEP3 Connect the 25 pair cables on the MDF referring Figure 006 34 and Figure 006 35 Figure 007 35 shows the PFT connector pin assignment for each PFT circuit number No 0 No 7 PZ 8PFTA PFTO PFTI oe d PFT1 26 TO 1 Sta RO 26 Sta T6 1 Sta R6 27 4LC TO 2 4LC RO 27 ALC T6 2 4LC R6 28 CO To 3 c 0 R0 28 C O Te 3 C
71. d disconnect signaling when 1800 series software or higher is used Figure 2 6 Circuit Card Mounting Slots NDA 24219 CHAPTER 2 Page 17 Revision 2 0 4 2 Installation Conditions 20 The application circuit cards PN BRTA and PN 24DTA A cannot be mounted in slots 1 or AP3 when an 8 port card is mounted in Slot 04 or 06 since these slots share a connection to the MDF via the back plane 21 The application circuit card type 0 can be mounted in any LT AP slot but it occupies two slot po sitions i e the slot immediately to its right must be vacant 22 PN PW00 can be mounted in any LT AP slot or LT slot but it occupies two slots i e the slot immediately to its left must be vacant 23 AD8 0 can be mounted in any LT or LT AP slot but it occupies three slots i e the two slots immediately to its left must be vacant It is recommended that LT00 be used when mounting the AD8 since the vacant space to its left is specifically provided for this purpose and only LTOO brings leads out for ter mination of the ADS internal modem Note The PN CC00 must be mounted adjacent to its related PN APOI card in order to allow the connection of cable type 48 TW 0 3 CONN CA between these cards CHAPTER 2 NDA 24219 Page 18 Revision 2 0 CHAPTER3 INSTALLATION PROCEDURE 1 PRECAUTIONS 1 4 Grounding Requirements The system grounding must have a specific ground resistance and AC noise level and is to be con
72. e 98 Revision 2 0 200 007 Sheet 50 55 Termination of Cables 14 SN716 DESKCON a Installation of SN716 DESKCON see Figure 007 38 STEP 1 Unpack and assemble SN716 DESKCON DEST 1 Talk 4 5 6 19 22 20 7 Answer 25 Figure 007 38 Assembly of SN716 DESKCON NDA 24219 CHAPTER 3 Page 99 Revision 2 0 200 007 Sheet 51 55 Termination of Cables STEP2 Plug the line cord from the modular jack into the modular jack located on the bottom of the DESKCON labeled Line This interface is a 6 conductor 3 pair modular jack The inner 1 pair is for signal and the outer 2 pairs are for power supply when connected via PN PWO0 See Figure 007 39 Ta Page Rec i Line I i H S 0 For Handset or Headset H S 1 For Handset or Headset BOTTOM VIEW OF DESKCON DESKCON AC ADAPTER POWER OPTION NEAX1000 IVS SN716 DESKCON MODULAR MRE TERMINAL 1 1 I I N gt gt PN 4DLC I PN 8DLG I I I 1 1 24 AC Adapter DESKCON PN PW00 POWER OPTION NEAX1000 IVS SN716 DESKCON MODULAR MDF TERMINAL PN 4DLC PN 8DLC I PN 4DLC I PN 8DLC Figure 007 39 SN716 DESKCON Cable Connection CHAPTER 3 NDA 24219 Page
73. e leak NDA 24219 REGULATORY INFORMATION Page xi Revision 2 0 This page is for your notes REGULATORY INFORMATION NDA 24219 Page xii Revision 2 0 1 INTRODUCTION 1 PURPOSE This manual explains the installation procedure for the NEAX1000 IVS PBX System 2 REFERENCE MANUAL During installation refer to the NEAX2000 IVS manuals listed in Figure 1 1 REFERENCE MANUALS DESCRIPTION MAINTENANCE MANUAL p MAINTENANCE PROCEDURE COMMAND MANUAL p COMMAND DESCRIPTION CIRCUIT CARD MANUAL p CIRCUIT CARD DESCRIPTION m CIRCUIT CARD MOUNTING CONDITIONS L SWITCH SETTING OF CIRCUIT CARD Figure 1 1 Installation Reference Manuals NDA 24219 CHAPTER 1 Page 1 Revision 2 0 3 HOW TO FOLLOW THIS MANUAL The Installation Procedure is shown by means of flowcharts with an NAP NEC Action Procedure Number The detail of the work for each step is described in corresponding NAP 4 SCOPE OF INSTALLATION PROCEDURES This manual covers the installation shown in Figure 1 2 NAP 200 003 INSTALLATION OF MAIN EQUIPMENT NAP 200 007 SWITCH SETTING OF CIRCUIT CARDS NAP 200 008 MOUNTING OF CIRCUIT CARDS SN610 Fal ATTCON or DESKCON Multiline Terminal MDF CABLE A NAP 200 005 E i CABLE RUNNING TNE i Single Line Telephone NAP 200 006 TERMINATION OF i CABLES ON
74. eceives signals on the D channel of ISDN Primary Rate 23B D SPN SCO2 ICH ISDN channel Handler Card This card provides the D channel signaling interface and controls an ILC Layer 2 and 3 Provides signaling interface for two ILCA cards NDA 24219 CHAPTER 2 Page 11 Revision 2 0 Table 2 5 Functional Outline of Application Circuit Cards Continued CARD NAME FUNCTIONAL FUNCTIONAL OUTLINE NAME SPN DAIA DAIA Firmware Processor Bus Card With 1 Used in main system when connecting to Remote PIM SPN DAIB SPN 4RSTB MF 911 Provides MF signaling for Enhanced 911 911 SPN SC03 CSH Channel Handler for Zone Transceivers SPN SC03 ICH ISDN BRI Channel Handler Provides D channel signaling interface for four ILCA cards 3 3 3 Line Trunk Circuit Cards Table 2 6 shows the functional outline of each line trunk circuit card Table 2 6 Functional Outline of Line Trunk Circuit Cards CARD NAME FUNCTIONAL FUNCTIONAL OUTLINE NAME PN 2AMPA AMP 2 line Amplifier Trunk Card This card equipped with the functions of Echo Canceller EC Automatic Gain Controller AGC and Tone Disabler TD PN AUCA AUC 2 line Long Line Circuit Card provided with the Power Failure Transfer PFT function line resistance in the case of a long line circuit Max 2500 ohms inclusive of the internal resistance of the distant office equipment This card is internally equipped with a
75. en the system is two PIM configuration connect PIMs with three bolts provided Figure 003 1 Connection of PIMs CHAPTER 3 NDA 24219 Page 30 Revision 2 0 200 003 Sheet 2 12 Installation of Main Equipment 2 Using appropriate fasteners locally provided see Table 003 1 for the type of wall constructions secure the PIM to the wall For the wall mounting points refer to Figure 002 1 in NAP 200 002 Table 003 1 Recommended Fasteners WALL TYPE RECOMMENDED FASTENER Plaster Board Molly Anchor Type Thickness Min 9 6 mm Min 3 5 mm 0 14 inch DIA 0 38 inch Max 4 5 mm 0 17 inch DIA Wood Type Screws Min 3 5 mm 0 14 inch DIA Max 4 5 mm 0 17 inch DIA Concrete Anchor Bolt Type Recommended 4 mm 0 16 inch by 25 mm 0 98 inch Note The wall types are listed in recommendation order Concrete is the most secure Plaster board is the least secure NDA 24219 CHAPTER 3 Page 31 Revision 2 0 200 003 Sheet 3 12 Installation of Main Equipment 3 After hanging PIM onto the wall tighten each M4 machine screw using a phillips screw driver M4 MACHINE SCREW B X4 PIM Figure 003 2 Screwing PIM to Wall CHAPTER 3 NDA 24219 Page 32 Revision 2 0 200 003 Sheet 4 12 Installation of Main Equipment 4 Connect the TOP COVER to the upper PIM with four screws and connect the BOTTOM COVER to the lower PIM with four scre
76. f Basic Rate interface and provides one 2 channel PCM digital line SPN ME00 EXTMEM Memory Expansion Card This card is used with PN APOO A card for providing expansion memory This card can be equipped with an expansions SRAM card 1MB as SMDR data memory SPN CC00 ETHER Ethernet Control Card This card is used with the PN AP01 card to accommodate the Ethernet transmitting receiving a signal of TCP IP protocol SPN CK00 PLO Phase Locked Oscillator Card This card is a phase locked oscillator for providing a synchronized clock signal with the network This card is used when the PBX 15 master office or when the PBX requires two clock supply routes and those frequencies differ SPN 24DTA SPN 24DTA A DTI Digital Trunk Interface 23B D 1 5 Mbps Card This card accommodates 24 channel PCM digital lines SPN ARSTB MFR 4 line MF Receiver Trunk card This card is used for MF Signaling on Digital DID trunks A maximum of four cards can be provided per one system including the PN 4RSTC card SPN ARSTC CIR 4 line CALLER ID Receiver Trunk Card This card is used for CALLER ID CLASS SM on analog trunks A maximum of four cards can be provided per one system including the PN ARSTB card SPN SC00 CCH Common Channel Handler Card This card transmits receives signals on the common signaling channel of No 7 CCIS SPN SCOI DCH D channel Handler Card This card transmits r
77. for PET PZ SPETAY a u dee ER Siu eee ee dius 96 MDF Cross Connection for Alarm Display 98 Assembly of SN716 DESKOON daredia RR 99 5N716 DESKCON Cable Connection unes RARE esa 100 MDF Cross Connection with AC Adapter Power 101 MDF Cross Connection via PN PW00 Power Option 102 Single Line Device Interface hh 103 Message Center Interface Connection for to 104 Quel Saka ied hese ONS Ea dud ca x adu kata 106 PZ oes iba qo pr tara idea Pd qc MM AY pusa 109 PLP le PWR Gad sa wh eda sca oe ers pd RR d doe RR CR de pol edd acd ido dde dna 112 PREGGO 91 Gal ceu bte ctp ACESS QE POE 114 PZ PWSEIPZIPWTITIZ Card Lamp Indication 22062485 ELITE 115 SEES aspe esa ace d a peque uq da eo p Pate ops aequa de 116 Installing Gard Stopper ana Qr Pe RE X Rr dean C Rd 117 Connecting External Hold Tone Source 122 MP Card Sw SUIS vo aqu d 1d Pg Xu PCI OUS SOT ea oc eC 122 127 Mod le Configuration Rak R
78. g 1 digit 4 digits and any combination of these types is avail able in one system 4 The same station number cannot be assigned even if the tenant service is applied NDA 24219 CHAPTER 4 Page 129 Revision 2 0 1 2 2 Station Data In this table the following data are required Station Number Station numbers up to four digits specified in the Numbering Plan Table are assigned For the Multiline Terminal station specify the Primary Extension Number of Telephone The type of station telephone set is specified as shown below TYPE OF TEL DESCRIPTION usce Dial Pulse Telephone set PB sve DTMF Telephone set Multiline Terminal Multiline Terminal set SERVICE CLASS A B C Specify the service class 1 15 programmed in the Service Restriction Data Table RESTRICTION CLASS DAY NIGHT Specify the Trunk Restriction Class as shown below Unrestricted Non Restricted 1 Non Restricted 2 Semi Restricted 1 Semi Restricted 2 Restricted 1 Restricted 2 Fully Restricted DIT TRUNK NUMBER In the case of the DIT Direct In Termination station specify the trunk number connected 1 2 3 Trunk Data In this table the following data are required ACCESS NUMBER Specify the access code for the trunks DESTINATION Specify the distant office such as Central Office Public Exchange Tie Line etc CHAPTER 4 NDA 24219 Page 130 Revision 2 0 NUMBER OF LINE Specify the n
79. g cards required in the system Fill in the data programming sheets on Section 2 with For programming method and detailed information on the Customer Specification Sheet Port Assignment commands refer to the Command Manual Table and Bay Face Layout completed as steps 1 and 2 Ensure that the data on all programming sheets are correct and consistent with customer specifications Specify the switch setting on the boards with the For the function of each switch on the cards refer to Switch Setting Table in the Circuit Card Manual the Circuit Card Manual 1 2 General Information on Customizing Data 1 2 1 Numbering Plan This table specifies the service feature access codes trunk access code station numbers and other special access codes The service feature access codes and trunk access codes are given to each service feature and each trunk routes respectively with a maximum three digit code The station numbers are specified by a maximum of four dig its For the numbering plan of the system the following conditions should be considered 1 The same first digit code cannot be assigned to the other features within the Numbering Plan Group pro grammed This condition is not applicable to the system providing the Single Digit Timing Start Access 2 The feature access codes should be two or three digits because multiple access codes for each feature are required 3 There are four types of station numberin
80. he PLO card PN CK00 SW2 2 SW2 3 OFF ON OFF lt When not using the internal PLO and the PLO card SW2 2 SW2 3 OFF OFF When using RS1 port for built in MODEM ON When using RS1 port for RS 232C VR Rotary SW Variable Resistor for External Hold Tone Source 20 0 20 KO Clockwise 0 JPO Jumper pin For normal operation Note Do not remove this jumper The power to RAM will be removed causing loss of Office Data Pro Front gramming Not used JP1 Jumper pin For normal operation Note Do not relocate this jumper when power is turned on For using External Tone Source Front The figure in the SWITCH NAME column and the position in in SETTING POSITION col umn indicate the standard setting of the switch When the switch is not set as shown by the figure and D the setting of the switch varies with the system concerned Note 5 the groove on the switch knob to the desired switch position CHAPTER 3 NDA 24219 Page 108 Revision 2 0 200 008 Sheet 5 10 Switch Setting of Circuit Card ATTENTION Contents Static Sensitive Handling Precautions Required CAUTION When the operating power is being supplied to this circuit card do not plug unplug this circuit card into from its mounting slot 3 PZ PW86 PWR 1 Locations of Lamps Switches and Connectors see Figure 008 2 PZ PW86 C
81. ion of SN610 ATTCON STEP 1 Screw the handset support onto the bottom of the console as shown in Figure 007 14 HANDSET SUPPORT P SN610 ATTCON CHAPTER 3 Page 70 Revision 2 0 Figure 007 14 Mounting Handset Support to SN610 ATTCON NDA 24219 200 007 Sheet 22 55 Termination of Cables on MDF STEP2 provide the console with the headset in place of the handset unplug the modular cord from the hand set and then plug the modular cord to the jack set as shown in Figure 007 15 MODULAR CORD en a JACK SET Figure 007 15 Jack Set Installation for SN610 ATTCON NDA 24219 CHAPTER 3 Page 71 Revision 2 0 200 007 Sheet 23 55 Termination of Cables on MDF Set the switch located inside the console according to the type of headset handset connected Refer to Figure 007 16 Slide the directory out of the way Then insert a flat screw driver s blade into the notched opening and apply light upward pressure until the access panel is clear of the front lip At the same time apply pressure toward you at the rear of the pedestal to move the access panel ACCESS PANEL DIRECTORY Figure 007 16 SN610 ATTCON Switch Setting CHAPTER 3 NDA 24219 Page 72 Revision 2 0 200 007 Sheet 24 55 Termination of Cables on MDF Setthe switch according to the type of headset handset connected C Carbon
82. line individual service may be extended by means of a certified connector assembly telephone extension cord The customer should be aware that compliance with the above conditions may not prevent degradation of service in some situations NDA 24219 REGULATORY INFORMATION Page ix Revision 2 0 Repairs to certified equipment should be made by an authorized Canadian maintenance facility designated by the supplier Any repairs or installations made by the user to this equipment or equipment malfunctions may give the telecommunications company cause to request that the user disconnect the equipment Users should ensure for their own protection that the electrical ground connections of the power utility telephone lines and internal metallic water pipe system if present are connected together This protection may be particularly important in rural areas CAUTION 1 Users should not attempt to make such connections themselves but should contact the appro priate electric inspection authority or electrician as appropriate CAUTION 2 The act of monitoring or recording telephone conversations under certain circumstances may violate federal or state statutes Consultation with your legal counsel prior to engaging in such practices would be advisable NOTICE The Load Number assigned to each terminal device denotes the percentage of the total load to be connect ed to a telephone loop which is used by the device to prevent overloading The termina
83. llowing items e Wrist Strap is connected Frame Ground Switch setting of circuit cards is already completed Refer to the Circuit Card Manual SWI switch of PZ PW86PZ PW 112 Card is turned off 4 Mount circuit cards into their mounting positions according to the Face Layout and Port Assign ment Table given in the System Data Sheet Figure 009 2 shows the mounting method of circuit cards TO FRAME GROUND CONNECTION SEE FIGURE 3 1 WRIST STRAP CARD CONTACT SIDE CARD FRONT SIDE Figure 009 2 Mounting Circuit Cards CHAPTER 3 NDA 24219 Page 116 Revision 2 0 200 009 Sheet 3 3 Mounting Circuit Cards 5 Install the Card Stopper according to the following procedure a Insert the left side of the Card Stopper to the slot for the Card Stopper as shown in Fig A of Figure 009 3 b Loosen the attached screw for the Card Stopper and hang the right side of the Card Stopper onto the screw Then tighten the screw as shown in Fig B of Figure 009 3 Fig Fig A PIM PZ PW86 PZ PW112 8T SCREW Qum STOPPER VO CIRCUIT CARD Fig A Figure 009 3 Installing Card Stopper NDA 24219 CHAPTER 3 Page 117 Revision 2 0 200 010 Sheet 1 7 System Initialization and System Data Entr 1 SYSTEM INITIALIZATION There are two methods for Syste
84. ltiline Terminal Series II SN610 Attendant Console 27 V Version 4 wire type Note This card is equipped with quick diagnostics to detect short line conditions PN 8DLCJ DLC 8 line Digital Line Circuit Card for Multiline Terminal Series E Series III DSS Console PN 8DLCP DESKCON 27 V Version 2 wire type Note PN 2DPCB DPC 2 line Data Port Controller Card This card is used for the intra office or inter office digital data transmission on fixed path connection This card can accommodate a maximum of two DTE with V 11 X 21 interface or V 24 V 28 RS 232C interface PN 2ILCA ILC 2 line ISDN Line Circuit Card This card provides a physical interface to ISDN Terminals PN ALCD A LC 4 line Analog Line Circuit Card for single line telephones Loop resistance Max 600 ohms This card is equipped with the function for controlling Message Waiting Lamp Each 4 circuits are equipped with momentary open function This card is equipped with quick diagnostics to detect short and open line conditions This card is internally equipped with a 80 V DC DC Power Supply circuit CHAPTER 2 Page 13 Revision 2 0 NDA 24219 Table 2 6 Functional Outline of Line Trunk Circuit Cards Continued CARD NAME FUNCTIONAL FUNCTIONAL OUTLINE NAME PN 8LCS LC 8 line Analog Line Circuit Card for single line telephones Loop resistance Max 600 Q This card is equipped with a controller for momentary open function PN M03 M03 V
85. m Initialization The first method is to Clear Data except LEN0000 as CAT terminal and then program the System Data The second method is to use the Resident System Pro gram which causes the system to configure itself automatically to the default settings wherever the line trunk cards are installed Refer to the System Data Sheet for the default settings Turn on the SW1 switch on the PZ PW86 PZ PW 112 card The ON lamp must be lit on the PZ PW86 PZ PW 112 card 1 1 All Clear Except LEN0000 CAT STEP 1 On the MP Card set SW3 to B and press SW1 STEP 2 When the MN lamp on the system is lit set SW3 to the 0 position and press SW1 The operating mode has been changed to the ON LINE mode 1 2 Resident System Program STEP 1 Mount the Line Trunk cards into PIM STEP 2 On the MP Card set SW3 to and press SW1 After 30 to 40 seconds the MN lamp turns on The system has loaded the Resident System Program Note Ifthe MJ lamp is lit repeat Step 2 STEP 1 Set SW3 to the 0 position and press SW1 The operating mode has been changed to the ON LINE mode Note 1 Refer to the System Data Sheet for additional information on the Resident System Program and the initialization of the system without a MAT enabling CAT mode Note 2 After the Resident System Program has been loaded and need to do the System ID load CM83 gt 0 gt ID number and CM3509 3520 Route 00 d
86. may also be used as a Remote PIM Note 5 Customer provides equipment marked with Figure 2 1 PBX Trunking Diagram NDA 24219 CHAPTER 2 Page 3 Revision 2 0 Table 2 1 Symbols in Trunking Diagram Description SYMBOL DESCRIPTION SYMBOL DESCRIPTION AMP Amplifier for External Speaker ILCA BRI Station Line Card SMDR MCI PMS Hotel Application Card KEY External Key APOI OAI Interface Card LCD LCS Line Circuit Card for Single Line Telephone AUC Analog Universal Circuit Card MAT Maintenance Administration Terminal Long Line Circuit DID Trunk BGM External Music Source for Multiline Main Distribution Frame Terminal Back Ground Music Service CCH Common Channel Handler Card MEM Main Memory CFT 6 10 Party Conference Trunk Card MFR MF Receiver Trunk Card TIANI COT C O Trunk Card MLDT Melody Trunk Card COTG Analog Caller ID Trunk Card MODEM Modem CSIA Zone Transceiver Line Card MP Main Processor Card DAT Digital Announcement Trunk Card PFT Power Failure Transfer DCH D Channel Handler Card ODT OD Trunk Card 2 4 wire E amp M DIT DID Trunk Card PBR PB Receiver Card DK External Relay Key Interface Card PBSND PB Sender DLCD DLCJ Digital Line Circuit Card PLO Phase Lock Oscillator for Multiline Terminal DESKCON DLCB Digital Line Circuit Card PW00 Power Card for 2 Zone Transceivers or one for Multiline Terminal Long Line Attendant DeskCon DESKC
87. measures may be required to cor rect the interference 3 FCC Part 68 Registration 3 1 Company Notification Before installing the NEAX1000 IVS to the telephone network the telephone company must be provided with the following Your telephone number The FCC registration numbers JAPAN USA PBX AYSJPN 20542 PF E AYSUSA 21582 PF E Hybrid AY5JPN 20543 MF E AYSUSA 21583 MF E Key system AYSJPN 20586 KF E AYSUSA 21584 KF E The Ringer Equivalence Number is 1 6B the required USOC jacks are RJ21X RJ2EX and RJ2GX NDA 24219 REGULATORY INFORMATION Page vii Revision 2 0 Note Limitations on features exist if the system is registered as system Refer to Features and Specifications for details 3 2 Service Requirements In the event of equipment malfunction all repairs will be performed by NEC or an authorized distributor of NEC It is the responsibility of users requiring service to report the need for service to NEC or to one of their authorized distributors If the equipment causes harm to the telephone network the telephone company will notify you in advance that tem porary discontinuance of service may be required If advance notice is not practical the telephone company will no tify the customer as soon as possible Also you will be advised of your right to file a complaint with the FCC if you believe it is necessary The telephone company may make changes in its facilities equip
88. ment operations or procedures that affect the op eration of the equipment If this happens the telephone company will provide advance notice in order for you to make necessary modifications in order to maintain uninterrupted service If trouble is experienced with this equipment please contact NEC America Inc s Oregon plant at 503 648 5000 for repair and or warranty information If the trouble is causing harm to the telephone network the telephone com pany may request that you remove the equipment from the network until the problem is resolved NO REPAIRS CAN BE DONE BY THE CUSTOMER 3 3 Location of FCC Compliance Labels Labels stating the NEAX1000 IVS FCC registration number and compliance with FCC Parts 15 and 68 are attached on the inside of the system s front cover Example of the labels are as follows This equipment complies with the requirements in NEAX1000 IVS Part 15 of FCC Rules for a Class A computing device Complies With Part 68 FCC Rules Operation of this equipment in a residential area may FCC Registration Numbers AYSUSA 21582 PF E cause unacceptable interference to radio and TV re AY5USA 21583 MF E ception requiring the operator to take whatever steps AY5USA 21584 KF E are necessary to correct the interference Ringer Equivalence 1 6B NEC NEC America Inc MADE IN USA 4 Direct Inward Dialing DID Calls Allowing this equipment to be operated in such a manner as to not provide for proper answer s
89. moving a circuit card from the PIM or when inserting a circuit card in the PIM follow the procedure in Table 3 1 Table 3 1 Removing Inserting Circuit Cards Procedure PROCEDURE CIRCUIT CARD PN CP03 MP PZ PW86 PWR PZ PW112 PWR PN PW00 INSERT Power off Insert Power on REMOVE Power off Remove Power on CONDITION Always insert or remove these circuit cards with poweroff to prevent damage to the card or other system circuitry PN AP00 PN ME00 EXTMEM PN BRTA BRT PN BS00 B BS00 PN BS01 B 501 PN CK00 PLO PN 24DTA A DTI PN 4RSTB MFR PN 4RSTC CIR PN SC00 CCH PN SCO1 DCH PN SC02 ICH PN SC03 ICH PN SC03 CSH PN VM00 Power off or MB switch on 4 Insert 4 Power on or MB switch off Power off or MB switch on Power on Always insert or remove these circuit cards under Make Busy condition or power off to prevent damage to the card or other system circuitry 1 AP01 PN CC00 ETHER CHAPTER 3 Page 22 Revision 2 0 Refer to the OAI System Manual NDA 24219 CAUTION Always hold the card name label area when inserting or removing a circuit card Touching anoth er area may result in exposure to hazard voltages NEVER TOUCH THE COMPONENTS OR SOLDERED SURFACE WITH BARE HANDS mi CARD FRONT NDA 24219 CHAPTER 3 Page 23 Revision 2 0 2 PROCEDURE This section expl
90. nd is easily accessible to service personnel 2 MARKING Locate and mark the wall mounting points as shown in Figure 002 1 209 mm ANCHOR x4 11 6 inch p 30 mm 1 2 inch E A 302 mm 354 mm 11 9 inch 13 9 inch 290 mm gt 30 mm 1 2 inch La 30mm i2inh ATL os 30 mm 1 2 ti a Zs gt 302 354 mm 302 mm PIM 354 mm 11 9 inch 13 9 inch 11 9 inch 13 9 inch 30 mm 1 2inch 30 mm 1 2 inch EI int ur 350 mm 350 mm 13 8 inch N x 13 8 inch ANCHOR 4 PBX BOTTOM POSITION ONE PIM CONFIGURATION TWO PIM CONFIGURATION Figure 002 1 Wall Mounting Points CHAPTER 3 NDA 24219 Page 28 Revision 2 0 200 002 Sheet 2 2 Marking and Drilling 3 DRILLING Install anchor bolts as shown in Figure 002 2 1 DRILL A HOLE IN THE CONCRETE WITH A 1 2 3 4 DRILL SUITABLE FOR A PLUG BOLT A LITTLE DEEPER THAN THE PLUG BOLT LENGTH Z 4 2 INSERT THE ANCHOR BOLT INTO THE HOLE 4 3 PUSH ANCHOR BOLT UNTIL THE BOLT STAYS PERMANENTLY IN PLACE 4 TURN BOLT COUNTERCLOCKWISE AND REMOVE CE ISN Figure 002 2 Installing Anchor Bolt NDA 24219 CHAPTER 3 Page 29 Revision 2 0 200 003 Sheet 1 12 Installation of Main Equipment 1 WALL MOUNTING INSTALLATION 1 Wh
91. ne line Excessive RENs on the telephone line may result in the devices not ringing in response to an incoming call In most but not all areas the sum of RENs should not exceed five 5 0 To be certain of the number of devices that may be connected to the line as determined by the total RENS contact the tele phone company to determine the maximum REN for the calling area 6 Hearing Aid Compatibility The terminals provided for the NEAX1000 IVS are hearing aid compatible FCC rules prohibit the use of non hearing aid compatible telephones NEC type single line telephone sets used in conjunction with the NEAX1000 IVS are hearing aid compatible If other than NEC type single line telephone sets are to be used with this system ensure that these are hearing aid com patible 7 Industry Canada CS 03 Certification number 140 5976A Load Number of the equipment 21 NOTICE The Industry Canada label identifies certified equipment The certification means that the equipment meets certain telecommunications network protective operational and safety requirements The department does not guarantee the equipment will operate to the user s satisfaction Before installing the equipment users should ensure that it is permissible to be connected to the facilities of the local telecommunications company The equipment must also be installed using an acceptable method of connection In some cases the company s inside wiring associated with a single
92. nected to a pre determined terminal in the PBX Standard grounding requirements are as follows Communication grounding Less than 10 ohm Protective ground for PIM Less than 10 ohm Note The AC ripple on these various grounds should be less than 0 5 Vp p CAUTION Grounding circuit continuity is vital for safe operation of telecommunication equipment Never operate this equipment with the grounding conductor disconnected NDA 24219 CHAPTER 3 Page 19 Revision 2 0 1 2 Static Electricity Guard The installer must wear a grounded wrist strap to protect circuit cards from static electricity WHEN PLUGGING UNPLUGGING A CIRCUIT CARD FRAME GROUND SCREW WRIST STRAP CONNECT THE GROUND WIRE TO THE FRAME EARTH OF THE EQUIPMENT WHEN HOLDING A CIRCUIT CARD NEVER TOUCH THE COMPONENTS OR SOLDERED SURFACE WITH z BARE HANDS mi CARD FRONT Figure 3 1 Static Electricity Guard CHAPTER 3 NDA 24219 Page 20 Revision 2 0 WHEN MAKING A SWITCH SETTING ON A CIRCUIT CARD CIRCUIT CARD WEAR A WRIST STRAP AND PERFORM THE WORK ON A GROUNDED CONDUCTIVE WORK SURFACE WHEN CARRYING A CIRCUIT CARD I CONDUCTIVE POLYETHYLENE BAG CIRCUIT CARD ES WHEN CARRYING A CIRCUIT CARD AROUND KEEP THE CARD IN A CONDUCTIVE POLYETHYLENE BAG Figure 3 1 Static Electricity Guard Continued NDA 24219 CHAPTER 3 Page 21 Revision 2 0 1 3 Removing Inserting Circuit Cards When re
93. old Tone Source on the MP card START DESCRIPTION DATA 8 Select the music to be provided 3 183 4 0 Nocturne 1 4 Minuet CM48 Define the type of call to be provided with Hold Tone Y 0 on the MP card 1 00 Line Call 01 Tie Line Call 02 Internal Call Note When using the MP card set the 2 1400 Hold Tone Source on MP card switch to UP Internal Hold Tone Source END For providing External Hold Tone Source through the MP card START DESCRIPTION DATA 48 Define the type of call to be provided with Hold Y 0 Tone 1 00 C O Line Call 01 Tie Line Call 02 Internal Call 2 1400 Hold Tone Source through MP card END NDA 24219 CHAPTER 3 Page 121 Revision 2 0 200 010 Sheet 5 7 System Initialization and System Data Entr For providing External Hold Tone Source through MP card External Hold Tone Source provided locally For connecting the External Hold Tone Source plug the cable into the MP card jack See Figure 0010 1 PBX MP CARD EXTERNAL HOLD TONE SOURCE JACK Figure 0010 1 Connecting External Hold Tone Source Set the switches on the MP card as shown in Figure 0010 2 POSITION TO BE SET UP INTERNAL HOLD JP1 INTERNAL EXTERNAL TONE SOURCE HOLD TONE SOURCE DOWN EXTERNAL HOLD TONE SOURCE VR VARIABLE RESISTOR FOR EXTERNAL HOLD TONE SOURCE 0 20 CLOCKWISE
94. onsists of two PIMs this card is mounted one in PIMO PN BS01 B Bus Interface Card for PIMI This card is equipped with functions of driver receiver of various signals functions of adjusting gate delay timing and cable delay timing functions of monitoring I O Bus and PCM Bus and functions of controlling power supply When the system consists of two PIMs this card is mounted one in PIMI SPN DAIB Firmware Processor Bus Card With T1 Used when installing PIM as a Remote PIM SPN DAIC Firmware Processor Bus Card With 1 Used when installing PIM as a remote PIM expanded to 43 ports CHAPTER 2 NDA 24219 Page 10 Revision 2 0 3 3 2 Application Circuit Cards Table 2 5 shows the functional outline of each application circuit card Table 2 5 Functional Outline of Application Circuit Cards CARD NAME SPN AP00 A FUNCTIONAL NAME AP00 FUNCTIONAL OUTLINE Application Processor Card This card is equipped with four RS 232C ports and is used for SMDR H M Printer PMS functions and MCI This card is used on the basis of one per system SPN APOI 1 Application Processor Card This card is equipped with one RS 232C port and one Ethernet interface port and is used for OAI function Also this card is used to expand authorization code and ACD This card is used on the basis of one per system SPN BRTA BRI Basic Rate 2B D Interface Trunk Card S T Interface This card has one circuit o
95. pplied to this circuit card do not plug unplug this circuit card into from its mounting slot 4 PZ PW112 PWR 1 Locations of Lamps Switches and Connectors see Figure 008 2 BATTERY START SU q O MN q OoN d GND FG 69 69 69 CN103 SIG sw1 INPUT FRONT VIEW SIDE VIEW Figure 008 3 PZ PW112 PWR Card CHAPTER 3 NDA 24219 Page 112 Revision 2 0 200 008 Sheet 9 10 Switch Setting of Circuit Card 2 Lamp Indications see Table 008 7 Table 008 7 PZ PW112 PWR Card Lamp Indications LAMP NAME FUNCTION Lights upon occurrence of a major fault Lights upon occurrence of a minor fault Remains lit while the power is on 3 Switch Settings see Table 008 8 Table 008 8 PZ PW112 PWR Card Switch Settings SWITCH SETTING NUMBER POSITION For turning AC power and the battery on SWITCH NAME FUNCTION ON gt OFF O For turning AC power and the battery off SW102 Battery Start To start each PIM on battery power when AC PRESS MO power is not provided MENTARILY switch SW must be ON The figure in the SWITCH NAME column and the position in C 2 in the SETTING POSITI
96. rd is provided with eight circuits and can provide the above mentioned control functions on a per circuit basis PN 4DLCA DLC 4 line Digital Line Circuit card for Multiline Terminal Series E Elite Series PN 4DLCM ElectraPro DSS Console 27 V Version 2 wire type Note This card is equipped with quick diagnostics to detect short line conditions and the normality Synchronous Asynchronous of the terminal PN 2DLCB DLC 2 line Digital Line Circuit Card for Multiline Terminal Series E Series III DSS Console PN 2DLCN DESKCON 48V Version 2 wire type Note This card is equipped with quick diagnostics to detect short line conditions and normality Synchronous Asynchronous of terminal This card is internally equipped with a 48 V DC On Board Power Supply PN 2DLCC DLC 2 line Digital Line Circuit Card for Multiline Terminal Series II SN610 Attendant Console 48 V Version 4 wire type Note This card is equipped with quick diagnostics to detect short line conditions and the normality Synchronous Asynchronous of the terminal This card is internally equipped with 48 V On Board Power Supply PN 4DLCD DLC 4 line Digital Line Circuit Card exclusively used for Multiline Terminal Series E Series PN 4DLCQ 55 Console DESKCON 27 V Version 2 wire type Note This card is equipped with quick diagnostics to detect short line conditions and the normality Synchronous Asynchronous of the terminal PN 4DLCF DLC 4 line Digital Line Circuit Card for Mu
97. red number to be sent out A maximum stored number of 28 digits can be assigned 1 2 7 Port Assignment Table Specify the station number or trunk number corresponding to the LEN Line Equipment Number as shown in Table 4 2 The LEN means physical location number within the PIM Table 4 2 Port Assignment Method CARD TO BE ASSIGNED PORT ASSIGNMENT TABLE REMARKS PN 8LC For PN 8DLC specify primary extension numbers PN 8DLC of multiline terminal as follows PN 8COT Station No Trunk No EXXX D000 D255 LEVEL 7 Primary Extension Number LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3 LEVEL 2 LEVEL 1 e e LEVEL 0 PN 4LC Station number must be assigned to 1st LEN PN 4DLC Motto be LEVEL 0 through 4th LEN LEVEL 3 of each LEVEL 7 used LT slot For PN 4DLC specify primary extension numbers of multiline terminal as follows EXXX Primary Extension Number LEVEL 6 LEVEL 5 LEVEL 4 r Station No LEVEL 3 LEVEL 2 LEVEL 1 n li LEVEL 0 CHAPTER 4 NDA 24219 Page 132 Revision 2 0 Table 4 2 Port Assignment Method Continued CARD TO BE ASSIGNED PORT ASSIGNMENT TABLE REMARKS PN AUC Station number must be assigned to 1st LEN PN 2DLC _ Notto be LEVEL 0 and or 2nd LEN LEVEL 1 of each LT LEVEL 7 assigned slot For PN 2DLC specify primary extension numbers of multiline terminal as follows EXXX Primary Extension Number LEVEL 6 LEVEL 5 LEVEL 4 LEVEL 3
98. rt Card Mounted 8 8 8 0 8 0 AD 8 uses vacant space when mounted Slot 00 10 min Internal Battery Back Up Standard LTO1 LT08 Line trunk circuit card mounting slots e LTOO No connection to MDF When NEAXmail ADS is mounted here inter nal modem leads for AD8 are brought out on pins 25 amp 50 of LTC1 cable for connection to single line station or C O trunk e LTO1 LTO4 LTO6 LTO8 line trunk circuit cards can be mounted LTOS LTO7 4 port circuit cards that require cabling may be mounted only when 8 port cards are not mounted in the slot to the left of them APO AP5 Application circuit card mounting slots MP mounting slot BUS PN BS00 B Slot 08 PIMO PN BS01 B Slot 09 on PIM1 mounting slot PWR PZ PW86 PW112 mounting slot PWROB Connector for termination of ring generator when single line card s are mounted System power supply does not supply ringing voltage PWROC Connector for termination of PW91 Power for Zone Transceivers When an 8 port card is mounted in Slot 04 06 Slot 05 07 can only be mounted with the following cards SPN APOO SPN APOI SPN ME00 SPN SCOI SPN SC02 SPN 4RSTB SPN 4RSTB 911 SPN 4RSTC SPN CK00 SPN CC00 PN M03 SPN SC03 CSH ICH tis recommended that an APR adapter which has a built in ring generator be used in dual port mode to provide interface for single line devices APRs provide hookflash an
99. t Adapters with Ring which are operating in Dual Port Mode See Figure 007 42 When provided with optional external Ring Generator ensure that connection to output terminals of Ring Generator are in accordance with National Electrical Code Ring Generator shall be a UL listed type VIRTUAL SLOT LT09 LEN to be used for station assignment of station connected to APR SINGLE LINE DEVICE APR in Dual Port Mode for Single Line Interface Note When upper 4LENs of 8DLC mounted 1108 is used for Dual Port Mode Extension Assignment no system ports are lost The lower 4 of Virtual Slot LT09 are used for Station Assignment of Analog Port Adapter Station Figure 007 42 Single Line Device Interface NDA 24219 CHAPTER 3 Page 103 Revision 2 0 200 007 Sheet 55 55 Termination of Cables on MDF 16 Message Center Interface Connection for 0 to see Figure 007 43 VIRTUAL SLOT PN VMOO AD 8 Voice Mail COM 2m AP VM 0 7 CA A LTC 1 PIM ABA UA RVS4S CA or MAT CA P 25 PIN D SUB CONNECTOR Su v APR CUSTOMER PROVIDED APR in Dual Port Mode CABLE for Single Line Interface 25 TO 50 RO to Internal Modem of VM Connection to Internal Modem of AD 8 Voice Mail Maintenance Console for Voice Mail Note
100. t may fall causing serious damage to the product REGULATORY INFORMATION NDA 24219 Page x Revision 2 0 10 Slots and openings in the cabinet and the back or bottom are provided for ventilation to protect it from overheating these openings must not be blocked or covered The openings should never be blocked by plac ing the product on a bed sofa rug or other similar surface This product should never be placed near or over a radiator or heat register This product should not be placed in a built in installation unless proper ventilation is provided 11 This product should be operated only from the type of power source indicated on the marking label If you are not sure of the type of power source available consult with your local power company 12 This product normally connected with a three wire grounding type plug a plug having a third grounding pin This plug will only fit into a grounding type power outlet This is a safety feature If you are unable to insert the plug into the outlet contact an electrician to replace your obsolete outlet Do not defeat the safety purpose of the grounding type plug 13 Do not allow anything to rest on the power cord Do not locate this product where the cord will be abused by persons walking on it 14 Do not overload wall outlets and extension cords as this can result in the risk of fire or electric shock 15 Never push objects of any kind into this product through cabinet slots as the
101. tery cable to the batteries 2 Mount the batteries into the appointed position of the PIM 3 Connect the battery cable to the PZ PW86 PW112 card When removing batteries 1 Disconnect the battery cable from the PZ PW86 PW112 card 2 Remove the batteries from the PIM Standard Battery Internal Battery GS type PX 12026 Optional Battery External Battery YUASA type NPH 3 2 12 MATUSHITA type LCR 12V 3 4NE These batteries will provide 30 minutes of battery backup They will not fit within the NEAX1000 PIM CHAPTER 3 NDA 24219 Page 44 Revision 2 0 200 005 Sheet 2 4 Connection of Battery CAUTION 3 Battery Replacement Table and Battery Warnings The label which shows battery replacement table and battery warnings is attached to the re verse side of Front Cover for PIM During the battery installation process always observe the warning statements When replacing batteries adhere to the battery replacement table to in crease battery life and to insure safe operation See Figure 005 1 PIM FRONT COVER BATTERY REPLACEMENT TABLE INSTALLATION DATE ORTON TO PREVENT INJURY AND SKIN BURN PAY N ATTENTION TO THE FOLLOWING AMBIENT 25 25 C 30 C 30 C 40 C DO NOT STRIKE A MATCH OR CAUSE SPARK IN TEMPERATURE 77 F 77 86 F 86 104 F VICINITY OF BATTERY REPLACEMENT 25 30 20 25 15 20 PLACE THE EQUIPMENT IN A WELL
102. tion on a loop may consist of any combination of devices subject only to the requirement that the total of the load numbers of all the devices does not exceed 100 8 Safety Certifications This equipment has been listed by Underwriters Laboratories and found to comply with all the applicable require ments of the standard for telephone equipment U L 1459 This equipment complies with CSA standard C 22 2 No 225 8 1 Safety Considerations When using your telephone equipment basic safety precautions should always be followed to reduce the risk of fire electric shock and injury including the following 1 Never install telephone wiring during a lightning storm 2 Never install telephone jacks in wet locations unless the jack is specifically designed for wet locations 3 Never touch uninsulated telephone wires or terminals unless the telephone line has been disconnected at the network interface 4 Use caution when installing or modifying telephone lines 5 Read and understand all instructions 6 Follow all warnings and instructions marked on the product 7 Unplug this product from the wall outlet before cleaning Do not use liquid cleaners or aerosol cleaners Use a damp cloth for cleaning 8 Do not use this product near water for example under water pipes near a bath tub sink or laundry tub in wet basement or near a swimming pool 9 Do not place this product on an unstable cart stand or table The produc
103. umber of trunks to be provided with each route IC Incoming OG Outgoing BW Bothway DP PB Specify the type of address signal from to distant office as shown below TYPE OF TEL DESCRIPTION DB Dial Pulse PB ote Ate eh eter DTMF Signal KIND OF SIGNAL Specify the kind of signaling system such as Ring Down Loop E amp M etc at the line 1 2 4 Station Hunting Group Data This data table requires the following data KIND OF STATION HUNTING Specify the kind of the Station Hunting System Pilot Circular Switch Back In the case of the Pilot Sys tem specify the Pilot Station Number SECRETARY STATION Specify the Secretary Station Number if provided STATION NUMBER Specify the station numbers to be assigned to the station hunting group with the following conditions 1 Up to 60 stations can be assigned per Station Hunting Group 2 There is no limitation to the number of Station Hunting Groups The same one station cannot be assigned to multiple Hunting Groups 1 2 5 Call Pickup Group Data The station number to be assigned to the Call Pickup Group with the following conditions 1 Up to 60 station can be assigned per Call Pickup Group 2 There is no limitation to the number of Call Pickup Groups 3 The same one station cannot be assigned to multiple Call Pickup Groups NDA 24219 CHAPTER 4 Page 131 Revision 2 0 1 2 6 Speed Calling System Data This data table requires the abbreviated code and the sto
104. upervision is a viola tion of Part 68 of the FCC s rules PROPER ANSWER SUPERVISION IS WHEN a This equipment returns answer supervision to the PSTN when DID calls are Answered by the called station Answered by the attendant Routed to a recorded announcement that can be administered by the CPE user Routed to a dial prompt REGULATORY INFORMATION NDA 24219 Page viii Revision 2 0 b This equipment returns answer supervision on all DID calls forwarded to the PSTN Permissible ex ceptions are is unanswered busy tone is received A reorder tone is received EQUAL ACCESS REQUIREMENTS This equipment is capable of providing users access to interstate providers of operator services through the use of access codes Modification of this equipment by call aggregators to block access dialing codes is a violation of the TElephone Operator Consumers Act of 1990 5 Regulatory Information on Single Line Analog Telephones NEC single line telephones comply with Part 68 of FCC Rules On the bottom of the equipment is a label that states among other information the FCC registration number and ringer equivalence number REN for the equipment If requested this information should be provided to the telephone company The equipment uses the following USOC jacks RJ11C The equipment should be used only behind a PBX or KTS The REN is used to determine the quality of device that may be connected to the telepho
105. ure 003 5 Mounting PIM to 19 Inch Rack NDA 24219 CHAPTER 3 Page 35 Revision 2 0 200 003 Sheet 7 12 Installation of Main Equipment 3 DESKTOP INSTALLATION 1 When the system is two PIM configuration connect PIMs with three bolts as shown in Figure 003 1 2 Connect the TOP COVER BOTTOM COVER and AC CORD A U to the PIM as shown in Figure 003 3 and Figure 003 4 3 Screw the RUBBER FOOT to the PIM as shown in Figure 003 6 PIM BOTTOM 2 2 RUBBER FOOT Figure 003 6 Connecting Rubber Foot to PIM CHAPTER 3 NDA 24219 Page 36 Revision 2 0 200 003 Sheet 8 12 Installation of Main Equipment 4 AC POWER CABLING 1 The cable connections on the PZ PW86 PW112 card are shown in Figure 003 7 PZ PW86 C PZ PW86 C BATTERY MODE SWITCH 1 NO CONNECTION 2 ON SEAL FLOAT 2 OFF OPEN FLOAT 1 Note 2 Note 1 Follow the Label on the front plate of the PZ PW86 If GND Signal GND has to be separated from FG Frame GND remove the link between GND and FG terminals TO AUXILIARY GND Note2 POWER OUTPUT PS CABLE 5V 27V E EQUIPMENT 27V JTO PWROA CONNECTOR TO PWR1 CONNECTOR PWR CNT CA A PWR CNT CA C BATTERY CONNECTOR BATT2 TO OTHER PZ PW86 PWR CA A TO BATTERY OR BATT
106. ws TOP COVER BOTTOM COVER Figure 003 3 Connecting Covers NDA 24219 CHAPTER 3 Page 33 Revision 2 0 200 003 Sheet 5 12 Installation of Main Equipment 5 Connect the AC CORD A U to the AC INPUT connector on the PZ PW86 PZ PW112 and its FG cord to the FG terminal on the chassis After connection of AC CORD A U to the AC INPUT connector let the cord out of the PIM through the cable hole provided with bottom of the PIM FG TERMINAL PZ PW86 PZ PW112 AC INPUT CABLE HOLE FOR AC CORD A U 4 AC CORD A U FG CORD H5 PROVIDED FG CORD TS Figure 003 4 Connecting AC CORD to PIM CHAPTER 3 NDA 24219 Page 34 Revision 2 0 200 003 Sheet 6 12 Installation of Main Equipment 2 19 INCH RACK MOUNTING INSTALLATION 1 When the system is two PIM configuration connect PIMs with three bolts as shown in Figure 003 1 2 Before mounting the PIM connect the TOP COVER BOTTOM COVER and AC CORD A U to the PIM as shown in Figure 003 3 and Figure 003 4 3 Secure the 19 BRACKET H to the 19 inch Rack as shown in Figure 003 5 a 4 Mount the PIM on the 19 BRACKET H as shown in Figure 003 5 Then secure the PIM to the 19 BRACKET as shown in Figure 003 5 c 19 INCH RACK IEC 19 BRACKET H BOTTOM COVER dk PIM 19 BRACKET H Fig
107. y may touch dangerous voltage points or short out parts that could result in a risk of fire or electric shock Never spill liquid of any kind on the product 16 To reduce the risk of electric shock do not disassemble this product but take it to a qualified serviceman when some service or repair work is required Opening or removing covers may expose you to dangerous voltages or other risks Incorrect reassembly can cause electric shock when the appliance is subsequently used 17 Unplug this product from the wall outlet and refer servicing to qualified service personnel under the fol lowing conditions a When the power supply cord or plug is damaged or frayed b If liquid has been spilled into the product c If the product has been exposed to rain or water d If the product does not operate normally by following the operating instructions Adjust only those controls that are covered by the operating instructions because improper adjustment of other controls may result in damage and will often require extensive work by a qualified technician to restore the product to normal operation e If the product has been dropped or the cabinet has been damaged f If the product exhibits a distinct change in performance 18 Avoid using a telephone other than a cordless type during an electrical storm There may be a remote risk of electric shock from lightning 19 Do not use the telephone to report a gas leak in the vicinity of th

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