Manual Instalacion de Hardware Nec

NWA-008842-001ISSUE 3.0

Hardware Installation Guide

LIABILITY DISCLAIMER

NEC Infrontia Corporation reserves the right to change the specifica-tions, functions, or features, at any time, without notice.

NEC Infrontia Corporation has prepared this document for use by itsemployees and customers. The information contained herein is theproperty of NEC Infrontia Corporation and shall not be reproducedwithout prior written approval from NEC Infrontia Corporation.

NEAX and Dterm are registered trademarks of NEC Corporation.MATWorX is a trademark of NEC Corporation.

Copyright 2006

NEC Infrontia Corporation

ISSUE 1 ISSUE 2 ISSUE 3 ISSUE 4

DATE JUNE, 2005 DATE OCTOBER, 2005 DATE JULY, 2006 DATE


DATE DATE DATE DATE

NEAX IPSDM

Hardware Installation Guide Revision Sheet 1/3

NWA-008842-001

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NEAX IPSDM

Hardware Installation Guide

TABLE OF CONTENTS

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SAFETY INSTRUCTIONS ................................................................................................... 1

INTRODUCTION .................................................................................................................. 6PURPOSE .................................................................................................................... 6OUTLINE OF THIS MANUAL ...................................................................................... 6TERMS IN THIS MANUAL ........................................................................................... 7

PBX System Designation ................................................................................................... 7Module Name ...................................................................................................................... 7Terminal Name .................................................................................................................... 8

REFERENCE MANUAL ............................................................................................... 9

CHAPTER 1 GENERAL INFORMATION ........................................................................... 11SYSTEM OUTLINE ...................................................................................................... 12NAME OF EACH PART ............................................................................................... 13SYSTEM CONFIGURATION ....................................................................................... 15

Trunking Diagram ............................................................................................................... 15Modular Chassis (MC) ........................................................................................................ 19Installation ........................................................................................................................... 22

EQUIPMENT NAME AND FUNCTION ........................................................................ 23Module/Installation Hardware ............................................................................................ 23Card ...................................................................................................................................... 24Cable .................................................................................................................................... 47

MOUNTING CONDITIONS OF CIRCUIT CARDS ....................................................... 48SYSTEM CONDITIONS ............................................................................................... 56

Conditions for Modular Chassis (MC) .............................................................................. 56Conditions for Circuit Cards .............................................................................................. 56

SYSTEM SPECIFICATIONS ........................................................................................ 57SYSTEM CAPACITY ................................................................................................... 59

CHAPTER 2 INSTALLATION ............................................................................................. 87PRECAUTIONS ........................................................................................................... 89

Grounding Requirements .................................................................................................. 89Static Electricity Guard ...................................................................................................... 90Procedure for Unplugging/Plugging Circuit Cards ......................................................... 92Turning Power ON .............................................................................................................. 94Turning Power OFF ............................................................................................................ 94System Data Backup .......................................................................................................... 94

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TABLE OF CONTENTS

PROCEDURE ............................................................................................................... 95UNPACKING ................................................................................................................ 97INSTALLATION OF MAIN EQUIPMENT ..................................................................... 98

Desktop Setting Installation .............................................................................................. 9819-inch Rack Mounting Installation .................................................................................. 101

REMOVING COVER .................................................................................................... 103BUS CABLE CONNECTION ....................................................................................... 105MDF CABLE CONNECTION ....................................................................................... 108

Installation of External MDF .............................................................................................. 108MDF Cable ........................................................................................................................... 108Cable Connection to MDF .................................................................................................. 110Location of Each LEN ......................................................................................................... 112LTC Connector Pin Arrangement ...................................................................................... 117MDF Cross Connections .................................................................................................... 126

CABLE RUNNING ....................................................................................................... 135BATTERY CONNECTION ........................................................................................... 137INSTALLATION OF PERIPHERAL EQUIPMENT ....................................................... 140

Power Failure Transfer (4PFT) ........................................................................................... 140Alarm Display Panel (MP) .................................................................................................. 145

MOUNTING CIRCUIT CARDS ..................................................................................... 146SYSTEM INITIALIZATION ........................................................................................... 148

All Clear, Except LEN000 CAT ........................................................................................... 148Resident System Program ................................................................................................. 148Office Data Conversion ...................................................................................................... 149

SYSTEM DATA ENTRY ............................................................................................... 150Confirming Lamp Indication .............................................................................................. 150

OPERATION TEST ...................................................................................................... 151SYSTEM DATA SAVE ................................................................................................. 152CLEANING AND VISUAL CHECK .............................................................................. 152

Cleaning ............................................................................................................................... 152Visual Check ....................................................................................................................... 152

MOUNTING REAR COVER ......................................................................................... 153FAN REPLACEMENT .................................................................................................. 154

Replacement Procedure ..................................................................................................... 154Registration of Date for Periodic FAN Replacement ....................................................... 155

RING GENERATOR CARD REPLACEMENT ............................................................. 157Replacement Procedure ..................................................................................................... 157

CHAPTER 3 LAMP INDICATIONS AND SWITCH SETTINGS ......................................... 161HOW TO READ THIS CHAPTER ................................................................................ 162LIST OF REQUIRED CIRCUIT CARDS ....................................................................... 163

PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D (MP) ...................................................... 164

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TABLE OF CONTENTS

PN-CP31-A (MP) .................................................................................................................. 170PN-CP31-B (MP) .................................................................................................................. 175PN-CP31-C (MP) .................................................................................................................. 180PN-CP31-D (MP) .................................................................................................................. 186PN-CP15 (FP) ....................................................................................................................... 192PN-CP19 (FP) ....................................................................................................................... 194PZ-M606-A (ETHER) ............................................................................................................ 196PN-PW03 (DC/DC PWR) ...................................................................................................... 198PZ-PW131 (AC/DC PWR) .................................................................................................... 200PZ-PW139 (RGU) ................................................................................................................. 202PN-4CSIA (CSI) .................................................................................................................... 204PN-4CSIA-A (CSI) ................................................................................................................ 208PN-4LCAA (LC) ................................................................................................................... 212PZ-4PFTA (PFT) .................................................................................................................. 215

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SAFETY INSTRUCTIONS

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SAFETY INSTRUCTIONS(1) Never install telephone wiring during a lightning storm.

(2) Never install telephone jacks in wet locations unless the jack is specifically designed for wetlocations.

(3) Never touch uninsulated telephone wires or terminals unless the telephone line has beendisconnected 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 aerosolcleaners. 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 laundrytub, in a wet basement, or near a swimming pool.

(9) Do not place this product on an unstable cart, stand, or table. The product may fall, causing seriousdamage to the product.

(10) Slots and openings in the cabinet and the back or bottom are provided for ventilation, to protect itfrom overheating, these openings must not be blocked or covered. The openings should never beblocked by placing the product on a bed, sofa, rug, or other similar surface. This product should neverbe placed near or over a radiator or heat register. This product should not be placed in a built-ininstallation 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 obsoleteoutlet. Do not defeat the safety purpose of the grounding type plug.

SAFETY INSTRUCTIONS

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(13) Do not allow anything to rest on the power cord. Do not locate this product where the cord will beabused 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 they may touch dangerousvoltage points or short out parts that could result in a risk of fire or electric shock. Never spill liquidof any kind on the product.

(16) To reduce the risk of electric shock, do not disassemble this product, but take it to a qualifiedserviceman when some service or repair work is required. Opening or removing covers may exposeyou to dangerous voltages or other risks. Incorrect reassembly can cause electric shock when theappliance is subsequently used.

(17) Unplug this product from the wall outlet and refer servicing to qualified service personnel under thefollowing 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 aremote risk of electric shock from lightning.

(19) Do not use the telephone to report a gas leak in the vicinity of the leak.

SAFETY INSTRUCTIONS

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(20) For Digital interfaces, a CSU/DSU may be required for proper operation. When choosing a CSU/DSU, make sure that it is provided with suitable lightning protection. If this is not the case, gas tubearresters as specified elsewhere in this manual (b) must be connected to the involved interface wiring.

NOTE: The Ethernet ports are not intended to be connected directly to outdoor cables.

(21) When installing the LC card for providing the analog telephone interface that is connected to off-premise site, use PN-4LLCB card.

(22) Do not install the PN-2ODTB/PN-4ODTA card for providing the analog trunk interface that isconnected to off-premise site.

PBX

RA

RB

TA

TB

PRT/BRT/DTI/CCT

G

CSU : Customer Service Unit

DSU : Digital Service Unit

MDF : Main Distribution Frame

RECEIVE

OFF-PREMISE

To Digital

Network

MDF

CSU/DSU

TRANSMIT

SAFETY INSTRUCTIONS

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(23) When installing the BRI/PRI/E1/CCIS/Q-SIG/Dterm interface designated by “SELV” that has thepossibility of being connected to off-premise site, gas tube arrester is required for proper operation.

(a) InstallationWhen installing the DLC card for providing the Dterm interface that is connected to off-premisesite, use PN-2DLCN/PN-4DLCT card and connect gas tube arrester across the line as shown inFigure below.

When installing the BRT/PRT/DTI/CCT card for providing the BRI/PRI/E1/CCIS/Q-SIGinterface that is connected to off-premise site, connect gas tube arresters across each transmit andreceive lines as shown in Figure below.

PBX

R

T

DLC

G


OFF-PREMISE

To Dterm

MDF

G

GAS TUBE

ARRESTER

PBX

RA

RB

TA

TB

BRT/PRT/DTI/CCT

G


TRANSMIT

RECEIVE

OFF-PREMISE

To Digital

Network

MDF

GAS TUBE

ARRESTER

GAS TUBE

ARRESTER

G

G

OCTOBER/14/2005

SAFETY INSTRUCTIONS

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(b) SpecificationsSpecifications of the gas tube arrester to be provided are as follows.

(24) Warning for US and Canada only

PARAMETER SPECIFICATIONSTransmission bandwidth DC to 2 MHz

Transmission loss Less than 0.5 dB

Longitudinal balance More than 50 dB

Nominal decoupling resistance 1 Ω ± 0.5 %

Operating voltage DC 60 V Max.

Nominal DC spark-over voltage 90 V

Impulse spark-over voltage (at 1.2/50 µs 6 kV) 1500 V (at initial max. voltage; 0 to 10 µs)20 V (at more than10 µs)

Nominal discharge current 100 A (at 10/200 µs)

WARNINGThis device complies with Part 15 of the FCC Rules. Operation is subject to the following twoconditions:(1) This device may not cause harmful interference, and (2) this device must accept any interfer-ence received, including interference that may cause undesired operation.This Class A digital apparatus complies with Canadian ICES-003.Cet appareil numérique de la classe A est conforme a la norme NMB-003 du Canada.

INTRODUCTION

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INTRODUCTION

PURPOSE

This manual explains the installation procedure for the NEAX IPSDM (Internet Protocol Server DistributedModel)/NEAX IPSDMR (Internet Protocol Server Distributed Model Remote) system. This equipment canonly be serviced by a qualified service person. You should perform each installation step according to theprocedures described in CHAPTER 2.

OUTLINE OF THIS MANUAL

This manual consists of three chapters. The following paragraphs summarize Chapters 1 through 3.

CHAPTER 1 GENERAL INFORMATIONThis chapter explains the system outline, capacity, specifications, conditions,configuration, the name and functions of equipment, and the mounting conditionsof circuit cards for the system.

CHAPTER 2 INSTALLATIONThis chapter explains how to install the PBX and the peripheral equipment, systeminitialization and data entry, and operation test procedures you should follow aftercompleting the installation.

CHAPTER 3 LAMP INDICATIONS AND SWITCH SETTINGSThis chapter explains the mounting location, the meaning of lamp indications, andthe switch settings of each circuit card for the system.

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PURPOSE/OUTLINE OF THIS MANUAL

INTRODUCTION

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TERMS IN THIS MANUAL

PBX System DesignationPBX system is designated as “PBX” or “system” usually.When we must draw a clear line between the PBX systems, they are designated as follows.

NEAX IPSDM (6 slot version) : NEAX IPSDM INTERNET PROTOCOL SERVERDM (Distributed Model)Main Processor of this system: PN-CP24-A/PN-CP24-BPN-CP24-C/PN-CP24-D card

NEAX IPSDM (8 slot version) : NEAX IPSDM INTERNET PROTOCOL SERVERDM (Distributed Model)Main Processor of this system: PN-CP24-C/PN-CP24-D card

NEAX IPSDMR (6 slot version): NEAX IPSDMR INTERNET PROTOCOL SERVERDMR (Distributed Model Remote)Main Processor of this system: PN-CP31-A/PN-CP31-B/PN-CP31-C/PN-CP31-D card

NEAX IPSDMR (8 slot version): NEAX IPSDMR INTERNET PROTOCOL SERVERDMR (Distributed Model Remote)Main Processor of this system: PN-CP31-C/PN-CP31-D card

Module NameModules for NEAX IPSDM/IPSDMR system are called “Modular Chassis”. “Modular Chassis” is designat-ed as “MC” usually.

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INTRODUCTION

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Terminal NameThe following digital multi-function terminals are designated as “Dterm” usually, unless we need to men-tion the type of terminal in particular.

Dterm60/ElectraDterm65/Series IIIDterm70/EliteDterm75/Series EDtermSeries i

Also the following IP terminals have the function of “Dterm”. They are designated as “DtermIP” usually,unless we need to mention the type of terminal in particular.

DtermIP (IP Adapter Type)DtermIP (IP Bundled Type)DtermIP INASETDtermSP20DtermSP30

NOTE: Dterm75 (Series E) and Dterm Series i terminals can be used as the IP terminal by attaching the IP Adapter (IP Enabled Dterm). This terminal provides users with all features currently avail-able in DtermIP.

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INTRODUCTION

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REFERENCE MANUAL

During installation, refer also to the NEAX 2000 IPS manuals below:

System Manual:Contains the system description, hardware installation procedure, the programming procedure for theNEAX 2000 IPS System.

Command Manual:Contains Customer Administration Terminal (CAT) operation, command functions and data requiredfor programming the system, and Resident System Program.

Office Data Programming Manual:Contains the Customer Specifications Sheets and the Office Data Programming Sheets.

Feature Programming Manual:Contains procedure for programming each business and hotel feature.

Maintenance Manual:Contains the programming procedure for maintenance service features and the recommendedtroubleshooting procedure.

Installation Procedure Manual:Contains the installation procedure for the PBX system.

MATWorX User Guide:Provides information to use the MATWorX program, including highlights about features of theprogram.This guide is a supplement to the MATWorX online Help system, which provides context-sensitiveinformation and procedures to perform tasks using MATWorX.

MATWorX Installation Guide:Provides information to connect a PC to the PBX, install and start the MATWorX and the CommonComponents Upgrade Tool (for RMAT) program.

OCTOBER/14/2005

REFERENCE MANUAL

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CHAPTER 1

GENERAL INFORMATION

This chapter explains the system outline, capacity, specifications, conditions,configuration, the name and functions of equipment, and the mounting con-ditions of circuit cards for the system.

SYSTEM OUTLINE .................................................................... 12NAME OF EACH PART ............................................................. 13SYSTEM CONFIGURATION ..................................................... 15EQUIPMENT NAME AND FUNCTION ...................................... 23MOUNTING CONDITIONS OF CIRCUIT CARDS ..................... 48SYSTEM CONDITIONS ............................................................. 56SYSTEM SPECIFICATIONS ..................................................... 57SYSTEM CAPACITY ................................................................. 59

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CHAPTER 1 GENERAL INFORMATION


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SYSTEM OUTLINE

NEAX IPSDM/IPSDMR is an IP communication system that uses a compact module. This system uses thesame control, line/trunk, and application processor cards as the NEAX 2000 IPS. The system also supports the function of the legacy PBX that uses Time Division Switch (TDSW) and canaccommodate legacy terminals.

The illustration below shows the typical system outline.

System Outline of NEAX IPSDM/IPSDMR

INTERNET/

INTRANET

Switching HUB (100 Mbps)

PBX

1 board MP

C.O.

IP-PAD

TIE

NEAX IPSDM/IPSDMR

SLT/Dterm

LC/DLC

TRK

TRK

IPT

(H.323

Handler)

PSTN/

GSTN

TDSW

SIP

Router

Router MAT (via LAN)

Router

H.323 GK

LAN

Switching HUB

DtermIP

Client PC DtermIP

SIP Server

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SYSTEM OUTLINE


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NAME OF EACH PART

The following figure shows the name of each part.

• NEAX IPSDM/IPSDMR (6 slot version)

Name of Each Part

CARD STOPPER

FRONT COVER

CIRCUIT CARD

MOUNTING SLOT

CARD LAMP CHECK WINDOW

FOR PZ-M606-A (ETHER)

FRONT SIDE

VENT FOR COOLING

FAN UNIT

BUS CONNECTORLTC CONNECTOR

COOLING FAN

UNIT AC CONNECTOR

POWER SWITCH

REAR COVER

CABLE HOLE

BACK SIDE

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NAME OF EACH PART


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Name of Each Part

CARD STOPPER

FRONT COVER

CIRCUIT CARD

MOUNTING SLOT

CARD LAMP CHECK WINDOW

FOR PZ-M606-A (ETHER)

FRONT SIDE

VENT FOR COOLING

FAN UNIT

LTC CONNECTOR

BUS CONNECTOR

COOLING FAN

UNIT

AC CONNECTOR

POWER SWITCH

REAR COVER

CABLE HOLE

BACK SIDE

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NAME OF EACH PART


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SYSTEM CONFIGURATION

Trunking DiagramThis figure shows a typical trunking diagram for the system. See Trunking Diagram. Page 16For the description of symbols in the trunking diagram, see Description of Symbols in TrunkingDiagram. Page 17

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Trunking Diagram

NOTE 1: Built-in modem, built-in DAT and built-in DK are included to PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D card only. These are not included to PN-CP31-A/PN-CP31-B/PN-CP31-C/PN-CP31-D card.

NOTE 2: The equipment marked with (*) is provided by the customer.NOTE 3: FP card is not required for NEAX IPSDM/IPSDMR (8 slot version).

PS IP-CS

WLANTERMINAL

AP

INCLUDING

TDSW

DTG

PBSND

16CFT

MLDT

PLO

MEM

MODEM

NOTE 1

PBR

DAT

NOTE 1

DK

NOTE 1

TNT

SMDR

PMS

DRS

FP

OAI

IPT

CSH

MP

PFT

COT C.O. LINE

AMP

DIT DID LINE

LDTLD

LLCLONG LINE STATION

LCSINGLE LINE TEL

ODT

TIE LINE

DIGITALLINK

DTI

CCH

CSH

DCH

IPT

ICH

IP-PAD

ROUTER4VCT

16VCT ROUTER

PBR

DAT

BRTISDNNETWORK

CCISNETWORK

IPNETWORK

DIGITALLINK(FOR M649/M650)

CIR

MFR

CFT

DK

DK

COT

COT

COT/TNT

TNT

COT

EXTERNAL HOLDTONE(*)

ANNOUNCEMENTMACHINE(*)

EXTERNAL HOLDTONE(*)

SPEAKER(*)

AMPLIFIER

KEY(*)

(*)BGM

M10 M10 DTI

OPTICALFIBER

2W/4W E&M

CCT

PRT

RTA

IP-PAD ROUTER

24DSP

SIP ROUTER

24DSP

SIP NETWORK

SINGLE LINE TELWITH MESSAGEWAITING LAMP

LC

ILC

DLC

DLC

DLC

EXPMEM

VM

AP00

ETHER

COT

FP

PSTN

CSI

Dterm

DSS

LONG LINE Dterm

ATTCON/DESKCON

SMDR

SMDR

PMS

AD-8/

IM-16

PS CS/ZT

TCP/IP

10 BASE-T/

100 BASE-TX

RS-232C

RS-232C

MAT

MAT

CIS/HOTELPRINTER/MCI(VMS)

DtermIP/PC FOR OAI/

MAT/SMDR/PMS

ALARMDISPLAY

PANEL

ISDN TERMINAL

(FOR REMOTE MAINTENANCE)

DSS

CSI

DLC

CSICSI

CS/ZT

POTSSPLITTER

HOME PNA MODEM

SINGLE LINE TEL

INTERNET

HOMEPNAADAPTER

PC

LC/LLC

CSIM13

HUB

ROUTER

ROUTER/HUB

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Description of Symbols in Trunking Diagram

Continued on next page

SYMBOL DESCRIPTIONAMP Amplifier Trunk CardAP Access Point for WLAN terminalAP00 SMDR/Hotel Application CardBGM External Music Source for Dterm

Back Ground Music ServiceBRT Basic Rate Interface Trunk CardCCH Common Channel Handler CardCCT CCIS Trunk CardCFT Conference Trunk Card16CFT 16 Circuit Four Party Conference

Trunk on MPCIS Call Information SystemCIR CALLER ID Receiver Trunk CardCOT C.O. Trunk CardCSH CS/ZT Handler Card/Virtual CSH

for IP-CS on MPCSI CS/ZT Interface CardCS/ZT Cell Station (for PHS)

Zone Transceiver (for PCS)DAT 4-line Digital Announcement

Trunk Card/2-line Built-in DAT on MP

DCH D-channel Handler CardDIT DID Trunk CardDK External Relay/Key Interface Card/

Built-in DK on MPDLC Digital Line Circuit Card (for

Dterm, ATTCON, DESKCON)DRS Device Registration Server on MP24DSP 24-channel DSP CardDSS DSS ConsoleDTI Digital Trunk Interface Card

SYMBOL DESCRIPTIONDTG Digital Tone Generator on MPETHER Ethernet Control CardEXPMEM Memory Expansion CardFP Firmware Processor Card/Built-in

FP on MP/Virtual FP on MPICH ISDN-channel Handler CardILC ISDN Line Circuit CardIP-CS Cell Station on IP (for PHS)IP-PAD 8-channel IP-PAD Card

32-channel IP-PAD CardIPT IP Trunk Card/Virtual IPT on MPKEY External KeyLC Line Circuit Card

(for Single Line Telephone)LDT LD Trunk CardLLC Long Line Circuit CardM10 Optical Fiber Interface CardM13 POTS Splitter CardMAT Maintenance Administration Ter-

minalMDF Main Distribution FrameMEM Main Memory on MPMFR MF Receiver/

MFC Receiver/Sender CardMLDT Melody Trunk on MPMODEM Modem on MPMP Main Processor CardPFT Power Failure TransferPMS Property Management System/

Built-in PMS on MPOAI Open Application Interface/Built-in

OAI on MP

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Description of Symbols in Trunking Diagram

SYMBOL DESCRIPTIONODT OD Trunk Card (2/4 wire E&M)PBR 8-line PB Receiver Card/4-line PB

Receiver on MPPBSND PB Sender on MPPLO Phase Locked Oscillator on MPPS Personal StationPRT ISDN Primary Rate Interface Trunk

CardRTA In-Skin Router CardSIP SIP Card

SIP: Session Initiation ProtocolSMDR Station Message Detail Recording/

Built-in SMDR on MPTDSW Time Division Switch on MPTNT Tone/Music Source Interface Card/

Built-in TNT on MP4VCT 4-channel CODEC Card16VCT 16-channel CODEC CardVM Voice Mail Card

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Modular Chassis (MC)The system consists of single or up to three Modular Chassis (MC) depends on the line capacity and/orsystem configuration. There are two types of MC; “Physical MC” and “Virtual MC”. The Physical MC isa “hardware” MC and is used to accommodate MP, FP, legacy LT and AP cards, and power supply units.The Virtual MC is a “software” MC and is used to accommodate IP telephones by system data program-ming. The port capacity of the Virtual MC is different depends on the number of Physical MC. The figure below shows the software port allocation for each Physical MC configuration.

The port allocation varies with the version of system.


Software Port Allocation for Each Physical MC Configuration

Physical MC Configuration

MC Software Port Allocation

256 AP ports/system 256 AP ports/system 256 AP ports/system

Virtual MC

(448 IP Ports)

40

LT ports

24 Virtual

LT portsMC0

One-MC Configuration

MC0

MC1

Two-MC Configuration

40

LT ports

24 Virtual

LT ports

40

LT ports

24 Virtual

LT ports

Virtual MC

(384 IP Ports)

Three-MC Configuration

MC0

MC1

MC2

40

LT ports

24 Virtual

LT ports

40

LT ports

24 Virtual

LT ports

40

LT ports

24 Virtual

LT ports

Virtual MC

(320 IP Ports)

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256 AP ports/system 256 AP ports/system

Virtual MC

56

LT ports

8 Virtual

LT portsMC0

One-MC Configuration

MC0

MC1


56

LT ports

8 Virtual

LT ports

56

LT ports

8 Virtual

LT ports

(IPSDM : 956 IP Ports)

(IPSDMR : 128 IP Ports)

Virtual MC



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• NEAX IPSDM/IPSDMR (6 slot version) + NEAX IPSDM/IPSDMR (8 slot version)To expand the system capacity of existing NEAX IPSDM/IPSDMR (6 slot version), you can installone MC (MC1) of NEAX IPSDM (8 slot version) on the MC (MC0) of the existing system.




256 AP ports/system

MC0

MC1


40

LT ports

24 Virtual

LT ports

56

LT ports

8 Virtual

LT ports

Virtual MC



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InstallationThe system provides two installation methods as follows.

• Desktop Setting Installation• 19-inch Rack Mounting Installation

The following figures are shown the image of each installation method.

1-MC Configuration for Desktop Setting Installation

1-MC Configuration for 19-inch Rack Mounting Installation

FRONT

FRONT

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EQUIPMENT NAME AND FUNCTION

This section explains the names and functions of the equipment (modules, installation hardware, circuitcards, cables) used in the system.

Module/Installation HardwareThis table shows the names and functions of the modules/installation hardware.

Module/Installation Hardware Name and Function

EQUIPMENT NAME

FUNCTIONALNAME FUNCTION

SN1651IPSMD[For PBC]

MC Modular Chassis (MC)Maximum 40 physical ports per MC. At maximum configuration, the system consists of three MC, and provides a total of 120 physical ports (40 ports × 3).

SN1653IPSMF[For other than PBC]

MC Modular Chassis (MC)Maximum 40 physical ports per MC. At maximum configuration, the system consists of three MC, and provides a total of 120 physical ports (40 ports × 3).

SN1736IPSMI[For PBC]

MC Modular Chassis (MC)Maximum 56 physical ports per MC. At maximum configuration, the system consists of two MC, and provides a total of 112 physical ports (56 ports × 2).

SN1737IPSMJ[For other than PBC]

MC Modular Chassis (MC)Maximum 56 physical ports per MC. At maximum configuration, the system consists of two MC, and provides a total of 112 physical ports (56 ports × 2).

JOINT BRACKET KIT (U) MC Expansion KitUsed to joint MC for Desktop Setting InstallationOne expansion kit is required between MC.

RACK MOUNT KIT (U) 19-inch Rack Mounting Bracket One set is required per MC.

109P0624H7D09 FAN Cooling FANOne unit is included in MC as basic.

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CardThis table shows the names and functions of circuit cards exclusively used in NEAX IPSDM/IPSDMR.

NOTE 1: PZ-M542/PZ-M557 card cannot be mounted.NOTE 2: PZ-8PFTB card cannot be mounted (PZ-4PFTA card is available for the NEAX IPSDM/

IPSDMR).

Control Card Name and Function

NOTE: MP Program Download (FTP) is available for PN-CP24-C/PN-CP24-D/PN-CP31-C/PN-CP31-D.


EQUIPMENT NAME


PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D

MP Main Processor CardProvides LAN control function, System-based Device Registra-tion Server (DRS), built-in FP, Virtual FP, built-in OAI, built-in SMDR on RS-232C, built-in SMDR on IP*, built-in PMS on IP*, Virtual IPT, Virtual CSH, 33 MHz PCI BUS, Memory (SDRAM 32 MB, Flash ROM 9 MB), TDSW (1024CH × 1024CH), 16-line CFT, PB sender, Clock, 2-line PLO (receiver mode/source mode), two RS-232C ports, 2-line DAT (Recording duration: Maximum 128 seconds), DK, 4-line PB receiver, Modem for remote mainte-nance (33.6 Kbps), internal Music-on-Hold tone, BUS interface. BUS interface functions as a driver/receiver of various signals, adjusts gate delay timing and cable delay timing, monitors I/O Bus and PCM BUS, MP Program Download (FTP)**. NOTEOne card is required per system.* : Series 3400 software enhancement**: Series 3500 software enhancement

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NOTE: MP Program Download (FTP) is available for PN-CP24-C/PN-CP24-D/PN-CP31-C/PN-CP31-D.


EQUIPMENT NAME


PN-CP31-A MP Main Processor CardProvides LAN control function, System-based Device Registra-tion Server (DRS), built-in FP, Virtual FP, built-in OAI, built-in SMDR on RS-232C, built-in SMDR on IP*, built-in PMS on IP*, Virtual IPT, Virtual CSH, 33 MHz PCI BUS, Memory (SDRAM 32 MB, Flash ROM 9 MB), TDSW (1024CH × 1024CH), 16-line CFT, PB sender, Clock, 2-line PLO (receiver mode/source mode), one RS-232C port 4-line PB receiver, internal Music-on-Hold tone, BUS interface. BUS interface functions as a driver/receiver of various signals, adjusts gate delay timing and cable delay tim-ing, monitors I/O Bus and PCM BUS.One card is required per system.*: Series 3400 software enhancement

PN-CP31-B/PN-CP31-C/PN-CP31-D

MP Main Processor CardProvides LAN control function, System-based Device Registra-tion Server (DRS), built-in FP, Virtual FP, built-in OAI, built-in SMDR on RS-232C, built-in SMDR on IP*, built-in PMS on IP*, Virtual IPT, Virtual CSH, 33 MHz PCI BUS, Memory (SDRAM 32 MB, Flash ROM 9 MB), TDSW (1024CH × 1024CH), 16-line CFT, PB sender, Clock, 2-line PLO (receiver mode/source mode), one RS-232C port 4-line PB receiver, Modem for remote mainte-nance (33.6 Kbps), internal Music-on-Hold tone, BUS interface. BUS interface functions as a driver/receiver of various signals, adjusts gate delay timing and cable delay timing, monitors I/O Bus and PCM BUS, MP Program Download (FTP)**. NOTEOne card is required per system.* : Series 3400 software enhancement**: Series 3500 software enhancement

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EQUIPMENT NAME


PN-CP15 FP Firmware Processor CardProvides Line/Trunk interface, Memory (RAM 768 KB), and inter-module BUS interface. BUS interface functions as a driver/receiver of various signals, adjusts gate delay timing and cable delay timing, monitors I/O Bus and PCM BUS.This card is only used for the expansion MC of NEAX IPSDM (6 slot version). When the system consists of three MC, this card is mounted in MC2.

PN-CP19[For North America]

PZ-M606-A ETHER Ethernet Control Card Mounted on MP card to accommodate the Ethernet and transmit/receive a signal of TCP/IP protocol.Provides Auto Negotiation function.

– Always set to ON.[For Series 3300 software or before]

– Set to ON/OFF by the office data setting.[For Series 3400 software or later]

10BASE-T/100BASE-TX twisted pair cable is connected directly to this card.

PZ-PW131 AC/DC PWR Main Power Supply CardInput: AC100 V-240 V (50 Hz/60 Hz)Output: –27 V (3 A), +5 V (5.5 A)One card is pre-installed per MC.

PZ-PW139 RGU Ring Generator Card for NEAX IPSDM/IPSDMR (8 slot version)Input: –27 VOutput: +90 VMounted on the Main Power Supply Card (PZ-PW131).One card is pre-installed per MC.

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NOTE: The following table shows function differences between PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D and PN-CP31-A/PN-CP31-B/PN-CP31-C/PN-CP31-D card.

EQUIPMENT NAME


PN-PW03 DC/DC PWR –48 V DC Power Supply CardInput: –24 V DCOutput: –48 V DC (0.5 A)One card per MCUsed as main power supply from PN-4CSIA/PN-4CSIA-A/PN-4DLCT/PN-4LDTA/PN-4LLCB/PN-4ODTA card to terminals.Power supply to external equipment is not available.

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Function Differences Between PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D and PN-CP31-A/PN-CP31-B/PN-CP31-C/PN-CP31-D

ITEM PN-CP24-A/PN-CP24-B

PN-CP24-C/PN-CP24-D PN-CP31-A PN-CP31-B PN-CP31-C/

PN-CP31-DMAT Interface

Direct connection

1 port 1 port 1 port 1 port 1 port

Remote connection with built-in MODEM

1 port 1 port Not available 1 port 1 port

LAN connection

Available Available Available Available Available

External Alarm Indication

MJ/MN/-- Alarm

MJ/MN/-- Alarm

MJ Alarm only

MJ Alarm only

MJ Alarm only

Digital Announcement Trunk (DAT)

2 circuits (128 seconds per circuit)

2 circuits (128 seconds per circuit)

Not available Not available Not available

External Relay Control/External Key Scan (DK)

2 circuits (for relay drive and external key scan)

2 circuits (for relay drive and external key scan)

Not available Not available Not available

Application Key Program In EPROM In EPROM In Flash ROM

In Flash ROM

In Flash ROM

MP Program Download (FTP)

Not available Available Not available Not available Available

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Application Processor Card Name and Function


EQUIPMENT NAME


PN-AP00-B[For PCS]

DBM Data Base Module Card for WCS Roaming functionOne card per WCS systemSupports number extension of PS.[Series 3400 software required]

PN-AP00-B AP00 Application Processor CardProvides four RS-232C ports, and is used for SMDR, Hotel Printer, CIS, PMS, MCI functions.(For PMS function, PN-AP00-B with MRCA program is not available.)One card per system

PN-AP00-D AP00 Application Processor CardProvides four RS-232C ports, and is used for SMDR, Hotel Printer, CIS, MCI functions.One card per system

PN-BRTA BRT 1-line Basic Rate (2B+D) Interface Trunk CardAccommodates one 2-channel PCM digital lines.

PN-2BRTC BRT 2-line Basic Rate (2B+D) Interface Trunk CardAccommodates two 2-channel PCM digital lines.

PN-2BRTK[For UK]

BRT 2-line Basic Rate (2B+D) Interface Trunk CardAccommodates two 2-channel PCM digital lines.

PN-4BRTA-A BRT 4-line Basic Rate (2B+D) Interface Trunk CardAccommodates four 2-channel PCM digital lines.

PN-24CCTA CCT CCIS (1.5 Mbps) Trunk CardProvides a built-in Common Channel Handler (CCH) of No. 7 CCIS.

PN-30CCTA CCT CCIS (2 Mbps) Trunk CardProvides a built-in Common Channel Handler (CCH) of No. 7 CCIS.

PN-DTA CCT CCIS (1.5 Mbps/2 Mbps) Trunk CardProvides a built-in Common Channel Handler (CCH) of No. 7 CCIS.

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EQUIPMENT NAME


PN-CFTC CFT 32 Party Conference Trunk Card

PN-CFTC-A CFT 32 Party Conference Trunk Card

PN-24DTA-C DTI T1 Digital Trunk Interface (1.5 Mbps) CardAccommodates 24-channel PCM digital lines.

PN-30DTC-C DTI E1 Digital Trunk Interface (2 Mbps) CardAccommodates 30-channel PCM digital lines.

PN-DTA DTI T1 Digital Trunk Interface (1.5 Mbps) Card/E1 Digital Trunk Interface (2 Mbps) CardAccommodates 24-channel/30-channel PCM digital lines.

PN-IPTB IPT IP Trunk Card Provides LAN Interface, transmitting/receiving compressed voice or signals over IP network.Provides Auto Negotiation function (Set to ON/OFF by the switch setting).Used together with maximum of two 4VCT (PN-4VCTI) cards (8-channels).10BASE-T/100BASE-TX twisted pair cable is connected directly to this card.

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NOTE: When using the firmware program of SC-3591 IPS IPTT PROG-B1 or later for the PN-8IPTA card, you may set the Auto Negotiation ON/OFF settings by the SW0-3. When using the firmware program of SC-3249 IPS IPTT PROG-A1 for the PN-8IPTA card, Auto Negotiation function is always set to ON.


EQUIPMENT NAME


PN-8IPTA SIP 8 channel SIP CardWhen mounting 24DSP (PZ-24IPLA) card, this card can provides up to 32-channel of SIPBy the office data setting, changes the setting of the card in 8 channel units.10BASE-T/100BASE-TX twisted pair cable is connected directly to this card.Provides Auto Negotiation function. NOTE

– Always set to ON.– Set to ON/OFF by the switch setting.

[Series 3600 software required]

PN-24PRTA PRT ISDN Primary Rate (23B+D) Interface CardProvides a built-in D-channel Handler (DCH).

PN-30PRTA PRT ISDN Primary Rate (30B+D) Interface CardProvides a built-in D-channel Handler (DCH).

PN-DTA PRT ISDN Primary Rate (23B+D/30B+D) Interface CardProvides a built-in D-channel Handler (DCH).

PN-4RSTB MFR 4-line MF Receiver, MFC Receiver/Sender CardUsed for MF/MFC-R2 Signaling on DID/DOD trunks.Maximum four cards can be provided per system, including the PN-4RSTC card.

PN-4RSTC CIR 4-line Caller ID Receiver Trunk CardUsed for Caller ID (CLASS SM) on analog trunks.Maximum four cards per system, including the PN-4RSTB card.

PN-SC00 CCH Common Channel Handler CardTransmits/receives signals on the common signalling channel of No. 7 CCIS.

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EQUIPMENT NAME


PN-SC01 DCH D-channel Handler CardTransmits/receives signals on the D-channel of WCS Roaming interface.

PN-SC03-B ICH ISDN-channel Handler CardProvides the D-channel signaling interface and controls maximum four ILC cards (Layer 2 and 3).

PN-SC03-B CSH CS (ZT) Handler Card for S-interface/U-interfaceProvides the D-channel signaling interface and controls maximum four CSI cards, eight CS (ZT)s.Supports number extension of PS.[Series 3400 software required]

PN-SC03-C CSH CS (ZT) Handler Card for S-interface/U-interfaceProvides the D-channel signaling interface and controls maximum four CSI cards, eight CS (ZT)s.Supports number extension of PS.

PZ-M537 EXPMEM Memory Expansion Card for AP00 CardThe system capacity is expanded when PZ-M537 is mounted on PN-AP00-B (AP00) card.This card is not required for PN-AP00-D (AP00) card.Memory Expansion for AP00 is shown in the table on next page.

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Memory Expansion for AP00 (SMDR Call Record)

Type ofPN-AP00-B

No EXPMEM With EXPMEMLocal Office of

Centralized Billing-CCIS/

Stand-alone is provided.

Center Office of Centralized

Billing-CCIS is provided.

Local Office of Centralized

Billing-CCIS/Stand-alone is

provided.

Center Office of Centralized

Billing-CCIS is provided.

PN-AP00-B with AP00 program

1600 800 27000: Call Record for CIS is not pro-vided.

26000: Call Record for CIS is provided.

PN-AP00-B with MRCA program

2620 1965 23580 22925

PN-AP00-D with MRCA program

23580 22925

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Line/Trunk Card Name and Function


EQUIPMENT NAME


PN-2AMPA AMP 2-line Amplifier Trunk CardProvides Echo Canceller (EC), Automatic Gain Controller (AGC) and Tone Disabler (TD) functions.

PN-CFTA CFT 6/10 Party Conference Trunk CardUse of one card : Can control a conference of up to six partici-

pants.Use of two cards: Can control a conference of up to ten partici-

pants.

PN-CFTB CFT 6/10 Party Conference Trunk CardUse of one card : Can control a conference of up to six partici-

pants.Use of two cards: Can control a conference of up to ten partici-

pants.

PN-2COTD COT 2-line Central Office Trunk Card (Loop Start Trunk)Provides metering pulse detection function.

PN-2COTE[For Australia/Asia/Middle East]

COT 2-line Central Office Trunk Card (Loop Start Trunk)Provides metering pulse detection function.

PN-4COTA-A COT 4-line Central Office Trunk Card (Loop Start Trunk)Provides a detector for line fault conditions.

PN-4COTB COT 4-line Central Office Trunk Card (Loop Start/Ground Start Trunk)Provides loop detection, sending/detecting ground on Tip/Ring wire.

PN-4COTE[For Australia]

COT 4-line Central Office Trunk Card (Loop Start Trunk)Provides a detector for line fault conditions.

PN-4COTF[For New Zealand]

COT 4-line Central Office Trunk Card (Loop Start/Ground Start Trunk)Provides loop holding, pulse sender, and a detector for ground sig-nals.

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EQUIPMENT NAME


PN-4COTG COT 4-line Central Office Trunk Card (Loop Start trunk)Provides loop detection, receiving/sending the Caller ID (CLASS SM) signal.

PN-6COTJ[For Australia]


PN-8COTH[For Philippine]

COT 8-line Central Office Trunk Card (Loop Start Trunk)Provides a detector for line fault conditions.Loop resistance: Maximum 900 Ω

PN-8COTQ COT 8-line Central Office Trunk Card (Loop Start Trunk)Provides loop detection, receiving/sending the Caller ID (CLASS SM) signal.

PN-8COTR COT 8-line Central Office Trunk Card (Loop Start Trunk)

PN-8COTS COT 8-line Central Office Trunk Card (Loop Start/Ground Start Trunk)Provides loop detection, sending/detecting ground on Tip/Ring wire.

PN-8COTT[For Australia]


PN-8COTU[For UK/PBC]

COT 8-line Central Office Trunk Card (Loop Start Trunk)Provides loop detection.

PN-2CSIA[For PCS]

CSI 2-line Zone Transceiver Interface CardUsed to interface with the ZT, based on ISDN S-interface.Maximum two ZTs can be connected per CSI card.Occupies 8 time slots per one card.

PN-2CSIA-A[For PHS]

CSI 2-line Cell Station Interface CardUsed to interface with the CS, based on ISDN S-interface.Maximum two CSs can be connected per CSI card.Occupies 8 time slots per one card.

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EQUIPMENT NAME


PN-4CSIA[For PHS]

CSI 4-line Cell Station Interface CardUsed to interface with the CS, based on U-interface.Maximum four CSs can be connected per CSI card.Occupies 16 time slots per one card.

PN-4CSIA-A[For PCS]

CSI 4-line Zone Transceiver Interface CardUsed to interface with the ZT, based on U-interface.Maximum four ZTs can be connected per CSI card.Occupies 16 time slots per one card.

PN-4DATC DAT 4-line Digital Announcement Trunk CardRecording duration: Maximum 120 secondsOccupies 8 time slots per one card.

PN-2DITA[For Hong Kong]

DIT 2-line Direct Inward Dialing Trunk CardProvides loop detection, sending reverse signal and PB to DP sig-nal conversion.Equipped with –48 V DC-DC on-board power supply.

PN-4DIDA[For North America/Australia/New Zealand/Asia]

DIT 4-line Direct Inward Dialing Trunk CardProvides loop detection, sending reverse signal and PB to DP sig-nal conversion.Equipped with –48 V DC-DC on-board power supply.

PN-4DITB DIT 4-line Direct Inward Dialing Trunk CardProvides loop detection, sending reverse signal and PB to DP sig-nal conversion.Equipped with –48 V DC-DC on-board power supply.

PN-DK00 DK 8-circuit External Relay Control/External Key Scan CardProvides the above-mentioned control functions on a per circuit basis.

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NOTE: PN-4DLCT card is not used for Dterm70/60 (Elite/Electra Pro).Continued on next page

EQUIPMENT NAME


PN-2DLCN DLC 2-line Digital Long Line Circuit Card for Dterm Series i/Dterm75/65 (Series E/III), Dterm70/60 (Elite/Electra Pro), DSS Console, ATTCON, DESKCON[–48 V version, 2-wire type]Provides Line Test function.Equipped with –48 V DC-DC on-board power supply.

PN-4DLCM DLC 4-line Digital Line Circuit Card for Dterm Series i/Dterm75/65 (Series E/III), Dterm70/60 (Elite/Electra Pro), DSS Console, ATTCON, DESKCON[–27 V version, 2-wire type]Provides Line Test function.

PN-4DLCQ DLC 4-line Digital Line Circuit Card for Dterm Series i/Dterm75/65 (Series E/III), DSS Console, ATTCON, DESKCON[–27 V version, 2-wire type]Provides Line Test function.

PN-4DLCT DLC 4-line Digital Line Circuit Card for Dterm Series i/Dterm75/65 (Series E/III), DSS Console, ATTCON, DESKCON NOTE[–48 V version, 2-wire type]Provides Line Test function.PN-PW03 is required.

PN-8DLCL DLC 8-line Digital Line Circuit Card for Dterm Series i/Dterm75/65 (Series E/III), Dterm70/60 (Elite/Electra Pro), DSS Console, ATTCON, DESKCON[–27 V version, 2-wire type]

PN-8DLCP DLC 8-line Digital Line Circuit Card for Dterm Series i/Dterm75/65 (Series E/III), DSS Console, ATTCON, DESKCON[–27 V version, 2-wire type]

PN-2ILCA ILC 2-line ISDN Line Circuit CardProvides a physical interface to ISDN Terminals.Occupies 8 time slots per one card.

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NOTE 1: When using G.723.1, 5.3 Kbps is available for the receiving bit rate.NOTE 2: When using the firmware program of SC-3330 IPS IPADT PROG-B1 or later for the PN-8IPLA

card, you may set the Auto Negotiation ON/OFF settings by the SW0-3. When using the firmware program of SC-3213 IPS IPADT PROG-A1 for the PN-8IPLA card, Auto Negotiation function is always set to ON.


EQUIPMENT NAME


PN-8IPLA IP-PAD 8-channel IP-PAD CardProvides LAN Interface, Packet Assembly/Disassembly to accom-modate Legacy Line/Trunk interface. And provides voice com-pression DSP control functions such as voice compression control, DTMF relay.• Voice compression protocols:

G.711 (64 Kbps), G.723.1 (5.3 Kbps/6.3 Kbps), G.729a (8 Kbps) NOTE 1

• FAX protocol: Pass-through (G.711, G.726)Provides Auto Negotiation function. NOTE 2

– Always set to ON.– Set to ON/OFF by the switch setting.

When mounting 24DSP (PZ-24IPLA) card, this card can providesup to 32-channel of IP-PAD (When using G.723.1, provides up to24-channel of IP-PAD).Two cards can be accommodated per built-in FP/FP card, maximum 4 per system.10BASE-T/100BASE-TX twisted pair cable is connected directly to this card.

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EQUIPMENT NAME


PN-32IPLA-A IP-PAD 32-channel IP-PAD CardProvides LAN interface, Packet Assembly/Disassembly to accom-modate Legacy Line/Trunk interface.Provides voice compression DSP control functions such as voice compression control, DTMF relay and FAX relay.• Voice compression protocols: G.711 (64 Kbps)• FAX protocol: Pass-through (G.711)Provides Auto Negotiation function (Set to ON/OFF by the switch setting).Used together with maximum two 16VCT cards.One card can be accommodated per MC, maximum 3 per system.10BASE-T/100BASE-TX twisted pair cable is connected directly to this card.

PN-4LCC LC 4-line Analog Line Circuit Card for Single Line TelephonesLoop resistance: Maximum 600 Ω (including telephone set)Provides Line Test function.

PN-4LCAA LC 4-line Analog Line Circuit Card for Single Line TelephonesLoop resistance: Maximum 600 Ω (including telephone set)Equipped with Ringer Unit (RGU).Provides Line Test function.This card is required to supply ringing signal for Single Line Tele-phone accommodated in NEAX IPSDM/IPSDMR (6 slot version).

PN-4LCD-A LC 4-line Analog Line Circuit Card for Single Line TelephonesLoop resistance: Maximum 600 Ω (including telephone set)Provides momentary open and Message Waiting Lamp control, Line Test functions for each circuit.Equipped with +80 V DC-DC on-board power supply.

PN-4LCE[For Australia]

LC 4-line Analog Line Circuit Card for Single Line Telephones Loop resistance: Maximum 600 Ω (including telephone set)Provides Line Test functions.

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EQUIPMENT NAME


PN-4LCF[For Australia]

LC 4-line Analog Line Circuit Card for Single Line TelephonesLoop resistance: Maximum 600 Ω (including telephone set)Provides Message Waiting Lamp control, Line Test functions for each circuit, and reverse function for only No.3 circuit.Equipped with +80 V DC-DC on-board power supply.

PN-4LCK[For China]

LC 4-line Analog Line Circuit Card for Single Line TelephonesLoop resistance: Maximum 600 Ω (including telephone set)Provides Line Test function.

PN-4LCL[For China]


PN-4LCV[For Brazil]

LC 4-line Analog Line Circuit Card for Single Line TelephonesLoop resistance: Maximum 600 Ω (including telephone set)Provides Line Test function.

PN-4LCW[For Brazil]


PN-8LCAA LC 8-line Analog Line Circuit Card for Single Line TelephonesLoop resistance: Maximum 600 Ω (including telephone set)Provides Message Waiting Lamp control, momentary open, Line Test functions for each circuit.

PN-8LCAB[For China]

LC 8-line Analog Line Circuit Card for Single Line Telephones Loop resistance: Maximum 1200 Ω (including telephone set)Provides Message Waiting Lamp control, momentary open, Line Test functions for each circuit.

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EQUIPMENT NAME


PN-8LCAD LC 8-line Analog Line Circuit Card for Single Line Telephones Provides Caller ID Display on analog station.Loop resistance: Maximum 600 Ω (including telephone set)Provides Message Waiting Lamp control, momentary open for each circuit.

PN-8LCAE[For China]

LC 8-line Analog Line Circuit Card for Single Line Telephones Provides Caller ID Display on analog station.Loop resistance: Maximum 600 Ω (including telephone set)Provides Message Waiting Lamp control, momentary open for each circuit.

PN-4LDTA LDT 4-line Loop Dial Trunk CardLoop resistance: Maximum 3000 Ω (including internal resistance of the distant office equipment)PN-PW03 is required.

PN-4LLCB LLC 4-line Analog Long Line Circuit Card for Single Line Telephones Provides Caller ID Display on analog station.Loop resistance for PB/DP type:

PB : Maximum 1200 ΩDP (20 PPS): Maximum 1700 ΩDP (10 PPS): Maximum 2500 ΩIncluding the internal resistance of the distant office equipment

Provides Message Waiting Lamp control, momentary open/reverse functions for each circuit.PN-PW03 is required.

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EQUIPMENT NAME


PN-M10 M10 Optical Fiber Interface CardProvides optical fiber interface for T1/E1 Digital Trunk Interface (1.5 M/2 Mbps).Line length : 10 km (6.2 miles) or lessLine coding: CMI

PN-M13 M13 24-line Plain Old Telephone Service (POTS) Splitter CardUsed to provide data communications for Home PNA (Phone line Network Alliance)/VDSL (Very high speed bit rate Digital Sub-scriber Line).One card per MC

PN-2ODTA ODT 2-line Out Band Dialling Trunk CardUsed as either a 2-wire E&M trunk or a 4-wire E&M trunk. Equipped with –48 V DC-DC on-board power supply.Both No. 0 and No. 1 circuits must be set to the same purpose (2-wire or 4-wire) in one card.

PN-2ODTB[For New Zealand/UK/PBC]

ODT 2-line Out Band Dialling Trunk CardUsed as either a 2-wire E&M trunk or a 4-wire E&M trunk. Equipped with –48 V DC-DC on-board power supply.Both No. 0 and No. 1 circuits must be set to the same purpose(2-wire or 4-wire) in one card.

PN-4ODTA ODT 4-line Out Band Dialling Trunk CardUsed as either a 2-wire E&M trunk or a 4-wire E&M trunk.–48 V DC power (PN-PW03 card) is required when using the sig-naling type I.

PN-4RSTF[For North America/Asia exclud-ing China]

SDT 4-line Sender Card for Caller ID Display on analog Single Line TelephonesPN-4LLCB is required.

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EQUIPMENT NAME


PN-4RSTF-A[For North America/Asia includ-ing China]

SDT 4-line Sender Card for Caller ID Display on analog Single Line Telephones.PN-4LLCB is required.

PN-4RSTH SDT 4-line Sender Card for Caller ID Display on analog Single Line TelephonesPN-4LLCB is required.

PN-8RSTG PBR 8-line PB Receiver CardUsed for a PB station line, DID or tie line.

PN-RTA RTA In-Skin Router Card10/100BASE-TX: 1, 10BASE-T: 1, RS-232C (D-sub 9pin)Maximum 8 cards per MC

PZ-M649 DTI T1 Digital Trunk Interface (1.5 Mbps) CardMounted on PN-RTA CardT1 Digital Trunk Interface: 1Built-in CSU

PZ-M650 DTI E1 Digital Trunk Interface (2 Mbps) CardMounted on PN-RTA CardE1 Digital Trunk Interface: 110BASE-T/100BASE-TX twisted pair cable is connected directly to this card.

PZ-M623 ETHER Ether Control CardMounted on PN-RTA Card10BASE-T: 1

PN-TNTA TNT 2-line Tone/Music Source Interface CardUsed for BGM or Music on Hold. Provides two jacks for an external tone/music source.

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NOTE 1: When using 4VCT card for H.323, FAX relay is not available.NOTE 2: When using G.723.1, 5.3 Kbps is available for the receiving bit rate.NOTE 3: 16VCT (PN-16VCTA) card does not support FAX relay.


EQUIPMENT NAME


PN-4VCTI 4VCT 4-channel CODEC Card for IP Trunk CardProvides voice compression DSP control functions such as voice compression control, DTMF relay and FAX relay. NOTE 1• Voice compression protocols:

G.711 (64 Kbps), G.723.1 (5.3 Kbps/6.3 Kbps), G.729a (8 Kbps)

• FAX protocol: T.30Used together with IP Trunk (PN-IPTB) card.Two cards can be accommodated per IP Trunk (PN-IPTB) card, maximum 6 per system.

PN-16VCTA/PN-16VCTA-A

16VCT 16-channel CODEC Card for 32-channel IP-PAD CardProvides voice compression DSP control functions such as voice compression control, DTMF relay and FAX relay.• Voice compression protocols:

G.711 (64 Kbps), G.723.1 (5.3 Kbps/6.3 Kbps), G.729a (8 Kbps) NOTE 2

• FAX protocol: T.30, Pass-through (G.711, G.726) NOTE 3Used together with IP-PAD (PN-32IPLA-A) card.Two cards can be accommodated per IP-PAD (PN-32IPLA-A) card, maximum 16 per system.

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EQUIPMENT NAME


PZ-24IPLA 24DSP 24-channel DSP Card for 8-channel IP-PAD CardProvides Packet Assembly/Disassembly to accommodate Legacy Line/Trunk Interface. And provides voice compression DSP con-trol functions such as voice compression control, DTMF relay same as IP-PAD (PN-8IPLA) card.Used to expand the IP-PAD channel up to 32-channels.

PZ-4PFTA PFT 4-line Power Failure Transfer CardTo be mounted in the bottom of MC.One card per MC

PZ-VM00/PZ-VM00-M

VM00 4-port Voice Mail Card (NEAXMail AD-8)One card per systemNumber of ports: 4 ports (Up to 8 ports when PZ-VM01 is

mounted)Occupies two physical slots width per card.To be mounted in LT00 or LT03 slot of MC0-2 for NEAX IPSDM/IPSDMR (6 slot version).To be mounted in LT00 or LT04 slot of MC0-1 for NEAX IPSDM/IPSDMR (8 slot version).

PZ-VM01 VM01 4-port Voice Mail Extension CardTo be mounted on PZ-VM00/VM00-M/VM10-M.

PZ-VM02 VM02 This card consists of a digital signal processor for port interface (4 ports), central processor unit for controlling various data, hard disk unit to read/write the application software, and an internal modem (14.4 Kbps) for remote maintenance. Moreover, mounted into the LT00 slot (for CPU card) of the MC0.One card per system

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EQUIPMENT NAME


PZ-VM10-M VM10 4-port Voice Mail Card (NEAXMail AD-8)One card per systemNumber of ports: 4 ports (Up to 8 ports when PZ-VM01 is

mounted)Occupies two physical slots width per card.To be mounted in LT00 or LT03 slot of MC0-2 for NEAX IPSDM/IPSDMR (6 slot version).To be mounted in LT00 or LT04 slot of MC0-1 for NEAX IPSDM/IPSDMR (8 slot version).

PZ-VM03-M[For North America]

VM03 4-port Voice Mail Card (NEAXMail IM-16)One card per systemNumber of ports: 4 ports (Up to 8 ports when PZ-VM05/VM06 is

mounted)Occupies two physical slots width per card.To be mounted in LT02 slot (for CPU card) and LT03 slot (for DSP card) of the MC0-3 for NEAX IPSDM/IPSDMR (6 slot ver-sion).To be mounted in LT03 slot (for CPU card) and LT04 slot (for DSP card) of MC0-1 for NEAX IPSDM/IPSDMR (8 slot version).

PZ-VM05[For North America]

VM05 4-port Voice Mail/FAX Extension CardTo be mounted on VM03 card.

PZ-VM06[For North America]

VM06 4-port Voice Mail Extension CardTo be mounted on VM03 card.

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CableThis table shows the names and functions of the cables.

Cable Name and Function

EQUIPMENT NAME


AC CORD-E-U [Asia/North America/Latin America]/AC CORD-E-A [Australia]/AC CORD-E-E [Europe]AC CORD-E-UK [UK]

AC cordOne AC cord is required per MC.

BUS-0.4 CA-PA Straight type BUS cable (0.45 m [18 inch])The cable is available only when connecting between MCs of both NEAX IPSDM/NEAX IPSDMR (6 slot version).One BUS cable is required per expansion MC.NEAX IPSDM (6 slot version) is permitted to expand MC twice.NEAX IPSDMR (6 slot version) is permitted to expand MC once.

BUS-0.4 CA-X Crossed type BUS cable (0.45 m [18 inch])The cable is available only when connecting between MCs of both NEAX IPSDM/IPSDMR (8 slot version).One BUS cable is required per expansion MC.NEAX IPSDM/IPSDMR (8 slot version) is permitted to expand MC once.

BUS-0.4 CA-CHG Conversion BUS cable to connect NEAX IPSDM/IPSDMR (6 slot version) with NEAX IPSDM/IPSDMR (8 slot version) (0.45 m [18 inch])The cable is available only when connecting MC of NEAX IPSDM/IPSDMR (6 slot version) with MC of NEAX IPSDM/IPSDMR (8 slot version).One BUS cable is required per expansion MC.In this case, NEAX IPSDM/IPSDMR (6 slot version) should be MC0 and NEAX IPSDM/IPSDMR (6 slot version) is permitted to expand MC once.

BATT CA-P5 BATT cable (PZ-PW131/PZ-4PFTA↔External Battery)(5 m [197 inch])

POWER CA-PFT PFT cable (PZ-PW131↔PZ-4PFTA) (0.25 m [9.8 inch])

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MOUNTING CONDITIONS OF CIRCUIT CARDS

This section explains the conditions for mounting circuit cards used in the system.


Circuit Card Mounting Slots

*1 PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D/PN-CP31-A/PN-CP31-B/PN-CP31-C/PN-CP31-D (MP) card is mounted in the MP/FP slot of MC0.PZ-M606-A (ETHER) card is mounted on the PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D/PN-CP31-A/PN-CP31-B/PN-CP31-C/PN-CP31-D (MP) card.PN-CP15/PN-CP19 (FP) card is mounted in the MP/FP slot of MC2 when the system is three-MC configuration. No card is mounted in the MP/FP slot of MC1.

*2 Either line/trunk cards or application processor cards can be mounted in the LT00/AP00-LT04/AP04 slots of MC0-2.

*3 PZ-4PFTA card is mounted in the bottom of MC0-2.Continued on next page

LT00-LT04 : Line/Trunk card mounting slotsAP00-AP04: Application Processor cardmounting

slots

MP/FP: PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D/PN-CP31-A/PN-CP31-B/PN-CP31-C/PN-CP31-D/PN-CP15/PN-CP19 mounting slot

PFT : PZ-4PFTA mounting position

FRONT SIDE

*1

*2

*2

LT01/AP01

LT00/AP00

MP/FP

LT04/AP04

LT03/AP03

LT02/AP02

REAR SIDE

MC0-2

LTC1 LTC0

MC0-2

BUS2BUS1BUS0

PFT *3

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NOTE 1: PN-8IPLA (IP-PAD) card is mounted in the LT04 of MC0-2.

NOTE 2: PN-32IPLA-A (IP-PAD) card is recommended to be mounted in the LT04 slot of MC0-2 to usethe LT slots efficiently. The first 8 ports are provided by LT04 slot and remaining 24 ports areprovided by Virtual LT ports. The IP-PAD card is 2-slot width physically. Therefore, any cardcannot be mounted in the LT04 slot. When using PN-16VCTA-A (16VCT) card, they should bemounted in LT02 slot and LT03 slot to connect the front cable.

NOTE 3: PN-4VCTI (4VCT) card is mounted in the next to PN-IPTB (IPT) card. When mounting two4VCT cards, IPT card and 4VCT cards are mounted in the right side slots of MC0-2. LT/APcards can be mounted in vacant slots.

NOTE 4: PZ-VM00/PZ-VM00-M (VM00)/PZ-VM10-M (VM10)/PZ-VM02 (VM02) card is mounted in the LT00 or LT03 slot of MC0-2 due to 3-slot width physically.

NOTE 5: PZ-VM03-M (VM03) card is mounted in the LT02 slot (for DSP card) and LT03 slot (for CPU card) of MC0-2.


IP-PAD

LT00

LT01

LT03

LT02

LT04

IP-PAD

16VCT

IP-PAD

16VCT

16VCT

LT00

LT01

LT03

LT02

LT04

LT00

LT01

LT03

LT02

LT04

IPT

4VCT

4VCT

LT00

LT01

LT03

LT02

LT04

VM00/VM10/VM02 VM00/VM10/VM02LT00

LT01

LT03

LT02

LT04

VM03LT00

LT01

LT03

LT02

LT04

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NOTE 6: PN-4CSIA/PN-4CSIA-A (CSI) card must be mounted only in the even number slot of LT00-LT04 (LT00, LT02, LT04). Maximum 3 CSI cards can be mounted per MC. PN-SC03-B/PN-SC03-C (CSH) card or other application processor card (except for DTI/PRT/BRT card)can be mounted besides the CSI card as following example. The CSI card and CSH card arerecommended to mount at the following slot to use the LT ports efficiently.

NOTE 7: Only one PN-M13 (M13) card can be mounted per MC. PN-M13 card should be mounted inthe LT00 or LT01 of MC0-2 due to the front cable connection.

NOTE 8: Only one PN-PW03 (DC/DC PWR) card can be mounted per MC.NOTE 9: The maximum DC power output of PN-PW03 (DC/DC PWR) card is 500 mA.

When LT card (PN-4CSIA/PN-4CSIA-A/PN-4DLCT/PN-4LDTA/PN-4LLCB/PN-4ODTA* card) that require the PN-PW03 card is mounted, the sum current from each card to terminals should be set to less than 500 mA.PN-4CSIA/PN-4CSIA-A/PN-4DLCT/PN-4LDTA/PN-4LLCB/PN-4ODTA card should be mounted in the same MC which accommodates PN-PW03.

* When using the signaling type I.

Card Current (1 card)

The maximum accommodation number of cards

(1 MC)

Accommodation conditions

(1 MC)

PN-4CSIA/PN-4CSIA-A

400 mA 1

+ + + + ≤500 mA

PN-4DLCT 180 mA 2

PN-4LDTA 140 mA 3

PN-4LLCB 170 mA 2

PN-4ODTA* 110 mA 4

CSH

CSICSH

CSILT00

LT01

LT03

LT02

LT04

CSI

1

1 2 3 4 52

3

4

5

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Circuit Card Mounting Slots

*1 PN-CP24-C/PN-CP24-D/PN-CP31-C/PN-CP31-D (MP) card is mounted in the MP slot of MC0.PZ-M606-A (ETHER) card is mounted on the PN-CP24-C/PN-CP24-D/PN-CP31-C/PN-CP31-D (MP) card.

*2 Either line/trunk cards or application processor cards can be mounted in the LT00/AP00-LT06/AP06 slots of MC0-1.

*3 PZ-4PFTA card is mounted in the bottom of MC0-1.Continued on next page

LT00-LT06 : Line/Trunk card mounting slotsAP00-AP06: Application Processor card

mounting slots

MP : PN-CP24-C/PN-CP24-D/PN-CP31-C/PN-CP31-D mounting slot

PFT: PZ-4PFTA mounting position

FRONT SIDE

*1

*2

*2

LT01/AP01

LT00/AP00

LT05/AP05

LT04/AP04

LT03/AP03

REAR SIDE

MC0-1

LTC1

LTC0MC0-1

BUS0

PFT *3

LT02/AP02 LT06/AP06

LTC2

MP

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NOTE 1: When using PN-8IPLA (IP-PAD) card without PZ-24IPLA (24 DSP) card, IP-PAD card canbe mounted in LT00 slot and LT04 slot of MC0-1, and the other LT/AP card can be mounted inthe vacant slot as follows.

When using PN-8IPLA (IP-PAD) card with PZ-24IPLA (24 DSP) card, IP-PAD card can bealso mounted in LT00 slot and LT04 slot of MC0-1. But the IP-PAD card is recommended tomount in either LT00 slot or LT04 slot to use the LT slots efficiently. And depending on thenumber of channels (8/16/24/32) that is assigned by office data, the other LT/AP card can bemounted in vacant slot as shown in the following mounting examples.

<Using 16 channels (IP-PAD is in LT00)>




IP-PADIP-PADLT00

LT01

LT02

LT04

LT03

LT05

LT06

Other LT/AP

Other LT/AP

Other LT/AP

Other LT/AP

Other LT/AP

Other LT/APIP-PAD + 24DSPLT00

LT01

LT02

LT04

LT03

LT05

LT06

Other LT/AP

Other LT/AP

Other LT/AP

AP only

Other LT/AP


LT01

LT02

LT04

LT03

LT05

LT06

Other LT/AP

Other LT/AP

Other LT/AP

AP only

AP only


LT01

LT02

LT04

LT03

LT05

LT06

AP only

Other LT/AP

Other LT/AP

AP only

AP only

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<Using 24/32 channels (IP-PAD is in LT04)>

NOTE 2: PN-32IPLA-A (IP-PAD) card is recommended to be mounted in the LT05 slot of MC0-1 to use the LT slots efficiently. The first16 ports are provided by LT05 slot and LT06 slot and remain-ing 8 ports are provided by LT04 slot and Virtual LT ports. The IP-PAD card is 2-slot width physically. Therefore, any card cannot be mounted in the LT06 slot. When using PN-16VCTA-A (16VCT) card, they should be mounted in LT03 slot and LT04 slot to connect the front cable.

NOTE 3: PN-4VCTI (4VCT) card is mounted in the next to PN-IPTB (IPT) card. When mounting two4VCT cards, IPT card and 4VCT cards are mounted in the right side slots of MC0-1. LT/APcards can be mounted in vacant slots.


IP-PAD + 24DSPOther LT/APLT00

LT01

LT02

LT04

LT03

LT05

LT06

Other LT/AP

AP only

Other LT/AP

Other LT/AP

Other LT/AP

IP-PAD + 24DSPOther LT/APLT00

LT01

LT02

LT04

LT03

LT05

LT06

Other LT/AP

AP only

AP only

Other LT/AP

Other LT/AP

16VCTLT00

LT01

LT02

LT04

LT03

LT05

LT06

16VCT

16VCT

LT00

LT01

LT02

LT04

LT03

LT05

LT06IP-PAD IP-PAD

IPT

4VCT

4VCT

LT00

LT01

LT02

LT04

LT03

LT05

LT06

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In this case, you must provide two vacant slots in MC0. These vacant slots can be located in anyLT/AP slots on the MC0, and you can mount other LT/AP cards except for IPT and 4VCT cardson other LT/AP slots as shown in the following table.

NOTE 4: PZ-VM00/PZ-VM00-M (VM00)/PZ-VM10-M (VM10)/PZ-VM02 (VM02) card is mounted in the LT00 or LT04 slot of MC0-1 due to 3-slot width physically.

NOTE 5: PZ-VM03-M (VM03) card is mounted in the LT03 slot (for DSP card) and LT04 slot (for CPU card) of MC0-1.


MCNUMBER

OF CHANNELS

NUMBER OF CARDS REQUIRED

SLOTS

AVAILABLE SLOTS FOR OTHER

LT/AP CARDS

IPT 4VCT LT APMC0 4 1 1 IPT : 1

4VCT : 1Vacant: 2

3 0

2 1

8 1 2 IPT : 14VCT : 2Vacant: 2

2 0

MC1 4 1 1 IPT : 14VCT : 1Vacant: 0

5 0

2 3

8 1 2 IPT : 14VCT : 2Vacant: 0

4 0

2 2

VM00/VM10/VM02 VM00/VM10/VM02

LT00

LT01

LT02

LT04

LT03

LT05

LT06

VM03LT00

LT01

LT02

LT04

LT03

LT05

LT06

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NOTE 6: PN-4CSIA/PN-4CSIA-A (CSI) card must be mounted only in the even number slot of LT00-LT06 (LT00, LT02, LT04, LT06). Maximum 4 CSI cards can be mounted per MC. PN-SC03-B/PN-SC03-C (CSH) card or other application processor card (except for DTI/PRT/BRT card) can be mounted besides the CSI card as following example. The CSI card and CSH card are recommended to mount in the following slots to use the LT ports efficiently.

NOTE 7: Only one PN-M13 (M13) card can be mounted per MC. PN-M13 card should be mounted in the LT00 or LT01 of MC0-1 due to the front cable connection.

NOTE 8: Only one PN-PW03 (DC/DC PWR) card can be mounted per MC.NOTE 9: The maximum DC power output of PN-PW03 (DC/DC PWR) card is 500 mA.

When LT card (PN-4CSIA/PN-4CSIA-A/PN-4DLCT/PN-4LDTA/PN-4LLCB/PN-4ODTA* card) that require the PN-PW03 card is mounted, the sum current from each card to terminals should be set to less than 500 mA.PN-4CSIA/PN-4CSIA-A/PN-4DLCT/PN-4LDTA/PN-4LLCB/PN-4ODTA card should be mounted in the same MC which accommodates PN-PW03.

* When using the signaling type I.

Card Current (1 card)

The maximum accommodation number of cards

(1 MC)

Accommodation conditions

(1 MC)

PN-4CSIA/PN-4CSIA-A

400 mA 1

+ + + + ≤500 mA

PN-4DLCT 180 mA 2

PN-4LDTA 140 mA 3

PN-4LLCB 170 mA 2

PN-4ODTA* 110 mA 4

CSILT00

LT01

LT02

LT04

LT03

LT05

LT06

CSI

CSH

CSH

CSICSI

1

1 2 3 4 52

3

4

5

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SYSTEM CONDITIONS

Conditions for Modular Chassis (MC)• Wall Mounting Installation is not available for NEAX IPSDM/IPSDMR.• The cooling FAN that is mounted in the right side of the MC should be replaced every four years in

order to ensure the cooling system.• Uninterruptible Power System (UPS) or battery backup (with external battery) is available for back-

up power for AC power failure.• The external battery connectable with PZ-PW131 card is sealed type only.

Conditions for Circuit Cards• PZ-M542/PZ-M557 card cannot be mounted. • PZ-PW121/PZ-PW122/PZ-PW126 card cannot be mounted.• PZ-8PFTB card cannot be mounted (PZ-4PFTA card is available for the NEAX IPSDM/IPSDMR).

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SYSTEM CONDITIONS


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SYSTEM SPECIFICATIONS

The following shows the system specifications of the NEAX IPSDM/IPSDMR.


System Specifications

ITEM SPECIFICATIONSDimensions 430 (16.9) [W] × 365 (14.4) [D] × 85 (3.5) [H] UNIT: mm (inch)

(Height of the rubber leg (3 mm [0.1 inch]) is not included)

Weight Approximately 7 kg/MC (When all slots are occupied)

Input Power AC100 V-240 V (Automatically adjusted)

Card Slots 6 slots/MC (1 slot for MP/FP slot, 5 slots for LT/AP slot)

Operating Conditions Ambient Temperature: 0 °C-40 °C (When the ambient temperature will exceed this value during the holiday or the night, an air conditioner is required)

Relative Humidity : Less than 90 % (without dew)

Cooling Cooling by FAN

Safety Standard Complied with UL60950, CSA22.2 No. 950, EN60950, AS3260

EMC VCCI Class A, FCC Part 15 Class A, EN55022 Class A, AS/NZS 3548 Class A

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System Specifications

ITEM SPECIFICATIONSDimensions 430 (16.9) [W] × 365 (14.4) [D] × 85 (3.5) [H] UNIT: mm (inch)

(Height of the rubber leg (3 mm [0.1 inch]) is not included)

Weight Approximately 7.5 kg/MC (When all slots are occupied)

Input Power AC100 V-240 V (Automatically adjusted)

Card Slots 8 slots/MC (1 slot for MP slot, 7 slots for LT/AP slot)

Operating Conditions Ambient Temperature: 0 °C-40 °C (When the ambient temperature will exceed this value during the holiday or the night, an air conditioner is required)

Relative Humidity : Less than 90 % (without dew)

Cooling Cooling by FAN

Safety Standard Complied with UL60950, CSA22.2 No. 950, EN60950, AS3260

EMC VCCI Class A, FCC Part 15 Class A, EN55022 Class A, AS/NZS 3548 Class A

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SYSTEM CAPACITY

The following shows the system capacity of the NEAX IPSDM.As for the system capacity of the NEAX IPSDMR, refer to the NEAX 2000 IPS System Manual.

• NEAX IPSDM (6 slot version)

System Capacity

ITEMSYSTEM CAPACITY

REMARKS1 PHYSICAL MC

2 PHYSICAL MC

3 PHYSICAL MC

MCPhysical MC 1 2 3 For MP, FP, legacy LT and

AP cards, and power supply units

FP NOTE 1Built in FP (on MP) 1FP card (PN-CP15/PN-CP19)

0 0 1

Virtual FP for DtermIP 7 6 5 For Series 330015 14 13 For Series 3400 or later

Virtual FP for PS 8Virtual FP for WLAN

NOTE 151

AP NOTE 1IPT card 1 2 3Virtual IPT 1CCH card 2 5 8CCT card 5 8CSH card 2 4 6Virtual CSH for IP-CS 8Virtual CSH for WLAN

NOTE 152


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System Capacity

ITEMSYSTEM CAPACITY


2 PHYSICAL MC

3 PHYSICAL MC

AP NOTE 1Other Major AP card

DTI 5 8PRT 5 8BRT 5 10 15

LT Port NOTE 3, NOTE 8Physical MC Port for Line/Trunk NOTE 2

64 128 192

Physical MC Port for IP-PAD

16 32 IP-PAD (PN-8IPLA) card without 24DSP card

32 64 96 IP-PAD (PN-8IPLA) card with 24DSP card

32 64 96 IP-PAD (PN-32IPLA) card Physical MC Port for CS/ZT

NOTE 440 80 120

Physical MC Port for CCIS IPT (Point-to-Point Connec-tion) NOTE 2

16 32 48

Physical MC Port for CCIS IPT (Point-to-Multipoint Connection)

NOTE 2, NOTE 5

128

Physical MC Port for H.323 IPT NOTE 2

12 24 36

Physical MC Port for SIP (Dch) NOTE 2, NOTE 16

2


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System Capacity

ITEMSYSTEM CAPACITY


2 PHYSICAL MC

3 PHYSICAL MC

IP Port NOTE 6, NOTE 8Virtual MC Port for DtermIP/Virtual MC Port for Virtual Station for Visitor

448 384 320 For Series 3300956 892 828 For Series 3400 or later

Virtual MC Port for IP-CSNOTE 4

112 For Series 3300128 For Series 3400 or later

Virtual MC Port for CCIS Virtual IPT

NOTE 2, NOTE 5

128

PS Port NOTE 7, NOTE 8Virtual MC Port for PS

NOTE 10512

Virtual MC Port for WLAN Terminal NOTE 15

64

AP Port NOTE 9Virtual MC Port for SIP (Bch) NOTE 2, NOTE 16

127

Virtual MC Port for AP cardNOTE 2

256


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System Capacity

ITEMSYSTEM CAPACITY


2 PHYSICAL MC

3 PHYSICAL MC

Physical IPTVCT channels(Number of channel for simultaneous communica-tion per system)

8 12 12 For H.323 connection

Destination IP Address(Number of destination office)

255

Virtual IPTNumber of Virtual MC for Virtual IPT

2 For CCIS via Virtual IPT Point-to-Multipoint connec-tionNumber of Channel for Vir-

tual IPT127


255

IP TerminalDtermIP (IP Adapter Type/IP Bundled Type), DtermIP INASET, DtermSP20/DtermSP30

448 384 320 For Series 3300956 892 828 For Series 3400 or later


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System Capacity

* Dterm60=Electra TerminalDterm65=Series IIIDterm70=Elite TerminalDterm75=Series E


ITEMSYSTEM CAPACITY


2 PHYSICAL MC

3 PHYSICAL MC

Legacy TerminalSingle Line Telephone with 8LC card

NOTE 11, NOTE 12

36 72 108 Total number of Single Line Telephone and Dterm should be up to 40 terminals per MC (Maximum 120 terminals per system).

Single Line Telephone with 4LC card

NOTE 11, NOTE 12

20 40 60

Single Line Telephone with 4LLC card

NOTE 11, NOTE 12

8 16 24

Dterm60/65/70/75*, Series i (standard line)

40 80 120

Dterm60/65/70/75*, Series i (long line)

8 16 24

DESKCONSMARTCON Attendant Terminal(Dterm Attendant Position)

8

DSS/BLF CONSOLE 8 16 24ISDN Terminal 8 16 24

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System Capacity

ITEMSYSTEM CAPACITY


2 PHYSICAL MC

3 PHYSICAL MC

CardEther card 1IP-PAD (PN-8IPLA) card

NOTE 132 4 2 cards per FP

IP-PAD (PN-32IPLA) cardNOTE 13

1 2 3 1 card per MC

IPT card NOTE 13 1 2 3 1 card per MC4VCT card 2 4 6 2 cards per IPT card16VCT card 2 4 6 2 cards per IP-PAD

(PN-32IPLA) card24DSP card 2 4 1 card per IP-PAD

(PN-8IPLA) card2 1 card per SIP

(PN-8IPTA) cardSIP card (PN-8IPTA)

NOTE 13, NOTE 165 8 without 24DSP card

2 with 24DSP cardPFT card (Only for the NEAX IPSDM)

1 2 3 1 card per MC

M13 card 1 2 3 1 card per MCRTA card 5 10 15 5 cards per MCVM00/VM10 card 1 1 card per MCVM02 card 1 1 card per MCVM03 card 1 1 card per MCThe other Line/Trunk card As required Physical LT port:

40 ports per MCVirtual LT port: 24 ports per MCTotal number of LT port: 64 ports per MC

The other AP card As required 256 ports per SystemContinued on next page

JULY/01/2006

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System Capacity

ITEMSYSTEM CAPACITY


2 PHYSICAL MC

3 PHYSICAL MC

PS 512WLAN Terminal NOTE 15

VoWLAN Terminal 64CS

CS/ZT 12 24 36 For local power supply4 8 12 For main power supply

IP-CS 112 For Series 3300128 For Series 3400 or later

Virtual CS for WLANNOTE 15

20

C.O. TrunkLoop Start Trunk 40 80 120Direct Inward Dialing with 4DIT

20 40 60

Tie Line Trunk (Analog)2ODT (2 wire-E&M/4 wire-E&M)

10 20 30

4ODT (2 wire-E&M/4 wire-E&M)

16 32 48 Maximum of 4 cards per MC

4LDT card 12 24 36 Maximum of 3 cards per MCTie Line Trunk (Digital)

24DTI card 5 DTI : 10CCIS: 8

30DTI card 5 8Continued on next page

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System Capacity

ITEMSYSTEM CAPACITY


2 PHYSICAL MC

3 PHYSICAL MC

ISDNPRT card 5 8BRT card 5 10 15

Number of circuit for PB sender

32

Number of circuit for PB receiver

16 32

SMDR interface portSMDR with AP00 2MP built-in SMDR on RS-232C

2

MP built-in SMDR on IP 1PMS interface port

PMS with AP00 1MP built-in PMS on IP 1

OAI interface port NOTE 14 1Automatic Call Distribution (ACD) with Management Information System (MIS) interface port NOTE 14

1

Number of Conference Groups Three-Way Calling (Confer-ence [3/4-Party])

16

Station/Attendant Con-trolled Conference (Confer-ence [6/10-Party])

6-party : 410-party : 2

Conference [32-Party] 5 8

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NOTE 1: The total number of FP/AP card should not exceed 64.NOTE 2: The total number of ports of the following trunks is maximum 256.

• COT/LDT/ODT• PRT/BRT/DTI/CCT• CCIS Virtual IPT/CCIS IPT (Point-to-Point connection/Point-to-Multipoint connection)/

H.323 IPT/SIPNOTE 3: The total number of physical MC port is maximum 192 per system.NOTE 4: The total number of ports of CS/ZT and IP-CS is maximum 128.NOTE 5: The total number of voice channel of the following trunk is maximum 127.

• CCIS Virtual IPT• CCIS IPT Port (Point-to-Multipoint connection)

NOTE 6: The total number of IP ports is maximum 956 per system.NOTE 7: The total number of PS ports is maximum 512 per system.NOTE 8: The total number of LT ports, PS ports and IP ports should not exceed 1020 per system.NOTE 9: The total number of AP ports is maximum 256 per system.NOTE 10: The number of visitor PS for wireless roaming is not included (The number of visitor location

Register is maximum 512 per system.).NOTE 11: When you accommodate Single Line Telephones in the MC, PN-4LCAA (4LC with Ringer

Unit) card is required.NOTE 12: Maximum number of Single Line Telephones to which the system can send Ring Back Tone

(RBT) simultaneously is 6.NOTE 13: Maximum number of the voice channels per physical IPT/IP-PAD/SIP card depends on the

payload size as tables. Refer to “Maximum Voice Channels per Physical IPT Card”.Page 84

NOTE 14: Maximum 4 applications can be connected to the system at the same time.NOTE 15: WLAN is available from Series 3600 software.NOTE 16: SIP is available from Series 3600 software.

JANUARY/31/2006

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• NEAX IPSDM (8 slot version)

System Capacity

ITEMSYSTEM CAPACITY

REMARKS1 PHYSICAL MC 2 PHYSICAL MC

MCPhysical MC 1 2 For MP, legacy LT and AP

cards, and power supply units

FP NOTE 1Built in FP (on MP) 1Virtual FP for DtermIP 15 14Virtual FP for PS 8Virtual FP for WLAN

NOTE 141

AP NOTE 1IPT card 1 2Virtual IPT 1CCH card 3 7CCT card 7 8CSH card 2 4Virtual CSH for IP-CS 8Virtual CSH for WLAN

NOTE 142

Other Major AP card

DTI 7 8PRT 7 8BRT 5 10


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System Capacity

ITEMSYSTEM CAPACITY



64 128


32 64

Physical MC Port for CS/ZTNOTE 4

56 112


16 32


NOTE 2, NOTE 5

128


12 24


2


956 892


128


NOTE 2, NOTE 5

128


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System Capacity

ITEMSYSTEM CAPACITY



NOTE 10512


64

AP Port NOTE 7, NOTE 9Virtual MC Port for SIP

NOTE 2, NOTE 15127


256


8 12 For H.323 connection


255


2 For CCIS via Virtual IPT Point-to-Multipoint connec-tionNumber of Channel for

Virtual IPT127


255


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System Capacity



ITEMSYSTEM CAPACITY



956 892

Legacy TerminalSingle Line Telephone with 8LC card NOTE 11

56 112 Total number of Single Line Telephone and Dterm should be up to 56 terminals per MC (Maximum 112 terminals per system)

Single Line Telephone with 4LLC card NOTE 11

8 16


56 112


8 16


8

DSS/BLF CONSOLE 8 16ISDN Terminal 10 20

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System Capacity

ITEMSYSTEM CAPACITY



NOTE 122 2 cards per FP


1 2 1 card per MC

IPT card NOTE 12 1 2 1 card per MC4VCT card 2 4 2 cards per IPT card16VCT card 2 4 2 cards per IP-PAD

(PN-32IPLA) card24DSP card 2 1 card per IP-PAD

(PN-8IPLA)/SIP cardSIP card (PN-8IPTA)



1 2 1 card per MC

M13 card 1 2 1 card per MCRTA card 7 14 7 cards per MCVM00/VM10 card 1 1 card per MCVM02 card 1 1 card per MCVM03 card 1 1 card per MC


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System Capacity

ITEMSYSTEM CAPACITY


CardThe other Line/Trunk card As required Physical LT port:

56 ports per MCVirtual LT port: 8 ports per MCTotal number of LT port: 64 ports per MC

The other AP card As required 256 ports per SystemPS 512WLAN Terminal NOTE 14


CS/ZT 16 32 For local power supply4 8 For main power supply

IP-CS 128Virtual CS for WLAN

NOTE 1420

C.O. TrunkLoop Start Trunk 56 112Direct Inward Dialing with 4DIT

28 56


14 28


16 32 Maximum of 4 cards per MC

4LDT card 12 24 Maximum of 3 cards per MCContinued on next page

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System Capacity

ITEMSYSTEM CAPACITY


Tie Line Trunk (Digital)24DTI card 7 DTI : 10

CCIS: 830DTI card 7 8

ISDNPRT card 7 8BRT card 5 10


32


16 32


2




1


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System Capacity

NOTE 1: The total number of AP card should not exceed 64.NOTE 2: The total number of ports of the following trunks is maximum 256.





Register is maximum 512 per system.).NOTE 11: Maximum number of Single Line Telephones to which the system can send Ring Back Tone


payload size as tables. Refer to “Maximum Voice Channels per Physical IPT Card”.Page 84

NOTE 13: Maximum 4 applications can be connected to the system at the same time.NOTE 14: WLAN is available from Series 3600 software.NOTE 15: SIP is available from Series 3600 software.

ITEMSYSTEM CAPACITY



16




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SYSTEM CAPACITY


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• NEAX IPSDM (6 slot version) + NEAX IPSDM (8 slot version)

System Capacity

ITEMSYSTEM CAPACITY


MCPhysical MC 1 2 For MP, legacy LT and AP

cards, and power supply units

FP NOTE 1Built in FP (on MP) 1Virtual FP for DtermIP 7 6 For Series 3300

15 14 For Series 3400 or laterVirtual FP for PS 8Virtual FP for WLAN

NOTE 151

AP NOTE 1IPT card 1 2Virtual IPT 1CCH card 2 6CCT card 5 8CSH card 2 4Virtual CSH for IP-CS 8Virtual CSH for WLAN

NOTE 152

Other Major AP card

DTI 5 8PRT 5 8BRT 5 10


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System Capacity

ITEMSYSTEM CAPACITY



64 128


16 IP-PAD (PN-8IPLA) card without 24DSP card

32 64 IP-PAD (PN-8IPLA) card with 24DSP card

32 64 IP-PAD (PN-32IPLA) card Physical MC Port for CS/ZT

NOTE 440 96


16 32


NOTE 2, NOTE 5

128


12 24


2


448 384 For Series 3300956 892 For Series 3400 or later


112 For Series 3300128 For Series 3400 or later


NOTE 2, NOTE 5

128


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System Capacity

ITEMSYSTEM CAPACITY



NOTE 10512


64

AP Port NOTE 9Virtual MC Port for SIP

NOTE 2, NOTE 16127


256


8 12 For H.323 connection


255


2 For CCIS via Virtual IPT Point-to-Multipoint connec-tionNumber of Channel for

Virtual IPT127


255


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System Capacity



ITEMSYSTEM CAPACITY



448 384 For Series 3300956 892 For Series 3400 or later

Legacy TerminalSingle Line Telephone with 8LC card

NOTE 11, NOTE 12

36 92 Total number of Single Line Telephone and Dterm should be up to 40 terminals per MC0 and 56 terminals per MC1 (Maximum 96 termi-nals per system)

Single Line Telephone with 4LLC card

NOTE 11, NOTE 12

8 16


40 96


8 16


8

DSS/BLF CONSOLE 8 16ISDN Terminal 8 18

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SYSTEM CAPACITY


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System Capacity

ITEMSYSTEM CAPACITY



NOTE 132 2 cards per FP


1 2 1 card per MC

IPT card NOTE 13 1 2 1 card per MC4VCT card 1 2 2 cards per IPT card16VCT card 2 4 2 cards per IP-PAD

(PN-32IPLA) card24DSP card 2 1 card per IP-PAD

(PN-8IPLA) cardSIP card (PN-8IPTA)



1 2 1 card per MC

M13 card 1 2 1 card per MCRTA card 5 12VM00/VM10 card 1 1 card per MCVM02 card 1 1 card per MCVM03 card 1 1 card per MC


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SYSTEM CAPACITY


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System Capacity

ITEMSYSTEM CAPACITY


CardThe other Line/Trunk card As required Physical LT port:

40 ports per MC056 ports per MC1Virtual LT port: 24 ports per MC08 ports per MC1Total number of LT port: 64 ports per MC

The other AP card As required 256 ports per SystemPS 512WLAN Terminal NOTE 15


CS/ZT 12 28 For local power supply4 8 For main power supply

IP-CS 112 For Series 3300128 For Series 3400 or later

Virtual CS for WLANNOTE 15

20

C.O. TrunkLoop Start Trunk 40 96Direct Inward Dialing with 4DIT

20 48


10 24


16 32 Maximum of 4 cards per MC

4LDT card 12 24 Maximum of 3 cards per MCContinued on next page

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System Capacity

ITEMSYSTEM CAPACITY


Tie Line Trunk (Digital)24DTI card 5 DTI : 10

CCIS: 830DTI card 5 8

ISDNPRT card 5 8BRT card 5 10


32


16 32


2




1


16




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SYSTEM CAPACITY


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NOTE 1: The total number of AP card should not exceed 64.NOTE 2: The total number of ports of the following trunks is maximum 256.





Register is maximum 512 per system.).NOTE 11: When you accommodate Single Line Telephones in the MC0, PN-4LCAA (4LC with Ringer

Unit) card is required.NOTE 12: Maximum number of Single Line Telephones to which the system can send Ring Back Tone


payload size as tables on next page.NOTE 14: Maximum 4 applications can be connected to the system at the same time.NOTE 15: WLAN is available from Series 3600 software.NOTE 16: SIP is available from Series 3600 software.

JANUARY/31/2006

SYSTEM CAPACITY


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Maximum Voice Channels per Physical IPT Card

• CCIS Virtual IPT (PN-32IPLA-A + PN-16VCTA/PN-16VCTA-A)

• CCIS Virtual IPT (PN-8IPLA + PZ-24IPLA)

• CCIS IPT


PAYLOAD SIZEMAXIMUM VOICE CHANNELS

G.729a G.711 G.723.1

10 ms. 12 12 –

20 ms. 20 20 –

30 ms. 30 30 24

40 ms. 32 32 –


G.729a G.711 G.723.1

10 ms. 20 20 –

20 ms. 32 32 –

30 ms. 32 32 24

40 ms. 32 32 –


G.729a G.711 G.723.1

10 ms. 4 4 –

20 ms. 8 8 –

30 ms. 16 16 16

40 ms. 16 16 –

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SYSTEM CAPACITY


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Maximum Voice Channels per Physical IPT/SIP Card

• H.323 IPT

• The number of IP terminal that can be connected to the In-Skin HUB is as follows.

• SIP (PN-8IPTA)

• SIP (PN-8IPTA + PZ-24IPLA)


G.729a G.711 G.723.1

20 ms. 6 5 –

30 ms. 8 7 8

40 ms. 12 10 –


G.729a G.711

20 ms. 8 8

30 ms. 8 8

40 ms. 8 8


G.729a G.711

20 ms. 32 32

30 ms. 32 32

40 ms. 32 32

JANUARY/31/2006

SYSTEM CAPACITY


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Number of IP Terminal

IP TerminalNo. of IP Terminal

(MAXIMUM)REMARKS

Inaset ITR-LC-1 2

ITR-240G-1 5

ITR-320C-1 2

DtermIP ITR-8D-2 4

ITR-8D-3 4

ITR-16D-2 4

ITR-16D-3 4

ITR-16LD-3 4

ITR-32D-3 4

ITR-4D-1 4

JANUARY/31/2006

SYSTEM CAPACITY

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CHAPTER 2

INSTALLATION

This chapter explains how to install the PBX and the peripheral equipment,system initialization and data entry, and operation test procedures you shouldfollow after completing the installation.

PRECAUTIONS ......................................................................... 89PROCEDURE ............................................................................ 95UNPACKING .............................................................................. 97INSTALLATION OF MAIN EQUIPMENT .................................. 98REMOVING COVER .................................................................. 103BUS CABLE CONNECTION ..................................................... 105MDF CABLE CONNECTION ..................................................... 108CABLE RUNNING ..................................................................... 135BATTERY CONNECTION ......................................................... 137INSTALLATION OF PERIPHERAL EQUIPMENT .................... 140MOUNTING CIRCUIT CARDS .................................................. 146SYSTEM INITIALIZATION ......................................................... 148SYSTEM DATA ENTRY ............................................................ 150OPERATION TEST .................................................................... 151SYSTEM DATA SAVE ............................................................... 152CLEANING AND VISUAL CHECK ............................................ 152MOUNTING REAR COVER ....................................................... 153FAN REPLACEMENT ................................................................ 154

CHAPTER 2 INSTALLATION


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RING GENERATOR CARD REPLACEMENT ........................... 157

JANUARY/31/2006


– 89 – NWA-008842-001 Rev.3.03sch2001.fm

PRECAUTIONS

Grounding RequirementsThe system grounding must have a specific ground resistance and AC noise level. Standard grounding re-quirements are as shown below:

• Communication grounding: Less than 10 Ω• Protective ground for MC : Less than 10 Ω

NOTE: The AC ripple on these various grounds should be less than 0.5 Vp-p.

As shown in the following figure, the system grounding should be performed via AC power source.

The following specific requirements apply to ground wiring.

Install an equipment grounding conductor that is at least as large as the ungrounded branch-supplyconductors as part of the circuit that supplies the PBX. Bare, covered, or insulated groundingconductors are acceptable. Individually covered or insulated equipment grounding conductors shallhave a continuous outer finish that is either green, or green with one or more yellow stripes. Theequipment grounding connector is to be connected to ground at the service equipment.

The attachment-plug receptacles near the PBX are all to be of a grounding type, and the equipmentgrounding conductors serving these receptacles are to be connected to earth ground at the serviceequipment.

CAUTIONGrounding circuit continuity is vital for safe operation of telecommunication equipment. Never operate this equipment with the grounding conductor disconnected.

PBXGROUND TERMINAL

GROUND (Less than 10 Ω)

PRECAUTIONS


– 90 – NWA-008842-001 Rev.3.03sch2001.fm

Static Electricity GuardYou must wear a grounded wrist strap to protect circuit cards from static electricity.

Static Electricity Guard

• WHEN PLUGGING/UNPLUGGING A CIRCUIT CARD

• WHEN HOLDING A CIRCUIT CARD


PBX

WRIST STRAP

FRAME GROUND SCREW

CARD FRONT

NEVER TOUCH THE COMPONENTS OR SOLDERED SURFACE WITH BARE HANDS.

PRECAUTIONS


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Static Electricity Guard

• WHEN MAKING A SWITCH SETTING ON A CIRCUIT CARD

• WHEN CARRYING A CIRCUIT CARD

The mark shown below is attached to the sheet for the work in which circuit cards are handled. Whenengaging in such work, the installer must be careful not to cause damage by static electricity.

WEAR A WRIST STRAP AND PERFORMTHE WORK ON A GROUNDEDCONDUCTIVE WORK SURFACE.

CIRCUITCARD

WHEN CARRYING A CIRCUITCARD AROUND, KEEP THECARD IN A CONDUCTIVEPOLYETHYLENE BAG.

CIRCUITCARD

CONDUCTIVEPOLYETHYLENEBAG

ATTENTIONContentsStatic SensitiveHandlingPrecautions Required

PRECAUTIONS


– 92 – NWA-008842-001 Rev.3.03sch2001.fm

Procedure for Unplugging/Plugging Circuit CardsWhen removing a circuit card from the MC or when mounting a circuit card in the MC, follow the proce-dure given below.

Procedure for Unplugging/Plugging Circuit Cards

CIRCUIT CARDPROCEDURE

CONDITIONPLUG UNPLUG

• PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D (MP)

• PN-CP31-A/PN-CP31-B/PN-CP31-C/PN-CP31-D (MP)

• PZ-M606-A (ETHER)• PZ-PW131 (AC/DC PWR)

(1) Power off

(2) Plug in

(3) Power on

(1) Power off

(2) Unplug

(3) Power on

These circuit cards must be plugged in or unplugged only with power off to prevent damage to the card or other system circuitry.

• PN-CP15 (FP)• PN-CP19 (FP)• PN-PW03 (DC/DC PWR)

(1) Power off or MB switch on

(2) Plug in

(3) Power on or MB switch off

(1) Power off or MB switch on

(2) Unplug

(3) Power on

These circuit cards must be plugged in or unplugged under Make Busy condition or power off to prevent damage to the card or other system circuitry.

JULY/01/2006

PRECAUTIONS


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CAUTION1. You must hold the edge of a circuit card when plugging or unplugging the circuit card.

If you touch another area, you may be exposed to hazardous voltages.

2. You must wait for 30 seconds before plugging the circuit card again when unplugging the circuit card while the operating power is being supplied.

CARD FRONT

NEVER TOUCH THE COMPO-NENTS OR SOLDERED SUR-FACE WITH BARE HANDS.

PBX

WRIST STRAP

TO FRAME GROUND CONNECTION

JULY/01/2006

PRECAUTIONS


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Turning Power ON

(1) Plug the all AC cord into wall outlets.

(2) Turn the SW switches of all the PZ-PW131 cards to ON. First, turn ON MC1 and MC2. Then, turn ON MC0.

Turning Power OFF

(1) Before turning power off, inspect all line/trunk cards’ busy lamps to verify that no cards are operating.

(2) Turn the SW switches of all the PZ-PW131 cards to OFF. First, turn OFF MC0. Then, turn OFF MC1 and MC2.

System Data Backup

CAUTIONDo not turn off the PZ-PW131 card on MC1 and MC2 when the system is operating.

CAUTION• If you operate as follows without system data backup after system data setting or service

memory setting (registration of the features such as “Call Forwarding” and “Speed Calling[Speed Dialing]” from a station), the data that has been set is invalid.You must execute the system data backup before the following operations.

-Turning Off the system-System Initialization (reset of MP card)-Changing the MP card to Off-Line Mode-Changing the MP card to On-Line Mode after system data setting under Off-Line Mode

• You can execute the system data backup by the following two ways.-Executing the system data backup once a day at the time set by CM43 Y=5>00 (If no data is set, the default setting is 3:00 a.m.)-Executing the system data backup from MAT/CAT by CMEC Y=6>0:0

• Do not reset the MP card while “SYSD” lamp on the MP card is flashing.

OCTOBER/14/2005

PRECAUTIONS


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PROCEDURE

This flowchart explains the procedures for installing the PBX system. You should follow the procedureshown below.

Procedure Flowchart

NOTE: When you use the external battery, follow this procedure.Continued on next page

START

UNPACKING

INSTALLATIONOF

MAIN EQUIPMENT

A

Page 97

Page 98

BUS CABLE CONNECTION Page 105

MDF CABLE CONNECTION Page 108

CABLE RUNNING Page 135

BATTERY CONNECTION Page 137

REMOVING COVER Page 103

OF Page 140INSTALLATION

PERIPHERAL EQUIPMENT

NOTE

PROCEDURE


– 96 – NWA-008842-001 Rev.3.03sch2001.fm

Procedure Flowchart

A

END

MOUNTING FRONT COVER

CLEANINGAND

VISUAL CHECK

OPERATION TEST

SYSTEM DATA SAVE

Page 151

Page 152

Page 152

SYSTEM

SYSTEM DATA ENTRY

INITIALIZATION Page 148

Page 150

MOUNTING REAR COVER Page 153

MOUNTINGCIRCUIT CARDS Page 146

SWITCH SETTINGS

CIRCUIT CARDS

REFER TO CHAPTER 3Page 161OF

PROCEDURE


– 97 – NWA-008842-001 Rev.3.03sch2001.fm

UNPACKING

(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.

• For 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

Scratches and cracks on the MC Backplane

Broken or bent pins on the MC Backplane

• Covers Scratches and dents

• Circuit Cards Overall distortion

Scratches and cracks

Loss, or damage of parts on the circuit cards

• Attendant Console Scratches and cracks on the keyboard

Overall distortion

Damage to Keys and lamps


UNPACKING


– 98 – NWA-008842-001 Rev.3.03sch2001.fm

INSTALLATION OF MAIN EQUIPMENT

Desktop Setting Installation

• Check the site for installing the PBX with the work drawing to verify that the required desk space is ensured and that service entrances and ducts for trunk/extension cables, power cables and bus cables have been properly worked at correct positions. See “Desk/Floor Space” and “Cable Hole Location”.

Page 99

• Connect MC with JOINT BRACKET. See “Connection of MC”.Page 100

• Carefully review every step above to check that all necessary screws have been properly placed and tightened.

Start

Checkupbefore installation

Installation ofMultiple-Module

Checking

End



– 99 – NWA-008842-001 Rev.3.03sch2001.fm

Desk/Floor Space

Cable Hole Location

FRONT SIDE

1000 (39.4)

365 (14.4)

150 (5.9)

200 (7.9)

430 (16.9)

200 (7.9)

UNIT: mm (inch)

MAINTENANCE

AREA

MC0-2

FOR MDF CABLE

FOR BUS CABLE

FOR OTHER CABLE

REAR SIDE

REAR COVER

FOR PFT CARD

: CABLE HOLE



– 100 – NWA-008842-001 Rev.3.03sch2001.fm

• Connection of MC

Secure between the MC with JOINT BRACKET.

NOTE: Screws are attached to the JOINT BRACKET KIT.

Connection of MC

JOINT BRACKET



– 101 – NWA-008842-001 Rev.3.03sch2001.fm

19-inch Rack Mounting Installation

• Check the site for installing the PBX with the work drawing to verify that the required floor space is ensured and that service entrances and ducts for trunk/extension cables, power cables and grounding conductors have been properly worked at correct positions. See “Desk/Floor Space” and “Cable Hole Location”. Page 99

• Secure the MC with the RACK MOUNT to the 19-inch Rack. See “Mounting MC to 19-inch Rack”. Page 102

• Carefully review every step above to check that all necessary screws have been properly placed and tightened.

Start

Checkupbefore installation

MC

Checking

End

Configuration



– 102 – NWA-008842-001 Rev.3.03sch2001.fm

• Mounting MC to 19-inch Rack

(1) Secure the MC and RACK MOUNT with screws.(2) Secure the RACK MOUNT and 19-inch Rack with screws.

NOTE 1: Screws are attached to the RACK MOUNT KIT.NOTE 2: To simplify MDF cable connection procedure, you should connect shorter MDF cables to a MC

before mounting the MC to the 19-inch Rack. For the MDF cable connection, refer to “MDF CABLE CONNECTION”. Page 108

Mounting MC to 19-inch Rack

Secure the MC and RACK MOUNT with screws.

RACK MOUNT

Secure the RACK MOUNT and 19-inch Rack with screws.



– 103 – NWA-008842-001 Rev.3.03sch2001.fm

REMOVING COVER

• FRONT COVER

(1) Loosen screws fixing the FRONT COVER.(2) Remove the FRONT COVER from the MC.

Removing FRONT COVER

Loosen screws fixing the FRONT COVER.

Remove the FRONT COVER from the MC.

REMOVING COVER


– 104 – NWA-008842-001 Rev.3.03sch2001.fm

• REAR COVER

(1) Loosen two screws fixing the REAR COVER.(2) Remove the nails of the rear cover from the MC.(3) Slide the REAR COVER to the behind.

Removing REAR COVER

NAIL

REAR COVER

REMOVING COVER


– 105 – NWA-008842-001 Rev.3.03sch2001.fm

BUS CABLE CONNECTION

The BUS cable is required to connect between MC0 and MC1 or MC0 and MC2.Use the following BUS cable in accordance with the system configuration.

BUS Cable

SYSTEM CONFIGURATION BUS CABLE REMARKSNEAX IPSDM/IPSDMR (6 slot version) BUS-0.4 CA-PA Straight type BUS cable to connect

between MC0 and MC1 or MC0 and MC2

NEAX IPSDM/IPSDMR (8 slot version) BUS-0.4 CA-X Crossed type BUS cable to connect between MC0 and MC1

NEAX IPSDM/IPSDMR (6 slot version) + NEAX IPSDM/IPSDMR (8 slot version)

BUS-0.4 CA-CHG Conversion BUS cable to connect between MC0 and MC1

450 mm (18.0 inch)

BUS-0.4 CA-PA/CA-X/CA-CHG

JANUARY/31/2006



– 106 – NWA-008842-001 Rev.3.03sch2001.fm


Connection of BUS Cables


Connection of BUS Cable

MC2BUS2BUS1BUS0

MC1BUS2BUS1BUS0

MC0BUS2BUS1BUS0

BUS Cable: BUS-0.4 CA-PA (0.45 m [18 inch])

BUSCable

BUSCable

MC1

MC0

BUS0

BUS0

BUS Cable: BUS-0.4 CA-X (0.45 m [18 inch])

BUSCable

JANUARY/31/2006



– 107 – NWA-008842-001 Rev.3.03sch2001.fm

• NEAX IPSDM/IPSDMR (6 slot version) + NEAX IPSDM/IPSDMR (8 slot version)

Connection of BUS Cable

NOTE: When using BUS-0.4 CA-CHG, the cable must be connected as follows.

MC1

MC0

BUS0

BUS Cable: BUS-0.4 CA-CHG (0.45 m [18 inch])

BUS2BUS1BUS0

BUSCable

Connect

BUS0 connector

of MC0

(NEAX IPSDM/

IPSDMR [6 slot

version])

Connect

BUS0 connector

of MC1

(NEAX IPSDM/

IPSDMR [8 slot

version])BUS-0.4 CA-CHG

BS

CE

XT

JANUARY/31/2006



– 108 – NWA-008842-001 Rev.3.03sch2001.fm

MDF CABLE CONNECTION

Installation of External MDF

• Secure the external MDF onto the floor or the wall.• Mount the required MDF components.• If required, install the cable ducts for the cables to be laid between the MDF and the Main Equipment.

In this case, confirm the locations of the cable holes for the Main Equipment.For the locations of the cable holes for the Main Equipment, refer to “Cable Hole Location”.

Page 99

MDF Cable

To facilitate the termination of the 25 pair cables (MDF cables) from the system to the MDF shown below,the length of each cable to be used should be predetermined according to the distance between the MDFand the system. Each cable should be labeled at both ends using a cable number or cable designation asshown below.

MDF Cable

TO MC

CHAMP CONNECTOR

TWISTED 25 PAIR CABLES

TO MDF



– 109 – NWA-008842-001 Rev.3.03sch2001.fm


MDF Cables for Each MC


MDF Cables for Each MC

FROM CABLE NUMBER TO CABLE

DESIGNATIONMODULE CONNECTIONMC0 LTC0 1 MDF 0 LTC0

LTC1 2 0 LTC1

MC1 LTC0 3 MDF 1 LTC0

LTC1 4 1 LTC1


LTC1 6 2 LTC1

FROM CABLE NUMBER TO CABLE

DESIGNATIONMODULE CONNECTIONMC0 LTC0 1 MDF 0 LTC0

LTC1 2 0 LTC1

LTC2 3 0 LTC2


LTC1 5 1 LTC1

LTC2 6 1 LTC2

JANUARY/31/2006



– 110 – NWA-008842-001 Rev.3.03sch2001.fm

Cable Connection to MDFConnect the cables to the MDF referring to below.


Card Slots and the LTC Connectors

LTC Connector Accommodation

LTC CONNECTOR CARD SLOT NUMBER REMARKSLTC0 LT00-LT02/AP00-AP02

LTC1 LT03-LT04/AP03-AP04

LTC1 LTC0

MC0-2

BUS2BUS1BUS0

JANUARY/31/2006



– 111 – NWA-008842-001 Rev.3.03sch2001.fm


Card Slots and the LTC Connectors

LTC Connector Accommodation

LTC CONNECTOR CARD SLOT NUMBER REMARKSLTC0 LT00-LT02/AP00-AP02

LTC1 LT03-LT05/AP03-AP05

LTC2 LT06/AP06

LTC2

MC0-1LTC1

LTC0

BUS0

JANUARY/31/2006



– 112 – NWA-008842-001 Rev.3.03sch2001.fm

Location of Each LENThe Line Equipment Number (LEN) of Physical MC/Virtual MC is assigned by CM14 or CM10 as fol-lows. When your system contains Series 3200 R6.2 (R6.2) or later software, we recommend you to assignthe LEN by CM14.

• LEN Assignment by CM14: LEN of Physical MC/Virtual MC is assigned• LEN Assignment by CM10: LEN of Physical MC is assigned

The following figure shows the relationship between each LEN and each LT card accommodation positionnumber in Physical MC/Virtual station of DtermIP/accommodation position in Virtual MC.

JANUARY/31/2006



– 113 – NWA-008842-001 Rev.3.03sch2001.fm

• LEN of Physical MC/Virtual MC assigned by CM14

Location of Each LEN

Example: LEN of Physical MC when FP No. 00 and FP No. 01 are used.

- NEAX IPSDM/IPSDMR (6 slot version)

Level 0Level 1Level 2Level 3Level 4Level 5Level 6Level 7

LT card accommodation position number in Physical MC/Virtual station of DtermIP accommodation position in VirtualMC

XXZZZXXZZZXXZZZXXZZZXXZZZXXZZZXXZZZXXZZZ(LTXX)

XX : FP Number (0-31)[For Series 3200 software or before]FP Number (0-59) [For Series 3300 software or later]

ZZZ: Port Number of Physical MC/Virtual MC (000-127)

MC2

01007

01006

01005

01004

01003

01002

01001

01000

(LT00)

01015

01014

01013

01012

01011

01010

01009

01008

(LT01)

01023

01022

01021

01020

01019

01018

01017

01016

(LT02)

01031

01030

01029

01028

01027

01026

01025

01024

(LT03)

01039

01038

01037

01036

01035

01034

01033

01032

(LT04)

MC1

00071

00070

00069

00068

00067

00066

00065

00064

(LT00)

00079

00078

00077

00076

00075

00074

00073

00072

(LT01)

00087

00086

00085

00084

00083

00082

00081

00080

(LT02)

00095

00094

00093

00092

00091

00090

00089

00088

(LT03)

00103

00102

00101

00100

00099

00098

00097

00096

(LT04)

MC0

00007

00006

00005

00004

00003

00002

00001

00000

(LT00)

00015

00014

00013

00012

00011

00010

00009

00008

(LT01)

00023

00022

00021

00020

00019

00018

00017

00016

(LT02)

00031

00030

00029

00028

00027

00026

00025

00024

(LT03)

00039

00038

00037

00036

00035

00034

00033

00032

(LT04)

JANUARY/31/2006



– 114 – NWA-008842-001 Rev.3.03sch2001.fm


- NEAX IPSDM/IPSDMR (6 slot version) + NEAX IPSDM/IPSDMR (8 slot version)

MC1

00071

00070

00069

00068

00067

00066

00065

00064

(LT00)

00079

00078

00077

00076

00075

00074

00073

00072

(LT01)

00087

00086

00085

00084

00083

00082

00081

00080

(LT02)

00095

00094

00093

00092

00091

00090

00089

00088

(LT03)

00103

00102

00101

00100

00099

00098

00097

00096

(LT04)

MC0

00007

00006

00005

00004

00003

00002

00001

00000

(LT00)

00015

00014

00013

00012

00011

00010

00009

00008

(LT01)

00023

00022

00021

00020

00019

00018

00017

00016

(LT02)

00031

00030

00029

00028

00027

00026

00025

00024

(LT03)

00039

00038

00037

00036

00035

00034

00033

00032

(LT04)

00111

00110

00109

00108

00107

00106

00105

00104

(LT05)

00119

00118

00117

00116

00115

00114

00113

00112

(LT06)

00047

00046

00045

00044

00043

00042

00041

00040

(LT05)

00055

00054

00053

00052

00051

00050

00049

00048

(LT06)

MC1

00071

00070

00069

00068

00067

00066

00065

00064

(LT00)

00079

00078

00077

00076

00075

00074

00073

00072

(LT01)

00087

00086

00085

00084

00083

00082

00081

00080

(LT02)

00095

00094

00093

00092

00091

00090

00089

00088

(LT03)

00103

00102

00101

00100

00099

00098

00097

00096

(LT04)

MC0

00007

00006

00005

00004

00003

00002

00001

00000

(LT00)

00015

00014

00013

00012

00011

00010

00009

00008

(LT01)

00023

00022

00021

00020

00019

00018

00017

00016

(LT02)

00031

00030

00029

00028

00027

00026

00025

00024

(LT03)

00039

00038

00037

00036

00035

00034

00033

00032

(LT04)

00111

00110

00109

00108

00107

00106

00105

00104

(LT05)

00119

00118

00117

00116

00115

00114

00113

00112

(LT06)

JANUARY/31/2006



– 115 – NWA-008842-001 Rev.3.03sch2001.fm

• LEN of Physical MC assigned by CM10

Location of Each LEN


Level 0Level 1Level 2Level 3Level 4Level 5Level 6Level 7

LT card accommodation position number in Physical MC

XZZXZZXZZXZZXZZXZZXZZXZZ

(LTXX)

XZZ: Port Number (00-63)

: MC Number (0-7)

MC2

207

206

205

204

203

202

201

200

(LT00)

215

214

213

212

211

210

209

208

(LT01)

223

222

221

220

219

218

217

216

(LT02)

231

230

229

228

227

226

225

224

(LT03)

239

238

237

236

235

234

233

232

(LT04)

MC1

107

106

105

104

103

102

101

100

(LT00)

115

114

113

112

111

110

109

108

(LT01)

123

122

121

120

119

118

117

116

(LT02)

131

130

129

128

127

126

125

124

(LT03)

139

138

137

136

135

134

133

132

(LT04)

MC0

007

006

005

004

003

002

001

000

(LT00)

015

014

013

012

011

010

009

008

(LT01)

023

022

021

020

019

018

017

016

(LT02)

031

030

029

028

027

026

025

024

(LT03)

039

038

037

036

035

034

033

032

(LT04)

JANUARY/31/2006



– 116 – NWA-008842-001 Rev.3.03sch2001.fm


- NEAX IPSDM/IPSDMR (6 slot version) + NEAX IPSDM/IPSDMR (8 slot version)

MC1

107

106

105

104

103

102

101

100

(LT00)

115

114

113

112

111

110

109

108

(LT01)

123

122

121

120

119

118

117

116

(LT02)

131

130

129

128

127

126

125

124

(LT03)

139

138

137

136

135

134

133

132

(LT04)

MC0

007

006

005

004

003

002

001

000

(LT00)

015

014

013

012

011

010

009

008

(LT01)

023

022

021

020

019

018

017

016

(LT02)

031

030

029

028

027

026

025

024

(LT03)

039

038

037

036

035

034

033

032

(LT04)

147

146

145

144

143

142

141

140

(LT05)

155

154

153

152

151

150

149

148

(LT06)

047

046

045

044

043

042

041

040

(LT05)

055

054

053

052

051

050

049

048

(LT06)

MC1

107

106

105

104

103

102

101

100

(LT00)

115

114

113

112

111

110

109

108

(LT01)

123

122

121

120

119

118

117

116

(LT02)

131

130

129

128

127

126

125

124

(LT03)

139

138

137

136

135

134

133

132

(LT04)

MC0

007

006

005

004

003

002

001

000

(LT00)

015

014

013

012

011

010

009

008

(LT01)

023

022

021

020

019

018

017

016

(LT02)

031

030

029

028

027

026

025

024

(LT03)

039

038

037

036

035

034

033

032

(LT04)

147

146

145

144

143

142

141

140

(LT05)

155

154

153

152

151

150

149

148

(LT06)

JANUARY/31/2006



– 117 – NWA-008842-001 Rev.3.03sch2001.fm

LTC Connector Pin ArrangementThis figure shows the LTC Connector Pin Arrangement.

NEAX IPSDM/IPSDMR (6 slot version)• LTC Connector Pin Arrangement (LEN Assignment by CM14)

MC0 (LTC0/LTC1)MC1, MC2 (LTC0/LTC1) Page 118

• LTC Connector Pin Arrangement (LEN Assignment by CM10)MC0 (LTC0/LTC1) Page 119MC1, MC2 (LTC0/LTC1) Page 120

LTC Connector Pin Arrangement (LEN Assigned by CM14)• MC0 (LTC0/LTC1)


LTC01 26 LEN00000

LT00/AP00

2 27 000013 28 000024 29 000035 30 000046 31 000057 32 000068 33 000079 34 00008

LT01/AP01

10 35 0000911 36 0001012 37 0001113 38 0001214 39 0001315 40 0001416 41 0001517 42 00016

LT02/AP02

18 43 0001719 44 0001820 45 0001921 46 0002022 47 0002123 48 0002224 49 LEN0002325 MJ 50 MN

LTC11 26 LEN00024

LT03/AP03

2 27 000253 28 000264 29 000275 30 000286 31 000297 32 000308 33 000319 34 00032

LT04/AP04

10 35 0003311 36 0003412 37 0003513 38 0003614 39 0003715 40 0003816 41 LEN0003917 4218 4319 4420 4521 4622 4723 4824 4925 50

JANUARY/31/2006



– 118 – NWA-008842-001 Rev.3.03sch2001.fm


• MC2 (LTC0/LTC1)

LTC01 26 LEN00064

LT00/AP00

2 27 000653 28 000664 29 000675 30 000686 31 000697 32 000708 33 000719 34 00072

LT01/AP01

10 35 0007311 36 0007412 37 0007513 38 0007614 39 0007715 40 0007816 41 0007917 42 00080

LT02/AP02

18 43 0008119 44 0008220 45 0008321 46 0008422 47 0008523 48 0008624 49 LEN0008725 MJ 50 MN

LTC11 26 LEN00088

LT03/AP03

2 27 000893 28 000904 29 000915 30 000926 31 000937 32 000948 33 000959 34 00096

LT04/AP04

10 35 0009711 36 0009812 37 0009913 38 0010014 39 0010115 40 0010216 41 LEN0010317 4218 4319 4420 4521 4622 4723 4824 4925 50

LTC01 26 LEN01000

LT00/AP00

2 27 010013 28 010024 29 010035 30 010046 31 010057 32 010068 33 010079 34 01008

LT01/AP01

10 35 0100911 36 0101012 37 0101113 38 0101214 39 0101315 40 0101416 41 0101517 42 01016

LT02/AP02

18 43 0101719 44 0101820 45 0101921 46 0102022 47 0102123 48 0102224 49 LEN0102325 MJ 50 MN

LTC11 26 LEN01024

LT03/AP03

2 27 010253 28 010264 29 010275 30 010286 31 010297 32 010308 33 010319 34 01032

LT04/AP04

10 35 0103311 36 0103412 37 0103513 38 0103614 39 0103715 40 0103816 41 LEN0103917 4218 4319 4420 4521 4622 4723 4824 4925 50



– 119 – NWA-008842-001 Rev.3.03sch2001.fm



LTC01 26 LEN000

LT00/AP00

2 27 0013 28 0024 29 0035 30 0046 31 0057 32 0068 33 0079 34 008

LT01/AP01

10 35 00911 36 01012 37 01113 38 01214 39 01315 40 01416 41 01517 42 016

LT02/AP02

18 43 01719 44 01820 45 01921 46 02022 47 02123 48 02224 49 LEN02325 MJ 50 MN

LTC11 26 LEN024

LT03/AP03

2 27 0253 28 0264 29 0275 30 0286 31 0297 32 0308 33 0319 34 032

LT04/AP04

10 35 03311 36 03412 37 03513 38 03614 39 03715 40 03816 41 LEN03917 4218 4319 4420 4521 4622 4723 4824 4925 50



– 120 – NWA-008842-001 Rev.3.03sch2001.fm


• MC2 (LTC0/LTC1)

LTC01 26 LEN100

LT00/AP00

2 27 1013 28 1024 29 1035 30 1046 31 1057 32 1068 33 1079 34 108

LT01/AP01

10 35 10911 36 11012 37 11113 38 11214 39 11315 40 11416 41 11517 42 116

LT02/AP02

18 43 11719 44 11820 45 11921 46 12022 47 12123 48 12224 49 LEN12325 MJ 50 MN

LTC11 26 LEN124

LT03/AP03

2 27 1253 28 1264 29 1275 30 1286 31 1297 32 1308 33 1319 34 132

LT04/AP04

10 35 13311 36 13412 37 13513 38 13614 39 13715 40 13816 41 LEN13917 4218 4319 4420 4521 4622 4723 4824 4925 50

LTC01 26 LEN200

LT00/AP00

2 27 2013 28 2024 29 2035 30 2046 31 2057 32 2068 33 2079 34 208

LT01/AP01

10 35 20911 36 21012 37 21113 38 21214 39 21315 40 21416 41 21517 42 216

LT02/AP02

18 43 21719 44 21820 45 21921 46 22022 47 22123 48 22224 49 LEN22325 MJ 50 MN

LTC11 26 LEN224

LT03/AP03

2 27 2253 28 2264 29 2275 30 2286 31 2297 32 2308 33 2319 34 232

LT04/AP04

10 35 23311 36 23412 37 23513 38 23614 39 23715 40 23816 41 LEN23917 4218 4319 4420 4521 4622 4723 4824 4925 50



– 121 – NWA-008842-001 Rev.3.03sch2001.fm

NEAX IPSDM/IPSDMR (8 slot version)• LTC Connector Pin Arrangement (LEN Assignment by CM14)

MC0 (LTC0/LTC1/LTC2)MC1 (LTC0/LTC1/LTC2) Page 123

• LTC Connector Pin Arrangement (LEN Assignment by CM10)MC0 (LTC0/LTC1/LTC2) Page 124MC1 (LTC0/LTC1/LTC2) Page 125

LTC Connector Pin Arrangement (LEN Assigned by CM14)• MC0 (LTC0/LTC1/LTC2)


LTC01 26 LEN00000

LT00/AP00

2 27 000013 28 000024 29 000035 30 000046 31 000057 32 000068 33 000079 34 00008

LT01/AP01

10 35 0000911 36 0001012 37 0001113 38 0001214 39 0001315 40 0001416 41 0001517 42 00016

LT02/AP02

18 43 0001719 44 0001820 45 0001921 46 0002022 47 0002123 48 0002224 49 LEN0002325 MJ 50 MN

LTC11 26 LEN00024

LT03/AP03

2 27 000253 28 000264 29 000275 30 000286 31 000297 32 000308 33 000319 34 00032

LT04/AP04

10 35 0003311 36 0003412 37 0003513 38 0003614 39 0003715 40 0003816 41 0003917 42 00040

LT05/AP05

18 43 0004119 44 0004220 45 0004321 46 0004422 47 0004523 48 0004624 49 LEN0004725 50

JANUARY/31/2006



– 122 – NWA-008842-001 Rev.3.03sch2001.fm

LTC21 26 LEN00048

LT06/AP06

2 27 000493 28 000504 29 000515 30 000526 31 000537 32 000548 33 LEN000559 34

10 3511 3612 3713 3814 3915 4016 4117 4218 4319 4420 4521 4622 4723 4824 4925 50

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LTC01 26 LEN00064

LT00/AP00

2 27 000653 28 000664 29 000675 30 000686 31 000697 32 000708 33 000719 34 00072

LT01/AP01

10 35 0007311 36 0007412 37 0007513 38 0007614 39 0007715 40 0007816 41 0007917 42 00080

LT02/AP02

18 43 0008119 44 0008220 45 0008321 46 0008422 47 0008523 48 0008624 49 LEN0008725 MJ 50 MN

LTC11 26 LEN00088

LT03/AP03

2 27 000893 28 000904 29 000915 30 000926 31 000937 32 000948 33 000959 34 00096

LT04/AP04

10 35 0009711 36 0009812 37 0009913 38 0010014 39 0010115 40 0010216 41 0010317 42 00104

LT05/AP05

18 43 0010519 44 0010620 45 0010721 46 0010822 47 0010923 48 0011024 49 LEN0011125 50

LTC21 26 LEN00112

LT06/AP06

2 27 001133 28 001144 29 001155 30 001166 31 001177 32 001188 33 LEN001199 34

10 3511 3612 3713 3814 3915 4016 4117 4218 4319 4420 4521 4622 4723 4824 4925 50

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LTC01 26 LEN000

LT00/AP00

2 27 0013 28 0024 29 0035 30 0046 31 0057 32 0068 33 0079 34 008

LT01/AP01

10 35 00911 36 01012 37 01113 38 01214 39 01315 40 01416 41 01517 42 016

LT02/AP02

18 43 01719 44 01820 45 01921 46 02022 47 02123 48 02224 49 LEN02325 MJ 50 MN

LTC11 26 LEN024

LT03/AP03

2 27 0253 28 0264 29 0275 30 0286 31 0297 32 0308 33 0319 34 032

LT04/AP04

10 35 03311 36 03412 37 03513 38 03614 39 03715 40 03816 41 03917 42 040

LT05/AP05

18 43 04119 44 04220 45 04321 46 04422 47 04523 48 04624 49 LEN04725 50

LTC21 26 LEN048

LT06/AP06

2 27 0493 28 0504 29 0515 30 0526 31 0537 32 0548 33 LEN0559 34

10 3511 3612 3713 3814 3915 4016 4117 4218 4319 4420 4521 4622 4723 4824 4925 50

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– 125 – NWA-008842-001 Rev.3.03sch2001.fm


LTC01 26 LEN100

LT00/AP00

2 27 1013 28 1024 29 1035 30 1046 31 1057 32 1068 33 1079 34 108

LT01/AP01

10 35 10911 36 11012 37 11113 38 11214 39 11315 40 11416 41 11517 42 116

LT02/AP02

18 43 11719 44 11820 45 11921 46 12022 47 12123 48 12224 49 LEN12325 MJ 50 MN

LTC11 26 LEN124

LT03/AP03

2 27 1253 28 1264 29 1275 30 1286 31 1297 32 1308 33 1319 34 132

LT04/AP04

10 35 13311 36 13412 37 13513 38 13614 39 13715 40 13816 41 13917 42 140

LT05/AP05

18 43 14119 44 14220 45 14321 46 14422 47 14523 48 14624 49 LEN14725 50

LTC21 26 LEN148

LT06/AP06

2 27 1493 28 1504 29 1515 30 1526 31 1537 32 1548 33 LEN1559 34

10 3511 3612 3713 3814 3915 4016 4117 4218 4319 4420 4521 4622 4723 4824 4925 MJ 50 MN

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– 126 – NWA-008842-001 Rev.3.03sch2001.fm

MDF Cross ConnectionsThis table shows the cross connections on the MDF for LTC0, LTC1 and LTC2.LTC2 is only available for NEAX IPSDM/IPSDMR (8 slot version).

LTC0/LTC1/LTC2 MDF Cross Connection Information

NOTE 1: PIN No. 17, 42 to 24, 49 on LTC1 cannot be used in NEAX IPSDM/IPSDMR (6 slot version).PIN No. 9, 34 to 24, 49 on LTC2 cannot be used in NEAX IPSDM/IPSDMR (8 slot version).

NOTE 2: For the Digital Trunk Interface card, use the different LTC connector from the analog line/trunk card. The digital line should be separated from the analog line.

PIN RUNNING CABLE

STATION CABLE SLOTS

TYPE OF INTERFACE

CO LDT 2-W E&M 4-W E&M

8COT 4COT 4LDT 2LDT 4ODT 2ODT 4ODT 2ODT

26 WH-BL GN

1

T0 T0 T0 T0 T0 T0 TxT0 TxT0

1 BL-WH RD R0 R0 R0 R0 R0 R0 TxR0 TxR0

27 WH-OR BK T1 T1 T1 T1 RcvT0 RcvT0

2 OR-WH YL R1 R1 R1 R1 RcvR0 RcvR0

28 WH-GN GN T2 T2 T2 T1 T2 TxT1 TxT1

3 GN-WH RD R2 R2 R2 R1 R2 TxR1 TxR1

29 WH-BR BK T3 T3 T3 RcvT1 RcvT1

4 BR-WH YL R3 R3 R3 RcvR1 RcvR1

30 WH-SL GN T4 T2 TxT2

5 SL-WH RD R4 R2 TxR2

31 RD-BL BK T5 RcvT2

6 BL-RD YL R5 RcvR2

32 RD-OR GN T6 T3 TxT3

7 OR-RD RD R6 R3 TxR3

33 RD-GN BK T7 RcvT3

8 GN-RD YL R7 RcvR3


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PIN RUNNING CABLE

STATION CABLE SLOTS

TYPE OF INTERFACE

DID SLT

4DIT 2DIT 8LC 4LC LLC

26 WH-BL GN

1

T0 T0 T0 T0 T0

1 BL-WH RD R0 R0 R0 R0 R0

27 WH-OR BK T1 T1 T1 T1 T1

2 OR-WH YL R1 R1 R1 R1 R1

28 WH-GN GN T2 T2 T2 T2

3 GN-WH RD R2 R2 R2 R2

29 WH-BR BK T3 T3 T3 T3

4 BR-WH YL R3 R3 R3 R3

30 WH-SL GN T4

5 SL-WH RD R4

31 RD-BL BK T5

6 BL-RD YL R5

32 RD-OR GN T6

7 OR-RD RD R6

33 RD-GN BK T7

8 GN-RD YL R7


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– 128 – NWA-008842-001 Rev.3.03sch2001.fm


PIN RUNNINGCABLE

STATIONCABLE SLOTS

TYPE OF INTERFACE



34 RD-BR GN

2


9 BR-RD RD R0 R0 R0 R0 R0 R0 TxR0 TxR0

35 RD-SL BK T1 T1 T1 T1 T1 RcvT0 RcvT0

10 SL-RD YL R1 R1 R1 R1 R1 RcvR0 RcvR0

36 BK-BL GN T2 T2 T2 T2 T2 TxT1 TxT1

11 BL-BK RD R2 R2 R2 R2 R2 TxR1 TxR1

37 BK-OR BK T3 T3 T3 T3 RcvT1 RcvT1

12 OR-BK YL R3 R3 R3 R3 RcvR1 RcvR1

38 BK-GN GN T4 TxT2

13 GN-BK RD R4 TxR2

39 BK-BR BK T5 RcvT2

14 BR-BK YL R5 RcvR2

40 BK-SL GN T6 TxT3

15 SL-BK RD R6 TxR3

41 YL-BL BK T7 RcvT3

16 BL-YL YL R7 RcvR3


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– 129 – NWA-008842-001 Rev.3.03sch2001.fm


PIN RUNNINGCABLE

STATIONCABLE SLOTS

TYPE OF INTERFACE

DID SLT


34 RD-BR GN

2

T0 T0 T0 T0 T0

9 BR-RD RD R0 R0 R0 R0 R0

35 RD-SL BK T1 T1 T1 T1 T1

10 SL-RD YL R1 R1 R1 R1 R1

36 BK-BL GN T2 T2 T2 T2

11 BL-BK RD R2 R2 R2 R2

37 BK-OR BK T3 T3 T3 T3

12 OR-BK YL R3 R3 R3 R3

38 BK-GN GN T4

13 GN-BK RD R4

39 BK-BR BK T5

14 BR-BK YL R5

40 BK-SL GN T6

15 SL-BK RD R6

41 YL-BL BK T7

16 BL-YL YL R7


JANUARY/31/2006



– 130 – NWA-008842-001 Rev.3.03sch2001.fm


* PIN No. 50, 25 in MC0 are connected to external indication equipment for major card minor alarm.Continued on next page

PIN RUNNING CABLE

STATION CABLE SLOTS

TYPE OF INTERFACE



42 YL-OR GN

3


17 OR-YL RD R0 R0 R0 R0 R0 R0 TxR0 TxR0

43 YL-GN BK T1 T1 T1 T1 RcvT0 RcvT0

18 GN-YL YL R1 R1 R1 R1 RcvR0 RcvR0

44 YL-BR GN T2 T2 T2 T1 T2 TxT1 TxT1

19 BR-YL RD R2 R2 R2 R1 R2 TxR1 TxR1

45 YL-SL BK T3 T3 T3 RcvT1 RcvT1

20 SL-YL YL R3 R3 R3 RcvR1 RcvR1

46 VI-BL GN T4 T2 TxT2

21 BL-VI RD R4 R2 TxR2

47 VI-OR BK T5 RcvT2

22 OR-VI YL R5 RcvR2

48 VI-GN GN T6 T3 TxT3

23 GN-VI RD R6 R3 TxR3

49 VI-BR BK T7 RcvT3

24 BR-VI YL R7 RcvR3

50 VI-SL MN*

25 SL-VI MJ*

NOTE 1

JANUARY/31/2006



– 131 – NWA-008842-001 Rev.3.03sch2001.fm


* PIN No. 50, 25 in MC0 are connected to external indication equipment for major card minor alarm.Continued on next page

PIN RUNNING CABLE

STATION CABLE SLOTS

TYPE OF INTERFACE

DID SLT


42 YL-OR GN

3

T0 T0 T0 T0 T0

17 OR-YL RD R0 R0 R0 R0 R0

43 YL-GN BK T1 T1 T1 T1 T1

18 GN-YL YL R1 R1 R1 R1 R1

44 YL-BR GN T2 T2 T2 T2

19 BR-YL RD R2 R2 R2 R2

45 YL-SL BK T3 T3 T3 T3

20 SL-YL YL R3 R3 R3 R3

46 VI-BL GN T4

21 BL-VI RD R4

47 VI-OR BK T5

22 OR-VI YL R5

48 VI-GN GN T6

23 GN-VI RD R6

49 VI-BR BK T7

24 BR-VI YL R7

50 VI-SL MN*

25 SL-VI MJ*

NOTE 1

JANUARY/31/2006



– 132 – NWA-008842-001 Rev.3.03sch2001.fm


PIN RUNNING CABLE

STATION CABLE SLOTS

TYPE OF INTERFACE

2-WIRE Dterm/SMARTCON/

DSSCON/DESKCON

EXT. KEY/EXT.

RELAY

EXT. PAGE/MOH/BGM

DIGITAL TRK

NOTE 2

8DLC 6DLC 4DLC 2DLC DK00 4COT DTI

26 WH-BL GN

1

T0 T0 T0 T0 K1 T RA

1 BL-WH RD R0 R0 R0 R0 K0 R RB

27 WH-OR BK T1 T1 T1 T1 K3 T TA

2 OR-WH YL R1 R1 R1 R1 K2 R TB

28 WH-GN GN T2 T2 T2 K5 T

3 GN-WH RD R2 R2 R2 K4 R

29 WH-BR BK T3 T3 T3 K7 T

4 BR-WH YL R3 R3 R3 K6 R

30 WH-SL GN T4 T4

5 SL-WH RD R4 R4

31 RD-BL BK T5 T5

6 BL-RD YL R5 R5

32 RD-OR GN T6

7 OR-RD RD R6

33 RD-GN BK T7

8 GN-RD YL R7


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– 133 – NWA-008842-001 Rev.3.03sch2001.fm


PIN RUNNINGCABLE

STATION CABLE SLOTS

TYPE OF INTERFACE


DSSCON/DESKCON

EXT. KEY/EXT.

RELAY

EXT. PAGE/MOH/BGM

DIGITAL TRK

NOTE 2


34 RD-BR GN

2

T0 T0 T0 T0 K1 T RA

9 BR-RD RD R0 R0 R0 R0 K0 R RB

35 RD-SL BK T1 T1 T1 T1 K3 T TA

10 SL-RD YL R1 R1 R1 R1 K2 R TB

36 BK-BL GN T2 T2 T2 K5 T

11 BL-BK RD R2 R2 R2 K4 R

37 BK-OR BK T3 T3 T3 K7 T

12 OR-BK YL R3 R3 R3 K6 R

38 BK-GN GN T4 T4

13 GN-BK RD R4 R4

39 BK-BR BK T5 T5

14 BR-BK YL R5 R5

40 BK-SL GN T6

15 SL-BK RD R6

41 YL-BL BK T7

16 BL-YL YL R7


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– 134 – NWA-008842-001 Rev.3.03sch2001.fm


* PIN No. 50, 25 in MC0 are connected to external indication equipment for major card minor alarm.

PIN RUNNING CABLE

STATION CABLE SLOTS

TYPE OF INTERFACE


DSSCON/DESKCON

EXT. KEY/EXT.

RELAY

EXT. PAGE/MOH/BGM

DIGITAL TRK

NOTE 2


42 YL-OR GN

3

T0 T0 T0 T0 K1 T RA

17 OR-YL RD R0 R0 R0 R0 K0 R RB

43 YL-GN BK T1 T1 T1 T1 K3 T TA

18 GN-YL YL R1 R1 R1 R1 K2 R TB

44 YL-BR GN T2 T2 T2 K5 T

19 BR-YL RD R2 R2 R2 K4 R

45 YL-SL BK T3 T3 T3 K7 T

20 SL-YL YL R3 R3 R3 K6 R

46 VI-BL GN T4 T4

21 BL-VI RD R4 R4

47 VI-OR BK T5 T5

22 OR-VI YL R5 R5

48 VI-GN GN T6

23 GN-VI RD R6

49 VI-BR BK T7

24 BR-VI YL R7

50 VI-SL MN*

25 SL-VI MJ*

NOTE 1

JANUARY/31/2006



– 135 – NWA-008842-001 Rev.3.03sch2001.fm

CABLE RUNNING

AC cord, BUS cable, MDF cable, LAN cable, RS-232-C cable is connected in the following location. Con-firm that each cable is running as following.


Cable Location and Running

NOTE 1: For the connection of peripheral equipments, refer to the NEAX 2000 IPS Installation Proce-dure Manual.

NOTE 2: For the connection of RS-232C cable, refer to the NEAX 2000 IPS MATWorX User Guide.NOTE 3: For the connection of LAN cable and the BUS cable between PN-32IPLA-A and 16VCT card/

IPT and 4VCT card, refer to the NEAX 2000 IPS System Manual.

PWR

MP

IP-PAD

CHAMP CABLE

BUS CABLE

LAN CABLE

FAN

TO MDFTO MDF

TO LAN

AC CORD TO OUTLET

IPT BUS CABLERS-232C CABLE

(BETWEEN

(BETWEEN PN-32IPLA-A AND 16VCT/IPT AND 4VCT)NOTE 2

NOTE 1

MULTIPLE MC)

ETHER

LAN

RS0

NOTE 1

TO MAT (VIA LAN)TO MAT (DIRECT CONNECTION)

JANUARY/31/2006

CABLE RUNNING


– 136 – NWA-008842-001 Rev.3.03sch2001.fm


Cable Location and Running

NOTE 1: For the connection of peripheral equipments, refer to the NEAX 2000 IPS Installation Proce-dure Manual.

NOTE 2: For the connection of RS-232C cable, refer to the NEAX 2000 IPS MATWorX User Guide.NOTE 3: For the connection of LAN cable and the BUS cable between PN-32IPLA-A and 16VCT card/

IPT and 4VCT card, refer to the NEAX 2000 IPS System Manual.

PWR

MP

IP-PAD

CHAMP CABLE×3

BUS CABLE

LAN CABLE

FAN

TO MDF

TO LAN

AC CORD TO OUTLET

IPT BUS CABLERS-232C CABLE

(BETWEEN

(BETWEEN PN-32IPLA-A AND 16VCT/IPT AND 4VCT)NOTE 2

MULTIPLE MC)

ETHER

LAN

RS0

NOTE 1

TO MAT (VIA LAN)TO MAT (DIRECT CONNECTION)

RINGGENE-RATOR

JANUARY/31/2006

CABLE RUNNING


– 137 – NWA-008842-001 Rev.3.03sch2001.fm

BATTERY CONNECTION

When you use the external battery, follow the procedure below.

Connect BATT CA-P5 to CN102 connector of PZ-PW131 card and the external battery as shown below.

Battery Connection

NOTE 1: The external battery is to be locally provided.NOTE 2: Use a solderless terminal for the end of BATT CA-P5.


WARNINGTURN OFF AC POWER BEFORE CONNECTING BATTERIES.

CAUTION24 V batteries must be used in this system.

MC

BATT CA-P5 (5 m [197 inch])

CN102

CONNECTOR

FRONT SIDE

+

+--

BLUE

(-27 V)

EXTERNAL BATTERY UNIT

RED

(G)

BATTERY CONNECTION


– 138 – NWA-008842-001 Rev.3.03sch2001.fm

NOTE 3: When the system is NEAX IPSDM/IPSDMR that is set to more than two-MC configuration, con-nect all the BATT CA-P5 to the terminals of the external battery unit together.

NOTE 4: The following specifications of small sealed type battery is required for the external battery.When you use the battery that does not suit the following specifications, normal operation of the system and action for the power failure cannot be guaranteed.



MC CONFIGURATION POWER FAILUREDURABILITY

BATTERYSPECIFICATION

NUMBER OF BATTERY

130 minutes

12 V DC, 2/2.2 Ah(2.2-2.3 V/cell)

2

3 hours12 V DC, 7.2 Ah(2.2-2.3 V/cell)

2

230 minutes

12 V DC, 7.2 Ah(2.2-2.3 V/cell)

2

3 hours12 V DC, 12 Ah(2.2-2.3 V/cell)

2

330 minutes

12 V DC, 7.2 Ah(2.2-2.3 V/cell)

2


2



NUMBER OF BATTERY

130 minutes

12 V DC, 2.2 Ah(2.2-2.3 V/cell)

2


2

230 minutes

12 V DC, 7.2 Ah(2.2-2.3 V/cell)

2


2

JANUARY/31/2006

BATTERY CONNECTION


– 139 – NWA-008842-001 Rev.3.03sch2001.fm

• NEAX IPSDM/IPSDMR (6 slot version) + NEAX IPSDM/IPSDMR (8 slot version)



NUMBER OF BATTERY

130 minutes

12 V DC, 2/2.2 Ah(2.2-2.3 V/cell)

2

3 hours12 V DC, 7.2 Ah(2.2-2.3 V/cell)

2

230 minutes

12 V DC, 7.2 Ah(2.2-2.3 V/cell)

2


2

JANUARY/31/2006

BATTERY CONNECTION


– 140 – NWA-008842-001 Rev.3.03sch2001.fm

INSTALLATION OF PERIPHERAL EQUIPMENT

Below explains the installation of the following peripheral equipment. For the installation of the other pe-ripheral equipment, refer to the NEAX 2000 IPS Installation Procedure Manual.

• Power Failure Transfer (4PFT)• Alarm Display Panel (MP)

NOTE: When you provide power supply from the system to an external equipment such as a Paging Equipment, connect PZ-PW131 card and external equipment using BATT CA-P5 as shown be-low. When you cannot ensure an earth for PZ-PW131, connect PZ-PW131 and an external equipment with earth cable (14 mm2 IV cable). The maximum AC power output of PZ-PW131 card is 250 mA (–27 V).

Power Failure Transfer (4PFT)

(1) Connection Outline

PFT Connection Outline (4PFT)

14 mm2 IV CABLE

BATT CA-P5 (5 m [197 inch])

EXTERNAL

EQUIPMENT

MC

CN 102

PZ-PW131

-27 V

G

PZ-4PFTA

PBX

MDFMDF MDF MDF TO C.O. LINE

PN-4LC/8LC PN-8COTTEL



– 141 – NWA-008842-001 Rev.3.03sch2001.fm

(2) Installation of PZ-4PFTA card

STEP1: Mount the PZ-4PFTA card into the space of MC, and secure the PZ-4PFTA card and MC with screws.

Mounting PZ-4PFTA Card

STEP2: Connect the MDF cable, POWER CA-PFT and BATT CA-P5 to the PZ-4PFTA card as shown below.

Connecting Cables to PZ-4PFTA Card

NOTE: When using an external battery in conjunction with the PZ-4PFTA card, connect BATT CA-P5 to the battery and the BATT connector on PZ-4PFTA card.


PZ-4PFTA

CN102

CONNECTOR

POWER CA-PFT

FRONT SIDE

CARD SLOT CARD SLOT

LTC1 LTC0 MC

PZ-4PFTAAC/DC

POWER

CHAMP CONNECTOR

MDF CABLENOTE

BATT CA-P5

TO MDF (INSTALLATION CABLE)

PZ-4PFTA

PFT1CONNECTOR

BATTCONNECTOR

CN102

CONNECTOR

BATT CA-P5TO MDF

PZ-4PFTABATT



– 142 – NWA-008842-001 Rev.3.03sch2001.fm

STEP3: Connect the 25-pair cables on the MDF.

• This figure shows the CONN1 connector pin assignment for each PFT circuit number (No. 0 - No. 3).

CONN1 Connector Pin Assignment

CONN11 Sta. R0 26 Sta. T02 4LC. R0 27 4LC. T03 C.O. R0 28 C.O. T04 8COT. R0 29 8COT. T05 Sta. R1 30 Sta. T16 4LC. R1 31 4LC. T17 C.O. R1 32 C.O. T18 8COT. R1 33 8COT. T19 Sta. R2 34 Sta. T2

10 4LC. R2 35 4LC. T211 C.O. R2 36 C.O. T212 8COT. R2 37 8COT. T213 Sta. R3 38 Sta. T314 4LC. R3 39 4LC. T315 C.O. R3 40 C.O. T316 8COT. R3 41 8COT. T317 4218 4319 4420 4521 4622 4723 4824 4925 50

No. 0

No. 1

No. 3

No. 2



– 143 – NWA-008842-001 Rev.3.03sch2001.fm

• This figure shows MDF cross connection for No. 0 circuit on the PZ-4PFTA card.

MDF Cross Connection for PFT (4PFT)


TO STATION

272

294

261

272

261

294

J P

MC0

LT00

35

41

349

35

349

41

T1LEN009(No. 1)

R1

T0LEN008(No. 0)

R0

T7LEN015(No. 7)

R7

PN-8COT

LT01

T1LEN001(No. 1)

R1

T0LEN000(No. 0)

R0

T3LEN003(No. 3)

R3

PN-4LC

PZ-PW131

261Sta. R0

Sta. T0

283C.O. R0

C.O. T0

2948COT. R0

8COT. T0

2724LC. R0

4LC. T0

CONN1

TO C.O. LINE

PZ-4PFTA

No. 0

–27E

P J

TipRingTipRing

MDF

POWER CA-PFT

LTC0

1010

1616

•••

•••

•••

•••

•••

•••

•••

•••

–27GCN102

TO BATTERY

BATT CA-P5

BATT

PFT1



– 144 – NWA-008842-001 Rev.3.03sch2001.fm

MDF Cross Connection for PFT (4PFT)

2 LTC0 CONNECTOR

26 Sta. T0 1 Sta. R027 4LC. T0 2 4LC. R028 C.O. T0 3 C.O. R029 8COT. T0 4 8COT. R0

CONN1 (P)

TO STATIONTO PN-4LCTO C.O. LINETO PN-8COT

CONN1 (J)

1 CONN1 CONNECTOR

26 T0 1 R027 228 329 4

LTC0 (J)

LEN000

LEN008

1 R0 26 T02 273 284 29

LTC0 (P)

TO PZ-4PFTA

TO PZ-4PFTA34 T0 9 R035 1036 1137 12

9 R0 34 T010 3511 3612 37

1 Sta. R0 26 Sta. T02 4LC. R0 27 4LC. T03 C.O. R0 28 C.O. T04 8COT. R0 29 8COT. T0



– 145 – NWA-008842-001 Rev.3.03sch2001.fm

Alarm Display Panel (MP)

MDF Cross Connection for Alarm Display Panel

NOTE: NEAX IPSDM Supports MJ/MN alarm.NEAX IPSDMR Supports MJ alarm only.

REAR

ALARM DISPLAY PANEL

26 1

50 MN 25 MJ

LTC0 (J)

1 26

25 MJ 50 MN

LTC0 (P)

PWR MJ MIN

FRONT25

50

25

50

MJ

MN

PN-CP24-A/PN-CP24-B/PN-CP24-C/

MC0MDF

LTC0PJ

BATT CA-P5

PZ-PW131

–27GCN102

PN-CP31-C/PN-CP31-DPN-CP24-D/PN-CP31-A/PN-CP31-B/

JULY/01/2006



– 146 – NWA-008842-001 Rev.3.03sch2001.fm

MOUNTING CIRCUIT CARDS

(1) Before mounting the circuit cards, confirm the following items.

• Wrist Strap is connected to Frame Ground.See CHAPTER 2 “Static Electricity Guard”. Page 90

• Switch settings of circuit cards are already completed. See CHAPTER 3. Page 161• The SW switches of all PZ-PW131 cards are turned off.

(2) Mount the circuit cards.

STEP1: Loosen a screw in the center and remove CARD STOPPER with pulling upwards.

STEP2: Mount circuit cards into their mounting positions according to the “Bay Face Layout” and “Port Assignment Table” given in the NEAX 2000 IPS Office Data Programming Manual. See CHAPTER 1 “MOUNTING CONDITIONS OF CIRCUIT CARDS”. Page 48This figure shows the mounting method of circuit cards.

Mounting of Circuit Cards


CARD FRONT SIDE

PBX

WRIST STRAPTO FRAME GROUND CONNECTION



– 147 – NWA-008842-001 Rev.3.03sch2001.fm

(3) Fix the CARD STOPPER according to the following procedure.

STEP1: After mounting all circuit cards, let the bottom of CARD STOPPER hole through the screw and pull down.

STEP2: Fix the CARD STOPPER with the screw.

CARD STOPPER Installation

BOTTOM OF

CARD STOPPER HOLE

SCREW

FRONT SIDE

CARD STOPPER



– 148 – NWA-008842-001 Rev.3.03sch2001.fm

SYSTEM INITIALIZATION

There are two methods for System Initialization. The first method is to Clear All Data,except LEN000 as a CAT terminal, and then program the System Data. The secondmethod is to use the Resident System Program, which causes the system to configureitself automatically to the default settings, wherever the line/trunk cards are installed.

NOTE 1: See CHAPTER 3 for MP switch settings.Page 164, Page 170, Page 175, Page 180, Page 186

NOTE 2: Regident System Program cannot be used when providing Remote PIM over IP feature.NOTE 3: Refer to the NEAX 2000 IPS Command Manual for default settings on the Resident System Pro-

gram.

All Clear, Except LEN000 CAT

STEP1: Turn on all the power switches in the system.- The “ON” lamp must be lit on all the PZ-PW131 cards.

STEP2: On the MP card, set SW3 to “B” and press SW1.

STEP3: Set SW3 to the “0” position and press SW1.- The operating mode has been changed to the ON LINE mode.

Resident System Program

STEP1: Mount the line/trunk cards into MC.

STEP2: Turn on the power switches on all the system.- The “ON” lamp must be lit on all the PZ-PW131 cards.

STEP3: On the MP card, set SW3 to “C” and press SW1.- The system has loaded the Resident System Program.

STEP4: On the MP card, set SW3 to the “0” position and press SW1.- The operating mode has been changed to the ON LINE mode.


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Office Data ConversionWhen upgrading the software of the system from Series 3300 or before to Series 3400 or later, the officedata conversion by CM00>90 is required. The office data that has been converted and the office data inSeries 3400 software or later are incompatible with the software of Series 3300 or before. We recommendto execute the system data backup before the office data conversion.

NOTE: When upgrading the software in Retrofit system to Series 3400 or later, convert the office data using “Office Data Converter” in the MATWorX CD-ROM and then execute the office data conversion by CM00>90.

: Command with this marking can be used only under Off-Line mode of the MP card.To set Off-Line mode,(1) Set SW3 on the MP card to “2” or “3”.(2) Press SW1 on the MP card.

DESCRIPTION DATA

Execute the office data conversion.[Series 3200 R6.2 software required]

(1)(2)

900: Start conversion1: Always displayed after first data “90” is

typed NOTE 1

NOTE 1: When first data “90” is typed, second data “1” is displayed. Also while converting the office data, “1” is displayed.

NOTE 2: There is no problem even if the office data conversion is executed repeatedly.

START

CM00

OFF LINE

END

OFF LINE

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SYSTEM DATA ENTRY

Maintenance Administration Terminal (MAT) is used for data entry. For the details, re-fer to the NEAX 2000 IPS MATWorX User Guide.

NOTE: For assigning system data, refer to the NEAX 2000 IPS Command Manual.

Confirming Lamp Indication

After system data entry, confirm proper operation of the system using indicator lamps.

• RUN Lamp Flashing (120 IPM)Check that the RUN lamps of the MP card and other application circuit cards are flashing.

• BL Lamps Gone OutCheck that the BL lamps of all the line/trunk circuit cards have gone out. If BL lamps are flashing,it means that the corresponding circuit is in make-busy state or the system data for this card is notassigned.

For more details of lamp indication, see CHAPTER 3. Page 161For information of maintenance servicing and troubleshooting of the equipment, refer to the NEAX 2000IPS Maintenance Manual.

CAUTIONDue to the power capacity of RGU on the PN-4LCAA card, maximum 6 stations can be rung atthe same time. If more than 6 stations are rung at the same time, it is possible that the ringinglevel is reduced or the ringing is stopped. (In the case of NEAX IPSDM/IPSDMR (6 slot version))Due to the power capacity of ringer generator card of PZ-PW139, maximum 6 stations can berung at the same time. If more than 6 stations are rung at the same time, it is possible that theringing level is reduced or the ringing is stopped. (In the case of NEAX IPSDM/IPSDMR (8 slotversion))Therefore, maximum number of sending ringing per system should be set as 6 by the commandsetting (CM42>02: 06). With this command setting, system does not send the ringing to morethan 6 stations per FP at the same time.


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SYSTEM DATA ENTRY


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OPERATION TEST

Confirm the entered system data and hardware, including cable connection, by completing the followingoperational tests.

• Basic Connection Test at MDF

Station Line Test (Operator Call from all stations)Central Office Trunk Test (Incoming, Outgoing)Tie Line Trunk Test (Incoming, Outgoing)

• Service Feature Test

Call TransferStep CallExecutive Right of Way (Executive Override)Call HoldCall BackCall Forwarding-All Calls/Don’t Answer (No Answer)/Busy LineCall PickupStation Hunting-Pilot/CircularSpeed Calling-Station/System (Station Speed Dialing/System Speed Dialing)Paging Access (External Paging with Meet-me)Announcement ServiceOther selected features

NOTE: Feature names in parenthesis are for North America.

OPERATION TEST


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SYSTEM DATA SAVE

After system data entry, save the system data to floppy diskette. Refer to the NEAX 2000 IPS MaintenanceManual for the operation of system data save.

CLEANING AND VISUAL CHECK

Cleaning

Clean the following places:

• Inside of the main equipment.• On the Top Cover.• Around the Main Equipment and the MDF.• Keyboard on the Attendant Console.

Visual Check

(1) Check to see if all circuit cards are in their positions correctly.(2) Check that the cable connections in the MC are correctly and completely connected, and the routing

of the cables has been done smoothly and neatly.(3) Check to see if the MAT is removed.

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SYSTEM DATA SAVE/CLEANING AND VISUAL CHECK


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MOUNTING REAR COVER

(1) After connecting each cable to MC, place the REAR COVER.(2) Confirm each cable runs through each correct cable hole.

NOTE: For the cable hole of each cable, refer to “Cable Hole Location”. Page 99

(3) Tighten screws of the REAR COVER.

Cables through Cable Holes of REAR COVER

BUS CABLE TO MDF

MOUNTING REAR COVER


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FAN REPLACEMENT

Replacement ProcedureThe cooling FAN is mounted in the right side of each MC. The FAN should be replaced every four yearsto ensure the cooling system. To replace the FAN, follow the procedure below.

(1) Loosen one screw of the FAN unit in the rear side of the MC.(2) Disconnect the PWR cable and the FAN cable in the middle of pulling out the FAN unit.(3) Replace the FAN. See “Replacing FAN”. Page 155(4) Reconnect the FAN cable and the PWR cable.(5) Insert the FAN unit into the MC and tighten the screw of the FAN unit.

Pulling Out FAN Unit


FAN CABLE

FAN UNIT

PWR CABLE

FAN REPLACEMENT


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Replacing FAN

NOTE: Attach a new FAN as its name label faces down.

Registration of Date for Periodic FAN ReplacementBy using Fault Report Scheduling feature, you can register pre-determined date for periodic FAN replace-ment in advance. This feature provides the system to notify information on the day by the Dterm functionkey lamp or external alarm display panel. The following shows the data assignment for this feature.

DESCRIPTION DATA

Assign the data and time setting for periodic maintenance.

•(1)(2)

Y=200-07: Periodic maintenanceYYYY MM DD HHYYYY: 2000-2099 (Year)MM : 01-12 (Month)DD : 01-31 (Date)HH : 00-23 (Hour)

Assign the check item for periodic mainte-nance.

•(1)(2)

Y=200-07: Periodic maintenance0: Cooling FAN check

FAN

NOTE

FAN UNIT

START

CM43

A

FAN REPLACEMENT


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When you clear the FUN replacement alarm, assign the following data.

DESCRIPTION DATA

Assign the alarm indication key to Dterm func-tion key, if required.

•(1)(2)

Y=00My Line No. + + Key No.F5020: Alarm display

Set the alarm kind for periodic maintenance. •(1)(2)

Y=2161: MN alarm2: MJ alarm

DESCRIPTION DATA

Clear the external alarm kind (MJ/MN).

NOTE: For PN-CP31-A/PN-CP31-B/PN-CP31-C/PN-CP31-D card, only MJ alarm is effective.

•(1)

(2)

Y=100: Clear all of MJ/MN/-- alarms01: Clear MJ alarm NOTE02: Clear MN alarmCCC

A

CM90,

CMEA

END

START

CMEA

END

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FAN REPLACEMENT


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RING GENERATOR CARD REPLACEMENT

Replacement ProcedureA ring generator card (PZ-PW139) is pre-installed per MC of NEAX IPSDM/IPSDMR (8 slot version). But,for some reason such as trouble, follow the procedure below to replace the card.

(1) Turn off the power of MC0 and MC1.(2) Disconnect the PWR cable (AC CORD-E-U/AC CORD-E-A/AC CORD-E-E/AC CORD-E-UK).

NOTE: When replacing the ring generator card, never fail to disconnect the PWR cable to protect you from electric shock. It takes about 15 seconds for the card to discharge all of its electric power.

(3) Remove the rear cover. See “REMOVING COVER”. Page 103(4) Remove the module cover (Loosen seven screws on the cover.).

Removing the module cover


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(5) Disconnect the -27V DC cable between the ring generator card and the backboard of MC from PWR0 (5 pin) connector at the backboard side.

Disconnecting the DC cable

(6) Remove the ring generator card from the MC (Loosen four screws on the card.).

Removing the ring generator card


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(7) Mount a new ring generator card and tighten four screws on the card.

Mounting the ring generator card

(8) Reconnect the -27V DC cable to the PWR0 (5 pin) connector at the backboard of MC.

Connecting the DC cable


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(9) Mount the module cover and tighten seven screws.

Mounting the module cover

(10) Mount the rear cover and tighten two screws on the cover.(11) Reconnect the PWR cable (AC CODE-E-U/AC CODE-E-A/AC CODE-E-E/AC CODE-E-UK).(12) Turn on the power of MC0 and MC1.(13) Execute a ringer operation test to confirm if the system calls the station and sends ringing signals.

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CHAPTER 3

LAMP INDICATIONS ANDSWITCH SETTINGS

This chapter explains the mounting location, the meaning of lamp indica-tions, and the switch settings of each circuit card for the system.

HOW TO READ THIS CHAPTER .............................................. 162LIST OF REQUIRED CIRCUIT CARDS .................................... 163

PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D (MP) ................. 164PN-CP31-A (MP) ............................................................................. 170PN-CP31-B (MP) ............................................................................. 175PN-CP31-C (MP) ............................................................................. 180PN-CP31-D (MP) ............................................................................. 186PN-CP15 (FP) ................................................................................. 192PN-CP19 (FP) ................................................................................. 194PZ-M606-A (ETHER) ...................................................................... 196PN-PW03 (DC/DC PWR) ................................................................ 198PZ-PW131 (AC/DC PWR) ............................................................... 200PZ-PW139 (RGU) ........................................................................... 202PN-4CSIA (CSI) .............................................................................. 204PN-4CSIA-A (CSI) .......................................................................... 208PN-4LCAA (LC) .............................................................................. 212PZ-4PFTA (PFT) ............................................................................. 215

JULY/01/2006

CHAPTER 3 LAMP INDICATIONS AND SWITCH SETTINGS


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HOW TO READ THIS CHAPTER

This chapter explains the following items about each circuit card used in this system. Explanations are giv-en in alphabetical order of the circuit card names within each circuit card category (Control, ApplicationProcessor, and Line/Trunk).

(1) Locations of Lamps, Switches, and Connectors

The locations of lamps, switches, and connectors of each circuit card are shown by a face layout.

(2) Lamp Indications

The name, color, and functions of each indicator lamp equipped on each circuit card are described ina table.

(3) Switch Settings

The name, settings, and functions of each switch equipped on each circuit card are described in atable.

Each switch setting table has a “CHECK” column. Make necessary entries in the CHECK column duringand/or after the system installation and maintenance, and use each table as a reference for subsequent sys-tem maintenance and operations.

HOW TO READ THIS CHAPTER


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LIST OF REQUIRED CIRCUIT CARDS

The table below shows the required circuit cards to be explained in this section.

List of Required Circuit Cards

* MB=Make Busy

NAME(FUNCTIONAL

NAME)

LAMP× : PROVIDED–: NOT PROVIDED

SWITCH× : PROVIDED–: NOT

PROVIDED

EXTRACTION/INSERTION WITH POWER ON× : ALLOWED

: ALLOWEDAFTER MB*

–: NOT ALLOWED

REFERENCEPAGE

PN-CP24-A/PN-CP24-B/PN-CP24-C/PN-CP24-D (MP)

× × – Page 164

PN-CP31-A (MP) × × – Page 170PN-CP31-B (MP) × × – Page 175PN-CP31-C (MP) × × – Page 180PN-CP31-D (MP) × × – Page 186PN-CP15 (FP) × × Page 192PN-CP19 (FP) × × Page 194PZ-M606-A(ETHER)

× – – Page 196

PN-PW03(DC/DC PWR)

× × Page 198

PZ-PW131(AC/DC PWR)

× × – Page 200

PZ-PW139(RGU)

– × – Page 202

PN-4CSIA (CSI) × × × Page 204PN-4CSIA-A (CSI) × × × Page 208PN-4LCAA (LC) × × × Page 212PZ-4PFTA (PFT) – – × Page 215

JULY/01/2006

LIST OF REQUIRED CIRCUIT CARDS

– 164 – NWA-008842-001 Rev.3.03sch3001.fm


Locations of Lamps, Switches, and Connectors

SW3RUN

SW1

SYSD

L0

JACK

RS1

RS0

CLK IN

VR

DK

JP1

JP0

SW4

SW2

CONN

CONN: To CONN connector on PZ-M606-A (ETHER)

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Lamp Indications

LAMP NAME COLOR FUNCTION

RUN Green Flash (120 IPM): On LineFlash (slowly) : Off LineOFF or ON : This card is not operating.Lights momentarily when initializing this card.

SYSD Red Flashes while writing the system data for backup to the Flash Memory.Lights while copying the system data from the Flash Memory to the SDRAM.

L0 Green Flashes at 240 IPM while copying the MP program from the Flash Memory to the SDRAM.

When executing the MP program remote download to the PN-CP24-C/PN-CP24-D card, flashes at 240 IPM while downloading the MP pro-gram to the Flash Memory (outdated side).[Series 3500 software required]

When executing the MP program remote download to the PN-CP24-C/PN-CP24-D card, remains lit when the MP program downloaded to the Flash Memory (outdated side) is completed. [Series 3500 software required]

When executing the MP program remote download to the PN-CP24-C/PN-CP24-D card, disappears when the program change of the Flash Memory (outdated side) and the Flash Memory (upgraded side) is com-pleted.[Series 3500 software required]

When executing the MP program remote download to the PN-CP24-C/PN-CP24-D card, flashes at 120 IPM when the MP program download to the Flash Memory (outdated side) is failed/interrupted.[Series 3500 software required]

When executing the MP program remote download to the PN-CP24-C/PN-CP24-D card, flashes at 60 IPM while copying the program of Flash Memory (upgraded side) to the Flash Memory (outdated side).[Series 3500 software required]

When executing the MP program remote download to the PN-CP24-C/PN-CP24-D card, flashes specially (ON : OFF=7 : 3) when the pro-gram copy from the Flash Memory (upgraded side) to the Flash Mem-ory (outdated side) is completed.[Series 3500 software required]

CLK IN Green Remains lit while receiving clock signals to the PLO.

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Switch Settings

NOTE 1: Set the groove on the switch to the desired position.NOTE 2: Only when executing “MP Program Download (Local download)” using MATWorX, set the

SW3 to 5-8.Continued on next page

CAUTIONWhen the operating power is being supplied to this circuit card, do not plug/unplug this circuitcard into/from its mounting slot.

SWITCH NAME SWITCH NUMBER

SETTING POSITION FUNCTION CHECK

SW3 (Rotary SW)

NOTE 1

0-F

On Line(Call processing is in progress)

2Off Line (Call processing is stopped)• I/O port: As per CM40 Y=08

3Off Line (Call processing is stopped)• I/O port: 9600 bps (Fixed)

4Debug Mode(For collecting control signals between MP and SIP cards)

5NOTE 2

Off Line (Call processing is stopped)• I/O port: 9600 bps

6NOTE 2


7NOTE 2


8NOTE 2


B For clearing the office data

C For setting the resident system program

1, 9A, D-F

Not used

0

0

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SW1 (Push SW) For initializing CPU

SW2(Piano SW) 1

ON A-law (Australia)

OFF µ-law (North America)

2, 3

Selection of PLO0 input(Phase Locked Oscillator)• For clock receiver office:

• For clock source office:SW2-2 SW2-3

OFF OFF

4ON

When using RS1 port for built-in MODEM

OFF When using RS1 port for RS-232CContinued on next page

4

3

2

1

OFF

ON

SW2-2 SW2-3 FUNCTION

OFF OFF 1.5 MHz clock[For PN-24DTA/PN-24CCT/PN-24PRT/PN-DTA/PZ-M649]

ON OFF 192 kHz clock [For PN-BRTA]

OFF ON 2 MHz clock[For PN-30DTC/PN-2BRT/PN-4BRT/PN-30CCT/PN-30PRT/PN-DTA/PZ-M650]

ON ON Not used

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SW4 (Dip SW) 1 Not used

2 Not used

3, 4



OFF OFF

VR (Rotary SW) Variable Resistor for External Hold Tone Source(0-20 kΩ: Clockwise)

DK (Connector) 02 Ground detection

01 Ground sending


1 2 3 4ON

OFF

OFF


OFF OFF 1.5 MHz clock[For PN-24DTA/PN-24CCT/PN-24PRT/PN-CP24-D/PN-DTA/PZ-M649]

ON OFF 192 kHz clock[For PN-BRTA]

OFF ON 2 MHz clock[For PN-30DTC/PN-2BRT/PN-4BRT/PN-30CCT/PN-30PRT/PN-DTA/PN-CP24-D/PZ-M650]

ON ON Not used

20

0

01

02

JULY/01/2006


– 169 – NWA-008842-001 Rev.3.03sch3001.fm

]

The figure in the SWITCH NAME column and the position of 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

, the setting of the switch varies with the system concerned.



JP0 (Jumper pin) For normal operation(Battery backup ON)

DOWNNot used(Battery backup OFF)

JP1 (Jumper pin)RIGHT For using external hold tone source

For using internal hold tone source

Front

UP

Front LEFT

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PN-CP31-A (MP)


Lamp Indications






SW3RUN

SW1

SYSDL0

JACK

RS0

CLK IN

VR

JP1

JP0

SW4

SW2

CONN

PN-CP31-A (MP)

– 171 – NWA-008842-001 Rev.3.03sch3001.fm

Switch Settings

NOTE 1: Set the groove on the switch to the desired position.NOTE 2: Only when executing “MP Program Download” using MATWorX, set the SW3 to 5-8.





SW3 (Rotary SW)

NOTE 1

0-F





5NOTE 2


6NOTE 2


7NOTE 2


8NOTE 2




1, 9A, D-F

Not used

0

0

OCTOBER/14/2005

PN-CP31-A (MP)

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SW2(Piano SW) 1



2, 3



OFF OFF

4 Always set to OFFContinued on next page

4

3

2

1

OFF

ONSW2-2 SW2-3 FUNCTION




ON ON Not used

OFF

JULY/01/2006

PN-CP31-A (MP)

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2 Not used

3, 4



OFF OFF



1 2 3 4ON

OFF

OFF





ON ON Not used

20

0

JULY/01/2006

PN-CP31-A (MP)

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]









Front

UP

Front LEFT

PN-CP31-A (MP)

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PN-CP31-B (MP)


Lamp Indications






SW3RUN

SW1

SYSDL0

JACK

RS0

CLK IN

VR

JP1

JP0

SW4

SW2

CONN

PN-CP31-B (MP)

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Switch Settings






SW3 (Rotary SW)

NOTE 1

0-F





5NOTE 2


6NOTE 2


7NOTE 2


8NOTE 2




1, 9A, D-F

Not used

0

0

OCTOBER/14/2005

PN-CP31-B (MP)

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SW2(Piano SW) 1



2, 3



OFF OFF

4 Always set to ONContinued on next page

4

3

2

1

OFF





ON ON Not used

ON

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PN-CP31-B (MP)

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2 Not used

3, 4



OFF OFF



1 2 3 4ON

OFF

OFF





ON ON Not used

20

0

JULY/01/2006

PN-CP31-B (MP)

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]









Front

UP

Front LEFT

PN-CP31-B (MP)

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PN-CP31-C (MP)


Lamp Indications





SW3RUN

SW1

SYSDL0

JACK

RS0

CLK IN

VR

JP1

JP0

SW4

SW2

CONN

PN-CP31-C (MP)

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When executing the MP program remote download to the PN-CP31-C/PN-CP31-D card, flashes at 120 IPM when the MP program download to the Flash Memory (outdated side) is interrupted/fails.[Series 3500 software required]




JULY/01/2006

PN-CP31-C (MP)

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Switch Settings






SW3 (Rotary SW)

NOTE 1

0-F





5NOTE 2


6NOTE 2


7NOTE 2


8NOTE 2




1, 9A, D-F

Not used

0

0

OCTOBER/14/2005

PN-CP31-C (MP)

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SW2(Piano SW) 1



2, 3



OFF OFF


4

3

2

1

OFF





ON ON Not used

ON

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PN-CP31-C (MP)

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2 Not used

3, 4



OFF OFF



1 2 3 4ON

OFF

OFF





ON ON Not used

20

0

JULY/01/2006

PN-CP31-C (MP)

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]









Front

UP

Front LEFT

PN-CP31-C (MP)

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PN-CP31-D (MP)


Lamp Indications





SW3RUN

SW1

SYSDL0

JACK

RS0

CLK IN

VR

JP1

JP0

SW4

SW2

CONN

JULY/01/2006

PN-CP31-D (MP)

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When executing the MP program remote download to the PN-CP31-C/PN-CP31-D card, flashes at 120 IPM when the MP program download to the Flash Memory (outdated side) is interrupted/fails.[Series 3500 software required]




JULY/01/2006

PN-CP31-D (MP)

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Switch Settings






SW3 (Rotary SW)

NOTE 1

0-F





5NOTE 2


6NOTE 2


7NOTE 2


8NOTE 2




1, 9A, D-F

Not used

0

0

JULY/01/2006

PN-CP31-D (MP)

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SW2(Piano SW) 1



2, 3



OFF OFF


4

3

2

1

OFF





ON ON Not used

ON

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PN-CP31-D (MP)

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2 Not used

3, 4



OFF OFF



1 2 3 4ON

OFF

OFF





ON ON Not used

20

0

JULY/01/2006

PN-CP31-D (MP)

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]









Front

UP

Front LEFT

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PN-CP31-D (MP)

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PN-CP15 (FP)


Lamp Indications


RUN Green Flashes at 120 IPM while the circuit card is operating normally.

SENSE

RUN

MB

SW1

PN-CP15 (FP)

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Switch Settings



NOTE 1: Set the groove on the switch to the desired position.NOTE 2: When the power is on, flip the MB switch to ON (UP position) before plugging/unplugging the

circuit card. NOTE 3: FP card cannot be used for the expansion MC of NEAX IPSDM/IPSDMR (8 slot version).



SENSE (Rotary SW)

NOTE 1

1

For setting FP No.

1For mounting this card in MC2

0, 2-FNot used

MB (Toggle SW)

NOTE 2

UPFor make-busy

For normal operation

SW1(Piano Key SW) 1-3

Not used

4


OFFNot used

1

ON

DOWN

4

3

2

1

OFF

ON

OFF

ON

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PN-CP15 (FP)

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PN-CP19 (FP)


Lamp Indications


RUN Green Flashes at 120 IPM while the circuit card is operating normally.

RUN

MB

PN-CP19 (FP)

– 195 – NWA-008842-001 Rev.3.03sch3001.fm

Switch Settings



NOTE 1: When the power is on, flip the MB switch to ON (UP position) before plugging/unplugging the circuit card.

NOTE 2: FP card cannot be used for the expansion MC of NEAX IPSDM/IPSDMR (8 slot version).



MB (Toggle SW)

NOTE

UPFor make-busy


ON

DOWN

JANUARY/31/2006

PN-CP19 (FP)

– 196 – NWA-008842-001 Rev.3.03sch3001.fm

PZ-M606-A (ETHER)


Lamp Indications

NOTE: You can check lamps of PZ-M606-A card from the card lamp check window on the FRONT COVER. Do not place any object such as cable that obstructs the inside view of the window.


LINK Green Remains lit when link is established.

100M Green ON : Ethernet is operating at 100 Mbps.OFF: Ethernet is operating at 10 Mbps.

TX Green Remains lit when transmitting the data.

RX Green Remains lit when receiving the data.

COL Yellow Remains lit when detecting IP data collision.

LINK100MTXRXCOL

CONN

LAN

CONN:

To CONN Connector

on PN-CP24-A/

PN-CP24-B/

PN-CP24-C/

PN-CP24-D/

PN-CP31-A /

PN-CP31-B/

PN-CP31-C/

PN-CP31-D (MP)

FACE REAR

JULY/01/2006

PZ-M606-A (ETHER)

– 197 – NWA-008842-001 Rev.3.03sch3001.fm

Switch Settings

This card has no switches.

Mounting PZ-M606-A Card

When mounting the ETHER card on the MP card, do the following procedure.

STEP1: Take off four screws from the rear side of ETHER support.

NOTE: Supports and screws are attached to the ETHER card.

STEP2: Connect the CONN connector on the ETHER card and the CONN connector on the MP card.

STEP3: Secure the ETHER card to the MP card with four screws which have been taken off by STEP1.

Mounting ETHER Card on MP Card

Support

ETHER CardCONN Connector of ETHER Card

MP Card

ETHER Card

CONN Connector on MP Card

OCTOBER/14/2005

PZ-M606-A (ETHER)

– 198 – NWA-008842-001 Rev.3.03sch3001.fm

PN-PW03 (DC/DC PWR)


Lamp Indications


RUN Green Remains lit while –48 V power is being supplied.

RUN

MB

PN-PW03 (DC/DC PWR)

– 199 – NWA-008842-001 Rev.3.03sch3001.fm

Switch Settings



NOTE: When the power is on, flip the MB switch to ON (UP position) before plugging/unplugging the circuit card.



MB (Toggle SW)

NOTE

UPFor make-busy(–48 V power off)

For normal operation(–48 V power on)

ON

DOWN

PN-PW03 (DC/DC PWR)

– 200 – NWA-008842-001 Rev.3.03sch3001.fm

PZ-PW131 (AC/DC PWR)


Lamp Indications


ON Green Remains lit while the operating power is being supplied.

CN101

(VOUNT)CN102

(BATT0)

CN103

(FAN)

ACIN

SW

ON

ON

OFF


– 201 – NWA-008842-001 Rev.3.03sch3001.fm

Switch Settings

SWITCH NAME SWITCHNUMBER

SETTINGPOSITION FUNCTION CHECK

SW OFF For turning AC power off

ON For turning AC power onON

OFF


– 202 – NWA-008842-001 Rev.3.03sch3001.fm

PZ-PW139 (RGU)


Lamp Indications

This card has no lamp.

SW1

Up 20 HzDown 25 Hz

Up 90 VACDown 75 VAC

JANUARY/31/2006

PZ-PW139 (RGU)

– 203 – NWA-008842-001 Rev.3.03sch3001.fm

Switch Settings





SW1(Piano SW)

1

ON Ringer Voltage: 75 V

OFF Ringer Voltage: 90 V

2

ON Ringer Frequency: 25 Hz

OFF Ringer Frequency: 20 Hz

OFF

ON

2

1

JANUARY/31/2006

PZ-PW139 (RGU)

– 204 – NWA-008842-001 Rev.3.03sch3001.fm

PN-4CSIA (CSI)


Lamp Indications


OPE Green ON : For normal operation

LB0 Red No.0 circuit and No.1 circuit statusON : When a loopback is in progressOFF : For normal operation



OPE

LB1LB0

BSY32BSY31BSY30

BSY22BSY21BSY20

BSY12BSY11BSY10

BSY02BSY01 BSY00

JP0

PN-4CSIA (CSI)

– 205 – NWA-008842-001 Rev.3.03sch3001.fm

BSY32 Red B channel statusON : B2 channel of the No. 3 circuit is in use.OFF : B2 channel of the No. 3 circuit is in idle.Flash (60 IPM) : CS is not connected to the No. 3 circuit.

CS is in make-busy status.










CS is in make-busy status.Continued on next page


PN-4CSIA (CSI)

– 206 – NWA-008842-001 Rev.3.03sch3001.fm














PN-4CSIA (CSI)

– 207 – NWA-008842-001 Rev.3.03sch3001.fm

Switch Settings





JP0 (Jumper pin)With main power supply

DOWN With local power supplyFront

UP

PN-4CSIA (CSI)

– 208 – NWA-008842-001 Rev.3.03sch3001.fm

PN-4CSIA-A (CSI)


Lamp Indications


OPE Green ON : For normal operation




OPE

LB1LB0

BSY32BSY31BSY30

BSY22BSY21BSY20

BSY12BSY11BSY10

BSY02BSY01 BSY00

JP0

PN-4CSIA-A (CSI)

– 209 – NWA-008842-001 Rev.3.03sch3001.fm

BSY32 Red B channel statusON : B2 channel of the No. 3 circuit is in use.OFF : B2 channel of the No. 3 circuit is in idle.Flash (60 IPM) : ZT is not connected to the No. 3 circuit.

ZT is in make-busy status.










ZT is in make-busy status.Continued on next page


PN-4CSIA-A (CSI)

– 210 – NWA-008842-001 Rev.3.03sch3001.fm














PN-4CSIA-A (CSI)

– 211 – NWA-008842-001 Rev.3.03sch3001.fm

Switch Settings





JP0 (Jumper pin)With main power supply

DOWN With local power supplyFront

UP

PN-4CSIA-A (CSI)

– 212 – NWA-008842-001 Rev.3.03sch3001.fm

PN-4LCAA (LC)


Lamp Indications


BL0-3 Red • Remains lit when the corresponding circuit is in use.• Flashes at 60 IPM when the corresponding circuit is in make-busy

state or the system data for this card is not assigned.

BL3BL2

RGU VOLT

RGU FREQ

RGU OUT

BL1BL0

ON

OFF75 V

85 V 25 Hz20 Hz

JANUARY/31/2006

PN-4LCAA (LC)

– 213 – NWA-008842-001 Rev.3.03sch3001.fm

Switch Settings






RGU OUT(Jumper pin) UP Ringer Supply to BWB is ON

Ringer Supply to BWB is OFF

RGU VOLT(Jumper pin) UP Ringer Voltage: 75 V

DOWN Ringer Voltage: 85 V

RGU FREQ(Jumper pin) RIGHT Ringer Frequency: 25 Hz

LEFT Ringer Frequency: 20 Hz

FrontDOWN

Front

Front

JANUARY/31/2006

PN-4LCAA (LC)

– 214 – NWA-008842-001 Rev.3.03sch3001.fm

NOTE: PN-4LCAA card provides ringing signal to the station lines connected with PN-4LCAA card it-self. By setting the RGU OUT switch to ON (UP position), PN-4LCAA card can also provide ringing signal to the station lines connected with other LC cards through the BWB.

When you mount two or more PN-4LCAA cards in a MC, only one PN-4LCAA card can providethe ringing signal through the BWB. If ringing signals are sent from two or more PN-4LCAAcards through the BWB, it causes collision of ringing signals.

Below shows the example of RGU OUT switch setting when two LC cards are mounted.

RGU OUT Switch Setting of PN-4LCAA Card

• When RGU OUT switches on two PN-4LCAA cards are set to ON

• When RGU OUT switch on one PN-4LCAA card is set to ON

PN-4LCAA

(RGU OUT SWITCH IS ON.)

MP/FP

PN-4LCAA


COLLISION OF RINGING SIGNALS

IS OCCURRED.

TWO PN-4LCAA CARDS

PROVIDE RINGING SIGNALS

THROUGH THE BWB.

NOT AVAILABLE

BWB

PN-4LCAA


PN-8LCAAMP/FP

ONLY ONE PN-4LCAA CARD

PROVIDES RINGING SIGNAL

THROUGH THE BWB.

AVAILABLE

BWB

JANUARY/31/2006

PN-4LCAA (LC)

– 215 – NWA-008842-001 Rev.3.03sch3001.fm

PZ-4PFTA (PFT)


Lamp Indications

This card has no lamps.

Switch Settings

This card has no switches.

PFT1 BATT

CONN1

CHAMP CONNECTOR02

01

02

01 -27V-27V

PZ-4PFTA (PFT)

– 216 – NWA-008842-001 Rev.3.03sch3001.fm


JANUARY/31/2006

Documents

Manual Instalacion de Hardware Nec