nb341imn

UTRAN

Installation ManualNode B

IMN:NB-341

A50016-G5000-G296-Prelim-7631 ND-57358-704 (E)-Prelim

A50016-G5000-G296-1-7631ND-57358-704 (E)-01

Trademarks:

All designations used in this document can be trademarks, the use of which by third parties

for their own purposes could violate the rights of their owners.

Copyright (C) Siemens AG / NEC Corporation 2005.

Issued by: Siemens AG, Communications, Hofmannstrae 51, 81359 Mnchen, Germany and NEC Corporation, 7-1, Shiba 5-chome, Minato-ku, Tokyo, Japan

Technical modifications possible. Technical specifications and features are binding only insofar as they are specifically and expressly agreed upon in a written contract.

A50016-G5000-G296-1-7631ND-57358-704 (E)-01 Precautions

PL 1 of 13

Precautions

To prevent potential injury or even death, this manual as well as the alert labels attached to the system, provide various safety precautions. It is imperative that all safety instructions in this manual and the alert labels be completely understood prior to performing any operations and/or maintenance work.

This manual is intended for the operation and maintenance personnel of the Node B system.

SAFETY INSTRUCTIONS

The Safety Instructions gives you safety instructions for the Node B. For other equipment, refer to the relevant manual of the equipment.

Definitions of Alert Categories

The safety instructions are divided into three categories.

DANGERThis symbol is given to an item that explicitly endangers your life. Disobedience to this instruction can put you in an imminent danger of death or serious injury.

WARNINGThis symbol is given to an item that potentially endangers your life. Disobedience to this instruction can lead to death or serious injury.

CAUTIONThis symbol is given to an item that potentially endangers your body and property. Disobedience to this instruction can cause injury to you, or damage to the property such as equipment and the communication network.


PL 2 of 13

List of Alert Labels

The following lists alert labels attached to the system. When you see a label, be sure to follow the instruction on the label.

(Location of the label)This label is attached to the front of the Booster.

(Instruction on the label)The surface of this equipment can become extremely hotwhile in operation. Avoid direct contact with the surface ofthe equipment; otherwise, injury or other harm can result.

CAUTION!HOTSURFACEAvoid contact

(Location of the label)This label is attached to the side of NB-341.

(Instruction on the label)This equipment must be carried by two or more persons.

CAUTION!HEAVY WEIGHTCarried by morethan two persons.MASS>20kg


PL 3 of 13

List of Safety Instructions

When you find a safety instruction in this manual, be sure to read the instruction before starting the work.

The safety instructions, especially regarding death or injury in this manual are listed below, by their alert categories.

Alert category: Danger

DANGERImportant Notice on Product SafetyDANGER - RISK OF ELECTRICAL SHOCK OR DEATH - FOLLOW ALL INSTALLATION INSTRUCTIONS.The system complies with the standard EN 60950 / IEC 60950. All equipment connected to the system must comply with the applicable safety standards.Hazardous voltages are present at the AC power supply lines in this electrical equipment. Some components may also have high operating temperatures.Failure to observe and follow all installation and safety instructions can result in serious personal injury or property damage.Therefore, only trained and qualified personnel may install and maintain the system.

The same text in German:Wichtiger Hinweis zur ProduktsicherheitLEBENSGEFAHR - BEACHTEN SIE ALLE INSTALLATIONSHINWEISE.Das System entspricht den Anforderungen der EN 60950 / IEC 60950. Alle an das System angeschlossenen Gerte mssen die zutreffenden Sicherheitsbestimmungen erfllen.In diesen Anlagen stehen die Netzversorgungsleitungen unter gefhrlicher Spannung. Einige Komponenten knnen auch eine hohe Betriebstemperatur aufweisen.Nichtbeachtung der Installations- und Sicherheitshinweise kann zu schweren Krperverletzungen oder Sachschden fhren.Deshalb darf nur geschultes und qualifiziertes Personal das System installieren und warten.


PL 4 of 13

Alert category: Caution

CAUTIONThis equipment has been tested and found to comply with EN 301489. Its class of conformity is defined in table A30808-X3247-X910-*-7618, which is shipped with each product. This class also corresponds to the limits for a Class A digital device, pursuant to part 15 of the FCC Rules.These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment.This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the relevant standards referenced in the manual "Guide to Documentation", may cause harmful interference to radio communications.For system installations it is strictly required to choose all installation sites according to national and local requirements concerning construction rules and static load capacities of buildings and roofs.For all sites, in particular in residential areas it is mandatory to observe all respectively applicable electromagnetic field / force (EMF) limits. Otherwise harmful personal interference is possible.


PL 5 of 13

Alert category: Caution (continued)

CAUTIONSafety instructions on the overall work:

Before starting the operation and maintenance work, secure a refuge in case of an accident or emergency situation.

Never wear slippers during work. You can fall down and get injured. Take care not to trip over the cables, parts, or tools during work. Such

an accident can injure you. Take care so that the sleeves and trouser leg hems of your clothes are

not caught in equipment and machines during work. A caught sleeve or hem can lead to an injury or accident.

Do not put liquid, such as water, in the equipment or touch the system with wet hands. Moisture in the system can cause an electrical shock or a trouble. If any liquid comes into contact with the system, immediately turn off the power of the equipment, and ask for repairs.

Do not rework or disassemble the equipment. An electrical shock, a fire or a failure.


PL 6 of 13


CAUTIONSafety instructions on high voltage and high current:

Persons other than the maintenance personnel must not touch the equipment, as it contains components with high voltage or current. An inadvertent contact with any of these components can cause injury, death, and/or damage to the system.

Be sure to provide grounding where required. A failure to do so can lead to a system failure or electrical shock at the time of lightening.

When measuring voltage or current, take adequate insulating measures, such as covering or winding the superfluous parts of the measuring terminal and tools with insulating tape. Allowing the measuring terminal to touch another terminal or a short-circuit caused by a tool can lead to an electrical shock or accident.

When using test equipment and handling tools, be sure to check the voltage (100VAC or 240VAC). Using an electric tool with a wrong voltage can cause fire accident.


PL 7 of 13


CAUTIONSafety instructions on the whole equipment handling:

Before installing the equipment or connecting cables, make sure that the power is off. Making installation and connection while the power is on can cause damage to the equipment.

Before making a cable connection, confirm the electric power supply type and polarity. Connecting a cable with wrong power supply type polarity can cause an electrical shock or accident.

Drive a screw or bolt tightly. A loose screw or bolt can cause falling, damage or failure to the equipment.

Before disconnecting cables for a reason such as maintenance, make sure that the power is off. Making disconnection while the power is on can cause damage to the equipment.

When connecting power cable with the equipment, be sure to use a fuse or breaker, etc. which is appropriate for the power consumption. Overcurrent can cause damage or fire accident of the equipment.

Before connecting the equipment with another equipment or power cables, make sure that the power is off. Making connection while the power is on can cause damage to the equipment.

Drive the High-frequency TNC type connector used in the equipment with a torque wrench executing torque control. Without executing torque control, the equipment can be damaged or the signal can be attenuated.

Use a protection cap for unused terminal.Safety instructions on NB-341 handling:

NB-341 weighs over 20 kg. Be sure that more than one person carry it with due care. Falling NB-341 can cause damage to the equipment.

When temporarily placing NB-341 on the ground before installation, place it so that the base end surface of NB-341 faces the ground to prevent damaging the connectors, etc. on the side face.


PL 8 of 13


CAUTIONSafety instructions on Booster handling:

Booster weighs over 12 kg. Be sure that more than one person carry Booster with due care. Falling Booster can cause damage to Booster.

Radiator for heat liberation (radiation fin) of Booster is located where you are able to reach. Although the radiator part is not sharp, be careful not to be injured as it has a fin-like shape.

Surface temperature of the frame during operation can be very high. Especially, the radiator part can be extremely hot. Take due care as an inadvertent contact with the part can result in a burn.

Be sure that the input of the transmitting signals falls in the stipulated range. Input over the stipulated range can cause damage to Booster.

When temporarily placing Booster on the ground before installation, place it so that the screws (M8) of the equipment face the ground to prevent damage from the connectors, etc. on the side face.

Booster contains the compound semiconductor equipment which includes gallium arsenide (GaAs). To prevent a danger, do not try to burn/crush or to aerify/disintegrate Booster by chemicalizing. When discarding Booster, comply with the related legislation and your corporates waste disposal regulation.

Safety instructions on whole installation work: The equipment must be installed based on the country or local

electric safety legislation and its related standard. Height and environmental situation for installation must be well considered, so that the public cannot touch the equipment.


PL 9 of 13


CAUTIONSafety instructions on wall-mounting:

Before mounting equipment on wall or post, ensure that the wall/post and bolts have sufficient strength. Mounting equipment on wall or post of insufficient strength can cause falling of wall/post or equipment.

In cases of absolute necessity to mount on wall or post which strength is not sure, reinforce the wall or support the equipment by utilizing auxiliary equipment. Without such measures, mounting can cause falling of wall/post or equipment.


PL 10 of 13

PRECAUTIONS FOR NORMAL SYSTEM OPERATION

The Precautions for Normal System Operation provides precautions against possible troubles that can occur on the system. In order to maintain the normal operation of the system, you have to pay particular attention to each precaution when performing the operation and maintenance work.

Site Consideration

To maintain normal system operation, your site must always meet the requirements listed below.

(1) Temperature and humidityMake sure that the temperature and humidity levels are within the acceptable range: the temperature must be between -33 and 45C and the humidity 15 and 100% at room temperature (25C) (no condensation).

(2) DustClogged air passage due to dust can affect the operation of the equipment. Clear the dust when necessary.

(3) VibrationSince the components of the equipment are precision-engineered equipment, make sure that the site is not subject to vibration.

(4) Heat dissipationProper air circulation is necessary to prevent the temperature from rising inside the system. Make sure that the vents of the equipment are not blocked.

(5) Static electricityBe sure to connect your wrist strap to the ground such as ESD terminal, etc.

List of Precautions

The precautions are listed by the following working situations:

When Operating the System

When Handling the Power Supply

When Handling the Parts

When Handling the Equipment

When Installing the Equipment

When Repainting the Equipment


PL 11 of 13

When Operating The System

Close the maintenance window while the system is in operation. When opening the maintenance window, be sure to prevent droplet like raindrop or dust coming into the equipment. Droplet in the equipment can cause condensation resulting in short circuit or fire. Also dust or briny air can cause short circuit or fire.

Do not leave foreign objects such as screws, wires, or pieces of metal, inside the equipment. Such foreign object can damage the equipment or cause a short-circuit, subsequently resulting in a malfunction of the system.

Wear antistatic shoes during the operation and maintenance work.

Wear a wrist strap during the operation and maintenance work.

When Handling The Power Supply

The equipment is kept in operation with the power supply turned on at all times. Make sure that no personnel except the system administrator is allowed to operate the power switch. If the power supply is interrupted, communications will be disrupted, and the unsaved data will be lost.

Never turn the power switch of a card on and off except when necessary.

When Handling Parts

Never swing a cable. Never wind a cable forcibly. Swinging a cable or winding a cable forcibly can break the cable or damage its connector.

Never remove the cap from an optical connector, except when attaching the connector. If an optical connector is damaged, a communication error can occur.

Use tools and cables correctly in accordance with the instructions given in the relevant manuals.


PL 12 of 13

When Handling Equipment

Wear gloves (thin cotton gloves) and a wrist strap when connecting/disconnecting a cable to/from the maintenance window, or pressing the reset button not to be electrostatically charged. Static electricity can damage parts in the equipment.

When Installing Equipment

Never supply power to the equipment during installation to prevent danger.

When Repainting Equipment

Never paint the equipment when the surface of the equipment is wet with morning or evening dew. Start painting when moisture has completely evaporated from the surface.

Never paint the equipment when the temperature is below 5C or over 30C, or when it is windy, or humid (over 70% (when room temperature is 25C)).

Wear gloves (both hands)

Wear a wrist strap

Wrist Strap

To the earth bonding pointin the maintenance window


PL 13 of 13

DISPOSAL OF ELECTRICAL AND ELECTRONIC EQUIPMENT

All electrical and electronic products should be disposed of separately from the municipal waste stream via designated collection facilities appointed by the government or the local authorities.

The correct disposal and separate collection of your old appliance will help prevent potential negative consequences for the environment and human health. It is a precondition for reuse and recycling of used electrical and electronic equipment.

For more detailed information about disposal of your old appliance, please contact your sales representative.

The statements quoted above are only fully valid for equipment which is installed in the countries of the European Union and is covered by the directive 2002/96/EC.

Countries outside the European Union may have other regulations regarding the disposal of electrical and electronic equipment.

A50016-G5000-G296-1-7631ND-57358-704 (E)-01 Preface

PR 1 of 1

Preface

This document is prepared as a standard edition that may include descriptions not applying to your system.

This document describes installation personnel with the standard procedures for proper installation of the Node B (NB-341) in the Wideband Code Division Multiple Access (W-CDMA) system.

This document comprises the following sections:

INTRODUCTIONDescribes the Node B installation overview.

TASK LISTLists all procedures described in this document.

BASIC ITEMSDescribes the specification of the Node B.

INSTALLTION REQUIREMENTSDescribes the equipment configuration of the Node B, required intervals for placement and other requirements.

INSTALLATION PLANNING/INSTALLTION WORK (NB-341 ONLY)Describes the standard procedures of installation of the Node B without Booster.

INSTALLATION PLANNING/INSTALLTION WORK (NB-341 AND BOOSTER)Describes the standard procedures of installation of the Node B with Booster.

A50016-G5000-G296-1-7631ND-57358-704 (E)-01

DA 1 of 1

Reason for Update

Summary:

Preliminary edition

Details:

Issue History:

Chapter/Section Reason for Update

All Preliminary edition

Issue Number

Date of issue Reason for Update

Prelim 10/2005 Preliminary edition

A50016-G5000-G296-1-7631ND-57358-704 (E)-01 Contents

CL 1 of 2

Contents

(*:REVISION)

TITLE INDEX NUMBER

SECTION 1INTRODUCTION

Overview.......................................................................... INT-098-1000-10(E)-02

SECTION 2TASK LIST

Task List ........................................................................... INT-098-9999-10(E)-01

SECTION 3BASIC ITEMS

Basic Items ...................................................................... DDS-098-2000-10(E)-02

SECTION 4INSTALLATION REQUIREMENTS

Installation Requirements ................................................ DDS-098-3000-10(E)-02

SECTION 5INSTALLATION PLANNING/INSTALLATION WORK (NB-341 ONLY)

Diagrammatic Illustration of Installation (NB-341 Only) ... DDS-098-4000-10(E)-01

Detailed Drawings (NB-341 Only).................................... DDS-098-4100-10(E)-03

Attached/Arranged Materials (NB-341 Only) ................... DDS-098-4200-10(E)-02

Installation Procedures (NB-341 Only) ............................ PRC-098-4300-10(E)-01

Laying Cables (NB-341 Only) .......................................... DDS-098-4400-10(E)-03

Ground Connection (NB-341 Only).................................. DDS-098-4500-10(E)-01

Cable Connection Diagram (NB-341 Only)...................... DDS-098-4600-10(E)-01

SECTION 6INSTALLATION PLANNING/INSTALLATION WORK (NB-341 AND BOOSTER)

Diagrammatic Illustration of Installation (NB-341 and Booster) ........................................................................... DDS-098-5000-10(E)-01

Detailed Drawings (NB-341 and Booster)........................ DDS-098-5100-10(E)-02

Attached/Arranged Materials (NB-341 and Booster) ....... DDS-098-5200-10(E)-02

Installation Procedures (NB-341 and Booster) ................ PRC-098-5300-10(E)-02

A50016-G5000-G296-1-7631ND-57358-704 (E)-01 Contents

CL 2 of 2

Laying Cables (NB-341 and Booster) .............................. DDS-098-5400-10(E)-03

Ground Connection (NB-341 and Booster)...................... DDS-098-5500-10(E)-01

Cable Connection Diagram (NB-341 and Booster).......... DDS-098-5600-10(E)-01

TITLE INDEX NUMBER

A50016-G5000-G296-1-7631ND-57358-704 (E)-01

SECTION 1INTRODUCTION

A50016-G5000-G296-1-7631INT-098-1000-10 (E)-02 Overview

INT-098-1000 1 of 2

Overview

1. Overview

This manual explains notices upon installation planning and installation work, and installation procedures for NB-341 and Booster installation in the W-CDMA system.

Fig. 1 shows the system configuration of the W-CDMA.

Fig. 1 System Configuration of the W-CDMA

RNCUE

MSC GMSC

RC SGSN GGSN INTERNET

PSTN

Booster

Incidentalbox

NB-341

CNRAN

CN: Core NetworkDSU: Data Service UnitGGSN: Gateway GPRS Support NodeGMSC: Gateway Mobile Switching CenterMSC: Mobile Switching CenterPSTN: Public Switched Telephone NetworkRAN: Radio Access NetworkRC: Radio CommanderRNC: Radio Network ControllerSGSN: Service GPRS Support NodeUE: User Equipment

A50016-G5000-G296-1-7631INT-098-1000-10 (E)-02 Overview

INT-098-1000 2 of 2

Supplementary explanation

The NB-341, with Radio Network Controller (RNC) and Radio Commander (RC) as higher equipment, communicates with RNC for call control and with RC for monitoring control. The NB-341 is connected with RC via RNC as shown in Fig. 1.

A50016-G5000-G296-1-7631ND-57358-704 (E)-01

SECTION 2TASK LIST

A50016-G5000-G296-1-7631INT-098-9999-10 (E)-01 Task List

INT-098-9999 1 of 1

Task List

1. PROCEDURE

Installation Procedures (NB-341 Only)

Installation Procedures (NB-341 and Booster)

CAUTIONPlease read the Precautions before performing each task.

A50016-G5000-G296-1-7631ND-57358-704 (E)-01

SECTION 3BASIC ITEMS

A50016-G5000-G296-1-7631DDS-098-2000-10 (E)-02 Basic Items

DDS-098-2000 1 of 5

Basic Items

This section describes basic items, i.e., major specifications, detailed particulars, and environmental requirements of the equipment.

1. Equipment Names

Table 1 lists the name of each equipment.

2. Main Specification of the Equipment

Table 2 lists main specification of each equipment.

Table 1 Equipment Names

Name Remarks

NB-341 Configuration consisting of NB-341 only

NB-341 and Booster Configuration consisting of NB-341 and Booster

Table 2 Main Specification of Equipment (1/2)

No. Item Specification

1 Radio access method DS-CDMA FDD

2 Transmit frequency NB-341 only: 2110 to 2170 MHzNB-341 and Booster: 2110 to 2170MHz

3 Receive frequency 1920 to 1980MHz

4 Transmit/receive frequency interval

190MHz

5 Channel raster 0.2MHz (Central frequency is integral multiple of 200 kHz. The first decimal point is an even number.)

6 Number of carriers 1 carrier/sector

7 Number of sectors 1 sector

8 Maximum average transmission power

NB-341 only: 0.5WNB-341 and Booster: 10W

9 Transmit diversity Not supported.

10 Transmission line type - E1 (2.048 Mbps: unbalanced/balanced) 2 lines, or- STM-1 (155.52 Mbps: optical) 2 lines


DDS-098-2000 2 of 5

3. Environmental Requirements

Tables 3 lists the environmental requirements for the equipment.

11 Supply voltage NB-341: 100VAC10% (50/60Hz), 220VAC-10% to 240VAC+10% (47Hz-63Hz), -48VDC+20%/-15%Booster: 100VAC10% (50/60Hz), 220VAC-10% to 240VAC+10% (47Hz-63Hz), -48VDC+20%/-15%

12 Power consumption NB-341: Approx. 280W (340W during warming-up at cold start)Booster: Approx. 230W

13 Input waveform Sinusoidal wave or rectangular wave

14 Input inburst power NB-341: 10.0 ABooster: 5.0 A

15 Input hit allowable time 20m sec

16 Dimensions NB-341: 424mm200mm497mm (WidthDepthHight)Booster: 420mm200mm190mm (WidthDepthHight) (except salience)

17 Weight NB-341: Approx. 30kgBooster: Approx. 12kg

Table 3 Environmental Requirements (1/2)


1 Ambient temperature -33C to 45C (Cold start is supported. It can be activated within 90 minutes after power activation when the outer temperature is -33C or higher. This only applies for the installation posture described in Section 3.3.)

2 Relative humidity 15%-100% at ordinary temperature (+25C) (non-condensing)

3 Anti-quake Conforming to IEC60721-2-6 Zone4

4 Water-proof / dust-proof Conforming to IEC60529 IP55

5 Surge resistance Conforming to EN301 489-1/EN500 82-2/EN501 21-4 IEC/EN61000-6-2

6 Anti-shock / drop Conforming to ETS300 019-1-2 Class2.3 (When packed completely)

Table 2 Main Specification of Equipment (2/2)



DDS-098-2000 3 of 5

4. Appearance of the Equipment

Figs. 1 and 2 show the appearances of the NB-341 and the Booster respectively.

7 Transportation vibration Conforming to ETS300 019-1-2 Class2.3 (When packed completely)

8 Ambient noise Conforming to ETS300 753 Class4.1EDay: 6.7 bels / Night: 6.1 bels

9 Anti-salt / Anti-corrosion Conforming to IEC 60068-2-52/IEC 60068-2-60

10 Insolation Conforming to ETS300 019-2-4

Table 3 Environmental Requirements (2/2)


A50016-G

5000-D296-6-7631

DD

S-098-2000-10 (E)-02B

asic Items

DD

S-098-2000 4 of 5

Fig. 1 Appearance of NB-341

A50016-G

5000-D296-6-7631

DD

S-098-2000-10 (E)-02B

asic Items

DD

S-098-2000 5 of 5

Fig. 2 Appearance of Booster

A50016-G5000-G296-1-7631ND-57358-704 (E)-01

SECTION 4INSTALLATION REQUIREMENTS

A50016-G5000-G296-1-7631DDS-098-3000-10 (E)-02 Installation Requirements

DDS-098-3000 1 of 8

Installation Requirements

1. Image of Equipment Connection

Figs.1, 2, and 3 show the connection image in the following equipment configuration.

NB-341 only

NB-341 and Booster

NB-341 and Booster separate installation


DDS-098-3000 2 of 8

Fig. 1 Connection Image for NB-341 Only

Fig. 2 Connection Image for NB-341 and Booster

SJ Cable(Attached Material)

Terminator(Attached Material)

Alarm cable

Piping for Iub

Fixing clamp(Optional material)

To incidental box To incidental box

Power cable

To antenna

RF Cable(SD: Attached Material)

Control cable(Attached Material)

Piping for Iub

Fixing clamp(Optional material)

To incidental box To incidental boxPower cables

To antenna

Alarm cable

To antenna


DDS-098-3000 3 of 8

Fig. 3 Connection Image for NB-341 and Booster Separate Installation

RF Cables(SD: Attached Materials)

Control cable(Attached Material)

Piping for Iub

Fixing clamps(Optional materials)

To incidental box To incidental box

Power cables

To antenna To antenna

Alarm cable


DDS-098-3000 4 of 8

2. Required Intervals for Placement

The required interval for the placement of each equipment is described in Table 1.

Notes:

1 This is a recommended distance by the manufacturer when using 10D cable. The shortest distance from the equipment that does not affect the connector in bending the cable is 200mm, however the manufacturer recommends 300mm for the safety. This value varies depending on the cable type. 250mm is recommended for the 5D, and 100mm is recommended for the L-type connector.

2 This is the recommended interval by the manufacturer when the straight-type connector is connected with the Iub feed port.

Figs. 4, 5, and 6 show the interval for each equipment.

Table 1 Intervals Required for Equipment Placement (unit: mm)

Equipment Front Reer Left side Right side Top faceBottom

face

NB-341 150 0 300(*1) 250(*2) 0 150

Booster 150 150 100 250 150 0


DDS-098-3000 5 of 8

Fig. 4 Interval for NB-341

Fig. 5 Interval for Booster

Front view

Front

Rear49

7200

150

Space for emission

Space for intake

Space for cables

Top

10D Coaxial cable: 300mm (L-shaped plug: 100mm)

200

100

424

250

196

250350100

150

NB-341

For maintenance door & lub terminalblock open-space

Top

Rear view

To Antenna

Space for emission

Space for cables

540

50

190

200

150

350100

250

424

250

200

150

100

497

340

150

Top

Front

NB-341 and Booster

Space for intakeRear

Top

10D Coaxial cable: 300mm (L-shaped plug: 100mm)

For maintenance door & lub terminalblock open-space

Space for cooling Booster

Front view

Rear view


DDS-098-3000 6 of 8

Fig. 6 Interval for NB-341 and Booster

190

150

Top

Front

Rear

160

420

100

200

50

150

Top

Front view

Rear view

Booster


DDS-098-3000 7 of 8

3. Installation Position

The following position is allowed for the NB-341 and the Booster installation.

Fig. 7 Installation Position

Front NB-341

Front NB-341

BOOSTER


DDS-098-3000 8 of 8

Table 2 Conditions for Installation Position

Item Condition

Place outdoor/indoor

Temperature -33C-+45C(cold start is supported)

A50016-G5000-G296-1-7631ND-57358-704 (E)-01

SECTION 5INSTALLATION PLANNING/INSTALLATION WORK (NB-341 ONLY)

A50016-G5000-G296-1-7631DDS-098-4000-10 (E)-01 Diagrammatic Illustration of Installation (NB-341 Only)

DDS-098-4000 1 of 1

Diagrammatic Illustration of Installation (NB-341 Only)

The following figure shows the diagrammatic illustration of installation.

Fig. 1 Diagrammatic Illustration of Installation (NB-341 Only)

A typegrounding

Micro Node B

Ante

nna

NB-341

Feed

er e

arth

Jum

per c

able

(10D

)

ANT1(RX1)

ANT0(TX0/RX0)

RF IN

RF OUT

TX OUT

BOOSTER CTRL

EXT_ALM/CTRL

FG

PWR IN

Iub(E1/STM-1)

: End terminal (attached material) : Crimping terminal: Pipe laying

DSU

IncidentalBox Main SupplyEXT_ALM/CTRL

SJ Cable (attached material)

D.L.

2.0M (E1) or ATM HWY

100VAC/220VAC to 240VAC/-48VDC

Ligh

tnin

g co

nduc

tor

Optical Cable

(To Distribution board)

(To Switching center)

A type grounding

A50016-G5000-G296-1-7631DDS-098-4100-10 (E)-03 Detailed Drawings (NB-341 Only)

DDS-098-4100 1 of 4

Detailed Drawings (NB-341 Only)

1. External Interfaces

The following figures show the external interfaces of the NB-341.

Fig. 1 Side View of NB-341 (External Interfaces)

RF OUT

RF IN

TX OUT

BOOSTER CTRL

EXT ALM/CTRL

PWR INIub feed port

ANT0(TX0/RX0)

AALeft side

ANT1(RX1)

Right side

* HWY interface appears when removing A.

AA


DDS-098-4100 2 of 4

Fig. 2 Internal Details of HWY Interfaces within Iub Feed Port

STM-1

IN INOUT OUT

1 0

E1

OVP1-1: Unbalanced Connector

IN

OUT

0

IN

OUT

1

OVP1-1: Balanced Connector

IN INOUT OUT

0

1

1 0

E1

Terminal for metal(E1 balanced) interface

Terminal for optical (STM-1) interface

IN A

IN B

OUT B

OUT A

IN A

IN B

OUT B

OUT A

Terminal for metal(E1 unbalanced) interface


STM-1


DDS-098-4100 3 of 4

2. Fixing Brackets

The following figures show details of the fixing brackets of the NB-341.

Fig. 3 Details of Fixing Bracket 1 (NB-341 side)

NB-341

21.8(Same for opposite side)

Joining hole for fixingbracket-2 for NB-341

2 x 2 - 7

320

11.8

(50)

(350

)(6

6.4)

51.8

Fixing hole for NB-3414 - 15

466.

430

0(5

0)11

6.4

70 (70)180


DDS-098-4100 4 of 4

Fig. 4 Details of Fixing Bracket 2 (wall/pole side)

Wall or pole

52

26.8

59.7

350

(25)

(Same for opposite side)

Joining hole for fixingbracket-1 for NB-341

2 x 2 - M543

4.7 26

832

(55)

3247

.7

150

150

109.

7(2

5)

5225 75 110 75 (25)

40 230 (40)

Bolt loopfor pole fixing

Fixing hole to wall126 -

A50016-G5000-G296-1-7631DDS-098-4200-10 (E)-02 Attached/Arranged Materials (NB-341 Only)

DDS-098-4200 1 of 2

Attached/Arranged Materials (NB-341 Only)

The following tables list the materials required to connection of the NB-341.

Table 1 Materials (Prepared for Additional Installation) (1/2)

Materials Quantity

RF-related Coaxial cable between antenna and the NB-341 (10D) 2 systems

N-type connector (plug)Note: Cable length depends on the office conditions.

2 pieces

Power-related

Power cable (2PNCT3.5mm2-3C) *AC type or Power cable (2PNCT5.5mm2-4C) *DC type

1 piece

Water-proof connector *AC type or Water-proof connector *DC type with code clamp

1 piece

EXT_ALM/CTRL-related

ALM/Control cable (CCP-AP0.5mm-20P) 1 piece

Water-proof connector 1 piece

Code clamp 1 piece

2.0M (E1) cable (AC-bus 0.5mm-2P or SWVP 0.5 mm2-4C),2.0M (E1:unbalanced) cable (e.g. 2YCCY 0.4/2.5),orSTM-1 (ATM) single-mode 2 core optical code (SC-connectors are equipped at the both ends)Note: Either 2.0M cable or ATM cable is required according to the

office conditions.

1 piece

HWY piping material 1 piece

Iub interface connecting box connector (straight or L-type connector for PG48 screws)

1 piece

Equipment fixing

Anchor bolt (for M10) * to fix on the wall

6 pieces

Cabinet ground cable (IV8mm2) 1 piece

Equipment (FG terminal) connecting crimping terminal (M5) 1 piece

Pillar-fixing adjustable band (MAX. width 30 mm) * to fix on a pillar

2 pieces

A50016-G5000-G296-1-7631DDS-098-4200-10 (E)-02 Attached/Arranged Materials (NB-341 Only)

DDS-098-4200 2 of 2

Note: Materials used in attached box or antenna side are not mentioned because those materials may vary according to manufacturers.

Standardaccessories

Terminator 1 piece

Key 2 pieces

Wrist band 1 piece

Iub feeding port water-proofing bushing 1 piece

SJ cable 1 piece

SJ cable protecting cover 1 piece

Ferrite coreNote: Only for Iub 100/120 interface

1 piece

Optionalaccessories

Fixing clamp (2 types) (Fixing screw TORX, attached hexagon screw)

1 set

Instruction manual 1 set

Table 1 Materials (Prepared for Additional Installation) (2/2)

Materials Quantity

A50016-G5000-G296-1-7631PRC-098-4300-10 (E)-01 Installation Procedures (NB-341 Only)

PRC-098-4300 1 of 20

Installation Procedures (NB-341 Only)

Here explains the procedure to mount the NB-341 on the wall or a pillar. The procedure can be divided into the following steps.

(1) Unpacking and Content Verification (NB-341 Only)Unload and unpack the carton, then verify the content.

(2) Marking (NB-341 Only)Measure and mark the points where the NB-341 is to be mounted.

(3) Drilling (NB-341 Only)Drill holes on the marked points, and then fix the lead sleeves.

(4) FixingMount and fix the NB-341 by using anchor bolts.

Detailed procedure of each step is described below.


PRC-098-4300 2 of 20

1. Unpacking and Content Verification (NB-341 Only)

Detailed procedure is described below.

1.1 Unload Carton (NB-341 Only)

(1) Verify the area to place the unloaded carton indicated by the supervisor.

(2) Before unloading carton in the area, protect the area by covering with material such as vinyl sheets.Moreover, cone off the area to keep the third parties out of the area.

(3) Unload the cartons in the area. Follow instructions on handling the cartons.

Fig. 1 Handling Cartons


PRC-098-4300 3 of 20

Notes:

1 Do not pile the cartons.

2 Avoid any shocks to the cartons when unloading.

3 Keep the third parties out of the carrying area when carrying heavy materials.

1.2 Check Carton (NB-341 Only)

(1) Verify that number of cartons specified in the packing list have arrived. Check the number of cartons against the packing list.

Fig. 2 Example of Packing List

(2) Check that the cartons have correctly arrived.Check the information on the packing list and that on the main label attached to cartons.

Notes:

1 The main label is attached to the front and rear panels of the carton and bears the following descriptions:- Customers name- Carton number - Landing port- Country of manufacturer- Gross weight- Dimensions

2 Refer to the following table for details of the care marks attached to the cartons.

PAGE

Packing List

INSTALLATION MATERIAL FORY-XXX(RBS#1)XXXXXXX

CASE NO. ITEM NO. DESCRIPTION QUANTITY

1.1.1NODE B WITH DDF...

1 LOT


PRC-098-4300 4 of 20

Table 1 Care marks (1/2)

No.Symbol Printed

CharactersInstruction Remarks

A(JIS) B(Others)

1 UP Indicates the top of the carton.

Symbol B is used for the carton shipped to Pakistan and India.

2 HANDLE WITH CARE

Indicates fragile carton to be kept dry

Symbol B indicates the quantity and internal package of carton. It may be only characters.

3 KEEP DRY Indicates carton to be kept dry.

4 USE NO HOOKS

Indicates carton not to be hooked.

5 SLING HERE Indicates carton lift position.

6 HEAVY WEIGHT THIS END

Indicates the heavy weight position of carton.

HANDLE WITHCARE

KEEP DRY KEEP DRY

USE NOHOOKS

SLING HERE


PRC-098-4300 5 of 20

(3) If the carton is damaged, report it to the supervisor. Excessive dirt should be recorded on the check sheet.

7 NO TURN Indicates that carton is to be supported, not turned over.

8 CENTER OF BALANCE

Indicates the center of the carton weight.

9 OPEN HERE Indicates the unpacking position and sequence.

Table 1 Care marks (2/2)

No.Symbol Printed

CharactersInstruction Remarks

A(JIS) B(Others)

NO TURN

OPEN HERE


PRC-098-4300 6 of 20

1.3 Unpack Carton (NB-341 Only)

(1) Unpack the carton in the unloading area.

Notes:

1 Unpack the carton so carefully as not to damage the contents.

2 Avoid smearing the case number marking and losing the list of contents to insure complete identification of the contents.

3 Take special care when unpacking fragile items inside the internal container.

(2) Take the NB-341 out of the carton and lay it in the storage area.

Notes:

1 Be sure to carry the NB-341 in pairs, with both hands.

2 Be sure to grip the handle part of the NB-341 with one hand and support the bottom of it with another. (See Fig.3.)

3 Never grip the SJ cable connected to the NB-341 instead of the handle part.

4 Set the protecting cover to the SJ cable to avoid from being injured.

5 Lay the NB-341 in the direction specified (Refer to "Installation Position").

Fig. 3 Carrying NB-341

(3) Take all the materials out of the carton to check the content in the next procedure.

In pairs

Grip handlepart with one

hand

Support bottomwith another hand


PRC-098-4300 7 of 20

1.4 Verify Content (NB-341 Only)

(1) Check the materials with the packing and material lists, and mark the items on the list.

Fig. 4 Check Description Item on Packing List (Example)

(2) Confirm that all listed items have been marked.

(3) Should there be any deficiency, make a list of manufactures part numbers and quantities of the missing or damaged items.Include all pertinent information in the material deficiency report.Indication marks for transporters to handle the carton with care during transportation.

1.5 Carry in Content (NB-341 Only)

(1) Verify the predetermined storage area adjacent to the installation position.

(2) Before placing the materials in the area, protect the area by covering with material such as vinyl sheets.Moreover, cone off the area to keep the third parties out of the area.

(3) Place the materials in the storage area.

Notes:

1 Note the points mentioned in the "1.3 Unpack Carton (NB-341 Only)" to handle the NB-341.

2 Usually, the materials are to be carried in by humans. If any crane or winch is used to lift up the NB-341, be sure to hook the handle parts of the NB-341 to the ropes. (See

PAGE

Packing List

INSTALLATION MATERIAL FORY-XXX

XXXXXXXCASE NO. ITEM NO. DESCRIPTION QUANTITY

3.1.13Comprising of;

1 LOT

2-1-24. Concrete Bolt PY-4004

2-1-25. Terminal Block 256R

::


PRC-098-4300 8 of 20

Fig.5.)

Fig. 5 Lifting up NB-341


PRC-098-4300 9 of 20

2. Marking (NB-341 Only)


2.1 Clean up Installation Area (NB-341 Only)

(1) Determine the installation area according to the layout plan on the installation drawings.

(2) Remove obstacles for marking and clean up the place for the marking work.

2.2 Mark Installation Position (NB-341 Only)

(1) Confirm the installation drawing for layout plan.

Fig. 6 Example of Layout Plan

NB-341

310mm

434.7mm

NB-341

310mm

434.7mm


PRC-098-4300 10 of 20

(2) Putting a leveler at the fixing position, draw a horizontal line with a marking pen.

Fig. 7 Leveling Works

(3) Using the horizontal line, mark the installation position by referring to the installation drawing.

Fig. 8 Marking Works

Draw a horizontal line bychecking bubble in leveler

LevelerMarking Pen


PRC-098-4300 11 of 20

2.3 Mark Anchor Bolt Locations (NB-341 Only)

Note: Skip this procedure when the NB-341 is mounted on a pillar.


(1) Put the Bracket-2 on the marked position.

Fig. 9 Putting Bracket-2 on Marked Position

Bracket-2


PRC-098-4300 12 of 20

(2) Mark the anchor bolt locations following the circle edge.

Fig. 10 Marking Anchor Bolt Hole

(3) Remove the Bracket-2. Draw the position of drill bit in the shape of a cross at the center of each hole marking.

Fig. 11 Marked Points

Marking folloingcircle edgeMark following

circle edge


PRC-098-4300 13 of 20

3. Drilling (NB-341 Only)



3.1 Preparing for Drilling (NB-341 Only)

(1) Select an appropriate drill bit. (Refer to Table 2.)

(2) Mark the drill bit for the maximum depth of the bolthole using PVC tape.

(3) To drill a hole, make a small pilot hole first and drill it gradually larger.

(4) Select an appropriate size drill bit and secure it in the chuck.

(5) Place a cover over the equipment, if available, against an influx of dust.

Notes:

1 Straight shank drill bits are used mainly for making holes in iron and steel mate.

2 Concrete drill bits are used mainly for making holes in building walls.

3 Make sure that the drill bits at least shown in the Annex are available.

Table 2 Drill Bit Description

Description Remarks

1.Straight shank drill bit*1 5mm

2.Straight shank drill bit 8mm

3.Straight shank drill bit 10mm

4.Concrete drill bit*2 5mm

5.Concrete drill bit 8.5mm





PRC-098-4300 14 of 20

3.2 Drilling Holes (NB-341 Only)

When drilling the hole, hold the electric drill horizontally on the drilling point.

(1) When the drill bit hits hard object, break it up with a chisel to save the sharpness of the drill bit.

Fig. 12 Breaking up hard objects

Note: When the drill bit becomes overheated, do not cool it with water or oil. Just leave it cool in the air.

(2) After drilling, remove the debris with a vacuum cleaner.

(3) Check the diameter and depth of the hole.If the hole is too big or off center, apply lead or mortar to improper dents to the correct diameter.

Chisel

Hard object


PRC-098-4300 15 of 20

3.3 Fixing Anchor Bolts (NB-341 Only)

(1) Prepare anchor bolts. The lead-sleeve, expansion-type anchor bolt is one of the most popular types.

(a) SpecificationsThe following table provides specification of lead-sleeve and expansion-type anchor bolts.

(b) ConstructionThe following figure shows lead-sleeve and expansion-type anchor bolt.

Fig. 13 Lead-sleeve and expansion-type anchor bolt

Table 3 Specification of Lead-sleeve and Expansion-type Anchor Bolts

Type of Anchor Bolts

Bolt dia.(mm) Dia. of Hole (mm) Depth of Hole

M10 type 10.0 17.2 54.5

Bolt WedgeSleeve(Lead)Washer


PRC-098-4300 16 of 20

(2) Fix lead-sleeve, expansion-type anchor bolts.The following figure shows installing procedure of lead-sleeve and expansion-type anchor bolts.

Fig. 14 Installing lead-sleeve, expansion-type anchor bolts

Note: The 5th step in the above figure (fixing anchor bolt into lead sleeve) should be performed after putting the Bracket-2 on the wall, piercing the hole on the Bracket-1 as described in the next procedure.

Use a drill appropriate for the boltdiameter. Make the hole slightlydeeper than the length of the bolt.

1

2

3

4

5Mount the fixture onto the sleeveby using the bolts.

Remove the bolt by rotating itcounterclockwise.

Forcibly pull the bolt so that thewedge bites into the sleeve.

Insert the bolt into the hole.


PRC-098-4300 17 of 20

4. Fixing


4.1 Fix Bracket on Wall


(1) Mount the Bracket-2 on the marked position.

Fig. 15 Mounting Bracket-2 on Marked Position

(2) Screw the bolts into the holes on the wall and fix the Bracket-2 tightly to the wall.

Bracket-2


PRC-098-4300 18 of 20

4.2 Fix Bracket on Pillar

Note: Skip this procedure when the NB-341 is mounted on the wall.

(1) Set the Bracket-2 on a pole by using the adjustable bands.

Fig. 16 Setting Bracket-2 using Adjustable Bands

(2) Putting a leveler on the Bracket-2, adjust the Bracket-2 horizontally.

(3) Fix the adjustable belts with fixing clamps tightly.

Note: Fold the fixing clamps within the Bracket-2.

Adjustable Bands

Bracket-2


PRC-098-4300 19 of 20

4.3 Fix NB-341

(1) Place the Bracket-1 on the NB-341. Screw the bolts into the holes on the NB-341, and fix the bracket-1 tightly to it.

Fig. 17 Fixing Bracket-1 on NB-341

NB-341(Rear side)

Bracket-1


PRC-098-4300 20 of 20

(2) Mount NB-341 by fixing both brackets tightly with bolts.

Fig. 18 Mounting NB-341

NB-341

Bracket-1

Bracket-2(Fixed on wall or pillar)

A50016-G5000-G296-1-7631DDS-098-4400-10 (E)-03 Laying Cables (NB-341 Only)

DDS-098-4400 1 of 23

Laying Cables (NB-341 Only)

The following items are explained concerning each cable connected to the NB-341.

Cable to be used

Connector to be used

Termination of cable end

Pin assignment

Connection

Waterproofing

1. RF cable (NB-341 Only)

(1) RF cable connected to the NB-341 is explained below. (Between TX OUT terminal and RF IN terminal)

Cable to be usedSJ cable (attached to NB-341) 1Terminator 1

Connector to be usedTNC connector (attached with cable) 2

Termination of cable endsNot necessary for they are terminated before shipment.

Pin assignmentNot applicable for it is a coaxial cable.

ConnectionConnect the SJ cable between the IN terminal and TX PUT terminal, and the terminator to RF OUT terminal.


DDS-098-4400 2 of 23

Fig. 1 Connection Image of RF Cable (NB-341 Only)

Waterproofing

(1) Wrap the tape width (approx. 20mm) of self-anastomoses butyl-rubber tape to the bump between the connector and the cable to eliminate the bump.

(2) Extend the self-anastomoses butyl-rubber tape and wrap three laps of the tape with the half of the tape width overlapped.

(3) Wrap two laps of plastic tape with adhesive (weather-resistant tape).

Note: Other than the waterproofing above, waterproof tube (ordinary temperature contraction tube) can be used. (Use the waterproof tube suitable for the diameter.)

(2) RF cable connected to the antenna is explained below.

Cable to be usedMain feeder (20D or 39D)Jumper cable (10D)

Connector to be usedFor the antenna: It depends on the specification of the antenna maker.For the NB-341: N-shaped connector (plug)

Termination of cable endsTreat them based on the explanation by each maker.

Pin assignmentNot applicable for it is a coaxial cable.

SJ cable(Attached to

NB-341)

Cable protectioncover (Attached toNB-341)

RF IN (Red)

RF OUT (Blue)

TX OUT

Terminator(Attached to

NB-341)

SJ cable(Attached to

NB-341)


DDS-098-4400 3 of 23

ConnectionConnect the receiving system (System 1) of the coaxial cable (installation material) between the antenna and the NB-341 to the ANT1 terminal, and the sending/receiving system (System 0) to the ANT0 terminal.

Note: Be sure to connect them properly.

Fig. 2 Connection Image of RF Cable (Between Antenna and NB-341)

Waterproofing





Enlarged view of ANTterminal (left side)

ANT0 (TX0/RX0)

N-type (P)connector

(Prepared bycustomer)

ANT1 (RX1)

Coaxial cable(Prepared by

customer)


DDS-098-4400 4 of 23

2. Power cable (NB-341 Only)

Power cable between the incidental box and the NB-341 is explained below.

Cable to be used

AC type: 2PNCT3.5mm2-3C 1DC type: 2PNCT5.5mm2-4C 1

Connector to be usedTable 1 and Fig. 3 show the connectors used when AC power is supplied.

Fig. 3 Front View of ConnectorsTable 2 and Fig. 4 show the connectors used when DC power is supplied.

Table 1 Connectors Used for AC Type

Name Quantity Remarks

For NB-341 Waterproof connector

1 piece Already connected to NB-341

For cable Waterproof connector

1 piece -

Connector for NB-341 Connector for cable


DDS-098-4400 5 of 23

Fig. 4 Front View of Connectors

Termination of cable ends (Common to AC type and DC type)Termination of waterproof connectors is as follows:

(1) After loosening the fixing screw, remove the code tube from the plug with the receptacle suitable for the P-shell unit jointed. (Prepare a receptacle for jointing or use the receptacle of the equipment to remove the code tube.)

(2) Remove the two screws for fixing the code from the cramp.

(1) After treating the cable ends as shown in Fig. 5, let the cramp, washer, gasket, code tube, and coupling into the cable in order of mention as shown in Fig. 5.

(2) Place the thermal contraction tube to the wire connection so as not to decrease the insulation performance due to solder or condensation.

Table 2 Connectors Used for DC Type





1 piece -

For cable Code clamp 1 piece -

Connector for NB-341 Connector for cable


DDS-098-4400 6 of 23

(3) Apply solder to the terminal in the connector.

(1) Connect the jointed P-shell unit with the receptacle fixed by vise, and mount the coupling and the code tube. (Prepare a receptacle for jointing or use the receptacle of the equipment to mount the code tube.)

(2) Fasten code tube. (Screw torque: 5.0N-m to 5.5N-m)

(3) Fasten the gasket, washer, and cramp, holding the cable to prevent it from turning. (Screw torque: 5.0N-m to 5.5N-m)

(4) Fasten the fixing screw. (Screw torque: 0.20N-m to 0.25N-m)

(5) Fasten the two screws for fixing the code. (Screw torque: 0.30N-m to 0.35N-m)

Notes:

1 Screw torque values described above are recommended in catalogue.

2 Be sure to check the polarity of the cable ends.

3 It is recommended to apply screw fixing adhesive to the male screw of the code tube.

4 Adjust to satisfy the size of 45mm or smaller after wire connection.

Fig. 5 Diagrammatic Illustration of Wire Connection

Cable sheath

For spanner

P-shell unit

Coupling45 or less

Terminal

Code tubeGasket

Washer

Cramp

Cable

Screws forfixing code

Fixing screw

Cramp piece

ConductorInsulator

[Unit: mm]


DDS-098-4400 7 of 23

Pin assignmentTables 3 and 4 list the pin assignment for AC type and DC type respectively.

ConnectionConnect the terminated waterproof connector to the PWR IN terminal.Fig.6 shows the connection image.

Fig. 6 Connection Image of Power Cable (NB-341 Only)

Table 3 Pin Assignment for AC Type

Pin No. Color Terminal name

Signal name

1 Red L AC power input (L)

2 Black FG Frame Ground

3 White N AC power input (N)

Table 4 Pin Assignment for DC Type

Pin No. Color Terminal name

Signal name

1 Black MUE DC power input (-48V)

2 Red PUE DC power input (0V)

3 White N.C. Not used

4 Green FG Frame Ground

Waterproofconnector(Already attachedto NB-341)

Waterproofconnector

PWR IN Enlarged view of PWR IN terminal

Power cable


DDS-098-4400 8 of 23

Waterproofing (Waterproofing is required to protect the connector.)






DDS-098-4400 9 of 23

3. ALM/CTRL cable (NB-341 Only)

ALM/CTRL cable between the incidental box and the NB-341 (EXT ALM/CTRL terminal) is explained below.

Cable to be usedCCP-AP0.5mm-20 1

Connector to be usedTable 5 and Fig. 7 show the connectors used.

Fig. 7 Front View of Connector

Table 5 Connectors Used for ALM/CTRL Cable





1 piece -


1 piece -

Connector for NB-341


DDS-098-4400 10 of 23

Termination of cable endsTermination of waterproof connector is as follows:

(1) Remove the code tube from the plug with the receptacle suitable for the P-shell unit jointed. (Prepare a receptacle for jointing or use the receptacle of the equipment to remove the code tube.)

(2) Remove the two screws for fixing the code from the cramp.

(1) After treating the cable ends as shown in Fig. 8, let the cramp, washer, gasket, code tube, and coupling into the cable in order of mention as shown in Fig. 8.

(2) Place the thermal contraction tube to the wire connection so as not to decrease the insulation performance due to solder or condensation.

(3) Apply solder to the terminal in the connector.

(1) Connect the jointed P-shell unit with the receptacle fixed by vise, and mount the coupling and the code tube. (Prepare a receptacle for jointing or use the receptacle of the equipment to mount the code tube.)

(2) Fasten code tube. (Screw torque: 5.0N-m to 5.5N-m)

(3) Fasten the gasket, washer, and cramp, holding the cable to prevent it from turning. (Screw torque: 5.0N-m to 5.5N-m)

(4) Fasten the two screws for fixing the code. (Screw torque: 0.30N-m to 0.35N-m)

Notes:

1 Screw torque values described above are recommended in catalogue.

2 Be sure to check the polarity of the cable ends.

3 It is recommended to apply screw fixing adhesive to the male screw of the code tube.

4 Adjust to satisfy the size of 45mm or smaller after wire connection.


DDS-098-4400 11 of 23

Fig. 8 Diagrammatic Illustration of Wire Connection

Cable sheath

For spanner

P-shell unit

Coupling45 or less

Terminal

Code tubeGasket

Washer

Cramp

Cable

Screws forfixing code

Fixing screw

Cramp piece

ConductorInsulator

[Unit: mm]


DDS-098-4400 12 of 23

Pin assignmentTable 6 lists the pin assignment.

Notes:

1 "CONTxx" represents an output port of the external control interface.

2 "ALM_INxx" represents an input port of the external alarm interface.

3 "RXx" and "TXx" represent external Ethernet ports (ANT-TILT).

4 "FG" shall be connected to cable shield.

ConnectionConnect the soldered waterproof connector to the EXT ALM/CTRL terminal.Place the attached cap to the BOOSTER CTRL terminal and put the self-anastomoses tape and weather-resistant tape on it for waterproofing for the terminal is not used.Fig.9 shows the connection image.

Table 6 Pin Assignment for EXT ALM/CTRL

Pin No.

Signal Name Remark

Pin No.

Signal Name Remark

Pin No.

Signal Name Remark

1 CONT0+ See Note 1.

13 ALM_IN3+ See Note 2.

25

2 CONT0- 14 ALM_IN3- 26 RX+ See Note 3.

3 15 ALM_IN4+ 27 RX-

4 CONT1+ 16 ALM_IN4- 28

5 CONT1- 17 29 TX+

6 18 ALM_IN5+ 30 TX-

7 ALM_IN0+ See Note 2.

19 ALM_IN5- 31 FG See Note 4.

8 ALM_IN0- 20 ALM_IN6+ 32 FG

9 ALM_IN1+ 21 ALM_IN6- 33 FG

10 ALM_IN1- 22 34 FG

11 ALM_IN2+ 23 ALM_IN7+ - -

12 ALM_IN2- 24 ALM_IN7- - -


DDS-098-4400 13 of 23

Fig. 9 Connection Image of ALM/CTRL Cable (NB-341 Only)

Waterproofing (Waterproofing is required to protect the connector.)





Enlarged view of EXTALM/CTRL terminal

Waterproofingconnector

(Already fixed)

EXIT ALM/CTRL

ALM/Controlcable

Waterproofingconnector


DDS-098-4400 14 of 23

4. Iub (2.0M/ATM) HWY cable (NB-341 Only)

Iub HWY can accommodate three types of transmission lines, i.e., 2.0M (E1:Balanced), 2.0M (E1:Unbalanced) and ATM (STM-1). Be sure to use the cable type appropriate for the transmission line type.

Cable to be used

For 2.0M (E1:Balanced) metal interface: AC bus 0.5mm-2P or SWVP-S0.5mm2-4C (1line) 1For 2.0M (E1:Unbalanced) metal interface: e.g.2YCCY 0.4/2.5 1For ATM (STM-1) optical interface: SingleMode optical fiber code (2-pin: 1 line) 1 (Core diameter: 0.9, wavelength: 1.26-1.36 m)

Connector to be usedTable 7 and Fig. 10 show the connectors used for 2.0M (E1:Balanced) metal interface.

Fig. 10 Terminal Block for E1:Balanced

Table 7 Connectors used for 2.0M (E1:Balanced) Metal Interface


For NB-341 Screwless terminal block


For cable - - -

Screw-less terminal block

Details of terminal block

5 X number of poles + 2 5 X number of poles - 1Hole for check

5 X number of poles + 2

5 X number of poles - 1

To remove wire

Holefor wire

Posi

tion

of w

ire h

ole

Strip gauge

Ex. of hole for printed board


DDS-098-4400 15 of 23

Table 8 and Fig. 11 show the connectors used for 2.0M (E1:Unbalanced) metal interface.

Fig. 11 Terminal Block for E1:UnbalancedConnectors used for ATM (STM-1) optical interface are as follows.For the NB-341: SC adapter for four connectors (Already connected)For the cable: SC connector (SPC polishing)

Table 8 Connectors used for 2.0M (E1:Unbalanced) Metal Interface


For NB-341 1.0/2.3 socket plug (snap-on type)

1 piece Already connected to NB-341.

For cable - - -

Details of socket plug

1.0/2.3 socket plug(snap-on type)


DDS-098-4400 16 of 23

Termination of cable ends

(a)

Fig. 12 Termination Image of Iub HWY Cable for 2.0M (E1:Balanced) Metal Interface

(1) Original condition

(2) Strip the cover (for 50mm to 70mm length).

(3) Twist the shield net and the silver tape.

(4) Remove the wire protecting vinyl cover and expose the wires.

(5) Pierce the cable into the ferrite core and terminate the wires, twisted shield net and silver tape.

(6) Termination is completed.

(1) (2)

(6)

(4)(3) (5)


DDS-098-4400 17 of 23

Notes:

1 When removing the coating of the cable, use the blade of the wire stripper appropriate for the cable so as not to damage the wire.

2 The strip length of the wire must be 1mm or less of the specified value (10mm).3 Cables other than the one described above must not be used.

4 Shield earth must be connected to the DSU side in the incidental box.

(b) Request the maker to terminate both cable ends when arranging the cable.

(c) Request the maker to terminate both cable ends when arranging the cable.

Pin assignmentTables 9 to 11 list the pin assignment for 2.0M (E1) metal interface and ATM (STM-1) optical interface respectively.Refer to "Detailed Drawings (NB-341 Only)" for the position of the terminals.

Table 9 Pin Assignment for 2.0M (E1:Balanced)

Terminal name Color Signal name

0 IN A Pink (Red) RAIN B Pink (Black) RBOUT A Blue (Red) TAOUT B Blue (Black) TB

1 IN A Pink (Red) RAIN B Pink (Black) RBOUT A Blue (Red) TAOUT B Blue (Black) TB

Table 10 Pin Assignment for 2.0M (E1:Unbalanced)

Terminal name Signal name

1 OUT IN

0 OUT IN


DDS-098-4400 18 of 23

Connection

(a)

Fig. 13 Connection Image of Iub HWY Cable for 2.0M (E1:Balanced) Metal InterfaceRemove the Iub feed port, insert the wires to the terminal. Then connect the wires to the terminal. Fix the cable pierced in the ferrite core to the setscrew.To remove the wires, press the release button all the way down and pull it out.

Notes:

1 Connect one wire to one wire hole. Connecting two or more wires may cause loose connection, abnormal heat, or insufficient retentivity of the wire.

Table 11 Pin Assignment for ATM (STM-1)

Terminal name Signal name

1 OUT IN

0 OUT IN


DDS-098-4400 19 of 23

2 Be sure to insert the wire to the back. Failing to do so may cause loose connection, abnormal heat, insufficient retentivity of the wire, or exposure of the charging part.

3 Lay the wire so that no constant tension is given to the connecting part after the connection of the wire. Failing to do so may result in a failure.

4 To remove the wire, press the release button all the way down and pull it out. Failing to do so may result in a failure.

(b) Remove the Iub feed port, insert the wires to the terminal. Then connect the wires to the terminal.To remove the wires, press the release button all the way down and pull it out.

Notes:

1 Connect one wire to one wire hole. Connecting two or more wires may cause loose connection, abnormal heat, or insufficient retentivity of the wire.

2 Be sure to insert the wire to the back. Failing to do so may cause loose connection, abnormal heat, insufficient retentivity of the wire, or exposure of the charging part.

3 Lay the wire so that no constant tension is given to the connecting part after the connection of the wire. Failing to do so may result in a failure.

4 To remove the wire, press the release button all the way down and pull it out. Failing to do so may result in a failure.

(c) Connect the cable to the terminal block for ATM (SC-type simplified receptacle) in the back of the Iub deed port.Fig.14 shows the connection image.

Fig. 14 Connection Image of Iub HWY Cable for ATM Interface

Notes:

1 Handle the code with the cap on it.When dust attaches to the ends of the connector, remove it with gauze with alcohol.

2 Do not insert the cable to the receptacle sideward.

3 Do not bend the end of the connector within the allowable radius.

Terminal blockfor ATM


DDS-098-4400 20 of 23

4 Do not twist, pull tightly, or kink the cable.

Waterproofing/ Connection of the pipeCommon to 2.0M (E1:Balanced/Unbalanced) metal interface and ATM (STM-1) optical interfaceThe Iub feed port is waterproofed. (with waterproof cable cramp)Fig. 15 shows the image of cable cramp and its parts.

Fig. 15 Image of Cable Cramp and Its PartsThe followings are the work procedures of mounting to the Iub feed port.

(1) Remove the Iub feed port. (M4 TORX screw)

Kinking

Locknut Nipple

Oil-resistant type NBR

Nylon 66

Weather-resistanttype EPDM

Iron (Uc-plated)

Rosette O ringRubber bush

PVC elastomer (stainlesssteel rosette attached)

Rubber seal

Oil-resistant type NBRWeather-resistanttype EPDM

Seal ringFixing cap

Nylon 66Nylon 66

M4 TORXscrew


DDS-098-4400 21 of 23

(2) Let the waterproof cable cramp, cable cramp cap, rubber push, and Iub feed port into the cable in order of mention.

(3) Draw the cable into the feed port. (Keep some extra length in the feed port.)

(4) Screw the cap of the waterproof cable cramp.

(5) Mount the Iub feed port. (Screw torque: 2N-m)

Either for E1 (metalcable) or STM-1(optical cable)Connected by NEC(Actual configurationis different frompicture)

Screw torque=2N-m


DDS-098-4400 22 of 23

(6) Mount the Iub protection tube to its special connector (straight type or angle type, both are PG screw type).

Note: The Iub protection tube and its special connector are not included in the NB-341.These materials will be prepared by installation personnel.

(7) Mount the Iub protection tube.

(8) Fill the cable cramp with Neo-seal, and wrap the weather-resistant plastic tape.

Connected tofeed port

Iub protection tube and connector can beattached easily.

Pull connector ring for easy disassembly


DDS-098-4400 23 of 23

(9) Connect the Iub protection tube to the Iub terminal.

(10) Wrap the waterproof tape and weather-resistant plastic tape or waterproof tube to the joint of the tube.

Note: Use ordinary temperature contraction tube as waterproof tube. (Use the waterproof tube suitable for the diameter.)

A50016-G5000-G296-1-7631DDS-098-4500-10 (E)-01 Ground Connection (NB-341 Only)

DDS-098-4500 1 of 1

Ground Connection (NB-341 Only)

The following items are explained concerning the ground connection to the NB-341.

Cable to be used

IV8mm2 1 Terminal to be used

For NB-341: M5 round crimping terminal 1Note: The size of the TORX screw thread is M4.

ConnectionConnect the ground cable to the M5 TORX screw (already attached to the NB-341) of the ground terminal located on the right side of the NB-341. Be sure to seal the terminal with corrosion inhibitor.Fig. 1 shows the position of the ground terminal.

Fig. 1 Position of the Ground TerminalFor reference: Ground connection to the power cable (FG)Connect one pin of the power cable to the FG terminal of the waterproof connector used for power supply. (GF is used as ground for the NB-341.) For termination, refer to "2 Power Cable (NB-341 Only)" in "Laying Cables (NB-341 Only)".

: Ground terminal

A50016-G5000-G296-1-7631DDS-098-4600-10 (E)-01 Cable Connection Diagram (NB-341 Only)

DDS-098-4600 1 of 2

Cable Connection Diagram (NB-341 Only)

Fig. 1 shows an example of cable connection diagram of this system.

A50016-G

5000-D296-6-7631

DD

S-098-4600-10 (E)-01C

able Connection D

iagram (N

B-341 O

nly)

DD

S-098-4600 2 of 2

Fig. 1 Example of Cable Connection Diagram (NB-341 Only, Iub :E1)

1 OUT BIN B

OUT AIN A

ANT1 RX1

ANT2 TX0/RX0

RF IN

RF OUT

TX OUT

PWR IN 2PNCTS3.5mm2-3C*1 *2 JR25WR-3P 1 , 3

ALM/CTRL CPP-AP0.5mm-20P *2 JR25WR-24S1

AC 0.5mm-2P(J1) *3 *2

60mm2 -

IV60mm2 IV8mm2 FG

JP Micro (N-P) (N-P) (N-J) SJ () TNC (J ) JR25WPS-3S JR25WR-3P JR25WP-24P JR25WR-24S (ML-820-S1BYH-8P)

B

B

O

O

X

X

A

A

N

N

T

T

M

M

i

i

c

c

r

r

o

o

N

N

o

o

d

d

e

e

B

B

D

D

S

S

U

U

4-7 Micro Node B IubJ1

*1 AC

*2)

*3) J1 STM-1

L

i

g

h

t

n

i

n

g

p

r

o

t

e

c

t

i

o

n

s

y

s

t

e

m

I

n

c

i

d

e

n

t

a

l

b

o

x

H

a

r

d

-

d

r

a

w

n

c

o

p

p

e

r

s

t

r

a

n

d

e

d

c

o

n

d

u

c

t

o

r

AC bus 0.5mm-2P(J1) *3

Optical cable(to switching

center)

Gounrd bus line IV60mm2

*1) AC specification or another, depending onoffice condition.*2) It depends on specification on incidental box.*3) Either E1 or STM-1, depending on officecondition.

N

B

-

3

4

1

Symbol

Prepared by customerNB-341 and attachments

Flange (N-P)Connector (N-P)

Connector (N-J)Terminator

TNC connector (J-type)Waterproof connectorWaterproof connectorWaterproof connectorWaterproof connector

Screwless terminal block(ML-820-S1BYH-8P)Crimping terminal

SJ cable (Attached to NB-341)

System 1

TX OUT

(1-34)

A50016-G5000-G296-1-7631ND-57358-704 (E)-01

SECTION 6INSTALLATION PLANNING/INSTALLATION WORK

(NB-341 AND BOOSTER)

A50016-G5000-G296-1-7631DDS-098-5000-10 (E)-01 Diagrammatic Illustration of Installation

(NB-341 and Booster)

DDS-098-5000 1 of 1

Diagrammatic Illustration of Installation (NB-341 and Booster)

The following figure shows the diagrammatic illustration of installation.

Fig. 1 Diagrammatic Illustration of Installation (NB-341 and Booster)

A typegrounding

Micro Node B

Ante

nna

NB-341

Feed

er e

arth

Jum

per c

able

(10D

)

ANT1(RX1)

ANT0(TX0/RX0)

RF IN

RF OUT

BOOSTER CTRL

EXT_ALM/CTRL

FG

PWR IN

Iub(E1/STM-1)

: End terminal (attached material)

: Crimping terminal: Pipe laying

DSU

IncidentalBox Main SupplyEXT_ALM/CTRL

2.0M (E1) or ATM HWY


Ligh

tnin

g co

nduc

tor

Optical Cable

(To Distribution board)

(To Switching center)

A type grounding

FG

RF IN

RF OUT

PWR IN

CTRL

BO

OST

ER C

TRL

cabl

e (a

ttach

ed m

ater

ial)

RF

cabl

e(a

ttach

ed m

ater

ial)


A50016-G5000-G296-1-7631DDS-098-5100-10 (E)-02 Detailed Drawings (NB-341 and Booster)

DDS-098-5100 1 of 2

Detailed Drawings (NB-341 and Booster)

The following figures show the external interfaces of the NB-341 and Booster.

Fig. 1 Side View of NB-341 (External Interfaces)

RF OUT

RF IN

TX OUT

BOOSTER CTRL

EXT ALM/CTRL

PWR INIub feed port

ANT0(TX0/RX0)

AALeft side

ANT1(RX1)

Right side

* HWY interface appears when removing A.

AA

BOOSTERCTRL

RF IN

RF OUT

PWR IN

A50016-G5000-G296-1-7631DDS-098-5100-10 (E)-02 Detailed Drawings (NB-341 and Booster)

DDS-098-5100 2 of 2

Fig. 2 Internal Details of A (HWY Interfaces within Iub Feed Port)

STM-1

IN INOUT OUT

1 0

E1

OVP1-1: Unbalanced Connector

IN

OUT

0

IN

OUT

1

OVP1-1: Balanced Connector

IN INOUT OUT

0

1

1 0

E1

Terminal for metal(E1 balanced) interface


IN A

IN B

OUT B

OUT A

IN A

IN B

OUT B

OUT A

Terminal for metal(E1 unbalanced) interface


STM-1

A50016-G5000-G296-1-7631DDS-098-5200-10 (E)-02 Attached/Arranged Materials (NB-341 and Booster)

DDS-098-5200 1 of 3

Attached/Arranged Materials (NB-341 and Booster)

The following tables list the materials required to connection of the NB-341 in the case of the NB-341 and Booster configuration.

Table 1 Materials for NB-341(Prepared for Additional Installation) (1/2)

Materials Quantity

RF-related Coaxial cable between antenna and the NB-341 (10D) 2 systems

N-type connector (plug)Note: Cable length depends on the office conditions.

2 pieces

Power-related

Power cable (2PNCT3.5mm2-3C) *AC type or Power cable (2PNCT5.5mm2-4C) *DC type

1 piece

Water-proof connector *AC type or Water-proof connector *DC type with code clamp

1 piece

EXT_ALM/CTRL-related

ALM/Control cable (CCP-AP0.5mm-20P) 1 piece


Code clamp 1 piece

2.0M (E1:balanced) cable (AC-bus 0.5mm-2P or SWVP 0.5 mm2-4C),2.0M (E1:unbalanced) cable (e.g. 2YCCY 0.4/2.5),orSTM-1 (ATM) single-mode 2 core optical code (SC-connectors are equipped at the both ends)Note: Either 2.0M cable or ATM cable is required according to the

office conditions.

1 piece

HWY piping material 1 piece

Iub interface connecting box connector (straight or L-type connector for PG48 screws)

1 piece

Equipment fixing

Anchor bolt (for M10) * to fix on the wall

6 pieces



Pillar-fixing adjustable band (MAX. width 30 mm) * to fix on a pillar

2 pieces


DDS-098-5200 2 of 3

Note: Materials used in attached box or antenna side are not mentioned because those materials may vary according to manufacturers.

Standardaccessories

Terminator 1 piece

Key 2 pieces

Wrist band 1 piece

Iub feeding port water-proofing bushing 1 piece

SJ cable 1 piece

SJ cable protecting cover 1 piece

Ferrite coreNote: Only for Iub 100/120 interface

1 piece

Optionalaccessories


1 set

Instruction manual 1 set

Table 2 Materials for Booster (Prepared for Additional Installation) (1/2)

Materials Quantity

Power-related

Power cable (2PNCT3.5mm2-3C) 1 piece


Ground connection



Equipment fixing

Anchor bolt (for M10) 4 pieces


Pillar-fixing adjustable band (MAX. width 30 mm)Note: Installation procedure varies according to the office condition.

2 pieces

I bolt (M8)Note: Only for the case that it needs to be craned for the installation.

2 pieces

Table 1 Materials for NB-341(Prepared for Additional Installation) (2/2)

Materials Quantity


DDS-098-5200 3 of 3

Notes:

1 The protective tube is for preventing the bird damage.

2 The RF cable and control cable must be selected according to following conditions.

Standard-equipment

TORX screw cap 4 pieces

RF cable between NB-341 and BoosterNotes:12 One cable of following 6 types is attached.

(1) 5D cable(2) 5D cable with protective tube(3) 8D cable(4) 8D cable with protective tube(5) 10D cable(6) 10D cable with protective tube

2 pieces

Standard-equipment

Control cable between NB-341 and BoosterNotes:12 One cable of following 6 types is attached.

(1) Control cable(2) Control cable with protective tube(3) Control cable(4) Control cable with protective tube(5) Control cable(6) Control cable with protective tube

1 piece


1 set

(1) or (2) : For installation of NB-341 and Booster as a unit

(3) or (4) : For separate installation of NB-341 and Booster (cable length: 1.5m)

(5) or (6) : For separate installation of NB-341 and Booster (cable length: 2.5m)

Table 2 Materials for Booster (Prepared for Additional Installation) (2/2)

Materials Quantity

A50016-G5000-G296-1-7631PRC-098-5300-10 (E)-02 Installation Procedures (NB-341 and Booster)

PRC-098-5300 1 of 11

Installation Procedures (NB-341 and Booster)

Here explains the procedure to mount the NB-341 and Booster on the wall or a pillar. The procedure can be divided into the following steps.

(1) Unpacking and Content Verification (NB-341 and Booster)Unload and unpack the carton, then verify the content.

(2) Marking (NB-341 and Booster)Measure and mark the points where the NB-341 and Booster is to be mounted.

(3) Drilling (NB-341 and Booster)Drill holes on the marked points, and then fix the lead sleeves.

(4) FixingMount and fix the NB-341 and Booster by using anchor bolts.

Detailed procedure of each step is described below.


PRC-098-5300 2 of 11

1. Unpacking and Content Verification (NB-341 and Booster)

1.1 Unload Carton (NB-341 and Booster)

Refer to "1.1 Unload Carton (NB-341 Only)" in "Installation Procedures (NB-341 Only)" for detailed information.

1.2 Check Carton (NB-341 and Booster)

Refer to " 1.2 Check Carton (NB-341 Only)" in "Installation Procedures (NB-341 Only)" for detailed information.

1.3 Unpack Carton (NB-341 and Booster)

Refer to "1.3 Unpack Carton (NB-341 Only)" in "Installation Procedures (NB-341 Only)" for detailed information.

Moreover, note the following points to handle and move the Booster in unpacking.

Carrying the BoosterSince the Booster weighs about 12 kg, it can be carried by one person. Be sure to support the bottom of the Booster firmly, and to take particular care not to drop it.The Booster has holes to attach I bolts, so that it also can be carried by using I bolts.

Fig. 1 Carrying Booster

Support bottom of NB-341with both hands firmly.


PRC-098-5300 3 of 11

To lift up the Booster onlyAttach I-bolts to the holes at the top of the Booster. Then lift up the Booster by hanging ropes in the I-bolts.

Fig. 2 Lifting up Booster Only

To lift up the Booster fixed on the NB-341Lift up the Booster and NB-341 by hanging ropes in the handle part of the NB-341.

Note: The Booster should not caught in the ropes.

Fig. 3 Lifting up Booster

1.4 Verify Content (NB-341 and Booster)

Refer to "1.4 Verify Content (NB-341 Only)" in "Installation Procedures (NB-341 Only)" for detailed information.

Booster should notbe caught in ropes

About 30 kg+ about 12 kg

(Excludingfixing clamps)


PRC-098-5300 4 of 11

2. Marking (NB-341 and Booster)

2.1 Clean up Installation Area (NB-341 and Booster)

Refer to "2.1 Clean up Installation Area

nb341imn

Documents

labelthis equipment

serious injury

alert category

various safety precautions

lists alert labels

installation instructions

potential injury

relevant manual