Huawei Technologies Co. Ltd BTS3606A-1900D マニュアル

目次

• Chapter 1 Installation Preparations

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• 1.1 Project Files

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• 1.2 Tools and Instruments

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• 1.3 Installation Conditions

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• 1.3.1 Site Requirements

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• 1.3.2 Load-bearing Capacity Requirements

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• 1.3.3 Space Requirements

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• 1.3.4 Power Supply and Grounding Requirements

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• 1.3.5 Requirements for Transmission System

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• 1.3.6 Requirements for Antenna System

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• 1.4 Unpacking

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• 1.4.1 Unpacking Requirements

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• 1.4.2 Unpacking Wooden Case

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• 1.4.3 Unpacking Carton

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• Chapter 2 Installing Cabinet Base or Channel Steel

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• 2.1 Introduction to Cabinet Base

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• 2.1.1 Base for BTS3606A Cabinet

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• 2.1.2 Base for Battery Cabinet

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• 2.2 Installation Flowchart

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• 2.3 Installing Cabinet Base

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• 2.3.1 Laying Out Installation Position

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• 2.3.2 Casting Cement Plinth

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• 2.3.3 Positioning the Base

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• 2.3.4 Drilling Holes and Installing Expansion Bolts

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• 2.3.5 Fastening the Base

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• 2.4 Installing Channel Steel

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• 2.4.1 Laying out Installation Position

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• 2.4.2 Casting Cement Plinths

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• 2.4.3 Preparing Channel Steel

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• 2.4.4 Positioning Channel Steel

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• 2.4.5 Drilling Holes and Installing Expansion Bolts

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• 2.4.6 Fastening Channel Steel

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• Chapter 3 Installing Cabinet and Cabinet Equipment

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• 3.1 Installation of Cabinet

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• 3.1.1 Positioning Cabinet

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• 3.1.2 Leveling Cabinet

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• 3.1.3 Fastening Cabinet

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• 3.1.4 Installing Accessories

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• 3.1.5 Removing Lugs (Optional)

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• 3.2 Installation of Auxiliary Battery Cabinet

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• 3.2.1 Positioning Cabinet

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• 3.2.2 Leveling Cabinet

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• 3.2.3 Fastening Cabinet

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• 3.2.4 Installing Accessories

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• 3.2.5 Removing Lugs

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• 3.3 Installation and Removal of BTS3606A Cabinet Front Door

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• 3.3.1 Removing Front Door

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• 3.3.2 Removing Rear Door

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• 3.4 Installation of Cabinet Equipment

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• 3.4.1 Installing Boards in Baseband Subrack

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• 3.4.2 Installing Modules in RF Subrack

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• 3.4.3 Installing Power Module

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• 3.4.4 Installing Built-in Batteries

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• 3.4.5 Installing Built-in Transmission Equipment

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• 3.5 Installation or Removal of Auxiliary Battery Cabinet Doors

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• 3.5.1 Opening the Front Door

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• 3.5.2 Removing the Rear Door

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• 3.6 Installation of Batteries in Auxiliary Battery Cabinet

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• 3.7 Illustration of Cabinets After Installed on Cement Plinth

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• Chapter 4 Installing Outdoor Transmission and Power Interface Boxes

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• 4.1 Introduction to Outdoor Transmission and Power Interface Boxes

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• 4.1.1 Outdoor Transmission Interface Box

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• 4.1.2 Outdoor Power Interface Box

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• 4.2 Installing Outdoor Transmission and Power Interface Box

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• 4.2.1 Mounting Transmission Interface Box on the Wall

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• 4.2.2 Mounting Transmission Interface Box on the Steel Pole

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• 4.3 Using Internal Components of Transmission Interface Box

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• 4.3.1 Using 120Ω DDF Unit

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• 4.3.2 Using 75Ω DDF Unit

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• 4.3.3 Using Grounding Busbar

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• 4.3.4 Using 12-Core Fiber Fusing and Distributing Assemblies

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• 4.4 Installing Outdoor Power Input Components

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• 4.4.1 Installing Diesel Air Breaker Assemblies

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• 4.4.2 Installing Grounding Cable for Enclosure

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• 4.4.3 Installing Input Components of Single-phase Mains and Diesel

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• 4.4.4 Installing Single-phase Mains Input Components

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• 4.4.5 Installing Input Components of Three-phase Mains and Diesel

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• 4.4.6 Installing Three-phase Mains Input Components

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• Chapter 5 Installing Cables

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• 5.1 Types of Cables and Related Concepts

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• 5.1.1 Types of Cables for BTS3606A Deployment

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• 5.1.2 Related Concepts

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• 5.2 Cabling Diagram

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• 5.3 Installing RF Cables

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• 5.3.1 Connecting RF Jumper to Feeder

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• 5.3.2 Installing RF Cable Between CDDU/CHPA/CTRM (Single-Channel)

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• 5.3.3 Installing RF Cable Between CDDU/CMPA/CMTR (Multi-Channel)

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• 5.4 Installing E1/T1 Cables

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• 5.4.1 Planning Installation Position of E1/T1 Cables

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• 5.4.2 Installing Waterproof Components

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• 5.4.3 Shielding E1/T1 Cables

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• 5.4.4 Connecting E1/T1 Cables

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• 5.4.5 Connecting E1/T1 Trunks to Outdoor Transmission Interface Box

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• 5.5 Installing Optical Fibers

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• 5.5.1 Cabling Principles

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• 5.5.2 Installing Optical Fibers Cascading the ODU3601C

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• 5.6 Installing GPS Lightning Arrester and GPS Clock Cables

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• 5.7 Installing Power Cables

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• 5.7.1 Principles of Cabling Power Cables

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• 5.7.2 Making Power Cables

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• 5.7.3 Connecting Power Cables

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• 5.8 Installing Cabinet PGND Cables

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• 5.8.1 Making Cabinet PGND Cables

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• 5.8.2 Grounding Requirement

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• 5.8.3 Connecting PGND Cable of the Cabinet

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• 5.9 Installing Built-in Batteries

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• 5.10 Installing Cables of Battery Cabinet

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• 5.10.1 Introduction to Cables of Battery Cabinet

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• 5.10.2 Installing Internal Cables of the Battery Cabinet

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• 5.10.3 Installing External Cables of the Battery Cabinet

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• 5.10.4 Installing Cables between Battery Cabinet and BTS3606A Cabinet

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• Chapter 6 Checking Cabinet Installation

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• 6.1 Check Before Power-on

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• 6.1.1 Equipment Installation Check

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• 6.1.2 Cable Installation Check

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• 6.2 Power-on Check

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• 6.2.1 Power-on Check of Primary Power Supply

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• 6.2.2 Power-on Check of Power Modules

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• 6.2.3 Power-on Check of Air Conditioner

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• 6.2.4 Power-on Check of Integrated Equipment

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• Figure 1-1 Dimensions of cement base of BTS3606A single cabinet (unit: mm)

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• mm)

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• Figure 1-3 Straightening the tongues

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• Figure 1-4 Removing the cover

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• Figure 1-5 Removing all left wooden boards

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• Figure 1-6 Carton packed with boards

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• Figure 2-1 Outline and dimensions of the base for the BTS3606A cabinet

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• Figure 2-2 Outline and dimensions of the base for the battery cabinet

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• Figure 2-3 Installation flowchart

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• Figure 2-4 Installation position for a BTS3606A cabinet

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• Figure 2-5 Installation position for a battery cabinet

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• Figure 2-6 Dimensions of a cement plinth

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• Figure 2-7 Dimensions of cement plinth for battery cabinet and BTS3606A cabinet

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• Figure 2-8 Layout and dimensions of installation holes for a BTS3606A cabinet

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• Figure 2-9 Layout of installation holes when a battery cabinet is configured

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• Figure 2-10 Disassembling expansion bolts

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• Figure 2-11 Installing the expansion bolt and expansion tube

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• Figure 2-12 Fastening the base of BTS3606A

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• Figure 2-13 Fastening the base of battery cabinet

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• Figure 2-14 Preparing channel steel

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• Figure 3-1 Cabinet bearing points

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• Figure 3-2 Leveling a BTS3606A cabinet (Installing cabinet on base)

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• Figure 3-3 Leveling a BTS3606A cabinet (Installing cabinet on channel steel)

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• Figure 3-4 Opening the front door

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• Figure 3-5 Fixing the front door

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• Figure 3-6 Installing the burglary-resisting bolt

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• Figure 3-7 Mounting cabling rack

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• Figure 3-8 Mounting the rodent-resistant plate

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• Figure 3-9 Leveling a cabinet (battery cabinet)

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• Figure 3-10 Mounting the cabling rack

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• Figure 3-11 Mounting rodent-resistant plate

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• Figure 3-12 Installing a board (1)

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• Figure 3-13 Installing a board (2)

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• Figure 3-14 Installing a board (3)

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• Figure 3-15 Unlocking the rear door

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• Figure 3-16 Installing batteries

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• Figure 3-17 Removing baffle plates

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• Figure 3-18 BTS3606A cabinet installed on cement plinth

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• Figure 3-19 Auxiliary battery cabinet installed on cement plinth

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• Figure 4-1 Structure of 75Ω transmission interface box

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• Figure 4-2 Structure of 120Ω transmission interface box

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• Figure 4-3 Internal structure of PSI power interface box

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• Figure 4-4 Default configuration of PSI power interface box

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• Figure 4-5 Installation holes of expansion bolts

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• Figure 4-6 Mounting transmission interface box on the wall

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• Figure 4-7 Assembling the beam

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• Figure 4-8 Mounting transmission interface box on the steel pole

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• Figure 4-9 Cabling diagram after 120Ω DDF unit is installed (a)

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• Figure 4-10 Cabling diagram after 120Ω DDF unit is installed (b)

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• Figure 4-11 Cabling diagram after 75Ω DDF unit is installed

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• Figure 4-12 Grounding busbar

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• Figure 4-13 Structure of 12-core fiber fusing and distributing assemblies

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• Figure 4-15 Mounting diesel air breaker

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• Figure 4-16 Mounting air breaker interlock device

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• Figure 4-17 Operating air breaker interlock device

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• Figure 4-18 Installing grounding cable for enclosure

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• Figure 4-19 Input of single-phase mains and diesel

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• Figure 4-20 Input of single-phase mains

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• Figure 4-21 Input of three-phase mains and three-phase diesel

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• Figure 4-22 Input of three-phase mains

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• Figure 5-1 Front cabling diagram of the BTS3606A cabinet

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• Figure 5-2 Rear cabling diagram of the BTS3606A cabinet

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• Figure 5-3 Inlet/outlet of RF cables

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• Figure 5-4 Inlet/outlet panel after turnover

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• Figure 5-5 Installing RF cables

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• Figure 5-6 O(1) configuration

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• Figure 5-7 O(2) configuration

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• Figure 5-8 S(1/1/1) configuration

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• Figure 5-9 S(2/2/2) configuration

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• Figure 5-10 O(1) power synthesis

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• Figure 5-11 S(1/1/1) power synthesis

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• Figure 5-12 O(1) configuration

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• Figure 5-13 O(2) configuration

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• Figure 5-14 S(1/1/1) configuration

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• Figure 5-15 S(2/2/2) configuration

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• Figure 5-16 S(3/3/3) configuration

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• Figure 5-18 Distribution of waterproof components at the cabinet bottom

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• Figure 5-19 Routing E1/T1 cables

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• Figure 5-20 Sealing module

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• Figure 5-21 Stripping the core layer of the sealing module

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• Figure 5-22 Front view of common sealing module

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• Figure 5-23 Filler module

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• Figure 5-24 Fastening module

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• Figure 5-25 Lubricant

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• Figure 5-26 Removing the filling

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• Figure 5-27 Stripping the core layer

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• Figure 5-28 Daubing lubricant

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• Figure 5-29 Leading the cable

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• Figure 5-30 Installing the cable

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• Figure 5-31 Removing the shielding clip

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• Figure 5-32 Peeling off the outer skin of the E1 cable

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• Figure 5-33 Shielded E1/T1 cable

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• Figure 5-34 Connecting E1/T1 cables

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• Figure 5-35 Removing the front panel of the air intake box

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• Figure 5-36 Installing GPS lightning arrester (1)

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• Figure 5-37 Installing GPS lightning arrester (2)

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• Figure 5-38 Wrong and correct operations

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• Figure 5-39 Making lugs

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• Figure 5-40 Removing the cover of the power lightning protection filter

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• Figure 5-41 Installing the L1, L2, L3, and N lines

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• Figure 5-42 Installing short-circuit sheets (1)

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• Figure 5-43 Installing short-circuit sheets (2)

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• Figure 5-44 AC power lightning arrester used in the case of two-phase power supply

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• Figure 5-45 Connecting the 110 V power cables

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• Figure 5-46 PGND cable of the cabinet

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• Figure 5-47 Removing the cover the battery cabin

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• Figure 5-48 Pulling out the sliding plate

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• Figure 5-49 Placing and connecting two batteries

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• Figure 5-50 Pushing the batteries inside the cabin

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• Figure 5-51 Placing another two batteries

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• Figure 5-52 Connecting the rest cables

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• Figure 5-53 Access control and temperature sensor cable

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• Figure 5-54 Connecting cables in the extended battery cabinet

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• Figure 5-55 Connecting external cables of the battery cabinet

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• Figure 5-56 Connecting PGND cables of the battery cabinet

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• Figure 5-57 Outlets of the battery cabinet

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• Figure 5-58 Connecting cables of battery cabinet to DC lightning arrester

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• Figure 6-1 Front panel of the AC power distribution box

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• Table 1-1 Technical documents

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• Table 1-2 Tools and instruments

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• Table 4-1 Specifications of the TSI-DDF/ODF transmission interface box

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• Table 4-2 Specifications of the PSI power interface box

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• Table 5-1 Cables to be installed for deployment

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• Table 5-2 BTS3606A cable numbering scheme

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• Table 5-3 Typical configuration of a single cabinet

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• Table 5-4 Specifications of common sealing module

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• Table 5-5 Filler module specifications

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• Table 5-6 Cables and number of layers to be removed

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• Table 5-7 Cable diameters and number of layers to be removed

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• Table 5-8 Power cable specifications

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• Table 5-9 Description of cables in battery cabinet

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• Table 5-10 Connection of external cables of the storage battery

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• Table 6-1 Equipment installation checklist

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• Table 6-2 Cable installation checklist

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• Table 6-3 Measured values and corresponding operations

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