Инструкции для ZTE Corporation BTSBI208

Содержание

• 1.1 Overview

  1
• 1.2 Hardware Installation Flow

  1
• 1.3 Precautions

  1
• 2 Installation Preparation

  2
• 2.1 Installation Environment Inspection

  2
• 2.1.1 Inspection of the Equipment Room Building

  2
• 2.1.2 Inspection of the Indoor Environment

  2
• 2.1.3 Inspection of Power Supply

  2
• 2.1.4 Electromagnetic Radiation Protection Requirements

  2
• 2.1.5 Grounding Inspection

  2
• 2.1.6 Inspection of the Installation Environment for the Outdoor Antenna Feeder System

  2
• 2.1.7 Safety Inspection

  2
• 2.1.8 Inspection of Corollary Equipment

  2
• 2.2 Preparation of Tools and Instruments

  2
• 2.3 Preparation of Technical Documents

  2
• 3 Unpacking Inspection

  3
• 3.1 Checking the Goods against the Packing List

  3
• 3.2 Unpacking the Wooden Box

  3
• 3.2.1 Wooden Box Structure

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• 3.2.2 Unpacking

  3
• 3.2.3 Inspecting the Rack Outside View

  3
• 3.3 Unpacking the Carton

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• 3.3.1 Carton

  3
• 3.3.2 Unpacking

  3
• 3.3.3 Inspecting the Boards

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• 3.4 Goods Acceptance and Handover

  3
• 4 Installing the Cabinets

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• 4.1 External Structure of the BTS Cabinet

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• 4.2 Cabinet Layout

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• 4.3 Installing a Single BTS Cabinet

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• 4.3.1 Installation Flow of a Single Cabinet

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• 4.3.2 Installation Procedure of a Single Cabinet

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• 4.4 Connecting and Fixing Multiple Cabinets

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• 4.5 Cabinet Installation Requirements

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• 5 Power Supply System Installation

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• 5.1 Introduction to Power Cables

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• 5.2 Installation Flow of Power Cables

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• 5.3 Cable Installation Procedure

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• 6 Installing the Grounding System

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• 6.1 Overview of the BTS Grounding System

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• 6.2 Installing the BTS Grounding System

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• 6.2.1 Installing the Outdoor Grounding Copper Bar

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• 6.2.2 Installing the Feeder Grounding Clip

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• 6.2.3 Installing the Indoor Lightning Arrester

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• 7 Installing the Cabinet Internal Cables

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• 7.1 Overview of the Internal Cable Installation

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• 7.1.1 Configuration Types of BTS

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• 7.1.2 Precautions for Installing the RF Cables on the Front Panel

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• 7.2 Installing the Cables for the Single-carrier BTS and the Two-Carrier BTS

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• 7.2.1 Installing the RF Cables for a Single-carrier Single-sector BTS

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• 7.2.2 Installing the RF Cables for a Single-carrier Two-sector BTS

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• 7.2.3 Installing the RF Cables for a Single-carrier Three-sector BTS

  7
• 7.2.4 Installing the RF Cables for a Two-carrier Three-sector BTS

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• BTS

  7
• 7.3 Installing the Cables for the BTS of Three Carriers and Above

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• 7.3.1 Installing the RF Cables for a Three-carrier Three-sector BTS

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• 7.3.2 Installing the RF Cables for a Four-carrier Three-sector BTS

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• 7.3.4 Connecting the Backplane Signal Cables of the BTS Rack

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• 7.4 T1 Cabke

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• 7.4.1 Functions

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• 7.4.2 Connection Position of Two Ends, Wiring and Signal Flow Direction of Cable

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• 7.4.3 Function

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• 7.4.4 Connection Positions of Both Ends, Cabling and Signal Flow Direction of Cables

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• 8 Installing the Trunk Cables

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• 8.1 Installing the Trunk Cables

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• 8.2 Preparing the T1 cables

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• 9 Installing the Monitoring System

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• 9.1 Composition of the Monitoring System

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• 9.2 Installing the Monitoring System

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• 9.2.1 Installing the Indoor Smog Sensor

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• 9.2.2 Installing the Indoor Temperature/Humidity Sensor

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• 10 Installing the Main Antenna Feeder System

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• 10.1 Installation Preparation for the Antenna Feeder System

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• 10.1.1 Preparations for Installation Staff

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• 10.1.2 Installation Environment Inspection

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• 10.1.3 Safety Measures Inspection

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• 10.1.4 Preparation of Installation Tools

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• 10.2 Structure of the Antenna Feeder System

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• 10.3 Installation Content and Flow

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• 10.3.1 Technical Parameters for Antenna Installation

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• 10.3.2 Antenna Installation Flow

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• 10.4 Installing the Antenna Parts

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• 10.4.1 Determining the Antenna Installation Position

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• 10.4.2 Handling and Hoisting the Antenna

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• 10.4.3 Installing and Adjusting the Directional Antenna

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• 10.4.4 Installing and Adjusting the Omni Antenna

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• 10.4.5 Connecting and Sealing the Jumper and the Antenna

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• 10.4.6 Installing the Feeder Window

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• 10.4.7 Installing the Feeders

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• 10.4.8 Installing the Indoor Jumpers

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• 10.5 Checking and Testing the Antenna Feeders

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• 10.6 Waterproof Treatment for the Connectors

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• 11 Installing the GPS Antenna Feeder System

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• 11.1 Installation Preparation for the Antenna Feeder System

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• 11.2 Structure of the Antenna Feeder System

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• 11.3 Installation Flow

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• 11.4 Installing the Parts

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• 11.4.1 Preparing the GPS Coaxial Cable Connectors

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• 11.4.2 Installing the GPS Lightning Arrester

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• 12 Installing the Boards

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• 12.1 Board Types and Functions of BTS

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• 12.2 Introduction to Main BTS Modules

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• 12.2.1 RFE Module

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• 12.2.2 HPA

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• 12.2.3 TRX

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• 12.3 Installing and Replacing Boards

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• 12.4 Introduction to BDS Plug-in Shelves

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• 13 Hardware Installation Check

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• 13.1 Cabinet Check

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• 13.2 Check of cabling rack

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• 13.3 Laying, Binding and Identification of Cables

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• 13.4 Installation Check in terms of power cables and ground wires

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• 13.5 Check of T1 Cable Installation

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• 13.6 Sensor Installation Check

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• 13.7 Installation Check of Connections inside a Cabinet

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• 13.8 Installation Check of Indoor 1/2" Jumpers

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• 13.9 Installation and Check of Lightning Arrester

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• 13.10 Installation and Check of Lightning Arrester Rack

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• 13.11 Installation and Check of Main Feeder and GPS Feeder

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• 13.12 Installation and Check of Feeder Windows and Waterproof Bend of the Main Feeder

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• 13.13 Installation and Check of Three-way Feeder Card

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• 13.14 Installation and Check of Outdoor 1/2" Jumpers

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• 13.15 Installation and Check of an Antenna

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• 13.16 Check of the Standing Wave Ratio of a Feeder

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• 13.17 Check of Indoor/Outdoor Environment

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• 14 Power-on/Power-off

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• 14.1 Check before Power-on

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• 14.1.1 Check of External Connections of the rack

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• 14.1.2 Check of Rack Inside

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• 14.2 Power-on Procedures

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• 14.3 Power-off Procedures

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• Overall Structure of the BTSB I2 Rack with the BDS Plug-in Shelf

  1
• Schematic Diagram of the BTS Equipment Installation

  1
• Hardware Installation Flow

  1
• Structure of the Wooden Box

  3
• Packing Box of the Module

  3
• Outside View and Dimensions of the Rack

  4
• Layout of Equipment inside the ZXC10-BTSB I2 Equipment Room

  4
• Assembly of the BTS Rack Base

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• Fixing the Base with the Rack

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• Installation Holes of the BTS Rack

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• Fixing the Rack

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• Installing the Rack Baffle Plates

  4
• Enlarged View of the Cable Hole Cover Plate

  4
• Assembling the Connecting Bars on the Cabinet Top

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• Effect Diagram of Two Cabinets Installed

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• BDS Power Cable Installation on BTSB

  5
• Installation Flow of RFS Power

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• RFS Power Cabling

  5
• BDS Power Cabling

  5
• Connection between Busbar and Backplane

  5
• Connecting Power Cable (1)

  5
• Connecting Power Cable (2)

  5
• Fig. 6.1-1 Wiring for the BTS Ground

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• Profile of the Grounding Copper Bar

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• Structure of the Grounding Clip

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• Wrapping the Grounding Wire of the Grounding Clip with Waterproof Tape

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• Installing the Lightning Arrester Frame

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• Structure of the RF Cables on the Front Panel of the Rack

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• BTS

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• Plug-in Shelf

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• BTS

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• Plug-in Shelf

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• Circuitry on the Front Panel of the Rack for the Single-carrier Three-sector BTS

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• Front Panel Wiring for the Rack of the Single-carrier Three-sector BTS

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• EBDS-HS Part of the EBDS Hybrid Shelf

  7
• Circuitry on the Front Panel of the Rack for the Two-carrier Three-sector BTS

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• Front Panel Wiring for the Rack of the Two-carrier Three-sector BTS

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• Circuitry on the Front Panel of the Rack for the Three-carrier Three-sector BTS

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• Front Panel Wiring for the Rack of the Three-carrier Three-sector BTS

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• Circuitry on the Front Panel of the Rack for the Four-carrier Three-sector BTS

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• Front Panel Wiring for the Rack of the Four-carrier Three-sector BTS

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• Structure of the LINK Cable

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• LINK Cable Structure

  7
• 100ΩT1 Cable Diagram

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• Terminals of the 100Ω Cable

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• 120 Ω Cable

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• 120 Ω T1 Conversion Cable

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• BTS Rack-top Interface Board

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• Assembly Drawing of the CC4Y-J32 Coaxial Cable Connector

  8
• Coaxial Connector of the DDF

  8
• Assembly Drawing of the Coaxial Cable Connector of DDF

  8
• Installing the Smog Sensor Base

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• Installing the Temperature/Humidity Sensor

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• Typical Structure of the Antenna Feeder System of Three-sector BTS

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• Antenna Installation Flow

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• Hoisting an Antenna

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• Installing the Kathrein Antenna

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• Adjusting the Pitch Angle of the Antenna

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• Structure of the Feeder Window

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• Structure of a BTS Feeder

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• Cutting Tool for the 7/8" Feeder Connector

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• Cutting the Feeder with a Cutter

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• Checking the Cutting Length of the Feeder

  10
• Expand the External Conductor of the Feeder with a Tube Expander

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• Connecting the Front Part and the Back Part of the Feeder Connector

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• Fig. 10.4-11 Fixing the Front Part and the Back Part of the Feeder Connector

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• Hoisting the Feeder to the Tower

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• Three-feeder Clip

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• Method 1 of Introducing Feeders into the Equipment Room

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• Method 2 of Introducing Feeders into the Equipment Room

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• Wrap the Waterproof Adhesive Tapes (1)

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• Wrap the Waterproof Adhesive Tapes (2)

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• Wrap the Waterproof Adhesive Tapes (3)

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• Fig. 11.2-1 Structure of the GPS Antenna Feeder System

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• Stripping the GPS Coaxial Cable

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• Welding the Pins of the GPS Connector

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• Structure of the N-J7A Cable Assembly

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• Fig. 12.2-1 Panel of RFE Modules

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• Fig. 12.2-2 Structure of the HPA Front Panel

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• Fig. 12.2-3 Structure of the TRX Front Panel

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• Fig. 12.3-1 Connectors on the Rear of the Boards and Modules

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• Fig. 12.3-2 Front Panel of the Boards and Modules

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• Fig. 12.4-1 Slot Diagram of the BDS Plug-in Shelf

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• DC Power Indexes for the Normal Operation of BTS

  2
• Power Consumption Indexes for the Normal Operation of BTS

  2
• Tools Needed

  2
• Instruments Needed

  2
• Front Panel Wiring of the Rack for the Single-carrier Single-sector BTS

  7
• Front Panel Wiring of the Rack for the Single-carrier Two-sector BTS

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• Front Panel Wiring of the Rack for the Single-carrier Three-sector BTS

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• Front Panel Wiring of the Rack for the Two-carrier Three-sector BTS

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• Wiring List of the Front Panel for the 1# Three-carrier BTS Cabinet

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• Wiring List of the Front Panel for the 1# Four-carrier BTS Cabinet

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• Cabinet

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• IDs of the LINK Directions

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• Table 7.4-1 100ΩT1 Cable Wiring and Signal Flow Direction

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• End B Braiding Pair Sequence of the 120 Ω T1 Conversion Cable

  7
• Terminal Connection of the Smog Sensor Cable Connector

  9
• Terminal Connection of the Temperature/Humidity Sensor Cable Connector

  9
• Model and Dimensions of the Feed Window

  10
• Description of the Interfaces on the RFE Panel

  12
• Description of the Interfaces on the HPA Front Panel

  12
• Description of the TRX RF Interfaces

  12