Wireless_3900_Series_Base_Station_Hardware_Installation.ppt

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Copyright © 2014 Huawei Technologies Co., Ltd. All rights reserved.
Wireless 3900 Series Base
Station Hardware
Installation

Copyright © 2014 Huawei Technologies Co., Ltd. All rights reserved. Page2
Objectives
 Upon completion of this course, you will be able to:
 Describe the relation among the different parts of wireless
equipment
 Know the hardware structure and the application scenarios
 Illustrate the installation procedures and steps of the BTS3900
and DBS3900
 Implement the installation of the BTS3900 and DBS3900
components

Contents
1. Wireless Network System Overview
2. Installation Preparations and procedure
3. Wireless Hardware Installation
4. Installation Referenced Technical point

Contents
1.1 Wireless Network Introduction
1.2 Base Station Hardware Structure
1.3 Installation Scenarios and Example

New Strategy New Structure
Page5
Cloud
Device
Communication
network
Internet applications
and services
Intelligent terminal
Pipe

Multi-mode RAN
Other
Networks
Core Network
RAN
IP
Network
MSC/VLR GMSC
NodeB RNC
BTS
BSC/PCU
HLR/
HSS/
PCRF
eNodeB
SGSN
S-GW P-GW CSCF MGCF
MS/UE
MGW
MME SBC
Page6

2G/3G/LTE RAN Network Element
Page7
RAN Name Function
2G
BTS
Provide radio communication interface for cellular
phone.
BSC
Control a group of BTSs within a GSM network.
Manage the handoff of calls when cellular phone
switches over from one BTS to another.
3G
NodeB
Equivalent to the BTS description used in GSM
(2G)
RNC
Equivalent to the BSC description used in GSM
(2G)
4G eNodeB
Evolved NodeB, similar to NodeB in 3G, but
embeds its own control functionality without
require additional controller.

2G/3G/4G differences
Page8
RAT
Main
Working Band(Hz)
Carrier bandwidth Peak rate per carrier
GSM EDGE 900M,1800M 200kHz 473.6kbps
WCDMA
R99
2.1G, 900M,1800M 5MHz 2Mbps
WCDMA R6
HSDPA
2.1G, 900M,1800M 5MHz 14.4Mbps
WCDMA R8
HSPA+
2.1G, 900M,1800M 5MHz 42Mbps
LTE
700M,800M,900M,1.5G,1.7G,1.
8G,2.1G,2.3G,2.5G
1.4/3/5/10/15/20MHz
(15KHz per subcarrier)
100Mbps
LTE - Advanced
700M,800M,900M,1.5G,1.7G,1.
8G,2.1G,2.3G,2.5G
100MHz
(15KHz per subcarrier)
>1Gbps

Contents

Location : Grounding(Greenfield) tower and Roof top
Force-bearing : Self-supporting latticed towers and Guyed tower
Steel structure works :Angle iron tower、Tubular tower and Single tubular tower
Usual Tower Site Types Review
Bottom
Inside

Copyright © 2014 Huawei Technologies Co., Ltd. All rights reserved. Page 11
Site sample
You can have a
guess how much
is its’ height?
Total about 35meter of 7
chapters by each 5meter

Question
What are the procedures of building a whole
Base Station site?
2G/3G/4G Site

Site build
process
TK Site Ground View
Tower
基础建设
Tower
Shelter
Shelter
Ground grid
Ground
grid
Fence
Fence
Space
Generator
Generator
Road
Road
Commercial
power
Commerc
ial power
Necessary
Antenna、
Feeder
Equipment
Equipment
Grounding

Antenna
Jumper cable
Lightning protection ground clip
Feeder cable
Jumper cable
BTS
Tower
Cable ladder
Equipment room
Antenna Feeder System

Equipment Room Inside
Battery
Cable ladder
Lamp
alert
PDF
Air conditioner
Equipment
PGND
Main-attached of
chamber inside
Page15

Base
commercial
power
Floor stand
oil
tank
Auto
changer
power
equipment
PDB
g
e
n
e
r
a
t
o
r
Fuel inlet pipe
Output for
equipment
Generator 、commercial
power switch principle
Generator System

Products of the 3900 Series Base
Station
Page17
Distributed Base Station Indoor Macro Base Station Outdoor Macro Base Station Mini Base Station
BTS3902E/BTS3202E LampSite
ePico
SmallCell

HUAWEI Main Base Station Description
Distributed eNodeB
DBS3900
Indoor eNodeB
BTS3900
Outdoor eNodeB
BTS3900A
 Huawei Fourth Generation Base Station
 Three standardized modules shared by all Sites’ portfolio
BBU
RFU
Multi-modal BBU
2U 19-in rack mount design
Simultaneous 2G/3G/4G
operation
Multi-modal RRU 60W/4C
CDMA/WCDMA/LTE
GSM/UMTS/LTE
WiMAX
RRU

BTS3900 Hardware Structure
 Dimensions (width x depth x
height)
 600 mm x 450 mm x 900 mm
 Weight
 Empty cabinet: 57 kg
 Full configuration: 160 kg
Page19

BTS3900 Hardware Structure
 The BTS3900 consists of
the BBU3900, RFUs, and
indoor macro cabinet
mainly
 The BBU3900 and RFUs
are installed in the indoor
macro cabinet
 The RFUs are of two types:
WRFUs and MRFUs in
WCDMA mode, MRFU in
Dual mode
Page20
indoor macro cabinet
RF
U

Components of the BTS3900
R
F
U
R
F
U
R
F
U
R
F
U
R
F
U
R
F
U
FAN
Air inlet
BBU
DCDU-01
15U
9U
2U
1U
1U
2U
2U
-48V DC +24V DC 110/220V AC
R
F
U
R
F
U
R
F
U
R
F
U
R
F
U
R
F
U
FAN
Air inlet
BBU
DCDU-01
PSU PSU PSU PSU
Cable
in/out
R
F
U
R
F
U
R
F
U
R
F
U
R
F
U
R
F
U
FAN
Air inlet
BBU
DCDU-01
PMU PSU PSU PSU
Cable in/out
1U

Application Scenario of BTS3900
 The BTS3900, the indoor macro base station, is applicable
to the indoor centralized installation scenario

BTS3900L Hardware Architecture
height)
 600 mm x 450 mm x 1,600 mm
 Weight
 Empty cabinet: 100 kg
 Full configuration: 232 kg
Page23

Components of the BTS3900L
1: RFUs
2: FAN 03C
3: Filler panel
4: DCDU-12A
5: BBU3900
6: Cable trough
7: BBU3900
8: DCDU-12B
9: Space for customer equipment

Application Scenario of BTS3900L
 The BTS3900L, an indoor macro base station, can be used
in indoor centralized scenario

BTS3900A Hardware Structure
height)
 APM30H: 600 mm x 480 mm x
700 mm
 RFC: 600 mm x 480 mm x 700
mm
 Weight
 Full configuration (APM30H): 91 kg
 Full configuration (RFC): 127 kg
Page26

Application Scenario of BTS3900A
 The BTS3900A, the outdoor macro base station, is
applicable to the outdoor centralized installation scenario

OMB (Ver.C) Overview
 The BTS3900C cabinet is white and consists of an Outdoor
Mini Box (Ver.C) (OMB for short) and a remote radio unit
(RRU) subrack.
Page28
BTS3900C (AC) BTS3900C (DC) DBS3900 (AC)
DBS3900 (DC)

Application Scenario of BTS3900C
 The BTS3900C is applicable to the new outdoor 3G site in
environments such tunnels, hot spots, places without
equipment rooms, as and edge networks
 The BTS3900C can be installed on a pole, against a wall, or
on the ground. The stand or support of other types can be
applied to installation of the BTS3900C on the ground
Page29
Rooftop outdoor Greenfield outdoor Urban Street In-building Rural road

DBS3900 Overview
 The DBS3900 consists of the BBU, RRUs and the other
equipments.
Page30
DBS3900
BBU RRU Site supplementary equipments
Antenna
system
Power
Transmissio
n
Environment
Monitoring
etc.

BBU3900 Physical Structure
Page 31
UBBP/LBBP WMPT/UMPT
FAN UPEU
 BBU3900 consists of the following subsystems: baseband subsystem,
cabinet subsystem, transmission subsystem, interconnection subsystem,
main control subsystem, monitoring subsystem, and clock subsystem.

BBU3900 Configuration(normal)
In any scenario，FAN、UPEU、UEIU boards are in the fixed slot
BBU layout
Board type Board name
Whether
integrant
Max Configuration order（priority from left to right)
FAN FAN Yes 1 slot16
Power board UPEU Yes 2 slot19 slot18
Monitoring UEIU NO 1 slot18

BBU3900 Configuration(GBTS
scenario)
BBU typical configuration

BBU3900 Configuration(UMTS
scenario)

BBU3900 Configuration(LTE scenario)

BBU3900 VS BBU3910
Heat-sinking capability
Type Configuration Specifications
BBU3900
FAN 350W
FANc 650W
BBU3910 FANd 650W
Item Specifications
working temperature
long-term service：-20℃～+55℃
short-term service：+55℃～+60℃
relative humidity 5% RH～95% RH
protection level IP20
Environment Specifications
Type Configuration Output Power
BBU3900
UPEUa 300W
UPEUc 1for360W/2for650W
UPEUd 650W
BBU3910 UPEUd 650W
Power Specifications

RFU Physical Structure
Type
BAND
（MHz）
RX BAND
（MHz）
TX BAND
（MHz）
Mode
MRFUd
900 PGSM 890～915 935～960 GSM、UMTS、
LTE（FDD）、GU、GL
、UL
900 EGSM 880～915 925～960
1800 1710～1785 1805～1880
GSM、UMTS、
LTE（FDD）、GU、GL
Type TR Capacity
MRFUd 2T2R
GSM:8 carriers
UMTS:
NO MIMO 6 carriers
MIMO 4 carriers
LTE(FDD):2 carriers
(bandwidth:1.4/3/5/10/15/20MHz)

RRU Physical
Structure
Interconnect
interface
RET CONNECTOR
ANT Tx/Rx
ANT Rx
CPRI
interface
Indicator
Power
connector
PGND
Page 38

DBS3900 Typical Installation
Scenarios
Page39
BBU installed in outdoor cabinets &
RRU mounted on tower
BBU installed on indoor wall &
RRU mounted on outdoor wall
BBU and RRU centralized
installed in indoor IFS06 rack
BBU installed in indoor cabinets &
RRU mounted on outdoor pole

Connection Practice

Contents

Installation scenarios

BBU Installation scenarios
Page 44
Inside APM30H cabinet
Indoor in the Rack
Outdoor Cabinet
Indoor on the Wall
on the Wall

RRU Installation scenarios
Page 45
The RRUs can be installed on the pole, on the wall and in the L-
Rack and so on

RRU Installation scenarios
Page 46
Tower on the ground Tower on the building On the
wall
On the roof in pole
Indoor in L-rack

Appearance of the Sites--
Antenna
On the ground
On the roof

Appearance of the Sites - Power
system
Power
cabinet
Batteries
PGND
System

Appearance of the Sites-
BTS3900(A)

Appearance of the Sites- DBS3900

Contents

Preparation
 Documents
 3900 Series Base Station Hardware Description
 TP48600A-H17B1 User Guide
 TP48600A-H17B1 Quick Installation Guide
 RRU Installation Guide
 DBS3900 Installation Guide
 BTS3900 Installation Guide

Page 53
Project
Type
扩容
搬迁
New
Expansion
SWAP
New site
Auxiliary
Hardware
Software
In situ swap
Ectopic swap
Project Type

Preparation (Cont.)
 Standard Installation Tools

PGND Cable
RTN(+) Power Cable
NEG(-) Power Cable
BBU/RFU Power Cable
CPRI SFP Cable
4 E1/T1 Cable
GPS Signal Cable
Ethernet Cable
Transmission Cables Alarm Cable
BBU Installation Auxiliary
Page 55
Power Cables

Fibers Power Cables Alarm Cable
RRU Installation Auxiliary
DC Power
Cable
RF Cables
Optical Module
Fixed RF Jumper
Ethernet Cable
Page 56
AC Power Cable
PGND Cable

Start Installing Cabinet Installing Cables 机柜安装
Unpacking Check
Installing RRU Installing RF Cables Installation
Check
Installing Antenna
Record Site Clearence
Power-on Test End
Installation Procedure-new

Installation Process-new

AC Box
APM
Or
DC
BOX
RRU
Page 59
Dismantling Existing BTS
Install New DBS
Installation Process- In situ SWAP

AC Box
Install New BTS
Dismantling Existing BTS
APM
Or
DC
BOX
APM
Or
DC
BOX
Dismantling Existing RF
Install New RF
Page 60
Installation Process- Ectopic SWAP

Summary&Questions
 What are the parts included for the installation of the
BTS3900 and DBS3900 ?

Contents

Contents
3.1 Installing a DBS3900
3.1.1 Installing a Cabinet on a Concrete Floor
3.1.2 Installing the PGND Cable and Equipotential Cable for a
Cabinet
3.1.3 Installing the Modules in the Cabinet
3.1.4 Installing the RRU
3.1.5 Installing the Cables
3.2 Installing a BTS3900

DBS3900 Overview
 The DBS3900 consists of the BBU3900, RRUs mainly
 The types of RRU: RRU3804,
RRU3801E,RRU3806,RRU3808, RRU3908, RRU3928
etc..
Page64

Installing a Cabinet on a Concrete
Floor
 Installing the base in flash

Floor
 Space requirement of installing the cabinet

Floor
 Installing the cabinet on a base and stacking two cabinets
in flash

Contents
3. Wireless Equipment Installation
Cabinet

Installing the PGND Cable and
Equipotential Cable for a Cabinet
 Installing the PGND cable

Installing the PGND Cable and
Equipotential Cable for a Cabinet
 Installing the Equipotential cable

Contents
Cabinet

Installing the Modules in the Cabinet
 Installing the PMU/BBU/EMUA/Battery modules.

Contents
Cabinet

Installing the RRU
 Installing the RRU in single mode

Installing the RRU
 Installing the RRU in back to back mode

Installing the RRU
 Installing the RRU in centralized mode

Installing the RRU
 Installing the RRU on the tower

Installing the RRU
 Installing the RRU in Video

Contents
Cabinet

Installing Cables
 Installing Power Cables

Installing Cables
 Installing Transmission Cables

Installing Cables
 Installing a monitoring signal cable

Installing Cables
 Installing CPRI cables

Installing Cables
 Installing RF jumper

Installing Cables
 Installing AISG cable

Installing the DBS3900
 Installing DBS3900 totally
 DBS3900 Hardware Installation Flashplay.exe

Contents
Cabinet

Floor
 Installing the Base
Drilling a hole and inserting an
expansion bolt assembly
Determine the holes for installing the
cabinet
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base

Floor
2. Checking the base levelness
1. Pre-installing the base on the floor
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
3. Measuring the resistance between the
leveling bolt and the expansion bolt

Floor
 Install a BTS3900 DC cabinet on a base
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base

Floor
 Install a BTS3900 AC cabinet on a base
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
1. Hammering out the
knock-out mechanical
parts
2. Installing a BTS3900 AC cabinet

Floor
 Installing Cabinets Side by Side
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
1. Removing the
connection plates
2. Installing the connection plates

Floor
 Stacking two cabinets
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
1. Removing the screws and
connection plates
2. Securing the cabinet

Contents
Cabinet

Installing a PGND cable and an
equipotential cable
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
Installing a PGND cable for a
cabinet
Installing an equipotential cable
between cabinets
External ground bar

Contents
Cabinet

Installing the modules in the cabinet
 Installing a DCDU
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
1. Sticking a cable claw onto
the right side of the DCDU
2. Installing a DCDU

 Installing the DCDU power cable in DC and AC
scenarios
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base

 Installing the BBU in a BTS3900 (Ver.D)
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
Installing a BBU Install the BBU power cable

 Position for installing BBU
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
BTS3900 AC cabinets installed
side by side Stacked BTS3900 AC cabinets

 Installing the RFU in a BTS3900 (Ver.D)
The RFU is installed in the vacant RFU subrack in the cabinet
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
RFU installation position

 Installing the RFU in a BTS3900 (Ver.D)
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
Removing the filler panel Installing the RFU power cable

Contents
Cabinet

Installing the Cables – Power Cable
 Installing power cables for AC cabinets
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
220 V AC three-phase 220 V AC single-phase

 Installing power cables for AC cabinets
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
Routing the power
cables
Do not expose the mental
wire in the cable when
adding OT terminals

 Installing power cables for DC cabinets
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
When two -48 V cabinets are stacked, both the upper cabinet and
the lower cabinet are powered by the external power equipment

Installing the Cables - Transmission
Cable
 Installing the E1/T1 or FE/GE Ethernet cables
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
Installing the FE/GE Ethernet cables
Installing the E1/T1 cables

Installing the Cables - Transmission
Cable
 Installing the E1/T1 or FE/GE Ethernet cables
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
4. Installing a fiber optic cable
3.Removing the dust-proof
caps from the fiber optic cable
2. Installing the optical module
1. Removing the dustproof
cap from the port

Installing the Cables - BBU alarm cable
 Installing a BBU alarm cable
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
sensor2
PDF Environment
Manage
Equipment
Dry contact signal
sensor3 sensor4
sensor1

Installing the Cables - BBU alarm
cable
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
Installing the BBU alarm cable to sensors
To the sensors

Installing the Cables - BBU alarm
cable
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
LOAD2
Installing the BBU alarm cable to EMUA

Installing the Cables – CPRI
Cables(SFP)
 Installing CPRI Cables(SFP)
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
CPRI cable connections between two cabinets installed side-by-side

Installing the Cables – CPRI
Cables(SFP)
 Installing CPRI Cables(SFP)
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base
CPRI cable connections between BBU and RRU

Installing the Cables – RF Jumpers
 Installing RF Jumpers
RF jumpers transmit signals between RFUs and an antenna
system
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base

Installing the Cables – RF Jumpers
 Installing RF Jumpers
 Use cable ties to bind the RF jumpers
Installing the
cables
Installing the
modules
Installing the
PGND
Installing the
cabinet
Installing the
base

Installing Antenna System
 Antenna system installation and the attentions

Installing BTS3900(A) Base Station
 BTS3900 is the indoor base station
 BTS3900 Hardware Installation Flashplay.exe
 BTS3900A is the outdoor base station
 BTS3900A Hardware Installation Flashplay.exe

Installation Checklist
 Cabinet installation checklist
No. Item
1
The installation position of the cabinet strictly complies with the
engineering design.
2 The base is securely installed.
3
All the bolts, including those for electrical connections, are
tightened. The spring washers and the flat washers are installed
in the correct sequence.
4 The cabinet is neat and clean.
5 The paint on the surface is intact. The damaged paint is repaired.
6
Labels, tags, and nameplates are correct, legible, and complete.

 Installation environment checklist
No. Item
1
No excessive straps or adhesive tapes are left on the cables.
2
No tapes, tails of cable ties, paper, or packing bags are left
around the cabinet.
3
Antirust powder on the door of the cabinet is cleared.

 Electrical connection checklist
No. Item
1
All self-made PGND cables are copper-based with proper core
diameters. There should not be any switch or fuse in the
grounding system. No short circuit is allowed
2
The PGND cable is securely connected and the AC input power
cable and cables in the cabinet are correctly connected
according to the electrical design of the power system. The
screws are tightened. In addition, the inputs or outputs are not
short circuited.
3
The redundant part of the power cable or PGND cable is cut off
rather than coiled
4
The terminals at both ends of the power cable or PGND cable
are securely soldered
or crimped.

No. Item
5
The bare wires and the terminal handles at the wiring terminals
are coated with heat shrink tubing.
6
The flat washers and the spring washers are well mounted on all
OT terminals
7
The exterior of the storage battery is intact without any scratch,
dent, or crack.
8
The shell of the storage battery is clean without any leakage
trace
9
The wiring terminal on the storage battery stands properly
without any damage, and
the post is not covered with any acid substances.
10
The pressure relief valve of the battery is not deformed, and no
liquid leaks

No. Item
11
The power cables for the storage batteries are correctly
connected to the positive and negative poles.
12
The voltage of the storage battery is normal.
The voltage of a 2 V storage battery ranges from 1.8 V to 2.35 V.
The voltage of a 12 V storage battery ranges from 10.8 V to 14.1 V.
The total voltage of the storage batteries ranges from 43.2 V to 56.4 V.
13
The circuit breakers for the storage batteries are set to OFF.

 Cable Installation Checklist
No. Item
1
All cables, especially the Ethernet cables for communication, are
securely connected. All cable connectors at the bottom of the
cabinet are securely installed
2
The cables are neatly and tightly bound. The cable ties are
evenly spaced and face the same direction.
3
Different types of cables, such as the power cable, PGND cable,
feeder, fiber optic cable, E1/T1, and FE/GE signal cable are
separately bound.
4
The layout of all cables facilitates the maintenance and capacity
expansion. For example, the maintenance transfer cable is
bound to the outside of the BBU cable claw, as shown in the
following figure.

 Cabinet installation checklist
No. Item
5
All the labels at both ends of the cables are legible.
6
The extra length of the indoor cable ties is cut off, and the cut
surfaces are smooth without sharp edges. The extra length of 3
mm (0.11 in.) to 5 mm (0.19 in.) of the outdoor cable ties is
reserved when the cable ties are cut.
7 The port that no cable is connected to is properly protected.
8
The connectors of the RF cables are secured to avoid false
connection that will cause an abnormal voltage standing wave
ratio (VSWR).

Powering On a Base Station
NOTE:
 The cabinets must be powered on in seven
days after being unpacking, and the period
of the power-off state of the cabinet cannot
exceed 48 hours during the maintenance
 Ensure that the external power supply is
normal before power on, and that all the
circuit breakers in the cabinet are set to
OFF
 If an indicator that indicates the status of a
CPRI port on a BBU board is steady red,
check whether the optical module is faulty
or the fiber optic cable is broken

Contents


There need lifting rope and traction rope, to prevent the feeder hitting
from tower

Feeder connector should be wrapped to protect it
Technical point—install the antenna
on the tower
Do not tightly
secure the screws
on the upper and
lower , convenient
azimuth
adjustment of the
antenna.
And also avoid the
antenna drop from
the pole.

Technical point - Assemble the antenna
正面
Assemble the
support
Install the upper
support on the antenna.
Install the lower support
on the antenna.


Adjust the down-tilt of the antenna by referring to the scales on the upper
support or by using the inclinometer.

Antennas should be in the 45-degree protected area of lightning rod.

Adjust the tilt of the inclinometer according to the requirement in the
engineering design
Technical point - Assemble the antenna

Technical point - Lift the RRU and the
holding pole
1 2
 When lifting the RRU to the tower, avoid collision of the RRU with the
tower
 When lift the RRU, bind the whole RRU but not only the handle of the
RRU

Technical point - Lift the Fibers
Lifting rope
Pulley
Steering rope
Lifting rope
Steering rope
Tensile
rope

Technical point - Lift the Power
Cables
Lifting rope
Pulley
Steering rope

Technical point - Make OT Terminals of
the Power Cable
 Make OT terminals
Step 1 Step 2 Step 3

Technical point - Make OT Terminals of
the Power Cable
 Make OT terminals in video

Assembling of Usual Cables and
Connectors
 This video will show you that the assembling of the
usual cables and the connector, such as the OT
terminal, feeder and jumper connector, power cable
and so on
 Assembling of Usual Cables and
Connectorsstart.exe

Technical point --Lay and bind
the Cables-1

General Cabling Requirements

Use the cable tie with white color indoor and black color outdoor.

The distant between two cable tie is between 20cm to 40cm (less
than 25cm in perpendicular direction), and the tie should be in
the same direction.

Cables of the same type must be bound together.

Different types of cables must be separately laid out and bound,
with a minimum distance of 30 mm (1.18 in.) from each other.

The cables must be bound tightly and neatly. The sheaths of the
cables must not be damaged.

The excess of the indoor cable ties is cut off. The excess of 5 mm
(0.197 in.) of the outdoor cable ties is reserved, and the cut
surfaces are smooth without sharp edges.
straight
good
appearanc
e
fixed
Without
cross

Technical point --Lay and bind
the Cables-2

Outdoor Cabling Requirements

Protect outdoor cables against potential damage. For example, put the cables through tubes.

The cables to be protected include AC power cables, transmission cables, and cables laid out
underground.

Determine the positions where the clips are installed according to the actual situation. For example,
7/8" feeders are secured with clips at an interval of 1.5m to 2m, CPRI fiber optic cables and power
cables are secured with clips at an interval of 1m to 1.5m. Ensure that the clips are evenly spaced and
in the same direction.

NOTE:

There are two types of clips: 3-hole clip and 6-hole clip, which are described as follows:
(1) Cable hole for feeders (2) Cable hole for fiber optic cables (3) Cable hole for power cables

Technical point – Make Waterproof
Connector

NOTE: For every two insulation tape layers, the tape on the upper layer
overlaps about half the width of the tape on the lower layer
Connect
jumpers to
RRU,
tighten the
connector
s;
wrapped
spirally
insulation
tape in
one layers
The
waterproof
tape is
wrapped
spirally
upwards,
downwards,
and then
upwards
again in
three layers
The
insulation
tape is
wrapped
spirally
upwards,
downward
s, and
then
upwards
again in
three
layers
Tightly Seal
the two
ends of the
waterproof
connector
when finish
wrapping
Step1 Step2 Step3 Step4
1 3 3


When make a waterproof bend(superflexible jumper), the radius of
the curve should be more 50mm.

The jumper should be wrap tightly on the pole with the ties.
Technical point – Waterproof Bend

The main ANT connect to ANT port A with two ring
The diversity ANT connect to ANT port B with one
ring
Sector Fiber
Power
Cable
Jumper
Main Diversity
1
Red
color
One ring Two ring One ring
2
Yellow
color
3
Blue
color
Technical point—Color Ring cable
 Both side of the cable need to have the cable, If the customer no
specified label, according to our specifications.
Example for the color ring
The colors of from sector0 to sector5

Technical point - Color Ring cable
Make the feeder or jumper color rings for 3 sectors

Summary
 Wireless equipment hardware introduction and installation
 BTS3900 and DBS3900 hardware
 DBS3900 installation
 BTS3900 installation
 Some important Technical points
 Installation Checking

Wireless_3900_Series_Base_Station_Hardware_Installation.ppt

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Wireless_3900_Series_Base_Station_Hardware_Installation.ppt