Samsung Electronics Co SFG-AA100DC 5G Access Unit User Manual Installation Manual

Samsung Electronics Co Ltd 5G Access Unit Installation Manual

Installation Manual

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Document DescriptionInstallation Manual
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Date Submitted2018-02-15 00:00:00
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Document TitleInstallation Manual
Document CreatorMicrosoft® Word 2016
Document Author: STA/SNE

5G AU
Installation Manual
Radio Access Network
Describes product installation and requirement procedure.
Document Version 2.0
December 2017
Document Number: 2600-00LJ3ZGAA
© 2017 SAMSUNG Electronics Co., Ltd.
All Rights Reserved. The contents of this document/presentation contain proprietary information that
must be kept confidential. No part of this document shall be photocopied, reproduced, stored in a
retrieval system, or transmitted, in any form or by any means whether, electronic, mechanical, or
otherwise without the prior written permission of SAMSUNG Electronics Co., Ltd.
No warranty of accuracy is given concerning the contents of the information contained in this
publication. To the extent permitted by law no liability (including liability to any person by reason of
negligence) will be accepted by SAMSUNG Electronics Co., Ltd., its subsidiaries or employees for
any direct or indirect loss or damage caused by omissions from or inaccuracies in this document.
SAMSUNG Electronics Co., Ltd. reserves the right to change details in this publication without
notice.
SNMTC-v3-0312
This manual should be read and used as a guideline for properly installing and/or operating
the product. Owing to product variations across the range, any illustrations and photographs
used in this manual may not be a wholly accurate depiction of the actual products you are
using.
This manual may be changed for system improvement, standardization and other technical
reasons without prior notice.
Samsung Networks documentation is available at http://www.samsungdocs.com
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Contents
Preface
viii
Conventions in this Document .......................................................................................................viii
New and Changed Information ....................................................................................................... ix
Revision History............................................................................................................................... ix
Organization of This Document ...................................................................................................... ix
Related Documentation .................................................................................................................. ix
Personal and Product Safety ............................................................................................................ x
Equipment Markings ...................................................................................................................... xiv
Chapter 1
Before Installation
System View and External Interface ................................................................................................ 1
AU View ....................................................................................................................................... 1
AU External Interface ................................................................................................................... 2
Specifications ................................................................................................................................... 3
Cautions for Installation ................................................................................................................... 4
Before Installing ........................................................................................................................... 4
While Installing ............................................................................................................................ 4
After Installing ............................................................................................................................. 4
Installation Tools .............................................................................................................................. 6
Chapter 2
Installing System
Installation Procedure ...................................................................................................................... 9
System Arrangement ..................................................................................................................... 10
Transporting and Unpacking .......................................................................................................... 12
Bringing in Items ........................................................................................................................ 12
Unpacking Items ........................................................................................................................ 12
Fixing System.................................................................................................................................. 13
Pole Type.................................................................................................................................... 15
Wall Type ................................................................................................................................... 39
Chapter 3
Connecting Cables
47
Cabling Procedure .......................................................................................................................... 47
Guidelines for Cable Connections .................................................................................................. 48
Cable Path Inspection ................................................................................................................ 48
Cable Cutting ............................................................................................................................. 49
Cable Installation ....................................................................................................................... 49
Cable Binding ............................................................................................................................. 50
Connector Attachment............................................................................................................... 50
Identification Tag Attachment ................................................................................................... 51
Cabling Diagram ............................................................................................................................. 52
For AC Type ................................................................................................................................ 52
For DC Type ................................................................................................................................ 53
Cascade Cabling (optional) ........................................................................................................ 54
Grounding ...................................................................................................................................... 56
Connecting Ground Cable .......................................................................................................... 56
Power Cabling ................................................................................................................................ 59
Connecting AC Power Cable ....................................................................................................... 60
Connecting DC Power Cable ....................................................................................................... 63
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Contents
Interface Cable Connection ............................................................................................................ 67
Remove/Insert Optical Module .................................................................................................. 67
Connecting UDA Cable ............................................................................................................... 68
Connecting Backhaul Cable ....................................................................................................... 72
Connecting Clock Sync Cable...................................................................................................... 79
Fixing Cable Cover .......................................................................................................................... 84
Chapter 4
Inspect the Installation
Appendix A Acronyms
85
89
Appendix B Clean the Optical Connectors
90
Measuring the Optical Output and Connecting the Optical Connector ..................................... 90
Appendix C Standard Torque
92
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List of Figures
Figure 1.
Figure 2.
Figure 3.
Figure 4.
Figure 5.
Figure 6.
Figure 7.
Figure 8.
Figure 9.
Figure 10.
Figure 11.
Figure 12.
Figure 13.
Figure 14.
Figure 15.
Figure 16.
Figure 17.
Figure 18.
Figure 19.
Figure 20.
Figure 21.
Figure 22.
Figure 23.
Figure 24.
Figure 25.
Figure 26.
Figure 27.
Figure 28.
Figure 29.
Figure 30.
Figure 31.
Figure 32.
Figure 33.
Figure 34.
Figure 35.
Figure 36.
Figure 37.
Figure 38.
Figure 39.
Figure 40.
Figure 41.
Figure 42.
Figure 43.
Figure 44.
Figure 45.
Figure 46.
Figure 47.
AU View ............................................................................................................................................ 1
AU External Interface ....................................................................................................................... 2
Procedure to Install the AU .............................................................................................................. 9
AU Arrangement Pole type Installation (Using Mounting Bracket) ............................................... 10
AU Arrangement Pole Type Installation (Using Chain Bracket Assembly) ..................................... 11
AU Arrangement Wall type Installation (Using Mounting Bracket) ............................................... 11
Fixing GPS Antenna ........................................................................................................................ 13
Fixing Unit Bracket ......................................................................................................................... 14
Fixing Clip-on Unit Bracket ............................................................................................................. 15
Fixing Mounting bracket on the Pole (1) ........................................................................................ 16
Fixing Mounting bracket on the Pole (2) ........................................................................................ 17
Fixing Mounting bracket on the Pole (3) ........................................................................................ 18
Fixing AU on the Pole Mounting Bracket (1) .................................................................................. 19
Fixing AU on the Pole Mounting Bracket (2) .................................................................................. 20
Fixing AU on the Pole Mounting Bracket (3) .................................................................................. 21
Fixing Chain Bracket Assembly for 350 A pole (3 sector) (1) .......................................................... 23
Fixing Chain Bracket Assembly for 350 A pole (3 sector) (2) .......................................................... 24
Fixing Chain Bracket Assembly for 350 A pole (3 sector) (3) .......................................................... 25
Fixing Chain Bracket Assembly for 350 A pole (3 sector) (4) .......................................................... 26
Fixing Chain Bracket Assembly for 350 A pole (3 sector) (5) .......................................................... 27
Fixing Chain Bracket Assembly on the Pole (1) .............................................................................. 29
Fixing Chain Bracket Assembly on the Pole (2) .............................................................................. 30
Fixing Chain Bracket Assembly on the Pole (3) .............................................................................. 31
Fixing Chain Bracket Assembly on the Pole (4) .............................................................................. 32
Fixing Chain Bracket Assembly on the Pole (5) .............................................................................. 33
Fixing Chain Bracket Assembly on the Pole (6) .............................................................................. 34
Fixing Chain Bracket Assembly on the Pole (7) .............................................................................. 35
Fixing AU on the Pole Chain Bracket Assembly (1) ........................................................................ 37
Fixing AU on the Pole Chain Bracket Assembly (2) ........................................................................ 38
AU Marking Dimensions for Wall Type .......................................................................................... 40
Marking Wall Type ......................................................................................................................... 40
Drilling and Anchoring .................................................................................................................... 41
Fixing Mounting Bracket on the Wall ............................................................................................. 42
Fixing AU on the Wall (1)................................................................................................................ 44
Fixing AU on the Wall (2)................................................................................................................ 45
Fixing AU on the Wall (3)................................................................................................................ 46
Procedure to Connect System Cable .............................................................................................. 47
Cable Connection Procedure.......................................................................................................... 48
Cable Diagram-AC Type .................................................................................................................. 52
Cable Diagram-DC Type.................................................................................................................. 53
Cable Diagram (Optional, 2 sector cascade) .................................................................................. 54
Connecting Ground Cable (1) ......................................................................................................... 57
Connecting Ground Cable (2) ......................................................................................................... 58
Power Equipment Elements ........................................................................................................... 59
Connecting AC Power Cable (1) ..................................................................................................... 61
Connecting AC Power Cable (2) ..................................................................................................... 61
Connecting AC Power Cable (3) ..................................................................................................... 62
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List of Figures
Figure 48.
Figure 49.
Figure 50.
Figure 51.
Figure 52.
Figure 53.
Figure 54.
Figure 55.
Figure 56.
Figure 57.
Figure 58.
Figure 59.
Figure 60.
Figure 61.
Figure 62.
Figure 63.
Figure 64.
Figure 65.
Figure 66.
Figure 67.
Figure 68.
Figure 69.
Figure 70.
Figure 71.
Figure 72.
Figure 73.
Figure 74.
Figure 75.
Figure 76.
Connecting DC Power Cable (1) ..................................................................................................... 64
Connecting DC Power Cable (2) ..................................................................................................... 64
Connecting DC Power Cable (3) ..................................................................................................... 65
Optical Module Removal (1) .......................................................................................................... 67
Optical Module Removal (2) .......................................................................................................... 67
Optical Module Removal (3) .......................................................................................................... 67
Optical Module Inset ...................................................................................................................... 68
Connecting UDA Cable (1) .............................................................................................................. 69
Connecting UDA Cable (2) .............................................................................................................. 70
Connecting UDA Cable (3) .............................................................................................................. 70
Connecting UDA Cable (4) .............................................................................................................. 71
Connecting UDA Cable (5) .............................................................................................................. 71
Connecting Backhaul (Optical) Cable (1) ........................................................................................ 73
Connecting Backhaul (Optical) Cable (2) ........................................................................................ 73
Connecting Backhaul (Optical) Cable (3) ........................................................................................ 74
Connecting Backhaul (Optical) Cable (4) ........................................................................................ 74
Connecting Backhaul (Optical) Cable (5) ........................................................................................ 75
Connecting Backhaul (Copper) Cable (1)........................................................................................ 77
Connecting Backhaul (Copper) Cable (2)........................................................................................ 77
Connecting Backhaul (Copper) Cable (3)........................................................................................ 77
Connecting Backhaul (Copper) Cable (4)........................................................................................ 78
Connecting Backhaul (Copper) Cable (5)........................................................................................ 78
Connecting Clock Sync Cable (1) .................................................................................................... 80
Connecting Clock Sync Cable (2) .................................................................................................... 81
Connecting Clock Sync Cable (3) .................................................................................................... 81
Connecting Clock Sync Cable (4) .................................................................................................... 82
Connecting Clock Sync Cable (5) .................................................................................................... 82
Fixing Cable Cover on AU ............................................................................................................... 84
Installation Inspection Procedure .................................................................................................. 85
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List of Tables
Table 1.
Table 2.
Table 3.
Table 4.
Table 5.
Table 6.
Table 7.
Table 8.
Table 9.
Table 10.
Table 11.
Table 12.
Table 13.
Table 14.
Table 15.
Table 16.
Table 17.
Table 18.
Table 19.
Table 20.
Table 21.
Table 22.
Table 23.
Table 24.
Table 25.
Table 26.
Table 27.
Table 28.
Table 29.
Table 30.
Table 31.
Table 32.
Table 33.
Table 34.
Table 35.
Table 36.
Specifications ................................................................................................................................... 3
Basic Installation Tools ..................................................................................................................... 6
Parts and Tools for Fixing GPS Antenna on AU .............................................................................. 13
Parts and Tools for Fixing Unit Bracket on AU ............................................................................... 14
Parts and Tools for Fixing Unit Bracket on AU ............................................................................... 15
Parts and Tools for Fixing Mounting bracket on the Pole .............................................................. 16
Parts and Tools for Fixing AU on the Pole ...................................................................................... 19
Parts and Tools for Assembling Chain Bracket Assembly for 350 A pole (3 sector) ....................... 23
Parts and Tools for Fixing Chain Bracket Assembly on the Pole .................................................... 28
Parts and Tools for Fixing Chain Bracket Assembly on the Pole .................................................... 33
Tools for Marking ........................................................................................................................... 39
Parts and Tools for Drilling and Anchoring..................................................................................... 41
Anchor Bolt Drill Bits and Hole Depth ............................................................................................ 41
Parts and Tools for Fixing Mounting Bracket on the Wall .............................................................. 42
Parts and Tools for Fixing AU on the Wall ...................................................................................... 43
Recommended Minimum Allowed Cable Bend Radius .................................................................. 50
AU Connection Cable_AC Type ...................................................................................................... 52
AU Connection Cable_DC Type ...................................................................................................... 53
AU Connection Cable (Optional, 2 sector cascade) ........................................................................ 54
Parts and Tools for Connecting Ground Cable ............................................................................... 56
Parts and Tools for Connecting Power Cable ................................................................................. 60
AC Power Cable/Connector Pin Map ............................................................................................. 60
Parts and Tools for Connecting Power Cable ................................................................................. 63
DC Power Cable/Connector Pin Map ............................................................................................. 63
Parts and Tools for Connecting UDA Cable .................................................................................... 68
UDA Cable Pin Map ........................................................................................................................ 69
Parts and Tools for Connecting Backhaul (Optical) Cable .............................................................. 72
Parts and Tools for Connecting Backhaul (Copper) Cable .............................................................. 76
Backhaul (Copper) Cable Pin Map .................................................................................................. 76
Parts and Tools for Connecting Clock Sync Cable .......................................................................... 79
Clock Sync Cable Pin Map .............................................................................................................. 80
Parts and Tools for Fixing Cable Cover on AU ................................................................................ 84
Construction Situation Checklist .................................................................................................... 86
Standard Torque Value for Fastening Bolts ................................................................................... 92
Brass Bolts Torque Value................................................................................................................ 92
Connector Connection Torque Value ............................................................................................. 92
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Preface
This manual describes how to install a 5G Access Unit (AU) and how to connect
its cables. This manual includes the following 5G AU:

NAU100

NAU110
Conventions in this Document
Samsung Networks product documentation uses the following conventions.
Symbols
Symbol
Description
Indicates a task.
Indicates a shortcut or an alternative method.
Provides additional information.
Provides information or instructions that you should follow to avoid service
failure or damage to equipment.
Provides information or instructions that you should follow to avoid personal
injury or fatality.
Provides antistatic precautions that you should observe.
Menu Commands
menu | command
This indicates that you must select a command on a menu, where menu is the
name of the menu, and command is the name of the command on that menu.
File Names and Paths
These are indicated by a bold typeface. For example:
Copy filename.txt into the /home/folder1/folder2/bin/ folder.
User Input and Console Screen Output Text
Input and output text is presented in the Courier font. For example,
context 
CLI commands are presented in bold small caps. For example,
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Preface
Type the RTRV-NE-STS command in the input field.
New and Changed Information
The following table describes information that has been added/changed since the
previous publication of this manual.
Change Type
Change Description
Deleted
Deleted the figure of Table 3. (The number of GPS antennas for
each 1~3 sector type)
Revision History
The following table lists all versions of this document.
Document Version
Publication Date
Remarks
1.0
November 2017
First version
2.0
December 2017
Organization of This Document
Section
Title
Description
Chapter 1
Before Installation
This chapter introduces AU and describes items should be
understood before installation.
Chapter 2
Installing System
This chapter describes the procedures to install the AU.
Chapter 3
Connecting Cables
This chapter describes the procedures to connect the cables to
the AU installed.
Chapter 4
Inspect the
Installation
This chapter describes the procedures of inspecting installation
status after AU installation and cabling is completed.
Appendix A
Acronyms
This annex describes the acronyms used in this manual.
Appendix B
Clean the Optical
Connectors
This annex describes the procedure of cleaning the optical
connector and cleaning tool.
Appendix C
Standard Torque
This annex describes the standard torque when fastening the
bolt.
Related Documentation

5G RAN System Description
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Preface
Personal and Product Safety
This product safety information includes European directives, which you must
follow. If these do not apply in your country, please follow similar directives that
do apply in your country.
Proposition 65 Warning (US Only)
State of California Proposition 65 Warning (US only)
WARNING: This product contains chemicals known to the State of California to
cause cancer and birth defects or other reproductive harm.
Electrical
The product is designed to operate from a -48 V DC supply and is therefore
classified as Safe Extra Low Voltage (SELV) equipment.
All structural parts are grounded and all input and outputs have built-in isolation
from the network. All input and output ports that connect to external power
sources are designed to meet relevant national safety requirements.
The product contains hazardous energy levels as defined by EN 60950. Care must
be taken when maintaining this equipment as injury to personnel or damage to the
equipment could result from mistakes. Maintenance should only be carried out by
trained and competent engineers who are familiar with the relevant procedures and
instructions.
Lasers
The product is fitted with optic modules rated as Class 1 radiation-emitting devices
under EN 60825-1. During installation, operation, and maintenance, never look
into the end of an optical fiber directly or by reflection either with the naked eye or
through an optical instrument. Do not operate equipment with exposed fiber
connectors-cover these with fiber cables or blanking caps. Do not remove
equipment covers during operation unless requested to do so in the documentation.
Carry out normal safety precautions when trimming fibers during installation.
Manual Handling
Care should be taken when handling equipment. Give due consideration to the
weight of the equipment, the physical capability of the individual(s) handling the
equipment, and movements such as twisting, bending and stooping, which could
lead to skeletal and muscular injuries.
Installation
Installation must be carried out by trained and competent engineers only. All
relevant safety measures should be taken to ensure equipment is not connected to
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live power and transmission sources during installation. Equipment must be
correctly installed in order to meet the relevant safety standards and approval
conditions.
Each power feed to the unit requires a separate fused feed from the provided
power supply. The cable between the power distribution point and the installed
equipment must have a minimum cross-sectional area of 2.5 mm2.
Rack-mountable equipment must be placed in a standard 19-inch rack and secured
with the appropriate fixings as detailed in the installation manual.
Maintenance
Maintenance must only be carried out by a suitably trained and competent
technician. All safety instructions must be carefully observed at all times.
Equipment covers should not be removed while live power and transmission is
connected unless in a controlled environment by trained technicians.
Fire
The product is powered from a -48 V DC supply. To protect against fire, the
equipment is fused.
Environment
The product must be operated in an environment with the specified relative
humidity and ambient temperature ranges.
Keep all liquids away from the equipment as accidental spillage can cause severe
damage.
Cooling
The product cools down by its own set of cooling fans housed in a fan module.
Each fan module detects a fan that is not operating normally. LEDs on the front
panel of the fan module provide an alarm indication in the event of fan failure.
In the event of fan failure, take urgent remedial action to restore full cooling
capacity.
Take appropriate measures to ensure that fan modules do not start spinning during
repair and maintenance procedures.
Anti-Static Precautions
The circuit boards and other modules in the product are sensitive to and easily
damaged by static electricity. If any card or sub-assembly is removed from the
unit, the following anti-static precautions must be observed at all times:

Service personnel must wear anti-static wrist straps.

Circuit boards and sub-assemblies must be placed on ground conductive mats
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or in conductive bags.

All tools must be discharged to ground before use.

The anti-static wrist strap and cord must be checked at regular intervals for
their suitability for use.
Grounding
To comply with EN 60950, the equipment must be connected to a safety
grounding point via a permanent link. Grounding points are located on the product
for this purpose. Always connect the ground cable before fitting other cables. The
product must remain grounded continuously unless all connections to the power
supply and data network are all removed.
If equipment is grounded through a cabinet or rack, make sure it is done so
properly according to the installation instructions.
Power Supply Connection
The equipment is designed to be powered from a -48 V DC supply. Power
connections and installation of associated wiring must be carried out by a suitably
qualified technician.
Only devices that comply with all relevant national safety requirements should be
connected to the unit’s power supply inlets. Other usage will invalidate any
approval given to this equipment.
Connection of this equipment to devices that are not marked with all relevant
national safety requirements may produce hazardous conditions on the network.
When the power supply is obtained by a rectifier/safety isolation transformer, the
supply must meet the requirements of EN 60950 providing double/reinforced
insulation between hazardous voltages and SELV/TNV circuits. Any battery must
be separated from hazardous voltages by reinforced insulation.
Indirect Connection
Before indirectly connecting any equipment to another device through a shared
power supply, ALWAYS seek advice from a competent engineer.
Devices that are not marked according to the relevant national safety standards
may produce hazardous conditions on the network.
Product Disposal
To reduce the environmental impact of products, Samsung has joined WEEE
compliance activities.
The WEEE symbol on the product indicates that the product is covered by the
European Directive 2002/96/CE for the disposal of Waste Electrical and Electronic
Equipment (WEEE). This means that the product should be disposed of separately
from the municipal waste stream via designated collection facilities appointed by
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the government or the local authorities. This will help prevent potential negative
consequences for the environment and human health. Please check the terms and
conditions of the purchase contract for information about correct disposal.
Battery Disposal
The product contains a battery on the processor card. The battery should not be
disposed of with other household waste. Where marked, the chemical symbols Hg,
Cd or Pb indicate that the battery contains mercury, cadmium or lead above the
reference levels in EC Directive 2006/66. The battery incorporated in this product
is not user replaceable. For information on its replacement, please contact your
service provider. Do not attempt to remove the battery or dispose it in a fire. Do
not disassemble, crush, or puncture the battery.
End of life recycling materials information is available from Samsung.
California USA Only
This Perchlorate warning applies only to primary CR (Manganese Dioxide)
Lithium coin cells in the product sold or distributed ONLY in California USA
‘Perchlorate Material-special handling may apply, See
www.dtsc.ca.gov/hazardouswaste/perchlorate.’
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Equipment Markings
This marking on the product, accessories or literature indicates that the
product and its electronic accessories (e.g. charger, headset, USB cable)
should not be disposed of with other household waste at the end of their
working life. To prevent possible harm to the environment or human
health from uncontrolled waste disposal, please separate these items
from other types of waste and recycle them responsibly to promote the
sustainable reuse of material resources.
Household users should contact either the retailer where they purchased
this product, or their local government office, for details of where and how
they can take these items for environmentally safe recycling.
Business users should contact their supplier and check the terms and
conditions of the purchase contract. This product and its electronic
accessories should not be mixed with other commercial wastes for
disposal.
Correct disposal of batteries in this product
(Applicable in countries with separate collection systems.)
The marking on the battery, manual or packaging indicates that the
battery in this product should not be disposed of with other household
waste. Where marked, the chemical symbols Hg, Cd or Pb indicate that
the battery contains mercury, cadmium or lead above the reference levels
in EC Directive 2006/66.
The battery incorporated in this product is not user replaceable. For
information on its replacement, please contact your service provider. Do
not attempt to remove the battery or dispose it in a fire. Do not
disassemble, crush, or puncture the battery. If you intend to discard the
product, the waste collection site will take the appropriate measures for
the recycling and treatment of the product, including the battery.
Protective earth
AU should be grounded.
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Chapter 1
Before
Installation
This chapter introduces Access Unit (AU) and describes the items that you should
know before installation.
System View and External Interface
This section provides the pictorial view of the AU and its interfaces.
AU View
Figure below depicts the physical structure of the AU.
Figure 1. AU View
6 (152)
Unit: in. (mm)
[Top View]
15.6 (396)
9.2 (233)
[Left View]
[Front View]
[Right View]
[Rear View]
[Bottom View]
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Chapter 1 Before Installation
AU External Interface
Figure below depicts the external interface structure of the AU.
Figure 2. AU External Interface
[Top View]
GNSS
[Bottom View_AC Type]
PWR
Ground Terminal
[AC PWR Connector]
CLK
BH0
BH1
UDA
[Bottom View_DC Type]
PWR
Ground Terminal
[DC PWR Connector]
CLK
BH0
BH1
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Chapter 1 Before Installation
Specifications
Table below lists the main specifications of the AU.
Table 1. Specifications
Item
NAU100
NAU110
Input power
100-240 V AC
-48 V DC
Power Consumption
(w/PoE + PSE): Typ. 260 W Max. 270 W
Features
ASIC, RFIC Applied
Size
< 11.8 L
Carrier Frequency
27.5-28.35 GHz
Channel Bandwidth
100 MHz × 8CC
Duplexing
TDD
Antenna Path
4T4R
RF Chain
256 × 4
Output Power per path
54 dBm (EIRP)
Antenna Gain per path
27.5 dBi
Beam Scan Range
H ±60°, V ±20°
HPBW
H 6°, V 6°
Backhaul
10 GbE × 2 (SFP+ × 1 ea, RJ45 × 1 ea)
Cooling
Natural Convection
Operation Temperature
-40-50°C
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Chapter 1 Before Installation
Cautions for Installation
Observe the safety instructions described in this section when installing the
system. Installation must be done in accordance with the applicable local electric
codes.
Before Installing

Post warning signs in areas where high-voltage cables are installed.

Post ‘off limit’ signs in areas where accidents are most expected.

Use guardrails or fences to block open areas such as ditches, open roof areas,
and scaffolds.
Install the system in the restricted access area.
While Installing
The system power must be cut off before installing.
Ensure the power switch of power supply is off when installing the system.
Installing the system with power switch on may cause system damage or fatal
human injury when connecting or disconnecting cables.
Ensure that workers wear protection gloves and goggles to prevent injury from
debris while drilling holes in a wall or ceiling.
Do not wear accessories such as watches and rings to prevent electrical shock.
Cover unused ports with a cap. This prevents foreign substances from entering into
the unused ports.
To prevent foreign substances, outdoor air, and moisture from entering the cable
inlet (including cable gland and conduit), finish the inlet as follows:
Unused inlet: Use the hole finishing materials including cap and rubber packing.
Cable-installed inlet: After cable installation, block any space in the inlet with
tape, compressed sponge, rubber packing, and silicone.
Keep a safe distance between the base station antenna and people.
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Chapter 1 Before Installation
AU
SFG-AA100AC
(NAU100)
SFG-AA100DC
(NAU110)
Safe
Distance
300 cm
Do not co-locate nor operate in conjunction with any other antenna or transmitter
for the protection of general public from exposure to radio frequency
electromagnetic field.
After Installing
Remove any debris produced during the work and clean up the installation site.
In the system, the laser beam light runs through the optical cable. The workers
must handle the optical cables with care as the laser beam can seriously damage
the eyes.
Ensure that the workers do not damage installed cables while cleaning the system.
While cleaning the power supply device, take precaution that the device does not
come in contact with foreign objects that may cause power failure.
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Chapter 1 Before Installation
Installation Tools
Table below lists the basic tools needed for installation. The additional tools
required for each site need to be identified and arranged during a site survey before
starting the installation.
Table 2. Basic Installation Tools
Number
Name
Specification
Purpose of use
Torque Driver
Apply a torque range
: 6-22 lbf·in
For fastening M4 Screw
Apply a torque range
: 20-90 lbf·in
For fastening M6 SEMS (Hexagon+)
+, Number 2
For fastening M4 SEMS (Hexagon+)
+, Number 3
For fastening M6 SEMS (Hexagon+)
+, Number 3
For loosening M6 SEMS (Hexagon+)
T15H
For fastening Torx Screw (T15H)
Apply a torque range
: 6-30 lbf·in
TNC Connector
Apply a torque range
:10-50 lbf·in
For tightening M6 Hexagon Bolt
Apply a torque range
: 100-400 lbf·in
For tightening M8 Hexagon Bolt and
M10 Hexagon Bolt
Apply Hexagon Head: 10 mm
(for 10-50 lbf·in)
For tightening M6 Hexagon Bolt
Apply Hexagon Head: 13 mm
(for 100-400 lbf·in)
For tightening M8 Hexagon Bolt
Apply Hexagon Head: 17 mm
(for 100-400 lbf·in)
For tightening M10 Hexagon Bolt
and M10 Hexagon Nut
Apply Hexagon Head: 14 mm
(for 6-30 lbf·in)
For tightening TNC connector
Screw Driver Bit
Screw Driver
Torque Wrench
Torque Wrench Spanner
Head
Spanner
17 mm
For tightening M10 Hexagon Nut
For loosening M10 Hexagon Bolt
Tape Measure
16 ft./150 ft.
Tape measure for length
measurement
Power Extension Cable
100 ft.
Basic tool
10
Level
Normal
For horizontality and verticality
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Chapter 1 Before Installation
Number
Name
Specification
Purpose of use
11
Hammer Drill
Normal
Wall type drilling
12
Concrete Drill Bit
0.5 in. (12 mm)
For M8 Set Anchor
13
Cable Cutter
0.24-1.26 in. (6-32 mm)
Cable cutting
14
Crimping Tool
14 AWG-4 AWG (1.5-16 mm2)
Pressure terminal for crimping
15
Wire Stripper
Apply cable thickness: 1.5-6.2
in. (4-16 mm)
Cable sheath for removal
16
Nipper
Basic Tool
For cutting cable
17
LAN Tool
Basic Tool
RJ45 crimper
18
Industrial Scissor
Basic Tool
Cutting
19
Knife
Basic Tool
Cutting
20
Optical Connector Cleaner
For LC Connector
For cleaning optical connector
21
Optical Transceiver
Removal Tool
Normal
To separate the optical module
22
Multi tester
Digital Pocket Tester
To measure voltage and current to
detect cable disconnection
23
Fiber Optical Test Set
Wave length: 1310 nm, 1550
nm (single mode) 850 nm,
1310 nm (multi-mode)
Optical level check
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Chapter 1 Before Installation
Number
Name
Specification
Purpose of use
24
Compass
Normal
Check azimuth during installation
25
Heating Gun
50-300°C
Shrinking Heat Shrink Tube
26
Anchor Punch
M8
For M8 Set Anchor
27
Hammer
Normal
Anchor fixing
The required installation tools may vary depending on the site conditions.
In addition to the basic tools, protractor, ladder, safety equipment, and cleaning
tools must also be arranged, considering the site conditions.
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Chapter 2
Installing System
This chapter describes installation procedure of the AU.
Installation Procedure
Figure below depicts the procedure to install the AU.
Figure 3. Procedure to Install the AU
Foundation Work
Bringing in Items
Unpacking and Transporting
Unpacking Items
Pole Type
Fixing System
Wall Type
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Chapter 2 Installing System
System Arrangement
A minimum distance must be secured around the AU, in each direction for
installation and maintenance.
Figure below depicts the minimum distance that must be secured for pole type
installation of the AU using mounting bracket.
Figure 4. AU Arrangement Pole type Installation (Using Mounting Bracket)
≥ 16 (400)
Unit: in. (mm)
W: 9.1 (231)
H: 18.5 (470)
≥ 32 (800)
≥ 16 (400)
[Front View]
7.7 (194)
≥ 8 (200)
≥ 8 (200)
[Top View]
Figure below depicts the minimum distance that must be secured for pole type
installation of the AU using chain bracket assembly.
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Figure 5. AU Arrangement Pole Type Installation (Using Chain Bracket Assembly)
≥ 16 (400)
≥ 32 (800)
Unit: in. (mm)
≥ 8 (200)
≥ 8 (200)
≥ 32 (800)
≥ 16 (400)
9 (226)
W: 9.1 (231)
H: 18.5 (470)
[Top View]
[Front View]
Figure below depicts the minimum distance that must be secured for wall type
installation of the AU using mounting bracket.
Figure 6. AU Arrangement Wall type Installation (Using Mounting Bracket)
≥ 16 (400)
Unit: in. (mm)
W: 9.1 (231)
H: 18.5 (470)
[Front View]
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≥ 32 (800)
7.7 (194)
≥ 8 (200)
≥ 16 (400)
≥ 8 (200)
[Top View]
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Chapter 2 Installing System
Transporting and Unpacking
This section details how to transport the items to the installation place and
describes the procedure to unpack cabinets and other components.
Bringing in Items
Take care of the following at each stage of transportation of the items:

Before moving a system, check storage place for the system and remove
obstacles in advance.

When carrying the system:

Fasten the system firmly to the transport vehicle or carrier to prevent damage
to the system from a vibration or shock.

Use an elevator to prevent accidents. However, if the system must be carried
by people, ensure there are enough people to carry the system.

The system must not be shocked physically.

Care must be taken to protect the system from dust, moisture, and static
electricity.
Unpacking Items
To unpack the items, ensure the following:

The items must be packed until they reach the installation place.

The items are classified in accordance with each job specification and stored at
a place that does not interfere with working.

Unpacked systems must be installed immediately. If immediate installation of
the systems is not planned, the systems must be stored in the installation place
temporarily.

Unpack only external packing, leaving the internal packing in unpacked status.

Unpack the inner packaging after each system is placed on its installation
location.

Dispose by-products (packaging waste) in accordance with waste management
rules. Do not recycle the by-products.
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Chapter 2 Installing System
Fixing System
This section details the procedure to fix the AU.
Fixing GPS Antenna
To fix GPS Antenna
1 Ensure that the items mentioned in below table are available.
Table 3. Parts and Tools for Fixing GPS Antenna on AU
Category
Description
Parts
GPS Antenna
1 EA
Recommended Torque Value
GPS Antenna (TNC-Male)
7.8 lbfin (9 kgf·cm)
Working Tools
 Torque Wrench (6-30 lbfin)
 Torque Wrench Spanner Head (apply Hexagon Head: 14 mm)
2 Connect the GPS antenna to the AU GNSS port as shown in figure below.
Figure 7. Fixing GPS Antenna
GPS Antenna
(TNC-male)
GNSS port
(TNC-Female)
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Chapter 2 Installing System
Fixing Unit Bracket
To fix a unit bracket on the AU (for mounting bracket)
1 Ensure that the items mentioned in below table are available.
Table 4. Parts and Tools for Fixing Unit Bracket on AU
Category
Description
Parts
Unit Bracket
Fasteners
1 EA
M6 × L20 Hexagon Bolt
(Washer assembly)
4 EA
Recommended Torque Value
M6 Hexagon Bolt
Working Tools
 Torque Wrench (10-50 lbfin)
 Torque Wrench Spanner Head (apply Hexagon Head: 10 mm)
43 lbfin (50 kgf·cm)
2 Fix the unit bracket to the fixing hole of the AU rear using fasteners as shown
in figure below.
Figure 8. Fixing Unit Bracket
M6 Hexagon Bolt
(Washer assembly)
M6 Hexagon Bolt
(Washer assembly)
Unit Bracket
Fixing Clip on Unit Bracket
To fix a clip-on unit bracket on the AU (for chain bracket assembly)
1 Ensure that the items mentioned in below table are available.
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Table 5. Parts and Tools for Fixing Unit Bracket on AU
Category
Description
Parts
Clip-on Unit Bracket
1 EA
Fasteners
4 EA
M6 × L20 Hex Bolt
(Washer assembly)
Recommended Torque Value
M6 Hexagon Bolt
Working Tools
 Torque Wrench (10~50 lbfin)
 Torque Wrench Spanner Head (apply Hexagon Head: 10 mm)
43 lbfin (50 kgf·cm)
2 Fix the clip-on unit bracket to the fixing hole of the AU rear using fasteners as
shown in figure below.
Figure 9. Fixing Clip-on Unit Bracket
Clip-on
Unit Bracket
M6 Hexagon Bolt
(Washer assembly)
Pole Type
The AU can be fixed on pole using mounting bracket or chain bracket assembly.
This section details both procedures.
Using Mounting Bracket
Fixing Mounting Bracket on the Pole
To fix a mounting bracket on the pole
1 Ensure that the items mentioned in below table are available.
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Chapter 2 Installing System
Table 6. Parts and Tools for Fixing Mounting bracket on the Pole
Category
Description
Parts
Mounting bracket
Fastener
1 EA
Steel Band
Recommended Torque Value
Steel Band Fixing Screw
Working Tools
 Torque Driver (20-90 lbfin)
 Screw Driver Bit ('+', Number 3)
2 EA
48.5 lbfin (56.1 kgfcm)
The standard of the pole on which the mounting bracket can be attached using
steel bands is 50 A to 125 A.
Pole Size (Diameter)
Length of Steel Band
50 A (2.4 in./60.5 mm)
502 mm
65 A (3 in./76.3 mm)
80 A (3.5 in./89.2 mm)
90 A (4 in./101.6 mm)
100 A (4.5 in./114.3 mm)
125 A (5.5 in./139.8 mm)
2 Pass the steel band through the fixing hole of the mounting bracket, as shown
in figure below.
Figure 10. Fixing Mounting bracket on the Pole (1)
Steel Band
Mounting Bracket
3 Place a mounting bracket to the pole and fix the steel band, as shown in figure
below.
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Chapter 2 Installing System
Figure 11. Fixing Mounting bracket on the Pole (2)
Steel Band Fixing Screw
Mounting Bracket
Ensure the fixing hole is upward.
Fixing hole
4 Check the level of mounting bracket on the pole and adjust the level, as
detailed in figure below.
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Figure 12. Fixing Mounting bracket on the Pole (3)
If it is level, the bubble of the
spirit level is positioned at the
center of both lines.
When fixing the mounting bracket on the pole, be sure to check the level of
bracket. After finishing the installation, adjust the level minutely.
When poor leveling happens, adjust the position of fasteners used to fix the
mounting bracket.
After fixing the steel band, push the remainder of band inside the mounting
bracket, as shown in figure below.
Steel Band remainder
Fixing AU on the Mounting Bracket
To fix the AU on the pole mounting bracket
1 Ensure that the items mentioned in below table are available.
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Chapter 2 Installing System
Table 7. Parts and Tools for Fixing AU on the Pole
Category
Description
Parts
Fasteners
Recommended Torque Value
M6 SEMS
Working Tools




M6 × L23 SEMS (Hexagon +)
(Fastened to the unit bracket)
1 EA
43 lbfin (50 kgf·cm)
Screw Driver Bit ('+', Number 3)
Torque Driver (20-90 lbf·in)
Torque Wrench (10-50 lbfin)
Torque Wrench Spanner Head (apply Hexagon Head: 10 mm)
2 Pull out the fastening materials so that they do not jut out from the fixing
groove of the unit bracket. (Do not pull out completely.) This is depicted in
figure below.
Figure 13. Fixing AU on the Pole Mounting Bracket (1)
[Top View]
[Top View]
M6 SEMS
(Hexagon +)
M6 SEMS
(Hexagon +)
3 Place the unit bracket on the fixing grooves of the mounting bracket and push
the unit bracket down to fix the AU in place. Figure below depicts this.
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Chapter 2 Installing System
Figure 14. Fixing AU on the Pole Mounting Bracket (2)
[Top View]
Unit Bracket
Mounting Bracket
4 Fix the unit bracket to the mounting bracket using fasteners as shown in figure
below.
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Chapter 2 Installing System
Figure 15. Fixing AU on the Pole Mounting Bracket (3)
M6 SEMS
(Hexagon +)
Using Chain Bracket Assembly
To fix Chain Bracket Assembly on the Pole
The standard of the pole on which an AU can be attached using a chain bracket
assembly is 100 A [Outer Diameter (OD): 4.5 in./114.5 mm]-350 A (OD: 14
in./355.6 mm). The number of AUs (1-3 sector) and the chain bracket assemblies
that can be installed depends on the diameter of the pole. (See table below)
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Chapter 2 Installing System
Dummy Bracket
Chain Bracket
Tensioner Assembly
Unit: EA
POLE SIZE
Dummy
Chain
Clip on
Tensioner
M10 L50
M6 L20
(in/mm)
Bracket
Bracket
Unit
Assembly
Hex. Bolt
Hex. Bolt
(Washer
(Washer
assembly)
assembly
Bracket
AU
× 4 EA)
350 A
(14/355.6)
1~3
11
1~3
1~3
300 A
(12.5/318.5)
1~3
10
1~3
1~3
250 A
(10.5/267.4)
1~3
1~3
1~3
200 A
(8.5/216.3)
1~3
1~3
1~3
150 A
(6.5/165.2)
1~2
1~2
1~2
125 A
(5.5/139.8)
1~2
1~2
1~2
100 A
(4.5/114.5)
Table below shows the configuration of the tensioner assembly.
Parts
EA
Cork
M10 × L240 Stud bolt
M10 Hexagon nut
M10 Sprint washer
M10 Plain washer
M10 × L50 Hexagon bolt
Clamp nut
Clamp nut-2
Link bracket
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Chapter 2 Installing System
To assemble the chain bracket assembly for 350 A pole (3 sector)
1 Ensure that the items mentioned in below table are available.
Table 8. Parts and Tools for Assembling Chain Bracket Assembly for 350 A pole (3 sector)
Category
Description
Parts
Chain bracket
Link bracket
Clamp nut
Clamp nut-2
Dummy bracket
3 EA
1 EA
1 EA
1 EA
7 EA
Fasteners
12 EA
M10 × L50 Hexagon bolt
(washer assembly)
M10 × L240 Stud bolt
M10 Hexagon nut
M10 Plain washer
M10 Spring washer
Cork
1 EA
3 EA
2 EA
2 EA
2 EA
Recommended Torque Value
M10 Hexagon bolt
M10 Hexagon Nut
217 lbfin (250 kgf·cm)
217 lbfin (250 kgf·cm)
Working Tools
 Torque Wrench (100-400 lbfin)
 Torque Wrench Spanner Head (apply Hexagon Head: 17 mm)
 Spanner (17 mm)
2 Place a clamp nut to the link bracket fixing hole and fix it using fasteners, as
shown in figure below.
Figure 16. Fixing Chain Bracket Assembly for 350 A pole (3 sector) (1)
M10 Hexagon Bolt
(Washer assembly)
Link Bracket
Clamp Nut
3 Place a dummy bracket to the chain bracket fixing hole and fix it using
fasteners. Figure below depicts this.
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Chapter 2 Installing System
Figure 17. Fixing Chain Bracket Assembly for 350 A pole (3 sector) (2)
Chain Bracket
Dummy Bracket
M10 Hexagon Bolt
×3
4 Connect all dummy brackets using fasteners, as depicted in figure below.
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Chapter 2 Installing System
Figure 18. Fixing Chain Bracket Assembly for 350 A pole (3 sector) (3)
M10 Hexagon Bolt
5 Place a link bracket and a clamp nut-2 to the dummy bracket fixing hole and
fix it using fasteners. Figure below shows this.
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Chapter 2 Installing System
Figure 19. Fixing Chain Bracket Assembly for 350 A pole (3 sector) (4)
Dummy Bracket
Link Bracket
Clamp Nut-2
M10 Hexagon Bolt
6 Place a stud bolt to the clamp nut-2 fixing hole and fix it using fasteners.
Figure below shows this.
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Chapter 2 Installing System
Figure 20. Fixing Chain Bracket Assembly for 350 A pole (3 sector) (5)
M10 Stud Bolt
Cork
Cork
M10 Plain Washer
M10 Plain Washer
M10 Spring Washer
M10 Hexagon
Nut
M10 Hexagon
Nut
M10 Spring Washer
M10 Hexagon
Nut
The length of the chain bracket assembly can be adjusted using the dummy
bracket.
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Chapter 2 Installing System
To fix the chain bracket assembly temporarily
1 Ensure that the items mentioned in below table are available.
Table 9. Parts and Tools for Fixing Chain Bracket Assembly on the Pole
Category
Description
Parts
Chain bracket assembly
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Chapter 2 Installing System
Category
Description
Recommended Torque Value
M10 Hexagon Nut
Working Tools
 Torque Wrench (100~400 lbfin)
 Torque Wrench Spanner Head (apply Hexagon Head: 17 mm)
 Spanner (Hexagon Head: 17 mm)
217 lbfin (250 kgf·cm)
2 Open the chain bracket assembly on the ground and place it on the pole, as
depicted in figure below.
Figure 21. Fixing Chain Bracket Assembly on the Pole (1)
Pole
Chain Bracket Assembly
3 Fix the chain bracket assembly in place temporarily using the hexagon nuts on
each side of the stud bolt, as depicted in figure below.
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Chapter 2 Installing System
Figure 22. Fixing Chain Bracket Assembly on the Pole (2)
Clap nut
Cork
M10 Hexagon Nut
The extra space on each side of the stud bolt (A) must be equal when temporarily
fixing the chain bracket assembly in place.
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Chapter 2 Installing System
≒A
≒A
4 Use the hexagon nut in the center of the stud bolt to fix the clamp nut-2 in
place, as depicted in figure below.
Figure 23. Fixing Chain Bracket Assembly on the Pole (3)
Clamp nut-2
M10 Hexagon Nut
5 Unfasten the temporarily fixed hexagon nut to disassemble the chain bracket
assembly, as depicted in figure below.
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Chapter 2 Installing System
Figure 24. Fixing Chain Bracket Assembly on the Pole (4)
M10 Hexagon Nut
To fix the chain bracket assembly on the pole
The following is based on the 3 sector type that is installed on a 350 A pole (OD:
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Chapter 2 Installing System
14 in./355.6 mm).
1 Ensure that the items mentioned in below table are available.
Table 10. Parts and Tools for Fixing Chain Bracket Assembly on the Pole
Category
Description
Parts
Chain bracket assembly
1 EA
Recommended Torque Value
M10 Hexagon Nut
217 lbfin (250 kgf·cm)
Working Tools
 Torque Wrench (100-400 lbfin)
 Torque Wrench Spanner Head (apply Hexagon Head: 17 mm)
2 Open the chain bracket assembly and place it in the position on the pole where
the AU is to be installed. Figure below depicts this.
Figure 25. Fixing Chain Bracket Assembly on the Pole (5)
Pole
Chain Bracket Assembly
3 Fix the chain bracket assembly to the pole using fasteners. Figure below
depicts this.
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Chapter 2 Installing System
Figure 26. Fixing Chain Bracket Assembly on the Pole (6)
Clap nut
Cork
M10 Hexagon Nut
The chain bracket assembly is installed using the same method for all 1-3 sector
types.
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Chapter 2 Installing System
[1 Sector]
[2 Sector]
4 Check the level of chain bracket assembly on a pole and adjust the level as
detailed in figure below.
Figure 27. Fixing Chain Bracket Assembly on the Pole (7)
If it is level, the bubble of the
spirit level is positioned at the
center of both lines.
When fixing the chain bracket assembly on a pole, be sure to check the level of
bracket. After finishing the installation, adjust the level minutely.
When poor leveling happens, adjust the position of fasteners used to fix the chain
bracket assembly.
After the chain bracket assembly is fixed, the extra space on each side of the stud
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Chapter 2 Installing System
bolt (A) must be equal, as shown in figure below.
≒A
≒A
Fixing AU on the Chain Bracket Assembly
To fix the AU on the chain bracket assembly
1 Place the clip-on unit bracket on the fixing grooves of the chain bracket and
push the clip-on bracket down until it clicks to fix the AU in place. Figure
below depicts this.
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Chapter 2 Installing System
Figure 28. Fixing AU on the Pole Chain Bracket Assembly (1)
[Top View]
[Top View]
Clip on Unit Bracket
Chain Bracket fixing
hole
2 Fix all AUs using the same method, as shown in figure below.
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Chapter 2 Installing System
Figure 29. Fixing AU on the Pole Chain Bracket Assembly (2)
All AUs are fixed to the chain bracket assembly using the same method.
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Chapter 2 Installing System
[1 sector]
[2 sector]
Wall Type
An AU can be fixed on wall using a mounting bracket. This section details the
procedures for fixing the mounting bracket on the wall and fixing the AU on the
bracket.
Marking and Drilling for Wall Mounting
To mark on the wall
1 Ensure that the items mentioned in below table are available.
Table 11. Tools for Marking
Category
Description
Working Tools
 Tape Measure
 Permanent Maker
 Level
Perform leveling test before drilling by referring to System Leveling, to ensure the
positions marked are horizontal or vertical. If the result shows the marked
positions are not horizontal or vertical, modify the marking positions.
When the position to place the system is determined, place the system on that
position and then mark the positions where anchor bolts are to be fixed. This
reduces marking error range.
2 Check the distance between the location for fixing the AU and the anchor bolt
hole, as shown in figure below.
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Chapter 2 Installing System
Figure 30. AU Marking Dimensions for Wall Type
Unit: in. (mm)
: Anchor Bolt Hole
3.5 (90)
[Rear View]
3 Place the mounting bracket on the fixing location, check the level status using
a level, and adjust the level of the bracket assembly.
4 If the level status is normal, mark the anchor bolt holes on the wall. This is
detailed in figure below.
Figure 31. Marking Wall Type
Unit: in. (mm)/
Marking Point
If it is level, the bubble of the
spirit level is positioned at the
center of both lines.
3.5 (90)
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Chapter 2 Installing System
To drill the anchor holes and fix the anchors
1 Ensure that the items mentioned in below table are available.
Table 12. Parts and Tools for Drilling and Anchoring
Category
Description
Parts
M8 Set Anchor Assembly
Woking Tools





2 EA
Hammer Drill
Concrete Drill Bit (12 mm)
Vacuum Cleaner
Hammer
Anchor Punch (For M8 Set Anchor)
Table 13. Anchor Bolt Drill Bits and Hole Depth
Category
Anchor Bolt
Drill Bits
AU
M8
12 mm (0.5 in.)
Hole Depth
[Anchor Hole Cross Section]
[O]
38 mm (1.5 in.)
12 mm.
(0.5 in.)
[X]
38 mm
(1.5 in)
* Remove the debris from the drilled hole.
2 Drill anchor holes at the marked points. Remove dust from the holes using a
vacuum cleaner. Fix set anchor to the drilled hole. This is shown in figure
below.
(Ensure you do not lose the M8 hexagon nut, spring washer, and plain
washer.)
Figure 32. Drilling and Anchoring
Vacuum Cleaner
M8 Anchor Bolt
Anchor Punch
12 mm
(0.5 in.)
Hammer Drill
Hammer
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Fixing Mounting Bracket on the Wall
To fix the mounting bracket on the wall
1 Ensure that the items mentioned in below table are available.
Table 14. Parts and Tools for Fixing Mounting Bracket on the Wall
Category
Description
Parts
Mounting bracket
1 EA
Fastener
2 EA
2 EA
2 EA
M8 Plain Washer
M8 Spring Washer
M8 Hexagon Nut
Recommended Torque Value
M8 Hexagon Nut
Working Tools
 Torque Wrench (100-400 lbfin)
 Torque Wrench Spanner Head (apply Hexagon Head: 13 mm)
110 lbfin (127 kgfcm)
2 Place the mounting bracket to the anchor bolt and fix the bracket using
fasteners, as depicted in figure below.
Figure 33. Fixing Mounting Bracket on the Wall
Mounting Bracket
M8 Anchor Bolt
M8 Plain Washer
M8 Spring Washer
M8 Hexagon Nut
Ensure the fixing hole is upward, as depicted in figure below.
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Fixing hole
Fixing on the Wall
To fix the AU on the wall
1 Ensure that the items mentioned in below table are available.
Table 15. Parts and Tools for Fixing AU on the Wall
Category
Description
Parts
Fasteners
Recommended Torque Value
M6 SEMS
Working Tools




M6 × L23 SEMS (Hexagon +)
(Fastened to the unit bracket)
1 EA
43 lbfin (50 kgf·cm)
Screw Driver Bit ('+', Number 3)
Torque Driver (20-90 lbf·in)
Torque Wrench (10-50 lbfin)
Torque Wrench Spanner Head (apply Hexagon Head: 10 mm)
2 Pull out the fastening materials so that they do not jut out from the fixing
grooves of the unit bracket. (Do not pull out completely.) This is depicted in
figure below.
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Figure 34. Fixing AU on the Wall (1)
[Top View]
[Top View]
M6 SEMS
(Hexagon +)
M6 SEMS
(Hexagon +)
3 Place the unit bracket on the fixing grooves of the mounting bracket and push
the unit bracket down to fix the AU in place. Figure below depicts this.
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Figure 35. Fixing AU on the Wall (2)
[Top View]
Unit Bracket
Mounting Bracket
4 Fix the unit bracket to the mounting bracket using fasteners as shown in figure
below.
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Chapter 2 Installing System
Figure 36. Fixing AU on the Wall (3)
M6 SEMS
(Hexagon +)
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Chapter 3
Connecting
Cables
This chapter describes the procedures to connect cables to an AU system and to
label the cables.
Cabling Procedure
Figure below depicts the procedure to connect system cables.
Figure 37. Procedure to Connect System Cable
Grounding
Connecting ground cable
Connecting AC Power Cable
Power Cabling
Connecting DC Power Cable
Connecting UDA Cable
Interface Cable Connection
Connecting Backhaul Cable
Connecting Clock sync Cable
Fixing Cable Cover
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Chapter 3 Connecting Cables
Guidelines for Cable Connections
Figure below depicts the sequence of operations for connecting cables to the
system.
Figure 38. Cable Connection Procedure
Cable Path Inspection
Cable Cutting
Cable Installation
Connector Attachment
When assembling the
connector at the site
Connector Assembly
Cable Binding
Identification Tag Attachment
When cutting the cable after installation, ensure that the connector is disconnected.
The cable installation while the connector is connected to the system may cause
contact failure, or damage to the assembled connector and the cable, due to cable
tension or operator mistakes.
The sequence of cable cutting and installation of the cable workflow can be
changed depending on the field situation such as "cutting after installing" or
"installing after cutting".
Cable Path Inspection
When installing a cable that interconnects rectifier, Main Ground Bar (MGB), and
backhaul device, within the system, cable path, length, and cable installation
method must be inspected.
To inspect the cable path, ensure the following.

A minimum cable length must be selected, so that the length does not affect
the cable installation and maintenance.
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
The cable must be placed in a location where the cable is not damaged by
external factors such as power line, flooding, and footpaths.

In areas where the cable may be damaged by external factors, ensure that
measures are taken to prevent damage to the cable, such as cable tray, ducts,
and flexible pipe.
Cable Cutting
Measure the exact distance after carefully checking the route, and cut the cable
using a cutting tool.
To cut the cable, follow these guidelines:

Cut the cable to the length determined in the Cable Path Inspection step.

Use a dedicated cable cutting tool.

Cut the cable at right angles.

Be careful to keep the cable away from moisture, iron, lead, dust, or other
foreign material when cutting.

Remove any foreign material attached to the cable using solvent and a brush.
Cable Installation
This process involves running the cable along the cabling path to the target
connector of the system or an auxiliary device. This is done after cable path
inspection and cable cutting are completed.
To install the cable, follow these guidelines:

Be careful not to damage the cable.

If the cable is damaged, cut out the damaged section before installing, or
replace the cable.

Run the cable so that it is not tangled. In particular, when installing the cable
from a horizontal section to a vertical section, be careful not to reverse the
upper and lower lines of the cable.

Always use the maximum curvature radius possible, and ensure that the
minimum curvature radius specification is complied with.

If the cable needs to be protected, use suitable protective cover such as PVC
channel, spiral sleeve, flexible pipe, and cable rack.

Install the DC power cable and the data transmission cable away from the AC
power cable to prevent electromagnetic induction.
Table below provides the recommended minimum allowed cable bend radius of
different types of cables
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Table 16. Recommended Minimum Allowed Cable Bend Radius
No
Type
Allowed Cable Bend Radius
Ground/Power Cable
Eight times of the cable external diameter
Optical Cable (indoor)
Unloaded Condition (Installed)
: 20 times of cable external diameter
Loaded Condition (During
Installation)
: 40 times of cable external
diameter
Optical Cable (Outdoor)
Unloaded Condition (Installed)
: 10 times of cable external diameter
Loaded Condition
(During Installation)
: 20 times of cable external
diameter
UTP/FTP/S-FTP/F-UDP
Cable
Four times of the cable external diameter
※ If the allowed cable bend radius is specified by the manufacturer, comply with the bend radius specified.
Cable Binding
This process involves fixing and arranging an installed cable using binding thread,
cable ties, binding wire, and ram clamps.
Follow these guidelines when binding a cable.

Be careful not to damage the cable during binding.

Use proper cable binding tools according to the target location (indoor or
outdoor) and the type of the cable (power supply cable, optical cable, or feeder
line).

Ensure the cutting sections of the cable tie and the binding line are not exposed
to the outside. This may cause damage to the cables or personal injury.

Cut off the remainder of the cable thread by leaving about 50 mm of extra
length to prevent the knot from easily getting untied.

If there is a chance of contact-failure to occur in the connector connection due
to tension, bind the cable at the closest location to the connector.
Connector Attachment
This process involves assembling a connector to an installed cable or to a device
on the site.
Follow these guidelines when attaching the connector.

Ensure operator is fully aware of the connector assembly method before
assembling the connector. Assemble the connector in accordance with its pin
map.

Each connector has a hook to prevent its core positions from being changed.

Check the corresponding grooves before connecting the connector to another
connector.

Use a heat shrink tube at the connector connection for cables that are installed
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outdoor, such as feeder lines, to prevent water leakage and corrosion from
occurring at the part exposed to the outside.

Connect each cable of the connector assembly in a straight line.

Be careful when connecting the cable so that contact failure does not occur at
the connector connection due to tension.
Identification Tag Attachment
This process involves attaching a marker cable tie, a nameplate, and a label to both
ends of a cable (connections to a connector) to identify the use of the cable and the
cabling path.
Follow these guidelines when attaching an identification tag.

When installing the cable outdoor, use relief engraving and coated labels to
prevent the markings from being erased.

Since the form and attachment method for identification tags are different for
each provider, consult with the provider before attaching the tags.
When connecting the cables, always connect the ground cable first. If a worker
contacts the equipment, connects a cable, or performs maintenance without
connecting the ground cable, the system can be damaged or the worker may be
injured due to static electricity and short circuit.
When performing cable work for the system, proceed with the ground work before
any other work to prevent errors occurring due to static electricity and other
reasons.
After completing cable installation, unused ports must be capped.
When installing, take care not to overlap or tangle the cables. In addition, consider
future expansion. Install DC power cable and data transmission cable away from
AC power cable to prevent electromagnetic induction.
Ensure the work is done by personnel properly trained for the cabling job.
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Chapter 3 Connecting Cables
Cabling Diagram
This section describes the different cabling options for the AU.
For AC Type
Figure below depicts the cabling diagram of AC type AU.
Figure 39. Cable Diagram-AC Type
2) AC Power cable
[Bottom View]
4) Backhaul
(Optical) Cable
BH1
UDA
5) Backhaul (Copper)
Cable
BH0
CLK
PWR
AC Distributor
1) Ground Cable
MGB
3) UDA Cable
External Alarm Device
Switch/Router
Table below lists the main specifications of the AC type AU cable connections.
Table 17. AU Connection Cable_AC Type
From
To
Cable
MGB
AU
1 Ground Cable
: 6 AWG × 1C
AU
AC: Distributor
2 AC Power Cable: 14 AWG or 1.5 mm2 × 3C
Switch
3 Backhaul (Optical) Cable
: Single Mode (Outdoor Type)
4 Backhaul (Copper) Cable Assembly
: (24 AWG, 4P, CAT6a, F-UDP)
External Alarm Device
5 UDA Cable
: UDA Cable Assembly
The inlet hole finishing method of external equipment must be done after
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consultation with operation company, if the cable is connected to external
equipment such as optical distribution box.
- The cables: Power cable, Backhaul (Optical and Copper) cables, and UDA cable
For DC Type
Figure below depicts the cabling diagram of DC type AU.
Figure 40. Cable Diagram-DC Type
[Bottom View]
CLK
BH0
BH1
UDA
1) DC Power cable
DC Distributor
PWR
For the DC type, all cable connections except the power cable are identical to the AC type.
Table below lists the main specifications of the DC type AU cable connections.
Table 18. AU Connection Cable_DC Type
From
To
Cable
MGB
AU
1 Ground Cable
: 6 AWG × 1C
AU
DC: Distributor
2 DC Power Cable: 12 AWG or 2.5 mm2 × 2C
Switch
3 Backhaul (Optical) Cable
: Single Mode (Outdoor Type)
4 Backhaul (Copper) Cable Assembly
: (24 AWG, 4P, CAT6a, F-UDP)
External Alarm Device
5 UDA Cable
: UDA Cable Assembly
The inlet hole finishing method of external equipment must be done after
consultation with operation company, if the cable is connected to external
equipment, such as optical distribution box.
- Cables: Power cable, Backhaul (Optical and Copper) cables, and UDA cable
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Chapter 3 Connecting Cables
Cascade Cabling (optional)
Figure below depicts the cabling diagram for 2 sector cascade AU.
Figure 41. Cable Diagram (Optional, 2 sector cascade)
6) Clock Sync Cable
Switch/Router
AU #1
5) Backhaul (Copper) Cable
1) Ground Cable
4) Backhaul (Optical) Cable
AU #0
1) Ground Cable
3) UDA Cable
AC/DC
Distributor
7) AC/DC Power
cable
2) AC/DC Power cable
MGB
External Alarm Device
Table below lists the main specifications of the cascade type AU cable
connections.
Table 19. AU Connection Cable (Optional, 2 sector cascade)
From
To
Cable
MGB
 AU #0
 AU #1
1 Ground Cable
: 6 AWG × 1C
#0 AU
 AC: Distributor
 DC: Distributor
2 AC Power Cable: 14 AWG or 1.5 mm × 3C
DC Power Cable: 12 AWG or 2.5 mm × 2C
External Alarm Device
3 UDA Cable Assembly
Switch/Router
4 Backhaul (Optical) Cable
: Single Mode (Outdoor Type)
#1 AU
5 Backhaul (Copper) Cable Assembly
: (24 AWG, 4P, CAT6a, F-UDP)
#1 AU
6 Clock Sync Cable Assembly
AC or DC: Distributor
7 AC Power Cable: 14 AWG or 1.5 mm × 3C
DC Power Cable: 12 AWG or 2.5 mm × 2C
#1 AU
The inlet hole finishing method of external equipment must be done after
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consultation with operation company, if the cable is connected to external
equipment, such as optical distribution box.
- Cables: Power cable, Backhaul (Optical and Copper) cables, UDA cable, and
Clock sync cable.
When connecting a 2 sector cascade, use one GPS antenna on the #0 AU, and have
AUs exchange signals through a clock sync cable.
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Grounding
Grounding is the process of operating an electronic system such as power supply
system, communication system, and control system, stably without damage from
lightning, transient-current, transient-voltage, and electric noise. Grounding also
helps in preventing injury from electric shock.
Ground equipment minimizes the electrical potential of the electronic device to
that of the ground, which is zero electrical potential. This prevents electrification
of the electronic device.
Connect the ground cable first. In cabling, the connection of cables without the
connection to the ground cable may cause damage of the equipment or bodily
injury to personnel.
The purposes of the ground construction are as follows:

To prevent human life and the system from over-current, over-voltage, and
lightning

To provide a discharge path for surge voltage generated by lightning and
power switch

To protect the system from static electricity

To eliminate or minimize the high-frequency potential in the system housing

To provide a conductor for the balance and stability of high-frequency current

To stabilize the potential of the circuit against the ground
Connecting Ground Cable
To connect a ground cable
1 Ensure that the items mentioned in below table are available.
Table 20. Parts and Tools for Connecting Ground Cable
Category
Description
Installation Section
MGB-AU Ground Terminal
Cable
6 AWG × 1C
Heat Shrink Tube
(Spec/Color/Length)
Ф 0.47 in. (12 mm)/Clear/1.96 in. (50 mm)
Pressure Terminal
MGB
Checking MGB specifications per site and preparing connecting parts
AU
6 AWG, 2 Hole, Hole diameter: 1/4 in. (6.4 mm), Hole spacing: 0.63 in.
(16 mm)
MGB
Checking MGB specifications per site and preparing connecting parts
AU
M6 × L12 SEMS (Hexagon+)/2 EA
M6 SEMS
43 lbf·in (50 kgf·cm)
Fastener
Recommended
Torque Value
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Category
Description
Working Tools








Cable Cutter
Wire Stripper
Crimping tool
Heating Gun
Nipper
Screw Driver (‘+’, Number 3)
Torque Driver (20-90 lbf·in.)
Screw Driver Bit (‘+’, Number 3)
For the pressure terminals of the cable, the UL Listed products or equivalent must
be used.
Example: Manufacturer-Panduit
AU: 6 AWG Pressure Terminal (LCD6-14A-L)
2 Install the ground cable from the MGB to the AU ground terminal as shown in
figure below.
Figure 42. Connecting Ground Cable (1)
Ground Cable
MGB
[Bottom View]
3 Assemble a pressure terminal and a heat shrink tube at the end of the AU
ground cable.
4 Align the pressure terminal to the mounting hole of the AU ground terminal.
5 Firmly fix the pressure terminal onto the AU ground terminal using fasteners.
Figure below depicts the steps 3 to 5.
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Figure 43. Connecting Ground Cable (2)
M6 SEMS
(Hexagon +)
Pressure Terminal
Heat Shrink Tube (clear)
Ground Cable
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Power Cabling
Figure below depicts the elements of a power supply device.
Figure 44. Power Equipment Elements
[AC Type]
AC Distributor
100~240 VAC
AU
[DC Type]
DC Distributor
-48 VDC
AU
Since power is applied to the system where the power cable is connected by
manipulating the circuit breaker of the rectifier, be sure to check the rectifier
breaker is turned off (open) before connecting the power cable to the power
connector. If the system is installed while the circuit breaker is on, the worker may
get critically injured if the cable is connected in the wrong way.
Handling the power cable incorrectly may damage the rack or cause an electric
short-circuit through the cable. Ensure the power switch of the rectifier or the
system is turned off before handling the power.
The fasteners for power cable must be tightly secured to prevent electrical
accidents.
The heat-resistant temperature of the power cable should be 90°C or more.
Install the power cable to the power port of the system by considering the radius of
curvature of its cable specification and then cut the cable. If operator installs the
cable after cutting, there may be length difference among the core wires at the end
of the cable because of cable curvature. This may result in poor contact after the
cable is connected to the power port.
If you turn the power on and off rapidly (within 1 s), the counter electromotive
force caused by cable inductance can damage the system.
Connecting more than one power cable together may increase power loss.
It must be verified that the rectifier or the power distributor has an output voltage
within the specified system input range before the power line is connected.
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Chapter 3 Connecting Cables
Connecting AC Power Cable
To connect an AC power cable
1 Ensure that the items mentioned in below table are available.
Table 21. Parts and Tools for Connecting Power Cable
Category
Description
Installation Section
AC Distributor-AU Ac power input port
Cable
AC: 14 AWG or 1.5 mm2 × 3C
(The color of the core wire can be changed according to the specification of
the cable used.)
Connector
AC Distributor
Check specifications of AC Distributor output
terminal per site and prepare fasteners.
AU (AC)
JONHON, DY6F1203PNFM-06 to OPEN





Working Tools
Cable Cutter
Wire Stripper
Compressor
Heating Gun
Nipper
Table below provides the AC power cable connector pin map.
Table 22. AC Power Cable/Connector Pin Map
Power Connector Pin Number
Description
Color
Pin 1
Black
Pin 2
PE
Green
Pin 3
[System side Connector]
White
[Cable side Connector]
2 Install the AC power cable from the AC Distributor to the AU, as shown in
figure below.
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Figure 45. Connecting AC Power Cable (1)
AC Power Cable
AC Distributor
[Bottom View]
3 Separate the cap from the cable side connector, as shown in figure below.
Figure 46. Connecting AC Power Cable (2)
Cap
Cap
4 Insert the connector aligning white dot of the cable side connector and white
dot of the system side connector. When inserting the connector, push the shell
to upper side, as shown in figure below.
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Figure 47. Connecting AC Power Cable (3)
System side connector’s white dot
Cable side connector’s white dot
Shell
Push
When the connector is fastened tight, the white line on the system side connector
becomes invisible (or hidden).
White Line
[White Line is invisible]
[White Line is visible]
The method for connecting or disconnecting the power connector is as follows:
- For connecting the connector, push the shell to upper side.
- For disconnecting the connector, pull the coupling nut to lower side.
This is depicted in figure below.
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Coupling Nut
Pull
Shell
Push
Install a circuit breaker to the rectifier (or power distributor) for stable power. The
capacity of the circuit breaker is 10 A.
Connecting DC Power Cable
To connect a DC power cable
1 Ensure that the items mentioned in below table are available.
Table 23. Parts and Tools for Connecting Power Cable
Category
Description
Installation Section
DC Distributor-AU DC power input port
Cable
DC: 12 AWG or 2.5 mm2 × 2C
(The color of the core wire can be changed according to the specification of
the cable used.)
Connector
DC Distributor
Check specifications of DC Distributor output
terminal per site and prepare fasteners.
AU (DC)
JONHON, DY6F1202PNFM-06 to OPEN





Working Tools
Cable Cutter
Wire Stripper
Compressor
Heating Gun
Nipper
Table below provides the DC power cable connector pin map.
Table 24. DC Power Cable/Connector Pin Map
Power Connector Pin Number
Description
Color
Pin 1
-48 V DC
Red
Pin 2
RTN
Black
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Power Connector Pin Number
Description
Color
[System side Connector]
[Cable side Connector]
2 Install the DC power cable from the DC Distributor to the AU, as shown in
figure below.
Figure 48. Connecting DC Power Cable (1)
DC Power Cable
DC Distributor
[Bottom View]
3 Separate the cap from the cable side connector, as shown in figure below.
Figure 49. Connecting DC Power Cable (2)
Cap
Cap
4 Insert the connector aligning white dot of the cable side connector and white
dot of the system side connector. When inserting the connector, push the shell
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Chapter 3 Connecting Cables
to upper side, as shown in figure below.
Figure 50. Connecting DC Power Cable (3)
System side connector’s white dot
Cable side connector’s white dot
Shell
Push
When the connector is fastened tight, the white line on the system side connector
becomes invisible (or hidden).
White Line
[White Line is invisible]
[White Line is visible]
The method for connecting or disconnecting the power connector is as follows:
- For connecting the connector, push the shell to upper side.
- For disconnecting the connector, pull the coupling nut to lower side.
This is depicted in figure below.
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Coupling Nut
Pull
Shell
Push
Install a circuit breaker to the rectifier (or power distributor) for stable power. The
capacity of the circuit breaker is 14 A.
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Interface Cable Connection
This section describes the procedures to connect interface cables.
Remove/Insert Optical Module
This section describes the process to follow if an optical module needs to be
removed or inserted before connecting the cable. Each step is followed by its
corresponding figure showing the location of the parts and direction of movement.
To remove the optical module
1 Hang the hook of Optical Transceiver Removal Tool (OTRT) on the bail of the
optical module within the system.
Figure 51. Optical Module Removal (1)
[System Inside]
Optical
Connector
Optical Module
[Front View]
Optical Transceiver
Removal Tool’s Hook
Location to hang the
Optical Transceiver
Removal Tool
Bail
2 Completely remove the optical module from the transceiver by pulling the
OTRT.
Figure 52. Optical Module Removal (2)
Transceiver
Optical Module
Optical Transceiver
Removal Tool
3 Remove the optical module and the jig by pressing the hook grip of the OTRT.
Figure 53. Optical Module Removal (3)
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To insert the optical module
Push the optical module into the transceiver within the connector.
Figure 54. Optical Module Inset
[System Inside]
Optical
Connector
Transceiver
Optical Module
Insert the optical module bail, facing the front of the system, to the port.
Optical Module Bail
Do not insert when the optic module bail is unlocked.
Optical Module Bail
[Raised: Lock]
[Lowered: Unlock]
Connecting UDA Cable
To connect a UDA cable
1 Ensure that the items mentioned in below table are available.
Table 25. Parts and Tools for Connecting UDA Cable
Category
Description
Installation Section
AU UDA Port~External alarm device
Cable
UDA Cable Assembly (24 AWG, 5C)
Connector
External alarm device
Check specifications of external device output terminal
per site and prepare fasteners.
AU
JONHON, Push Pull Type, RJ45MF-CT-07
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Category
Description
Working Tools




Cable Cutter
Wire Stripper
Nipper
LAN Tool
Table below provides the UDA cable pin map.
Table 26. UDA Cable Pin Map
System Side
Color Map
Description
White/Blue
UDA Common RTN
Blue
UDA3
Orange
UDA2
Green
UDA1
Brown
UDA0
N.C
N.C
N.C
N.C
N.C
N.C
Shell
2 Install the UDA cable from the external alarm device to the AU.
Figure 55. Connecting UDA Cable (1)
UDA Cable
External Alarm Device
[Bottom View]
3 Separate the cap from the cable side connector.
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Figure 56. Connecting UDA Cable (2)
Cap
Cap
4 The latch of cable side connector should be toward the rear of the system.
Figure 57. Connecting UDA Cable (3)
AU
Front Side
AU
Rear Side
AU
Front Side
AU
Rear Side
RJ-45Plug
Latch
Cable side
connector’s
White dot
5 Insert the RJ-45 plug to the system side connector.
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Figure 58. Connecting UDA Cable (4)
AU
Front Side
AU
Rear Side
UDA
RJ-45Plug
Latch
AU
Front Side
AU
Rear Side
6 Insert the connector aligning white dot of the cable side connector and white
dot of the system side connector. When inserting the connector, push the shell
to the system side.
Figure 59. Connecting UDA Cable (5)
AU
Front Side
AU
Rear Side
White dot
AU
Front Side
AU
Rear Side
When the connector is fastened tight, the white line on the system side connector
becomes invisible (or hidden).
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White Line
[White Line is invisible]
[White Line is visible]
The method for connecting or disconnecting the backhaul (RJ45) connector is as
follows:
- For connecting the connector, push the shell to upper side.
- For disconnecting the connector, pull the coupling nut to lower side.
Coupling Nut
Pull
Push
Shell
Connecting Backhaul Cable
To connect a backhaul (optical) cable
1 Ensure that the items mentioned in below table are available.
Table 27. Parts and Tools for Connecting Backhaul (Optical) Cable
Category
Description
Installation Section
AU BH0 Port-Switch/Router
Cable
Backhaul (Optical) Cable (Optical, Single Mode, for Outdoor Type)
Connector
AU
Working Tools
Optical Connector Cleaner
JONHON, Push Pull Type, PDLC03T03 (DLC/UPC)
The laser beam light runs through the optical cable in the system. The laser beam
can cause serious injury to worker's eyes. Therefore, avoid direct exposure to the
laser source.
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Chapter 3 Connecting Cables
Remove the cap of the optical connector before connecting.
- Before connecting the optical cable, check if the ferrule of the connector is
soiled. Be careful to keep the cutting section away from dust or foreign material.
If the cable is soiled with foreign material, do not blow to remove them.
- Ensure to clean the connector in accordance with the cleaning directions
described in Appendix B.
- Do not touch the ferrule at the end of optical cable because it is easy to be
damaged.
Cap
[Before Removing Cap]
[After Removing Cap]
Ferrule
2 Install the backhaul (optical) cable from the AU (BH0 port) to the
switch/router.
Figure 60. Connecting Backhaul (Optical) Cable (1)
Backhaul (Optical) Cable
Switch/Router
[Bottom View]
3 Separate the cap from the cable side connector.
Figure 61. Connecting Backhaul (Optical) Cable (2)
Cap
Cap
Cap
Cap
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Chapter 3 Connecting Cables
4 The latch of cable side connector should be toward the rear side.
Figure 62. Connecting Backhaul (Optical) Cable (3)
AU
Front Side
AU
Rear Side
AU
Front Side
AU
Rear Side
DLC Plug Latch
Cable side
connector’s White dot
5 Insert the DLC plug to the system side optical module.
Figure 63. Connecting Backhaul (Optical) Cable (4)
AU
Front Side
AU
Rear Side
BH0
DLC Plug
AU
Front Side
AU
Rear Side
6 Insert the connector aligning white dot of the cable side connector and white
dot of the system side connector. When inserting the connector, push the shell
to the system side.
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Chapter 3 Connecting Cables
Figure 64. Connecting Backhaul (Optical) Cable (5)
AU
Front Side
AU
Rear Side
White dot
AU
Front Side
AU
Rear Side
When the connector is fastened tight, the white line on the system side connector
becomes invisible (or hidden).
White Line
[White Line is invisible]
[White Line is visible]
The method for connecting or disconnecting the backhaul (optical) connector is as
follows:
- For connecting the connector, push the shell to upper side.
- For disconnecting the connector, pull the coupling nut to lower side.
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Chapter 3 Connecting Cables
Coupling Nut
Shell
Pull
Push
To connect a backhaul (Copper) cable
1 Ensure that the items mentioned in below table are available.
Table 28. Parts and Tools for Connecting Backhaul (Copper) Cable
Category
Description
Installation Section
AU BH1 Port-Switch/Router
Cable
Backhaul (Copper) Cable Assembly (24 AWG, 4P, CAT6a, F-UDP)
Connector
Switch
Check specifications of external device output terminal
per site and prepare fasteners.
AU
JONHON, Push Pull Type, RJ45MF-CT-10
Working Tools




Cable Cutter
Wire Stripper
Nipper
LAN Tool
Table below provides the pin map of backhaul cable.
Table 29. Backhaul (Copper) Cable Pin Map
System Side
Color Map
Description
White/Orange
Orange
White/Green
Blue
White/Blue
Green
White/Brown
Brown
Shell
Shield
Shell
2 Install the backhaul (copper) cable from the external device to the AU.
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Chapter 3 Connecting Cables
Figure 65. Connecting Backhaul (Copper) Cable (1)
Backhaul (Copper) Cable
Switch/Router
[Bottom View]
3 Separate the cap from the cable side connector.
Figure 66. Connecting Backhaul (Copper) Cable (2)
Cap
Cap
4 The latch of cable side connector should be toward the rear of the system.
Figure 67. Connecting Backhaul (Copper) Cable (3)
AU
Front Side
AU
Rear Side
AU
Front Side
AU
Rear Side
RJ-45Plug
Latch
Cable side
connector’s
White dot
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Chapter 3 Connecting Cables
5 Insert the RJ-45 plug to the system side connector.
Figure 68. Connecting Backhaul (Copper) Cable (4)
AU
Front Side
AU
Rear Side
BH1
RJ-45Plug
Latch
AU
Front Side
AU
Rear Side
6 Insert the connector aligning white dot of the cable side connector and white
dot of the system side connector. When inserting the connector, push the shell
to the system side.
Figure 69. Connecting Backhaul (Copper) Cable (5)
AU
Front Side
AU
Rear Side
White dot
AU
Front Side
AU
Rear Side
When the connector is fastened tight, the white line on the system side connector
becomes invisible (or hidden).
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White Line
[White Line is invisible]
[White Line is visible]
The method for connecting or disconnecting the backhaul (RJ45) connector is as
follows:
- For connecting the connector, push the shell to upper side.
- For disconnecting the connector, pull the coupling nut to lower side.
Coupling Nut
Shell
Pull
Push
Connecting Clock Sync Cable
To connect a clock sync cable
The clock sync cable is only used for 2 sector cascade installation.
1 Ensure that the items mentioned in below table are available.
Table 30. Parts and Tools for Connecting Clock Sync Cable
Category
Description
Installation Section
#0 AU CLK Port-#1 AU CLK Port
Cable
Clock sync Cable Assembly (24 AWG, 4P, CAT5e, S-FTP)
Connector
#0 AU
JONHON, Push Pull Type, RJ45MF-CT-07
#1 AU
JONHON, Push Pull Type, RJ45MF-CT-07
Working Tools
 Cable Cutter
 Wire Stripper
 Nipper
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Chapter 3 Connecting Cables
Category
Description
 LAN Tool
Table below provides the clock sync cable pin map.
Table 31. Clock Sync Cable Pin Map
AU #0 Side
Color Map
AU #1 Side
White/Orange
Orange
White/Green
Green
White/Blue
Blue
Cut
Cut
Shell
Shell
2 Install the clock sync cable from the external alarm device to the AU.
Figure 70. Connecting Clock Sync Cable (1)
CLK Cable
[Bottom View]
[Bottom View]
3 Separate the cap from the cable side connector.
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Chapter 3 Connecting Cables
Figure 71.
Connecting Clock Sync Cable (2)
Cap
Cap
4 The latch of cable side connector should be toward the rear of the system.
Figure 72. Connecting Clock Sync Cable (3)
AU
Front Side
AU
Rear Side
AU
Front Side
AU
Rear Side
RJ-45Plug
Latch
Cable side
connector’s
White dot
5 Insert the RJ-45 plug to the system side connector.
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Chapter 3 Connecting Cables
Figure 73. Connecting Clock Sync Cable (4)
AU
Front Side
AU
Rear Side
AU
Front Side
AU
Rear Side
CLK
RJ-45Plug
Latch
6 Insert the connector aligning white dot of the cable side connector and white
dot of the system side connector. When inserting the connector, push the shell
to the system side.
Figure 74. Connecting Clock Sync Cable (5)
AU
Front Side
AU
Rear Side
AU
Front Side
AU
Rear Side
White dot
When the connector is fastened tight, the white line on the system side connector
becomes invisible (or hidden).
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Chapter 3 Connecting Cables
White Line
[White Line is invisible]
[White Line is visible]
The method for connecting or disconnecting the backhaul (RJ45) connector is as
follows:
- For connecting the connector, push the shell to upper side.
- For disconnecting the connector, pull the coupling nut to lower side.
Coupling Nut
Shell
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Pull
Push
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Chapter 3 Connecting Cables
Fixing Cable Cover
To fix cable cover
1 Ensure that the items mentioned in below table are available.
Table 32. Parts and Tools for Fixing Cable Cover on AU
Category
Description
Parts
Cable cover
Fasteners
1 EA
M4 × L10 Torx Screw
Recommended Torque Value
M4 Torx Screw
Working Tools
 Torque Driver (6-22 lbf·in)
 Torx Driver Bit (TH15)
4 EA
13 lbfin (15 kgf·cm)
2 Place the cable cover to the AU fixing hole and fix it using fasteners.
Figure 75. Fixing Cable Cover on AU
Cable
Cover
M4 SEMS
(Hexagon +)
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Chapter 4
Inspect the
Installation
This chapter describes the procedures to check installation status.
Figure below depicts the overall procedure for inspecting the installation status.
Figure 76. Installation Inspection Procedure
Inspection Plan
On-site Inspection
Inspection Checklist
Sharing Inspection Results
Inspection Checklist/Corrective Actions
Taking Corrective Actions
Checking the Results of
Corrective Actions
NO
YES
Sharing the Results of
Corrective Actions and
Preparing Preventive Plan
Inspection Plan
Create an inspection sheet per system and select an inspector to set an inspection
schedule per site.
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Chapter 4 Inspect the Installation
On-site Inspection and Inspection Checklist
The on-site inspection is to perform inspection visually or using instruments for
each specification, standard, and installation status, based on the inspection
checklist at the site where the system is installed.
The inspector must record the results onto the inspection checklist during or after
field inspection.
Sharing Inspection Results and Taking Corrective Actions
The inspector must share the inspection results (inspection checklist and corrective
actions) with an installation operator. The installation operator must take the
corrective actions, if necessary, after reviewing the requirements.
Checking the Results of Corrective Actions
The inspector must check if the corrective actions are properly taken. If they are
not sufficient, the inspector must ask the installation operator to take the corrective
actions again.
Sharing the Results of Corrective Actions and Preparing Preventive Plan
After the corrective actions are all completed, the inspector must share the results
with the installation operator and relevant departments. The inspector must prepare
a preventive plan to prevent the same or similar problems from re-occurring.
Construction Situation Checklist
Table below provides the checklist to check the installation of the AU and other
devices.
Table 33. Construction Situation Checklist
Category
Check Items
Criteria
Installing
Equipment
Appearance of equipment
and mechanical parts
Equipment damage such as dent,
scratch, and crack
Placement of equipment
and mechanical parts
Maintenance and horizontal/vertical
placement
Leveling condition of
equipment and
mechanical parts
Horizontal/vertical status
Validity of status and
specifications of fastening
bolt, nut, and washer
Checking fasteners omission
Result
Pass
Fail
Compliance with assembly order of
fasteners
Compliance with fastening torque value
Grounding
Insulation status
Checking electrical contact between
insulators (insulation resistance tester)
Installation of ground bar
Checking the separation of
communication/power/lightning
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Chapter 4 Inspect the Installation
Category
Check Items
Criteria
Result
Pass
Fail
grounding
Cable specification
Checking the specification
Cabling
Cable damage
Proper installation route
Compliance with the radius of curvature
Cable binding status
Binding status
Binding interval
Checking binding materials
Cable connection
Assembly condition of a pressure
terminal
Fastening condition of a pressure
terminal
Checking compliance with fastening
torque value
Installation status of cable
tag
Position
Marking content
Checking tag installation method
Power
Installation status of power
supply
Power supply capacity
Installation of circuit
breaker
Checking circuit breaker capacity
Cable specification
Checking the specification
Output voltage (tester)
Checking the limit distance
Cabling
Cable damage
Proper installation route
Compliance with the radius of curvature
Cable binding status
Binding status
Binding interval
Checking binding materials
Cable connection
Checking cable connection (Pin Map)
Input voltage
Assembly condition of a pressure
terminal and connector
Fastening condition of a pressure
terminal and connector
Checking compliance with fastening
torque value
Installation status of cable
tag
Position
Marking content
Checking tag installation method
Other data
cables
Cable specification
Checking the specification
Cabling
Cable damage
Proper installation route
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Chapter 4 Inspect the Installation
Category
Check Items
Criteria
Result
Pass
Fail
Compliance with the radius of curvature
Cable binding status
Binding status
Binding interval
Checking binding materials
Cable connection
Checking cable connection (Pin Map)
Assembly condition of a connector
Fastening condition of a connector
Checking compliance with fastening
torque value
Installation status of cable
tag
Position
Marking content
Checking tag installation method
Checking tag installation method
Others
Reserved ports
Checking port cap fastening status
Cable inlet
status/Connection of
equipment I/O port
Checking fastening status
(Conduit/Cable Gland)
Cable tray and duct
Checking installation status
Status of inside/outside of
the equipment and system
surrounding area
Checking the stocking condition (waste
parts, waste materials, and packing
materials)
Opinion
■
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Appendix A Acronyms
AC
AU
BH
DC
DL
GNSS
GPS
MGB
NAU
PDLC
RTN
SELV
SEMS
S-FTP
TDD
UL
UTP
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Alternating Current
Access Unit
Back Haul
Direct Current
DownLink
Global Navigation Satellite System
Global Positioning System
Main Ground Bar
Next generation Access Unit
Polymer Dispersed Liquid Crystal
Return
Safe Extra Low Voltage
pre-asSEMbled washers and screws
Screened-Foiled Twisted Pair
Time Division Duplex
UpLink
Unshielded Twisted Pair
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Appendix B Clean the Optical
Connectors
When connecting an optical cable to the system, the performance of the system
can be decreased or failures can occur if the core section of an optical connector is
dirty due to dust or foreign material. Therefore, you must clean the optical
connector before connecting the cable to the system.
When using an optical connector cleaner, use the products shown in the example
below or their equivalents.
Examples:
Manufacturer-USCONEC (http://www.usconec.com)

IBCTM Brand Cleaner (P/N: 9393): For LC-LC and MU Connector Cleaning

IBCTM Brand Cleaner (P/N: 9392): For SC Connector Cleaning

IBCTM Brand Cleaner (P/N: 12910): For ODC Connector Cleaning
Manufacturer-The Fibers (www.thefibers.com)

HuxCleaner 1.25 mm Type: For LC and MU Connector Cleaning

HuxCleaner 2.5 mm Type: For SC, FC, and ST Connector Cleaning
Follow the instructions of the manufacturer for cleaning the optical connectors.
Measuring the Optical Output and Connecting the Optical
Connector
To measure the optical output
1 Using an optical power meter, check the optical output.
2 If the optical output measurement result meets the reference value, clean the
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Appendix B Clean the Optical Connectors
connector again and connect it.
3 If the measurement result does not meet the reference value, discard the cable
and replace it with a new cable. Clean the new cable and connect it to the
system.
[LC/PC Plug]
[Optical Power meter]
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Appendix C Standard Torque
When operator fastens the bolt, use the standard torque values provided in tables
below to prevent the equipment and bolt from damage and secure by fastening.
When the torque value for each connection part is defined already, use the defined
value.
Table 34. Standard Torque Value for Fastening Bolts
Bolt Spec.
Torque Value (N·m)
Torque Value (lbf·in)
Torque Value (kgf·cm)
M3
0.63
5.6
6.4
M4
1.5
13
15
M5
2.8
25
29
M6
4.9
43
50
M8
12
110
127
M10
25
217
250
M12
42
372
428
Table 35. Brass Bolts Torque Value
Bolt Spec.
Torque Value (N·m)
Torque Value (lbf·in)
Torque Value (kgf·cm)
M6
2.9
26
30
M8
6.3
56
64
Table 36. Connector Connection Torque Value
Connector
Torque Value (N·m)
Torque Value (lbf·in)
Torque Value (kgf·cm)
SMA connector
0.59
5.2
TNC connector
0.88
7.8
N-type connector
17
20
DIN-type connector
25
217
250
4.3-10-type connector
44
51
Torque value can be different, defending on the material, characteristic, and
specification of the equipment and fastener. Ensure that you check the proper
torque value for each specification of the equipment and the fastener.
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5G AU
Installation Manual
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