Avaya Canada S2000L User Manual 8

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Document Type	User Manual
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Date Submitted	2000-01-05 00:00:00
Date Available	1998-11-24 00:00:00
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Document Title	8

NQRTEL
NORTHERN TELEEOM
8. EXHlBIT E : USER DOCUMENTATION
Document PE/COM/DD/0012 (26 pages).
Document PE/ICM/DD/OO7G (59 pages).
nus confidential document is me pmpeny DINORTEL MA TEA CELL ULAR and may nm be copmdor circulated wimmn pen-mss'on
Ce document confidential est la plopliélé as NORTEL MATRA CELLULAR er ne peuféhe repmdlmou comrmmque sans auloflsalkm
SZOOOL GSM 1900 BTS: Type acceptance application, FCC ID: ABSSZOOOL Page 55/56
WIRELESS NETWORKS
GSM 900 I 1800 I 1900
SZOOOL
BASE TRANSCEIVER STATION
PRODUCT OVERVIEW
© 1998 Northern Telecom
Printed in France
NORTHERN TELECOM CONFIDENTIAL: The information contained in this
document is the property of Northern Telecom (Nonel). Except as specifically
authorized in writing by,NorteI, the holder of this document shall keep the
information contained herein confidential and shall protect same in whole or
in part from disclosure and dissemination to third parties and use same for
evaluation, operation and maintenance purposes only.
The content of this document is provided for information purposes only and is
subject to modification. It does not constitute any representation or warranty
from Nortel as to the content or accuracy of the information contained herein,
including but not limited to the suitability and performances of the product or
its intended application,
PE/COM/DD/00012 2 OWEN 1
NOTICE
This document presents the $2000L Base Station Transceiver (BTS) with
options
Available standard and optional hardware modules are described.
Available features are described, without full distinction between standard
and optional functions.
For more detail on SzOOOL commercial packaging, please contact your
correspondent in Nortel.
PE/CDMIDD/OONZ 2.01/EN
Table of Contents
TABLE OF CONTENTS
introduction .. 6
Nortel Base Station Portfolio 8
Highlights .......................... . ..................................................... 9
Physical Characteristics ............................................ 9
Features.,... , 9
Configuration and Packaging ....... .. ,. ................. 10
General Description .......................................................................................... 11
Physical Arrangement ..................................................................... 11
Dimensions ............................................................. . 1 1
BTS Composrtion .................... 11
Architecture. ............................. , 12
Capacity and Configuration ............................................ 14
Capacity .......................................................................... 14
Product Options ......................................... 15
internal Antenna ................. 15
Battery and interface Module. 15
Connection to the Base Station Controller 16
Signaling Concentration ............................................................................................... 17
Drop and Insert ........................................................................................................ 17
Radio Performance .................................................................................................... 17
Installation 19
Shipping and Installation ............................................................................................... 19
Site Requirements ...................................................................................................... 19
Power Supply and Battery Backup ....................................................................... 20
Primary Power Source ............................................................................................... 20
Battery Backup ........ 20
Protection ......................................................................................... 20
Operation and Maintenance ............................................................................. 21
Operation ............................................................................................................... 21
Initialization ............................................................................................................ 21
Configuration .................................................................................................. 21
Fault Monitoring/Recovery ....................................................... 21
Maintenance ...................................................................... 22
Table of Contents
APPENDIX
Environmental Performance ..................................................... 23
Abbreviations ,. .................................................. 24
H G U RES
Figure 1: SZOOOL BTS ................................... 6
Figure 2‘ SZOOOL BTS Architecture (02 configuration) ............................................ 12
Figure 3: SZOOOL BTS Connections to the BSC .................................................... 16
TABLES
Table 1: Base Unit Dimensions .................................................................................. 11
Table 2: BTS Configurations ............. 14
Table 3: Battery and interface Module Dimensmns .................................................... 15
Table 4: SZOOOL PCM Requirements ...................................................................... 17
Intentionally left blank
Figure 1: SZOOOL ETS
INTRODUCTION
Introduction
The SZOOOL micro BTS is Nortel’s new high performance compact Base
Transceiver Station. Part of Nortel’s family of DRX based products, the
SZOOOL lS optimized speCifically for microcellular underlay and capacity hot
spot applications
With the ability to handle more than 320 subscribers typically, the two
transceiver SZOOOL can be swiftly deployed to relieve capacity requirements
in urban areas where cells are engineered to be less than 300 meters "1
diameter, Site acquisition and installation time are reduced considerably as
the compact packaging (including two integrated antennas) and extended
operating temperature range (40°C to +50°C) allow the SZOOOL to blend in
and operate almost anywhere, From the elegant hallways of corporate offices
to the busy street corners of major cities, the SZOOOL is the ideal BTS product
to reduce an operator’s initial investment and ongoing operational costs in
areas requiring additional capacity in localized areas.
The 82000L is ideally optimized for the following applications:
- microcell underlay
- in-building
. traffic hot spots and halls coverage
and well suited for installations in:
0 shopping malls
. airports
- tunnels and busy intersections
With the advanced technology contained within the DRX, SZOOOL BTS offers
an optimized set of rich features to enhance the service quality and specthm
efficiency of the network:
- optimized RF performance: -104 dBm receive sensitivity and SW
output power (guaranteed 33 dBm)
. capacity with 3 times the supported subscriber capacity of a single
transceiver BTS
- voice quality enhancement to reduce interference and improve
quality of service at traditionally difficult coverage areas such as
urban centers and cell edges
Introduction
NORTEL BASE STATION PORTFOL|0
Nortel’s DRX based family of BTS products possesses the flexibility of high
performance and packaging necessary to provide the operator with an
optimum network solution. Combined with Nortel’s experience in spectrum
management. handover management, and network engineering, the DRX
based family of BTS products provides the operator with the key ingredients
required to minimize both the initial and ongoing infrastructure investment
and the on-going operational expenses.
The DRX based BTS products utilize a single module to provide the receiver,
transmitter and frame processor. This single module, called the DRX, delivers
superior performance through integration of advanced digital signal
processing techniques.
The DRX based family of BTS products benefits from the experience gained
through the manufacturing and delivery of over 50,000 TRX shipped (as of
mid year 1997) to more than 20 countries throughout the world and
addresses all possible coverage and capacity requirements ranging from
rural-to—urban-to in»building coverage. This family includes:
. The 58000 BTS is the highest performing high capacity BTS in the
industry. Because of its modularity and expansion capability, the 88000
is the ideal product for all configurations ranging from 5111 to $888.
The indoor version is designed for protected sites while the outdoor
version is a fully integrated BTS site with AC power supply and
extended temperature range,
- The SZOOOH BTS is a fully featured BTS ideally suited for coverage of
terrain such as highways and rural environments. Its small packaging
simplifies the site acquisition process thereby improving the operator’s
time to market and reducing the number of sites required by up to 50%
as compared to the industry standard.
- As mentioned above, the SZOOOL offers three times the capacity of a
single transceiver micro BTS. Its small size allows for swift deployment
as part of a microcellular underlay, providing a solution to traffic hot
spots as well as in-‘building or campus coverage.
Highlights
HIGH LIGHTS
The SZODOL BTS is designed to meet the economical and environmental
challenges inherent to indoor and outdoor installations with medium to low
traffic requirements.
PHYQCALCHARACTEmSflCS
As such, its main physical characteristics, as listed below, are optimized to
comply with these requirements:
0 easy transportation and handling by a single person
. BTS fully pretested at factory for fast roll-out
. front access for ease of maintenance
- compact size, small foot print
- quiet operation (no fans, natural convection cooling)
. common package for both indoor and outdoor installations
- AC powering and battery backup
0 extended environmental performance (-40°C to +50°C)
. optional lightning protection and battery module
- optional internal antennas
FEATURES
The SZOOOL BTS supports standard GSM features including:
0 support of GSM 900, 1800 and 1900 frequency bands
. antenna diversity reception
- synthesized frequency hopping
- RF power control
- voice activity detection and discontinuous transmission (VAD/DTX)
' various ciphering algorithm options supported
- support of multiple GSM vocoders including full-rate, enhanced full-
rate, half-rate
. support of drop and insert functionality and signaling concentration
on the Abis interface in order to minimize the cost of
communication between the BTSs and the Base Station Controller
The performance of the SZOOOL BTS is further enhanced by advanced
microcell handover algorithms and network management facilities available
on the Nortel BSC.
Highlights
CONFIGURATION AND PACKAGING
Configuration and packaging are designed to enable;
smooth and flexible capacity expansion beyond the basic 01 and
02 configurations
packaging and modularity concept adapted to any environmental
condition
simple installation achievable within one hour With as little as one
person‘ excluding Site preparation.
General Description
GENERAL DESCRIPTION
PHYSlCAL ARRANGEMENT
The SZOOOL BTS consists of a single enclosure which contains two physical
modules:
- the Main Module
- the LPRF Module (Low Power Radio Frequency Module)
The SZOOOL BTS is supplied with standard mounting plates suitable for wall
mounting. The front and back covers give the BTS an aesthetically pleasing
appearance and they also function as sun shields. Optional internal antennas
may be mounted inside.
The basic cabling includes the AC power cable, PCM cables and optional
user alarm lines from ancillary equipment .
The SZOOOL BTS uses passive air convection cooling . This eliminates the
need for mechanical cooling fans and their associated noise pollution.
DIMENSIONS
The dimensions of the SZOOOL BTS are:
650 mm
542 mm
197 mm
35 kg C”)
heaviest module does not exceed 23 kg
0) Weight lore basic 01 51's including internal modules and 1mm cover Weight oi options and mounting plate
are extra and depend on the chosen whfgumtion
Table 1: Base Unit Dimensions
BTS COMPOSITION
The Main Module houses the Core Functions hardware.
- 1 or2 DRXs
- the SBCF (Small Base Common Functions), which consists of the
MCF (Main Common Functions), the Network Interface and the
User Interface
. the PSU (Power Supply Unit)
General Description
The LPRF Module houses the RF Drive hardware including:
o RF Power Amplifier 3 (PA)
. Low Noise Amplifiers (LNA)
- Duplexer coupling
For transmit coupling the SZODOL BTS uses one duplexer per RF channel,
ARCHITECTURE
The DRX is the heart of the SZOOOL architecture containing the receive,
transmit, and frame processing functionality, It interfaces with the RF drive of
the LPRF Module and with the main common functions of the SBCF to deliver
industry leading RF performance.
One of the key strengths of the SZOOOL ETS is product flexibility which is a
direct result of the modular product architecture. A simplified block diagram
representation of the SZOOOL architecture is shown in the following figure .
MAIN MODULE LPRF MODULE
Core Functions
RF awe
Links
Eta
SS!)
Keypad & {Display
Figure 2: $2000L BTS Architecture (02 configuration)
Each DRX includes the entire set of functions necessary to handle a full
TDMA frame, including RF reception diversity and RF transmission
General Description
The main functions supported by the DRX are:
- antenna d iversity reception
0 RF power control
. equalization
0 RF modulation and demodulation
. synthesized frequency hopping
. ciphering
The MCF performs the site supervision and control functions. This includes
the functions of
0 equipment initialization
o equipmentsupervision
o faultdetection
o softwaredownloading
- alarm monitoring and reporting
- User Interface control
The MCF integrates the Switch Matrix that provides the Drop and insert
functionality. This enhances the network connection flexibility to allow for
chain or loop configurations .
Communication with the Mobile Network is accomplished through a Network
Interface, This allows the BTS to communicate with the BSC using different
transmission schemes such as E1/T1 PCM, HDSL, etc.
The User Interface provides the key man-machine interface functions through
a simple keypad and alphanumeric display. This allows the user on site to
select the following functions through an interactive menu:
~ BTS initialization and software download
. fault diagnostics through built—in self test routines
- setting PCM and equipment parameters during installation
In addition to the Keypad/Display interface an external 10 Base T Ethernet
interface is provided for the connection of an On-site Maintenance Terminal
(TML)A The TML is not required for installation and general maintenance of
the SZOOOL. It is only used when detailed diagnostics are desired.
The RF signals to and from each DRX are connected to the RF Drive circuitry
which consists of one RF chain for each carrier. The SZOOOL uses one
duplexer per antenna eliminating losses in transmit combiners
4a
Capacity and Configuration
CAPACITY AND CONFIGURATION
CAPACITY
The BTS may be factory configured for omni applications (01 or 02).
It may be supplied in the following basic configurations:
- equipped with one DRX for Omni-1 applications, us ing either one
antenna (no diversity) or two antennas (reception diversity)
- equipped with two DRXs for Omni-2 applications, this configuration
uses two antennas both of which are used to transmit and receive.
Either internal or external antennas may be used with the SZOOOL BTS.
Different cell configurations can readily be assembled from the basic BTS.
Configurations beyond 02 are realized by connecting multiple BTSs through
the PCM drop and insert facilities.
The table below gives the main cell site configurations.
322
Table 2: BTS Configurations
Capacity extensions through the use of Extension Units are planned for
future introduction . The adension units will allow capacity growth up to O4 in
Omni configurations.
a ‘ PE/COM/DD/OODIZ QOI/EN
Capacity and Configuration
PRODUCT OPTIONS
INTERNAL ANTENNA
The internal antenna system in the SZOOOL is designed to provide optimum
coverage in typical urban microcell environments
The system consists of two antennas (typically 5 dBi gain antenna) arranged
in an orthogonal cross—polarized arrangement, Each of the two polarizations
are inclined at 45 degrees to vertical
In the downlink direction each polarization is used for transmitting a single
carrier. This takes advantage of “on aif’ combining and maximizes the
transmit power by avoiding the normal 3 dB loss of a combiner.
In the uplink direction the orthogonal polarizations provide diversity reception.
In a high multipath environment such as those found in urban indoor and
outdoor microcells there is generally a high level of polarization conversion.
As a result the internal antenna system using polarization diversity can
provide good diversity performance.
Alternatively, the SZOOOL BTS can be connected to GSM900/1800/1900
external antennas typically available from antenna suppliers.
BA'I'I'ERY AND INTERFACE MODULE
A Battery and Interface Module is available as an option to provide extended
power backup capability beyond that provided by the internal batteries. Th is
Battery and Interface Module provides a backup capac ity of 2 hours.
The Battery and Interface Module is an external module which is usually
mounted close to the SZOOOL BTS. Additional functionality provided by this
module includes primary lightning protection and bare wire termination for the
— AC and PCM inputs.
The dimensions of the Battery and Interface Module are:
Table 3: Battery and Interface Module Dimensions
Specific power backup requirements beyond that provided by the Battery and
Interface Module may be accomplished through the use of customized
battery solutions,
hemmmhmmm a min. 15
Capacity and Configuration
CONNECTION TO THE BASE STATION CONTROLLER
Transmission links between the BTS and the BSC are an important cost
consideration in a cellular network comprising hundreds of cell sites. The
SZOOOL BTS is designed to provide flexibility on the Abis transmisSion
interface with the aim to reduce the operational cost for the mobile network
operators
The SZOOOL BTS is designed to support both T1 and E1 PCM links. Two
PCM ports on the Base Unit allow 5 various network configurations such as
chain and loop BTS connections to be implemented
Figure 3: szooaL BTS connections to the 556
An alternate transmission option planned for future introduction is the High-
Eit-Rate Digital Subscriber Line (HDSL) transmission technology . This option
allows the operator to take advantage of existing copper loop infrastructures
instead of leasing E1/T1 POM facilities . Depending on the application
scenario and the availability of copper loops this can represent significant
savings in the network operating cost.
Contact your Nortel representative for other transmission interface options.
mmmnm rs m in»
Capacity and Configuration
SIGNALING CONCENTRATION
The number of PCM time slots required for transmission to the 850 is
dependent on the transceiver capacity. The SZOOOL BTS employs signaling
concentration for capacity beyond one transceiver thus allmving cost savings
by reducing the number of required PCM time slots.
01 i
02 2 4 ‘I 5
Table 4: 52000L PCM Requirements
DROP AND INSERT
The Drop and Insert capability is used to reduce the number of PCM links
needed to connect the BTSs to their Base Station Controller (880). This can
be implemented through Chain connection or Loop connection, depending on
the level of PCM redundancy required, without a ny additional hardware . The
loop configuration is particularly advantageous in that it provides PCM
redundancy in the case of failure on one of the two PCM links.
RADIO PERFORMANCE
The transmit output power measured at the antenna connector is typically
3 watts (35 dBm t} 1 dB) per carrier.
Both static and dynamic power control are provided in accordance with GSM
0505 recommendations.
The static power control range is 12 dB . The dynamic power control range is
30 dB.
The receive sensitivity measured at the cabinet antenna connector 5 is -104
dBm. This sensitivity is reduced from the - 110 dBm sensitivity offered on the
Nortel SZOOOH and 88000 BTSs. It is important to note that the 82000L
receive sensitivity is intentionally reduced so as to ensure best performance
in microcell environments where mobiles are operating in close proximity to
the Base Station,
17
Capacity and Configuration
The effects of proximity mobile operation are twofold:
- High sensitivity is not required because of lower path loss
- Blocking of radio channels by interfering mobiles is more severe
when the mobiles are close to the Base Station.
The receive sensitivity of the SZOOOL ETS has been reduced to provide the
optimum solution for microceli coverage,
Diversity reception is provided as a standard feature on the $2000L. This
diversity feature is implemented based on a mammal ratio combining
technique that gives up to 5 dB gain ,
installation
INSTALLATION
SHIPPING AND INSTALLATION
The SZOOOL BTS is designed to facilitate quick and easy installation
Installation can be achieved in one hour because the BTS is shipped pre
tested and ready for deployment.
The modular construction of the SZOOOL BTS minimizes the installation
requirements by reducing the lifting weight to under 23 kg. As a result the
SZOOOL BTS can be installed with as little as one person on prepared site.
In addition the simplified installation requirements of the SZOOOL BTS provide
the operator with the ability to swiftly redeploy the BTSs when necessary due
to changes in traffic patterns.
SITE REQUIREMENTS
The S2000L BTS is installed and maintained from the front“
c it may be deployed in both indoor and outdoor environments.
- It is suitable for mounting on walls, poles and antenna masts.
~ All cabling connections are made through the bottom of the
enclosure.
Thanks to mounting flexibility it has no requirements for floor space. This is
particularly advantageous where cell sites are expensive or difficult to
acquire. The result can be significant investment and operational cost savings
_ to the network operator.
A self test facility in the SZDDOL BTS allows easy verification and validation of
the installation process. The self test is activated through a simple built-in
user interface. As a result the required skill level of the installation team is
minimized.
Installation
POWER SUPPLY AND BATTERY BACKUP
PRIMARY POWER SOURCE
In the SZOOOL BTS the internal primary power supply allows the use of single
phase AC sources of 120 V i 10% /60 Hz or 230 V i 10% ISO Hz. The
nominal power consumption of the SZOODL equipped with two transceivers is
220 Watts. At low temperatures (typically below 0°C) additional AC power is
used for internal heating, The internal heater consum es up to 650 Watts at
the low temperature limit of -40 “C.
BATTERY BACKUP
The SZOOOL BTS base unit contains up to 15 minutes internal battery
backup.
Extended power backup capability is provided by the opfional Battery and
Interface Module. This module provides 2 hours of power backup capacity.
Specific power backup requirements beyond that provided by the Battery and
Interface Module may be accomplished through customized battery solutions.
PROTECTION
The SZOOOL BTS modules are housed in environmentally hardened
enclosures, These enclosures protect the electronics components against
water and dust ingress to a level of “155.
The SZOOOL can be equipped with various levels of protection against
damage caused by electrical storms.
- The standard BTS is equipped with intrinsic protection circuits
which protect the BTS interfaces against instances of low level
electrical over-voltage and over-current.
- Optional lightning protectors are available to protect the antenna
output ports against electrical damage. This is recommended for
outdoor installations.
o The optional Battery and interface Module offers Iightmng
protection on the external AC, PCM and alarm interfaces.
Detailed environmental performances are summarized in Appendix 1,
uclrnmnD/uoon 2 OVEN
Operation and Maintenance
OPERATION AND MAINTENANCE
OPERATlON
The Base Station functions under the control of the Base Station Controller,
through the Abis interface. These functions are initiali zation, configuration
and fault monitoring lrecovery,
INlTIALIZATION
Base Station start—up may be triggered locally through the User Interface
keypad or remotely by a reinitialization message from the OMC—R.
When used in combination with the remote software downloading capability,
the latter feature provides a convenient means to perform software upgrade.
A software download may be initiated for reinitialization or software up-dating
All these operations can be handled remotely from the Operation and
Maintenance Center.
CONFIGURATION
All parameters are programmed under the control of the Base Station
Controller, namely: the Abis interface (traffic and signaling channels), the
radio characteristics (frequency. power, BCCH filling. etc.), the TDMA frame
and the PCM interfaces .
FAULT MONITORING/RECOVERY
The monitoring facilities include :
. internal fault monitoring and diagnostics
- reporting of all events to the OMC-R, for observation and corrective
actions (in case of minor failure)
. six external physical alarms and two relay drivers
Operation and Maintenance
MAINTENANCE
The SZOOOL adopts a simplified maintenance strategy which aims at reducing
the operating cost of the BTS, BTS maintenance consists of periodic cleaning
of the BTS exterior and occasional backup battery replacement, The SZOOOL
BTS is designed as a Field Replaceable Unit . In the rare case of fault the
entire SZOOOL is easily replaced and sent back for repair.
Access to the installed electronic equipment is from the front of the cabinet
which facilitates maintenance,
Local tests and diagnostics are facilitated by the simple user interface
consisting of LED indicators, keypad and an alphanumeric display,
0 The LED indicators promde a direct and simple means of
confirming proper BTS operation. Improper BTS functioning and
faults are promptly shown on the LED indicators.
- Where a fault is indicated by the LED indicators, diagnostic tests
may be initiated through the simple keypad and the results
displayed on the alphanumeric display.
- if so desired a local maintenance terminal may be connected
through the Ethernet interface for detailed diagnostics.
Appendix 1
APPENDIX 1
ENVIRONMENTAL PERFORMANCE
OPERATING CONDITIONS
The SZOOOL is designed to operate under the conditions specified in ETSI
ETS 300019-1-4 Class 41E for stationary use at non-weather protected
locations. The operating temperature range is between -40 to +50 °C,
The SZOOOL is able to operate in the Relative Humidity range from 5% to
100% provided the Absolute Humidity limit of 30 g/m 3 is observed.
The SZOOOL is designed to operate over the atmospheric pressure range
from 70 to 106 kPa.
The SZOOOL can withstand NEBS Zone 4 earthquake conditions.
STORAGE CONDITIONS
The requirements specified in ETSI ETS 300019—1-1, Class 1.2 for storage in
weather protected, non temperature-controlled locations should be observed
when the 52000L is kept in storage.
TRANSPORTATION CONDITIONS
The SZOOOL should be transported in accordance with the requirements
specified in ETSl ETS 300019—1-2, Class 2.2 for careful transportation.
DUST AND WATER INGRESS
The SZOOOL conforms with the IECS29 standard to a level of lP-55.
EMC/EMI
The SZOOOL complies with the applicable requirements specified in ETSI ETS
300 342-3 and FCC Part 15,
SAF ETY
The SZOOOL BTS complies with the safety requirements specified in UL1950
(Underwriters Laboratories) and in IECBSO/EN60950,
APPENDIX 2
ABBREVIATIONS
Abis
AC
880
555
BTS
dBm
DC
Diversity
Drop and insert
DRX
DTX
Duplexer
E1
EMC
EMi
ETSI
GSM
Appendix 2
ETSl generic name for the BSC-BTS interface
Alternative current
Base Station Controller
Base Station Subsystem
A 888 is made up of 8805‘ plus a number of BTSs, some
transcoder units, and an OMC-R.
A 888 is connected to an MSC, and therefore to the global
network through the A interface,
Base Transceiver Station
Decibel milliwatt i,
A logarithmic unit to emress a power level with reference to 1
mW.
Direct Current
The receiver includes both main and diversity channel down
conversion and sampling in the same RX volume. Both
channels are then processed by the Frame Processing Unit
(FPU), using an equivalent Maximal Ratio Combining
technique through ajoint equalization of both receive signals,
A technique allowing several components to be daisy chained
on a common physical bus with each component , and ensuring
data integrity and positioning,
Driver Receiver unit
Signal processing unit for radio transmission and reception.
Discontinuous Transmission
A frequency band selective circulator. Used, as any
multiplexer, to minimize the number of physical transmission
lines. For radio, transmission line 5 are antenna systems.
Standard European PCM (2 048 Mbit/s)
Electromagnetic compatibilit y
Electromagnetic interference
European Telecommunication Standard Institute
Global System for Mobile communication
PE/COM/DDIODO12 zm/EN
GSM 900
GSM 1800
GSM 1900
Handover
HDSL
IEC
LNA
LPRF
MCF
MSC
01
O&M
OEM
OMC
OMC-R
PA
PCM
PSU
RF
RX
822
SBCF
Appendix 2
Radio cellular network standard operating at 900 MHz.
Radio cellular network standard adapted for the 1800 MHz
frequency band.
Radio cellular network standard adapted for the 1900 MHz
frequency band,
Automatic caIHransfer implemented between the radio
channels of the same or different cells without interrupting
transmission.
High-biHate Digital subscriber Line
International Electrotechnical Committee
Low Noise Amplifier
An RF amplifier used to enlarge very small useful signals
received with minimum added noise.
Low Power Radio Frequency module
Main Control Functions
Mobile Services Switching center
Omni one transceiver cell configuration. In general an Ox
designates stands an Omni cell configuration with x
transceivers.
Operation and Maintenance
Original Equipment Manufacturer
Operation and Maintenance Center for the radio sub-system
Operation and Maintenance Center - Radio
Power Amplifier
Pulse Code Modulation
By extension, name given to the E1 or T1 physical link.
Power Supply Unit
Radio Frequency
BTS receiver
Bi—sectored site configuration with two transceivers in each cell,
In general Sxyz designates a multi—sectored cell site configured
With x, y and z transceivers in the respective sectors or cells.
Small Base Common Function
’\
‘\
T1
TDMA
TML
TRX
TX
UL
VAD
Appendix 2
Generic name of the set of BTS equipment handling the
common functionality of a radio site.
Standard US PCM system (1.544 Mbit/s)
Time Division Multiple Access
Multiple access technique based on timeslot structure .
<< Terminal de Maintenance Locale
On-site Maintenance Terminal
BTS Transmitter/Receiver
BTS transmitter
Underwriters Laboratories
Vaice Activity Detection
»
NQRTEL
NORTHERN TELECOM
Reference: PE/ICM/DD/0076
Version: 01.06/EN Status: Approved
Type: PROC Product: SZOOOHIL Cat: EXTERNAL
Soc: NMC System release 1 From V9
SZOOOH/L BTS SITE SPECIFICATION
Abstract / Comments:
On site validated: No required.
Approval restrictzans (requiring additional on site validations): Not required.
‘lstribulion: Dor:_ument available on WEB server and on files server (Refer to PEflCM/APP/0040)
Key words:
This issue supersedes the previous edition which must be destroyed
Prepared by: Date: Approved by: Date: Authorized by: Date:
AUTHOR: TEClINIC/U. PRIME :
L. ALBARET 12/03/98 L. ALBARET
DOCLMENTALIST. DOCUMEW’ATION PRIME:
MM LEBERRE X. PERULLI
NQRTEL
NORTHERN TELECOM
DOCUMENT AIVflEN'DMENTS
Version 1— Date 1 Modifications Author
01 01/ EN 30/04/97 Creation L ALBARET
01.02/ EN 26/05/97 Modification for GatelA. L. ALBARET
01.03/EN 04/07/97 Modification after documentation review, L ALBARET
refer to lCM/LA/97-196.
01.04/EN [8/08/97 Mounting support modification. L. ALBARET
01 .05/EN 08/12/97 Modification following VOs feedbacks L. ALBARET
01 OGIEN 12/03/98 Modification afier spreading. L. ALBARET
Thu confidential datumenl vx [he properly ofNORTl-JL MATRA CELL UMR andJ/muld nor be copied or firm/Md Without permumn
—___—-——-_.
NQRTEL
NORTHERN TELEEOM
SZOODHIL BTS SITE SPECIFICATION
Reference: PE/ICM/DD/OO76 Version: 01.06/EN Date of issue: 12/03/98
This oonlidemia/ dacumenl s the property a! NORTEL MAYRA CELLULAR and may not be copied or circulated wimaul permission
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CONTENTS
1. INTRODUCTION ..................................... . ........... . ..... ....................... ........ ........
I.I.OBJECT .......... v ........................... . ..
1 2. SCOPE. . .........................................
2. RELATED DOCUMENTS .............................................................. ............ .............. . ........ 8
2 1 REFERENCE DOCUMENTS .......
2 2. APPLICABLE DOCUMENTS
3. ABBREVIATIONS AND TERMS .................. . .......... . ........................................... .............. 8
3.1. ABBREVIATIONS ........................................
3.2. TERMS . ............................................ .
4. SAFETY ...................... . ............. .. ........... .. ..................... ........ ......... .....................
5. SZOOOH/L BTS MODULES INSTALLATION PRINCIPLE ............ ......................... ‘ ....... 10
6. EQUIPMENT PACKAGING...“ .................... ......... ......... ..................... ............ .......10
7. CABINET HAND LING
8. SZDUOH/L BTS CHARACTERISTICS ................................................ ‘ ............. . ............. . ...... II
8.1 CABINET DIMENSIONS AND WEIGHT” . ...................................................................... l I
811 MAIN CABINET...
8.1,2 HFRF MODULE ...................
8 1.3 BATTERY INTERFACE BOX
8 2. CABINET ACOUSTIC NOISE
8,3. TRANSPORTATION REQUIREMENTS ......................
8.4. STORAGE REQUIREMENTS.
8 5. OPERATING CONDITTONS . ,,
8.5.1. ENVIRONMENTAL CONDITIONS, , ............................................. I3
8.5,2. POWER AND TEWERATURE REQUmEMENTS., , ..13
9. SzoOOH/L BTS SITE REQUIREMENTS ......... . ................... . ....... .......... ...................... 13
9.1 ACCESS CONDITIONS ......................... . ..................... 13
9.2. SITE DIMENSIONING RULES ................................ .. 14
9 2,1 CABINET SECURING AND CONNECTION REQUIREMENTS . 14
9.2.2 SZOOOH/L BTS CABINETS LAYOUT 15
9,3. SITE CHARACTERISTICS
IO. SITE PREPARATIONS ..
10.1 SITE SAFETY FITTINGS ...................................................
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ISZOOIIHIL BTS SITE SPECIFICATION l
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10.2. INSTALLING THE SYSTEM OF PULLEYS vvvvv . ............................................... 20
10.3. INSTALLING THE MOUNTING PLATES. . .. . 20
1031 INDOOR SITE. ... .20
IO 3 2 OUTDOOR SITE ., 22
10 4 CUSTOMER INTERFACE SPECIFICATIONS 23
10.4.1. POWER SUPPLY. .. ...23
IO. 5 GROUND PLATE INSTALLATION ................... . ......... 24
10. 6 INSTALLING THE BATTERY INTERFACE BOX ........................ 25
IO 7. SITE CABLES PROTECTION ........................................................ 25
10.8. INSTALLATION OF ANTENNAS FEEDERS AND DCfDATA CABLES. 25
I0,9. WIRING , ............................................................................................................. 26
10.9.2 POWER SUPPLY CABLE. .. , , . .....27
10.9.3 GROUNDING CABLE... 28
10.9.4, PCM AND EXTERNAL ALARM CABLE... ... 29
0} END OF DOCUMENT m“ ............................... .. ..................... ............ ............... .....57
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APPENDICES
Appendix 1 SZOOOH/L BTS installation view. . , ............ , ..... 31
Appendix2 Battery interface box viewm ,...., ....... 32
Appendix 3 Mounting plate . v ......................................... , .35
Appendix 4 Wall mounting .......... ,,37
Appendix 5 Pole mounting ....... ..40
Appendix 6 Grounding ................ v 43
Appendix 7 Example of wall layout ........................................................ 45
Appendix 8 Tower layout... v ......................................... “A48
Appendix 9 Cabinet handling ........................................................ 50
Appendix 10 AC connector ............ , 52
Appendix 11 PCM and alarm connector pinouts. ........................................... 53
Appendix 12 $2000 Low Power,..... . n, , ............................................. 54
Appendix 13 52000 High Power v. . ................ , ..................... ...55
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FIGURES
Figure 1 . Cabinets clearance ....... . ................................................ 14
Figure 2 - Base unit clearance (side view) . . ........................................ 15
Figure 3 A Base unit and battery interface box clearance (Side View) ................... 16
Figure 4 -Base unit and I-IPRF clearance (side View). . ,. . 17
Figure 5 - Collocated site front View (1) ........ . ........................................ 18
Figure 6 - Collocated site front view (2}.. . . , . . ........................................ 18
Figure 7 -Mounting plate directly secured on wall..... . .21
Figure 8 - SZOOOH/L installation. 3]
Figure 9 - Battery interface box holes template .............................................. 32
........................ , ,, ,.32
33
Figure 10 - Battery interface box parts,
Figure 11 - Battery interface box securing
Figure 12 - SZOOOL with Battery interface box , .............. 34
Figure 13 - Standard mounting plate. 35
Figure 14 - HP mounting plate .......... ,. ..... . .. ...... 35
Figure 15 — HPRF mounting plate... .
Figure 16 - View ofwall mounting.
Figure 17 - Wall holes template for base unit mounting
Figure 18 - Wall holes template for HPRF mounting
Figure 19 - Concrete wall mounting ........
Figure 20 - Hollow wall mounting (1)
Figure 21 — Hollow wall mounting (2).. ..
Figure 22 - Tilt adjustment .....................
Figure 23 » Mounting plate securing, . . ...........................
Figure 24 - View of pole mounting ........... . . .......................
Figure 25 ~ Mounting kit without tilt adjustment ....... . .................................... 40
Figure 26 - Mounting kit with tilt adjustment. . ................................... 41
Figure 27 - Pole mounting ................................... . . ............................... .41
Figure 28 — Tower mounting ....................................... . ........................ 42
Figure 29 - Base unit grounding ....................................... . . ..................... 43
Figure 30 - Ground connection for all BTS except SZOOOL BTS Standard. . .. ..43
Figure 31 - SZOOOL Standard ground connection . ....................................... 44
Figure 32 - HPRF grounding. ... .. ....................................... 44
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ISZflOUH/L BTS SITE SPECIFICATI “ ' l
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Figure 33 - Ground connection on I-[PRF ground bar ........................................ 44
Figure 34 - HPRF hoisu’ng, ....................................................................... 50
Thu confidential document 11 the propzrly afNORTEL MA TRA CELLULAR and xhould not be Copied or cumin/ed wuhoiu permmm
le-mnnu/l n’r‘e urn? cnwr‘mrr‘ATrn |
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1. INTRODUCTION
1.1. OBJECT
This document defines SZOOOH/L BTS Site Search and site preparation specifications.
1.2. SCOPE
This document applies to the deployment of SZOOOH/L BTS presenting the following
characteristics: '
- SZOOOH/L BTS GSM 900 MHZ, GSM 1800 MHz, GSM 1900 MHz,
- SZOOOL BTS:
Ol, 02.
. l 10 VAC or 220 VAC,
v External antennas
- SZOOOH BTS
. 01,02 or 1811
220 VAC,
Extemal antennas.
- E1 PCM 120 Ohms or T1 PCM 100 Ohms,
- SZOOOH/L BTS installed on a wall or pole, tower.
m: confidmual dommenl n the property ofNORTEL MATRA CELL UMR and should nu! be copyed or circulated wuhour pErmux/on.
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2. RELATED DOCUMENTS
2.1. REFERENCE DOCUMENTS
These documents are not required on site
[RI] SZOOOD Commercial Specification , PE/BTS/APR/0013
2.2. APPLICABLE DOCUMENTS
These decuments are required on site
[A1] Product safety for SZOOOHIL ‘ PE/lCM/APP/m93
[A2] Technical specificatiun of the SZOOOD MEU . PE/BTS/DD/1119
cable —
[A3] Technical specification ofthe SZOOOD daisy : PE/BTS/DD/1128
cable
[A4] Technical specification ofthe SZOOOD 3/8 , PEfBTS/DD/1129
inch RF feeder assembly to be used in the
GSM band
[A5] Technical specification ofthe SZOOOD 1/2 : DCS/BTS/DD/1129
inch RF feeder assembly to be used in the
DCS band
3. ABBREVIATIONS AND TERMS
3.1. ABBREVIATIONS
BTS Base Transceiver Station
DRX ' Driver Receiver Frame Processor
HP ' High Power
HPRF 1 High Power Radio Frequency
LNA ' Low Noise Amplifier
LP ' Low Power
LPRF . Low Power Radio Frequency
PA : Power Amplifier
PCM : Pulse Cede Modulation
PSU : Power Supply Unit
SBCF ' Small Base Commun Function
VGA Variable Gain Amplifier
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3.2.
TERMS
SZOOOH/L BTS or
Base unit
SZOOOL BTS
Standard
SZOOOL BTS
Protected
SZOOOH BTS
Mounting support
Main module
LPRF module
RF Supply module
l-H’RF module
Battery interface box '
or AC/Telco box
Customer interfaces
NE’RTEL
NORIHERN THECOM
BTS cabinet equipped with l or 2 DRX
BTS cabinet for Low Power application composed of Main
and LPRF modules and without ground bar.
BTS cabinet for Low Power application composed of Main
and LPRF modules and with ground bar
BTS cabinet for High Power application composed of Main,
RF Supply and remote HPRF modules
Frame used to secure the $2000 H/L BTS or HPRF module
to a wall, pole or tower (via mounting plate).
Unit which contains DRX, SBCF, backhaul and PSU.
Unit for LP application which contains LNA, PA and
duplexer modules,
Unit for HP application which contains VGA, and PSU
modules,
Remote unit for HP application which contains LNA,
PA,duplexer and filter modules.
Additional for HP application, which ensure the connection
between the BTS and site interface (supply, batteries,
lightning protection for AC and Telco lines),
The Battery interface box is delivered with cables for
connection on the SZOOOH/L BTS.
Power supply box, alarm and PCM distribution This
interface must be located on the site and close to the
structure supporting the SZOOOH/L BTS.
7hrs confidential docummr it the property a]r RTEL MA TRA CELLULAR and should not be copied or nrculmed wilhaulpenmmon
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4. SAFETY
Refer to [A1], Product safety for SZOOOH/L.
5. SZOOOH/L BTS MODULES INSTALLATION PRINCIPLE
The SZOOOH/L BTS modules are designed to be mounted on mounting plate (refer to
Appendix 1 and Appendix 3) used for direct securing to a flat wall.
For no flat wall, pole and tower a additional mounting support must be used (refer to
Appendix 4 and Appendix 5 for examples
In case ofHP configuration 1 or 2 I-D’RF remote modules are installed
Main cabinet and the first I-[PRF module are linked with DC/DATA composite cable.
The DC/Data composite cable (between SZOOOH BTS and HPRF module) must be
ordered in length required for the site (maximum length 70 m or 275591 inches
length)
The both HPRF modules are linked with daisy DC/Data cable.
Daisy l-IPRF cable (between I-[PRF modules) comes in 10 m or 2 in (393.7 or 78.7
inches) lengths.
RF feeder cables (between SZOOOH/L BTS and antennas, via HPRF modules for HP
configuration) are customer responsability.
In case of collocated site, the RF cables are delivered and come in 2 m (or 78.74
inches) length.
The cables (AC, DC, PCM and external alarms) between SZOOOH/L BTS and Battery
interface box (or customer interface) come in 10 m (or 393.7 inches) length, pre-
terminated with one connector (connected to base unit), the other end to be cut to
length and terminated on terminal by installer.
6. EQUIPMENT PACKAGING
The SZOOOL BTS is delivered in six parts assembled on site (mounting plate, LP main
module, LP RF module, cable cover, sunshield, battery backup)
The SZOOOH BTS is delivered in six parts assembled on site (mounting plate, HP main
module, cable cover, sunshield, RF supply module, Battery interface box).
For HP configuration, the HIPRF modules are delivered in four parts (mounting plate,
HIPRF module, cable cover, sunshield), One or two I-[PRF module(s) can be delivered
according to the radio configuration.
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7. CABINET HANDLING
One person is required for modules transportation, lifting and horizontal moving at
human heigth, refer to Appendix 9.
But a second person is required for safety purposes and to help to handling in other
case.
For height site installation, all the modules are lifted by using a system of pulleys
secured on the wall or pole mount, refer to Appendix 9 for example
A lifting kit can be provided for cabinet horsting and installation, refer to Appendix 9.
8. SZOOOH/L BTS CHARACTERISTICS
8.1. CABINET DIMENSIONS AND WEIGHT ‘
8.1.1. MAIN CABINET
8.1.1.1. SZOOOL BTS STANDARD
The external dimensions of the SZOOOL BTS Standard (all assembled) are as follows:
Height : 650 mm (25,6 in)
WidLh : 542 mm (23,34 in)
Depth ' l97 mm (7,76 in)
Weight < 42,5 Kg (92,6 lbs)
8.1.1.2. 520mm BTS PROTECTED
The external dimensions of the SZOOOL BTS Protected (all assembled) are as follows:
Height : 740 mm (29,13 in)
Width ' 542 mm (23,34 in)
Depth ‘ 197 mm (7,76 in)
Weight ' < 45 Kg (99,2 lbs)
8.1.1.3. SZDODH BTS
The external dimensions of the SZOOOH BTS (all assembled) are as follows
Height 740 mm (29,13 in)
Width , 542 mm (23,34 in)
Depth 197 mm (7,76 in)
Weight : < 45 Kg (99,2 lbs)
This canfidenlml document n [he properly ofNDRTEL MATRA CELL UIAR and thanld "m be L‘opied m Circulared without perm/man,
'____—__—_——————‘
8.1.2.
8.1.3.
8.2.
8.3.
8.4.
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HPRF MODULE
The external dimensions ofthe HPRF module (all assembled) are as follows
Height i 740 mm (29,13 in)
Width : 273 mm (10,75 in
Depth 330 mm (12,99 in
Weight . < 27 Kg (59,52 lbs)
BATTERY INTERFACE BOX
The external dimensions of the cabinet are aslfollows:
Height . 380 mm
Width : 320 mm ..
Depth . 190 mm
Weight . < 25 Kg
CABINET ACOUSTIC NOISE
No noise generating device.
Recommandation : ETS 300 019—14
TRANSPORTATION REQUIREMENTS
Temperature 40°C 5 TEMP S 70°C
Relative humidity" 100% max
Absolute humidity . 30 g/m3 max (1,084x10'06 1bfm3)
Recommandation . ETS 300 0194-4
STORAGE REQUIREMENTS
Temperature . -25°C STEMP S 55°C
Relative humidity : 10% S RH S 100%
Absolute humidity : 0.5 g/m3 (5 AH s 29 g/m3
Air pressure : 70 kPa 5 AP 5 106kPa
Solar radiation 1 1120 Watt/m2
Recommandalion : ETS 300 0194-1
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8.5.
8.5.1.
8.5.2.
9.1.
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OPERATING CONDITIONS
ENVIRONMENTAL CONDITIONS
The SZOOOH/L BTS is built to withstand severe environmental conditions, however it
is advisable to locate equipment in sheltered areas where possible,
The SZOOOH/L BTS has been evaluated for protection against waterjets projected
against the enclosure from any direction. The product has been evaluated for water
ingress protection, according to IPSS. Refer to IEC529 (Degree ofProtection
Provided by enclosures) for limitations in outdoor installations.
The cabinets installed outside must be carefully positionned to limit the effects of
strong winds and rain fall (work in bad weather). They must be placed parallel to the
direction of dominant winds in that area (consult the local meteorological office).
POWER AND TEMPERATURE REQUIREMENTS
The product is approved for installation in an environment with expected temperature
range of -40°C to 50°C.
Max for LP Max for HP
01 without heater (VA) 150 400
O] with heater | 575 1125 -|
_l_
02 without heater (VA) 250 800
|oz with heaters (VA) 900 [450
SZOOOH/L BTS SITE REQUIREMENTS
The SZOOOH/L BTS can be installed on differents types of site-
— indoor, outdoor;
— any case of pole, tower;
— any case ofwall.
Their positionning must take in account some parameters as wind exposure, wind
velocity, wind and ice loading, twist and sway.
ACCESS CONDITIONS
The access conditions must comply with cabinet dimenstons and the available moving
equipment and hoisting tools manipulation.
It must also be compliant to staff access for installation and maintenance
Thu confidential documenl I! lhe pmperl)‘ ofNORTEL MA TRA CELLUZAR and Shmld not be Coplfid or circulated Without/terminator,
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9.2. SITE DIMENSIONING RULES
Installation and maintenance ofthe SZOOOH/L BTS requires front access only. All
field replaceable modules and cabling can be accessed when the front cover is opened
and the sunshield removed That also allows module removal for extendability.
The following criterias have to be taken into account.
— cabinet and Battery interface box securing and connection requirements,
7 cabinets layout (space, clearance, thermal restrictions),
7 distance between main module and I-[PRF,
7 distance between main module and Battery interface box,
— distance between HPRF modules,
— cover opening,
— limit access vandalism.
9.2.1. CABINET SECURING AND CONNECTION REQUIREMENTS
500 mm (19,67 in) of minimum clearance below and above each cabinet must be
planned to enable the installer or the commissioner ease allowing the installation,
maintenance and the removal of the lifting tool
AZA7// JAZQZL
sun mm
or 19.63! m
HPRF or
Mam cabinet
‘ Minimum
sun mm
m 19.66! in
i ,a,
777/777777//7//
Figure 1 - Cabinets clearance
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9.2.2. SZODOH/L BTS CABINETS LAYOUT
The different cabinets layout are defined following site configuration (LP, HP, Battery
interface box)
The cabinets layout defined depending on site dimensions.
[////// / / /
500 mm
or 19,68“-
\\4\\
197 mm
9! 7.75 m x
t K ——————— 7
Sun shield
/ 740 mm Mam aniline!
nr 2m: ml
‘ mun nun Space for mounting
‘ 77 if so 37 In interface
(including thermal
rcsuicuons)
belc cuver
Minimum
5410 mm
‘ or was in
’ /7/7//777%/f/
Figure 2 - Base unit clearance (side view)
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9.2.2.1.
9.2.2.2.
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SZUOOH/L BTS - BATTERY INTERFACE BOX
The minimum distance between the 2 modules is l 111 (39,37 in),
The maXimum distance between the 2 modules is 9,2 m (3622 in).
The 4 inches (100 mm) bending radius ofthe inter-cabinet data cables has to be
respected.
/LZ// ,//441
5110 mm
or 19.68 in
80 mm
740 mm ' - h’
Mam u Incl M115“
5p... m um-nllng
ink-fu-
(Includlng mmi
nnieflnm)
1mm in mo mm
m- 39.37 in 162.1 in
80mm
m-zusin )
1000 mm
or 39.37 In
//f/T/7" /W
Figure 3 — Base unit and battery interface box clearance (side View)
HPRF - HPRF
The maximum inter-HPRF composite DC/DATA cable length is 10 m (3917 in)
The 4 inches (100 mm) bending radius of the inter—cabinet data cables has to be
respected.
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9.2.2.3. HPRF - MAIN MODULE
The minimum distance between the modules is l m (39,37 in)
The maximum distance between the modules is 68 m (2677,2 in).
The maximum DC/Data cable lenght between the two modules is 70 m (2756 inches),
but for cable connection and passageways facility the distance is limited to 68 in
(25712 in).
The 4 inches (100 mm) bending radius ofthe inter-cabinet data cables has to be
respected.
500 mm
m' 19.69 in
,x,,, ,
7m mm Wm,“
0r29.131l| 01-1151“ >
,y, N,
1000 In mm mm
or 39.37 lo 267 7 in
80 mm
14)
740 mm
M 19.1 3 in Main “him 5m farmm",
mm,
(minim mm:
inseam)
,,y,, ,
Minimum
sun mm
or [9&9 in
W//777//§7/7f/
Figure 4 — Base unit and HPRF clearance (side View)
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9.2.2.4.
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COLLOCATED SITE
The collocated cable kit are defined as following .
500 mm
109“ mm. or 19.68 in
or 42.91 m
740 mm
or 29,13 in
1 , ,
Minimum _
Cahlc way 1000 m 9200 mm 500 mm
m- 3937 to 362.2 in fur 19.68 in
Figure 5 - Cnllocated site from View (1)
/ / /
, // 7 , ,, /f/ / , / ,
500 mm
[090 mm .
9.68
(yr 4: 91m "I "‘
HPRF HPRF
740 mm
A .
or 2J,13 m1 lmerfacc
L, , , Minimum
Cable Way 1000 m 9200 mm 500 mm
or 39.371“ 352.2 in or 19.68 in
//7/77/7%/77
Figure 6 - Collocated site front view (2)
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9.3.
10.
10.1.
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SITE CHARACTERISTICS
Any site must respect safety conditions
The use of safety harness and a stable and safe area close to the cabinet is mandatory.
The supporting wall or pole must satisfy to the following characteristics:
— shearing >200 kg, (440,92 lbs)
, tearing >200 kg (440,92 lbs)
The wall must be flat and vertical for installation without mounting support.
For other site , a mounting support equipped with an adjustment tilt must be used.
SITE PREPARATIONS
The elevated position of the SZOOOH/L BTS (above 2 or 3m [78,74 or lT8,11 in]
from the ground level) involves safety requirements.
A careful selection and training ofthe staff must be planned.
To permit staff access to the SZOOOH/L BTS, some requirements are taken in
account, as:
— lifting or climbing means,
— installation ofa stable and safe area close to the cabinet,
* hoisting all the equipments required by the staff.
If the site is located in an easy accessible area, work area boundary lines and
protection means to avoid equipment damage/robbery must be planned.
SITE SAFETY FITTINGS
In order to allow staff access to the cabinets, a suitable platform must be available
close to the cabinets. This platform is a stable and safe area which must be easily
erected.
It may be.
— a scaffolding,
— a safety platform supported and hoisted by a specific vehicle.
, all type of platform proposed by recommended professional suppliers.
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10.2.
10.3.
10.3.1.
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The characteristics of such a platform must satisfy the minimum following
requirements.
7 ground surface of2 m2 ( = 2 m x 1 m) or 3100 in2 (78,74 in 39,37 in)
7 height of the platform is at l,2 m (47,24 in) below the bottom of the cabinet,
to allow the access to the cables,
7 the platform is placed in front of the cabinet at the closest distance from the
wall mount.
INSTALLING THE SYSTEM OF PULLEYS
The installer will install the system of pulleys taking into account all the requirements
for the site.
After securing the cabinets onto the wall or pole the system of pulleys must be
removed easily.
Refer to Appendix 9 for example
INSTALLING THE MOUNTING PLATES
INDOOR SITE
The mounting plates can be installed in indoor site directly on wall if the wall comply
with following recommendations:
7 Vertical flatness : 1 mm (0.039 in)
7 Side-to-side flatness : 1 mm (0 039 in)
7 Torsional flatness : 3 mm (0.118 in)
7 Shearing : >200 kg, (440,92 lbs)
7 Tearing : >200 kg (440,92 lbs)
The set of pegs and screws used to secure the mounting plate depend on the type of
the supporting wall :
7 Plaster wall : 50 mm (1.97 in) cast-iron pegs, M8,
7 Hollow wall : 55 mm (2 l6 in) metallic pegs, MS,
7 Cement wall, concrete wall 50 mm (1.97 in) hook-fitted PVC pegs, M8.
The mounting plate is secured to the wall using 3 fasteners, l in each top corner and l
in the center at the bottom
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Figure 7 - Mounting plate directly secured on wall
To overcome a torsional out-of-specification situation, the mounting plate must be
stood off the interfacing surface (by the use of washers/spacers) at a distance greater
than the variation in flatness ofthe surface
The mounting plate will be allowed to float free of the surface except for the small
area of the 3 washers/spacers
Refer to Appendix 3 for the holes template,
The following table gives the Size (diameter, depth) of the holes to be drilled for each
wall type
Diameter (mm/in) Depth (mm/in)
15/0 59 60/236
11/0 43
10/0 39
Plaster wall
Hollow wall
60/236
cement wall
Thu WNW-mat document u m: properly ofNORTEL MA MA CELLULAR and should no! be copied or circulated wilhoulpermusmn
lSzOGDH/L BTS SITE SPECIFICATION , l
10.3.2.
10.3.2.1.
10.3.2.2.
NQRTEL
NORTHERN TELHOM
OUTDOOR SITE
In outdoor site, the SZOOOH/L and HPRF modules are secured to the structure (wall
or pole) with mounting support, refer to Appendix 4 and Appendix 5.
The mounting support is delivered with its installation kit (screws, nuts washers...)
WALL MOUNTING
The supporting wall must satisfy the following characteristics
— Shearing : >200 kg, (440,92 lbs)
— Tearing : >209 kg (440,92 lbs).
In case ofhollow wall, the wall must be solidify with metallic or wood plate, refer to
Appendix 4.
The mounting support is secured to the wall using 4 fasteners, refer to A—ppendix 4
for holes template.
The mounting kit allows the air flow between the wall and the rear of the cabinet (80
mm or 3.14 inches space allowing air flow on sun drenched wall).
POLE OR TOWER MOUNTING
The pole mounting support is designed to be secured on tubular or square structure
with a tilt which mustn’t exceed 10“, refer to Appendix 5.
In other case, a mounting interface must be installed to compensate the tilt, refer to
Appendix 5
Outlined below are parameters that must be identified and specified '
— Service life
— Legs constmction/component stress
— Tower loading
— Wind loading
— Ice loading
- Wind velocity
— Wind exposure
— Twist and sway
— Foundation
The tower or pole loading must take in account the modules weight, refer to the
modules characteristics.
m, confidential document tt the pmperly o/NORTEL m not CELLULAR amt should not be copied or circulatzd without‘permusron.
lcnnnnnn “TC GIT]? cnwrmrt‘ATrn I
10.4.
10.4.1.
NQRTEL
NORTHERN TELEEOM
CUSTOMER INTERFACE SPECIFICATIONS
The Battery interface box interfaces:
— Power supply,
— PCM lines,
with the BTS, refer to Appendix 2.
POWER SUPPLY
The customer has to provide a power supply with a protection against the transitory
currents. ’
The required electrical power taking into account pike current, supplying the BTS as
the following characteristics:
Case of 220 VAC Case of 110 VAC
an ’ ~
Voltage 220V(~10 %) to 110V(-10%)to
240 v (+5 %) 120 v (+6 %)
The SZOOOH BTS is powered by a single phase (220 VAC , 50 Hz for Europe) or 2
phases (110 VAC» 60 Hz for North American), 2 wires plus ground, commercial AC
power source equipped with a Listed 10 A / 220-240 VAC for branch circuit
protection
The SZOOOL BTS'is powered by a single phase (220 VAC - 50 Hz for Europe; 110
VAC— 60 Hz for North American), 2 wires plus ground, commercial AC power
source equipped with a Listed 6 A /220»240 VAC for European or a Listed 10 A /
115 VAC for American branch circuit protection.
A differential device is not mandatory at all for our cabinets. Ifthe breaker has such a
differential device, it has to be rated at 30 mA (min) delayed for LP and 100 mA (min)
delayed for HP version.
Ensure that a readily accessible disconnect device is incorporated in the fixed wiring.
In case of no compliance, an appropriate disconnect devrce and an emergency stop
switch should be provided as part ofthe building installation by the customer.
The disconnect device should be near the equipment, easily accessible by the service
personnel, and marked as the disconnect device of the equipment.
Attachment-plug receptacles in the vicinity of the product should be of an grounding
type and the grounding conductors should be connected to ground at the AC
distribution box
Thy: mnfidentral document is the pmpmy o/NORTEL m not CELLULAR and Mould not be Copwd or uranium whom permurron.
SZOGOH/L BTS SITE ECIFICATION
10.4.2.
10.5.
NQRTEL
NORTHERN TElECOM
The SZOOOH/L BTS is not approved for use in a power distribution system having no
direct connection to ground (an IT system). Refer to National Installation grounding
requirements for details
The lightning arresters are built in Battery interface box.
Each protective device in the power supply installation (circuit breaker, differential
circuit breaker...) must be identified and its characteristics must be clearly indicated, a
label on each device should indicate which equipment it protects.
For Europe: At the AC terminal, an man height accessible emergency stop switch for
the power supply shall be installed.
If no AC Telco module is used, the site circuit breaker must be compliance with the
BTS consumption.
If AC Telco module is being used (including 8 16A breaker), site breaker must be
superior to 16 A. ‘
PC M TERMINAL
The SZOOOH/L BTS is not intended for connection directly to the telecommunications
network
For Europe: Approved protection must be provided as part of the installation by the
operator in case of configuration without Battery interface box.
Do not install the PCM line during a lightning storm.
The SZOOOl-l/L BTS (main module) is equipped with 2 PCM interfaces (on SBCF).
Only Drop&[nsert configurations (chain or loop) require the use of the second PCM
interface
The number of PCM terminals required is therefore determined by the network
configuration (I PCM terminal / PCM),
For the E1 or Tl line, PCM lines connected to the PCM terminal must be protected
with a lightning arrester For areas where thundererstorm days/year > 25 then the
Battery interface box should be installed Under 25, then install primary protection
The S2000H/L BTS is compatible with the use of all PCM terminals, line-connected
or microwave, offering minimum clock precision of 5x10“8
The installation conditions depend on the type of PCM terminal used
GROUND PLATE INSTALLATION
The SZOOOH/L equipment (base unit, HPRF and battery interface box if required) are
not approved for use in a power distribution system having no direct connection to
ground. Refer to National Installation grounding requirements for details.
The ground plate is installed systematically and regroups all the SZOOOH/L site
equipment ground circuits:
— Equipment protective ground circuits (Base unit, HPRF, Battery interface box),
m: canfidenlml document u the properly a/NORIEL MA m4 CELL yum and mud not be copied or circulated withoutpermrrsron.
lSlOOOH/L BTS SITE SPECIFICATION “ - , I
10.6.
10.7.
10.8.
NQRTEL
NORTHERN TElECOM
— Feeder grounds.
The ground plate is installed close to the base unit.
The earth plate is continuously linked up to the ground sink. The maximum specified
impedance measured from the ground plate is less than 10 Q.
The ground plate sink and the power station sink are common or inter-connected
INSTALLING THE BATTERY INTERFACE BOX
The Battery interface box can be installed on wall or pole with delivered mounting kit,
next to the main module with a minimum distance of 1m and maximum of 9,2 m
(362,2 in). "
A ground link mustbe installed during site preparation to connect the mechanical
frame of the battery interface box to the site ground.
For North America, protective conduits are installed along the entire cable route, from
the SZOOOH/L site entrance up to the connection interface located on the underside of
the module (via the Battery interface box if required). To reduce the length of
conduits required, it is recommended that common passageways are used to convey
the external cables onto the Battery interface box connection interface. The conduits
allow to separate the mains AC cable from other cables. All the connection cables
am've below the Battery interface box and are left waiting in the protective cable
conduit, with an extra 500 mm (11,81 in) length with respect to the Battery interface
box connection interface
SITE CABLES PROTECTION
All the external cables must be protected by cable trays or conduits which must be
metallic, well grounded (and waterproof if outdoors). They must not have gaps or
holes which allow lightning EMP ingress
When the SZOOOH/L BTS is mounted on a wall, metallic cable trays may be used to
route external cables via Battery interface box if required.
The cable trays must be dimensioned in order to handle the cables with respect to
their bending radius.
They are positionned and secured onto the wall below the cabinets, at a distance from
their bottom to allow easy wiring
INSTALLATION OF ANTENNAS, FEEDERS AND
DC/DATA CABLES
A SZOOOH/L BTS requires up to four antennas adapted to the frequency band
The site engineering study determines the antenna locations.
The relative positioning ofthe antennas is determined in terms of the frequency band,
so as to respect the decoupling and the decorrelating characteristics between
antennas.
rm confidential (lorumenl n we prapen‘y ofA'URTEL MA TRA CELL UIAR and would not be Copied or circulalzd who,“ permu'non,
leonnnnn. RTS SIT WICATION , , , l
10.9.
10.9.1.
NQRTEL
NORTHERN TElECOM
For SZOOOH configuration, composite DC/DATA cables must be installed between
main and first H'PRF module and between the both HPRF modules if required
All the cables must meet the NORTEL cable specifications,
Each cables {feeders and DC/Data cables) must be routed to be directly connected to
the conespoding modules, refer to Appendix 12 and Appendix [3
For collocated site, RF and DC/Data cables are delivered in 2 m length
WIRING
Power feeders which meet National lnstallation requirements must be supplied by the
customer, or the agent of the customeri ‘
ln rooftop applications, the ambient temperature may reach 70 °C
The current and temperature rating of the feeder cables must comply to National
requirements.
All external cables are supplied and installed by the party in charge of preparing the
site.
Only copper conductors are used for field wiring.
FEEDERS
Protected feeders are used to establish the link between the SZOOOH/L BTS and the
antennas (via HPRF module for HP configuration).
For correct operation of the BTS equipment, the VSWR must be < 1.5 at the feeder
termination
The diameter of the feeders to be used depends on the length of the link and type of
configuration (LP, HP, GSM 900, 1800, 1900)
The feeders are left close to the wall or pole mount and ready to be connected. A
straight male silver plated N type connector equips each feeder ends except for
SZOOOL Standard (elbowed male silver plated N type connector)
The N type connector should be specified as [P67 and with no ferro magnetic
materials
m: confidential document IS the properly ofNORTEL MA TRA CELLULAR and Mould not be copied or urmlalzd wtthout pclmmsmn
SZOOOH/L BTS SITE SPECIFICATI
10.9.2.
10.9.2.1.
10.9.2.1.L
10.91.11.
NQRTEL
NORIHERN TELECOM
POWER SUPPLY CABLE
SITE WITH BATTERY INTERFACE BOX
AC CABLE BETWEEN BTS AND BATTERY INTERFACE BOX
The AC cable between the SZOOOI-I/L BTS and the Battery interface box is
systematically delivered in 10 m or 787,4 inches length, refer to Appendix 10
AC CABLE BETWEEN BATTERY INTERFACE BOX AND CUSTOMER
INTERFACE
For the connection between the customer’s AC panel and the Battery interface box, a
power supply cable must be installed during site preparation.
Ewe ufcable:
Cable with three 1,5 mm2 minimum wires; the green/yellow wire is used For grounding
of the SZOOOH/L BTS.
US only: Cable with three 14 AWG wires; the green/yellow wire is used for
grounding.
Conductor section Distance Battery interface Imx - customer box
1.5 mm2 leng1h<20m
2.5 mm2 20 m < length < 30 rn
European , Red, brown or Green/Yellow
black
N. America Black, red or Green/Yellow
blue
Routes:
The cable runs between the customer’s AC panel and the Battery interface box cables
along cable trays or conduits and the mles for separating heavy and light currents are
respected.
Connections:
Battery interface box, on terminal block
Power supply installation srde. on circuit breaker.
Thrc canfidewlml documenl is the pmpmy a] NORTEL MA TRA CELLULAR and should m be fiaplad or clrculamd withoutpermvman
IG'mnnFlll RTS RITE SPECIFICATION I
10.9.2.2.
10.9.3.
NQRTEL
NORTHERN TELECOM
SITE WITHOUT BATTERY INTERFACE BOX
The AC cable between the SZOOOH/L BTS and the customer’s AC panel is
systematically delivered in 10 m or 787,41 inches length, terminated at one end to be
connected on the SZOOOH/L BTS.
Type ofcable:
Cable with three 1,3 mm2 wires; the green/yellow wire is used for grounding ofthe
SZOOOH/L BTS
US only: Cable with three 14 AWG Wires; the green/yellow wire is used for
grounding the SZOOOH/L BTS
Routes:
The cable runs between the customer’s AC panel and the SZOOOH/L BTS_along cable
trays or conduits and the rules for separating heavy and light currents are respected.
Connections:
BTS side Refer to Appendix 10 for connector.
Power supply installation side. on circuit breaker.
The AC cable from the SZOOOH/L must be connected to the AC supply equipped with
AC protection and circuit breaker (refer to paragraph 104.1 Power supply).
GROUNDING CABLE
A ground bar is installed on the mounting plate of the SZOOOH/L BTS (except
SZOOOL Standard) and HPRF module> refer to Appendix 6 and allows the SZOOOH/L
BTS cabinet protective ground circuits.
For SQOOOL Standard and Battery interface box, the bonds are directly connected to
the mounting frame (see Appendix 6),
A ground link must be installed during site preparation to connect the ground bar (or
the frame) of each equipment to the ground earth plate.
Type afcable:
One conductor 16 mm2 (6 AWG in N. America), insulated.
Router.-
Ground wires shall not be bent more than 90°, shall be run as straight as possible,
shall not be run in steel conduit without bonding to the conduit at each end.
The rules for separating heavy and light currents are respected.
Connectmns:
— Equipment side" using two holes lugs (5/8" spacing)
- Ground plate side. using lugs
Th/s confidential document it lhe property ofNORTEL MA TRA CELLULAR and ihould m7! bk Copied or circulaledw/thuui‘ Fermi,“
Ramon/l, BTS SITE SPECIFICATION , I
10.9.4.
10.9.4.1.
10.9.4.1.1.
10.9.4.1.2.
NC’RTEL
NORlHERN TELECOM
PCM AND EXTERNAL ALARM CABLE
SITE WITH BATTERY INTERFACE BOX
The PCM and alarms are combined into one cable between SZOOOH/L BTS and
Battery interface box and comes from factory in 10 m (or 393.70 in) length with one
end terminated.
For the connection between the customer interface and the Battery interface box, one
PCM and one alarm cables must be installed during site preparation
PCM CABLE
Type afcabIe .' L904-4/2
4 twisted pair cable (2 PCM) shielded per pair
Pair connector wire size range is 0.4 - 0,65 mm (22 - 26 AWG) with a madmum
insulation of 1,57 mm (0,062 inches).
Routes:
The cables run between the customer interface and the bottom of the Battery interface
box positioned on the wall mount as the other external cables along cable trays or
conduits.
Connections:
Battery interface box on terminal block,
ALARM CABLE
Type ofcable:
6 shielded twisted ipair cable
Pair connectorwire size range is 0.4 - 0.65 mm (22 — 26 AWG) with a maximum
insulation of 157 mm (0.062 inches).
Routes:
The cables run between the customer interface and the bottom of the Battery interface
box positioned on the wall mount as the other external cables along cable trays
Connections:
Battery interface box . on terminal block.
m; confidential document is the properly a/NORTEL AM not CELLULAR and should m)! be copied or ctrculu/ed w/lhfml pelmusmn
lSZDOIJH/L BTS SITE SPECIFICATION p 70 l
NE’RTEL
NORTHERN TELECOM
“1.9.4.2. SITE WITHOUT BATTERY INTERFACE BOX
The PCM and alarms are combined into one cable between SZOOOH/L BTS and
Battery interface box (or customer interface) and comes from factory in 10 m (or
393 70 in) length with one end terminated.
Type ofcab/e:
4 twisted pairs (2 PCM)
6 twisted pairs
2 Relays.+
Routes.“
The cable runs between the PCM and alarms customer interfaces, as the other
external cables, along cable trays or conduits,
Connections:
Customer interface refer to Appendix 11 for connector pinout.
7m mfidmm! dacumenl u the property <1Nr7RT/zL MATH/1 CELLULAR and mud not be mprzd or crrculaled wvlhuulpeimuxmn.
lsznrmH/L BTS SITE SPECIFICATION , I
SZOOOH/L BTS SITE SPECIFICATION
NQRTEL
NORTHERN lElEEOM
Appendix 1 S20lIDH/L BTS installation view
Slap 1: mounlmg plate mmmm Sky) 1: LPRF or RF wpply mndule installation
Step 3 v Mn“ module "summon Slcp 4 : Omar and Sunshmld mslzllalinn
Figure 8 - SZOODH/L installation
Tm canfulemral document u we properly u/NORTEL MATH/1 CEJJ‘ULAR and should m be capwd or crrculalEd wllhmllpermlmon
NC’RTEL
NORTHZRN TELECOM
Appendix 2 Battery interface by): view
180 mm or 7 llnches .
Battery
Compartment
. Connector 1 v
Removable DC R51]
frame 5 Connector 2
Lightning
protectors
AC Companmcnt
>€
1/2” d 't' I
con u1\’
Figure 10 - Battery interface box parts
7th canfidemral documenr u {he property onmRTEL mm; CELLUMJ? and mud not be Copred or cyrcufared wunampemmmn,
leannnun nTc QI’T‘F CanlFlr‘A’rlfiN
NC’RTEL
NORTHERN TELEEOM
Holes for
securing
1/ \
Fran! view ‘
\ AC cable Cableways
mmmgL'umm-li
Groundmg connection
with 5/3“ double % 7 7
holes lug L a D 5
External alarms
—~ v cable
Bottom View
Figure 11 - Battery interface box securing
Thu canfidenna! document 11 lhe proper/y o/NORTEL MATRA CELL UM}? and shuuld m7! bz copied or circulated wn‘ham pcrmiflmn.
("NIH/L BTS SITE ECIFICATIO
NQRTEL
NORTHERN TELECOM
' :xfi-$n<1
53a Q?
x“
If
lFigure 12 — SZOOOL with Battery interface box
Thu mnfidenual documcm AS Ihe properly af/VURTEL MATH/1 (Eu. ULAIR and xhwld not be copied or cyrculaled wuhmt permmmn.
Iflnnnnnn nrrc nv’rr cnml‘mII‘A’l‘lnvu l
NQRTEL
NORTHERN TELECOM
Appendix 3 Mounting plate
2!Dmm
mm
420
Standard mounting plate
13
igure
late
mg P
-HP mount"
Figure 14
1h. y confident”)! doCnmcm n (he propsrryaf.\'(1RTEI, MA TRA CELLULAR and thu not be copied or cvrmlaled wilhourpermvssvan
nnnn/l RTQ QITF CPFFWIFATI“
NQRTEL
NORTHERN TELECOM
571 mm
Figure 15 - H'PRF mounting plate
Thu confidsnlmf documenl u' the properly ofNORTEL MATRA Cm UMR and should not be Cop/Mar czrculnled mum: pgrmmmn
NQRTEL
NORTHERN TELECOM
Appendix 4 Wall mounting
Figure 16 - View of wall mounting
‘ 371mm or 146 inches v
; l
1267 inches :
Front View
Figure 17 - Wall holes template for base unit mounting
This canfidenlml dofflmem u {he properly quDR1EL MA TRA CELL UMR aml Mould nul be capred or amdaled wuhaulpzmmmn
,. “m.- nvnn nnnnm'n . m-nu
NQRTEL
NORTH RN TELEEOM
[35 mm or 5 35 lmhcs
231mm
9.1me _
__J-_é>__;_;__-__
an| view
Figure 18 - Wall hules template for HPRF mounting
Metallic egs
' l
‘ "Concrete ‘
. m . A A
‘ 4 ' will .
Figure 19 - Concrete wall mounting
Threaded nuts Protect platesX
Figure 20 - Hollow wall muunting (1)
1m confidential document m m: pmpmy afNURTEL MATRA CELLULAR and thank] no! he Eaplerl or mrculaled wrlhmu permlfllon;
l—__..,. rvrc L‘vr‘b chrnrnll‘A’rInu i
NORTEL
NORTHERN TELECOM
Figure 21 - Hollow Wall mounting (2)
1 Metalhc egs
Tilt Mounting support
adjustment
Figure 22 - Tilt adjustment
‘ 4 ' 4 ‘ ' ‘ A 4 ~‘ ‘
Mounting plalc
\»
Screw head
Figure 23 - Mounting plate securing
7m cvnfldzmml document A: the property chORTEL MATRA CELLULAR and xhauld not be copied or arc/Aland without perm/£51071
l————_—~m "m“ nnhf‘rnlr‘n’rlnkr |
NQRTEL
NORTHERN TELEEOM
Appendix 5 Pole mounting
Figure 24 - View of pole mounting
mu [mid
Momma vim
Figure 25 - Mounting kit without tilt adjustment
m: eon/1mm: dunumem‘ r: We praperl)‘ afwmu MA 1m CELL UMR and than!!! rm! be 60le or circulated who“ permungn
SITE SPECIFICATION ,
NQRTEL
NORTHERN TELECOM
q,
47
\ 11mm my
NWT“
Jr 1
fEAL ‘
‘ L,, J
z: ‘ 7 \ 1
, , ‘ 1
A?
‘ i‘ ‘ L
w ‘ 1 fax
“F.“ =% mJ
j w x‘ ‘
1“ 77, I N Square structure
Figure 27 - Pole mounting
Thu confidential document u m properly of yawn MATRA FELLL'MR and mud not be capnxl m circulated wuhmu permmwn.
NC’RTEL
NORTHERN TELECUM
\ Till —>
\ Compciisafionfiéf
Figure 28 - Tower mounting
7m confidenual douirnenz u m prapurry ofNURTELM/i no; CELLULAR and should not be copied or Circulared whom permunon.
iSZOOOH/L BTS SITE SPECIFICATION n l
NQRTEL
NORTHERN TELEEOM
Appendix 6 Graunding
\ , W 7 7
1 52000 Main ‘
1 module
Conduits grounded 6 AWG wire to
at cable entry plate Site ground
Figure 29 - Base unit grounding
6 AWG Grew/Yellow
cable equipped with
5/5» double hum mg
Figure 30 - Ground connection for all BTS except SZOOOL BTS Standard
rm can/idennal documenl n [he pmpmy quORTEL MA TRA CELLULAR and xhoufd not be copied or Circulared wllhoul permumon
(“I'F‘ICATION ,
NQRTEL
NORTHERN TELECOM
s AWG Gram/Yellow
cable cquxppcd wnh 5/3"
doubll: holes lug _
Figure 31 - SZOOOL Standard ground connection
Tn
‘ ‘ Mounting plate
LL Vii!
13225th J
| 6 AWG wire to
51k: ground
Figure 32 - HPRF grounding
Figure 33 - Ground connection on HPRF ground bar
Thu confidznual Hammer]! 7: the properly o/NORTEL MA TRA CELLULAR and rhmdd m: be copved or circulated without permzmon.
lSzflOOH/L BTS SITE SPECIFICATI B M |
NQRTEL
NORTHERN TELEEOM
Appendix 7 Example of wall layout
1‘ 3
fi 2
Q 53 3x
2x j? Km
g m 5;
; =5 30
n g; , u
\A
mgm
[ARM an immune
muuwmmw A A
wLw A—A
Thu con vdemml documznl is me property a/NORTEL MA TRA L'bLLUlAR and xhould no! bz topied or cw‘uhzlfld Wt (haul permuwn.
mmnnu 1: five or": envr‘rmr A T!
NORTHERN TELECOM
NE’RTEL
g: 1 ‘ .:
m 5 . r V
zozufiowm fiqru740m2 $ ,
«5m zzcn 9.38 5955
, 5; 89?“ ,
593 12;
$ch “63
5“ . 25
mm; Es: , 551 555
195245 mums E I>E>
qu 1&5
‘J
‘ A xOm
85204
Thu canfidznnal documern 1: Me proper!) afNORTEL MA TRA CELLULAR andxhoufd nor be Lopted or Circulaled withwlpzrmurmn
SZGDOH/L BTS SITE SPECIFICATI
13mm A‘I
NQRTEL
NORTHERN TELECOM
Appendix 8 Tawer layout
PYLON MASSIF
ANTENNA
/——‘fi
T\\mv
\\SZOOOH
STANDARD FENCE
Thu cunfidcnlral document n the properly nf A'umu MA rm CELL (IL/LR and should no! bz copied or urcldalzd withoutpcrmvlsron.
cam-nun n'rc err]? enrr‘m‘lr‘ATIn
NQRTEL
NORTHERN TELEEOM
ANnquNwa
VIEW A—A ”7
_ 7 651k
ANTENNA
FEEDER
THUNDER covmq pow
COPPER EAR sod \
HFRH
FYLDN GIRDLE
29 so
,’ EARTH HOLE
filo“ MASS” r' wm4 cu? BAR
Thu canridenrral Hurt/men! n [he yroper (y n/ VDRTLLAM1RA CELL uuR and would not be «7pm or mrrululed wzrhaulpdrmlmmn.
Iannnn' n-rc err-r cnrhnnrvrlnm |
NQRTEL
NORTHERN TELECOM
Appendix 9 Cabinet handling
The lifting slings must have a lenght superior at 1,5 meters to avoid module M6
inserts pulling up.
w Hoisting Ring
with MG nu!
Figure 34 - HPRF hoisting
The same method is Applied for the other modules
m: confidential document is the properly ofNURTEL MA nu CELLULAR and should not be 601112407 ctmdaled wrrhoul permisnan.
In mmun n'r‘n er": cpurnrvrvnnm l
NQRTEL
NORTHERN TELEEOM
This confidennal documem u m pmperry qu'ORTEL mm CELLULAR andshoultl nu! be coprcdo! aroma/ed who“ penmmcn
NQRTEL
NORTHERN TELEEOM
Appendix I 1) AC cannecmr
The AC cable between the SZOOOH/L BTS and the Battery interface box is
systematically delivered in 10 m or 787A inches length, . For more longer use the
Battery interface box or equivalent as interface box.
Connector type: AMP/CMP Female 7 pins
Pinouts:
——m
Th/J Confidential document 11 the property quORTEL MA TRA CELLULAR and should mx be copied or circulated Wllhoui‘ perms wont
lSZOOOH/L BTS SITE SPECIFICATIO ,
NQRTEL
NORTHERN TELECOM
Appendix I I PCM and alarm cannectnrpinouts
The PCM/Alarms cable between the SZOOOH/L BTS and the Battery interface box is
systematically delivered in 10 m or 787A inches length For more longer use the
Battery interface box or equivalent as interface box.
Connector type: Sub D 25 pins male
This connector must be delivered with waterproofing protection
Alarm 3 (+)
15 —I Alarm 3 (Gd)
16 Alarm 4 (+)
Alarm 4 (Gd)
Alarm 5 (+)
Alarm 5 (Gd)
PCM] TX (+)
PCM] TX (-)
PCMl RX (+)
PCMl RX (-)
PCMZ TX (+)
PCM2 TX (-)
PCM2 RX (+)
+ FCM2 RX (-)
10 Alarm 1 (+)
Alann 6 (+)
21 Alarm 6 (Gd)
22 Relay 1 (+)
——
23 Relay 1 (Gd)
11 Alarm 1 (Gd) Relay 2 m
12 ' Alarm 2 (+) Relay 2 (Gd)
11mm
Thu confidemml document I; the properly ofNURTEL 1144 m4 CELL mum am should not be cup/ed a! crrculaled wrlhour permunon
ISZOOOH/L BTS SITE ECIFICATIO - l
NQRTEL
NORTHERN TELECOM
Appendix 12 S200” Low Power
Fl Antenna 1
i TX, RXM
\ g
‘ r
1 RF cable
3 cables (AC, DC, ABIS) —
Delivered lenght IO m
Optional Battery
Customer AC box with interface box
circuit breaker Or customer panel's
1 Telcoline and
external alarms
Antenna 2r 1 F ‘Antennal
TX2 31 i jTX], RXIM
2 RF cables
3 cables (AC, DC, ABIS)
Delivered lenght 10 m
Optional Battery
interface box
Or customer panel's
Customer AC box with
1 ‘ Telco line and
external alarms
Tm- confidcnrml (104147712711 n Ihe pmpErI) u/NURTEI, MA TIM Emu/mic and Mould not be gonad or circulated whom permunon
SlOOflH/L BTS SITE SPECIFIC
NQRTEL
NORTHERN TElECOM
Appendix 13 S2000 High Power
M Antenne 1 (TXI, RXlM)
I I
Antenna 2(RX1D)
1 DC/Data cable
(70 m max)
3RFcables
-RX1M
-RX1D
-TX1
3 Cable 5 (AC, DC, ABIS)
Delivered Ienght 10 m
Customer AC box with
circuit breaker
‘ TelcoIineand
‘ \ external alarms
1h” confidcnlml document 1; the proper!) o/‘MmmL mum (“ELLULAR and should no] he 50pm: m urculmed Wllhourpermuxmn
lSZOOOH/L BTS SITE SPECIFICATION l
NQRTEL
NORTHERN TElECUM
> jAntennel Aniennel
1 szM,
‘ RX] M, , TX
} TXI , 2
1 Daisy
DC/Dnta cable /
Delivered lenglit 10 m
1 DC/Data cable
2 RF cables (70 m max) 2 RF cables
- 11le - RXZM
. TXI . TX:
3 Cable 3 (AC, DC, ABIS)
Delivered lenght 10 m
Customer AC box with
circuit breaker
‘ [ Telcoline and
‘ external alarms
This canfidylllal document u the pmpérly ofNORTEL A14 TRA CELL ULAR and Jhauld no: be Copied or nrmllafed wnhoul permt man,
SZOOOH/L BTS SITE SPECIFICATION
NC’RTEL
NORTHERN TELEEOM
Antenncz Antennel Antennez
fiflXlD RXZM
; h Antennel TXZ ’ RXZD
[ ' RXIM,
TX]
HM
1 Daisy
DC/Data cable ,
Delivered Ienght 10 m
1 DC/Data cable
(70 m max) 3 RF cables
3 RF cables _ RXZM
_ RXlM _ RXZD
- RXID _ TX2
» TX]
3 Cable 5 (AC, DC, ABIS)
Delivered lenght 10 m
Customer AC bux with
circuit break er
l Telco line and
external alarms
GR END OF DOCUMENT £0
Thu canfidenlral documzm 1: [he properly o/NORTEL MA no: CELLULAR and vhauld not be owned m arm/arm Wllhmrpermuuon
lSZOOOH/L BTS SITE SPECIFICATION 7 l

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Create Date                     : 2001:05:04 10:52:48
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