Avaya Canada MCBTS1900B User Manual 79672
Avaya Canada Corporation 79672
8
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| Document ID | 79672 |
| Application ID | I8f62FtQZnVnhZsyO/RtKw== |
| Document Description | 8 |
| Short Term Confidential | No |
| Permanent Confidential | No |
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| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 53.8kB (672544 bits) |
| Date Submitted | 2000-01-05 00:00:00 |
| Date Available | 1998-10-08 00:00:00 |
| Creation Date | 2001-05-03 15:05:12 |
| Producing Software | Acrobat Distiller 4.0 for Windows |
| Document Lastmod | 2001-05-03 15:05:24 |
| Document Title | 79672.pdf |
| Document Author: | VicodinES /CB /TNN |
Application for Type Acceptance Doc: RF-00146-98 NQRTE L
FCC ID AB6MCBTSIQOOB Issue: 1.0 NORTHERN TELHOM
Exhibit E
User Documentation
Date: July 17, 1998 This document contains Proprietary and Confidential Information
of Northern Telecom, Inc,
Proprietary
CDMA MCBTS 1900
Cell Site Requirements
Issue 0.01
Document: CDMA MCBTS 1900 Cell Site Requirements
June 18, 1998
NORTEL Wireless Netwo
CDMA BTS Radio Dev
BTS Radio Systems 2
Security Warning:
The information contained in this document is the property of Northern
Telecom Ltd. The holder of this document shall keep all information cone
tainecl herein confidential and shall protect the same in Whole or in part
from disclosure and dissemination to all third parties,
FCC ID:ABGMCBTS(900B
NQRTEL
NORTHERN lElECOM
CDMA MCBTS 1900 Outdoor NQRTE L
Cell Site Requirements
NORTHERN lilEfOM
1.0 EXECUTIVE SUMMARY ................................................ 1
2.0 INTRODUCTION .......................................................... 2
3.0 ENVIRONMENTAL REQUIREMENTS ...................................... 3
4.0 MECHANICAL REQUIREMENTS ......
4.1 Physical Spccificulions ....... ,,
411 Digital Enclosure . , , .........
4.2 RPM ...... . . .
4.3 General Cabinet Anchoring ............... ,
4.4 Pad Mounting ........... , ..................
4.5 Rubber Isolation Pad . . . .
4.6 Cable Ingress/Egress .......................
5.0 AC POWER REQUIREMENTS ............
5.1 Power Specifications ...... .
5.2 AC Connection ........................................... . . .
6.0 RF OVERLAY REQUIREMENTS ................................. 9
6.1 Cable connections . . . . . ..... 9
7.0 GPS RECEIVER ........................................... . 14
8.0 CONNECTIONS AND CABLI'NG ............................. . 15
8.1 RPM Power Connections and Cable . . . . . . . . . . 15
8.2 RFM interconnect ............................... . . 15
8.3 Fiber ............................... ..18
9.0 Tle1 CONNECTIONS . . . . . ..... . . 20
10.0 GROUNDING ................... . . .21
10.1 BTS Grounding Architecture ..... . . 21
10.2 Antenna Grounding .. , ..... .. 21
10.3 RPM Grounding ..... y . . . 21
10.4 Site Ground Ring .... ............................. . ....21
Version 001
Draft print date: June 18, 1998 Page 1 01 ii
CDMA MCBTS 1900 O td
Cell Site Requirementsu 00V NQRTE L
NORTHERN TELECDM
Version 0.01
Draft Date: June 18, 1998 Page 4i of xi
CDMA MCBTS 1900 OUTDOOR NQRTEL CDMA BTS RADIO DEVELOPMENT
PROPRIETARY NORTHERN IHKOM CELL SITE REQUIREMENTS
1.0 EXECUTIVE SUMMARY
The CDMA MCBTS 1900 Outdoor BTS Is a new product development for Nortel‘s PCS
markets in North America. This document details cell site requirements forthe full
MCBTS Outdoor product.
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2.0 INTRODUCTION
This document outlines the cell site engineering requirements for the CDMA MCBTS
1900 Outdoor System. its intended audience is the cell site engineering team who will
use this information on the capabilities of the MCBTS to plan the installation of the
product at a cell site. The cell site engineering team should have expertise in
mechanical, grounding, power, telecom, and RF engineering.
Specifications in the Product Specification Agreement (PSA) shall take precedence over
information in this document.
The MCBTS cell site requirements fall into six main categories:
- mechanical requirements
- grounding requirements
power requirements
signal interface requirements
antenna requirements
carrier requirements
The mechanical requirements cover the phys' racteristics (weight, size), the
mounting requirements and restrictions an A Ripping, hoisting, and lifting
requirements of the Digital Enclosure, fith‘efiifladio Frequency Modules (RFM).
s a
‘t.
The MCBTS will be deployed in
outdoors. This document cov
environments potentially both indoors and
'TS outdoor version.
th
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3.0 ENVIRONMENTAL REQUIREMENTS
The external environmental operating condition requirements are described in this
section. Table 1: Iiststhe MCBTS thermal ratings.
Thermal Rating Range
(lpurutmg Range 740” C to +50" C
(Numml Optimum , 24 lmurs per day)
Ml“ Flo 105° F)
“pirating Range -55" C to +650 C
t _ v . . . ‘
(SliorlTerm Opcrtuum Mu more than 72 hours wmmuous (32°C to ‘200 C)
w [5 days per year
Nomopcralmg Range (Storage) for 72 hours 500C to +7o°c
(-60°F to 160°F)
Table 1: MCBTS Therm
The altitude specifications are listed in Table 2:., I ' :
Operationgga v Range (in)
Standard “‘%H ISOO
(Normal 0pm you per day)
Non-Ongééinggnng (Storage) -6010 15000
Table . MCBTS Altitude Rating
The relative humidity specifications are listed in Table 3:.
Relative Humidity Range
Operating Range 5 to 95%
(Normal Operation — 24 Hours Per Day) (Nun-Condensing)
Non-Operating Range (Storage for 96 hours) 90,95% RH a! 40°C
Table 3: MCBTS Humidity Rating
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PROPRIETARY NORTHERN lElECOM CELL SITE REQUIREMENTS
4.0 MECHANICAL REQUIREMENTS
4.1 Physical Specifications
The MCBTS is comprised of a digital enclosure (DE) and radio frequency modules
(RPM). The dlgital enclosure is designed to be mounted on the ground while the RFM's
are designed to be remote mounted.
4.2 Digital Enclosure
The DE is the main structural component in the MCBTS. The digital enclosure will house
the rectifiers, equipment shelves, internal heating/cooling tray, heat exchanger internal
loop fan assembly and provide for all necessary internal cable routing/management.
The preliminary outside dimensions for the DE are illustrated below. These dimensions
refer to the unpackaged height and are excluding the DEI which attaches to the left side
and the heat exchanger which mounts on the top.
The dimensions are:
- Depth: 30"
- Height: 57” Max (excluding 15" hig
- Width: 30"
The DE with no shelves will wei . ed 190 lbs.
4.3 Digital Enclosure Inte
The Digital Enclosure Interface (DEI) for the MCBTS enclosure assembly provides
entrance of AC power, network and alarm connections, and connection to the ground
ring. The dimensions of the DEI are shown below.
The dimensions are:
0 Depth: 30" (same as overal depth of Digital Enclosure)
- Height: 7 "
0 Width: 12"
The weight of the empty DEI is estimated to be 225 lbs. The loaded module weight after
integration of equipment is expected to be 700 lbs.
Cable access to the DE is via the DE interface (DEI)
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PROPRIETARY NORIHERN IEIKOM CELL SITE REQUIREMENTS
30“
h— 30“ ——
WI.
4.4 External Battery Cabinet
The MCBTS external battery cabinet (EBC) is an optional stand alone enclousre that
provides additional battery backup to the digital enclosure. It will be located adjacent to
the DE at the installation site and allow for one additional EBC to be daisy chained
together to provide additional battery backup.
The EEG utilizes the DE as its external enclosure for environmental protection. Four
lifting eyes are provided at the top of the EEC for installation at the cell site.
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72”
ISOMETRIC VIEW
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P30” W
H, 12”
1377
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PROPRIETARY NURTNERN lElEmM CELL SITE REQUIREMENTS
4.4.1 RFM
The preliminary outside dimensions for the RPM are shown below. These dimensions
refer to the unpackaged height and are excluding the EOM which attaches to the bottom
of the RFM on the right hand side.
The dimensions are:
- Depth: 12.1"
- Height: 27.92”
- Width: 34.1“
The complete FlFM will weight an estimated 120 lbs.
(film——
~——~—-— (3A lDl —4~—«~
RFM Mounting (preliminary)
The RFM is intended to be installed onto standard Unistrut type C-channel mounting
hardware. There is a mounting bracket that will be pre-installed onto the uni-strut. This
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will provide mounting, locating and hanging features that will allow the RPM to be
installed and hang in place until it can be fastened. The mounting plate serves as a
demarcation point for the interconnect.
4.5 General Cabinet Anchoring
The DE is designed to be hoisted by a crane. Four mounting points are provided on the
top of the cabinet for hoisting.
4.6 Pad Mounting
The MCBTS shall be mounted on a concrete slab.
4.7 Rubber Isolation Pad
The DE shall be mounted on a rubber pad.
4.8 Cable IngressIEgress
Cable access to the RFM is
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PROPRIETARY NORTHERN IElEiiJM CELL SITE REQUIREMENTS
5.0 AC POWER REQUIREMENTS
5.1 PowerSpecifications
Commercial ac power will be supplied to the DE as a single/split-phase, 120/240 Vac
(nominal, or 120/208 Vac two phase), four conductor (L1, L2, Neutral and Ground),
connection from an external service entrance. The ac power input specifications are as
follows:
- Nominal Input Voltage: 240/120 Vac, single, split phase, 60 Hz
- Input Voltage Range: 178 to 264 Vac (or 105 to 132 Vac line to neutral)
° Input Frequency: 47 ~ 63 Hz
- Power Factor: greater than 90% at nominal line voltage and frequency.
- Input Current Rating: 70A, 2»pole circuit breaker.
5.2 AC Connection
All external power enters the system via the DEI. wire (L1, L2, Neutral, and
ground), nominal 240/12OV (or 208/120V), 100A¢r§iing,ia'c supply must be supplied by
the customer. Primaw power is by connection t" , ac utility. If the DEI is to be the
service entrance, the neutral—ground jumpe n thy“? 0 panel should be connected.
Othentvise, it should be removed. Auxiliary a‘ecess is via the external ac generator
receptacle connector.
Signal Interface quantity wire rating/gauge Connector Description
AC utility 1 (BC + gnd) 70A Bkr, AWG 1M, 90 0C Refer to
Generator Socket 1 (3 -C + grid) 70 A Bkr, AWG M, 90 0C Refer to
Table 4: AC Utility Connections
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CDMA MCBTS 1900 OUTDOOR NQRTEL CDMA BTS RADIO DEVELOPMENT
PROPRIETARY NORTHERN TElECflM CELL SITE REQUIREMENTS
6.0 RF OVERLAY REQUIREMENTS
The MCBTS has several overlay options.
Basic installation configuration (single channel)
Simple overlay on mini configuration
The minimum requirement (1 carrier) is 2 antennas per sector. One torthe main antenna
(Tx and one diversity path) and one for the other diversity path. A two carrier system can
also be supported with two antennas. In this case, each antenna carries one carrier on
the Tx side and one diversity path on the Rx side, With a three carrier system a third
antenna is added to carry just the Tx of the third carrier.
Number of Carriers Number oflAntannas
s “as;
Table 5: Sy tfifit |%\ngl’mvisianing
6.1 Cable connections tr
The optical link cable, SFtFM DC my cable, and the GPS antenna cable have a
provisionable length. When ordering, the length must be specified and fall below the
maximum length specifications indicated.
The quantity of inter—SRFM cables required depends upon the application. In a single
carrier system, no inter-SRFM cables are required. In 2 or 3 carrier systems. inter-SRFM
cables are required.
Two sample configurations will be considered for illustrative purposes. These are
i) a basic system with no redundancy and
ii) a premium system with all redundancy
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CDMA MCBTS 1900 OUTDOOR NQRTEL CDMA BTS RADIO DEVELOPMENT
PROPRIETARY NORTHERN IELHOM CELL SITE REQUIREMENTS
oz sector [3 sector y sector
E a
m “a
E‘ a,
_|
EOM Power
E diversil
E dwarsw
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CDMA MCBTS 1900 OUTDOOR NeRTE I- CDMA BTS RADIO DEVELOPMENT
PROPRIETARY NORTHERN IEIKDM CELL SITE REQUIREMENTS
0L SGC'IOI’
E main
E_main
E_diversi|y
E mam on“
E dwovsII
E mam oun
frequency 1 frequency 2
EOM Power
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PROPRIETARY
NQRTEL
NORTHERN IELHDM
CDMA BTS RADIO DEVELOPMENT
CELL SITE REQUIREMENTS
frequency 1
E_ma\nuout1 l
E dlverswly
EOM Power
frequency 2
“W
EoutZ I
Egdwerm
Egmain
EOM Powev
frequency 3
E_main
Egd iversil
E_main ou|2
E mam nun
EOM Power
0! sector
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CDMA MCBTS 1900 OUTDOOR NQRTE L CDMA BTS RADIO DEVELOPMENT
PROPRIETARY NORTHERN IEIHDM CELL SITE REQUIREMENTS
x:
_.
Sector 11
RxRF OUT 0
TXRF IN
RxRF OUT 1
TEST
POWER IN
TxRF a
Test a
Power (1
HxRFO a
RxHFI u
1 ca ” r pe sector mini-BTS
ANTO Seder a
HXRF_OUT_1
E diversil
E1
u.|
HXRF OUT 0
E_diversily_out1
TEST
POWERJN
2 carriers per sector
overlay on mIni—BTS
TXRF IN
TxRF a
RXRFO (1 —
FIxRF1 a
TEST a
POWER (1
Mini—HTS
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PROPRIETARY NORTHERN IElEtDM CELL SITE REQUIREMENTS
7.0 GPS RECEIVER
Timing and frequency reference information provided by the GPS receiver is critical to
the proper operation of the MCBTS subsystem. One or two GPS antennas may be
connected. The GPS antenna receives the signals from multiple satellites, and the
signal is supplied to the GPS receiver in the MCBTS via a coaXIaI cable. Precautions
should be taken to ensure that the GPS antenna is clear of obstructions and interference.
The antenna should be installed to provide the best view of the entire sky. A complete
view of the sky from horizon to horizon will enable the receiver to observe as many GPS
satellites as possible. This allows the GPS receiver to select the best combination of
GPS satellites for best performance. If the GPS antenna must be installed with a Imited
view of the sky, it may not be able to track a sufficient number of satellites to determine its
position. The GPSR must track at least 4 satellites simultaneously for some period of
time in survey mode. Once the GPSR has an accurate fix on its location, if can maintain
accurate timing signals to the BTS while tracking only 1 satellite.
an
The maximum distance between the MCBTS and t
maximum allowable cable loss of 7? dB. The c
GPS receiver for determining the delay from th
PS antenna is set by the
kle Vengthyand type is required by the
ntenna to the receiver.
{51 Cable Connector Type
Max Loss Max Length e On MCBTS end On Antenna end
7? dB at? fl. . | N—type male TNC— type male
Tab] Y ‘. IGPS Antenna Interface
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PROPRIETARY NORIHERII IELKDM CELL SITE REQUIREMENTS
8.0 CONNECTIONS AND CABLING
8.1 RFM Power Connections and Cables
DC power is conducted to individual RFM’s via two conductor (-48V, BR) shielded
(ground) cables; one cable for each FtFM. The size of the power cable used depends on
the cable run length. The DC power cable from the DEI enters the RPM enclosure via
the Power Entry Module (PEM).
The specifications for these external RFM dc cables are as follows:
Less than 3000 feet, use 2 conductor #8 AWG shielded cable
Between 300 and 600 feet, use 2 conductor #6
Allowed Cable Voltage Drop: 6 Vdc maximum (48V and Rtn combined)
Cable Terminations: two-hole lugs at the DEI BRR plate, twist-lock type
connector at FtFM (to mate with the PEM)
Shield Termination: grounded at both the RF nd DEI ends, and at the base of
the tower.
first .
H m" acrty.
The RFM DC cable is sized for voltage drop, no "
é.
The optical link enters the RPM via the elec emodule (EOM).
8.2 RFM Interconnect
Table 14 below shown the HF
15 shows the RPM external inte
T nterconnect single carrier configuration. Table
-ct multi carrier configuration.
Note
Direct onnection to the RFM lrom the Digital Enclosure.
mm—
mm.—
ashlar. GND 1 “—
EIectm-Opn‘cal Module (EOM)
629145 Mbs _m COHEI Primary or Redundant digiv
, 7 ‘I
Supplies primary DC power
to the RFM.
E rim lwdt 629.145 Mbs copra tal Iinkto Digital Enclosure
629.145 Mbs _-3g_ COHEZ Primary or Redundant digi
1 EOM
EJimjwdz 629.145 Mbs optical tal link to Digital Enclosure
| one 1 GND are AWG 1 l RFM | RPM Mount<| connect to RFM chassis
ing Plate (cold plate)
Table 7 RPM Interconnect
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PROPRIETARY
NQRTEL
NORTHERN lElHUM
1900 OUTDOOR
CDMA BTS RADIO DEVELOPMENT
CELL SlTE REOUIREM ENTS
3 E7, in the name dcstgnares a connection cxtcrnal m the RFM Assembly.
E_main
'he next table shows the interconnect for the multicarrier configuration.Table of RFM
Assembly Interconnect (multiple carrier per sector)
Supplies primary DC power
to the RFM,
Electro~0plical Module (EOM)
RF Lightning Protector Array (LPA)
N-type coax
1930—1990 MHz
and
18504910 MHZ
Pn‘marvor Redundant disi-
'a' W m Dig“ Mm
Tx/Rx Main
Antenna
Primary or Redundant digi
tal link to Digital Enclosure
Eidive rsrty
diversity
E‘mainjun
1850-1910 MHZ 1 LFA
N-type coax
185041910 MHz N—type coax
Other RFM/
RFFE
1850-1910 MHz N-type coax
maln70ut1
E7rnain70ut2
maln_0u12
E,diversity_out
1350-1910 MHz N-type coax LPA
1850-1910 MHZ N-type coax 1 LPA Other RFM
Assembly
18504910 MHz N-type coax
1650-1910 MHz N-type coax
Other RFM Only used With multiple RF-
Assembly
LPA
1 LPA Mlni-BTS
MAS per Sector
lnly used when deployed
Table 8 RPM Interconnect
diversi|y_0ut 1850-1910 MHz N-type coax RFM LPA With a Mini-HTS Overlay
gnd GND 36 AWG connect to RFM chassis
(cold plate)
E,gnd GND WM AWG connect to tower or local
site ground
Misc.
grid GND #6 AWG 1 RPM RFM Mount- connect to RFM chass'
ing Plate (cold plate)
a. Ew in the name designates a connection external to the RFM Assembly.
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CDMA MCBTS 1900 OUTDOOR NQRTE L CDMA BTS RADIO DEVELOPMENT
PROPRIETARY HORIHERN TELEEOM CELL SITE REQUWIEMENTS
M H U Assembly
N 1pr connccmr 9 pm dsub
An N zypcson LPA mm: 2—26 VDC @<2A
inmgrumd pmlcclmn 17 d
gr
4—slg/alarnl
shlcldcd
ACombo Dsub
i 2(4) coax » data rx/lx
? 2 power — 5 VDC/rln
,-' 1 ground
' 2x diff, pair » 4 pins
1 ground
shielded
Zlno‘umm 3
2 redundant 1“ '
(single-camer)
Figure 1 RFMA Interconnect
Optical Link Interconnect Design Details.
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PROPRIETARY NORIHERN IElEtOM CELL SITE REQUIREMENTS
The optical link encompasses the physical pans from CORE transceiver to FtFM
transceiver. This includes transceivers, fibers, connectors, splice pints, and fiber
management. Figure 17 below shows the potential layout. The reference for the
information on the optical link is taken from "MCBTS Optical Link General Specification";
TL-0M00-20-97, Issue 10,
8.3 RFM Optical Link Interconnect
The baseline design has the Iollowmg configuration.
CORE fiberto fiber interconnect — splice point
(4 trays, 12 fibers/tray, existlng Nortel tray & tool)
Watertight housing
(DEI not watertight)
Figure 2 RFM Optical Link Baseline Design
8.4 Fiber
The optical link to the RPM will contain 4 fibers per link. Two receive and transmit pairs
for redundancy, unless multicarrier deployment is used, when soft redundancy is handled
by the other carrier and only two fibers are used (othertwo left unused). The main portion
of the link will run on outside plant cable capable of vertical ascent, terminated at the
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RFM by an standard SIECOR optifit termination The transceivers will be housed in a
healed optical termination unit which is connected to the FtFM by electrical interconnect.
The high speed signals will be carried by 4 coaxial links.
Fiber interconnect and rearrangement features are required to interconnect the RFM’s to
the Digital enclosure. Current baseline design has the digital enclosure provisioned with
a optical link harness, fiber storage and management, as well as a flexibility point (splice
point) in the DE] cabinet capable of handling all 48 fibers in the fully configured case. The
flexibility point need not be fully configured for the single carrier application, and splice
trays specified are off the shelf from multiple vendors.
The RFM will have an EOM unit which depends upon the length of the fibre run from the
DE to the RPM.
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9.0 T1/E1 CONNECTIONS
The GM module has up to 6 T1 interfaces connected through the faceplate. The cable
will probably be lumped in two 12 wire bundles terminated at the CM by two 15 pin
dsubsc
The MCBTS may be configured with anywhere from 1 to 6 T1/E1 links. Each link
requires 2 twisted pair. All the twisted pairs may be combined into a single cable along
with the subscriber loop twisted pair. Customer interface will be through the DE!
accessible T1 protection terminal block.
(Daisy chain configuration)
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10.0 GROUNDlNG
10.1 BTS Grounding Architecture
The RFM is grounded to its mounting structure, whether a tower, wall, building or pole. If
the structure is non-conductive (eg. wooden pole) it shall be provided with a ground
cable as part of the site ground.
The RFM mounting structure and BTS cabinets both connect to the site ground ring. #2
AWG cables less than ten feet long are used for these primary, external ground
connections.
10.2 Antenna Grounding
Each GPS antenna will be grounded at the antenna mast and again at the cable entry
point (coax cable shield) inside the DEI. Similarly the cell site antenna(s) are grounded
at the tower and may be further protected by lightni rods on the mountingn structure,
protruding above the antennas, preventing direct str to them.
10.3 RFM Grounding
, he RFM shall be bonded to the
adabe bonded to the external ground
d copper conductor. Provision shall be
‘tion of a No. 2 AWG, 2-hole lug connector,
The shield of each coaxial cable cable co
RFM chassis. Additionally, the RFM c ’ '
system (eg. tower) using No. 2 AWG;
made on the FtFM cable bulkheadgfor'tgrmin
The DC power cable connectingfghe ain electronics cabinet to the RFM shall be
grounded at both the RPM end and the main enclosure end (main ground plate).
10.4 Site Ground Ring
A peripheral grounding ring, usually buried around the site perimeter, or routed along the
outer edge of the roof of a building, provides the main site ground. It provides an
equipotential reference to minimize differential voltages during lightning surges. It
provides an equipotential reference to minimize differential voltages during lightning
surges. It consists of a #2 AWG (or larger) uninsulated, tinned copper conductor.
Connections are made to it using C—tap Clamps. All conductive surfaces or objects on the
sites should be connected to it, especially the tower or other RFM mounting structure.
The ground ring makes earth contact through ground electrodes, typically copper-clad
stakes 3m (10 ft) long, driven into the ground at 2.5 to 3m (8-10 it) intervals around the
ground ring and tower, and clamped to it. The resistance to earth of the ground ring shall
be 25 ohms or less, with a preferred value of less than 5 ohms. See Nortel 08412200
and DSAPGSBA (Cell Site Power and Grounding) for further information.
June 18, 1998 23-
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ceH
Vantermaw) backhau‘
RF coax
unhty
ac power
antenna(s)
f;\
DE EBC
equwp't
mounting
rawl
ground electrodes
CDMA MCBT81900 OUTDOOR NQRTEL CDMA BTS RADlO DEVELOPMENT
PROPRIETARY NORTHERN lElECOM CELL SITE REQUIREMENTS
1L0
ill
[2]
REFERENCES
CMS-MTX/CDMA MCBTS 1900 Outdoor and MCBTS Base Platform. Product
Specification Agreement.
CDMA MCBTS 1900 Outdoor. Power Protection and Grounding Declgn
Specification.
[3] CDMA MCBTS 1900 Outdoor. General Specification.
[4] MCBTS Optical Link NTGSOSAA, NTG80117, NTGSOOQS Functional Agreement,
Packaging Concepts Methodology
[5] MCBTS Digital Enclosure Mechanical Assembly NTGStSAA Functional
Agreement. Packaging Concepts Methodology.
[6]
June 18, 1998 25,
Versron 0.01
Application for Type Acceptance Doe: moms-93 N Z7 RTE L
FCC ID ABGMCBTSIQOOB Issue, 1.0 NORTHERN TELELOM
Exhibit F
Photographs
List of Photographs
Photograph lzRFM with Doors Closed
Photograph 2:RFM with Doors Open
Photograph 3:PAM
Photograph 4:TRM Component Side with Shield On
Photograph 5:TRM Solder Side with Shield On
Photograph 6:TRM Component Side with Shield Removed
Photograph 7:TRM Solder Side with Shield Removed
Photograph 8:DPM
Photograph 9:Microprocessor Card
Photograph 10:EOM with Shield Removed
Date: July 17, 1998 This documenlconluins Proprietary and Confidential Information
of Northern Telecom, Inc
Source Exif Data:
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