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| Document ID | 30514 |
| Application ID | mJAnCK2BxwKlZXT9NCpcNA== |
| Document Description | 8 |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 121.58kB (1519764 bits) |
| Date Submitted | 1999-04-02 00:00:00 |
| Date Available | 1999-04-05 00:00:00 |
| Creation Date | 2001-06-26 18:18:13 |
| Producing Software | Acrobat Distiller 4.0 for Windows |
| Document Lastmod | 2001-06-26 18:18:15 |
| Document Title | 30514.pdf |
| Document Author: | jsoscia |
FCC ID: KUWSAIQOO—FC
EXHIBIT D
INSTRUCTION BOOK
A . INSTRUCTION BOOK:
The User's Guide for this product has been included as Exhibit
D.
D“)
FCC ID: KUWSA1900-FC
6 October 1997
USER’S GUIDE
for the
SELECTAMP 1800
CDMA CHANNELlZED AMPLIFIER SERIES
MANUAL NO. AEOZB-AO274
REVISION —
The lnfon-nation set forth in this document and all rights in and to inventions
disclosed herein. and patents which might be granted thereon disclosing,
employing or covering the materials. methods. techniques or apparatus
described herein are the exclusive property of Andrew Corporation.
This document is an operation and maintenance manual. No disclosure or
reproduction of the information or drawings shall be made of any other
purpose without the prior written consent of Andrew. Use of the information
contained herein to fabricate or assemble any item in whole or in pan is
expressly prohibited.
These goods are subject to Us Department of State, International
Traffic in Arms Regulations, 22 CFR 120-130,
”amount
2425 N. Central Expressway, Suite 800, Richardson, Texas 75080
TEL (972) 235-7300 FAx (972) 234-8014
Ml)
FCC ID: KUWSAlQOO-FC
AEDZB-AOZN Rev. — LIST OF EFFECTIVE PAGES
LIST OF EFFECTIVE PAGES
Dates of issue for original and changed pages are:
Original ........ O ......... 1 July 1997
TOTAL NUMBER OF PAGES IN THIS PUBLICATION IS 42
CONSISTING OF THE FOLLOWING:
Page Change No.
(D = Original Page)
Title Page
List of Effective Pages (0
Chapter1 (1-1 thru 1-5)
Document use in nth-(cud to that descrlbod on wvar
D(3)
FCC ID: KUWSAlQOO—FC
AEOZB-A0274 Rev. — SAFETY SUMMARY
SAFETY SUMMARY
High voltage is used in the operation of
this equipment. Death on contact may
result if personnel fail to observe the
following safety precautions:
- Do not be misled by the term “Low Voltage.‘ Potentials as low as 50 volts may cause death under
adverse conditions,
- Do not crush. puncture, disassemble. or othenflise mutilate batteries Leaking batteries can cause
serious damage to equipment and injury to personnel.
- Do not remove covers or access plates on the equipment unless you are authorized to do so.
~ Do not work on electronic equipment unless there is another person nearby who is familiar with the
operation of the equipment and is trained in administering first aid.
- Whenever possible, disconnect the equipment from the power souroe before beginning maintenance.
- To prevent electrical shock or damage to the equipment. do not operate it until you thoroughly
understand the operation and function of all controls, indicators. and conneotors.
' Turn of! all power to the equipment before replacing any fuses.
FIRST AID
In case of electrical shock:
~ Do not try to pull or grab the individualr
- If possible, turn off the electrical powerl
' If you cannot turn off the electrical power, pull. push, or lift the person to safety using a dry wooden
pole, a dry rope, or some other insulating material
- Send for help as soon as possible
- After the injured person is no longer in contact with the source of electrical shock. move the person a
short distance away and immediately administer first aid and artificial resuscitation as required.
Document use is restricted to that described on cover ii
I3(‘7‘)
FCC ID: KUWSAIQOO-FC
AEozs-Aozu Rav. — TABLE OF CONTENTS
TABLE OF CONTENTS
CHAPTER1 DESCRIPTION .............................. . ........... . ........... 1-1
1.1 OVERVIEW ................ 1-1
1.2 ELECTRICAL SPECIFICATIONS . . 1-1
1.3 MECHANICAL SPECIFICATIONS . . . 1-2
1.4 ENVIRONMENTAL SPECIFICATIONS 1-2
1.5 TECHNICAL ASSISTANCE ........ 1-2
CHAPTER 2 OPERATIONAL OVERVIEW 2-1
2.1 OVERVIEW .................. . 2-1
22 RF DISTRIBUTION . . . . . 2-1
2.3 POWER DISTRIBUTION . . 2-1
2.4 CONTROL DISTRIBUTION ....... . 21
CHAPTER 3 FUNCTIONAL DESCRIPTION . . 3-1
3.1 OVERVIEW .................. . 3-1
3.2 FUNCTIONAL DESCRIPTION . . 3-1
3.2.1 Diplexer ........... . 3~1
3.2.2 LNA/Attsnumor . 3-1
3.2.3 Channelizer ........ . 3-1
3.2.3.1 Downoonvener . .3—1
3.2.3.2 Upconverlar . . 3-3
3.2.3.3 Synthesizer . . . 3-3
3.2.4 Power Supply ..... . 3-3
3.2.5 Interconnect Board. . . . 3-3
3.2.6 PowerAmplifier Module . . 3-3
3.2.7 Status and Control Module. . 3-3
3.2.8 Battery Back Up Option
3.2.9 Mountlng KltOptions .
3.3 PROGRAMMING . . .
CHAPTER 4 MAINTENANCE . . .
4.1 MAINTENANCE PROCEDURES
APPENDIX A AMPLIFIER INSTALLATION . . . . A-1
APPENDIX B SOFTWARE INSTALLATION . . 5-1
APPENDIX c APPLICATION NOTES . . . . . . . . . . . . . ..... c-1
LIST OF FIGURES
Figure 1-1 SeleclAmp 1800 Outline Drawing .......................................... 1-3
Figure 1-2 SeleclAmp Internal View ....... 1-4
Figure 1-1 SelecfAmp 1800 Outline Drawing . 1-5
Figure 3-1 SelectAmp Exploded View ............................................ 3—2
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AEDZBADZ" Revl —- TABLE OF CONTENTS
“R
LIST OF TABLES
Table 1-1 Electrical Specifications ................. . ........................ 1-1
Table1-2 Mechanical Specifiwfions A . . 1-2
Table 1-3 Environmental Spacifications .............................................. 1-2
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Aeozwozn Rev - DESCRIPTION
N—
C HAPTE R 1
D ESC RI PTION
1.1 OVERVIEW
The SelectAmp 1800 bidirectional channelized amplifier provides selective frequency amplification of user
specified frequencies in the 1850 4910 MHz Uplink and 1930 4990 MHz Dcwnlink PCS bends. This unit
will selectively filter for one 125 MHz CDMA channel in the Uplink and Downlink band as determined by
the operator. Frequency selection, gain adjustment and fault monitoring Ia accomplished with monitor and
control circuitry and tin'nwa_re.
Vinthin this manual, “Uplink’ refers to the RF signal path from the mobile unit to the base station (Donor
Cell) and the “Downlink' refers to the RF signal path from the base station to the mobile unit
1.2 ELECTRICAL SPECIFICATIONS
Table 1-1 below contains the electrical specifications for the Band Selective Amplifier.
Frequency Range Uplink - 1850 - 1910 MHz
Downlink - 1930 - 1960 MHz.
Power Three wire. 90 to 260 VAC @ 240 matte
3 dB Bandwidth 1.5 MHZ.
Filuer Roll Off 40d3@6 MHz BWtoL
SOdB @15 MHz BWtoL
Noise Figure a dB maximum
RF Port impedance 50 ohms nominal.
Maximum Input Signal Without damage +10 dBm with no attenuation.
CDMA Power Output 2 watts.
Spurious Emissions (Measured trom filter center frequency).
(Meets Jerome @ 2 watt channel power 45 dBc min @ e 885 KHz.
43 dBm max @ 11.25 MHz.
45 dBm min @ 11.25 MHz.
In-Band Spurious -30 dBm or better at 80 65 gain.
Status Frequency setting. gain setting. and module failure via
phone interface.
Power Gain. Each Channel 65 to 95 dB. adjustable in 2 dB steps.
Power Requirements +22 VDC 1 10 percent @ 10 amps typical.
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AEDZB-Aofll Rev — DESCRIPTION
1.3 MECHANICAL SPECIFICATIONS
Table 1-2 below contains the mechanical specifications for the Band Selective Amplifier.
Size Amplifier:
Height 41 cm (16.3 inches).
Width: 31 cm (12 inches).
, Depth: 31 cm (12 inches).
(Excluding heatsinks, connectors. handles, and feet)
Weight Amplifier: 55 lbs (25 kg).
Mounting Four holes spaced (295 x 371 mm) (11.6 x 14.62 inches).
Hole diameter = 0.453 inches.
Power Connections + 24 VDc (seven meter able supplied with unit).
RF Connections Type N female.
1.4 ENVIRONMENTAL SPECIFICATIONS
Table 1-3 below contains the environmental specifications for the Band Selective Amplifier,
Temperature Range (Operating) Operating: 40 to +60‘c (Vertically mounted with unobstruded
aim.)
Storage: 40° to +70'C.
Humidity Range (Operating) Up to 90 percent noncondensing.
Environmental Protection NEMA type 4 UP 86).
1.5 TECHNICAL ASSISTANCE
Technical assistance on this or any other Andrew product is available 24 hours per day through:
Andrew Customer Service
Telephone: 1-800-255-1479
Fax: 1-708-349—5444
Document uu is restricted no that described on cover 1-2
FCC ID: KUWSAIQOO-FC
AEOZB-ADZ74 Rw -- DESCRIPTION
——————____
fi usau mun
'—_\z.unu ——d
11.5110
mom
msn
Figuro 1-1 seleetAmp 1800 Omllm Drawing
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AEflzB-A0274 Rlv - DESCRIPTION
RH I
REMOTE (WIRELINE)
CONNECTION
POI-IMP
MAXRATINGS
0.5A0125VAC
|.5A Q 30ch
Flame 1-2 SelectAmp Int-ml] Vlow
Docum-nt use ls restrict“ to that deurlbod on oovor 1-4
Duo)
FCC ID: KUWSAlQOO—FC
AEDZB-Afl’flt Riv -— DESCRIPTION
Pam
mums Mae sumo
Figure 14 Sal-cump Connemr Panel
Document usa Is restricted to that dmrihod on covor 1-5
D(II)
FCC ID: KUWSAlBOO—FC
AEOZB-AMM Rev —
OVERVIEW
CHAPTER 2
OPERATIONAL OVERVIEW
2.1 OVERVIEW
The SelectAmp channelized amplifier accepts a broadband input in the 1850 - 1910 uplink and 1930
-1 990 MHZ downlink bands. and selectively passes one CDMA discrete channel in each band while
rejecting the others. This is accomplished by downconverting the desired signals to a 140 MHz
intermediate frequency and using narrowband SAW filters to provide adjacent channel rejection.
2.2 RF DISTRIBUTION
The amplifier contains two paths; forward for the base station, and reverse for the mobile signal. Each
path includes a diplexer. low noise amplifier. channelizer. and power amplifier. The diplexers and
channelizers determine the frequencies to be amplified.
2.3 POWER DISTRIBUTION
Main power for the amplifier is provided by a 12 amp power supply operating at +22 VDC. The power
supply awepts 90 . 260 VAC inputs. The interconnect board distributes +22 volts. +5 volts. and -5 volts
to the various modules.
2.4 CONTROL DISTRIBUTION
The operator has control overthe gain and operating frequency of each path. Computer inputs for gain
and channel settings are routed to each low noise amplifier and channelizer. The gain setting is a four bit
word that sets gain from +2 to +32 dB. The channel setting is a three wire serial Input to a synthesizer in
each channelizer. Each module outputs a status message to indicate the overall condition of the active
devices. If an active device fails. the module reports a fault.
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2-1
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AEOZB-AOZ" Rw — FUNCTIONAL DESCRIPTION
H“
CHAPTER 3
FUNCTIONAL DESCRIPTION
3.1 OVERVIEW
The SelectAmp Channelized Amplifier accepts a broadband input in the 1850-1910 uplink and
1930-1990 MHZ downlink bands, and selectively pasec one CDMA discrete channel in each band while
rejecting the others This is accomplished by downconverting the desired signals to a 140 MHZ IF and
using narrowband SAWflIters to provide adjacent channel rejection.
3.2 FUNCTIONAL DESCRIPTION
Refer to Figure 3-1. Each path in the SelectAmp consists of four major modules: diplexers,
LNNattenuator, diannelizer, and power amplifier. These four modules are powered by. interconnected
by, and monitored by the power supply, interconnect board, and the status and control module
respeaively. Diplexing otthe uplink and downlink signals is accomplished by diplexer filters tuned to the
required PCS band (A, B, C. D, E. or F).
These modules perform the function of selecting one 1.25 MHZ channel out of a predetermined PCS band
for amplification.
3.2.1 Diplexer
The dlplexer module consists of dual filters with a common port on one end and two separate ports on the
other. One side of the diplexer is tuned for the uplink band, the other side for the downlink band. Insertion
loss of each filter is 2 dB maximum and 65 dB minimum rejection to the opposite band.
3.2.2 LNAIAttenuator
The LNAIattenuator module contains three gain stages and a digitally controlled attenuator. The overall
gain of each path can be adjusted between 65 and 95 dB.
3.2.3 Channelizer
The channelizer module contains three boards shielded by aluminum dleders, These three boards, which
are described below, provide the channel selectivity for the SelectAmp. Channelizer module gain is 24 dB
minimum.
3.2.3.1 Downconverter
The dovmconverter board consists of a mixer driven by a synthesizer, a SAW filter centered at 140 MHZ
with a 1.5 MHZ, 3 dB bandwidth, and two gain stages. The DC current draw of each gain stage is
monitored by a window comparator for status The window comparator will indicate a fault, if the gain
stage has an open or short failure. The output of the down converter is fed to the upconverter board.
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AEOZB-AOZ74 Rev — FUNCTIONAL DESCRIPTION
umnmwlm minus <2:
Flgure 3-1 SelectAmp Exploded Vlaw
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FCC ID: KUWSAlBOO-FC
AEGZB-Aoz" Rev — FUNCTIONAL DESCRIPTION
3.2.3.2 Upconverter
The upconverter board mixes the filtered 140 MHZ IF with a signal from the synthesizer and outputs the
same frequency that was input to the downccnverter. Like the downccnverter, each upccnverter path
consists of a mixer and two gain stages. The DC current draw of each gain stage is monitored by a
window comparator. The window comparator indicates a fault, if the gain stage has an open or short
condition.
3.2.3.3 Synthesizer
The synthesizer board consists of a synthesizer circuit that is driven by a reference oscillator and
distribution amplifiers. The synthesizer operating frequency is programmed from the status and control
module. The uplink and downlink frequencies are set with a computer that has Andrew designed
frequency control soflware installed on it. This software is a Microsoft Vlfindows application that allows the
operator to input the desired RF frequency and gain setting. The frequency of the synthesizer is
determined as follows:
Uplink = 1710 MHz + (50 KHz x N)
denlin = 1790 MHz d» (50 KHz x N)
Where N = Channel Number (0-1199)
The status and control module converts the operators input to the appropriate frequency command forthe
synthesizer. The output of the synthesizer is divided into a downconverter path and an upconverter path.
3.2.4 Power Supply
The power supply assembly consists of an in-line EMI filter. switching power supply, and interface cable.
The power supply amepts a 90 to 254 VAC input and outputs +24 VDC for use by the rest of the amplifier.
Power is distributed to the active modules through the interconnect board.
3.2.5 Interconnect Board
The interconnect board serves to distribute power to the other modules. and interfaces with the status and
control module for control and monitor oi the modules. The interconnect board consists of nine pin,
D-subrnlniature connectors, and voltage regulators.
3.2.6 Power Amplifier Module
The power amplifier module provides the final gain and power stages for the amplifier. Four cascaded
stages provide a minimum of 45 dB gain. The DC current draw of each gain stage is monitored by a
window comparator, The window comparator will indicate a fault if the gain stage goes into a hard failure
(open or short) mode. Additionally. a temperature circuit monitors the module for an over temperature
condition
3.2.7 Status and Control Module
The status and control module provides status information and control capabilities at the local and remote
connections. Control functions include synthesizer channel selection and individual channel attenuation
settings. Status information includes module summary status for the LNAIattenuator, channelizer. power
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AEOZB-A0274 Rev - FUNC'HONAL DESCRIPTION
amplifier and battery backup. In addition to power amplifier status, power amplifier temperature status is
also provided.
3.2.8 Battery Back Up Option
The battery back up (BBU) provides emergency operating power in case of Ac power loss. Under normal
conditions, the BEU is charged by an intemel charger. if AC power loss occurs, the BBU automatically
comes on-Iine and this condition is reported to the status and control module. The BBU will power the
SelectAmp 1800 for approximately two hours. The unit has been sized for back up capability over the full
40' to +60°C temperature range.
3.2.9 Mounting Kit Options
A mounting kit (EENCL—QOOM) is available for ease of installation on walls or poles. Refer to Appendix
A for installation instructions.
3.3 PROGRAMMING
The amplifier and channel number are set by connecting a laptop computer with the supplied
cable and adapter to the RJ-45 (see Figure 1-2) port. Remote access is available by wireline
connection to the RJ-11 port. To set a specific channel number or gain refer to Appendix 5.
Document mo in mtrlaed to that described on cover 34
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FCC ID: KUWSA1900-FC
AEOZB-A0274 Rev —- MAINTENANCE
CHAPTER 4
MAINTENANCE
4.1 MAINTENANCE PROCEDURES
The SeledAmp contains no user-servimable parts. To verify operation check the amplifier against the
electrical specifications provided in Chapter 1. If the amplifier does not meet these spedficaticns, retum
the defective unit to the address below for repair:
Technical Services
Andrew Corpora'lion
2908 National Drive
Garland. Texas 75041
Telephone 972-864-6228
Fax 972-278-9379
To ensure the rapid repair and return of defective items, certain information must accompany any retum.
Please all the Andrew Schomm Technical Support Hot Line and request the Customer Return
Instructions The hot line is available, 8:00 am. to 5:00 pm. CST. Monday through Friday, by calling
(972) 864—6228.
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AEozB-Aozu Rev - APPENDlx A: AMPLIFIER INSTALLATION
M“—
APPENDIX A
AMPLlFIER INSTALLATION
1. List of Material
Qty 1 - SELECTAMP 1800 Amplifier
Qty 1 ~ User Manual (AE02B-A0274)
Qty 1 - Programming Cable (ECATL-BO700)
Qty 1 - Adapter. RJ45 to DBQ (AE02M-DO149-001)
Qty 1 - Adapter‘ RJ45 to DBZS (AE02M-D0149-002)
Qty 1 - Power Cable, 12 fl. (AE020-03300-001)
Qty 1 - Diskette containing SMART software for Amplifier Control (3855159001001)
2. Tools Required
Qty 1 - 3/8 in. Electric Drill
Qty 1 - 3/8 in. Diameter Drill Bit
Qty 1 - 3/8 in. Diameter Masonry Drill Bit
Qty 1 - No. 2 Phillips Screw Driver
Qty 1 - No. 2 Flat Head Screw Driver
Qty 1 - 9/16' Wrench
Qty 1 - Pair of Medium Wire Cutters
Qty 1 — Laptop Computer
Qty 1 -Amplifier Mounting Kit (EENCL—90004)
3. Determine Location for Amplifier
2:
3.
Determine if the amplifier will be mounted on a wall or a pole.
If amplifier is going to be mounted on a wall. is it concrete or wallboard?
If amplifier is going to be mounted on a pole, what is the diameter of the pole? The
amplifier mounting kit will support a pole up to 24 indies in diameter.
Locate the amplifier within 12 feet of a 110-250 VAC @ 50/60 Hz Electrical Outlet
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AEOZB—AOZH Rav — APPENDIX A: AMPLIFIER INSTALLA'HON
4. Amplifier Wall Installation, Figure 1.
Mounling Unisirut (2)
Floating Nut.318"-16 (4)
Flat Washer. 318“ (4)
Ben. Hex Hd. 318“-16 x15 (4)
Figure 1 Wall Mountlng
1A Location found
2 Install the amplifier to the wall using mounting kit
3. Material used from mounting kit
0 Channel (Qty - Zea)
o Clamp Nut (Qty - 4ea)
0 X 75 Hex Head Screw (Qty - 493)
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AEDZBM'fl4 Rev — APPENDIX A: AMPLIFIER INSTALLATION
O Washer, Sealing (Qty - 46a)
4. Materials needed that are not included in the mounting kit
0 Anchors (EAHRS-OOOOZ) (Qty - 4ea)
0 Screw, Pan Head, #10—32 X 1.50 (Qty - stars)
0 Washer, #10 (Qty — 4ea)
5. Prepare Channels
3. Drill two holes (0.219 inches in diameter) in each mounting unistrut.
b. The holes should be located between the slots and spaced approximately 12 inches
apart, centered in the unistrut
Prepare Holes in wall.
Mark hole locations from modified mounting unistrut
Channels should be spaced 11.60 inches apart (center to center)
Wallboard Installation
— For Wallboard 5/5' to ’/4' thick
- Drill 3/8" Diameter hole
- Depress wing tabs so that anchor will fit into hole
- Push in until flush with wallboard
9. Concrete Installation
- Drill 3/8' diameter hole approximately 1 ’/." deep
- Depress wing tabs so that anchor will fit into hole
- Push in until flush with outside surface of concrete
h. Mount Channels to the Wall
- Line mounting unistruts up with the holes drilled in the wall
- Use 1:10 hardware to install
it Mounting Amplifier to Channels
- Install the clamp nuts from the mounting kit into the mounting unistmt.
- Use the 318" hardware supplied with the mounting kit to install the amplifier to the
mounting unistrut.
neep
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“-_—_—_*__
5. Amplifier Pole Installation, Figure 2.
TnmgullrMcumlng audmu
Flo-ting Nut, Sir-1s (4
Maunflnp Foot (4)
FBI Walhfl'. 345“ (4)
m Ha Hd.318'-IE x15 (4)
Figure 2 Pole Mounting
Location found
Install the amplifier to a pole using mounting kit
Material used from mounting kit.
Channel (Qty — Zea)
Clamp Nut (Qty - 4ea)
Clamp (Qty - Zea)
Strap (Qty - zea)
Mounting Bracket (Qty — 4ea)
X .75 Hex Head Screw (Qty - 4ea)
g. Washer, 3/5" (Qty - 4ea)
M unting Amplifier to Channels
Install the clamp nuts from the mounting kit into the mounting unistmt.
Use the 3/8" hardware supplied with the mounting kit to install the amplifier to the
mounting unistrut
PN?‘
mpg???
97.01!“
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AEGZB—AOZM Rm! - APPENDIX A: AMPLIFIER INSTALLATION
Power Up
b.
c.
. Power Connection
5,
Use the power cable (AEOZC—D3300-001) to connect the amplifier to a power
source.
The amplifier will accept from 90 - 260 VAC @ 240 Watts
If the connector on the cable is not compatible with that of the power source, you
may either.
Find an appropriate adapter.
Leonie the correct connector and splice the cable. The wiring follows North
American Standards
- Black Wire - Line
- Whine Vlfire — Neutral
- Green or Green/Yellow Vlfire - Ground or Eerth
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AEOZE-AOIM Rev - APPENDIX 5: SOFTWARE INSTALLATION
“h“—
AP PEN DIX B
SOFTWARE INSTALLATION
1. Tools required
One personal computer (PC) with VWndorws 3.1 or greater, Windows 95, or Windows NT.
2. SMARTpc Software installation and Configuration
2. 1 Overview
2.1.1 The SMARTpc software provides a means to control and monitor the SA1800 (and
other Smart~equipped Andrew products) locally or from a remote site.
2.1.2 The application software runs on a PC under Windows and communicates with firmware
inside the SA1800.
2.1 .3 Local connections require a programming cable which Is provided with the SA1800.
2.1.4 Remote connections require a PC accessible modem.
2.2 Installation/Configuration lnstrucfions
2.2.1 Install the Software on the PC.
2.2.1.1 Insert the installation disk into floppy drive.
2.2.1.2 Run the setup.exe executable located on the installation disk.
2.2.1.3 The default installation directory is c:\smartpc. but the setup program prompts you in
order to allow a different installation directory.
2.2.1.4 After setup is completed, there should be a new program group called SMARTpc,
which consists of applications: SMARTpc Administration, SMARTpc Configuration. and
SMARTpc Operation (corresponding to three executable programs in the installed directory:
adminexe, configexe. and opratianexe, respectively).
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AEOZB—AOZN RIV — APPENDIX B: SOFTWARE INSTALLATION
—-———-——_——
2.2.2 SMARTpc Administration
Flgure 1 SMARTpo Administration Screen
2.2.2.1 Start the SMARTpc Administration program
2.2.2.2 The following message “Could not open SMARTpc database. Would you like to create
a new one?" will appear. Click Yes to create a new database.
2.2.2.3 At the SMARTpc Login screen, enter a User 1D and a Password of admin. This is the
default user lDIpassword entered in the database. Click OK.
Figure 2 SMARTpc Logln Screen
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_—_—_—h
2.2.2.4 (Optional). To create a new user lDIpassword, select Users from the File pulldown
menu. A user maintenance screen will appear from which you can add, edit, or delete user
records from the database.
2.2.2.5 Select Exit from the File pulldown menu.
2.2.3 SMARTpc Configuration
2.2.3.1 Start the SMARTpc Configuration Program
2.2.3.2 Enter a valid UsEr IDIpassword (such as admin/admin) and click OK.
2.2.3.3 Select Open SMARTsenfi-y from the File pulldown menu.
Figure 3 SMARTpc Configuration Screen
2.2.3.4 In the Open dialog box shown in Figure 4. select defaulnssy, which is the default
SA1800 configuration
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AEOZB-A0274 Rev - APPENDIX 8: SOFTWARE INSTALLATION
ildult
Watts;
Figure 4 Open Dialog Box Screen
2.2.3.5 Select SMART sentry from the Properties pulldown menu
2.2.3.6 Adjust the parameters for the SMART sentry to meet your requirements. A brief
description of the parameters under each tab setting is prow'ded below.
Gengml Pmmrtles
Name - Text ID of sentry. used for display purposes
PC Phone Number 1 - Primary # for sentry fault reporting
PC Phone Number2 - Secondary # for sentry fault reporting
SMART sentry Phone Number- # used by PC to retrieve sentry status
SMART sentry ID - Unique identifier used internally
mm
- Mapping from internal port monitor points to text ID
- In general, ghould not be changed 91mg ougtor
Ala ela
Digital Delay - digital llo guardband time from fault detection to reporting
Analog Delay - analog IIO guerdband time from fault detection to
reporting
NOTE: dela ~ can be used to reduce fault reportin - on transient events.
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2.2.3.7 Click OK afler making any changes
2.2.3.8 Select Save SMART sentry from the File pulldown menu. and save the new data to a
file. Use a naming convention that will allow you to keep track of what sentry info is contained
in each file.
Figure 5 SMARTpc Configuration Screen
2.2.3.9 If you have multiple sentries to monitor. create a file for each one. In general, the only
difference between sentria will be the Name, SMART sentry Phone Number, and SMART
sentry ID under the General Properties heading. Thus, after setting up the first sentry as
described in the steps above, you can then select SMART sentry... from the Properties
pulldown menu, modify these three General Properties, click OK, and then select Save
SMART sentry As from the File pulldown menu to create any remaining sentries you wish to
define.
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1.
Figure 8 SMART sentry Properties Screen
2.2.3.10 Select Close from the File pulldown menu.
2.2.3.11 Select System... from the Properties pulldown menu.
2.2.3I12 Under the SMART sentries tab group. use Add and Remove to setup the list of
sentries to be monitored to match your requirements.
2.243.12.1 FOR LOCAL/DIRECT CONNECTIONS:
2.2.3.12.1.1 In the Connecfion tab group select Direct
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Figure 7 System Properties (Connection Tab Group)
2.2.3.12.1.2 In the Port tab group, set up communication parameters fmm yourPC (a your
modem (such as COM2, 9600 baud, No parity, 8 data bits, 1 stop bit).
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Figure 8 System Properties (Port Tab Group)
2A2.3.12.1.3 In the Intervals tab group, change the Detail Screen Tlmeout to 900.
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Figure 9 System Properties (Interval Tab Group)
213.122 FOR 0 MODEM CON IONS:
2.2.3.12r2.1 In the Connection tab group select Modem (see Figure 7).
22.13.1222 In the Port tab group, select the COM port you are using to connect from you PC
to the sentry. and select 2400 baud, No parity, 8 data bits. and 1 stop bit ( see Figure 8).
22.3.1223 In the Polling Modem tab group change the Command Timeout to 40. Note the
other parameters are setup to work with a Hayes compatible modem and should only be
changed, if you are having connection problems.
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Figure 10 System Propertles (Polling Modern Tab Group)
2.2.3.12.2.4 In the Remain Modem tab group change the Answer Wait to 30 (the Baud Rate
should be 2400)
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Figure 11 System Properties (Remote Modem Tab Group)
223.1215 In the Intervals tab group, set the Detail Screen Timeout to 900, and set up the
Inter SMART sentry interval and Cyclical Interval to control the automatic polling behavior
(typical parameters would be an Inter SMART sentry interval of 30 seconds and a Cyclical
Interval of 30 seconds).
2.2.3.12,2.5.1 The Cyclical Interval provides a delay between polling cycles (a delay from
completing the poll for the last sentry in the configuration to restarting polling with the first
sentry in the configuration), This delay can be used to provide dial in access from the sentries
to the PC for automatic fault reporting, and it can be used to provide adjust how often each
sentry is polled.
22.3.12252 The Inter SMART sentry interval allows a tradeoff between the number of
sentries which can be polled in a given time interval and the ability to receive automatic fault
reports from the sentries. if this parameter is set to 0, this will minimize the polling time for any
given configuration, but the sentries will not be able to dial in during the active polling time (the
line will be busy with outbound wlis).
2.2.3.12.2,5.3 Examples: Polling of a single sentry takes approximately 30 seconds. With two
sentries to poll, and a inter sentry interval of 0. it will take approximately one minute to poll
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both nodes. If the user wants to poll each node every 15 minutes (900 seconds), the cyclical
interval should be set to 340 seconds. In order to poll 30 nodes every 15 minutes, then the
inter sentry interval and the cyclical interval should both be set to 0. In this case, the phone
will be in constant use. so any automatic fault reports from the sentry will not be able to be
received. Adjusting both intervals to 30 will result in a 30 minute poll cycle, but will allow the
incoming line to be used 50% of the time.
2.2.3.12.2.6 Click OK to save the new settings
2.2.3.12.2. 7 Select Exig from the File pulldown menu
2.2.4 Start the SMARTpc operation program.
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Figure 12 Main SMARTpc Operations Screen
2.2.4.1 if everything is set up correctly. you should be able to click on any sentry icon to
connect to a sentry for control/monitoring purposes. Any changes which have been made to
the sentry's configuration on the PC will be detected after a connection to the sentry is ‘
established. At this point the operator will be notified of conflicts between the configurations.
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and generally, the operator should select the option to download the PC configuration info to
the SMART sentry.
Figure 13 SMARTpc Dot-lied Sentry Screen
2.2.4.2 If problems are encountered. examine the log file for further info. To open the log file.
click on the button with the pencil icon.
2.2.4.3 if the system timed out waiting for a modem response, check to see that the modem is
on and is connected to the port selected during the configuration, under the System Properties
Port tab group ( in order to examine or change the system's settings, exit the Operation
program, restart the Configuration program, view/change the system properties, exit the
Configuration program, and restart the Operation program.
2.2.4.4 If the modem seems to initialize correctly, but cannot connect to the sentry, check the
sentry’s configured phone number against the two phone number. If this is not a problem.
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