Amplidyne AMP2425-27S AmpDNet System User Manual labretlif

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Document ID	106255
Application ID	/5JhfvtLk+h10mKgV+G8Xg==
Document Description	revised manual
Short Term Confidential	No
Permanent Confidential	No
Supercede	No
Document Type	User Manual
Display Format	Adobe Acrobat PDF - pdf
Filesize	61.55kB (769342 bits)
Date Submitted	2000-06-22 00:00:00
Date Available	2000-08-08 00:00:00
Creation Date	2000-06-22 09:49:42
Producing Software	Acrobat PDFWriter 4.0 for Windows
Document Lastmod	0000-00-00 00:00:00
Document Title	labretlif
Document Creator	LaserJet Document Desktop
Document Author:	Server

Ii AMPLIDYNE, INC.
Getting Started
Installation Guide
AmpDNetTM
AmpDLinkTM
Mew
Amp D Link 7” Outdoor Central Site Installation
Figure 1 shows a block schematic of the installation procedure for the AmpDLinkTM
central site.
Your kit should include the following equipment:
A. AMP 2024 AP — Access Point (1) is provided with a 120vac to12v DC. to DC.
converter ADC-12AP-120. (2). The Access Point is mounted to a wall or plywood
panel using the 2 mounting sockets on the back of the unit.
A 3 foot RJ 45 Cable {3} is provided with the unit as well as a 6" length of “Cross Over"
cable.(4} Connect the RJ 45 ethemet cable to the ethernet socket at the back of the AMP
2024 AP (Access point) and the other end to your hub via the cross over cable.
Connect the 00/00 converter to a 120vac socket and the other to the AMP2024AP after the
test of the installation is complete
B. 2-foot length of Stress Relief Cable {5} is connected to the reverse SMA connector of
the AMP 2024AP. This stress relief provides stress relief between the large LMR 400
cables with N connectors. in between the stress relief cable and the 100' large LMR
400 cable the DC injector {7} is connected. The DC injector is directional and is clearly
marked as to the orientation for mounting the unit. An N type, male-to-male
adapter,{6) is required to be connected between the stress relief cable and the DC.
injector.
C. The DC. injector is used to supply +12v to the tower top amplifier AMP2425-27.
A 120vac to 12V converter ADC-12-AMP-120(8} is supplied with the kit. Connect the
line cord {9} of the converter to a 120vac socket. Connect the other end to the 0.0.
injector after the installation is complete.
D. LMR 400 - this cable(10} is supplied with the kit and has two N type male connectors
at each end.
E. The Bi directional Amplifier AMP 2425-27{11}is supplied with the kit and has 2
mounting brackets which connect the amplifier to the MAST- See Figure 2 for the
installation directions of the Amplifier in detail. The Amplifier is directional and is
clearly marked as to the orientation for mounting the unit.
F. A short 6"Iength of LMR 400 cable{12} is used to connect to
G. Lightning arrestor (13), The lightning arrestor must be suitably grounded.
H. Finally the 10dBi OMNI antenna(15)is connected to the lightning arrestor with a N type
male to male adaptercable{14}provided with the kit,
The mounting instructions for the 10dBi OMNl are detailed as illustrated in Section B.
Mounting instructions for the remainder of the AMPDNET antennas are provided with the
antennas purchased.
FIGURE 1
******t CS l***ttt*
AmpWavem
Out Door LAN Connection
Diagram For Central Site
DESCRIPTION
ccess noint AMP 2924 AP
DC Converter
CROSS OVER
2 Foot Strsss RelieF Cable
11C INJECTUR, 12V 2A
DC Converter-
LINE CORD
10!) Foot LMR 400 Cable
mg 2425—27
’ Stress Relief Cable
N Mule To N Mule
DWG Nfl AtM'irNflPR—nmn nA'rr. fr: 137 mn
The Amp D Lan 7” Kit
(1) Access Point AMP 2024 AP
(2) DC Converter
(3) RJ45 Cable
(4) Cross over cable
(5) stress relief cable
(6) DC Injector
(7) N-Type Male—to»MaIe adapter
(8) DC Converter
(9) AC Line cord
(10) 100 foot LMR~400 cable
(11) AMP2425—27 Bi directional amplifier
(12) 6 inch LMR-400 Cable
(13) Lightning surge arrestor
(14) N-Type Male-to-Male adapter
(15) 10 dB OMNI Antenna
(16) May include one of the following:
flat panel antenna max gain 16 dbi
flat panel antenna max gain 16 dbi
parabolic grid antenna max gain 15 dbi
parabolic grid antenna max gain 19 dbi
99m»
The FCC warnings relate to all antennas used. Please refer to instructions in your kit.
Installing the Antennas
WARNING: The AMPDNETW‘ antenna should be installed only by experienced antenna
installers familiar with local building and safety codes and, wherever necessary, licensed by
appropriate government regulatory bodies‘ Failure to do so may void the Product Warrantee
as well as expose the end user to legal and financial liabilities. Amplidyne, Inc., its agents,
resellers, or distributors, are not liable for injury, damage or violation of government
regulations associated with the installation of the antenna.
The installer is responsible for ensuring that the public is not exposed to radio energy levels
in excess of the FCC guidelines. Those guidelines imply that no human may conceivably be
found within one foot of the front of the antenna. If such a situation is likely to occur, the
installer is responsible for placing the appropriate caution signs to warn the public Amplidyne,
Inc., its agents, resellers, or distributors, are not liable for exposure to excessive RF energy
levels due to improper antenna installation.
The Maximum Permissible Exposure guidelines are 2 feet (60 cm) for the AmpDNetTM
unit, as based on the National Council on Radiation Protection and Measurement (NCRP). If
the antenna is in an accessible area, an appropriate warning sign must be installed in the
appropriate place by the installer.
WARNING: Using an antenna or cable other than those supplied or recommended for use
with the AMPDNet’"I units, whether installed indoors or outdoors, could cause degradation of
the system and could void your authority to operate this equipment. In addition, the use of
unauthorized antennas or external amplifiers violates Federal law and FCC’s regulations.
This may void the Product Warranty, as well as expose the end user to legal and financial
liabilities.
WARNING: The AmpDNetTM antenna emits high radio frequency energy levels. In order to
comply with FCC RF Exposure requirements the antenna must be installed in a manner
that will provide a minimum separation distance of 2 ft. 60 cm between the antenna and all
persons.
Example of Omni Directional
The Omni directional antenna available for use with the AmpDNet W‘ central site equipment is
intended for external mounting and should be used when full 360 degree coverage is desired.
When this antenna is mounted on a mast, it must be located as high as possible in order to
avoid any other object located beside it. The OMNI antenna has a very narrow vertical beam
width.
Both the height and distance separation between the 2 sites must be taken into consideration
when selecting the antenna in order to maximize the coverage area.
Following are the steps required to install the antenna for the AmpDNet 7” System.
To install the Omni antenna:
1. Mount the antenna using the enclosed brackets, following the instructions
included with the antenna and cable kit that you purchased.
WARNING: The AmpDNetTM antenna should be installed only by experienced antenna
installers familiar with local building and safety codes and, wherever necessary, licensed by
appropriate government regulatory bodies. Failure to do so may void the Product Warrantee
as well as expose the end user to legal and financial liabilities. Amplidyne, Inc., its agents,
resellers, or distributors, are not liable for injury, damage or violation of government
regulations associated with the installation of the antenna.
Power Compliance
The system, if required by regulation, performs transmits power adjustment based on the
installed antenna and cable. The antenna filter unit, if required, goes between the tension
release cable and the antenna cable and is used to limit the AmpDNet TM emissions to
comply with your country's requirements.
Make sure that you enter the correct antenna and cable parameters in the antenna
configuration software so that is complies with your country’s requirements. In addition, do
not attempt to dispense with the use of the filter in conjunction with the AmpDNetT“units.
Incorrect antenna parameters and/or dispensing with the use of the filer may cause the
system to malfunction and invalidate your warranty.
WARNING: Willfully entering incorrect values in the antenna parameters software
and/or avoiding the use of an antenna filter violate unlicensed band radio frequency
regulations. This may void the Product Warranty, as well as expose the end user to legal and
financial liabilities.
Lightning Protection
It is highly recommended that you connect the shield/enclosure of the antenna and/or cable
to a ground before the entrance to the building. This will provide some lightning arrestor.
Such Devices protect the AmpDNetTM AMP2024AP, as well as the life of any person in
contact with the wireless access unit if the antenna is struck by lightning.
The optional AmpDNet lightning arrestor has the same connector arrangement as the
antenna cable segment (male/male). As a result, it can be installed between any two-cable
segments (the antenna and the tension release cable are also considered cables for this
purpose). However, the best location for the arrestor isjust before the cable’s entrance to the
building. In either case, the arrestor must be mounted outside the building.
The arrestor that you can purchase with the AMP2024AP is self-resetting, meaning that
maintenance is not needed, even following a lightning strike. Follow the installation
instructions provided for the arrestor and ensure that the grounding solution is in accordance
with these instructions.
Warning: A lightning arrestor should be installed on any antenna mounted outdoors. Failure
to do so may void the product. Amplidyne, Inc., its agents, resellers, or distributors, are not
liable for injury or damage caused by lightning striking the antenna.
SECTION B
Installation Instructions
Rev. 1
Omnidirectional Antennas
NOTE: THESE IVIODELS 53ng Q! BE ANIOUNTED IN THE INVERTED POSITION.
' ANTENNAS MUSI' BE MOUNTED WITHIN I DEGREE OF VERTICAL,
II-0026
MOUNTING DIAGRADI
a)» Clamps supplied willmount to a 1.75" - 4" pipe,
Rev 1
NOTE :
‘
fy‘:
Lo
MD—B
Most antenna problems are caused by coaxial cable conneclions lhal loosen due to vibration. a/Iom'ng moislure lo
penetrale the connector interface.
M/e recommend that all outdaor cable connections be wealherprooled ustng a
' procedure similar lo lhe one described below. [0 facilitate the task. [he sea/an! tape iS supplied wilh each "
antenna shipped [the cuslomer is responsible
Step 1.
Beginning as shown in Fig. l. by A
ovenappmg hall-width, wrap sealant
tape over entire connection.
Step 2.
Senlly press on the sealant tape.
arming it to the connection, itsell
md the cable jackets, as shown in
ilg. 2
for prowding the electrical tape).
, FIG. 1 STRETCH TO ELONGATE SEALANT TAPE WHILE
WRAPPING OVER CONNECTION
SEALANT /
rApE TED-“CONN CTORS,
. \ TYFlCAL
// /
SEALANT TAPE
COVERAGE AREA
ELECTRICAL TAPE
COVERAGE AREA
FIG. 2 37 n 70 ELONGArE ELEémsmL use WHlLE
WRAPPING OVER SEALANT TAPE
SEALANT TAPE / ELECTRICAL TAPE
(NOT SUPPLIED)
OVER ENTIRE OONNECUON \
L CABLE . CABLE _'-
Step 3.
By overlapping hall-width, wrap
electrical tape (not supplied) over the
entire sealant tape connection
Mil-tile stretching tape. begin at
centre 0! formed sealant tape and
wrap towards one end approximately
one inch beyond end of sealant tape.
insure tight electrical tape coverage
onlo cable jacket. Without breaking
electrical tape reverse direction and
vrap to outer and again extending
upproximately anew? ': beyond and
it sealant tape. Again insure tight
average onto cable jacket. Reverse
ireclion again and wrap electrical
toe to cenlre of connection and
0p
commended reading:
)W to Weatherproof Coaxial
nnectors'", by John Midkiif.
bile Radio Technology Magazine.
ll 7990 Issue
FIG. 3
' CABLE
ELECTRICAL TAPE WRAPPED-TIGHTLYAGAINST
CABLE JACKET, TYPJCAL 50TH ENDS.
ELECTRlCAL TAPE FORMED OVER
ENTIRE CONNECTION “ '
CABLE
MOUNTING DIAGRAM (TOP VIEW)
NOTE: 3) Clamps supplied will mount to a 1.75“ - 4“ 0A pipe.
LOCKWASHER—fi
HEX NU . ' BOLT_\
T—\,,
BUTTERFLY CLAMP
M D44

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File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.2
Linearized                      : No
Page Count                      : 11
Creator                         : LaserJet Document Desktop
Create Date                     : 2000:06:22 09:49:42
Title                           : labretlif
Author                          : Server
Producer                        : Acrobat PDFWriter 4.0 for Windows

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