Wilson Electronics 801105 User manual

Amplifier
Installation
Guide
In-Building
Wireless
Amplier
MODEL# 801105
MODEL# 801106
MODEL# 801306
MODEL# 804005
MODEL# 804006
Contents:
Guarantee and Warranty · · · · · · · · · · · · · · · · · · · · · · · · 1
Antenna Options and Accessories · · · · · · · · · · · · · · · · · 2
Before Getting Started / How It Works · · · · · · · · · · · · · · 3
Quick Start Guide · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 4
Installing a Wilson Outside Antenna · · · · · · · · · · · · · · · · 5
Installing a Wilson Inside Antenna · · · · · · · · · · · · · · · · · 6
Installing a Wilson Amplier · · · · · · · · · · · · · · · · · · · · · · 7
Powering Up a Wilson Amplier · · · · · · · · · · · · · · · · · · · 8
Understanding the Amplier Lights · · · · · · · · · · · · · · · · · 9
Troubleshooting · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 10
Cell Phone Overload Protection · · · · · · · · · · · · · · · · · · 11
Warnings and Recommendations · · · · · · · · · · · · · · · · · 12
Finding Signal Strength and Coverage Distance · · · · · · 12
Amplier Specications · · · · · · · · · · · · · · · · · · Back Cover
Wilson
®
Electronics, Inc.
Warning: This manual contains
important safety and operating information.
Please read and follow the instructions
in this manual. Failure to do so could be
hazardous and result in damage to your
amplier.
!

1
30-Day Money-Back Guarantee
All Wilson Electronics products are protected by Wilson’s 30-day money-back
guarantee. If for any reason the performance of any product is not acceptable,
simply return the product directly to the reseller with a dated proof of purchase.
1-Year Warranty
Wilson Electronics ampliers are warranted for one (1) year against defects in
workmanship and / or materials. Warranty cases may be resolved by returning the
product directly to the reseller with a dated proof of purchase.
Ampliers may also be returned directly to the manufacturer at the consumer’s
expense, with a dated proof of purchase and a Returned Material Authorization
(RMA) number supplied by Wilson Electronics. Wilson shall, at its option, either
repair or replace the product. Wilson Electronics will pay for delivery of the repaired
or replaced product back to the original consumer.
This warranty does not apply to any ampliers determined by Wilson Electronics
to have been subjected to misuse, abuse, neglect, or mishandling that alters or
damages physical or electronic properties.
RMA numbers may be obtained by phoning Technical Support at 866-294-1660.
The Manufacturer’s rated output power of this equipment is for single carrier operation.
For situations when multiple carrier signals are present, the rating would have to be
reduced by 3.5 dB, especially where the output signal is re-radiated and can cause
interference to adjacent band users. This power reduction is to be by means of input power
or gain reduction and not by an attenuator at the output of the device.
Operation is subject to the following two conditions: (1) This device may not cause
interference, and (2) this device must accept any interference, including interference that
may cause undesired operation of this device.
Disclaimer: The information provided by Wilson Electronics, Inc. is believed to
be complete and accurate. However, no responsibility is assumed by Wilson
Electronics, Inc. for any business or personal losses arising from its use, or for
any infringements of patents or other rights of third parties that may result from
its use.
Copyright © 2006 Wilson Electronics, Inc. All rights reserved.
3301 East Deseret Drive, St. George UT 84790
For additional Technical Support visit
www.wilsonelectronics.com
Phone: [phone] Fax: [phone]
Wilson
®
Electronics, Inc.

2
Installation Instructions for the Following Wilson Ampliers:
In-Building Wireless Cellular Smart Technology™ 50 dB Amplier
Model # 801105, Part # 801107, Part # 801108
FCC ID: PWO8011SB IC: 4726A-8011SB
In-Building Wireless Cellular Smart Technology™ 60 dB Amplier
Model # 801106, Part # 801109, Part # 801110
FCC ID: PWO8011SB IC: 4726A-8011SB
In-Building Wireless PCS Smart Technology™ 60 dB Amplier
Model # 801306
FCC ID: PWO8013SB IC: 4726A-8013SB
In-Building Wireless iDEN Smart Technology™ 50 dB Amplier
Model # 804005
FCC ID: PWO8040SB IC: 4726A-8040SB
In-Building Wireless iDEN Smart Technology™ 60 dB Amplier
Model # 804006
FCC ID: PWO8040SB IC: 4726A-8040SB
The term “IC” before the radio certication number only signies that Industry
Canada technical specications were met.
A 13 dB 800 MHz Yagi Cellular Antenna (301111)
B 1900 MHz Yagi PCS Antenna (301124)
C 800 MHz Yagi Cellular Antenna (301129)
D Dual-Band Panel Antenna (301135)
E Dual-Polarity Dome Antenna (301123)
F Dual-Band Dome Antenna (301121)
G Low Prole Cellular Antenna (301106)
H Amplier Soft Cases
I Amplier Hard Kit Cases
Antenna Options & Accessories
A
B
C
D E
F G
HI

3
Before Getting Started
This guide will help you properly install Wilson’s In-Building Wireless Smart
Technology™ Ampliers. It is important to read through all of the installation
steps for your particular application prior to installing any equipment. Read
through the instructions, visualize where all the equipment will need to be installed
and do a soft installation before mounting any equipment. If you do not understand
the instructions in full, seek professional help, or contact Wilson Technical Support at
866-294-1660.
Inside this Package
• In-building wireless amplier
• AC/DC 110 volt power supply
Additional Required Equipment (sold separately)
• Outside Yagi antenna
• Inside dome, panel or low-prole antenna
• Antenna coax cable
How it Works
Wilson ampliers are small, portable, bi-directional devices that deliver service levels
consistent with what would be expected in areas of high cell network coverage. They
amplify a weak or shadowed signal in mobile, marine and in-building applications.
When using a Wilson amplier in conjunction with Wilson antennas, the outside
antenna will collect the cell tower signal and send it through the cable to the
amplier. The signal is then amplied and broadcast from the inside antenna
to the surrounding area. Cell phones and cellular data cards in that area then
communicate with the improved signal. When a cell phone or cellular device
transmits, the signal is received by the inside antenna, amplied by the amplier
and broadcast back to the cell tower through the outside antenna.
In-building wireless
amplier
DC plug-in power
supply

4
Installation Overview
The following steps provide a summary of the amplier/antenna installation
process. However, they are not a substitute for the complete installation
instructions on the following pages, which you should read thoroughly. Contact
Wilson’s Technical Support Department with any questions at 866-294-1660.
STEP 1 Install the Outside Antenna
Mount the Yagi antenna so that it points toward the cell site and away from where
the inside antenna will be located. Depending on your amplier model, the two
antennas will need 40-65 feet of separation. (See illustrations on pages 5 and 7.)
STEP 2 Install the Inside Antenna
Select a location in the center of where the signal needs to be amplied. Refer
to the instructions included with the inside antenna. (See illustration on page 6 to
determine the inside antenna model that best meets your specic needs.)
STEP 3 Install the Amplier
Position the amplier in a well-ventilated location near a power outlet. Attach the
outside and inside antennas to the amplier using 9913 or equivalent coax cable
(available from Wilson Electronics).
STEP 4 Power up the Amplier
IMPORTANT! Before connecting the power supply, ensure that both the inside
and outside antenna cables are connected. Also ensure that all cell phones and
cellular data cards within 50 feet of the inside antenna are turned off. Plug in the
supplied 6-volt power supply into the amplier and then into a wall outlet.
STEP 5 Check the Amplier Lights
The PWR light should be green, indicating that the amplier has power. If all
other lights are also green, the amplier is operating properly; however, if you do
not have the desired signal coverage area, refer to pages 5, 6, 9 and 10. (Note: if
you are using an outdoor Yagi antenna, it must be adjusted for maximum signal.)
STEP 6 If All Lights are Green Except Light D…
This indicates the combination of outside signals is too strong. Turn the outside
antenna slightly away from the cell site until all lights are green.
STEP 7 If Light A is Amber…
An amber light in the A position indicates the amplier is working but at reduced
gain due to oscillation. If you are satised with the signal coverage, no action
is necessary. If not, increase the separation between the inside and outside
antennas, then unplug the power supply and plug it back in to reset the amplier.
If you still have an amber light, repeat the procedure. (See “Troubleshooting” on
page 10.)
STEP 8 If Light A is Red…
A red light in the A position indicates the amplier has shut down, due either to
oscillation or to cell phone overload. (See “Troubleshooting” and “Cell Phone
Overload Protection” on pages 10 and 11.)

5
Select a location on the roof of the
building to install the outside antenna,
using a cell phone in test mode to nd
the strongest signal from the cell tower.
For test mode help, visit www.wilsonelectronics.com
or call Technical Support at 866-294-1660.
Installing a Wilson Outside Antenna
Follow the specic antenna
installation instructions included with
the outside antenna.
Lightning protection is recommended
for all in-building installations. Take
extreme care to ensure neither you
nor the antenna come in contact with
any electrical power lines.
A Yagi antenna must be installed
horizontally with the elements vertical
and the drip hole on the bottom.
Ensure there are three feet of
clearance in all directions surrounding
the antenna.
CORRECT
Cell Tower RF Signal
Yagi External Antenna
Warning: The outside antenna must
be installed on an outdoor permanent structure
with a separation of at least 20 feet from all
persons during normal operation.
!
NOT
CORRECT
Warning: Never point the
front of the Yagi antenna toward
the inside antenna - oscillation will
result, causing amber light and gain
reduction.
!
Pointing toward
cell tower

6
Installing a Wilson Inside Antenna
Select a suitable location for the inside antenna, preferably in the center of where
the signal needs to be amplied. To determine signal strength and coverage
distance, refer to page 11 of this installation guide.
Follow the specic antenna installation instructions included with the inside antenna.
Wilson has several inside antenna options. The dome and panel antennas are
the most popular for in-building applications.
For a square room, a dome antenna will provide better coverage. (A)
For a rectangular room, a panel antenna will provide better coverage. (B)
In some cases, multiple inside antennas may be required (C & D). A signal may
be “split” by using a splitter. If using more than one inside antenna, a separation
of at least 20 feet is necessary between inside antennas.
= Dome Antenna
= Panel Antenna = Splitter
= Amplifier
Connect the coax cable from the amplier to the inside antenna. For distances of 20
feet or more, use 9913 coax cable or equivalent to prevent signicant signal loss.
A
BC
D
Warning: An inside antenna must have
a separation distance from all persons that is at
least 12 inches for the 5.2 dBi dome antenna
and 15 inches for the 7 dBi panel antenna.
!

7
Installing a Wilson Amplier
Select a location to install the amplier that is away from excessive heat, direct
sunlight, moisture and that has proper ventilation. Do not place the amplier in
an air-tight enclosure.
Recommended installation locations for in-building ampliers are:
• On a wall
• On the ceiling
• Near a power outlet
Run the outside antenna cable to the amplier and attach it to the N-Female
connector labeled “outside antenna” on the amplier. Run the inside antenna
cable to the amplier and attach it to the N-Female connector labeled “inside
antenna” on the amplier.
Note: Be careful when plugging the connector in so as not to damage the center
pins on the connectors.
Connect the outside antenna to the amplier with 9913 or equivalent coax cable
(available from Wilson Electronics). Place the inside antenna in the center of
the area needing the amplied signal. It is important to have at least 40 feet of
separation between the inside and outside antennas for the 50 dB ampliers, 50
feet of separation distance for the 60 dB PCS ampliers, and at least 65 feet of
separation distance for the 60 dB cellular ampliers.
AC/DC
Power Supply
Amplifier
Cell
Site
Supports
Multiple
Users
Inside Antenna
Optional Dome
Antenna Shown
Point Yagi antenna
away from inside
antenna
Outside
Antenna
1900 MHz Yagi
Antenna Shown
40 feet minimum
separation between inside
and outside antenna for
50 dB cellular amplifier
50 feet for 60 dB PCS amplifier
65 feet for 60 dB cellular
amplifier
Antenna Separation
Warning: Connecting the
amplier directly to the cell phone
with use of an adapter will damage
the cell phone.
!

8
Powering up a Wilson Amplier
1. IMPORTANT! Ensure that all cell phones and cellular data cards within 50 feet
of the inside antenna are turned off.
2. To verify proper installation of the amplier and antennas, make sure that the
distance between the inside and outside antennas is a minimum of 40 feet for
the 50 dB amplier, 50 feet of separation distance for the 60 dB PCS amplier,
and 65 feet for the 60 dB cellular amplier.
3. If you are using an outside Yagi antenna, never point the front of the Yagi
toward the inside antenna.
4. Ensure that both the outside antenna coax cable and the inside antenna coax
cable are connected to the amplier before powering up the amplier.
5. Plug the 6-volt power supply into the amplier input marked “power” (carefully,
to avoid damaging the center pin) and then into a wall outlet.
Warning: Verify that both the
outside antenna and the inside
antenna are connected to the amplier
before powering up the amplier.
!
Warning: Use only the power
supply provided in this package.
Use of a non-Wilson product may
damage your equipment.
!
NOTE: The aluminum casing of a Wilson amplier will adjust very quickly to the
ambient temperature of its environment. For example, in the summer, when
the attic of a house can easily exceed 100 degrees Fahrenheit, the amplier
temperature may be 10 or more degrees higher. The casing will be hot to the
touch. Such high temperatures will not damage the amplier, nor do they pose
a re risk. As recommended in these instructions, install the amplier in a
location with adequate ventilation. Keep the area free of items that could block
air ow to the amplier.

9
Understanding the Amplier Lights
The amplier is equipped with sensitive electronics designed to detect amplier
oscillation or cell phone overload, both of which can hamper amplier performance.
The amplier is designed to automatically reduce gain or, if necessary, shut down
to prevent or compensate for these conditions. Oscillation or overload can be
caused by improper equipment installation -- understanding the amplier lights will
help you identify and solve potential problems.
The power light will turn green when the
amplier is initially powered on.
When all lights are green, the amplier
is working at proper gain level (peak
performance).
If lights A, B and C are green but D is out,
the combination of outside signals is too
strong and the amplier is powering down.
To remedy this, turn the outside antenna
slightly away from the cell site until all
lights are green.
If light A is amber, lights B and C are
green, and light D is off, the amplier
has reduced its gain by 10 dB due
to oscillation. Similar to placing a
microphone next to a speaker with an
audio amplier, placing the inside and
outside antennas too close to each other
will cause oscillation. In such a case,
although the amplier is still working
at reduced gain, the antennas need
more separation for optimal amplier
performance. See “Troubleshooting” on
page 10.
If light A is amber, light B is green, and
lights C and D are off, the amplier
has reduced its gain by 20 dB due to
oscillation. As above, the amplier is
still working at reduced gain, but the
inside and outside antennas need more
separation for optimal performance. See
“Troubleshooting” on page 10.
If light A is red, the amplier has shut
down, due either to oscillation or to cell
phone overload. See “Troubleshooting” on
page 10.
PWR A B C D
PWR A B C D
PWR A B C D
PWR A B C D
PWR A B C D
PWR A B C D

10
Troubleshooting
If light A is amber, this indicates the amplier
is working, but at reduced performance (gain
level). Increase the separation distance
between the inside and outside antennas,
reset the amplier by disconnecting and
reconnecting the power supply, then check to
ensure that light A is green. If it is not, repeat
this procedure. (Note: an amber light could also
be caused by a loose connector or bad cable.)
If light A is red, verify that the outside
Yagi antenna is pointed away from the
inside antenna and not across the roof of
the building. If need be, redirect the Yagi
antenna so that it is pointing away from the
inside antenna. Then, reset the amplier
by disconnecting and reconnecting the
power supply. See “Cell Phone Overload
Protection” on page 11.
If light A is still red, increase the separation
distance between the inside and outside
antennas. Then, reset the amplier by
disconnecting and reconnecting the power
supply. If light A is now green, there is
sufcient antenna separation. If not, repeat
this procedure.
Note: in all cases in which greater antenna separation is needed, this separation increase can
be horizontal, vertical or both.
If all lights are green but you do not have the
desired signal coverage area:
• You may not be using the proper
antennas (see pages 5 and 6)
• The outside antenna may not be
pointed toward the strongest signal
• The inside antenna may not be
connected
• One or more coax cable connections
may be loose
• You may have a bad connector or cable
If you are unable to achieve the desired signal coverage with any of the above
troubleshooting steps, please contact Wilson Technical Support at 866-294-1660.
PWR A B C D
PWR A B C D
PWR A B C D

11
Cell Phone Overload Protection
If the cell phone is too close to the
inside antenna when making a call, it
can overload the amplier. To prevent
such overload, the amplier is equipped
with Automatic Gain Control, which
reduces gain. (Gain is indicated by
green lights in the B, C and D positions.)
One or more of these lights may go out,
indicating gain cutback. For example,
if light D is out but lights B and C are
green, this indicates minimum gain
reduction.
Maximum gain reduction is indicated if
lights B, C and D are all out.
If lights B, C and D go out and light
A shows red, the amplier has
automatically shut down due to
overload. Remove the power cable and
plug it back in to reset the amplier, then
move the cell phone farther from the
inside antenna while making a call.
If light A again shows red after moving
the cell phone farther from the inside
antenna and resetting the amplier
power, repeat the resetting procedure
and move the cell phone farther from
the inside antenna. If the red light once
again activates while making a call,
contact Wilson’s Technical Support
Department at 866-294-1660.
PWR A B C D
PWR A B C D
PWR A B C D
PWR A B C D

12
Warnings and Recommendations
Warning: The Yagi antenna must always be located so the back or side
points to the inside antenna. Never point the front of the Yagi
antenna toward the inside antenna – oscillation will result,
causing amber light and gain reduction.
Warning: The outside antenna must be installed on an outdoor permanent
structure with a separation of at least 20 feet from all persons during
normal operation.
Warning: Connecting the amplier directly to the cell phone with use of an
adapter will damage the cell phone.
Warning: Connect both the outside and inside antenna cables to the
amplier before powering up the amplier.
Warning: Use only the power supply provided in this package. Use of a
non-Wilson product may damage your equipment.
Warning: RF Safety: An inside antenna must have a separation distance
from all persons that is at least 12 inches for the 5.2 dBi dome
antenna and 15 inches for the 7 dBi panel antenna.
Lightning protection is recommended for all in-building installations.
Finding Signal Strength and Calculating Coverage Distance
Signal strength and the corresponding coverage distance you can expect to achieve
with your amplier/antenna system are based on a combination of several factors:
the received signal strength of your cell phone alone, the signal gain achieved by
your amplier and antennas, and the signal loss from cables, taps and splitters you
may be using.
To calculate your approximate signal coverage distance, you can enter this
information into our Coverage Area Calculator on the Technical Support page on our
website (www.wilsonelectronics.com). If you prefer, you can manually calculate your
approximate signal coverage distance using the instructions on this and the following
two pages.
First, measure the Outside Signal Level (OSL) at the intended outside antenna
location using a cell phone in test mode. (For assistance, visit the Phone Test Modes
section on the Technical Support page on our website or call 866-294-1660.) The
OSL will always be a negative number. (Even if the cell phone shows a positive
number, you will need to change it to a negative for this calculation.) Maximum signal
strength is usually about -50. When the signal weakens to about -100 or worse, the
call may be dropped.
Depending on the model, your amplier gain (AG) will be 50 or 60 dB (see the
label on your amplier or the specication table on the back cover of this guide).
Your inside and outside antennas will also add signal gain, again depending on the
antenna models you are using (see the table on page 13).
You will also experience some signal loss from cables, splitters and taps used to
connect your system (see the table on page 13).

13
Factor Conversions
Using the table below, nd and circle the appropriate decibel (dB) numbers that correspond
to the equipment in your particular system. Be sure to choose your numbers from the
appropriate frequency column, based on the service you receive (iDEN, Cellular or PCS).
Frequency
iDEN
851
Cellular
869
PCS
1930
Antenna Factor (AF)
Low Prole (inside) +3 dB +3 dB +3 dB
Dual-Band Panel (inside) +7 dB +7 dB +7 dB
Dual-Band Dome (inside) +2 dB +2 dB +2 dB
Dual-Polarity Dome (inside) +5 dB +5 dB +5 dB
Yagi 806-939 MHz Cellular (outside) +13 dB +13 dB +13 dB
Yagi 800-900 MHz Cellular (outside) +10 dB +10 dB +10 dB
Yagi 1800-1900 MHz PCS (outside) +13 dB +13 dB +13 dB
Cable Factor (CF)
20’ RG 58 -4 dB -4 dB -7 dB
20’ 9913 -3 dB -3 dB -4 dB
30’ 9913 -3 dB -3 dB -5 dB
50’ 9913 -4 dB -4 dB -7 dB
100’ 9913 -7 dB -7 dB -10 dB
Splitter Factor (SF) -3 dB -3 dB -3 dB
Tap Factor (TF) (depends on model - refer to tap label) -6/-10 dB -6/-10 dB -6/-10 dB
Use the following formula to calculate your Signal Strength (S). Write in your numbers
as appropriate. Be sure to account for the length of all cable, inside and out. Add up the
numbers for all taps and/or splitters (if you are not using any, enter 0). Remember, AG and
AF will be positive numbers; OSL, CF, TF, SF and S will be negative.
OSL + AG + AF + CF + SF + TF = S
Once you have calculated your signal strength, use the graph on the following page to
determine approximate coverage distance. See below for a sample calculation.
Sample Signal Strength and Coverage Calculation
This example assumes an OSL of -90, use of a 60 dB cellular amplier, an 806-939 MHz
Yagi antenna and a low prole inside antenna with 100 total feet of inside and outside 9913
cable with no splitters or taps.
OSL -90 (always a negative number) found on cell phone in test mode
AG +60 gain
AF +16 dB gain (+13 dB for the Yagi antenna and +3 dB for the low-prole antenna)
CF -7 dB loss
SF 0 (none used)
TF 0 (none used)
Formula: -90 + 60 + 16 + -7 + 0 + 0 = -21
With a signal strength of -21, coverage distance would be approximately 120
feet from the inside antenna.

14
0
COVERAGE
DISTANCE (ft)
FORMULA
SOLUTION
50
100 150 200 250 300 350 400
-10 -15 -20 -25 -30 -35 -40
391 /157 220 /88 122 /50 70 /28 39 /16 22 /912 /5
SIGNAL STRENGTH
INSIDE BUILDING COVERAGE DISTANCE
COVERAGE DISTANCE IN FT
800 MHz
1900 MHz
When you complete the calculation on page 13, find your Signal Strength number on the horizontal axis (-10 to -40). Then, follow the nearest vertical gridline upward to where it intersects with the 800 MHz or 1900 MHz line, as appropriate. You can then determine your approximate coverage distance in feet, as indicated on the vertical axis (0 to 400). NOTE: Your actual coverage may vary from at least half to twice the indicated distance due to signal fading, obstructions or reflections.

In-Building Wireless Amplier Specications
Model/Part
Number
Cellular
# 801105
Cellular
# 801106
Cellular
#801107
Cellular
#801108
Cellular
#801109
Cellular
#801110
iDEN
# 804005
iDEN
# 804006
PCS
# 801306
Frequency
Uplink 824-849 MHz 824-849 MHz 824-835 MHz 835-849 MHz 824-835 MHz 835-849 MHz 806-821 MHz 806-821 MHz 1850-1910 MHz
Downlink 869-894 MHz 869-894 MHz 869-880 MHz 880-894 MHz 869-880 MHz 880-894 MHz 851-866 MHz 851-866 MHz 1930-1990 MHz
Gain 50 dB 60 dB Channel A
50 dB
Channel B
50 dB
Channel A
60 dB
Channel B
60 dB 50 dB 60 dB 60 dB
Max Output 3 watts
Max RF
(uplink/downlink) + 30 dBm / + 30 dBm +25 dBm /
+25 dBm
Noise Figure 3-4 dB typical 4 dB typical
Flatness
(uplink/downlink) ± 2.5 dB ± 4 dB
Isolation
(uplink/downlink) > 90 dB
Power
Requirements 120 V AC 3 A
Connectors N-Female 50 ohms
Dimensions 5.6 x 3.6 x 1.7 (inch) / 14.2 x 9.1 x 4.4 (cm)
Weight 1.5 lbs / 0.7 kg
AIG IBW 028 / 11.21.06