SmoothTalker Stealth Z6 4G LTE User manual

MULTIBAND 60-75dB
model shown: BBCZ660
60-75dB 6BAND
0.0
70
700 lower
24.0 24.0
1900
75
24.0
850
24.0
SPECIFICATIONS Stealth Z6 4G LTE
1700/2100
700 upper
BBCZ670
BBCZ665 BBCZ675
0.0
Operating temp - Temp. operational -22 F + 185 F -30 C + 85 C
Dimensions
BBCZ660
60
0.0 0.0
2G, 3G, 3G+, 4G, 4G+, GSM, HSPA, CDMA, LTE, LTE A
65
Cellular
Signal Booster
User Manual-User manual BBCZ6 Series
Canada
1-877-726-3444
Band 4 1700/2100MHz
Band 2.25
Band 12.17
1900MHz ext
700MHz Lower
Band 13 700MHz Upper
Band 5 850MHz
tech®
stealth
High Power Building Amplifier Z660 Z665 Z670 Z675
High Power Building Boosters Z660 Z665 Z670 Z675
GSM, HSPA, CDMA, LTE, LTE A
Stealth Z6 4G LTE 60 -75dB
2G, 3G, 3G+, 4G, 4G+
MULTI-BAND
Multi Bands
RX/TX
Power supply-120V AC/DC power supply
Smoothtalker.com
6 BANDS
6 BANDS
High Power Building Booster
High Power Building Amplifier
Frequencies - Frequencies MHz
Model- Model
Max Power/Power-RX: dBm
Max Power/Power-TX: dBm
L 12.7 x W 12.0 x H 3.2 (cm)
L 5.0 x W 4.75 x H 1.25 (inch)
Gain
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Typical Installation (Fig. 1 )
Dual Inside Antenna Installation
(Additional parts required which
are not included in Booster kit.)
SEMDA2SEMO
SRBL1
Optional (Fig. 2 )
SEMDP1
NOTE: Only one of the outdoor antennas are included in this kit (check the model)
All kits include the necessary brackets and coaxial cables for mounting.
All kits include necessary brackets and coaxial cables for assembly.
NOTE: Only one of the outside antennas is included in this kit (check model)
1
Optional outside antennas
Amplifier
Inside antenna
Indoor Antenna Optional external antenna
Cell Booster
Power-supply
Power supply
(All parts are included/
The kit included)
Desktop Application
(Additional parts required, which
are not included in the kit.)
Contents-Content
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2) Outdoor Antenna: a)
Place the outdoor antenna outside the house in the area that has the best signal.
b) If the outdoor
location is not available, place the outdoor antenna
3) Inside Antenna: Connect the inside antenna as shown in Fig. 1
4) Separation: Increase the distance of the outside and inside antenna as much as
possible to maximize coverage and avoid gain reduction.
on a window with the best signal.
the figure. 1
3 )Indoor Antenna: Connect the indoor antenna as shown in
5) Power: Connect the power supply to the booster and turn it on.
6) Coverage: Use your cell phone to determine if coverage is OK. If coverage is not
adequate, please look at the Green and Orange lights to determine if the booster has
automatically turned down its gain per LED Gain Chart on back cover.
4) Separation: Increase the distance from the antenna indoors to outdoors as
much as possible to
maximize coverage and avoid gain reduction.
If so pls try to separate or move antennas as per explantation on Pg.4.
5) Power supply: Connect the power supply to the amplifier and turn it on.
6) Coverage: Use your cell phone to determine if coverage is good. If the coverage
is inadequate, please watch the Green and Orange lights to determine if the
amplifier is automatically reduced in gain by the Gain LED graph on the back cover.
If yes please try to separate or relocate the antennae according to explanation on
Pg. 6.
1) Setup:
1) Setup
Connect the inside antenna and the outside antenna as shown in Fig. 1.
Connect the indoor antenna and the outdoor antenna as shown in the
figure. 1.
the best signal.
2) Outside antenna:
a) Place outside antenna outside of the house in the area that has the best signal. b) If
outside location is unavailable, place the outdoor antenna on a window with
Important: Use only the power supply included with the booster. Connecting any other power supply at
any time will result in damage to the booster and will void the warranty. Do not turn on the power switch
until ALL cables have been screwed or plugged into the booster or you can cause damage to the booster.
Important: Use only the power supply supplied with the amplifier. Connecting any other power source at
any time will result in damage to the amplifier and will void the warranty.
Do not turn on the power switch until all cables have been screwed or plugged into the amplifier or you
may cause damage to the amplifier. 2
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Understanding the LED Indicators
[email protected] Tel: [phone]
If you need help pls contact [email protected] and we will help
you determine your cell tower location and get you setup.
Optional Dual Inside Antenna Installation (Fig. 2)
HpAtt
OscAtt
Frequency
Band
3
Band 2.25 1900MHz ext
When Both Green and Orange LED's are “SOLID ON” it means that the booster
700MHz Upper
is operating normally with full gain (No Automatic Gain Reduction)
1) Choose a splitter model for your needs. For 2 interior antennas use a 2 way
1700/2100MHz
850MHz
When one or both of the LEDS are ashing (Per the chart on back page)
A) High RX outside signal level (close to cell tower)
Green LED
it indicates that the gain has been automatically reduced due to either:
splitter and for 3 interior antennas use a 3 way splitter etc…
Band 12, 17 700MHz Lower
Orange LED
B) Loop Oscillation, caused when the inside antenna is located too close to the
2) Mount the interior antennas in the areas which need cellular coverage 3)
Evenly distribute the antennas throughout the oors and areas to cover
The LED lights on the booster face plate indicate the operating gain state
outside antenna.
4) Turn on Booster unit and check signal strength improvement as needed
Band 13
of the booster.
Band 5
(Additional parts required which are not included in Booster kit
RX High Power Attenuation
Band 4
The Green and Orange lights indicate the gain status in each operating band
Oscillation Attenuation
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LED Lights Explanation and Troubleshooting
Optional Dual Indoor Antenna Installation (Fig. 2)
If you need help, please contact [email protected] and we'll
help you determine the location of the cell tower and help you set it up.
(Additional parts required which are not included in the
Amplifier kit.
Orange LED indicates RX (outside signal) status.
1) Choose a divider model for your needs. For 2 indoor antennas use a 2 way
splitter and for 3 indoor antennas use a splitter
2) Mount indoor antennas in areas that need cellular coverage
3 way etc...
There are 5 Orange LED lights: 700 Mhz Lower, 700 Mhz Upper, 850 Mhz,
1700/2100 Mhz, 1900 Mhz ext. LED ON state indicates that the RX (Receive
Signal) function of the band is functioning normally.
LED OFF state indicates that the band is shut down.
3) Distribute antennas evenly across floors and areas to be covered
When Orange LED is ashing it indicates reduced gain also known as attenuation of
gain. You cannot prevent this condition. It means that the outside signal is very
strong and the booster has reduced it's gain in order to protect the closest cell
tower. If the cell tower which is close is the one you are using, then you can ignore
the gain reduction and you will still get enough signal strength to cover your area.
4) Turn on the Amplifier unit and check the signal strength improvement
as required
In this case this is the normal operating process.
If the close cell tower is not the one you are using, then you can try to relocate
your outside antenna away from this cell tower and face it or point it to the cell
tower you are using in order to get more gain.
Each ash indicates 3dB of gain reduction also known as gain attenuation.
Green LED indicates loop oscillation status. When ashing it means reduction of
gain. To improve you need to spread the distance between the inside and outside
antennas. If you spread them far enough away, the Green LED
will become SOLID ON.
For example: three ashes equals 9dB of attenuation.
4
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Understanding LED Indicators
Frequency
Band
HpAtt
OscAtt
[email protected] Tel: [phone]
1700/2100MHz
B ) Oscillation loop caused when the indoor antenna (either on the bracket or the patch antenna)
and the outdoor antennas are located too close together.
Band 2.25 1900MHz ext
When the booster is off, it will be indicated as follows: When the indoor and outdoor antennas
are extremely close together the Green LED will flash rapidly and the Orange LED will turn off
indicating the booster is off due to the oscillation loop.
Band 12, 17 700MHz low
Band 13
Green LED
700MHz high
Orange LED
LEDs on the face of the amplifier indicate operational gain status.
Band 5
In a given frequency band there is a Green and Orange LED which indicate the gain status of the
band. When both of these LEDs are “SOLID ON”, the amplifier is operating normally and
with full gain (no attenuation) in that band. If the amplifier has reduced its gain, one or
both LEDs will flash. (via the table on the back cover)
850MHz
RX high power attenuation
Band 4
Any reduction in gain will be due to either: A)
High signal level outside (near the tower)
Oscillation attenuation
NOTE: It is normal for the booster to be quite warm while the phone is in use state.
NOTE: It is normal for the amplifier to be quite hot during operation
5
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What do the flashing LEDs mean?
Industry Canada Information to Users Industry Canada Information for users This product
complies with Industry Canada specifications.
3.5 dB, especially where the output signal is re-radiated and can cause interference to adjacent band
least 20 cm (8 in) from any person. Changes or modifications not expressly
approved Mobile Communications Inc., the party responsible for compliance, may void
Class [B] digital apparatus complies with all requirements of the Equipment Regulation
for carrier operation. In situations where multiple carrier signals are
the user's authority to operate the equipment.
jammer from Canada. Rated the manufacturer output power of this equipment is unique
present, the note would have to be reduced by 3.5 dB, especially when the output signal is re-radiated
This product meets the applicable Industry Canada technical specifications. The Class [B] digital
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. To comply with ICAN MPE limits: Antennas MUST be
installed at least 20 cm (8 inches) from any person. Changes or modifications not expressly
and may cause interference to adjacent band users. This power reduction is
apparatus meets all requirements of the Canadian Interference-Causing Equipment Regulation.
approved by Mobile Communications Inc., the party responsible for compliance,
The Manufacturer's rated output power of this equipment is for single carrier operation.
performed by means of input power or gain reduction, not by an attenuator at the
could void the user's authority to operate the equipment.
device output. To meet ICAN MPE limits: Antennas must be installed at least
For situations when multiple carrier signals are present, the rating would have to be reduced by
Nominal Bandwidth
Nominal Bandwidth
6
State On/Flashing indicates that the RX(signal reception) of the band
a reduction in gain. To improve you must extend the distance between the
works normally. Off state indicates that the tape is stopped.
you can try moving your outdoor antenna away from this
cell tower and aront it or point it at the cell tower that
You cannot prevent this condition. This means that the signal
When flashing indicates reduced gain also known as gain attenuation.
antennas from the inside and outside. If you spread them far enough
they will become LIT SOLID. the green LED
outside is very loud and the amplifier has reduced this jack to protect the
you use year to get more gain. If you need help please
contact [email protected] and we'll help you determine
,
nearest cell tower. If the cell tower that is near is the one you
the location of your cell tower and you get the conguration.
use, you can ignore the gain reduction and you'll still have enough
Orange LED indicates RX status (outdoor signal strength).
signal strength to cover your area. In this case, this is the normal process
There are five amber LED lights: 1) for 700 Mhz Low 2) for 700 Mhz High
Each blink indicates 3dB of gain reduction also known as
3) for 850 Mhz, 4) for 1700/2100 Mhz, 5) for 1900 Mhz PCS.
Operating. If the nearby cell tower is not the one you are using,
The green LED indicates oscillation loop status. When it flashes, it means
gain attenuation. For example: three flashes equals 9dB of attenuation.
28.4dBm 28.0dBm
Band 4
9.9dBm
23.6dBm 24.0dBm
Band 13
6.4dBm
weight-weight 1.5 lb 0.660 kg
Nominal bandwidth gain 71.2dB
Average rated yield (downlink)
28.2MHz 28.2MHz 40.3MHz 79.2MHz 79.4MHz
6.2dBm
Band 5
25.3dBm
72.5dB
50 Ohm - 75 Ohm
72.2dB
Band 12/17
Average Rated Yield (Uplink)
Impedance (input/output)
72.1dB 71.5dB
Nominal Passband Gain
Impedance (input/output)
Operational bands - operational groups
Rated Mean Output (uplink)
8.2dBm 10.7dBm
Band 2/25
Rated Mean Output (downlink)
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stealth
tech®
Made in
Canada
Canada
Made in
Attenuation - Attenuation (Att)
Orange Solid ON = Full Gain & Green Solid ON = Full Gain
ORANGE LED
Orange Solid ON & Green Slow Flashing = Oscillation Att
Orange O & Green Fast Flashing = Oscillation Shutdown
Orange Slow Flashing & Green Solid ON = RX High Power Att
GREEN LED
Orange On Solid = Full Gain & Green On Solid = Full Gain
Orange Off & Green Fast Blink = Disable Oscillation
Orange On Solid & Green Slow Blink = Oscillation Att
Slow Blinking Orange & Solid Green On = RX High Power Att
Approved
Canada
Industry
WE/
For example: three ashes equals 9dB of attenuation.
Each Flash = up to 3dB gain reduction
Fast Flashing = booster shutdown (please troubleshoot)
Alight
WE/
Not flashing = full gain
Each ash indicates up to 3dB of gain reduction also known as gain attenuation. For example:
three flashes equals 9dB of attenuation.
WE/
Alight
Each ash = up to 3dB of gain reduction
Fast flashing = amplifier closed (please troubleshoot)
High Power
high power
WE/
Alight
Each Flash = up to 3dB gain reduction
Alight
OFF/
Off
Each ash = up to 3dB of gain reduction
Oscillation
Each ash indicates up to 3dB of gain reduction also known as gain attenuation.
No Flashing = Full Gain
Solid On-Solid On
Solid On-Solid On
Solid On-Solid On
Fast Blink
fast-flashing
slow ashing
slow flashing Solid On-Solid On
Slow Flashing
Slow Blink
Automatic power
control protects the
Cellular Network
Approved by
Industry
Canada
Smoothtalker.com
We call it STEALTH TECH technology.
In 2001 SmoothTalker produced the rst digital mobile cellular signal booster in
North America with FCC and ICAN approval. We continue to lead with the most
powerful and intelligent boosters in the world.
We continue to lead with the most powerful and intelligent amps in the world. Our
dynamic adaptive proprietary algorithms make it very network friendly. We call it
STEALTH TECH technology.
In 2001, SmoothTalker produced the first digital mobile cellular signal booster
in North America with FCC and ICAN approval.
Our dynamic adaptive proprietary algorithms make them very network friendly.
LED Lights Indicate Gain Status
LED lights indicate gain status
1-877-726-3444
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