SolidRF TRUE5-A Manual

SolidRF TRUE5‐A for
2G/3G/4G and 4G LTE
Manual
If yyou have anyy q
questions or concerns when
installing or operating your cell phone booster,
please email us:
Product Diagram
Package Contents
Features
[email protected]
Test Installation
Please provide the invoice of your product in
your email.
email Or visit www
www.SolidRF.ca
SolidRF ca for more
information.
I
Installation
ll i – Step
S
B
By SStep
Technical Specification
Systems tested and certified against FCC
standard, Equipment Class: Part 20 Wideband
Consumer Booster (CMRS)
Systems tested and certified against IC standard,
Type of Equipment: Amplifier, RSS‐131
Self Oscillation
IC
Manufactured and Warranted by
SolidRF Technology Inc. Canada
www.SolidRF.ca
Quick Troubleshooting
Find Strongest Signal
Product Diagram
INDOOR UNIT
Cable Connector
OUTDOOR UNIT
C bl Connector
Cable
C
Package Contents
•
•
•
•
Outdoor Unit
Indoor Unit
LM240 Cables: 1 x 45 feet
Power Adapter
Indoor Unit
Outdoor Unit
LM240 Cable
Power Adapter
Features
•
•
•
•
•
•
•
•
•
Greatly reduces dropped calls, extends signal range, and increases data rates
Allows multiple mobile devices to be used simultaneously
Oscillation (or interference) detection and automatic shutdown
Overload protection circuit – protects cell towers from being overloaded
Amplifies signal both to and from the cell tower
Maximum 1 watts(EIRP) output power
Works on all generations of 2G,3G and 4G
Power control logic ensures maximum gain is within cellular standards
Reduces radiation and extends battery life – up to 2 hours additional talk time in weak signal areas.
Supported Carriers
• AT&T 2G/3G (HSPA+)/4G LTE
• Verizon
V i
3G/4G LTE
• T‐Mobile 2G/3G/4G
• Sprint 3G/4G
• US Cellular 3G
• Metro PCS 3G/4G
• Major Canadian Carriers 2G/3G
• All other carriers using 700MHz(band12/13/17)/850MHz /1900 MHz/2100MHz
Test Installation
We STRONGLY recommends doing a soft install before the formal installation.
Doing a test installation of a cell phone booster allows to get best optimal
system setup.
Step1: Find the strongest signal, setup outdoor antenna with cable screwed
Affected by terrain and signal propagation characteristics. More higher of
the outdoor antenna will get better signal. Find the best signal around
the house by checking the bars of the cell phone. Setup the outdoor
antenna on the top of building and connect the cable.
Find a cell tower nearby!
There are a bunch of resource online, here are
some third party websites and app
recommended.
SolidRF does NOT guarantee the accuracy or
completeness on Third Party content
For Canada
website: www.cellmapper.net
app: TowerLocator(iPhone or Android)
For U.S.
websites:
www.cellmapper.net
www.cellreception.com/towers
www.antennasearch.com
Step2: Find a suitable place inside home for booster nearby the power socket
Minimum Required Separation Distance
Between Indoor And Outdoor Antenna：
6 meters (20 ft ) horizontal distance
4 meters (13 ft ) vertical distance(As far as
possible)
Step3: Introduce cables into room
Attention: Don’t excessive bending
of the cable, otherwise it will be
damaged and loss functions
functions.
Step4: Setup booster
1. Connect cable to outside
connecter make sure
connecter,
s re pin of the
cable head smooth import
connecter’s socket, and then
screw well till the end;
2. Plug in power cord;
2
1
Step5: Power on and evaluate effects
1. Power on booster;
2. Observe the flashing status of
“ALARM” lights;
3. If the lights lit 1 second and then
goes out, that means all the test
installation is correct;
4. Now check your cell phone to see
how about the signal strength
improved;
5. If light is blinking, please read the
trouble shooting part of this
manual;
The Formal Installation
OUTDOOR Unit INSTALLATION
a. Choose right position: 30 cm away from any other metallic objects, and 100 cm
away from any windows
b Mount
b.
M
t th
the antenna
t
as the
th picture
i t
shows
h
c. Connect the cable to the outdoor antenna
• Make sure connectors are well screwed in
• Seal the connectors with gglued tape
p
Recommended Installation Position
ARRANGE BOOSTER
a. Choose right position
• Be sure to be far from
any heat source
• In a ventilated dry
place, temperature
range should be from ‐
25 Ԩ to +50 Ԩ
b Mount the
b.
h b
booster as
the picture shows
Technical Specification
LTE
Cellular
PCS
(band 12/17) (band 13)
( band5)
(band 2/25)
AWS
(band 4)
Uplink
698‐716
776‐787
824‐849
1850‐1915
1710‐1755
Downlink
728‐746
746‐757
869‐894
1930‐1995
2110‐2155
Frequency
(MHz)
Noise figure
<5dB
In‐band Flatness
<8dB
Weight
0.7Kg
EIRP
≤1W
Operating temperature
‐31 Ԭ(‐35Ԩ) to 122Ԭ (50Ԩ).
Current
‫أ‬DC5.9V/3A
LTE
Coverage Area
Note: Any cell phone booster has
a limit of amplification power.
This depends on the original
output power of the closest cell
tower.
Power level
at the outdoor antenna location
Coverage
g Area
(sq. ft.)
Strong (5 bars on the cellphone)
10000
Medium (3~4 bars on the cellphone)
3000
Weak (1~2 bars on the cellphone)
800
ATTENTION: Self Oscillation
We strongly recommend it must achieve the Minimum Required Separation Distance for the
installation The improper installation could result in possible Self Oscillation.
installation.
Oscillation
Minimum Required Separation Distance (MRSD)：6 meters (20 ft ) distance and 4 meters ( 13 ft )
vertical height distance.
What is Self Oscillation:
Antennas Installation Recommended
When the antennas are too close, they
could pick up each others signals,
creating a feedback loop condition,
which is called Self Oscillation.
By FCC regulations, the cell phone
booster would automatically detect this
condition and immediately shut down to
prevent Self Oscillation from damaging
the cellular network.
(see TroubleShooting Booklet)
How to correct Self Oscillation:
If the booster detects Self Oscillation, it
will not operate until the condition is
corrected. One way to correct Self
Oscillation is to increase separation
distance between the antennas until the
sufficient separation distance is
achieved. Also the antennas can NOT
directly face each other.
≤ 90°
Or
Antennas Installation Prohibited
Or
Why is it so important to prevent Self Oscillation:
The Self Oscillation could cause interference to the cellular network, The FCC regulations
extremely prohibit cell phone booster users from causing interference to the cellular networks. If
you were contacted by the FCC or any wireless provider – yours or any other – and told your cell
phone booster is causingg interference,, yyou must shut it down until you
p
y can fix the interference
problem. Under most situation, it is Self Oscillation problem.
Please refer to:
https://www.fcc.gov/wireless‐telecommunications/signal‐boosters/faq/signal‐boosters‐faq.
Quick Troubleshooting
Correct functioning:
• Power Light should be solid green
• Every time the booster is powered on, the Status Light will be lit in red for several times. It will
turn off eventually.
• Status Light is off (no mobile devices are in use) or flashing (one or more mobile devices are in
use).
Incorrect functioning: (Please see The Troubleshooting booklet for the details)
• Flashing Power Light: please contact the technical support
• Status Light:
h indicate
d
the
h booster
b
condition
d
SOLID RED – self oscillation is occurring. You must switch off the booster and check the
booster system is properly installed by re‐checking each step in this manual.
SOLID GREEN – the cable from the inside unit to the outside unit is not correctly connected.
LIGHT IS OFF WITHOUT SIGNAL IMPROVEMENT ‐ (Please see The Troubleshooting booklet
for the details)
Weather
W
th condition:
diti
The booster outside unit, include the amplifier and the outside antenna have an integrated design.
Each are waterproof and no matter rain, snow or fog, they will work properly. However extreme
hot or cold temperatures may cause problems to the booster. Optimal functioning will occur from ‐
20 Ԩ to +50 Ԩ. Too high or low temperatures beyond this range will cause the booster to lower
output power to avoid damage.
If you can not fix the problem,
problem please contact the technical support or the reseller.
reseller
SolidRF Technical Support: [email protected]
Find Strongest Signal
Use Cell Phone Only:
• Check the signal indicator on the cell phone display, it takes up to 30 seconds to reset a new
reading. Or place calls from several locations outside the building.
• Read signal strength with numerical value (Smart Phone Only):
iPhone: Dial *3001#12345#* then tap the CALL button, a negative number in the upper left
corner.
Android Phone: Go to Setting – About Phone – Status (SIM Status) – Signal Strength
It would a negative number instead of the five dots, the range is from ‐120 (weak) to ‐65 (strong)
U Cell
Use
C ll Phone
Ph
During
D i Test
T t IInstallation:
t ll ti
• One person adjusts the outside directional antenna small angle at a time. Allow 30 seconds for
the phone to react with each turn.
• Second person read the signal strength on the cell phone inside the building.
See Test Installation Section for Find A Cell Tower Nearby
20
ＦＣＣ Ｓｔａｔｅｍｅｎｔ：
ＩＳＥＤＣ Ｓｔａｔｅｍｅｎｔ：
Safety Guidelines
To uphold network protection standards and ensure compliance, all active cellular devices must maintain
a separation distance of at least six feet between the inside unit antenna and outside unit antenna and at
least four feet of separation distance from the inside unit. Use only the power supply provided in this
package. Use of a non‐SolidRF product or accessory may result in damage to the equipment or
components of the equipment. The inside unit is designed for use in an indoor, temperature‐controlled
temperature controlled
environment (less than 100 degrees Fahrenheit). It is not intended for use in attics or similar locations
where temperatures may be in excess of that range.
RF Safety Warning: Any antenna used with this device must be located at least 8 inches from all persons.
ISED
CPC‐2‐1‐05 — Zone Enhancers ‐ Spectrum management and telecommunications
http://www.ic.gc.ca/eic/site/smt‐gst.nsf/eng/sf08942.html
Mobile phone is the minimum distance to use indoor antenna
Inside server antenna types
Minimum separation distances D (m)
Ceiling mounted (e.g., dome‐type) antennas
2
Wall mounted (i.e., panel or other type)
1.0 or 2*
antennas
Table top antennas
1.0
Antenna Kitting Information
Gain/Loss
Component
Type specification
Outside
id Cable
bl
Outside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Inside Cable
Outside Antenna
LMR240 45Feet
SRLMR400‐30NN 30Feet
RG6FF 90Feet
RG6FF 75Feet
RG6FF 60Feet
RG6FF 45Feet
LMR240 90Feet
LMR240 75Feet
LMR240 60Feet
LMR240 45Feet
SRLMR400 30NN 30Feet
SRLMR400‐30NN
SRLMR400‐75NN 75Feet
SRG58‐30FN 30Feet
SRLMR400‐20NN 20Feet
SRG58‐15FN 15Feet
SRLMR400‐30NN 30Feet
ANT050701
2.9dB
d
1.9dB
4.3dB
3.6dB
2.9dB
2.2dB
5.85dB
4.88dB
3.9dB
2.9dB
1 9dB
1.9dB
4.2dB
4.5dB
1.3dB
2.35dB
1.9dB
7dBi
3.15dB
d
1.9dB
4.6dB
3.8dB
3.0dB
2.3dB
6.3 dB
5.25dB
4.2dB
3.15dB
1 9dB
1.9dB
4.2dB
4.5dB
1.3dB
2.4dB
1.9dB
7dBi
3.38dB
d
1.95dB
5dB
4.2dB
3.3dB
2.5 dB
6.75 dB
5.63dB
4.5dB
3.38dB
1 95dB
1.95dB
4.4dB
4.9dB
1.35dB
2.56dB
1.95dB
7dBi
4.87dB
d
2.9dB
7.6dB
6.3dB
5dB
3.8 dB
9.9 dB
8.25dB
6.6dB
4.87dB
2 9dB
2.9dB
6.1dB
7.6dB
1.8dB
3.9dB
2.8dB
10dBi
4.87dB\5.2dB
d \ d
2.55dB\2.9dB
6.6dB\8.4dB
5.5dB\7dB
4.4dB\5.6dB
3.3 dB\4.2dB
9.9dB\10.35dB
8.25\8.63 dB
6.6 dB\6.9 dB
4.87dB\5.2dB
2 55dB\2 9dB
2.55dB\2.9dB
5.8dB\6.5dB
7.2dB\8dB
1.8dB\1.9dB
3.7dB\ 4.1dB
2.55dB\2.9dB
10dBi\10dBi
Suirongcable
i
bl
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Suirongcable
Outside Antenna
ANT010901
9dBi
9dBi
9dBi
9dBi
9dBi
Shenzhen Dachi Communications
Co., Ltd.
Outside Antenna
ANT010701
9dBi
9dBi
9dBi
9dBi
9dBi
Shenzhen Dachi Communications
Co., Ltd.
Outside Antenna
ANT060302
3dBi
3dBi
3dBi
3.5dBi
3.5dBi\3.5dBi
Shenzhen Dachi Communications
Co., Ltd.
Outside Antenna
ANT030301
3dBi
3dBi
3dBi
3dBi
3dBi
LTE‐707 LTE‐781 800MHz 1900MHz 1700MHz\2100MHz
Manufacturer
Shenzhen Dachi Communications
Co., Ltd.
Shenzhen Dachi Communications
Co., Ltd.
Shenzhen Dachi Communications
Co., Ltd.
Outside Antenna
ANT060302
3dBi
3dBi
3dBi
3.5dBi
3.5dBi\3.5dBi
Outside Antenna
ANT030301
3dBi
3dBi
3dBi
3dBi
3dBi
Shenzhen Dachi Communications
Co., Ltd.
Inside Antenna
ANT050701
7dBi
7dBi
7dBi
10dBi
10dBi\10dBi
\
Inside Antenna
ANT010901
9dBi
9dBi
9dBi
9dBi
9dBi
Shenzhen Dachi Communications
Co., Ltd.
Shenzhen Dachi Communications
Co., Ltd.
Inside Antenna
ANT010701
9dBi
9dBi
9dBi
9dBi
9dBi
Inside Antenna
ANT060302
3dBi
3dBi
3dBi
3.5dBi
3.5dBi\3.5dBi
Inside Antenna
ANT040301
3dBi
3dBi
3dBi
3dBi
3dBi
Shenzhen Dachi Communications
Co., Ltd.
Inside Antenna
ANT080301
3dBi
3dBi
3dBi
3dBi
3dBi
Inside Antenna
ANT080302
3dBi
3dBi
3dBi
3dBi
3dBi
Shenzhen Dachi Communications
Co., Ltd.
Shenzhen Dachi Communications
Co., Ltd.
Inside Antenna
ANT060301
3dBi
3dBi
3dBi
3dBi
3dBi
Shenzhen Dachi Communications
Co., Ltd.
Inside Antenna
ANT060303
3dBi
3dBi
3dBi
3dBi
3dBi
Inside Antenna
ANT070101
1dBi
1dBi
1dBi
1dBi
1dBi
I id Antenna
Inside
A
SR 21300100
SR‐21300100
3dBi
3dBi
3dBi
3 5dBi
3.5dBi
3 5dBi\3 5dBi
3.5dBi\3.5dBi
Lightning Protector
ACC010101
0.1 dB
0.1 dB 0.1 dB 0.18dB 0.16dB\0.2dB
Shenzhen Dachi Communications
Co., Ltd.
Shenzhen Dachi Communications
Co., Ltd.
Sh
Shenzhen
h Dachi
D hi Communications
C
i ti
Co., Ltd.
Shenzhen Dachi Communications
Co., Ltd.
All equivalent antennas and cables are suitable for use with the SolidRF booster.
Shenzhen Dachi Communications
Co., Ltd.
Shenzhen Dachi Communications
Co., Ltd.