HUAC F15G-CPAL-AB-C Consumer Booster User Manual Manual Rev1

SHENZHEN HUAPTEC CO., LTD Consumer Booster Manual Rev1

Manual Rev1

  Customer  signal  booster  user  manual
Content WHAT IS INCLUDED .................................................................................. 3 1 HOW IT WORKS ................................................................................... 3 2 TOOL REQUIRED .................................................................................. 3 3 HOW TO INSTALL YOUR NEW CELLULAR BOOSTER .............................. 4 3.1 Overview ................................................................................... 4 3.2 Plan the layout of your system .................................................. 6 3.3 Check for Signal Strength .......................................................... 6 3.4 Run coaxial cable ....................................................................... 7 3.5 Install the Donor (Outdoor) antenna ......................................... 7 3.6 Install the Server (Indoor) antenna ............................................ 8 3.7 Install your cellular booster ....................................................... 9 3.8 Power up your cellular booster ................................................. 9 3.9 Check the Cellular Booster Status ............................................ 10 4 UNDERSTAND THE PORTS, MGC DIP SWITCH, LED STATUS ................ 11 4.1 Repeater ports ........................................................................ 11 4.2 LED status ................................................................................ 11 5 UNDERSTAND THE ANTENNA ............................................................ 12 5.1 Donor (Outdoor) antenna ....................................................... 12 5.2 Server (Indoor) antenna .......................................................... 12 5.3 Authorized Kitting Options ...................................................... 13 6 TROUBLESHOOTING .......................................................................... 15 7 FREQUENTLY ASKED QUESTIONS ....................................................... 17 8 FCC RF Exposure Statement .............................................................. 18 9 Warning ............................................................................................ 18 10 Specification ...................................................................................... 19
WHAT IS INCLUDED        1.    Booster F15G-CPAL-AB-C     2.    Outdoor Yagi 9dbi Antenna & 50’5D Coaxial Cable        3.    Indoor Panel 10dbi Antenna& 50’5D Coaxial Cable      4.    AC/DC Power Adapter 1 HOW IT WORKS The cellular booster provides reliable two-way cellular coverage by improving signal  strength  in  homes,  buildings,  offices,  and  other  areas  where  cellular reception is weak or unreliable.  The  system  amplifies  the  signal  from  the  nearest  cellular  tower  and retransmits at a higher power level within a local area.  This  manual  provides  simple  installation  instructions  that  will  have  your cellular booster kit running in record time. 2 TOOL REQUIRED    Phillips ScrewdriverDrill Cellular Phone (to check signal strength)
3 HOW TO INSTALL YOUR NEW CELLULAR BOOSTER  3.1   Overview This guide will help you properly install your cellular booster kit. It is important to read through all of the installation steps before installing your equipment. Thoroughly  read  through the  instructions,  visualize  where  all  the  equipment will  need  to  be  installed  and  do  a  soft  installation  before  mounting  any equipment.
1 •BOOSTER – select location •Install the booster in an area that is protected from the weather, properly ventilated and is away from excessive heat and moisture. 2 •DONOR ANTENNA (OUTDOOR)- select location •Mount the signal (outdoor) antenna in an elevated outdoor location so that it points towards the cellular tower and away from where the inside antenna will be located. 3 •OUTDOOR COAXIAL CABLE - select location •The outdoor coaxial cable is used to connect the donor (outdoor) antenna to the booster. 4 •INDOOR COAXIAL CABLE- (if used) •The indoor coaxial cable is used to connect the server (indoor) antenna to the booster.  5 •SERVER ANTENNA (indoor) •The ideal location for the distribution antenna will be the area of your property where you need to improve the signal most. •NOTE:The signal strength will be strongest closest to the antenna. •IMPORTANT: The signal antenna (outdoor)should always be separated from the distribution antenna (indoor)by at least 20 vertical feet including the separation of a thick barrier such as a roof or a wall. Depending on the strength of your outdoor signal, the weaker the signal the less separation distance is required. 7 •LIGHTNING SURGE PROTECTOR- (SOLD SEPARATELY) •The lightning surge protector connects in between the signal antenna and the booster. •IMPORTANT: Lightning surge protector must be grounded.  8  •COMMISSIONING THE SYSTEM • !!
  3.2   Plan the layout of your system Before  you  get started  you  will  need  to plan  the  layout  of  your  system. This involves checking signal strength for signals coming from the cellular tower, as well as antenna, booster and cable placement. 3.3   Check for Signal Strength Select  a  location on  the roof of  the  building  to install the  signal  antenna, by monitoring  your  cellular  phone’s  signal  strength  (signal  bars)  to  find  the strongest signal from your carrier’s cellular tower.  Mark that area as the installation location for the Donor (outdoor) IMPORTANT:  Confirm  that  you  have  at  least  20  feet  of  vertical  distance between the  marked antenna  location and the location where you will place the Server (indoor) antenna. To prevent the system from oscillation (feedback) you want to ensure that there is enough separation between the distribution
and  signal  antenna  or  that  they  are  shielded  from  each  other  to  ensure  the distribution antenna does not send a signal back into the signal antenna. If you cannot achieve these separations, either choose an alternate location for the donor  (outdoor)  antenna  or  determine  if  there  are  natural  barriers  in  the building  construction  itself  that  will  attenuate  signals  between  the  two antennas so that oscillation can be prevented. 3.4   Run coaxial cable Loosely  run  the  coaxial  cable  from  your  outdoor  antenna  to  your  booster. (After  you  have  tested  the  system  you  can  permanently  secure  the  coaxial cable).  As you route and pull cabling, follow these general guidelines:  Bend cables and route them smoothly, and protect the outer skin against any damage.  Keep horizontal cables straight and fasten them with a tie every  three to five feet.  Bind and fasten vertical cables every six to eight feet.  Waterproof all outdoor connections with silicone caulking  Be careful when plugging the connector in so as not to damage the center pins on the connectors. 3.5   Install the Donor (Outdoor) antenna Connect  the  supplied  coaxial  cable  to the antenna.  We  recommend  applying
silicone caulking to fully waterproof the connection. Attach the cable in such a way that a drip loop is formed. Once mounted, connect one end of  the coaxial cable to the donor (outdoor) antenna  and  the  other  end  to  the  cellular  booster  where  it  is  marked “outdoor”  3.6   Install the Server (Indoor) antenna Connect one end of the coaxial cable to the antenna and the other end to the cellular booster where it is marked “indoor”.  Select  the  installation  location  of  your  supplied  server  (outdoor)  antenna based on the following:   Omni Ceiling directional antenna Place in the center of the area where the signal needs to be amplified.   Panel directional antenna Place in the outer perimeter of the area the signal needs to be amplified. Whip Omni directional antenna Mount directly to the connector marked “indoor” on the cellular booster.
3.7   Install your cellular booster Install  the  cellular  booster  in  a  location  that  is  properly  ventilated  and  not exposed to excessive heat, moisture and/or direct sunlight. The optimal area would be on a wall located near a power outlet.  It  should  be  mounted  in  an  easily  accessible  area  so  it’s  easy  to  perform general  maintenance  with  the  coaxial  cable  connections,  dip  switch  settings and power adaptor.  Make  sure  all  cables  and  antennas  are  securely  connected  before commissioning the system. 3.8   Power up your cellular booster Once  all  the  Following  precautions  have  been  taken,  power  on  the  cellular booster. 1. Verify that you have left at least 20 feet of vertical separation space between the indoor and outdoor antennas.   2. Never point the front of the yagi donor (outdoor) antenna towards the inside of the server (outdoor)antenna.   3. Verify  that  the  supplied  coaxial cables  from  both  the  donor  (outdoor)  antenna and the server (outdoor)antenna are properly connected to the cellular booster before powering it up.   4. Carefully plug in the supplied power adaptor into the back of the cellular booster where it is marked ‘power’ and connect the other end to a power outlet.    The LED indicator marked power should light up green.
3.9   Check the Cellular Booster Status Your  cellular  booster  comes  equipped  with  electronic  sensors  designed  to identify cellular signal overload or oscillation which can hinder signal boosting performance.  Your  cellular  booster  is  specially  designed  to  automatically decrease gain to compensate for these  circumstances. The  device  also has  a feature to automatically shut down in case  of excessive oscillation. Improper equipment installation and unusable signal quality can cause oscillation, this is why it is important to fully understand the LED alarm lights on your booster, as they will help you identify and solve any potential issues. The color of the LED indicates the status of the booster system.
4 UNDERSTAND THE PORTS, MGC DIP SWITCH, LED STATUS 4.1   Repeater ports 1) Outdoor port: connected with the donor antenna by cable. 2) Indoor port: connected with server antenna directly or by cable. 3) DC IN: connected with power supply.  4.2   LED status 1. Status and definition of POWER indicators: Status Definition Green Normal Off DC power problem 2. Status  and  Definition  of  ALARM  indicators;  Alarm  LED  only  works  for downlink signals Status ALARM Green It is working in linearity Attention: Input signals may be not enough Flashing Green It is working in linearity. Attention: Please adjust MGC to increase the attenuation value, till you find the “edge point” ( I.E. the Alarm LED shall stay at green color, with intention of turning flashing green), and let the repeater work at this point. Flashing Red Repeater shut off There are overloading or self-oscillation, strong input signals, measures shall be taken
5 UNDERSTAND THE ANTENNA 5.1   Donor (Outdoor) antenna  5.2   Server (Indoor) antenna     The Yagi Lpda Antenna The yagi is a very precise directional antenna with a powerful reach. This antenna should be installed in an elevated position and must be pointed towards your carrier’s cellular tower.  NOTE:This antenna is not meant to capture signal from multiple carriers. The Panel Antenna The panel is a directional antenna with a 120 degree reach and is designed to capture the signal from multiple carrier towers. This antenna should be installed in an elevated position and must be pointed towards your carrier’s cellular towers. Yagi Antenna The yagi is a very precise directional antenna with a powerful reach. This antenna should be installed in an elevated position and must be pointed towards your carrier’s cellular tower.  NOTE: This antenna  can only support single band  signal booster. The Whip Antenna The whip antenna is an omni-directional antenna with a 360 degree reach. It is designed to distribute the signal from the center of the affected area. Typically it is connected directly to the booster. The Omni Antenna The omni antenna is an omni-directional antenna with a 360 degree reach. It is designed to distribute the signal from the center of the affected area. Typically it is installed in a false or dropped ceiling. The Panel Antenna The panel is a directional antenna with a 120 degree reach and is designed to distribute the signal from a perimeter wall or ceiling.
5.3   Authorized  Kitting Options     Outdoor Default Antenna & Cable Kit Options         1.      Kit 9-5050    Outdoor Yagi 9dbi Antenna & 50’ 5D Coaxial Cable     Indoor Default Antenna & Cable Kit Options   1.      Kit 102-5050-50   2 Panel 10dbi Antenna &50' 5D N male & a 50 Ohm 2-Way Splitter   Outdoor Antenna & Cable Kit Options 2.Kit 11-100400 Yagi 11dbi Antennac& 100' 400 Coaxial Cable 3.    Kit 11-7550 Yagi 11dbi Antenna & 75' 5D Coaxial Cable 4.    Kit 11-100500 Yagi 11dbi Antenna & 100' 5D Coaxial Cable 5. Kit 10-3050 Panel 10dbi Antenna & 30' 5D Coaxial Cable 6. Kit 10-50400 Panel 10dbi Antenna & 50' 400 Coaxial Cable 7. Kit 10-5050 Panel 10dbi Antenna & 50' 5D Coaxial Cable 8. Kit 10-75400 Panel 10dbi Antenna & 75' 400 Coaxial Cable 9. Kit 10-100400 Panel 10dbi Antenna & 100' 400 Coaxial Cable 10. Kit 10-7550 Panel 10dbi Antenna & 75' 5D Coaxial Cable 11. Kit 10-10050 Panel 10dbi Antenna & 100' 5D Coaxial Cable 12. Kit 9-50400 Yagi 9dbi Antenna & 50' 400 Coaxial Cable 13. Kit 9-75400 Yagi 9dbi Antenna & 75' 400 Coaxial Cable 14. Kit 9-100400 Yagi 9dbi Antenna & 100' 400 Coaxial Cable 15. Kit 9-7550 Yagi 9dbi Antenna & 75' 5D Coaxial Cable 16. Kit 9-10050 Yagi 9dbi Antenna & 100' 5D Coaxial Cable 17. Kit 5-30400 Omni 5dbi Antenna & 30' 400 Coaxial Cable
18. Kit 5-3050 Omni 5dbi Antenna & 30' 5D Coaxial Cable 19. Kit 5-50400 Omni 5dbi Antenna & 50' 400 Coaxial Cable 20. Kit 5-5050 Omni 5dbi Antenna & 50' 5D Coaxial Cable 21. Kit 5-75400 Omni 5dbi Antenna & 75' 400 Coaxial Cable 22. Kit 5-10400 Omni 5dbi Antenna & 100' 400 Coaxial Cable 23. Kit 5-7550 Omni 5dbi Antenna & 75' 5D Coaxial Cable 24. Kit 5-10050 Omni 5dbi Antenna & 100' 5D Coaxial Cable Indoor Antenna & Cable Kit Options   2. Kit 52-5050-50   2 Whip 5dbi Antenna &50' 5D Coaxial Cable & a 50 Ohm 2-Way Splitter   3. Kit 103-7550-50   3 Panel 10dbi Antenna & 75' 5D Coaxial Cable & a 50Ohm 3-Way Splitter   4. kit 104-7550-50   4 Panel 10dbi Antenna & 75' 5D Coaxial Cable & three 50 Ohm 2-Way Splitter 5. Kit 3-5050   Omni 3dBi Antenna & 50' 5D Coaxial Cable 6. Kit 3-7550   Omni 3dBi Antenna & 75' 5D Coaxial Cable 7. Kit 3-10050   Omni 3dBi Antenna & 100' 5D Coaxial Cable 8. Kit 3-50400   Omni 3dBi Antenna & 50' 400 Coaxial Cable 9. Kit 3-75400 Omni 3dBi Antenna & 75' 400 Coaxial Cable 10. Kit 3-100400   Omni 3dBi Antenna & 100' 400 Coaxial Cable 11. Kit 32-50400-50 2 Omni 3dBi Antenna & 50' 400 Coaxial Cable & a 50 Ohm 2-Way Splitter   12. Kit 33-50400-50   3 Omni 3dBi Antenna & 50' 400 Coaxial Cable & a 50 Ohm 3-Way Splitter   13. Kit 34-50400-50 4 Omni 3dBi Antenna &50' 400 Coaxial Cable & three 50 Ohm 2-Way Splitter
6   TROUBLESHOOTING The  LED alarm  lights  represent the  status of  the  booster on  each  frequency. When the lights are green the device is operating normally meaning that it is not  experiencing  any  oscillation  (feedback)  and  it  is  boosting  the  signal  at maximum power.  When  the  LED  lights  begin  to change  status from green  to flashing  green  to  flashing  red,  it  means  that  particular  frequency  is experiencing some oscillation (feedback).    If  the  oscillation  is  excessive  the  booster  will  shut  down  for  that  particular frequency. The booster will still work for the other frequency on a multi-band booster.  Oscillation  is  caused  when  the  indoor  (distribution)  antenna  sends  a  signal back  into  the  outdoor  (signal)  antenna.  Similar  to  a  PA  system,  when  the microphone gets too close to the speaker it causes feedback. This will occur if your antennas are too close together, or the indoor antenna is pointed at the outdoor antenna. Make sure you have adequate separation and some type of shielding between the antennas (Usually your roof or a cement wall is good enough).  IMPORTANT NOTES The 2 most important things to look for when setting up your system is:
  By  capturing  the  best  input  signal  you  will  be  able  to  enjoy  the  maximum coverage  and  best  quality  signal  inside  where  your  Indoor  antennas  are located. The better the input signal, the better the  output signal. In order to find the best input signal, you want to place your outdoor antenna as high as possible with  the least  amount  of obstruction  between the antenna and  the cellular base tower. A clear line of site is ideal.   Isolating the signal from the antennas is done by ensuring that the antennas are  not  pointing  to  each  other  and  by  having  enough  distance  or  barrier shielding in between them. The signals travel like rays of sunlight, a directional antenna  will  send  the  signal  in  the  direction  that  it  is  pointing.  An  omni directional  antenna  will  send  the  signal  in  every  direction  around  it.  So depending  on  your  equipment  it’s  important  to  be  sure  that  your  Indoor antenna is not sending the signal back into the outdoor antenna.  THINGS TO CHECK WHEN EXPERIENCING WEAK CELLULAR SIGNAL 1. Ensure  the  outdoor  antenna  is  pointing  in  the  correct  direction  and  is capturing adequate signal for the booster. A good input signal (the best you can find) Isolating the outdoor (donor) antenna from the indoor (server) antennas so they do not feedback into each other.
2. Check all connections on the cable, antennas, and booster. 3. Check cable for bends and or cuts. 4. All LED lights on the booster should be green. 5. Outdoor antenna and the indoor antennas have adequate separation and are not causing feedback.   7 FREQUENTLY ASKED QUESTIONS WHY  ARE  THE  LED  LIGHTS  TURNING  FLASHING  GREEN,  FLASHING RED OR SHUTTING OFF? There are certain cases where your system could be experiencing oscillation. This can be attributed to either the quality of your input signal or having your outdoor  antenna  and  indoor  antenna  too  close  together.  Please  review  the following guidelines to help resolve this issue: 1. Adjust the  direction  of  the  outdoor  antenna.  If  the  system is  receiving  a very high input signal, you can point your outdoor antenna away from the cellular  tower  to  reduce  the  strength  of  the  input  signal  and  therefore, reduce the oscillation. Alternatively if your system is receiving a very poor quality  signal  (weak  and  unusable  signal),  you  can  point  your  outdoor antenna more directly towards the cellular tower to increase the strength of the input signal. Sometimes this may require completely repositioning the antenna to a location where you can achieve a line of site to the tower.   2. Increase  the  separation  between  the  outdoor  antenna  and  the  indoor antenna. This can be achieved by increasing the distance between the two
antennas or by placing barriers between them, such as moving the indoor antenna  to  an  adjacent  room  where  there  would  be  an  additional  wall separating them from the outdoor antenna.   3. Manual  Gain  Control.  Adjust  the  gain  with  the  manual  gain  control function using the dip switches on the side of the booster. 8 FCC RF Exposure Statement This  equipment  complies  with  FCC  radiation  exposure  limits  set  forth  for an uncontrolled  environment.  End  users  must  follow  the  specific  operating instruction for satisfying RF exposure compliance. This transmitter must not be co-located or operating in conjunction with any other antenna or transmitter. 9 Warning  Warning:  The Outdoor Antennas must be installed no higher than 10    meters above ground.
10 Specification  F15G-CPAL-AB-C  Electrical specification     Uplink Downlink Frequency Range LTE (A+B) 704~716MHz 734~746MHz LTE C 776~787MHz 746~757MHz CDMA 824~849MHz 869~894MHz PCS 1850~1910MHz 1930~1990MHz AWS 1710~1755MHz 2110~2155MHz Band width LTE (A+B) 12MHz LTE C 11MHz CDMA 25MHz PCS 60MHz AWS 45MHz Max .Gain LTE (A+B) ≤63dB LTE C ≤64dB CDMA ≤64dB PCS ≤66dB AWS ≤65dB Max .Output Power LTE (A+B) ≤25dBm ≤10dBm LTE C ≤25dBm ≤10dBm CDMA ≤25dBm ≤10dBm PCS ≤23dBm ≤10dBm AWS ≤23dBm ≤10dBm MGC ( Step Attenuation ) 31dB/1dBstep Automatic Level Control                               ≥ 15dB, auto shut off after 15dB  Inter-modulation 9KHz~12.75GHz ≤-19dBm ≤-19dBm Spurious Emission 9KHz~12.75GHz ≤-13dBm ≤-13dBm LED    Alarm Standard Power LED Power Indicator ALC LED   Flashing green @ ALC 1~15dB Flashing red @ auto shut off after ALC 15dB   Mechanical    Specifications Standard I /O Port N-Female Impedance   50 ohm Operating Temperature 10ºC~+55ºC Environment Conditions IP40 Dimensions 218*165*50 Weight ≤ 2.5Kg Power Supply Input AC90~264V,output DC12V / 3A

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