BMB0900-150-SG05 Installation Manual
Contents
1. 2 1 Installation Overview 2 1 1 Requirements on Installation Site The outdoor booster could be installed on the wall or floor and it should be installed close to the antenna The requirements of installation site are following E The installation site should be non corrosive m If the cabinet should be mounted on the wall the wall s bearing capacity must be more than 55kg 122Ib Concrete and brick wall are recommended 2 1 2 Requirements on Anti corrosion and Shock protection To safeguard products and operators the installing location must be kept away from caustic or poisonous pollutants If the site can t meet seismic it must be properly reinforced Beyond Technology Innovations System Installation 2 1 3 Requirements on Illumination Ventilation and Fire Protection The installation site should have enough illumination for installation and maintenance needs Flammable and explosive material should not be near to the site 2 1 4 Power requirements Nominal voltage 220V AC Variety range 180 264 V AC 47 63 Hz Single Phase The power consumption of outdoor booster is about 1 300W Be certain to select a fuse or a breaker with the proper capacity A 10 or 15 ampere breaker is recommended 2 1 5 Requirements on Lightning Protecting and Grounding The cross section of grounding cable should be no smaller than 4AWG 25mm The grounding cable should be connected to each ground directly without a2. TMA Gain Setting Booster input power Gup 8 12dB Pin 43dBm BTS Usually the combination loss of 2 channels is 3dB and there are there re differences between various types of BTS For example 2 1 6 channels combination of Ericsson or Nokia BTS 29 Beyond Technology Innovations P1 6 40dBm Channel 1 Tx Rx Channel 2 Tx Rx Channel 6 Tx Rx Diversity receiver BTS Maintenances and Managements Loss 3dB PA Gain Setting Gdown BTSO ANTO Channel 3 ffe S EE Booster output power Z Pout 51dBm Channel Ji Ix Rx 92 BTS1 ANT TMA Gain setting Channel 3 1 Tx Rx Booster Input power Pin Gup 8 12dB For the above combination method the PA gain setting should be 1 5dB low with one channel increasing The above is a reference of booster gain setting when the BTS is upgraded The general principle is to confirm the booster input power Pin Please contact the technical support of Bravo Tech Inc so as to make sure that the booster works normally after the BTS is upgraded 4 2 3 Alarm and Remote Shutdown Port Specification The alarm and remote shutdown port is shown in Figure 24 which is DB15 socket The relevant pins will be short circuit when there is an alarm or shutdown and the relevant pins will be open circuit when the system is normal The specification of alarm and re
3. OME Statistic Le DT Test Statistic p Test Data After Installation on EE BTS Coverage Range System Optimize Compare The Test Data No Best Effect Yes y Test Process End Document Management Figure 17 Flow Chart of System Debugging 16 Operation and Monitoring Beyond Technology Innovations 3 Operation and Monitoring 3 1 Live Display Software HighPower HighPower is used to monitor amp configure the Boosters operational parameters HighPower includes two parts of functions m Device status monitoring m Device parameter configuration HighPower supports Windows2000 XP operation system 3 2 Software Installation STEP1 Double click the setup exe file it displays the Welcome window below JS HighPower sl Welcome to HighPower Setup program This program will install HighPower on your computer It is strongly recommended that you exit all Windows programs before running this Setup Program Click Cancel to quit Setup and close any programs you have ruming Click Hext to continue with the Setup program WARHING This program is protected by copyright law and international treaties Unauthorized reproduction or distribution of this program or any portion of it may result in severe civil and criminal penalties and will be prosecuted to the maximum extent possible under law STEP2 Click Next to sel
4. Test dB Decibels dBm Power measurement referenced to the specific power level of one watt DIN Deutsches Insitut f r Normung eV German standards institution 7 16 DIN German standards RF connector 7mm OD of inner contact 16mm ID of outer contact DL Downlink DT Driver Test EMC Electromagnetic Compatibility LNA Low Noise Amplifier MCPA Multi carrier Power Amplifier MHz Megahertz MTBF Mean Time Between Failures OMC R Operation Monitor Center Radio PA Power Amplifier RF Radio Frequency RX Receive or Receiver TMA Tower Mounted Amplifier TX Transmit Transmitter VSWR Voltage Standing Wave Ratio 34
5. must be on the top of flat washers 4 No cable damage 5 Clean no smudges or dust 6 Connections between metallic configurations must be reliable to assure the reliable electric connectivity 2 4 2 Cable Inspection Item Description 1 The connection of the cable is tight not loose or damaged 14 Item 2 9 Beyond Technology Innovations System Installation Description The cable shell not damaged Grounding cable is connected properly Cables are dressed neatly power kept separate from signal The minimum bending radius of the cable is proper Shouldn t be less than twenty times of the cable s diameter System Test Test the system after the device was installed and inspected Test steps for Outdoor Booster VSWR testing sweep test of cables and antenna Effect testing DT CQT testing Region optimize base on the OMC R statistic data adjusting the base station s physical parameter regional parameter and switch parameter So that the system can work optimally Startup setting uplink and downlink gain setting To see the detail in the section 4 2 2 Power Amplifier and Low Noise Amplifier Gain Setting See test flowing chart on Figure 16 15 Beyond Technology Innovations System Installation Test Start OME Statistic Ka DT Test Statistic Test Data Before Installation SE BTS Coverage Range Install and Adjust Booster
6. Beyond Technology Innovations Multi Carrier Outdoor Booster BWIB0900 150 SG05 User Manual BRAVO TECH INC Revision UM BMBO0900 150 SG05 REV A Add 6185 Phyllis Drive Unit D Cypress CA 90630 Phone 1 714 230 8333 Website www bravotechinc com Beyond Technology Innovations 1999 2008 Bravo Tech Inc All rights reserved The Multi carrier Outdoor Booster must be installed only in a restricted access area The Multi carrier Outdoor Booster is designed to operate according to the specification of this User Manual Improper installation and operation of this equipment beyond the installation procedures beyond the designed operating specifications and not in compliance with regulatory requirements will revoke any warranty and may m Prevent the equipment from performing properly m Violate regulatory RF emissions requirements m Require removal of the equipment from service Beyond Technology Innovations Table of Contents Table of Contents 1 SYSIEMINIRODUC TION E 1 1 1 6075 2 EN e ee E l 1 2 o AB LOC DEA RAN agra r E E E A E O E OA l 1 3 P T e er E E E A E E E E EE eres 2 1 4 APPLIC AON eege 3 1 5 C ON TOURA TION aree En case EE E N E A EN E E ET E E O 3 BEL E e 4 de EE 5 Z SYSTEM INS TARDATION RE 7 2 1 SEENEN 7 241 Requirements EE 7 2 1 2 Requirements on Anti corrosion and Shock protection cccccccccccccccccccececcecececseceeeeeseesesseseseeeeeseeeeees 7 2 1 3 Requirement
7. EM DEBUGGING ccccccccccccceeeesssssssseeeeeeeeeeeeeeeeeaaasessssseeeeeeeeeeeeeeeeassaasasssseeeeeeeeees 16 FIGURE IF PORTS CONN NEE 19 FIGURE 18 COM PORT SETTING RE 20 FIGURE 19 MAIN BOARD RUNNING STATUS WINDOW cccccccccsssssseseseeececeeeeeeeeeaeaeseessseeeeeeeeeeeeeeeeeausaaaesssseeeeeeeess 21 FIGURE 20 POWER AMPLIFIER RUNNING STATUS WINDOW ccccccssssssecccececeeseeeeccceeeeaseeeeeccceeesaasseeccceessaaaeeeeeeeeeeas 23 FIGURE 21 MONITORING AND ALARM INDICATOR Lions 24 FIGURE 22 POWER AMPLIFIER INDICATORS s csssecsasetnnssasuencdencdbeedenssosodelnsSteosseeningedvanSbeedenevoueseniStenduaeesagsesedhcedenssbvedens 25 FIGURE 23 POWER AMPLIFIER AND LOW NOISE AMPLIFIER GAIN SETTINOG 26 FIGURE 24 ALARM AND SHUTDOWN PORT 30 List of Tables TABLE OUTDOOR BOOSTER COMPONENTS csscssssccccsssccecccnsscccsccusescesccsecceseeusesceseeusecceseeusesceseeusscesseensscesseensess 2 TABLE 2 OUTDOOR BOOSTER INTERFACE DESCRIPTION ccccceeecccceseccceescccceseccceueccscesecseuecsseesecseeesesseeesceseueesesees 6 EAB EO MENO BOTTON EE 21 TABLE 4 MAIN BOARD STATUS DESCRIPTION EE 22 TABLE 5 POWER AMPLIFIER STATUS DESCHIDTION 23 TABLE 6 SPECIFICATION OF INDICATOR LIGHT E 25 TABLE 7 DESCRIPTION OF POWER AMPLIFIER INDICATOR Long 25 TABLE 8 ALARM RANGE SETTING i swssncasssneenscawonsantaswseinsan au astecsinynnenteaaneatinaslonnesidesioansenesaysuindabonsssaasingewantesaweusaasicneauideanesient 26 TABLE 9 VALUE SETTING OF THE 4 BI
8. Gdown 11dB Booster output power Channel 2 TwRx _ CUE SEEME Pout 51dBm P2 43dBm BTS1 ANT 1 Diversity receiver TMA Gain setting Booster Input power Gup 8 12dB Pin 40dBm BTS 3 channels combination PA gain setting Ggown 8dB 28 Maintenances and Managements Beyond Technology Innovations P1 43dBm Channel 1 Tx Rx rT PA Gain Setting Loss 3dB Gdown 8dB Combiner BTSO ANTO Booster output power Outdoor Booster i Channel 2 Tx Rx Pd 43dBm RER Pout 51dBm BTS ANT Booster input power TMA Gain Setting Pin 43dBm Gup 8 12dB P2 43dBm Channel 3 Tx Rx BTS 4 channels combination PA gain setting Ggown 8dB P1 43dBm Channel 1 Loss 3dB Combi Sieg PA Gain setting Gdown 8dB Channel 2 P2 43dBm BTSO ANTO Outdoor Booster Booster Output Power Pout 51dBm P1 43dBm Channel 3 Tx Rx Tae Combiner BTS1 ANT TMA Gain Setting Booster Input Power Gup 8 12dB Loss 3dB Pin 43dBm Kee P2 43dBm Channel 4 Tx Rx BTS If 2 channels connect to booster as the following figure the output power of BIS won t be changed when the BTS is upgraded to 3 or 4 channels And there s no need to reset the PA gain of the booster PA Gain setting P1 43dBm i Channel 1 Tx Rx esse BER ANTO SE Outdoor Booster Booster output power Pout 51dBm Channel 2 DEEN TE Loss 30B erer ANT1
9. T BINARY CODE SWITCH ccccccseeccceeeccecesececesececeecsseesecseeeesseeeseseeeeseeees 26 EECHER eege eer eege 27 TABLE 11 SPECIFICATION OF ALARM AND REMOTE SHUTDOWN PORT ccccceeecccceeecccesececeeeceeceeececeuecsseeeecseeueesseees 30 Beyond Technology Innovations System Introduction 1 System Introduction 1 1 Overview Bravo Tech Inc s Multi Carrier High Power Outdoor Booster provides higher downlink EIRP to extend the coverage of existing sites The booster is weather resistant has an advanced thermal management system and is capable of operating under IP54 environmental extremes It works at the frequency of 890 915MHz uplink and 935 960MHz downlink with the Max input power of 43dBm SEET m SZAL 822020 EE PPP N wf n p gt d Figure 1 Outdoor Booster 1 2 System Block Diagram The following figure shows the system block diagram of the multi carrier outdoor booster Beyond Technology Innovations System Introduction Duplexer SS Rx uplexer BTSO E N E Tx Rx F Se ae ANTO o o ee o ES Combiner Pe f Tx Rx a S GE ae BTS pL Mee BTS1 ae Tx Rx as SE Filter ANT ee Rx ane Rx oO Gg P ao MD CNA d E Duplexer Figure 2 Configuration of Outdoor Booster The system is compos
10. Temperature Humidity EMC Ingress Protection Class Mechanical Characteristics Material Weight Dimensions H x W x D Specification 890 915MHz 25MHz 12 1 dB 0 12dB lt 1dB lt 2 0dB Typical 12dBm 23dBm 14dB 1 5 1 Specification 935 960MHz 25MHz 4 or 8 carriers 150W 30 43dBm 0 15dB 0 5dB 1dB 1dB 65dBc for multi carrier typical FCC compliant Specification 14dB 1 5 1 14dB 1 5 1 LNA Conditions PA Conditions Temp VSWR TX Gain Setting RX Gain Setting Overpower Shutdown Over Temp Shutdown VSWR Fail Shutdown Specification 20 C to 55 C 40 C 40 C to 85 C 5 95 ETS 300 342 3 IP54 Specification Steel amp Aluminum Frame 48Kg 210mm 8 25 x 465mm 18 3 x 866mm 34 1 32 Beyond Technology Innovations RF Connectors BTS Ports ANT Ports ALARM Port Reliability Characteristics MTBF MCPA Rectifier Fan Other Parts Options Power Input 7 16 DIN female 7 16 DIN female DB15 female Specification 100 000 hours 70 000 hours 50 000 hours 150 000 hours Specification 220V AC 33 Technical Specifications Beyond Technology Innovations 6 Appendix Terms Acronyms Abbreviation ANT Appendix Definition Antenna AWG American Wire Gauge BTS Base Transceiver Station or Base Transceiver System C Degree Celsius CDMA Code Division Multiple Access COM Serial Communication Port CQT Call Quality
11. ate P4 0 State Power Module 1 Power Module 2 Rx Time si Con Bps 5 600Bps Fei Tx 16 3 Figure 19 COM Port Setting Window 20 Beyond Technology Imovations Operation and Monitoring 3 4 3 Status Monitoring Run the HighPower program after the connection is completed The default monitoring window is for the device of Main Board shown as figure 19 Table 3 Menu Button Description Menu Button Description Link Connect to the booster Read Read the serial data from the booster Close Disconnect to the booster Exit Quit the monitoring program H HIGHPOWER SOFT 20061013 Ge Mainboard PAL C Ppap System State LNAl m LMAO mA TALMA TADA MO LNA GAIN oS NAD GAIN oS PAI GAIN PAO GAIN cc PA Number sy FANI Speed FANZ Speed FANS Speed FANA Speed Temperature OK 10 10 1 Up 1 State OK Down 1 State OK OK Down O State OK PA 1 State OK PA 0 State MULL OK Power Module 1 Power Module 2 NULL Rx Time 16 3703 Con Bps 5760056ps Rx Tx 16 3 Up 0 state wo S Figure 20 Main Board Running Status Window Following are the description for the status items of the main board 21 Beyond Technology Innovations Operation and Monitoring Table 4 Main Board Status Description 1 System State OK ALARM 2 LNA1 Working current mA OK ALARM NULL 3 LNAO Working current mA OK ALARM NULL i ee enn jy T nal 11 FAN Speed OK ALARM NULL FAN1 Speed z
12. ched off before cable installation 12 System Installation Beyond Technology Innovations The installation of power cable and grounding cable is shown in Figure 13 The grounding cable should be green or yellow green colored copper cable with section larger than 4AWG 25mm and resistance lower than 0 5Q Figure 13 Installing Power Cable and Ground Cable The connection of power cable connector is shown as following figures L Brown N Blue GND Yellow Figure 14 Power Cable Figure 15 Power Cable Connector 2 3 2 Installation and Connection of Feeders 2 3 2 1 Installation Requirements E Shut down the base station and transmitters m Marking the feeder by label after installation 2 3 2 2 Installation The cable installation and connection is shown in Figure 15 13 Beyond Technology Innovations System Installation Multi Carrier Outdoor Booster Remote Monitor C Modem Alarm Out O Power Cable 220V AC BTSO BTS1 Tx Rx Tx Rx EM Feeder Coaxia II Feeder Coaxial ele 5 Dn ANTO ANT1 Tx Rx Rx 3 Tee we OO Feeder XY XL XYXL LI LO m Feeder HOW Figure 16 Cable Installation 2 4 Installation Inspection 2 4 1 Booster Inspection Item Description 1 Stable and normal 2 Properly fastened to wall or floor 3 Screws and nuts screwed tightly without missing flat washers and spring washers Spring washers
13. ect the installation folder 17 Beyond Technology Innovations Operation and Monitoring 2 HighPower Please Select The Installing Folder STEP3 Click Next to begin the installation 2 HighPower Start Installation STEP4 Click Finish to complete the installation 18 Beyond Technology Imovations Operation and Monitoring 42 HighPower wl Hiebhfower has been successfully installed Fress the Finish button to exit this installation lt Back Cancel 3 3 Ports Connection HighPower works through the COM serial port as shown below The Booster TEST port is connected to the computer s COM serial port through the serial data transmission wire Figure 18 Ports Connection 19 Operation and Monitoring Beyond Technology Innovations 3 4 Software Operation 3 4 1 Start HighPower Go to Start Programs HighPower HighPower and start the live status display software Programs Lon HighPower 3 4 2 Ports Setting The default computer COM port is COM If its not COM1 please reset the COM port as following steps Start HighPower program 2 Double Click the status display bar The COM window will popup as Figure 18 8 Select the port which you have connected and click Save to complete the setting H HIGHPOWER SOFT 20061013 Ge MainBoard PAL System State LNAl m LMAO mA Up 0 State Down 0 Skate FA 1 St
14. ed of a downlink MCPA duplexers LNA attenuator bypass switch control assembly modem and power supply Table 1 Outdoor Booster Components Item Components Qty 1 Downlink multi carrier power amplifier 1 PCS Duplexer 2 PCS LNA built in the filters 2 PCS Attenuator 1 PCS Bypass Switch 1 PCS Control assembly 1 PCS Modem 1 PCS Power supply 1PCS N OO B ON 1 3 Function This product has the following functions WR Amplifies downlink signal power up to 150W so as to extend the coverage of BTS m Amplifies uplink signal reduces BTS noise figure and improves uplink sensitivity WM Auto by pass function WR Built in input attenuator eliminates the need of changing BTS S output power m Extensive system monitor and control 1 4 1 5 Beyond Technology Innovations System Introduction Applications Coastlines and large lakes Areas far from city center such as remote countryside Long and narrow districts such as highway railroad sea route Rural areas such as grassland and desert Areas where macro BTS is difficult to be built and coverage of micro BTS is not enough such as mountainous region foothill highland Areas where the coverage of micro BTS or micro cell is not good such as blind spots of micro cell coverage Building coverage gaps between networks Large area of low population density Improving coverage into zoning restricted housing areas System Configuration The system configu
15. er 3 Loss Cable loss 4 Gadown PA gain 5 Pout PA output power 6 Gup LNA gain The max output power of PA is 150W 51 7dBm the gain of PA is calculated as the following 2 Beyond Technology Innovations Maintenances and Managements formula Gami Poor Pin Poo Pare LOSS o1 CBm _Pare Loss On the assumption that the output power of BTS is 20W 43dBm the cable loss is 3dB and then the proper gain setting is Gaown Pout Pars Loss 51 7dBm 43dBm 3dB 11 7dB To avoid the over power alarms of the booster set the gain 1dB low so for the above example the PA gain is set to10dB Alternative setting set to zero active BTS measure power Gup compensates the insertion loss of feeder and booster For engineering experience Gup 8 12dB is recommended 4 2 2 3 Adjustment of PA Gain for BTS Upgrade The BTS output power will be enhanced when the BTS adds channel s and expand capability That means the booster s input power will be improved Due to the booster maximum output power is unchangeable the PA gain needs to be reset to avoid the over power alarm Followings are some examples of PA gain setting while the BTS adds channel s We suppose that the output power of each BTS channel is 43dBm and the cable loss is 3dB 1 BTS is upgraded from 2 Channels to 3 or 4 Channels 2 channels combination PA gain setting Ggown 11dB P1 43dBm DANEI PA Gain Setting eg R Gre
16. ill be null O OI NI OD Oa roi ZE 23 Beyond Technology Innovations Maintenances and Managements 4 Maintenances and Managements This chapter describes the operation and maintenance of the outdoor booster 4 1 System Maintenance 4 1 1 Routine Maintenance The booster provides the following protection functions LNA protection overpower protection VSWR protection and over temp protection When protection is triggered the outdoor booster switches to by pass mode and sends out alarm signal Generally manual maintenance is not required A routine check every season or every half year is enough including Check the indicator status normal or alarm Check the fans working status normal or alarm Change the air filter every half year Clean the dust in the convection mask both of the front and rear doors and the fans If any abnormity s found examine the system and make records Check power output 4 1 2 Indicator Lights 4 1 2 1 Monitoring and Alarm Indicator The outdoor booster has 8 indicator lights for monitoring and alarm as shown in the following figure PA NA LNAO PWR O a PA POW VSWR TEMP WORK Figure 22 Monitoring And Alarm Indicator Lights The specification of indicator lights is shown in Table 6 24 Beyond Technology Innovations Maintenances and Managements Table 6 Specification of indicator light Label Description PA Power amplifier works n
17. mote shutdown port is shown as Table 11 Pin8 Pint Pin15 Ping Figure 25 Alarm and Shutdown Port Table 11 Specification of alarm and remote shutdown port Item Alarm indicator Specification Relevant Pins Notes 1 Shut down by remote control Pin 1 Pin 9 Not an alarm 2 WORK System alarm Pin 2 Pin 10 3 LNAO LNA LNA alarm Pin 3 Pin 11 Not an alarm 4 PA POW Over power alarm Pin 4 Pin12 30 Beyond Technology Innovations Maintenances and Managements Item Alarm indicator Specification Relevant Pins Notes 5 TEMP Over temperature alarm Pin 5 Pin13 6 VSWR Over VSWR Pin 6 Pin14 T 12 output Pin 7 Not an alarm 8 GND Pin 15 Not an alarm 31 Beyond Technology Innovations Technical Specifications 5 Technical Specifications RX Characteristics Frequency Range Instantaneous Bandwidth Max Gain Adjustable Gain Range Flatness over Frequency Noise Figure Output 1dB Compression max Gain Output IP3 max Gain Return loss VSWR TX Characteristics Frequency Range Instantaneous Bandwidth Number of Carriers Output Power Input Power Gain Gain Flatness Gain Variation Over Temp IMD Spectrum Masks and Spurious Emissions System Characteristics Return loss VSWR BTS Ports Antenna Ports Monitor amp Control Alarm amp Protection Form C type Environmental Characteristics Operating Temperature Range Cold Start Temperature Storage
18. n Setting and Calculation ccccccccccccc ccc cc cece ceceeees 26 4 2 2 1 EELER EE 26 4 2 2 2 E e AVC UNA E 27 4 2 2 3 Adjustment of PA Gain for BTS Uporade ccccccsceessesesssssssesesssssseesssseesesesesseessesseseesseseseseeeseeeeeas 28 4 2 5 Alarm and Remote Shutdown Port Apeciiicoation cece cece cece cece cece eee e eee keene eee ee EEE 30 TECHNICAL SPE ele WNKLE Nk 32 AE EIN eege 34 Beyond Technology Innovations Table of Contents List of Figures IG URE LOTIDOOR een NEE l FIGURE 2 CONFIGURATION OF OUTDOOR BOOSTER sissesissccwedneretyosnchedesdnedcientiasndsabiuueteeonsbnivadeadeoretheseesedaateivessthudnetene 2 FIGURE 3 SYSTEM CONFIGURATION E 4 FIGURE 4 OUTLINE Eege 5 FIGURE 5 OUTDOOR BOOSTER INTERFACE E 5 FIGURE 6 DISTANCE OF WALL INSTALLING HOLES cccccsesssccceeesssceccceessseeccessseeeccesesaeeeceeessseeecesessseeeceeeneeeeeeens 9 FIGURE 7 INSTALLING INFLATABLE Bot 9 FIGURE TOWER MOUNTING ccicosscsananinetstaussanseaauseosagunuanth auanaruapienantedanuensieenseslt quanahbiesbiasedaanarsbsenuawbaaunnatbiossuanannnens 10 POURRETO STI ED E EE 10 FIGURE 10 DISTANCE OF TE ee E ET Il FIGURE 11 FLOOR INSTALLATION E LS 11 FIGURE 12 FLOOR INSTALLATION ssccsscnasanisasandnanenesareacnonionageseanaanatboseebdsdpancenmbosagnanainaansctoanpeahaeeaeneutoaamwataiaaouenioanebsiic 12 FIGURE 13 INSTALLING POWER CABLE AND GROUND CARL 13 FIGURE L4 POWER CABLE E 13 FIGURE 15 CABLE INSTIALLATION ENNEN 14 FIGURE 16 FLOW CHART OF SYST
19. nd Technology Innovations System Installation 2 2 2 3 Installation on the Floor Step Operations 1 Drill 4 holes 610 as shown in Figure 10 2 Install 2 expansion bolts as shown in Figure 7 3 Assemble the bracket and mount the cabinet on the bracket by using the M8 16 bolt Mount the bracket on the floor Notes Mounting the bracket before mounting the cabinet on the bracket is acceptable Instructions 1 Hold mount in place 2 Make holes 3 Drill 4 Install expansion bolts concrete anchors 5 Bolt the mount into place 570mm 89mm 71mm 71mm K 8 5mm Figure 10 Distance of Floor Installing Holes Make drill Figure 11 Floor Installation Frame 11 Beyond Technology Innovations System Installation Figure 12 Floor Installation 2 3 Cable Installation 2 3 1 Installation of Power Cable and Grounding Cable 2 3 1 1 Installation Requirements L note The NEC National Electrical Code does not allow signal wires to share the same conduit with power wires unless the signal cable s voltage range is equal to the power wire s voltage range m Avoid bundling signal cable and grounding cable power cable keep them separate m The power cable and grounding cable are supplied the connectors for the booster end of power is supplied m Check open and short circuit before installing the power cable 2 3 1 2 Installation ZN attention All the power switchs must be swit
20. ny splices Keep the grounding cable as short as possible 2 1 6 Installation Preparation The following tools will be used for a successful installation A multimeter Philips screwdrivers Flat blade screwdrivers Wrenches A Drill A VSWR testing devices N adapters RF testing cables Power meter part of hand held tester 2 2 Cabinet Installation 2 2 1 Installation Requirements m Unused circuit breaker mM Convenient maintenance access System Installation Beyond Technology Innovations m Sufficient space for installation 2 2 2 Installation A Caution The following high altitude operation should be only performed by qualified personnel under well protection 2 2 2 1 Installation on the Wall Step Operations 1 Drill 4 holes 610 as shown in Figure 6 2 Install 2 expansion bolts as shown in Figure 7 3 Mount the cabinet on the wall STE ERN 340mm 511mm Figure 6 Distance of Wall Installing Holes Figure 7 Installing Inflatable Bolt Beyond Technology Innovations System Installation 2 2 2 2 Installation on the Tower Step Operations 1 Fix the tower mounted bracket with the booster as shown in Figure 8 2 Mount the cabinet on the tower 3 Assemble the bracket and the tower with two long bolt 4 Additional fix the bracket with the tower by using steel belt as shown in Figure 9 Figure 8 Tower Mounting TT Figure 9 Steel Belt 10 Beyo
21. ormally Power amplifier indicator light Red On Power amplifier failure LNAO LNA Low noise amplifier works normally Low noise amplifier indicator light Red On Low noise amplifier failure PWR Power supply works normally Power indicator light Of No power or switch is off PA POW PA power is normal Power amplifier overpower indicator light Red On PA is overpower VSWR VSWR is normal VSWR indicator light Red On VSWR failure TEMP PA temperature is normal Power amplifier temperature indicator light Red On PA is over temperature WORK Flashing System working normally System working indicator light Red Flashing System working failure 4 1 2 2 Power Amplifier Indicator The power amplifier module has 3 indicator lights MAJOR ALM MINOR ALM RFON Figure 23 Power Amplifier Indicators Table 7 Description of Power Amplifier Indicator Lights wan frea fon Power amplifier alarms and be shut down voran re for Power amplifier alarms but still works voran rea for Power amplifier works normal 25 Beyond Technology Imovations Maintenances and Managements 4 2 System Management 4 2 1 Alarm Range Setting The factory sets alarm range settings as follows Table 8 Alarm Range Setting Item Indicator light Range Upper limit 200mA 1 LNAO LNA1 Over current Down limit 42mA Referential current 100mA 2 PA POW Power amplifier shut down power value 52dBm 160 Watt O
22. ration of a multi carrier outdoor booster is shown in Figure 3 Beyond Technology Innovations System Introduction Antenna Antenna Multi Carrier Outdoor Booster l H i OUTDOOR r BOOSTER r i i H H L D CHED 4D 4D 4D DD 2D CHD D GD a BTSO BTS1 TX RX TX RX Figure 3 System Configuration 1 5 1 Outline drawing Figure 4 shows the outline drawing of outdoor booster Dimensions of outdoor booster are 210mm 8 25 x 465mm 18 3 x 866mm 34 1 HxWxD Beyond Technology Innovations System Introduction Figure 4 Outline Drawing 1 5 2 Interface The interface of the outdoor booster is shown in Figure 5 Figure 5 Outdoor Booster Interface Beyond Technology Innovations System Introduction Table 2 Outdoor Booster Interface Description Interface Description AC220V Input power interface for 220V AC BTSO TXIRX Connect to BTS main TX RX port a Connect to BTS diversity TX RX port TX RX y H ANTO TX RX Connect to main antenna TX RX ave Connect to diversity antenna RX ALARM ALARM output port Form C alarms TEST Test port System Installation Beyond Technology Innovations 2 System Installation This chapter introduces the installation of multi carrier outdoor booster Installation steps are as the following chart Installation Preparation Booster Installing and Cables Connection Installation Inspection System Testing amp Debugging
23. s circle minute OK ALARM NULL 12 FAN2 Speed circle minute OK ALARM NULL 13 FAN3 Speed circle minute OK ALARM NULL 14 FAN4 Speed circle minute OK ALARM NULL 15 Main board s temperature 16 Up link 1 state OK ALARM 17 Down link 1 state OK ALARM 18 Up link 0 state OK ALARM 19 Down link 0 state OK ALARM 20 PA1 working state OK ALARM 21 PAO working state OK ALARM NULL 22 Power Module 1 working state OK ALARM 23 Power Module 2 working state OK ALARM NULL 24 System data received time Click the radio box under the menu button to check the running status of Power Amplifier s 22 Beyond Technology Innovations Operation and Monitoring H HIGHPOWER SOFT 20061013 F ADCR Link PA F State Temperature Forward Power dm VW POWER In Doaert dm A arm State POWER State OVER MSR VW DEVICE FAIL OVER DRIVE OVER _ POWER OVER _ Temp Rx Time 16 39 00 Con Bps S7600Bps Rx Tx 16 39 Figure 21 Power Amplifier Running Status Window Following are the description for the status items of the power amplifier s Table 5 Power Amplifier Status Description Link of PA state OK ALARM 10 PA Power State OK ALARM 11 Over VSWR Alarm when VSWR gt 5 0 12 VSWR Alarm when VSWR gt 3 0 14 Over Drive Alarm Input 15 Over Power Alarm Output 16 Over Temperature Alarm 17 PA data received time Notes Multi Carrier outdoor booster doesn t deploy PAO thus the data of PAO w
24. s on Illumination Ventilation and Fire Protection K e EE 8 2 1 5 Requirements on Lightning Protecting and Grounding ccccccccccccscceseseeeeececescseseecsececeeeseeseeeeseeeeeess K SE K 22 QB TINTS EIN ALEA TON e acest a caer cote paar reticence E siete E E 8 244 DASUAIIQUOM RCO UIC CTI eege eege 8 EE 9 ee Installation lege H e AS Ve ere e Ke 10 22 2 3 Ife Ge ee Ee e E EE 1 2 3 E EE EE 12 2 3 1 Installation of Power Cable and Grounding Cafe 12 2 3 1 1 l sialaton Regui renie ME ege 12 GN EE a e ent das E E E A E E A E E 12 2 3 2 Installation and EE 13 232A Installation Kette dE Seege 13 Doe IAS VITO scesracyect iced arenn eres opatnctdeatteaste E E A 13 2 4 EELER 14 E EE 14 2A e 14 2 5 SPANI KC GE 15 3 OPERATION AND MONITORING itsasia iiaa EAEN a Eaa 17 3 1 LIVE DISPLAY SOFTWARE EECHER Zeggeeer iegteiegeeegee berg Aere nE a EEO EEEE rE 17 a2 PO WA ol D eege 17 3 3 PORTE Eege 19 3 4 DOR Ty RE OTERA TON oa E E N E E E E E E E O E 20 KE T O ee E E A E EEEE GE renee AE AEAN ES 20 EE 20 Ae es S 0 1K 11 Qe ee ee ee ee ee ne eee E ee ee ere eee nee ee er ee eee E eee eee 21 Beyond Technology Imovations Table of Contents a MAINTENANCES AND ERNEIEREN 24 4 1 SISTEM MAINTENANCE coisciveniirdainiceee n ridin rE AE doe aE Ed eei raea 24 ddd EE 24 EE 24 4 1 2 1 Monitoring and Alarm Indicator EE 24 4 1 2 2 Pover Amper EEN eege 25 4 2 ECH E EE ECKE He dal Alam Onee EE 26 4 2 2 Power Amplifier and Low Noise Amplifier Gai
25. ver VSWR alarm and shut down 5 0 1 Ke Geh Over VSWR restart 3 0 4 TEMP Over temperature Over temperature alarm and shut down power amplifier 295 C Over temperature restart 75 C 4 2 2 Power Amplifier and Low Noise Amplifier Gain Setting and Calculation 4 2 2 1 Gain Setting PA NAU LNAO PWR O PA POW VSWR TEMP WORK O O 8421 8421 PA LNA Figure 24 Power Amplifier and Low Noise Amplifier Gain Setting Shown as Figure 23 PA and LNA switch are a 4 bits binary 8421 code switch 0 for switch up and 1 for down The numbers are 8 4 2 1 in turn from left to right see the Table 9 for the switch setting in detail Table 9 Value Setting of the 4 Bit Binary Code Switch 26 Beyond Technology Innovations Maintenances and Managements PA LNA Gain Switches 1 2 S 7 0 UP UP p 1 UP UP tT Se 2 UP UP Sp Se 3 UP UP Sg Se 4 UP DN We T 5 UP DN T Ss 6 UP DN Sg T UP DN N i oN sa UP UP DN al UP DN 10 DN We Se 11 DN ge Se 12 DN an Ge 13 DN a ge S 14 DN Se Se 15 DN Sg Ss 8 4 2 2 2 Gain Calculation Below descript the calculation of the gain of downlink PA and uplink LNA P L Pi P BTS EE Outdoor booster Gdown DownLink Gain 0 15dB Gup UpLink Gain 0 12dB Table 10 Symbol Description Item Symbol Description 1 Pets BTS output power 2 Pin Booster input pow
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